diff --git a/.github/workflows/web-develop.yml b/.github/workflows/web-develop.yml
index eaa88d777..bc91ae51d 100644
--- a/.github/workflows/web-develop.yml
+++ b/.github/workflows/web-develop.yml
@@ -58,7 +58,7 @@ jobs:
       #   run: npm run cy:test
 
       - name: Run tests and generate coverage file
-        run: npm run ci:test
+        run: npm run api:test
 
       - name: Install Playwright Browsers
         run: npx playwright install --with-deps
@@ -132,17 +132,24 @@ jobs:
           kubectl apply -f k8s/cc-sync-catalogue.yml -n default
           # kubectl create job --from=cronjob/cc-sync-catalogue cc-sync-catalogue-manual -n default
           kubectl apply -f k8s/cc-web-deploy.yml -n default
-          kubectl set env deployment/cc-web-deploy SMTP_USER=${{secrets.SMTP_USER}}
-          kubectl set env deployment/cc-web-deploy SMTP_PASSWORD=${{secrets.SMTP_PASSWORD}}
-          kubectl set env deployment/cc-web-deploy NEXTAUTH_SECRET=${{secrets.NEXTAUTH_SECRET}}
-          kubectl set env deployment/cc-web-deploy RESET_TOKEN_SECRET=${{secrets.RESET_TOKEN_SECRET}}
-          kubectl set env deployment/cc-web-deploy VERIFICATION_TOKEN_SECRET=${{secrets.VERIFICATION_TOKEN_SECRET}}
-          kubectl set env deployment/cc-web-deploy CHAT_PROVIDER=openai
-          kubectl set env deployment/cc-web-deploy OPENAI_API_KEY=${{secrets.OPENAI_API_KEY}}
-          kubectl set env deployment/cc-web-deploy HUGGINGFACE_API_KEY=${{secrets.HUGGINGFACE_API_KEY}}
-          kubectl set env deployment/cc-web-deploy "ADMIN_EMAILS=${{secrets.ADMIN_EMAILS}}"
-          kubectl set env deployment/cc-web-deploy "ADMIN_NAMES=${{secrets.ADMIN_NAMES}}"
-          kubectl set env deployment/cc-web-deploy "DEFAULT_ADMIN_EMAIL=${{secrets.DEFAULT_ADMIN_EMAIL}}"
-          kubectl set env deployment/cc-web-deploy "DEFAULT_ADMIN_PASSWORD=${{secrets.DEFAULT_ADMIN_PASSWORD}}"
+          kubectl set env deployment/cc-web-deploy \
+            SMTP_USER=${{secrets.SMTP_USER}} \
+            SMTP_PASSWORD=${{secrets.SMTP_PASSWORD}} \
+            NEXTAUTH_SECRET=${{secrets.NEXTAUTH_SECRET}} \
+            RESET_TOKEN_SECRET=${{secrets.RESET_TOKEN_SECRET}} \
+            VERIFICATION_TOKEN_SECRET=${{secrets.VERIFICATION_TOKEN_SECRET}} \
+            CHAT_PROVIDER=openai \
+            OPENAI_API_KEY=${{secrets.OPENAI_API_KEY}} \
+            HUGGINGFACE_API_KEY=${{secrets.HUGGINGFACE_API_KEY}} \
+            "ADMIN_EMAILS=${{secrets.ADMIN_EMAILS}}" \
+            "ADMIN_NAMES=${{secrets.ADMIN_NAMES}}" \
+            "DEFAULT_ADMIN_EMAIL=${{secrets.DEFAULT_ADMIN_EMAIL}}" \
+            "DEFAULT_ADMIN_PASSWORD=${{secrets.DEFAULT_ADMIN_PASSWORD}}" \
+            "HOST=https://citycatalyst.openearth.dev" \
+            "NEXTAUTH_URL=https://citycatalyst.openearth.dev" \
+            "NEXT_PUBLIC_API_URL=https://citycatalyst.openearth.dev" \
+            "GLOBAL_API_URL=https://ccglobal.openearth.dev" \
+            "NEXT_PUBLIC_OPENCLIMATE_API_URL=https://openclimate.openearth.dev" \
+            "OPENCLIMATE_API_URL=https://openclimate.openearth.dev"
           kubectl create -f k8s/cc-create-admin.yml -n default
           kubectl rollout restart deployment cc-web-deploy -n default
diff --git a/.github/workflows/web-tag.yml b/.github/workflows/web-tag.yml
index 7926a362b..4efaa54da 100644
--- a/.github/workflows/web-tag.yml
+++ b/.github/workflows/web-tag.yml
@@ -5,9 +5,12 @@ on:
   push:
     paths:
       - app/**
-      - k8s/cc-migrate.yml
-      - k8s/cc-web-deploy.yml
+      - k8s/prod/cc-prod-migrate.yml
+      - k8s/prod/cc-prod-seed.yml
+      - k8s/prod/cc-prod-sync-catalogue.yml
+      - k8s/prod/cc-prod-create-admin.yml
       - k8s/cc-web.yml
+      - k8s/cc-web-deploy.yml
       - .github/workflows/web-tag.yml
     tags:
       - "v[0-9]+.[0-9]+.[0-9]+"
@@ -121,28 +124,29 @@ jobs:
 
       - name: Deploying service
         run: |
-          kubectl create -f k8s/cc-migrate.yml -n default
-          kubectl create -f k8s/cc-seed.yml -n default
-          kubectl apply -f k8s/cc-sync-catalogue.yml -n default
+          kubectl create -f k8s/prod/cc-prod-migrate.yml -n default
+          kubectl create -f k8s/prod/cc-prod-seed.yml -n default
+          kubectl apply -f k8s/prod/cc-prod-sync-catalogue.yml -n default
           kubectl apply -f k8s/cc-web-deploy.yml -n default
-          kubectl set env deployment/cc-web-deploy SMTP_USER=${{secrets.SMTP_USER}}
-          kubectl set env deployment/cc-web-deploy SMTP_PASSWORD=${{secrets.SMTP_PASSWORD}}
-          kubectl set env deployment/cc-web-deploy NEXTAUTH_SECRET=${{secrets.NEXTAUTH_SECRET}}
-          kubectl set env deployment/cc-web-deploy RESET_TOKEN_SECRET=${{secrets.RESET_TOKEN_SECRET}}
-          kubectl set env deployment/cc-web-deploy VERIFICATION_TOKEN_SECRET=${{secrets.VERIFICATION_TOKEN_SECRET}}
-          kubectl set env deployment/cc-web-deploy CHAT_PROVIDER=openai
-          kubectl set env deployment/cc-web-deploy OPENAI_API_KEY=${{secrets.OPENAI_API_KEY}}
-          kubectl set env deployment/cc-web-deploy HUGGINGFACE_API_KEY=${{secrets.HUGGINGFACE_API_KEY}}
-          kubectl set env deployment/cc-web-deploy "ADMIN_EMAILS=${{secrets.ADMIN_EMAILS}}"
-          kubectl set env deployment/cc-web-deploy "ADMIN_NAMES=${{secrets.ADMIN_NAMES}}"
-          kubectl set env deployment/cc-web-deploy "DEFAULT_ADMIN_EMAIL=${{secrets.DEFAULT_ADMIN_EMAIL}}"
-          kubectl set env deployment/cc-web-deploy "DEFAULT_ADMIN_PASSWORD=${{secrets.DEFAULT_ADMIN_PASSWORD}}"
+          kubectl set image deployment/cc-web-deploy \
+            cc-web=ghcr.io/open-earth-foundation/citycatalyst:stable \
+            -n default
           kubectl set env deployment/cc-web-deploy \
+            SMTP_USER=${{secrets.SMTP_USER}} \
+            SMTP_PASSWORD=${{secrets.SMTP_PASSWORD}} \
+            NEXTAUTH_SECRET=${{secrets.NEXTAUTH_SECRET}} \
+            RESET_TOKEN_SECRET=${{secrets.RESET_TOKEN_SECRET}} \ VERIFICATION_TOKEN_SECRET=${{secrets.VERIFICATION_TOKEN_SECRET}} \
+            CHAT_PROVIDER=openai \
+            OPENAI_API_KEY=${{secrets.OPENAI_API_KEY}} \
+            HUGGINGFACE_API_KEY=${{secrets.HUGGINGFACE_API_KEY}} \ "ADMIN_EMAILS=${{secrets.ADMIN_EMAILS}}" \
+            "ADMIN_NAMES=${{secrets.ADMIN_NAMES}}" \
+            "DEFAULT_ADMIN_EMAIL=${{secrets.DEFAULT_ADMIN_EMAIL}}" \
+            "DEFAULT_ADMIN_PASSWORD=${{secrets.DEFAULT_ADMIN_PASSWORD}}" \
             "HOST=https://citycatalyst.io" \
             "NEXTAUTH_URL=https://citycatalyst.io" \
             "NEXT_PUBLIC_API_URL=https://api.citycatalyst.io" \
             "GLOBAL_API_URL=https://api.citycatalyst.io" \
             "NEXT_PUBLIC_OPENCLIMATE_API_URL=https://app.openclimate.network" \
             "OPENCLIMATE_API_URL=https://app.openclimate.network"
-          kubectl create -f k8s/cc-create-admin.yml -n default
+          kubectl create -f k8s/prod/cc-prod-create-admin.yml -n default
           kubectl rollout restart deployment cc-web-deploy -n default
diff --git a/.github/workflows/web-test.yml b/.github/workflows/web-test.yml
index 89f803cee..538220a80 100644
--- a/.github/workflows/web-test.yml
+++ b/.github/workflows/web-test.yml
@@ -48,7 +48,7 @@ jobs:
         run: npm run build
 
       - name: Run tests and generate coverage file
-        run: npm run ci:test
+        run: npm run api:test
 
       - name: Install Playwright Browsers
         run: npx playwright install --with-deps
@@ -119,17 +119,24 @@ jobs:
           kubectl create -f k8s/test/cc-test-seed.yml -n default
           kubectl apply -f k8s/test/cc-test-sync-catalogue.yml -n default
           kubectl apply -f k8s/test/cc-test-web-deploy.yml -n default
-          kubectl set env deployment/cc-test-web-deploy SMTP_USER=${{secrets.SMTP_USER}}
-          kubectl set env deployment/cc-test-web-deploy SMTP_PASSWORD=${{secrets.SMTP_PASSWORD}}
-          kubectl set env deployment/cc-test-web-deploy NEXTAUTH_SECRET=${{secrets.NEXTAUTH_SECRET}}
-          kubectl set env deployment/cc-test-web-deploy RESET_TOKEN_SECRET=${{secrets.RESET_TOKEN_SECRET}}
-          kubectl set env deployment/cc-test-web-deploy VERIFICATION_TOKEN_SECRET=${{secrets.VERIFICATION_TOKEN_SECRET}}
-          kubectl set env deployment/cc-test-web-deploy CHAT_PROVIDER=openai
-          kubectl set env deployment/cc-test-web-deploy OPENAI_API_KEY=${{secrets.OPENAI_API_KEY}}
-          kubectl set env deployment/cc-test-web-deploy HUGGINGFACE_API_KEY=${{secrets.HUGGINGFACE_API_KEY}}
-          kubectl set env deployment/cc-web-deploy "ADMIN_EMAILS=${{secrets.ADMIN_EMAILS}}"
-          kubectl set env deployment/cc-web-deploy "ADMIN_NAMES=${{secrets.ADMIN_NAMES}}"
-          kubectl set env deployment/cc-test-web-deploy "DEFAULT_ADMIN_EMAIL=${{secrets.DEFAULT_ADMIN_EMAIL}}"
-          kubectl set env deployment/cc-test-web-deploy "DEFAULT_ADMIN_PASSWORD=${{secrets.DEFAULT_ADMIN_PASSWORD}}"
+          kubectl set env deployment/cc-test-web-deploy \
+            SMTP_USER=${{secrets.SMTP_USER}} \
+            SMTP_PASSWORD=${{secrets.SMTP_PASSWORD}} \
+            NEXTAUTH_SECRET=${{secrets.NEXTAUTH_SECRET}} \
+            RESET_TOKEN_SECRET=${{secrets.RESET_TOKEN_SECRET}} \
+            VERIFICATION_TOKEN_SECRET=${{secrets.VERIFICATION_TOKEN_SECRET}} \
+            CHAT_PROVIDER=openai \
+            OPENAI_API_KEY=${{secrets.OPENAI_API_KEY}} \
+            HUGGINGFACE_API_KEY=${{secrets.HUGGINGFACE_API_KEY}} \
+            "ADMIN_EMAILS=${{secrets.ADMIN_EMAILS}}" \
+            "ADMIN_NAMES=${{secrets.ADMIN_NAMES}}" \
+            "DEFAULT_ADMIN_EMAIL=${{secrets.DEFAULT_ADMIN_EMAIL}}" \
+            "DEFAULT_ADMIN_PASSWORD=${{secrets.DEFAULT_ADMIN_PASSWORD}}" \
+            "HOST=https://citycatalyst-test.openearth.dev" \
+            "NEXTAUTH_URL=https://citycatalyst-test.openearth.dev" \
+            "NEXT_PUBLIC_API_URL=https://citycatalyst-test.openearth.dev" \
+            "GLOBAL_API_URL=https://ccglobal-test.openearth.dev" \
+            "NEXT_PUBLIC_OPENCLIMATE_API_URL=https://openclimate.openearth.dev" \
+            "OPENCLIMATE_API_URL=https://openclimate.openearth.dev"
           kubectl create -f k8s/test/cc-test-create-admin.yml -n default
           kubectl rollout restart deployment cc-test-web-deploy -n default
diff --git a/app/README.md b/app/README.md
index 1df3fff34..19ecc8c1d 100644
--- a/app/README.md
+++ b/app/README.md
@@ -3,6 +3,15 @@
 This is the main CityCatalyst Web app. This directory includes both the
 frontend and backend code for the app, as well as database management scripts.
 
+## Prerequisites
+
+This guide assumes you have installed and access to the following tools:
+
+1. git command line interface. Please follow [this link](https://git-scm.com/downloads) for installation instructions.
+2. Node.js and the node package manager npm. Please follow [this link](https://docs.npmjs.com/downloading-and-installing-node-js-and-npm) for installation instructions.
+3. (optional) docker engine. Docker is not strictly necessary but recommended. It makes the setup of the database service much easier. Please follow [this link](https://docs.docker.com/engine/install/) for installation instructions. 
+4. (optional, Windows OS only) Windows Subsystem for Linux WSL2. This step is only needed for running the convenience shell scripts below e.g. for setting up the Postgres database via docker. Different Linux subsystems can be installed. The following link is for Ubuntu. Please follow [this link](https://ubuntu.com/desktop/wsl) for installation instructions. 
+
 ## Installation
 
 ### Code
@@ -22,7 +31,22 @@ npm install
 
 ### Database
 
-For a quick setup, run `scripts/start-db.sh`, which will launch a PostgreSQL Docker image with the right configuration. Otherwise continue below ⬇️
+#### Automated setup via Docker
+
+For a quick setup, run `scripts/start-db.sh`, which will launch a PostgreSQL Docker image with the right configuration.
+
+Note for Windows users only: Make sure you run this script in the WSL2 environment. Since WSL2 does not share the same resources as the Windows host system, you have to configure the integration of docker with the WSL2 system. For this, open Docker Desktop, go to `Settings > Resources > WSL integration` and activate `Enable integration with my default WSL distro` and make sure your Linux distribution is listed and enabled.
+
+Run the following command.
+
+```bash
+cd app/scripts/
+bash start-db.sh
+```
+
+If you use this script, continue at [Environment](#environment). Otherwise continue below ⬇️ with the manual setup of the database service.
+
+#### Manual setup
 
 You'll need to run a [PostgreSQL](https://www.postgresql.org/) database, locally or remotely.
 
@@ -82,7 +106,10 @@ To run the app in development mode, run:
 
 ```bash
 cd CityCatalyst/app
-cp env.example .env
+
+## if you have copied and renamed the env.example file in the step under 'Environment', 
+## skip the next line otherwise remove the comment in the next line
+#cp env.example .env
 
 ## set up your database credentials in .env file 
 
@@ -96,6 +123,10 @@ npm run create-admin
 npm run dev
 ```
 
+The standard port is 3000 and the application can be opend at http://localhost:3000. Please check the log outputs, if a different port has been used.
+
+Use `johndeo@example.com` and `password` to login.
+
 ### Docker
 
 You can also run the app in a Docker container. To do so, you'll need to build the Docker image:
diff --git a/app/env.example b/app/env.example
index 9a9428eb1..eabf4c224 100644
--- a/app/env.example
+++ b/app/env.example
@@ -20,5 +20,5 @@ CHAT_PROVIDER=huggingface
 ADMIN_EMAILS="admin@mail.com"
 ADMIN_NAMES="John doe"
 NEXT_PUBLIC_OPENCLIMATE_API_URL="https://openclimate.openearth.dev"
-DEFAULT_ADMIN_EMAIL=johndeo@example.com
+DEFAULT_ADMIN_EMAIL=johndoe@example.com
 DEFAULT_ADMIN_PASSWORD=password
\ No newline at end of file
diff --git a/app/migrations/20240627123051-EmissionsFactor-add-columns.cjs b/app/migrations/20240627123051-EmissionsFactor-add-columns.cjs
new file mode 100644
index 000000000..ed161463f
--- /dev/null
+++ b/app/migrations/20240627123051-EmissionsFactor-add-columns.cjs
@@ -0,0 +1,22 @@
+'use strict';
+
+const columns = ["actor_id", "methodology_name"];
+
+/** @type {import('sequelize-cli').Migration} */
+module.exports = {
+  async up(queryInterface, Sequelize) {
+    return queryInterface.sequelize.transaction(async (transaction) => {
+      for (const column of columns) {
+        await queryInterface.addColumn("EmissionsFactor", column, Sequelize.TEXT, { transaction });
+      }
+    });
+  },
+
+  async down(queryInterface) {
+    return queryInterface.sequelize.transaction(async (transaction) => {
+      for (const column of columns) {
+        await queryInterface.removeColumn("EmissionsFactor", column, { transaction });
+      }
+    });
+  }
+};
diff --git a/app/package-lock.json b/app/package-lock.json
index b0155afb3..7fbfcd51a 100644
--- a/app/package-lock.json
+++ b/app/package-lock.json
@@ -1,18 +1,18 @@
 {
   "name": "city-catalyst",
-  "version": "0.11.0-dev.0",
+  "version": "0.12.0-dev.0",
   "lockfileVersion": 3,
   "requires": true,
   "packages": {
     "": {
       "name": "city-catalyst",
-      "version": "0.11.0-dev.0",
+      "version": "0.12.0-dev.0",
       "dependencies": {
         "@chakra-ui/icons": "^2.1.0",
         "@chakra-ui/next-js": "^2.2.0",
         "@chakra-ui/react": "^2.8.2",
         "@huggingface/inference": "^2.7.0",
-        "@react-email/components": "^0.0.16",
+        "@react-email/components": "^0.0.19",
         "@reduxjs/toolkit": "^2.2.3",
         "@storybook/cli": "^8.0.8",
         "@storybook/react": "^8.1.6",
@@ -30,7 +30,7 @@
         "@types/uuid": "^9.0.8",
         "@types/wellknown": "^0.5.8",
         "accept-language": "^3.0.18",
-        "ai": "^3.0.31",
+        "ai": "^3.2.27",
         "autoprefixer": "10.4.16",
         "bcrypt": "^5.1.1",
         "csv-parse": "^5.5.5",
@@ -45,13 +45,13 @@
         "http-errors": "^2.0.0",
         "i18next": "^23.4.2",
         "i18next-browser-languagedetector": "^7.2.0",
-        "i18next-resources-to-backend": "^1.2.0",
+        "i18next-resources-to-backend": "^1.2.1",
         "js-cookie": "^3.0.5",
         "jsonwebtoken": "^9.0.2",
         "next": "14.2.3",
         "next-auth": "^4.24.7",
         "nodemailer": "^6.9.13",
-        "openai": "^4.33.0",
+        "openai": "^4.52.7",
         "pg": "^8.11.5",
         "pg-hstore": "^2.3.4",
         "pigeon-maps": "^0.21.3",
@@ -61,13 +61,13 @@
         "react-circle-flags": "^0.0.20",
         "react-dom": "18.2.0",
         "react-email": "^2.1.4",
-        "react-hook-form": "^7.51.5",
-        "react-i18next": "^14.0.5",
+        "react-hook-form": "^7.52.0",
+        "react-i18next": "^14.1.2",
         "react-icons": "^5.1.0",
         "react-intersection-observer": "^9.8.2",
         "react-redux": "^9.1.1",
         "redux-persist": "^6.0.0",
-        "sequelize": "^6.37.1",
+        "sequelize": "^6.37.3",
         "sequelize-cli": "^6.6.2",
         "tailwindcss": "3.4.3",
         "tsx": "^4.7.3",
@@ -84,12 +84,12 @@
         "@storybook/blocks": "^8.0.4",
         "@storybook/nextjs": "^8.0.8",
         "@types/glob": "^8.1.0",
-        "cypress": "^13.7.3",
+        "cypress": "^13.12.0",
         "glob": "^10.4.1",
         "prettier": "3.2.5",
         "sequelize-auto": "^0.8.8",
         "start-server-and-test": "^2.0.3",
-        "storybook": "^8.1.3"
+        "storybook": "^8.2.4"
       },
       "engines": {
         "node": ">=20.5.0"
@@ -104,9 +104,9 @@
       }
     },
     "node_modules/@ai-sdk/provider": {
-      "version": "0.0.2",
-      "resolved": "https://registry.npmjs.org/@ai-sdk/provider/-/provider-0.0.2.tgz",
-      "integrity": "sha512-LDRx7TFWjuuW1V8bGCMvOk4ap5gNGeSxa6w65Y+pHskiLRk/nn+Z2xzMy1JjCTksUblu0i/plai4bOLgqkxJHA==",
+      "version": "0.0.12",
+      "resolved": "https://registry.npmjs.org/@ai-sdk/provider/-/provider-0.0.12.tgz",
+      "integrity": "sha512-oOwPQD8i2Ynpn22cur4sk26FW3mSy6t6/X/K1Ay2yGBKYiSpRyLfObhOrZEGsXDx+3euKy4nEZ193R36NM+tpQ==",
       "dependencies": {
         "json-schema": "0.4.0"
       },
@@ -115,11 +115,11 @@
       }
     },
     "node_modules/@ai-sdk/provider-utils": {
-      "version": "0.0.3",
-      "resolved": "https://registry.npmjs.org/@ai-sdk/provider-utils/-/provider-utils-0.0.3.tgz",
-      "integrity": "sha512-13+4v62ylduGvwz8966SdnT1aoQRO4QkWzZJyVswdgmYeX2vrXuU4bssK578+FXIXc1jwi2hLZO8lqgLPT/xDA==",
+      "version": "1.0.2",
+      "resolved": "https://registry.npmjs.org/@ai-sdk/provider-utils/-/provider-utils-1.0.2.tgz",
+      "integrity": "sha512-57f6O4OFVNEpI8Z8o+K40tIB3YQiTw+VCql/qrAO9Utq7Ti1o6+X9tvm177DlZJL7ft0Rwzvgy48S9YhrEKgmA==",
       "dependencies": {
-        "@ai-sdk/provider": "0.0.2",
+        "@ai-sdk/provider": "0.0.12",
         "eventsource-parser": "1.1.2",
         "nanoid": "3.3.6",
         "secure-json-parse": "2.7.0"
@@ -153,6 +153,162 @@
         "node": "^10 || ^12 || ^13.7 || ^14 || >=15.0.1"
       }
     },
+    "node_modules/@ai-sdk/react": {
+      "version": "0.0.22",
+      "resolved": "https://registry.npmjs.org/@ai-sdk/react/-/react-0.0.22.tgz",
+      "integrity": "sha512-r84qhn08GHtVGjvbveMekP1CeXDs5sIrdDvMaoxhCL8o90HjYTWBSDywuRJU1Jk1uPE/BwZWQu9f5bqaIx6AgA==",
+      "dependencies": {
+        "@ai-sdk/provider-utils": "1.0.2",
+        "@ai-sdk/ui-utils": "0.0.14",
+        "swr": "2.2.0"
+      },
+      "engines": {
+        "node": ">=18"
+      },
+      "peerDependencies": {
+        "react": "^18 || ^19",
+        "zod": "^3.0.0"
+      },
+      "peerDependenciesMeta": {
+        "react": {
+          "optional": true
+        },
+        "zod": {
+          "optional": true
+        }
+      }
+    },
+    "node_modules/@ai-sdk/solid": {
+      "version": "0.0.16",
+      "resolved": "https://registry.npmjs.org/@ai-sdk/solid/-/solid-0.0.16.tgz",
+      "integrity": "sha512-rhBTHLY2fx+weF/vrNmYY8S+D6Gcni77YlDDq9kANpNycL99WQo1hRy9fVJ44ICMJCpVrY/kHIl3Jlumdy3oPw==",
+      "dependencies": {
+        "@ai-sdk/ui-utils": "0.0.14"
+      },
+      "engines": {
+        "node": ">=18"
+      },
+      "peerDependencies": {
+        "solid-js": "^1.7.7"
+      },
+      "peerDependenciesMeta": {
+        "solid-js": {
+          "optional": true
+        }
+      }
+    },
+    "node_modules/@ai-sdk/svelte": {
+      "version": "0.0.17",
+      "resolved": "https://registry.npmjs.org/@ai-sdk/svelte/-/svelte-0.0.17.tgz",
+      "integrity": "sha512-dkN8tTMNq7U4Ya02aKd1nH2gZLj0BdleuSY6PAeIQ3huo2Z8Ixgf90ZdnWEf1BSUtdIuXwkkVz6gn+jbh3IbQQ==",
+      "dependencies": {
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       "integrity": "sha512-l4Sp/DRseor9wL6EvV2+TuQn63dMkPjZ/sp9XkghTEbV9KlPS1xUsZ3u7/IQO4wxtcFB4bgpQPRcR3QCvezPcQ=="
     },
     "node_modules/ws": {
-      "version": "8.17.0",
-      "resolved": "https://registry.npmjs.org/ws/-/ws-8.17.0.tgz",
-      "integrity": "sha512-uJq6108EgZMAl20KagGkzCKfMEjxmKvZHG7Tlq0Z6nOky7YF7aq4mOx6xK8TJ/i1LeK4Qus7INktacctDgY8Ow==",
+      "version": "8.17.1",
+      "resolved": "https://registry.npmjs.org/ws/-/ws-8.17.1.tgz",
+      "integrity": "sha512-6XQFvXTkbfUOZOKKILFG1PDK2NDQs4azKQl26T0YS5CxqWLgXajbPZ+h4gZekJyRqFU8pvnbAbbs/3TgRPy+GQ==",
       "engines": {
         "node": ">=10.0.0"
       },
diff --git a/app/package.json b/app/package.json
index 93cdd8fb1..340af3dbf 100644
--- a/app/package.json
+++ b/app/package.json
@@ -1,6 +1,6 @@
 {
   "name": "city-catalyst",
-  "version": "0.11.0-dev.0",
+  "version": "0.12.0-dev.0",
   "private": true,
   "type": "module",
   "scripts": {
@@ -17,9 +17,9 @@
     "build-storybook": "storybook build",
     "db:migrate": "sequelize-cli db:migrate",
     "db:migrate:undo": "sequelize-cli db:migrate:undo",
-    "db:seed": "sequelize-cli db:seed:all",
-    "db:seed:undo": "sequelize-cli db:seed:undo",
-    "db:seed:undo:all": "sequelize-cli db:seed:undo:all",
+    "db:seed": "sequelize-cli db:seed:all --debug",
+    "db:seed:undo": "sequelize-cli db:seed:undo --debug",
+    "db:seed:undo:all": "sequelize-cli db:seed:undo:all --debug",
     "db:gen-migration": "sequelize-cli migration:generate --name",
     "db:gen-seed": "sequelize-cli seed:generate --name",
     "sync-catalogue": "tsx scripts/catalogue-sync.ts",
@@ -33,7 +33,7 @@
     "@chakra-ui/next-js": "^2.2.0",
     "@chakra-ui/react": "^2.8.2",
     "@huggingface/inference": "^2.7.0",
-    "@react-email/components": "^0.0.16",
+    "@react-email/components": "^0.0.19",
     "@reduxjs/toolkit": "^2.2.3",
     "@storybook/cli": "^8.0.8",
     "@storybook/react": "^8.1.6",
@@ -51,7 +51,7 @@
     "@types/uuid": "^9.0.8",
     "@types/wellknown": "^0.5.8",
     "accept-language": "^3.0.18",
-    "ai": "^3.0.31",
+    "ai": "^3.2.27",
     "autoprefixer": "10.4.16",
     "bcrypt": "^5.1.1",
     "csv-parse": "^5.5.5",
@@ -66,13 +66,13 @@
     "http-errors": "^2.0.0",
     "i18next": "^23.4.2",
     "i18next-browser-languagedetector": "^7.2.0",
-    "i18next-resources-to-backend": "^1.2.0",
+    "i18next-resources-to-backend": "^1.2.1",
     "js-cookie": "^3.0.5",
     "jsonwebtoken": "^9.0.2",
     "next": "14.2.3",
     "next-auth": "^4.24.7",
     "nodemailer": "^6.9.13",
-    "openai": "^4.33.0",
+    "openai": "^4.52.7",
     "pg": "^8.11.5",
     "pg-hstore": "^2.3.4",
     "pigeon-maps": "^0.21.3",
@@ -82,13 +82,13 @@
     "react-circle-flags": "^0.0.20",
     "react-dom": "18.2.0",
     "react-email": "^2.1.4",
-    "react-hook-form": "^7.51.5",
-    "react-i18next": "^14.0.5",
+    "react-hook-form": "^7.52.0",
+    "react-i18next": "^14.1.2",
     "react-icons": "^5.1.0",
     "react-intersection-observer": "^9.8.2",
     "react-redux": "^9.1.1",
     "redux-persist": "^6.0.0",
-    "sequelize": "^6.37.1",
+    "sequelize": "^6.37.3",
     "sequelize-cli": "^6.6.2",
     "tailwindcss": "3.4.3",
     "tsx": "^4.7.3",
@@ -105,12 +105,12 @@
     "@storybook/blocks": "^8.0.4",
     "@storybook/nextjs": "^8.0.8",
     "@types/glob": "^8.1.0",
-    "cypress": "^13.7.3",
+    "cypress": "^13.12.0",
     "glob": "^10.4.1",
     "prettier": "3.2.5",
     "sequelize-auto": "^0.8.8",
     "start-server-and-test": "^2.0.3",
-    "storybook": "^8.1.3"
+    "storybook": "^8.2.4"
   },
   "engines": {
     "node": ">=20.5.0"
diff --git a/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/DataSource.csv b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/DataSource.csv
new file mode 100644
index 000000000..6422eeddc
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/DataSource.csv
@@ -0,0 +1,2 @@
+datasource_name,dataset_name,URL,publisher_id,datasource_id
+CarbonFootPrint,GHG Factors for International Grid Electricity,https://www.carbonfootprint.com/international_electricity_factors.html,cb8c4551-b634-3f5d-b084-7104bfb02e69,a78c573a-4f75-3637-92aa-8ca717a3e830
diff --git a/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/DataSourceEmissionsFactor.csv b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/DataSourceEmissionsFactor.csv
new file mode 100644
index 000000000..44bd4c375
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/DataSourceEmissionsFactor.csv
@@ -0,0 +1,52282 @@
+datasource_id,emissions_factor_id
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+a78c573a-4f75-3637-92aa-8ca717a3e830,31194198-5ff9-4090-a36b-b0eb050fd660
+a78c573a-4f75-3637-92aa-8ca717a3e830,89f7790d-49cc-4971-b3e3-fd892c03fc6d
+a78c573a-4f75-3637-92aa-8ca717a3e830,9d323a16-8e43-46f6-9b77-97a498869d22
+a78c573a-4f75-3637-92aa-8ca717a3e830,9b58f0d6-7ddf-4257-a08e-0051aa6a9017
+a78c573a-4f75-3637-92aa-8ca717a3e830,504a4709-75f3-4bb6-8eef-a594ea480c0e
+a78c573a-4f75-3637-92aa-8ca717a3e830,49a8d6d4-0687-46f4-a8fc-a9ec4f3a2f50
+a78c573a-4f75-3637-92aa-8ca717a3e830,7f27a900-5066-4d7e-a90f-9e76a274012f
+a78c573a-4f75-3637-92aa-8ca717a3e830,cbcba872-1acc-4968-8c08-5256ae5993d0
+a78c573a-4f75-3637-92aa-8ca717a3e830,a261dd52-3a57-48c9-860c-d06eebaa2e97
+a78c573a-4f75-3637-92aa-8ca717a3e830,fc6d8d78-1b98-4585-914c-9e2881d84e77
+a78c573a-4f75-3637-92aa-8ca717a3e830,3fb1bb87-ac31-462d-8ba2-efe26362e69e
+a78c573a-4f75-3637-92aa-8ca717a3e830,a8e9a83d-0b7d-4ee7-a8e9-621c066c5067
+a78c573a-4f75-3637-92aa-8ca717a3e830,1ffa514c-5b68-437e-8b2f-d2e621cf3657
+a78c573a-4f75-3637-92aa-8ca717a3e830,c0780941-ab52-478a-bce7-01e219047561
+a78c573a-4f75-3637-92aa-8ca717a3e830,73abed04-8a9d-452b-98a7-40d0e86feb49
+a78c573a-4f75-3637-92aa-8ca717a3e830,274d6f83-994b-44e6-8458-b9e5c3f64c2e
+a78c573a-4f75-3637-92aa-8ca717a3e830,ddc9ce71-3e58-490d-9a0b-7b1ff077c8e7
+a78c573a-4f75-3637-92aa-8ca717a3e830,4445ce91-6320-4495-a956-199d23a040c0
+a78c573a-4f75-3637-92aa-8ca717a3e830,4caa494e-2048-449a-bfcb-6d10f87771b3
+a78c573a-4f75-3637-92aa-8ca717a3e830,1b2a3121-b98a-4a04-ba15-b6b1f58bd526
+a78c573a-4f75-3637-92aa-8ca717a3e830,26fa8822-a9e3-4d5d-96ff-bfd356826ae6
+a78c573a-4f75-3637-92aa-8ca717a3e830,4474dacd-1de9-476d-878d-0fafa214b2ac
+a78c573a-4f75-3637-92aa-8ca717a3e830,1b570d3b-c524-49fb-b623-b6a74f30ad1f
+a78c573a-4f75-3637-92aa-8ca717a3e830,aba19556-dc96-4191-b16a-9ac9a85c9ade
+a78c573a-4f75-3637-92aa-8ca717a3e830,ea2f3a42-75e0-4686-89cd-4eb148b324df
+a78c573a-4f75-3637-92aa-8ca717a3e830,1946d03c-d083-4505-be01-c722a319f426
+a78c573a-4f75-3637-92aa-8ca717a3e830,5c608e2a-fe00-48bc-a904-35b04a0eb336
+a78c573a-4f75-3637-92aa-8ca717a3e830,67da015e-3146-43fb-b1dd-54b1bd2cf8da
+a78c573a-4f75-3637-92aa-8ca717a3e830,c0a349ef-051f-48aa-bf4b-40f8b78e07e3
+a78c573a-4f75-3637-92aa-8ca717a3e830,c0c29a4f-f0cc-4259-9649-f84fd26c890b
+a78c573a-4f75-3637-92aa-8ca717a3e830,1dbd3e9c-bc23-4896-b259-40fb21ac9a47
+a78c573a-4f75-3637-92aa-8ca717a3e830,e93fa6eb-79ab-41fe-a3d8-50c49270fb03
diff --git a/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/EmissionsFactor.csv b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/EmissionsFactor.csv
new file mode 100644
index 000000000..31d13a249
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/EmissionsFactor.csv
@@ -0,0 +1,52282 @@
+actor_id,region,year,reference,gas,emissions_per_activity,gpc_refno,methodology_name,units,metadata,emissions_factor_id
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.104,f01a557f-cded-47a2-bcfc-73e3a640fee9
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,e52fa22f-140b-4e8e-bb7a-cf81457739d5
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.1.2,modeled_data,kg/kWh,CO2e_value:0.104,3728dea9-bbd2-44ec-b43e-74de2c83d614
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.104,61cbdce1-691b-4dc7-a385-2c4b3c82337d
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,65b9185e-19e3-49e2-a98b-6e0d1c806415
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.2.2,modeled_data,kg/kWh,CO2e_value:0.104,09cff1ab-0b14-41d3-b870-5e4b83ce6ad8
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.104,f0db3cd2-41c9-49af-9606-5fa9eb2835dd
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,8cfd4d89-17ec-4cf6-b4d6-b118c2d3fd08
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.3.2,modeled_data,kg/kWh,CO2e_value:0.104,d517effb-0df3-4c7c-a88c-c84765155e05
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.104,6c185f2a-279d-4372-90c4-b7e9516e98cb
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,65efb695-cd5d-41d2-822b-ee33bd208a0c
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.4.2,modeled_data,kg/kWh,CO2e_value:0.104,c97d063d-9346-483d-813d-3e1d6ae52058
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.104,dc4b273f-baaf-4e44-bfad-e1bcc081ecda
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,3b0bd2d3-d373-46e0-98d3-43dd072b8ebd
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.5.2,modeled_data,kg/kWh,CO2e_value:0.104,b6d797f4-545b-436d-b406-3df564e1802d
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.104,2220bfce-4a6d-454f-9b8b-b42e099d2603
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,3930bea4-33de-4e60-bde6-2e1ae8c2569b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,I.6.2,modeled_data,kg/kWh,CO2e_value:0.104,285d95f5-76ed-48a5-9e6c-50c5857c019a
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.104,5460d500-0784-4454-8ea5-51aef6c4a91b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,3f4c05e2-5501-400b-bfd8-a4605899c940
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.1.2,modeled_data,kg/kWh,CO2e_value:0.104,7754d39a-31fb-4a26-b4a6-0f5769612a94
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.104,5de20a21-3647-4650-aec9-e799cb9595ec
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,ad69c5f6-6e61-4eb5-9d69-15a3bfde9474
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.2.2,modeled_data,kg/kWh,CO2e_value:0.104,8b27dd17-6b14-4b44-9370-7a4baa0dd628
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.104,b82b0ec3-8e63-49d8-a84a-042045462250
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,cd979309-181f-4a3a-b967-27582a1c8abb
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.3.2,modeled_data,kg/kWh,CO2e_value:0.104,e7a1db6b-e330-491a-9ea9-57609218e747
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.104,f91590bc-7c79-42c6-bf34-d3e417630e74
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,9acc4ce8-0fe4-4420-953d-bdfa674d7a3a
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.08352979738447883,II.4.2,modeled_data,kg/kWh,CO2e_value:0.104,32776572-9c8d-49e8-8038-cf302d079c19
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.104,2e5f2de7-4785-4dd8-bf59-881785c26cbc
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,fb4665a8-8e40-4299-a803-4f42dd913dc9
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.1.2,modeled_data,kg/kWh,CO2e_value:0.104,b72bfd8c-0d95-43fe-9099-f026afe28e31
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.104,fe352e25-1b3a-4250-a0a2-58325b861695
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,09d8e0bf-fb9e-4557-84e3-37f8da96a947
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.2.2,modeled_data,kg/kWh,CO2e_value:0.104,60b2236a-1a74-40b4-ae7d-0764aaa30a9c
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.104,62dcded9-d741-4cb3-acc8-88c69279f7f1
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,5106ac53-e9d5-4a6a-911e-c07d2d541050
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.3.2,modeled_data,kg/kWh,CO2e_value:0.104,e87cd4da-2f78-4ee9-a385-8e11c33fc01e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.104,ea2ea099-b880-4b70-adc0-0134807bad3f
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,ffb18b82-7e18-4f96-af73-56f666873519
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.4.2,modeled_data,kg/kWh,CO2e_value:0.104,f06e3d24-0997-460c-940c-b5732f9617cb
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.104,7eed5de6-f9c0-493d-82ab-63c9dc0d6afe
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,ceb3b27c-b9dd-4eb6-9c28-fcb96ec4ac5e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.5.2,modeled_data,kg/kWh,CO2e_value:0.104,9b0f1b38-39c5-40a3-844b-aa32068f7115
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.104,93476d19-522e-442e-bf2e-22e5bb38d101
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,89eb077d-8cf9-4aad-8c43-5a892b80f3cb
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,I.6.2,modeled_data,kg/kWh,CO2e_value:0.104,0e00144c-797b-4631-aa3a-0b3d801d4531
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.104,bd786dcc-5229-4d7b-8f01-36ec4b2f6f8e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,5dd9f63b-350e-44cc-8ba6-1a02d62a5cec
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.1.2,modeled_data,kg/kWh,CO2e_value:0.104,ce957f4a-2234-4150-a77d-23e9f0e83930
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.104,a0a47885-6388-4420-8f51-418f6681f4e4
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,ca962a6c-08cc-4ba1-9e77-ec175f9e003b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.2.2,modeled_data,kg/kWh,CO2e_value:0.104,cac6327a-f8ea-4394-9af2-49bc0c220c3d
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.104,557976ef-a9cb-458a-b20b-697ed93f8bd6
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,bc2f102b-e145-4353-9871-3b2f94be6763
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.3.2,modeled_data,kg/kWh,CO2e_value:0.104,53a4a2a1-a70f-40a1-b6a6-88af337fc9d8
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.104,215b274a-75c0-470b-8c85-2f59b72ff336
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,114116ff-6d50-4c28-a467-be0e6adce420
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,0.0005255650003218046,II.4.2,modeled_data,kg/kWh,CO2e_value:0.104,7691cd76-c131-47b4-b9cd-e400b9093fdc
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.104,983ec9c7-03e7-49cb-90e9-9031c6162621
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,e5e05762-055f-41b6-b685-d742612e4bb4
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.104,a7ae1ef0-d675-41cf-9539-04fc73193935
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.104,252d9180-6144-453e-875c-d64d01fbf81f
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,8f66f86d-60c6-4f2f-993c-9ec9dee6e298
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.104,6c5911af-2fe4-464f-847d-3f6b0a0768c5
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.104,91a58107-3de4-4c4b-8cdc-6c648c38e253
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,8655d8fc-9c3b-4c0c-b8f4-b71552735921
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.104,92905e09-a767-4a20-891c-f17c35732b9d
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.104,59e5b746-804b-4b5a-8887-1d2053879116
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,46550be7-446d-4fc2-b84e-13f8d02d8918
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.104,44d3c688-0661-42a9-b40e-0cf3e5801328
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.104,f23cb83c-2d0c-45f6-ba4f-e22fd8ec3623
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,d6d01dc9-3516-4dea-8940-67d57b011257
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.104,181ce2a0-d2e9-4461-9daa-6945394c5b38
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.104,985fecd6-95a7-40b5-8677-2ca78fa13ec2
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,d4dd38d2-506e-453a-b8a5-b373a3e51107
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.104,9d7c052e-f959-4470-9b0f-9b032358d10c
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.104,d2b855b2-4fc8-4acb-ba6b-794b4503d01d
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,d2870b44-a177-46ff-a5f9-14c8aa138ef5
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.104,12fded42-f858-4281-b323-a1276d2b658e
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.104,a57346e5-c5f4-49de-b5d8-88ef9bb7917d
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,0e399bec-51b8-46a6-b4e8-906be15f20ca
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.104,4b0506d5-764b-42d6-a3ad-c56980b34e5e
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.104,e00dcc4a-5e99-45c6-a737-3e686e62bfce
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,745cea88-1cf2-41cc-9e6a-8db6b04d0a2b
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.104,024032a9-18ec-49ce-9847-3cd7e5f39150
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.104,2db2e6a3-09e5-4642-b213-c6b83866edb6
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,a90685b3-f9b1-40ec-a1e0-74a661438fd7
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,1.9123122111831233e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.104,00266a3c-0f67-4d36-a4df-4b44a817b806
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,639e46e7-9bd1-483d-a5a5-115ecbeb6393
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1dcb688c-cf9a-4e45-bcbb-784bb40e9dfb
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,2bad188a-d2d8-488b-94ff-f376fa2fc2b2
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e1a9bae5-881a-41aa-a3d9-42c870c935b2
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4ac098d8-b10d-44fe-bcac-2580bb287001
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,15914d44-755d-4234-9cd8-6fc3864315d1
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,98c9891e-f0b0-4b98-a346-1acd8eddbfd3
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ec4b4ff7-daf7-4379-8bad-efbd636fe951
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,1b987ece-089f-46b8-890c-85a4a1f6932b
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8e731d31-2cfd-4226-9110-a85a51ab59c0
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b6f8672b-84f1-47bc-a155-c1a2fd6dca5f
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,25caf404-c201-46d5-8af5-f4fc042fdf1e
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,52042691-f73c-4c0d-a908-f7ac2d832a0c
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,313398a4-b2e7-476f-b72c-6ec03c0491e0
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,168c7e0f-6d77-4e3e-ae3b-898aee5fa138
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9841bf44-ff2e-4820-977b-23e8c1cb141d
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8c7a292d-eb26-4df2-b116-4a92cebd91a4
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,cbdd63ac-a144-45cb-96c1-09a38ac5368c
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,665accb3-4be1-4206-8b16-62dec208c0f2
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,cc5fc217-7d1e-471c-a6f2-c55dcca5dd25
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,a700586b-9bd7-4ef8-b42e-debf3d9aeb85
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ab40e310-ed87-4148-a19e-ba8ca49a752d
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3be87f35-2ba3-44c5-adc5-b08518c1d212
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,6f5ae825-36d8-4b35-a967-c1545c214ee2
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,c9ef07c5-0273-4cfb-ab45-116f95f2742f
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4a0451e1-6a14-473d-b9d2-2ad9467c08a5
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,f9df94d9-a615-4c7e-9f06-d51fa3182042
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6adbcf60-0dc4-4325-8b48-758d97c4c657
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a3c40f36-d079-4685-994f-2b37b188bf7d
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,b5de66d2-7a64-4e6f-a77b-109ef36b3056
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,f1a22363-9e6a-4164-98fb-1fc87cd7ba31
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,41f92458-8081-47c9-be14-f728ba01cf60
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,7726951c-15a2-432a-be8b-f40c436b99cd
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,58723a08-5d8d-40a9-a2d0-f1a4f0f5347c
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,81302eaa-929a-4b49-a069-4c40d7dea945
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,61ce6893-b26d-4b7b-9078-8660593f6ba8
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8d5f04c2-bec7-4cbc-b51e-e8b5cebe1875
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ba73e372-caf6-4a48-8dd5-05ea6c79b458
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,8d64cdbb-ce67-428a-a936-b52bc3360267
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,53b78ccf-44df-4ce7-81a4-90e3c58e69e7
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,29db7c68-98ed-49b9-b121-99298560134f
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,1de00768-16b6-4ab1-b059-8338a470f841
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,17c3753d-c0c4-4249-9c1e-7065ca199c2b
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f653256a-3a5b-47f5-9d52-5c1deaa40e35
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,e45903c7-bf0c-410e-8b87-6771844ed683
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,baf2031e-48af-4f19-9b3e-9e3685ce8b87
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,562102d6-4b89-40f5-a5e9-4a225189b694
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,c0d334a3-610f-427d-8466-474743223f3f
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,52a194e6-f323-4000-8570-adc3bbf209b4
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4fc98b1a-24c5-415d-b545-795cefe56ca9
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,d4092ee2-a737-4def-8ee9-08fcbdb00e81
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9b22317a-1515-490b-b635-8e7feba89160
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c6db72d2-7d00-46c9-916d-eb3868e1cbe4
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,677d6241-446d-48c8-8fc0-feeb9e3f9255
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,43084609-5702-4708-9945-199820c5d312
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9a6cb45f-edc5-48a4-92de-1b99f99d3d1e
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,843e8139-0fed-4b68-8990-96b8cb6a27b5
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d97270e5-7cdd-4d3b-a412-885259663e31
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b67224ea-2ee3-4984-874f-7a74925dc661
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,21a275ba-81cf-4500-a0b8-2466e8688ceb
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d3e0e247-3c51-4af2-ad1f-2dd98001a097
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6dc9fe0c-f4be-4f0e-8390-28d3503eff5d
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,4f74a4b6-daea-4127-8d7e-6840b084eae2
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,cca67f93-f154-47aa-aa6a-3fd7a058d9cf
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3c7749f0-03c4-4f4c-a2c7-1c8ad9302db3
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,6daf413d-add9-4aac-8fe1-598ad7e6b28a
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ecf3af35-44f8-476f-aea8-39d666de4b8e
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1f46af17-145b-4e78-a057-9a53770de95b
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,b35d26d5-7ea9-46e4-9756-9a8c22c35b10
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,34d61a47-c8aa-43fa-a709-33801425a77b
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,14ed4708-65eb-410a-aa7f-274d08b73f98
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,55085366-a4ef-4f7b-85b8-0806d04ea3fc
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,65c4e5ed-a895-4a03-b9cd-4036f77debb4
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4557f6c8-2afc-4f1e-a77c-666bea51f65c
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,14be425e-a691-4820-943f-971579be424e
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b21cc129-414f-4e60-beb7-6a10896057af
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,88ca43e1-a5e4-4347-be3e-129f57eef74f
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,0e948d53-ae69-4dc9-b140-866280619d4c
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,70ab7273-d2f4-4c2b-a819-a99800275809
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,25f92c17-f1c3-47f7-bd10-083e0a83bea9
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,d03dee6e-9c14-4cdf-9519-8438384e0d2d
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6ce73c96-3e9e-403a-8250-ca19c58e27f2
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9c18fbe9-b91b-481b-9299-00dc5cf97be2
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,acfeaa4c-fd34-47db-83a1-775580fa7986
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1828f66f-bd48-4bc1-bd0b-288cc3cc1226
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,00eaa5d0-d4e3-4eee-ab36-d77ad16bec3c
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,8bbae167-fd88-4769-9392-3e7731ed1984
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8d24dfa8-5d5a-47f8-adeb-8824796a3c30
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a3a88221-f1d9-434f-96b8-5191e51b999e
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,6dc66af0-5772-4766-8138-368c6a44ebb4
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.412,84f5f091-93c7-48c1-930e-a629073beb47
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,be2b63cd-a152-4f84-9b02-4a7158d77be6
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.1.2,modeled_data,kg/kWh,CO2e_value:0.412,d923240d-de4e-46f2-932f-530960d3d7e6
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.412,517887e5-de44-4e71-866a-15325da6bccf
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,bd118242-c8cc-4b79-95b7-8f7d25d31bb8
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.2.2,modeled_data,kg/kWh,CO2e_value:0.412,c553eb7f-23a4-4b3c-a1fc-8b8043ca78c2
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.412,c31c5b8f-698b-4831-b633-ba00ec97f546
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,e8963c95-8161-42f3-b4c5-9a7715f8723e
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.3.2,modeled_data,kg/kWh,CO2e_value:0.412,2a5fb900-da8c-4f10-9a00-6d11ac2d4e25
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.412,7f351c20-6676-4ccd-a23b-1870ff9b6c09
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,5d927dee-1f30-4b5f-a91a-1afd339be4cf
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.4.2,modeled_data,kg/kWh,CO2e_value:0.412,a79b1365-495c-41ec-be3e-8216b5d7ea58
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.412,0faf1896-bd72-4d00-b0da-503cef4f9fd0
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,2121cb97-08db-48a8-b50e-9a9b3f9a3223
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.5.2,modeled_data,kg/kWh,CO2e_value:0.412,70ea40eb-e2fe-4a0a-96fe-48da322f40e4
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.412,4510fc48-dbc7-4a7f-9977-dc3d86939919
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,5527e67a-b578-4601-83d5-9c914e26b191
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,I.6.2,modeled_data,kg/kWh,CO2e_value:0.412,160e88fe-9aeb-4005-8feb-48e567cb5e8c
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.412,415516f7-e859-49ca-86fc-5717fd3fa085
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,ee02cec8-2581-4ba5-9459-79f688b8391d
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.1.2,modeled_data,kg/kWh,CO2e_value:0.412,639538a8-258b-4588-ac6e-c468d24f4c18
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.412,543f0223-cd9e-4401-b9a4-cdb37f86b276
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,f439d77a-6048-4995-98cf-0def0241df32
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.2.2,modeled_data,kg/kWh,CO2e_value:0.412,0c7ae494-c698-4e3f-9134-94600469d1df
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.412,b204760d-97aa-469a-8468-0ee70a936064
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,ddcb16cf-3bb7-467d-bd18-ad3465e19323
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.3.2,modeled_data,kg/kWh,CO2e_value:0.412,f8e5cc45-770c-4aef-8755-68410741ad03
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.412,bbd36e01-fd0c-4de3-80df-6b3029fb990d
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,170aa9db-adb7-477e-a611-1ea543fe58c4
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.3292074488611979,II.4.2,modeled_data,kg/kWh,CO2e_value:0.412,09debc6b-d868-449d-bcfb-92bd8b9d2678
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.412,8df608a4-26b1-4dc7-b198-b92ca25d176d
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,adb82f5e-b27d-48ab-9134-d6f1053e2a64
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.1.2,modeled_data,kg/kWh,CO2e_value:0.412,ce4946dc-4655-40e7-ae2b-bb28175354a5
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.412,9c34a91e-00d9-46b1-86c1-8355797b7b57
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,33a5674f-6818-471e-b959-decf65990d6b
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.2.2,modeled_data,kg/kWh,CO2e_value:0.412,b8003be9-bace-4d11-97ba-5e157b41bd39
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.412,50dd5dbd-5b43-4646-af8f-da2a1805ee86
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,dba66f3f-ec43-4aae-8a63-3f9121f80d54
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.3.2,modeled_data,kg/kWh,CO2e_value:0.412,cab5f5ff-1294-4885-ac2e-e6abcbc70289
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.412,6082d638-d087-4151-8fcb-e1ea622f4183
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,16b928e4-4af4-40b3-80f5-aeda99b12c1b
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.4.2,modeled_data,kg/kWh,CO2e_value:0.412,c8ce8763-64b4-4740-bbb3-717a8a0612a1
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.412,0e680ab0-dca7-41b0-984e-0070a208eb1f
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,24e7e204-905d-4479-a0b4-8a5b75660cdd
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.5.2,modeled_data,kg/kWh,CO2e_value:0.412,1029c331-b570-42f5-b1d9-5ad09535776b
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.412,8ce32578-a42c-4a0d-ac7b-e62c0ac05eee
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,f01bef55-d895-42f5-8ceb-539168dd5378
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,I.6.2,modeled_data,kg/kWh,CO2e_value:0.412,0363c70c-05d1-4dcb-b920-104a423d3840
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.412,0c89393c-02bd-4999-84a0-d1e6326fe801
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,36140648-19f0-46a4-b179-d394d49f8796
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.1.2,modeled_data,kg/kWh,CO2e_value:0.412,1ec9363b-a9a1-4088-bda3-9e1a59b74f07
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.412,5971fa0c-8a9d-47e2-a9a1-445c69f6cfae
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,2490d1ff-06a7-4bf1-9774-dedb82959a76
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.2.2,modeled_data,kg/kWh,CO2e_value:0.412,9ad14479-d218-4a77-906f-40832a87bed2
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.412,ce31a865-d96d-4f34-b637-00b696fda400
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,dd7a4819-40d7-4905-8d3f-36eed3a446c4
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.3.2,modeled_data,kg/kWh,CO2e_value:0.412,09e38270-13a7-4cd6-a439-103f3afd4a03
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.412,6bdffe2a-eefa-418e-a367-f87834717433
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,8fcb92d0-8cca-4e8d-a009-7bff2edfb0a7
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.002071355592666933,II.4.2,modeled_data,kg/kWh,CO2e_value:0.412,c2e509fd-39ac-4324-94e0-6afb20bbc9ad
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.412,19665ec0-4fc1-4f66-b128-ec9a8e50ddae
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,2b90bfc2-43f5-46bd-9a11-30b6a021e60e
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.412,70ea3f07-5f67-48ae-81d5-191a15bbcf3b
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.412,790f3649-8f81-4ac6-a93d-66c101129a9f
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,854178f6-c8cb-4ffb-b09b-69cdc2c57951
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.412,f1e6bf62-76c3-467d-9edc-50b3ada3d500
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.412,079f58fb-24f7-4099-a3bc-da9b9cb69e08
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,156e102a-1b0f-437f-bba0-692333591bd6
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.412,0286852b-87c2-4f4a-88b0-5f80dae95847
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.412,94ebf213-e832-41f6-b059-2bd52369fc4f
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,a396ceea-9e6b-4971-bbed-c03204a56e2d
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.412,5bd6797a-97af-4063-9a95-6e284fad57b4
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.412,03513a89-7157-4fcf-b105-cb5c4cce1814
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,43d75fa0-4b2c-4783-af82-fb5deaebf8bc
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.412,f1086ddd-3b4f-42f3-8e41-f2a0762c4ca7
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.412,65a86c92-4ac7-4205-a1b6-9e34f284eccf
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,46f7a37c-a449-4c50-bbd9-8f7370ace9f0
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.412,4ac67690-d087-4757-a239-6f476a3c1e9c
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.412,3ed6526e-f039-462a-afd7-b9bbc76bd577
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,b4853973-0fa7-4ea0-a953-5ef1838e8f33
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.412,fba7f7de-6c1f-485b-9beb-f3122280708f
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.412,3650a343-430b-43e4-80e5-687cef8f7fcc
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,94362e80-b6bf-4082-904f-7697266ebd42
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.412,dcc3c07b-3347-42c0-a257-98bdedf43569
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.412,c2005bf4-ea57-49b2-8799-a6b9a90790c2
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,d5805b4e-2202-4950-94ee-11c5aef242ad
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.412,a0d2190b-f32e-42c2-ac9f-11af35f6616d
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.412,37b1111f-9bcb-4c82-8bf0-cbc3dd97cb9a
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.412,5129914e-3baa-46b4-b927-f42b3556a25a
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,7.536800569166619e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.412,9b461fb1-73af-49d5-b5d6-cacfcbaccbc6
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.732,b7e979ea-143e-4c43-b2b4-3890428b9751
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,39fe88d4-adbf-4979-b21c-f343fe861967
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.1.2,modeled_data,kg/kWh,CO2e_value:0.732,2caefbff-37a3-419f-89b0-cff36663cbc5
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.732,20d6f419-1b7d-403e-be3b-c77b4d6ebcfd
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,4a5e50e0-d1b2-4ad0-adb4-5217904fcea8
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.2.2,modeled_data,kg/kWh,CO2e_value:0.732,1b7a191d-a4e9-42fa-b8cb-f7e964113004
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.732,9c2e70c5-7a81-4ffd-8a5f-c118fed6e19f
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,e0db7c14-d69b-4e36-b7b4-9c578a7b3426
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.3.2,modeled_data,kg/kWh,CO2e_value:0.732,78ffbc8b-d74d-44e0-aead-c667243dcace
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.732,20c0ae24-fdd6-4555-a09e-50924218166d
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,a1c6482d-3b0c-4b0d-8754-cac58743f042
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.4.2,modeled_data,kg/kWh,CO2e_value:0.732,18693b29-f36e-4b90-855e-e50e7a17c9d5
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.732,2982c50c-d97e-43dc-97ce-1633eba71ceb
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,81c9ec21-297e-4332-b541-b0ba90fb3f53
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.5.2,modeled_data,kg/kWh,CO2e_value:0.732,5403fcd8-2d0c-462f-9b1e-e6313bc7c389
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.732,0a7a8ce4-9b2f-4d0d-aae3-442f0ebd56ed
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,a6a26d2c-57b3-45e7-9f5b-7d06bb4eb6a0
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,I.6.2,modeled_data,kg/kWh,CO2e_value:0.732,2a6ed417-bcaa-4fe2-afda-06d1d5e40a1c
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.732,d16d648f-7fbe-4fd0-9254-a1a5d0762918
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,1724ae72-2fd9-479b-9cc7-645109c041db
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.1.2,modeled_data,kg/kWh,CO2e_value:0.732,2c123788-efdb-4013-a002-559e6e9744bc
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.732,d3aa7f75-8225-4078-b77b-a3e1beb1afe2
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,941cfec9-1b27-47a1-87c1-d942ee4036d4
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.2.2,modeled_data,kg/kWh,CO2e_value:0.732,6697f667-51f0-46b6-9670-b0755a40fc47
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.732,8eaeb25a-0bee-4781-87f1-cda8c990a94a
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,8d42ab65-98aa-4635-818b-80eb78aae691
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.3.2,modeled_data,kg/kWh,CO2e_value:0.732,41dedb08-93db-4842-abff-3521a8d7b1d5
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.732,6d5448bd-189c-4cae-b497-fb5d2df9939e
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,56efa4ca-5afb-4e63-b1c0-e3fdee526f9e
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.5859756287386273,II.4.2,modeled_data,kg/kWh,CO2e_value:0.732,8b85e822-82a4-4e92-9d1f-7819b2ccf2d8
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.732,6e887af7-15f3-46d3-951f-004c46b59287
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,f3cfb1ec-c166-419d-bfa3-73c2063f3273
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.1.2,modeled_data,kg/kWh,CO2e_value:0.732,6387adf0-f81c-4087-b373-4f985f96c2c6
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.732,6d3ac0b5-840d-424a-be07-a36a3550d20b
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,d04ec89f-b798-41ac-a76c-2530ecf4b0e5
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.2.2,modeled_data,kg/kWh,CO2e_value:0.732,f5240c57-33b9-430d-b8d1-def7647197dd
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.732,62d383d0-d4d9-41c9-9263-1c112ebc47ea
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,9ab71153-4c98-4f5f-850b-3bb0197ae94c
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.3.2,modeled_data,kg/kWh,CO2e_value:0.732,9561d79a-4814-4eff-a7e8-a7b56972dfd7
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.732,868366d0-20e4-48b9-a4ba-528b11a1b893
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,e02b565f-39c2-4e5a-a3e9-e72c68356c6d
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.4.2,modeled_data,kg/kWh,CO2e_value:0.732,8167f56b-239f-449a-9eef-e7f6c2ef7032
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.732,bbb9d030-4061-4fa4-aebf-a47311ef9e1c
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,4ffdd63c-3310-4eaf-96af-2cde4284bcce
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.5.2,modeled_data,kg/kWh,CO2e_value:0.732,88150b11-812a-41ea-b10f-075b00b39140
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.732,83e589fa-e5ee-46d0-924f-8f16e986f8c7
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,5af1a9ed-bdbf-46e4-b4cc-4042260d7a06
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,I.6.2,modeled_data,kg/kWh,CO2e_value:0.732,de59a04c-c13a-436b-854f-ac666daa4f7f
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.732,b5d39a80-a722-4918-9c00-7db5e897014b
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,83a128ac-b69f-45ed-ac6e-69ef4741ecc7
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.1.2,modeled_data,kg/kWh,CO2e_value:0.732,615510a4-5387-491b-a881-78bac0a4758c
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.732,1a8833e9-7645-49b2-b889-5b95da7f465e
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,40e1f782-9f8e-48ad-a19f-b12813e89fc5
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.2.2,modeled_data,kg/kWh,CO2e_value:0.732,f181b9d6-7fc7-4435-b04e-45f387514ac5
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.732,bea57ee2-5b62-4947-9241-2a62fe3eafb6
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,1bd1668f-b6cd-4243-a880-3e7d28eb8765
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.3.2,modeled_data,kg/kWh,CO2e_value:0.732,37e08503-e972-464c-92eb-90e9323f7e0a
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.732,7e426f71-d5ec-4e35-8e49-d519cd8f4b58
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,2c2f4cc3-c736-4598-9800-3f31121c7dfe
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.003686927194244719,II.4.2,modeled_data,kg/kWh,CO2e_value:0.732,93325a09-c12d-4ce6-8b7e-4f636b5d11d6
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.732,b70932ca-4074-480a-a332-2ded47d8e62d
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,ae1500f3-2ff3-43fe-b89b-9db8ec6f9433
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.1.2,modeled_data,kg/kWh,CO2e_value:0.732,ad34299b-3d37-410a-884f-cd16da7b0385
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.732,97fd0262-a439-4db9-9ffd-c77517d8a71f
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,7c36cd1e-99da-42b8-a8f6-6738933257e0
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.2.2,modeled_data,kg/kWh,CO2e_value:0.732,f5881bc4-4f3b-4cb3-b900-32ae2ad621d1
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.732,9dde14cc-d2b3-436e-ac93-db1c075ed5de
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,cb27a3b9-e510-4efb-9121-c66e71f4283c
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.3.2,modeled_data,kg/kWh,CO2e_value:0.732,fbaf24ba-80fe-4027-a1f9-c7c5bdb6fd1c
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.732,cdab9061-9ee5-4881-a8f9-9e04f94307c4
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,15bcf00f-4cb5-4d34-b052-c95c25a3b8c3
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.4.2,modeled_data,kg/kWh,CO2e_value:0.732,221c8234-0cdf-4a73-83f3-093a713a2dce
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.732,ab350c57-6271-460b-8999-090056f40ca5
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,ffabfb98-7dc2-41e5-b0c4-68e6a6c7140b
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.5.2,modeled_data,kg/kWh,CO2e_value:0.732,004aed20-6e13-4c4a-8325-25511573a4ba
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.732,48af8dd4-d4de-4d55-9986-25bf4623cc0e
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,d6d5e07a-f107-423f-8190-0bc919a65194
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,I.6.2,modeled_data,kg/kWh,CO2e_value:0.732,16e67736-9caa-436e-9bae-255ada0484da
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.732,7eb18803-79ea-451b-b9ae-bffd6bcc8a49
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,1a9c7387-6fd9-4417-a30a-b42c15450746
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.1.2,modeled_data,kg/kWh,CO2e_value:0.732,aec9b4cb-415c-45bd-85ad-2af207130e96
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.732,5515b8f2-2e82-489e-9f61-682ce5f8081a
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,0e78b308-a6aa-418f-96c6-2888944a72a9
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.2.2,modeled_data,kg/kWh,CO2e_value:0.732,6ebc3c2a-2166-48d8-bdc4-b013f25a364e
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.732,8b501787-8e86-4b98-81ad-7e0c83c9edde
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,c6195368-d256-4f40-9812-3efbda59aa22
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.3.2,modeled_data,kg/kWh,CO2e_value:0.732,fd2e7a23-44c1-4fdc-9083-94eedf5196ba
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.732,8cca42d6-e61e-4a44-8ced-52a7f716f0ea
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.732,7b24e781-a473-4970-b5ac-b8e568e463b4
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,0.00013415192965627915,II.4.2,modeled_data,kg/kWh,CO2e_value:0.732,8a2ea9fd-5e72-41c8-91e9-5c3fcd4ff408
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.158,3ae5a1c5-7313-4b79-b14c-f2a2161ce3d2
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,6097544d-2f91-4fbf-b8d5-823755846c33
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.1.2,modeled_data,kg/kWh,CO2e_value:0.158,c6b5c891-b5f4-4d14-ae3e-b6fa7bcbfab2
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.158,85dc13f1-1d18-4451-85f0-999a06503817
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,bcd96d32-198c-43d1-909d-2a970c842f4a
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.2.2,modeled_data,kg/kWh,CO2e_value:0.158,9f6ead14-4e29-4b46-82ce-b183365725db
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.158,c3783beb-67de-4f2b-9a63-59a43f1e6647
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,a3cabc83-34fb-4d73-997e-4c26f1e17ab9
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.3.2,modeled_data,kg/kWh,CO2e_value:0.158,06da4915-f98d-453f-856e-3c56edbdfeba
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.158,cbc6e091-73dd-41e0-a8e3-d24e114986f5
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,2084c5b0-3844-4781-87bd-ec416f883bd2
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.4.2,modeled_data,kg/kWh,CO2e_value:0.158,9740c7bc-6935-41ed-b9bd-b69ecab385c0
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.158,3d26e390-2276-4092-88ba-704ec7103ae5
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,e0523d74-dfc5-41cb-b473-71c893f87a02
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.5.2,modeled_data,kg/kWh,CO2e_value:0.158,128d0600-847f-41ec-acd5-534999dabd93
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.158,82c6655d-2dbb-4adf-bcd5-b95d2cce71c3
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,8c2776bc-1028-4f22-b333-a948085fa650
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,I.6.2,modeled_data,kg/kWh,CO2e_value:0.158,ee666fd6-8809-4112-befe-3c33f6bfad7e
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.158,0ee2f145-a9fe-4321-96a2-d6870376669b
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,5c92dca6-85a2-4b45-bf7e-b46f16a8c85e
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.1.2,modeled_data,kg/kWh,CO2e_value:0.158,7701b656-b46e-42b9-9f4d-0383bacbc581
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.158,09518f25-5acb-4190-bc0d-889f0d8a9f89
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,bedd0ddc-27af-41b0-b50c-7992659240e5
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.2.2,modeled_data,kg/kWh,CO2e_value:0.158,487cbce9-0cd4-4d24-b9e5-61f651ae52f0
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.158,a1d78414-48d6-4f12-947a-6202d3c756d4
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,40cb3a4f-b499-4b01-8cfa-3307ce616085
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.3.2,modeled_data,kg/kWh,CO2e_value:0.158,f06820a1-8fe1-40f0-90f7-2de0774be457
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.158,c7f48235-1c87-4a01-90bc-4a93f2626eea
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,f6533b3f-0e94-4537-83a9-248d3352ab49
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.12600242686507915,II.4.2,modeled_data,kg/kWh,CO2e_value:0.158,807cdaa0-0ff2-4445-adb2-bb5ad0dc5d7e
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.158,1c76b12e-b678-4afe-8b6b-ae53e5380399
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,a5858d5b-09df-4b4e-8317-4493f7c9aa67
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.1.2,modeled_data,kg/kWh,CO2e_value:0.158,4bb2c6fb-da46-457a-9507-fbe3ca02ceb6
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.158,183dabc6-4233-4150-be48-0148f427c068
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,4f3b61be-08b5-4605-9582-99c0a4180f9e
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.2.2,modeled_data,kg/kWh,CO2e_value:0.158,b41d670e-acde-4cc4-b55b-422952fb9c24
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.158,9a57a4f4-14a6-4e2e-84c5-188b68fe3724
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,2648e878-e815-4c76-9ac8-cec25d165d94
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.3.2,modeled_data,kg/kWh,CO2e_value:0.158,702c89f7-65f4-4f10-b914-983340dd39cf
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.158,c31804c5-a6e7-4eef-be45-515c9a6c8a3a
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,ad87b8fa-b2f7-48d5-bf05-77f0cd719dbe
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.4.2,modeled_data,kg/kWh,CO2e_value:0.158,60cbf066-8a4d-4aec-b1f1-2f149bc58ca2
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.158,8a956b91-0268-43a2-84b9-c9d7156d42bf
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,214f1036-e1f6-4b4a-aeba-a747b93076c4
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.5.2,modeled_data,kg/kWh,CO2e_value:0.158,1ef2bd45-5dea-42f9-b332-8e1c3fdd6b90
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.158,959304b8-576c-41a0-a73d-93d35b75b923
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,46175c71-e921-48e6-aa26-82dda5ee42b1
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,I.6.2,modeled_data,kg/kWh,CO2e_value:0.158,0dd38b0a-bad9-47c8-8aac-f0ccb7436606
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.158,99514425-fa35-4e1d-aec5-95c26d590f25
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,bf5d4499-fb83-49d5-ad14-f1c4029a7881
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.1.2,modeled_data,kg/kWh,CO2e_value:0.158,e2f28427-b54d-47d9-b05b-62872a4fc420
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.158,045bb38f-a23f-4e69-ac70-167f635dec95
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,5184468f-5c75-499a-9695-c118336058ec
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.2.2,modeled_data,kg/kWh,CO2e_value:0.158,37adee9b-17c5-4ac9-854f-6384a2a76bc3
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.158,9db57d08-2e5f-405e-a596-c3fd9978422c
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,c44ce39f-ec2a-4ceb-9e0a-310ae923c19d
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.3.2,modeled_data,kg/kWh,CO2e_value:0.158,cb8d8a28-4712-43e9-8ad0-284ee794e354
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.158,3ea0ed9f-e68a-4475-a26f-5735e9aabcb0
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,5f36f187-a5b8-44c9-836d-6356ad531f14
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.0007928005046041053,II.4.2,modeled_data,kg/kWh,CO2e_value:0.158,32863dea-8b3c-4096-885e-447f55228d60
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.158,8aec8b51-2f54-44a0-8ff2-18b873deef37
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,263213ca-32dd-456d-9896-b236b41f3c48
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.158,689d4551-b4d2-42a4-a41c-d68faf3b3fba
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.158,ac268ec6-3d59-4393-ad85-f4856f63b0f2
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,b740fdd3-a97f-4dac-9556-f9fe63806261
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.158,8ec83e2c-3bfb-42ed-a6bf-4dec67413b80
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.158,fbade971-68b9-430f-b6ce-084bef3329ad
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,742f7609-c224-43c4-ad5e-8e4c9cb8cc62
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.158,b3ebccc1-7c0d-454c-b133-c4172da565de
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.158,4401b661-e4fe-42f0-8e4f-ade500af5638
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,7c4f853f-0ab8-4b35-b39b-a0820560e0f8
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.158,d65728f0-f6d2-4036-8f8e-53b9e466d148
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.158,c8d6312e-daa7-4c6b-8959-43409fb4cccb
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,cbb9139f-0205-4aec-92cb-de524a225e18
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.158,3b127337-d98c-4e76-9afb-31f782ab94c0
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.158,65cd58ce-fa38-4f30-879f-6da9d6c51acd
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,7a7c4a04-b07b-47fb-8ef2-57bf5ee2bd80
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.158,b191230e-7cf4-43bb-a331-d40bb74647ed
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.158,e9e34246-19bc-40e1-ab03-baaabc5ae96a
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,e1fbc459-c9c8-47b9-b63c-f56bd3691b37
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.158,a9c1b274-80f3-4e26-9fde-9b198d30f471
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.158,35affbc6-3a0c-495f-b3b2-e5a878f4d3aa
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,d33d7ef1-edac-471d-bc17-8cae2a665681
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.158,d65ddd6e-0e43-4424-a8a3-cc0d4856a1d2
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.158,fe552454-706f-42b9-9d32-5afabc25a264
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,1219a603-fa10-447b-b5dc-b9dafecd0f2d
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.158,b709c6b2-0cce-46ca-898c-f968155cde2e
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.158,3de2cf4f-6fcb-4887-a44e-ea4b52bebfb0
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.158,b075b080-46c8-49ef-a2e4-c9342526488f
+AO,Angola,2021,Calculated from Fuel Mix,N2O,2.8846709447133505e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.158,ce131fbb-9c3b-4478-adf6-417309a00b37
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,ee0cb8cf-22ee-41ca-8997-80cd328fc153
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,5495fd06-e6b2-47cf-b982-42cea4c77d95
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,cf873fc3-018a-475d-882b-cbea35c44d28
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,1778b0c3-d4d5-46a0-a96d-1111a23afe08
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,a84e8157-3c8b-4a30-8be7-3da4903be2f8
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,5f563261-432b-45de-adf0-c6ccdcdba626
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,804cbf46-7ac6-4a11-b768-6fd24e854260
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,bb715397-1f08-425f-b3fd-9975289109c9
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,9935ae8f-422b-435f-b641-8aaff6461b12
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,1ec3bb9d-ae49-46d2-98c9-f1a754efce3e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,80ef937c-6a7c-48f5-9af7-56667c6ead47
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,96289d16-cc2d-44fd-93fb-db0521959f5d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,84a579ea-1d51-423a-94ea-4bb7e4a60f31
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,08b5beb7-c72e-4f09-8753-8106755514f8
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,4d5010d3-552b-44d5-97bd-e66c53bc5d26
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,e398e3f1-6684-4468-a17f-d08f0fb40445
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,e71f8239-5acf-4f97-8235-4a649d38b2ed
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,cfc6e609-7b22-4103-a515-c0b13d858096
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,d5590e95-9bc8-4e84-9a8f-c7d220b8afa3
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,cb57e009-f3bd-4969-b43a-9f35775d1090
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,14edfcd3-673f-4e7c-8147-82f064d16726
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,d31c3790-9ea2-4cc5-af72-2700463a7f94
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b95b2ee4-669d-458a-b9a8-10c77ef5ae84
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,06bd960b-cff5-445b-a5b1-f6da4057447c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,9d035d02-86dc-457a-9930-0aba95cfaf8e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,5241e72a-ad7a-4d7f-93ba-b8a502f77f4a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,f5c6b3d8-0a02-4bf3-8511-b16027e53715
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,7303f899-1c6f-41dd-9d36-0ae991cbf02d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b90a3eb7-bf06-4ada-ba7e-6c2bc3aa019e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.5139604717688717,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,aa5f30a8-9e97-42c1-890d-dc78b6065bb0
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,759d01c0-b7a3-450b-b02f-4ac1df4ca687
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b7e7b7ab-3bec-4205-baa0-17ea9c9c29ab
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,503296b0-597e-437c-80f4-7e26753e87e5
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,64b0b29c-2aab-4849-af14-fec3122d0fbf
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,548e4b1d-f207-412e-98bd-b7416040e5d3
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,aa8086d7-4356-4b85-a71f-79d7d3bc6a23
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,4efd6d8b-8518-4cea-b414-7248add91299
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,368f1bbf-b595-4a3b-9093-b93e8094fd47
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,efc74caa-e127-448e-aa92-e9c55f950434
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,be22138e-9592-45b8-82ee-15e236e7b46a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,2543f188-9ad1-4f45-9321-454258a44e42
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,55ca704a-a730-4ba5-9086-66ca1a08163c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,f108bc1a-3959-4fbf-9d0e-70d5a462b94a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,c8aed826-304b-4c31-adae-2691541b9996
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,57d3ff0b-c2d8-46b4-8088-75e1af93543e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,7c70a0e4-9a59-4aa4-a5c0-bc62988ca59d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b78a5756-5815-4892-a8ac-dcac79323145
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,a680acbb-901e-40d3-a22f-bb338943be94
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,2c647015-c0d6-441c-825b-4dc1e8aafa14
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,243613b9-321c-4800-9ac2-b0cc859f402e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,bcf72d13-fd8e-4d83-b804-d69b219addc6
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,5cab510a-d952-4ae3-86e2-43abfb93ca74
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,02bd6372-39bd-4284-bbeb-e3f357a82098
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,a30ce701-9814-40bb-9202-da5bbfffa96c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,b8d9cb3b-b7fb-4fde-9a13-e548bdd3242e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,1f7808e1-c62b-4f87-8016-57e82db2bd16
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,08ed5b30-1bd6-4c7f-82d5-51b60e91656f
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,2581ef90-065e-4c89-8a72-fff205979c7e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,bac88ace-19f4-4395-a44c-9a229fe8fcc1
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.003233811693176625,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,47ed68eb-43f0-4e5c-b436-377bc4abf7fb
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,829fd042-228c-43d7-8830-a1c5b3f09145
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,7a8dd3cd-30bc-4ad5-b92f-63f3a79ed24c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,06e55f2f-1d51-4854-9fcf-b1d8aaffd3a1
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,e7d8479d-f280-4a07-ba01-ab01ad3b8c88
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,f8058fef-cf46-4777-a207-c96305ed42ff
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,305b4430-885a-47a6-8128-20fc6b21dddc
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,d8653925-b69e-4b34-b055-27cb1871a2b1
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,2457a944-11a1-4c52-924f-bd5ddaffa0e5
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,08ec6822-30d2-407f-8ccf-fcb18a53f695
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,f44d1a4b-4b3a-42ce-932f-68a7e5d6f742
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,9d54eb3b-6e57-4244-9613-c056d1230fc2
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,7e994cce-cd2c-446b-a42c-bdf2f7e107aa
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,836fd311-0ba4-446d-99d6-add2a4d93b78
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,264631cc-2a4e-4715-833b-788c999398b8
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,56c2afe7-9959-4f3f-884c-b83fe4a67a52
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,ca9d23f8-4795-4e5f-aace-2cc72b01320a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,2029f4ae-8794-44f8-b536-954a9aaf2bc7
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,c6a83260-a2eb-4c2d-bf8f-2d809d08b892
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,15b97360-3086-4813-aaf5-a95eb9bf3383
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,67315917-4965-4d12-bb94-b81ca6a15126
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,e99164a8-9e93-4991-b0b9-62785ac46039
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,9521b95c-e2c1-4904-a6a5-81fc43e50272
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,4336f209-f7ef-49db-b9f3-28808825e8c9
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,2b362978-8834-4743-bc32-0bf7d0d7f4d7
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,27f92370-1970-4372-af47-64383b19ce7c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,3a1a34a7-7289-4916-b764-d49419c8b857
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,39dc1cdf-ae88-41d6-8cf5-f4410f38a694
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,f3708b99-369c-4eb1-9699-9b1d8aa30fe5
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,1d1dba60-3cd1-4c93-aded-e768eb120dae
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,0.00011766494317052924,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,f447ae77-c8cc-4f3d-b195-a7472d759341
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.248,26753890-dc76-4794-8884-82d8d42b4bcb
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,1182e72e-dce3-4431-82bd-629ae954b767
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.248,24abd035-12da-4a5c-9129-23d784c3b08e
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.248,082f1cae-cb17-4515-8976-dc28ff656aca
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,ae6ea9e7-70d9-44f6-9b14-231b4181dbc0
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.248,2d8b6f53-32a6-4b6d-a3fd-76ed1ca6b9d3
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.248,7bda1d5e-afe5-4026-9421-ab2d45d9e22b
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,9e6191f4-bbed-48be-8327-84adcd77f57c
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.248,aadb3c14-de61-4822-906c-020efcc7a20b
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.248,65b477f8-b08b-4f97-996a-e7145acbaf80
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,38af4475-ffa7-40dc-a429-1b3db2fd4715
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.248,2bba2e54-5edf-480c-93fc-508d027d6a6a
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.248,2790c28c-6ae3-4c30-b4f1-154d9043ac16
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,348cac52-55ee-47ba-87e4-c5dea2f68602
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.248,a996b44b-1c14-40a9-a2c5-6e139fc0eaf3
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.248,9aea7d4b-bf2f-4b4f-8ae7-b5f2284ac163
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,4499f026-8231-4735-9d48-94a89b4e10f7
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.248,c80c1c61-8d2d-404f-8d50-cd02436bfcbd
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.248,0d1a3a70-9361-4e2b-99dd-a2157037436b
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,61501534-f616-4e63-b4bb-ed9ea0a3665c
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.248,8ba15684-aafb-4440-aab6-cb5b6398461c
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.248,36302bda-7f3a-4a64-8019-44dbda3dc004
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,544876fb-10d4-40f0-8165-cbca4f35d843
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.248,ef6f1039-16eb-450e-a4cd-fa86ae7dff26
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.248,016eceb3-6d25-40c1-80df-c42853f1e722
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,475a3c9e-c235-40d6-b017-ca7e8a4b19ea
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.248,3db18d3d-fe5a-4c0b-b4a3-330479a59717
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.248,82a42951-f5a9-45ca-9cd5-c3fbddcd1782
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,81742076-60b9-40fe-84fd-49461870acba
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.19821280000000002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.248,9d447b67-aa0f-49ad-b1a5-b0f5760aea4b
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.248,ea7c04f8-7501-4759-8805-29028144dc9c
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,606a6b5f-0a22-4b20-99e3-d96ea82d3de4
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.1.2,modeled_data,kg/kWh,CO2e_value:0.248,8fef25f2-3e48-4e58-96dd-9d18fea9d3a8
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.248,6049d121-61c7-4edf-9a93-c655241601c5
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,9eff62e3-db34-4539-9eb1-1dcc7557b954
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.2.2,modeled_data,kg/kWh,CO2e_value:0.248,adb1ecbb-8de0-444d-99d7-021b76e73c46
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.248,196211fc-eaf6-44d9-9e30-983fa75d1919
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,ecf99656-bb19-4b42-acf8-a7cb473b479c
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.3.2,modeled_data,kg/kWh,CO2e_value:0.248,a98aa539-8817-461f-9454-9cb4b9209d75
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.248,99f670e8-65b5-4980-8a33-c32a491f3712
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,ff952cff-fb8e-4e7f-a98a-e594544a0bc5
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.4.2,modeled_data,kg/kWh,CO2e_value:0.248,aa977656-494e-4602-abe5-b410764cf017
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.248,dc57cb96-2f90-40bf-9afb-25d4531d7c4f
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,7d3aef4c-5e73-4b70-a618-b1343565ab13
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.5.2,modeled_data,kg/kWh,CO2e_value:0.248,10b34340-d4b9-4a39-8da6-cb199bf8cc70
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.248,9e1147da-2f16-4372-af32-b3d9d1357515
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,14cee69a-0eb5-4760-80c8-123d1d6d9bd9
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,I.6.2,modeled_data,kg/kWh,CO2e_value:0.248,8cd3d8e5-40be-4c58-a88f-bf1eedaa5991
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.248,6e92d32c-0796-48bc-8750-d58116c3a5a7
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,566a17cd-3e61-44ed-b1f6-842bb3831225
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.1.2,modeled_data,kg/kWh,CO2e_value:0.248,e5743359-2bde-4e32-accd-ff37a2d7cfaa
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.248,6e1ffcbe-19b5-4434-b796-e8dde3c43df6
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,9d0cba07-afcf-4a16-8917-d34318d5edb9
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.2.2,modeled_data,kg/kWh,CO2e_value:0.248,e5acbf51-75c9-45a6-ae36-13734aa9c73c
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.248,668de07f-c95e-448d-8ab4-8635ecf85d30
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,a657621e-1894-4998-85ca-b5b91ef8a6df
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.3.2,modeled_data,kg/kWh,CO2e_value:0.248,de0e6a49-3384-4285-927b-8a1d87362851
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.248,3df1a842-f633-4e97-9dea-6c543071640e
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,3db643b9-d1dc-4aef-80dd-85ccea76c1bd
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.0012471442953020135,II.4.2,modeled_data,kg/kWh,CO2e_value:0.248,8a4cc876-d89b-4705-b566-0d69254631d7
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.248,749a6b49-9d27-444c-814d-3d1bc208a5ac
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,81b15a23-bd6b-4d24-bb19-cbf0f56c8eda
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.248,c171f34e-7bae-462b-b4c2-c101925177c3
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.248,4892502f-21ce-4600-a29d-af825c2559c9
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,1648e9c7-875c-4cb5-b421-976a1cd3579f
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.248,ad0a0888-8505-4c3c-aca9-30ab0b443043
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.248,3137e4b5-3893-4017-afdd-3df317a6d0ba
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,529b6a3f-0c8f-45ac-9714-050176032060
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.248,7f08084e-342c-4269-8778-9573be63e71a
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.248,9eb182a1-9711-4162-8f0b-2c89f30dc197
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,b996baa7-1200-4153-bf77-8b15cd1fc8c7
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.248,a4381adf-af88-4a16-9324-fcefbfacb6d8
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.248,3027e29b-1e6c-43c9-89dc-eca342d45bb3
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,4f373962-c1f4-4a51-a0a0-b81f2cee2284
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.248,807c26f2-98cc-4cb0-90b5-7383e30548c8
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.248,32aedbb8-a45f-423e-b76f-c188593bf9ef
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,d576ec3b-50de-4134-a7d7-aeefb9abbf3e
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.248,e4ead0bd-9aaa-4b88-913f-c183f59547ae
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.248,96b423b5-c48f-4e9d-be64-bc4d14df47ec
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,920651d5-8d44-4a75-b7a1-e6cc88183d7c
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.248,d8847b62-9339-4a66-9983-63dbe64b6326
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.248,329735cc-03c5-4652-9bf2-86995e79d6a0
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,e5b7ff61-c502-4c77-83e9-ed33eea8bdac
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.248,b2901ed3-e4d6-4d98-9186-e5900226875f
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.248,23128048-8d6a-4783-b91a-e75d32a1a9d7
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,8d3c6f0f-7c5a-4353-9e89-3178218bf08f
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.248,80183a0f-1aa7-4b22-b64c-51a42a11a241
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.248,6d63b86b-1430-4a49-9ac3-a85f459ce443
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.248,92025af6-ba33-4110-b457-3beb61833429
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,4.537838827838828e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.248,257ed9a1-c537-40df-bec3-9429c54a03a6
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.171,46db578c-478d-4038-860f-6142297cf955
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,5eb9456e-4893-4225-9131-8ce8759651e0
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.1.2,modeled_data,kg/kWh,CO2e_value:0.171,6055f734-d4d8-4df5-ad1f-c40bd37ee1a3
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.171,866b3272-09d0-46f5-a938-7ec98418c967
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,c73040e0-a8d1-4266-bcf1-c9bce6628937
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.2.2,modeled_data,kg/kWh,CO2e_value:0.171,e30bd574-93ed-4e36-a0d5-879d89b46811
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.171,09373adc-0fc4-47be-9331-cdd9a653be9e
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,9b01ae91-b888-4491-8588-974887076f5f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.3.2,modeled_data,kg/kWh,CO2e_value:0.171,829b55fd-6d84-4e85-8439-4f0edc46777c
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.171,f217b4ee-9311-419f-ae2d-c961fe0037e9
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,7f0deb2b-3835-49d9-b61c-cb35ae2f0a0e
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.4.2,modeled_data,kg/kWh,CO2e_value:0.171,21b28c03-c484-4db6-899c-b4d86fbd7797
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.171,1fc2780a-3570-4f18-9381-2b814a33e47f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,3f4cb080-0904-4fe6-ba12-0c66f8f06b77
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.5.2,modeled_data,kg/kWh,CO2e_value:0.171,29762263-1bfc-4243-8869-548753f14578
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.171,c69b1b96-80d7-4277-a87d-236134bb9797
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,04311685-6eda-44c4-900f-7fcec991873e
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,I.6.2,modeled_data,kg/kWh,CO2e_value:0.171,9786a906-5a92-4775-8be1-3200887ef7ae
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.171,634e1117-5fbf-44fa-8296-4f01826b66a0
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,b986309a-a2f0-41be-b702-04f4243ea274
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.1.2,modeled_data,kg/kWh,CO2e_value:0.171,e87ca507-1e92-4921-b25a-ba8aca02405f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.171,4afbc41b-0434-4e64-953c-b10cfcaf48f3
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,f6931e13-703d-47de-8e56-a3ea36c5cbf9
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.2.2,modeled_data,kg/kWh,CO2e_value:0.171,53d11179-50ad-4ae5-98a1-aa6f6f67cdcf
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.171,e4a6d7a4-80d8-4b8e-82e8-91f547974ce9
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,a994c57a-791a-42c8-919b-c17d828e2e2f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.3.2,modeled_data,kg/kWh,CO2e_value:0.171,8dd2bd5b-3869-4921-9343-81ca06225175
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.171,baf4db05-0a57-4fea-a271-f8022ef82b3f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,f2fd7d28-e4da-47d7-9270-5d1edcd1898f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.13668400822973598,II.4.2,modeled_data,kg/kWh,CO2e_value:0.171,f80aa1ef-bab5-4ade-9d46-d407a18a72b7
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.171,4de6046f-7fd7-4e38-843c-13251682ef2a
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,097c9368-1134-470e-bee2-849cd89bdef2
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.1.2,modeled_data,kg/kWh,CO2e_value:0.171,349b7238-76a9-476c-a79b-7417288bc1e2
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.171,6306f135-1d64-4590-9e43-4aac24171036
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,d4a20a82-624d-4c7d-ac65-9f621206399d
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.2.2,modeled_data,kg/kWh,CO2e_value:0.171,c4fbdef6-b6e0-42bc-ba69-83e1c3337993
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.171,0f9d183b-5867-4226-84f7-00687213326b
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,412c3077-c33c-4e73-b48d-2a4426465f85
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.3.2,modeled_data,kg/kWh,CO2e_value:0.171,1c0f3b2f-c9ba-4e3d-8232-0ef8ec3b28fd
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.171,9931cf31-bb16-42eb-a37d-ee1e68dc6663
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,60a8cea9-7df3-41ed-a58e-b89ccef4c6b2
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.4.2,modeled_data,kg/kWh,CO2e_value:0.171,a095c9db-d98a-4d1c-ae4d-afc85ecb908e
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.171,b0a7b799-2f93-4669-a0f4-0c9dfaa5e7dc
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,3614bd0e-14e1-4836-b0ef-acec9bb4c1d9
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.5.2,modeled_data,kg/kWh,CO2e_value:0.171,1c44da58-5705-4843-b2be-9a219d05a885
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.171,1a73e4a3-a601-4d7d-bb8a-415c3af7ff16
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,48fdc122-97d7-4f16-84f1-08b0a0f3a038
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,I.6.2,modeled_data,kg/kWh,CO2e_value:0.171,6bc39620-5cd0-4bc3-86b7-dc95bd9904e1
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.171,76f671d5-03e8-40f6-b5a1-1cc0b9d29202
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,762e1269-999c-4c4c-9879-4923cb31beed
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.1.2,modeled_data,kg/kWh,CO2e_value:0.171,b15325ce-b699-4273-b4cf-d8234e838647
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.171,fbc0cce2-d29e-440d-9dfe-50fb0d6f1133
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,9b8bb5cf-962b-4e98-ab1a-640460e95b23
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.2.2,modeled_data,kg/kWh,CO2e_value:0.171,a2f82a6c-e6ab-478f-a5b0-5625b4cc15bc
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.171,3cb0bea2-7aee-470f-839f-d93bfc6ef58c
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,f6081432-2ee6-4162-9964-8be995997ca4
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.3.2,modeled_data,kg/kWh,CO2e_value:0.171,7479b2d8-1b95-487d-89e1-f1b06757cdae
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.171,3d8e9686-b7f3-4585-9ed8-4bb71b629773
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,20dd05ba-003c-47e4-9e7b-80c66a750447
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,0.0008600084410428018,II.4.2,modeled_data,kg/kWh,CO2e_value:0.171,a047d9e4-c863-41a3-beab-bc4eaee2ca49
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.171,0f22107c-217b-4a38-9eae-8574ab21a9fb
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,ab4c6682-d5a7-4115-9f3f-bd0e7aff3090
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.171,c399400a-bddd-4395-bd11-68fa3e05c3de
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.171,1746087a-82b6-42de-abdf-62b33eace06a
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,5bdb9f95-bbf4-41ff-b016-e3ec8787984b
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.171,2f3079cc-3fc6-4fd0-b4a1-b7cbee0e35db
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.171,2ee32024-9b34-4760-813d-6859366b934c
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,0a09cba5-4635-4542-abd4-dce570d0ab95
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.171,54c52d8b-4508-4c62-b7a4-bbc29a257eb8
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.171,bb3af655-77e9-415b-83c0-d8156302a092
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,4a7c20e6-0c41-4534-90d5-08bb5d7abf9a
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.171,b1723a0b-dfa8-44c5-8181-a3771bc1ebe4
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.171,e88a4428-9ec6-4455-ac52-d9798b5ecdfb
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,c5f366d0-64b7-49db-a035-851d9635b572
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.171,d2e0e29b-0013-4f32-b173-db9956ca0300
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.171,7ebdbcc8-e53c-47c8-a36f-0f5417458e1b
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,990bfca7-0291-4bb9-a9a4-39b171d47cd3
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.171,a56d9b00-d8c2-42bc-8e03-b618086777f5
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.171,2a71964b-5d9e-493f-a4ed-b51666cde8c1
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,bf722ac2-7176-465b-b1ed-abc30ac5c91d
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.171,468b801f-3866-484a-8a11-13d51aab313c
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.171,2e37c25a-9465-4a2c-b049-f9a1136b06f0
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,d8e37c7f-b1e0-43e7-8b0e-e9d17663edfe
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.171,14a706d2-9701-4117-85c6-26c8f894f194
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.171,af80fa28-6b29-4b20-9091-58e26b60fdbe
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,d8287f22-795f-4170-9eb7-1476de3e4f1c
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.171,77cc0cfc-6ccb-47e9-9b80-fd25b94f0d37
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.171,9e424b03-d4b3-4491-9d15-1194a70db4c7
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.171,d13eccda-a8f7-47f7-b8d0-c31cc40e2b2e
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,3.129212642622161e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.171,38aa9b76-d941-4176-bb49-e94e107f103d
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.614,27a5f549-c0a4-43e0-82dc-27bab8c1bcc3
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,e8193f2f-4585-486f-a784-bcab7c15a9ca
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.1.2,modeled_data,kg/kWh,CO2e_value:0.614,a54e5ecd-6a88-454b-9aff-487cf82cc82f
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.614,1fbaf860-f3f9-4fde-adb9-8b015ad4c407
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,76a625fe-13ce-4c1a-aa56-7441c36a4a88
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.2.2,modeled_data,kg/kWh,CO2e_value:0.614,3b651dab-54fa-4a89-a244-c4d547f7e4c7
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.614,e08b1f1a-84c3-4bf7-9bb8-cb8cc72d024b
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,807a84ea-3014-4264-9060-5e5d62803b54
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.3.2,modeled_data,kg/kWh,CO2e_value:0.614,301ce112-71fa-4ec4-bbc6-fdeaae606a54
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.614,b8a73b5d-5972-40fc-9da9-c0302521f1d0
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,b804b9b3-af69-49b6-aee1-df05a62ae124
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.4.2,modeled_data,kg/kWh,CO2e_value:0.614,2d285306-64c1-4252-b7d0-36ac1a0bcef2
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.614,59ba21c3-b273-4c71-9bc1-543f1b4ba73c
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,f0a3f638-8aab-4f03-82f5-0cd5b38a4654
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.5.2,modeled_data,kg/kWh,CO2e_value:0.614,8257ae40-13f8-4b43-840f-0379289fd38f
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.614,2af39c36-552f-4260-b52b-7c704ee6460b
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,35315a20-a9a0-4887-9469-d736a37b6d98
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,I.6.2,modeled_data,kg/kWh,CO2e_value:0.614,abc3acdc-9071-4a76-8baa-9b574a3708a9
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.614,14a450dc-8b39-4e5d-bb18-ff015fd46c0d
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,5decae7a-79e6-45d5-9f0e-9eee834026cb
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.1.2,modeled_data,kg/kWh,CO2e_value:0.614,aae81481-5530-4d28-bf90-1b8ac142e268
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.614,e1e25a32-20e5-4c18-8715-d4a3bfb99778
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,d67ecc59-be60-4af5-b1bd-259248518763
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.2.2,modeled_data,kg/kWh,CO2e_value:0.614,cef657dd-838e-468d-af05-66a2a584803e
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.614,9a806311-0e4d-4e32-819e-60f2dd5d343c
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,956452e7-d33d-4da9-8ab4-a0f5366fc368
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.3.2,modeled_data,kg/kWh,CO2e_value:0.614,2f9aeb96-46f6-444a-ae92-3674796babf5
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.614,310963e2-7816-4724-9b22-2c8b13d190b7
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,438b86bf-337e-4a65-854e-19d4ec4d18d1
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.4914634086281477,II.4.2,modeled_data,kg/kWh,CO2e_value:0.614,bd1e2748-372b-42bb-b691-8d65b5fd7b3e
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.614,3cc39e6a-470f-4586-aae5-1f27e80ee942
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,5e22781e-3902-4226-b626-e55c6fac43ee
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.1.2,modeled_data,kg/kWh,CO2e_value:0.614,6105361e-eddd-4712-8088-c378f65650f7
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.614,6d599967-b3e1-4c32-a956-3bfcab1b1ec7
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,3ceabf81-de75-4dd0-935a-7e1cd969833e
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.2.2,modeled_data,kg/kWh,CO2e_value:0.614,a16f931e-05f8-45f6-bd02-3778820c6ff9
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.614,f0535819-ec21-442d-b64c-44b9f26c2ada
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,3ea43ed6-9ce7-49a7-a1b6-7fbf372c9e5e
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.3.2,modeled_data,kg/kWh,CO2e_value:0.614,6d6e6317-0d29-455d-bacd-61fc28d91630
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.614,b33bc9ed-e79c-4361-be70-82c888bab7d8
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,9e1c0cfc-b567-4cd6-8143-769749d0af9c
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.4.2,modeled_data,kg/kWh,CO2e_value:0.614,5be55613-890a-404d-a3a6-8c214e9ae4aa
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.614,fb67b88f-e3a8-43f1-a2b3-55f2711f4c83
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,f8035a64-8067-44b9-9417-849f2788e611
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.5.2,modeled_data,kg/kWh,CO2e_value:0.614,17eb8a6b-954f-4887-8e11-e570b0212fcf
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.614,84c0775c-368f-47fb-a4c8-21f023b26ba4
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,e5032e8f-42f6-4a0b-8e32-dfa384c67ced
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,I.6.2,modeled_data,kg/kWh,CO2e_value:0.614,125262bd-22b3-44b9-b330-722c216f89d0
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.614,0bf3ab85-78e2-4426-b2a0-087d9e37551d
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,ad89a9de-da0c-451a-9829-3d834dbc50ef
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.1.2,modeled_data,kg/kWh,CO2e_value:0.614,90f8a981-e227-440d-8f3d-1a995f62177f
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.614,ac46ce28-fba4-4521-b003-5d77975f46b1
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,3e685412-9a68-4a81-aac8-27d4c12f51d4
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.2.2,modeled_data,kg/kWh,CO2e_value:0.614,cb01cf20-7a6a-4a96-bacb-a9312509bc28
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.614,92d3b8ed-d314-4f5a-9113-cfa609323077
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,486a532b-a9a0-4d57-9a76-3ec54cac9fd8
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.3.2,modeled_data,kg/kWh,CO2e_value:0.614,4a17f820-a8a2-4915-8acf-82c1da741f1c
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.614,cd28c706-1f7c-4f8b-ac89-4633999c6818
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,38751b1b-0a73-45b3-82f3-62e972621776
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0030922613797911974,II.4.2,modeled_data,kg/kWh,CO2e_value:0.614,1c66af9d-04cc-471f-a2f5-410b7fa84d91
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.614,2fab41c7-dea0-4d60-924f-d4d6e7daa1d4
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,fd63da09-14bd-4e11-9ad7-94776af926ce
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.1.2,modeled_data,kg/kWh,CO2e_value:0.614,dada36a4-3b7b-40e8-92d4-084e25ba0bb8
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.614,16d38024-2ac6-40d0-a1e0-1c5ddc1204d1
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,8c7046aa-243b-4a08-8d8a-17cde6becd15
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.2.2,modeled_data,kg/kWh,CO2e_value:0.614,a3783c0a-3a6e-4671-841a-5abc0821689f
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.614,a2c51254-a681-4600-88f8-68b39d16703f
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,e19612e2-a1ef-43e0-a717-a6a01f6a0635
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.3.2,modeled_data,kg/kWh,CO2e_value:0.614,0865ef87-49b7-40b8-81e7-2fba4e73432b
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.614,f7edd393-7137-4a14-8c24-64ada12c7907
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,0bcd362c-ea2a-410c-8ba5-b7e96685fe89
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.4.2,modeled_data,kg/kWh,CO2e_value:0.614,14b00ed2-9c1d-4289-8b15-515e23e0681f
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.614,a717ee4c-0c59-48dd-8a9c-966bc79cf117
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,2a9509f7-f78f-4ae7-882d-7c341dcda6ca
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.5.2,modeled_data,kg/kWh,CO2e_value:0.614,aec66c3d-a3dd-45ff-bf2d-af1ae03bf3fa
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.614,2bf6dd64-225d-4197-834a-4f655ad1ebcf
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,5f15ba88-9efd-4983-a456-f11ad7db2e4b
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,I.6.2,modeled_data,kg/kWh,CO2e_value:0.614,1c7c5830-cf5f-4352-938a-1a448d1b59b7
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.614,9f69e8c8-e67a-4de0-8efb-baf44bcf3065
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,fa555e08-0531-46aa-aa0e-75b46adbe7f3
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.1.2,modeled_data,kg/kWh,CO2e_value:0.614,ad113c7a-c38a-4d1d-8645-20a164932700
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.614,f7c37d2e-08d4-4bd5-ad79-821748e79393
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,b6576beb-645c-452d-9d9e-6d385597bed2
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.2.2,modeled_data,kg/kWh,CO2e_value:0.614,2ba7e47e-8005-4a8b-9d3b-e611ec5ea2bb
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.614,1da40dd6-148a-4a29-86eb-2118d6c27921
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,11017eae-fa31-4e25-8374-926681d79421
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.3.2,modeled_data,kg/kWh,CO2e_value:0.614,4a62db7c-7e0e-4c00-8b46-eeeb428e2b25
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.614,c2694ef2-f5b0-4b6d-ae0f-c032b59caf51
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.614,3e875901-9d8e-44ee-91b5-74eae9f0bf56
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,0.00011251451662732318,II.4.2,modeled_data,kg/kWh,CO2e_value:0.614,41dc1eb9-175b-4d46-92d8-ee346bab2653
+AU,Australia,2022,,CO2,0.544,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,cb9da1c5-2806-4b7f-b91c-aa187b5b1e18
+AU,Australia,2022,,CO2,0.544,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,0ea879ee-5747-4725-a813-c78ed0ec0df5
+AU,Australia,2022,,CO2,0.544,I.1.2,modeled_data,kg/kWh,CO2e_value:0.68,d5a7e661-c9ea-4aa1-a4b0-daf953d8778a
+AU,Australia,2022,,CO2,0.544,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,970a65ca-9325-4618-bc72-560f9c398beb
+AU,Australia,2022,,CO2,0.544,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,8d3cd22a-c838-4333-a108-d1ecad73f586
+AU,Australia,2022,,CO2,0.544,I.2.2,modeled_data,kg/kWh,CO2e_value:0.68,8b31e2ff-117f-4fec-b588-58c54904bc6c
+AU,Australia,2022,,CO2,0.544,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,24127586-da9a-48c7-9c71-f17532269048
+AU,Australia,2022,,CO2,0.544,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,b5554fb9-2fd7-45d5-b82a-53ade1994233
+AU,Australia,2022,,CO2,0.544,I.3.2,modeled_data,kg/kWh,CO2e_value:0.68,85c291ed-01e8-4fd6-a325-e6256b42a9e9
+AU,Australia,2022,,CO2,0.544,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,bd9b4e52-6a63-4534-859d-c611ef0da503
+AU,Australia,2022,,CO2,0.544,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,2b7fd877-eaa0-4999-a508-6615365952f1
+AU,Australia,2022,,CO2,0.544,I.4.2,modeled_data,kg/kWh,CO2e_value:0.68,b2c71407-fd83-425c-a30c-33955fc4ae31
+AU,Australia,2022,,CO2,0.544,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.68,6cefbda4-bc31-418e-9e79-52193b2ecbe3
+AU,Australia,2022,,CO2,0.544,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,eb966e57-4b98-4837-aa6f-d273edbad07b
+AU,Australia,2022,,CO2,0.544,I.5.2,modeled_data,kg/kWh,CO2e_value:0.68,e84663ab-6d49-4f24-97a0-cb14053180df
+AU,Australia,2022,,CO2,0.544,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.68,c0af68ec-f344-4c56-9635-fd4de0911298
+AU,Australia,2022,,CO2,0.544,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,bd3d743f-1985-4f5c-b543-85c1762b233c
+AU,Australia,2022,,CO2,0.544,I.6.2,modeled_data,kg/kWh,CO2e_value:0.68,942ad796-da68-4313-9292-1556a26fff20
+AU,Australia,2022,,CO2,0.544,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,71c84377-4283-4441-a059-0911a34143f7
+AU,Australia,2022,,CO2,0.544,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,5790166c-bf2a-4cc7-aa53-9988a7ed0c7f
+AU,Australia,2022,,CO2,0.544,II.1.2,modeled_data,kg/kWh,CO2e_value:0.68,960672e6-9096-4268-ad9a-c92bafd23bf9
+AU,Australia,2022,,CO2,0.544,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,0d764aac-160f-4505-9f31-eb6d443198b1
+AU,Australia,2022,,CO2,0.544,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,8144089a-ce31-4e73-aca9-21a44aaa1a7d
+AU,Australia,2022,,CO2,0.544,II.2.2,modeled_data,kg/kWh,CO2e_value:0.68,56921860-0af7-4f39-858d-a1e584bde688
+AU,Australia,2022,,CO2,0.544,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,50c8f18c-75c1-4708-b936-aa56dffe5773
+AU,Australia,2022,,CO2,0.544,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,2020c940-fb98-4491-89e7-c083345f48d5
+AU,Australia,2022,,CO2,0.544,II.3.2,modeled_data,kg/kWh,CO2e_value:0.68,c17aec01-18ae-4bab-9810-c7cb83b90a99
+AU,Australia,2022,,CO2,0.544,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,7f81e65c-60a8-4ac7-91a8-233ec311a243
+AU,Australia,2022,,CO2,0.544,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,b6b732fc-e980-4aae-86d1-b6caeab8b78d
+AU,Australia,2022,,CO2,0.544,II.4.2,modeled_data,kg/kWh,CO2e_value:0.68,f2f26fe2-07da-440d-8795-c981b60e6e9c
+AU,Australia,2022,,CH4,0.003422818791946309,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,c510199f-494d-4bcd-8d91-3d9629a8bfa1
+AU,Australia,2022,,CH4,0.003422818791946309,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,b56e9131-0c42-4e7e-a89e-288c35b9fe50
+AU,Australia,2022,,CH4,0.003422818791946309,I.1.2,modeled_data,kg/kWh,CO2e_value:0.68,0ff881d8-4488-46dc-b08a-27847fe2cda6
+AU,Australia,2022,,CH4,0.003422818791946309,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,d9b95925-781e-4419-8d69-29cf7a018704
+AU,Australia,2022,,CH4,0.003422818791946309,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,93098d84-d6d3-48b5-8da1-f3c6ab11e744
+AU,Australia,2022,,CH4,0.003422818791946309,I.2.2,modeled_data,kg/kWh,CO2e_value:0.68,ae5f02cb-914c-493e-b8d5-5cb45abc4cd7
+AU,Australia,2022,,CH4,0.003422818791946309,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,f8b6b29b-fc56-40ee-9dcc-84d071be0764
+AU,Australia,2022,,CH4,0.003422818791946309,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,e7858ae9-acf2-48c2-9c6c-13a304279460
+AU,Australia,2022,,CH4,0.003422818791946309,I.3.2,modeled_data,kg/kWh,CO2e_value:0.68,004f320a-c8ca-4df3-a42e-373d86677914
+AU,Australia,2022,,CH4,0.003422818791946309,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,63d40d19-4f5e-4a4b-b849-05697be01716
+AU,Australia,2022,,CH4,0.003422818791946309,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,e02d359a-c41d-4b6d-903f-dc0ac52ba588
+AU,Australia,2022,,CH4,0.003422818791946309,I.4.2,modeled_data,kg/kWh,CO2e_value:0.68,f4a4eff0-2346-465d-a1a6-85318aa88283
+AU,Australia,2022,,CH4,0.003422818791946309,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.68,b924f32d-6ca7-4937-87f6-d96b0f1430b0
+AU,Australia,2022,,CH4,0.003422818791946309,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,560fef2a-2f72-4bc2-b3be-5974461773cb
+AU,Australia,2022,,CH4,0.003422818791946309,I.5.2,modeled_data,kg/kWh,CO2e_value:0.68,c13f8f39-c7f7-4b46-b64e-36cf76b79597
+AU,Australia,2022,,CH4,0.003422818791946309,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.68,f96a7334-7abd-4c79-90a4-4e471208c8fa
+AU,Australia,2022,,CH4,0.003422818791946309,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,c24cbd3d-0b77-473c-a18f-78de958828db
+AU,Australia,2022,,CH4,0.003422818791946309,I.6.2,modeled_data,kg/kWh,CO2e_value:0.68,20f3b700-2975-4388-ab88-ea033867462b
+AU,Australia,2022,,CH4,0.003422818791946309,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,40c86e3a-21c3-4262-b816-7f173af1d783
+AU,Australia,2022,,CH4,0.003422818791946309,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,43cfae86-2507-4de9-b16d-e8d37f353a53
+AU,Australia,2022,,CH4,0.003422818791946309,II.1.2,modeled_data,kg/kWh,CO2e_value:0.68,cead1f16-06b7-4ceb-9354-410d6b8c9c57
+AU,Australia,2022,,CH4,0.003422818791946309,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,625cb510-bd1c-48c2-96d0-4975a92a05a6
+AU,Australia,2022,,CH4,0.003422818791946309,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,b61cd5f7-e888-41b7-8376-b8ba370d0fdd
+AU,Australia,2022,,CH4,0.003422818791946309,II.2.2,modeled_data,kg/kWh,CO2e_value:0.68,9919d500-4ea0-47a1-89c6-3ab48344876e
+AU,Australia,2022,,CH4,0.003422818791946309,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,610ec4f6-5a1e-4344-a666-61fd37ddcc59
+AU,Australia,2022,,CH4,0.003422818791946309,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,e2942f1e-ec6c-4ffd-a3ce-e7fd675fe68c
+AU,Australia,2022,,CH4,0.003422818791946309,II.3.2,modeled_data,kg/kWh,CO2e_value:0.68,9db17b7e-9314-4f95-929c-43deab5bd1f5
+AU,Australia,2022,,CH4,0.003422818791946309,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,91b32958-ccce-4473-ae9c-6d4a45fbce71
+AU,Australia,2022,,CH4,0.003422818791946309,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,711b81eb-9185-4f8f-bbc8-c609abfd0335
+AU,Australia,2022,,CH4,0.003422818791946309,II.4.2,modeled_data,kg/kWh,CO2e_value:0.68,b1677fc6-2718-47f3-881f-bd773c607618
+AU,Australia,2022,,N2O,0.00012454212454212455,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,76052e9b-d55d-48f2-bb46-593c7751db24
+AU,Australia,2022,,N2O,0.00012454212454212455,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,9ab5957b-2bad-4253-b8db-0c119ebf032c
+AU,Australia,2022,,N2O,0.00012454212454212455,I.1.2,modeled_data,kg/kWh,CO2e_value:0.68,3f14c9cf-8086-4955-a1fc-396121cc943f
+AU,Australia,2022,,N2O,0.00012454212454212455,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,c40d6f00-b0cd-4238-836e-8b242dd75a34
+AU,Australia,2022,,N2O,0.00012454212454212455,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,ca2ad66b-2dca-45dd-a4c1-043cec70402f
+AU,Australia,2022,,N2O,0.00012454212454212455,I.2.2,modeled_data,kg/kWh,CO2e_value:0.68,47b68fdd-763a-42bd-b58e-6d95698c5a41
+AU,Australia,2022,,N2O,0.00012454212454212455,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,5e128244-e243-4ff4-aa09-f48abae28b08
+AU,Australia,2022,,N2O,0.00012454212454212455,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,78e3d5ea-40fc-4d0a-8dae-181436a270da
+AU,Australia,2022,,N2O,0.00012454212454212455,I.3.2,modeled_data,kg/kWh,CO2e_value:0.68,c100b0b1-5a8d-405a-9e4a-3053b881b2d7
+AU,Australia,2022,,N2O,0.00012454212454212455,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,cfd1f148-4bf9-4a26-934a-b689d9436769
+AU,Australia,2022,,N2O,0.00012454212454212455,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,32a9ee6d-501a-495f-8fdd-05127b742116
+AU,Australia,2022,,N2O,0.00012454212454212455,I.4.2,modeled_data,kg/kWh,CO2e_value:0.68,80a0261d-b427-44c3-a2d3-4ed9acb18af2
+AU,Australia,2022,,N2O,0.00012454212454212455,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.68,8dc1a475-db6e-4180-bece-9397500437b9
+AU,Australia,2022,,N2O,0.00012454212454212455,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,c876b440-7b9d-4aed-89b5-bc20eae75303
+AU,Australia,2022,,N2O,0.00012454212454212455,I.5.2,modeled_data,kg/kWh,CO2e_value:0.68,bdd79c1e-f40b-4c54-b571-d5082395045a
+AU,Australia,2022,,N2O,0.00012454212454212455,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.68,3433655f-c616-493a-bcb2-109dbdf19156
+AU,Australia,2022,,N2O,0.00012454212454212455,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,03f63d81-4659-400e-8928-14389ca9a661
+AU,Australia,2022,,N2O,0.00012454212454212455,I.6.2,modeled_data,kg/kWh,CO2e_value:0.68,ac4d0bd9-e616-468d-85ac-ea17e47caafe
+AU,Australia,2022,,N2O,0.00012454212454212455,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,d888262e-9e02-4ce7-ba28-5273d937bf02
+AU,Australia,2022,,N2O,0.00012454212454212455,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,77705eaf-d03c-4885-9749-cbf09cd1ab8e
+AU,Australia,2022,,N2O,0.00012454212454212455,II.1.2,modeled_data,kg/kWh,CO2e_value:0.68,0f69250f-5d3e-48a1-af04-e4db4d460e6a
+AU,Australia,2022,,N2O,0.00012454212454212455,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,f1a45fc1-8269-4ee1-8731-9da8527f6499
+AU,Australia,2022,,N2O,0.00012454212454212455,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,9cb65c01-47a9-4214-a019-0ac63675fa38
+AU,Australia,2022,,N2O,0.00012454212454212455,II.2.2,modeled_data,kg/kWh,CO2e_value:0.68,a5422f62-39a5-4d69-92c4-06845fdd12ef
+AU,Australia,2022,,N2O,0.00012454212454212455,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,b84c84fd-1ae6-48bf-8ecd-869e6c7d0568
+AU,Australia,2022,,N2O,0.00012454212454212455,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,ab84d9ab-5ae4-4061-9067-4d482ee5a911
+AU,Australia,2022,,N2O,0.00012454212454212455,II.3.2,modeled_data,kg/kWh,CO2e_value:0.68,6d2b574a-054f-4499-82e6-8539991ced94
+AU,Australia,2022,,N2O,0.00012454212454212455,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,6fe45fbc-cea6-4f9e-8c2f-f8c59562b099
+AU,Australia,2022,,N2O,0.00012454212454212455,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,8e5fd0a6-d405-4141-bc53-298c13f022a0
+AU,Australia,2022,,N2O,0.00012454212454212455,II.4.2,modeled_data,kg/kWh,CO2e_value:0.68,28ff6ace-1584-483e-898e-7f2a594af385
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,2ef03d85-b0cd-4de0-8d22-5fc62e130c1b
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,775701f3-a7d6-46ec-a791-e49f86d79437
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.1.2,modeled_data,kg/kWh,CO2e_value:0.127,2226e963-af2e-4eaf-bf75-60c29a2a1ee3
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,11797056-4d18-4020-b0d7-071efb8fb0a1
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,1191c789-3362-44f7-b791-91c730281d31
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.2.2,modeled_data,kg/kWh,CO2e_value:0.127,0cd8c671-1d13-409a-b6c1-b1896f6ec5cd
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,e2fea13f-7ac6-4239-9df7-88ca6746d5e5
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,5351dacc-a4d3-46ee-b5d8-bde6d524712f
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.3.2,modeled_data,kg/kWh,CO2e_value:0.127,2c965759-8779-41e8-bb2c-3a7cbe9ebfd2
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,a6151d30-99bc-4653-a037-5af663624d93
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,f2781ad0-3f29-44b7-b1f4-154cf266b9ae
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.4.2,modeled_data,kg/kWh,CO2e_value:0.127,322efb93-1bac-4036-9023-24f7bad6e8bc
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.127,b9132f77-08ca-4c1a-afb6-87e900d01e4f
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,3940c9e1-45d4-4ced-b644-67f6622fd216
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.5.2,modeled_data,kg/kWh,CO2e_value:0.127,3cee3436-13d7-46ef-893b-4819413aeb81
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.127,0558d775-5b2a-47da-8c5e-cdc65c0955ba
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,7170a06e-af97-4ced-b1f2-cc9abfa28c8a
+AT,Austria,2022,Production mix factor,CO2,0.101656,I.6.2,modeled_data,kg/kWh,CO2e_value:0.127,26936a63-7937-4a05-a364-5011a088ead7
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,fd00c32e-be95-41c0-b08e-2aeb09c150d7
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,63356f51-188c-4561-a523-908deb3edbac
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.1.2,modeled_data,kg/kWh,CO2e_value:0.127,1394a4ef-3762-4d16-962f-1721bc5c3ce1
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,620c697f-d0e8-4ff0-a878-a3b8efe7ba35
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,a3b38683-6ffc-4663-bb57-47a1b43cb5d6
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.2.2,modeled_data,kg/kWh,CO2e_value:0.127,fddba878-5f18-4080-93ea-64e064264100
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,149cb864-5e63-4719-a078-d7d169e15bbf
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,2ba7af33-4a55-462f-8ca7-7d4b9361ecee
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.3.2,modeled_data,kg/kWh,CO2e_value:0.127,67b0e266-9f5c-4f57-9688-dcd5f5519646
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,d2dde53b-0882-4fe6-91bd-fc2e451d7e98
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,90283a73-8b34-4996-9240-a3ac18f47b29
+AT,Austria,2022,Production mix factor,CO2,0.101656,II.4.2,modeled_data,kg/kWh,CO2e_value:0.127,1805b7d4-7b96-4e1f-9ca5-68122cce7c65
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,eeffcf7c-ef4d-4af5-8caf-f866422d3e05
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,ac9c3f85-4c93-4b1d-a4f0-1485de7c0abf
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.1.2,modeled_data,kg/kWh,CO2e_value:0.127,a96b9515-52b1-43c7-ad51-4df03b924fe2
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,1ff7d3b1-6db7-458b-b3f2-82b2ab430e10
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,e4866562-e90f-4fdb-ae24-6ceb2452ae01
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.2.2,modeled_data,kg/kWh,CO2e_value:0.127,f9442bf9-393f-4eb5-b25d-d531a7c00a23
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,5b06ab32-088f-4cc9-bab3-eb1071cc4f4a
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,580e567f-2abc-4e80-91a4-0c666b66fddd
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.3.2,modeled_data,kg/kWh,CO2e_value:0.127,4ea07cba-0796-4610-b05d-f746a6df5567
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,abe3c0d6-643c-48c2-a820-3d6a942fa27d
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,16656ce4-f223-458e-9d59-cb5f1c999afc
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.4.2,modeled_data,kg/kWh,CO2e_value:0.127,c9a6fb7e-665e-4596-9479-55f4f592ac6d
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.127,c4623c2d-2572-453d-ba7c-69f0eef5100a
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,ab27c9fa-9541-49e6-a170-70c97018a486
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.5.2,modeled_data,kg/kWh,CO2e_value:0.127,75b8ed87-69af-4ca7-9f60-04fac3bd24b2
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.127,d1ab0344-a644-46a9-86a2-08eac78cea81
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,f050ddd5-4a64-4b0c-98fa-26f7b5b359ce
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,I.6.2,modeled_data,kg/kWh,CO2e_value:0.127,0022f93f-fd4e-41f9-9dd6-c6950ef231ab
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,ec008570-06b7-4181-bc17-8c5b8ef139f7
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,044f9cf1-62b8-46ab-93cf-b58f3d488f4d
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.1.2,modeled_data,kg/kWh,CO2e_value:0.127,dde47e3a-c688-4556-9d61-5adc7a56e088
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,a5a74b5f-a3b4-48c6-b5ea-27fcbc97f013
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,e4b8868c-613d-4ce3-8ebd-1f699930ef93
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.2.2,modeled_data,kg/kWh,CO2e_value:0.127,7d703e56-fec9-40ac-9df6-befc54d8a665
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,bda9539d-452e-4607-82f9-6e7fffb07807
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,1c17a189-13d7-4783-9273-4fe6f79b6125
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.3.2,modeled_data,kg/kWh,CO2e_value:0.127,a8b885e4-5d3a-41a0-aa21-e1a12f3f7757
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,6e44e341-cafc-4169-a402-b16abd3b1a6d
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,3501c5b6-da36-415d-8896-afa13c99f2b2
+AT,Austria,2022,Production mix factor,CH4,0.0006396140939597314,II.4.2,modeled_data,kg/kWh,CO2e_value:0.127,0750ad9e-c3bd-46c7-a24e-e832d89a011f
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,5ff91ca6-7053-45ca-b5bf-494c1d5aacac
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,f2da9ee3-dd7a-4044-8f42-1beb24f01dcb
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.127,faedbe14-68fd-47c3-95fc-43a0d494eb81
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,ec23a032-c5d0-4fc0-b2b9-f62f38f9c558
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,e972ed7c-3725-45c8-9695-62f95c73260f
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.127,d136d0e1-b99c-41b5-bdf5-124adb9da2d8
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,85fc1c66-64bb-4c8a-a972-575f6053d049
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,4eb86c50-5ea8-488f-951f-a240853f8e3b
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.127,e5503d54-aa4d-440f-b7bf-eb9f8066344c
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,92c7e088-a50e-4874-846c-521b4cde1a33
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,2a838f39-7268-4f90-bc42-9a1fea8b4d92
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.127,610fd192-178d-477e-b3ae-2fe8df8626a5
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.127,1c612c10-5cbb-4fcc-a1ed-1e1bed463ef4
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,ea95cd8c-b9fb-4a3a-aefe-43a7d28b7e1e
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.127,6655b452-9760-4e58-bb7f-01087df5a9c3
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.127,a1c6ca28-9958-47a2-93a0-d1126f358b3e
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,cb3bd891-200a-4eca-b157-ef86a4e8ca94
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.127,46c0bae8-7e97-4b3d-8183-1679db71a914
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,bf46a7c2-2629-4bb0-97aa-d9e1e5a28e84
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,50f2c83c-eb03-473f-a989-139f477d6996
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.127,8596d8fc-c481-433a-8166-3ded32351ee9
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,f58b478f-c6a7-4400-9437-914661603bf7
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,ee25e2cf-f3b0-4dc7-bfb0-1288dd889908
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.127,c169569f-dcb7-45a0-bdef-a8369baa4ead
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,a433a7da-31a5-466e-a773-ae2a95c83470
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,a8b6743d-b04f-46e7-89a7-bcbda65bef6d
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.127,6aa568f0-d050-42fb-8fd3-bc21cd5ed143
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,9c59ded4-10fa-4845-9d34-12e1d0bafc3a
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,5c9dfc32-e95c-4a50-bd43-d91f60d7814b
+AT,Austria,2022,Production mix factor,N2O,2.3272893772893772e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.127,1e153203-ff99-474b-9dd6-d295c25172ba
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,01957511-48de-4924-9961-19827502088a
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,e54bb27a-cda6-4f8e-838c-ed809413879b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.1.2,modeled_data,kg/kWh,CO2e_value:0.443,060d9a39-e981-416e-85fa-1f445704dd40
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,3b48c787-0ec1-4f9d-b9ca-18aef06ab70c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,f38ad134-efcb-4066-bfb2-d76d75365e34
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.2.2,modeled_data,kg/kWh,CO2e_value:0.443,35bb803d-209b-4e52-9b08-4243573bf6e4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,fb38170b-219a-47ac-8762-2413db96ba7e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,f90906ad-1f30-4804-88c1-9c01d5fef0e3
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.3.2,modeled_data,kg/kWh,CO2e_value:0.443,e4eebf4e-20a4-4ce4-99e8-214d17cf214a
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,009a3e66-5efc-4def-b81d-7fa035e7ca1c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,896ad272-7b57-4d8c-a915-857af67e6994
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.4.2,modeled_data,kg/kWh,CO2e_value:0.443,5a89a085-d710-4483-a4a5-ad5a6aa545c2
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.443,618f0b7c-3927-42bc-a799-b5e3f99be37c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,de72a88d-29ba-422b-abd0-071eb0f822ab
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.5.2,modeled_data,kg/kWh,CO2e_value:0.443,27edbb8e-9a99-42dd-a491-182ef5910b56
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.443,b99a81d1-35d3-40f2-be18-3b2d4ef294d6
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,08a55129-7ee0-459b-af73-ed25037b7ce0
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,I.6.2,modeled_data,kg/kWh,CO2e_value:0.443,669f7722-efa2-4f87-b61f-927cd08bae43
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,2eea62c2-7f99-4f2b-8912-8ee0d841b014
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,90fa8ab9-3eb2-4053-97d6-919f75965fae
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.1.2,modeled_data,kg/kWh,CO2e_value:0.443,1615ed1b-039f-469f-96d4-6b36df56cefa
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,b5eeee6d-69c7-49b1-858a-9f8c676f8ee4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,f7dae9f7-22fd-442d-974b-a95d6009fe66
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.2.2,modeled_data,kg/kWh,CO2e_value:0.443,38b36f19-0266-4dcd-abaf-5daf1df5ac64
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,47e9ce68-c232-4758-81f3-7223c9ddf614
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c4debd1d-fece-4076-a0b2-40e1a0204fc8
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.3.2,modeled_data,kg/kWh,CO2e_value:0.443,fd74fa51-41be-4272-9a92-82e69dc0b13d
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,3b3b9eb6-c094-4c7e-83ec-d3a72fed79f8
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c3e4250b-c37d-47fb-b096-d6fcce9da326
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.35427974955014996,II.4.2,modeled_data,kg/kWh,CO2e_value:0.443,175647e4-0210-4808-b822-c4f95bbc5d12
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,36ad629c-e6a4-44c0-9f1f-2b52c119eff5
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,5b45c2f6-ee5c-4baa-985a-d5e4828949f9
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.1.2,modeled_data,kg/kWh,CO2e_value:0.443,1cda9465-b02f-4767-a4a7-521ab428ba88
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,cd2cad13-d635-4647-9df3-7c31500d5b36
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,b54c4586-3a29-43ab-a311-039616adea11
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.2.2,modeled_data,kg/kWh,CO2e_value:0.443,2f7adda2-3789-40a4-bed6-6b736d819be1
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,3a34eb3c-4189-4956-afab-854f31e1c087
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,d6437bf2-a813-46bf-a490-a2725ef62261
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.3.2,modeled_data,kg/kWh,CO2e_value:0.443,1425d84c-2afd-40eb-89fe-cc11e78ab2a7
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,7162d2f4-ae25-4f40-b908-942c65952f3a
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,586b8835-4b18-4fdf-bfc5-4522229d8f39
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.4.2,modeled_data,kg/kWh,CO2e_value:0.443,9ad0889f-39b7-45fb-8383-d03976c2e2d5
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.443,b6f07962-8ac8-4f42-a64f-5f9c8209d735
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,26e19082-b21b-42f9-90cc-5c68525f973b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.5.2,modeled_data,kg/kWh,CO2e_value:0.443,2e877891-7a44-49f1-95ed-6edf54918dd4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.443,1da53005-c9a3-4625-bf5c-40c867fba018
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,69a7782b-4bff-4e5c-b588-0a717fd15172
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,I.6.2,modeled_data,kg/kWh,CO2e_value:0.443,cbc9b9c8-3f44-4d5b-b570-c3239786b223
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,2b82a99e-8752-49fb-97ec-e73fd5fbd627
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,a5981ff7-50ab-4b02-823e-2b21b059ef14
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.1.2,modeled_data,kg/kWh,CO2e_value:0.443,1352c243-2f72-4c6c-9247-e337ae6075ff
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,3de8acad-29ec-4444-bdf6-c9ac121b0da1
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,6aff3c52-dec2-4a1e-ac67-2d21237789b0
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.2.2,modeled_data,kg/kWh,CO2e_value:0.443,91da5905-7af3-4c00-b26e-d0b96ea5418b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,547eb3f5-311c-4c83-b228-d4825489dffb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,2db3fe56-8f69-45b6-9438-2bcc199d37b9
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.3.2,modeled_data,kg/kWh,CO2e_value:0.443,6f7b62de-271b-4f23-bacd-d06921bd13cb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,cca7f66d-a9f8-4397-ad23-9eef074d1472
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,f679e6da-281c-40f0-a598-44b7112fb501
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0022291091624380235,II.4.2,modeled_data,kg/kWh,CO2e_value:0.443,609cf483-baf7-4fd7-8463-0b96778d2783
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,e8548038-1ca2-47c3-9351-7e7a60958d2f
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,cd743417-1430-41ff-96bd-c1574190d544
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.443,4530523e-ee2b-4590-82e4-6ca8fbeb58bb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,b5943b9e-01c3-4ad7-902e-681a0ab6b301
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,7128ca91-938a-49d5-a42a-b4e251543d28
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.443,510b1528-d9ba-496a-9b29-1968a8ad73f8
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,5ecdf9f9-0cf6-4a21-9561-ee6878675079
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,612a6355-e602-4e3b-bf85-723de8bb076c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.443,b029f3f8-97cd-4ee8-bd16-75b0aec7a8c4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,732fa34a-1ab4-4aff-a1fa-14b894b79934
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c0d16c8d-7da3-48cf-9e67-df42356af661
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.443,39e6e209-4be0-43ee-9372-5b815b5010cb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.443,32b04b21-12e8-4284-a18d-0ee8982488b9
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,fce6056b-6733-49c0-aaf8-beb9b3839651
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.443,4230cced-11d4-4c87-9adc-520a9ceca75b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.443,395063c4-a2cd-46d1-bb42-ab035ff51ee4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,029dbacc-c010-496d-9529-4a4ba9ad1390
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.443,03ce7178-f1b6-4b7f-865c-31c1a928e176
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,6e1ec8a4-b324-46cf-af18-6f120e65273c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,e3246abe-e5f1-47ac-93b6-e7fab4b54818
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.443,1a629aee-e5c0-41ca-a5fe-0cefbefdc810
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,991948b7-c325-4c8a-852b-aa163d4a0625
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,4391fa93-2308-4671-9fbd-53ae0c820a1e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.443,01eb07a3-4acc-479c-bb85-26d84095554a
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,707d51a6-eb5f-4851-99e5-f450f7841890
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,ecef04bd-a0cc-4646-b66b-439f4d1bb974
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.443,5e7b79cb-d6f4-4709-8a48-13f979528839
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,3d06eb7f-d919-49c6-903d-914a76efd134
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,11b19faa-0c67-49c9-923a-7234e16e1213
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,8.110800127063873e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.443,661372db-6949-464f-a5f2-f03312118e73
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.708,5a6a10bb-6718-49ff-9923-48cbbd944a0f
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,684f0b9b-ecd4-40c4-935f-d72b4b075b6b
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.1.2,modeled_data,kg/kWh,CO2e_value:0.708,8c87d8b8-b6e8-4683-929a-e0e96efd7602
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.708,3a9340f2-6753-45a3-b433-435bf75f5f12
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,a8af1a0c-1649-488c-8ed7-8e63e6027901
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.2.2,modeled_data,kg/kWh,CO2e_value:0.708,9bf0a664-e92a-4aa5-a545-5ab17eea3a89
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.708,73a9cde4-6d5a-4a12-884d-828028fc14b7
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,9bdab890-23ca-4145-a5e7-5c3c839328ab
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.3.2,modeled_data,kg/kWh,CO2e_value:0.708,57104013-8009-4507-8f08-7e68290248cb
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.708,fec38ad6-4925-48f8-b8d8-c5352b551a7d
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,1f820f70-0e60-4443-9e87-e25bd2862fcb
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.4.2,modeled_data,kg/kWh,CO2e_value:0.708,7b19e2fc-f21d-4d63-8eb0-8d78cc1f18b9
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.708,9d4c8e1e-3c77-4f01-840e-fabbb9173bcd
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,acd8e3d5-1f3d-48b3-b877-fc207c090dd6
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.5.2,modeled_data,kg/kWh,CO2e_value:0.708,70096160-2d58-462c-9712-21f49befbc25
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.708,404b697d-b480-42c9-8765-8850c5b49898
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,cd86908b-3532-476a-a4de-ce55962f2528
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,I.6.2,modeled_data,kg/kWh,CO2e_value:0.708,490ec37f-416e-4787-b078-78a7c71b7695
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.708,4669ecb7-50d1-4970-8660-b49eea81be06
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,3ff13ff9-f81f-40fa-b1b2-1750e9e0254a
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.1.2,modeled_data,kg/kWh,CO2e_value:0.708,77aa374b-ec1e-4640-b21a-8915f9094e38
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.708,b13b5a08-9362-4025-8908-d11a042c706b
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,fe1918e9-9b14-4616-8a7c-cd792172e3f3
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.2.2,modeled_data,kg/kWh,CO2e_value:0.708,20f87533-5085-4c7a-b4c1-9949c3aee6c1
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.708,9efef33a-c716-42f0-bc12-1ffbf3c51579
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,b9969b02-641b-417a-927b-782b44451437
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.3.2,modeled_data,kg/kWh,CO2e_value:0.708,72b6fef5-98bb-4ba2-ad09-a01b2567215c
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.708,1dc02636-a75a-4f60-a3a7-ad9ed6c0a694
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,e7f372d4-047a-4105-9c18-a5ea63984bfd
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.5665400301390899,II.4.2,modeled_data,kg/kWh,CO2e_value:0.708,5a1edc1e-b85f-4829-b338-58dbc09d48b6
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.708,5dfc55ea-10a8-4423-91ed-3c7a4660caa9
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,7094dfba-1d25-469d-9b13-da8185cd55a6
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.1.2,modeled_data,kg/kWh,CO2e_value:0.708,f6b554d5-f70d-4bcc-9861-76a2b81bbc70
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.708,9df881f6-437e-43b4-88d5-3f42db156409
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,11812580-f6ed-4f5f-902a-c91083556acb
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.2.2,modeled_data,kg/kWh,CO2e_value:0.708,825360b9-a7e3-40af-a223-b887613ee7e3
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.708,97e01c31-e4d5-4718-bed5-37c1327277c2
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,71115c09-6901-4293-8855-a7f6f98f132c
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.3.2,modeled_data,kg/kWh,CO2e_value:0.708,292b18c9-ba4e-4e3d-aa36-a52c5d6e93e0
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.708,65665fa1-1cd0-44ed-81a8-81470b543c17
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,8bc09006-1278-4815-be93-73e81ba77440
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.4.2,modeled_data,kg/kWh,CO2e_value:0.708,dfe43ac7-5ebd-45d1-bf44-9c4a88ee4094
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.708,b30a4aca-3a2f-4c9e-909e-acde7aa60072
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,3486f977-81ae-487f-9867-69a260c0383b
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.5.2,modeled_data,kg/kWh,CO2e_value:0.708,1a896785-5ff1-413e-8d28-ab5f6037ef63
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.708,39649cf4-a7d1-448b-b0e9-4e2efaa1f6b5
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,3abfb0a2-41e9-4481-971a-975adc66e749
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,I.6.2,modeled_data,kg/kWh,CO2e_value:0.708,16d79219-38ec-47ac-b62b-713e616e89c3
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.708,e768b8ba-ef23-40bd-a0ba-489cfc42f235
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,743aaebe-b464-41f3-91eb-94a26b546698
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.1.2,modeled_data,kg/kWh,CO2e_value:0.708,1f5af61e-9682-455a-82e9-e51c64d5fb27
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.708,e62e8bee-a63a-415b-89c6-5d0dc5ee0066
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,c06fccdb-199d-490e-9fc6-b7a9e7832785
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.2.2,modeled_data,kg/kWh,CO2e_value:0.708,4f3028fc-cb3d-4d36-95ac-34da578a468c
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.708,b9455d34-cacc-430d-9751-4fc9ed02e8c0
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,060a1b47-7a7a-4b58-a18e-34c5e24672dc
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.3.2,modeled_data,kg/kWh,CO2e_value:0.708,9cdacf02-73d1-4a6e-8c45-4a8179694186
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.708,1b36d59b-9c8b-407c-a0db-2a9bef574afa
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,b4eb4564-dfb1-4e0e-88e3-d4d5171b44c1
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0035646394513785015,II.4.2,modeled_data,kg/kWh,CO2e_value:0.708,7764e254-409d-4cd5-920a-57bdfadc781e
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.708,90644e6c-f755-4168-afc2-c344a95fe27b
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,ef6fbfab-12f5-4adb-b26e-6cb692934318
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.1.2,modeled_data,kg/kWh,CO2e_value:0.708,eb899029-c431-49b1-bafc-99aec323d982
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.708,c817ab75-b650-45b2-8546-6fa1a6790792
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,f5e4022c-0dbb-4dc2-8635-71f952a7a30b
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.2.2,modeled_data,kg/kWh,CO2e_value:0.708,d4b38aa8-5df4-4ca0-8149-fd08d26373c2
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.708,c342ff35-8d1c-419b-b733-b37d0481ec07
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,d918acb1-dd8d-4267-90df-6916052be2c1
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.3.2,modeled_data,kg/kWh,CO2e_value:0.708,b0c539b2-c941-4f37-9a29-6e207a8b9beb
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.708,00899a43-5758-4838-9f93-9de73d5ef281
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,cd8a10a9-b4d2-46bc-bdd0-3d8bbca36c5c
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.4.2,modeled_data,kg/kWh,CO2e_value:0.708,c52e0f7a-072a-4ec1-a7a8-faaa5cae011b
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.708,485d157a-f06b-459e-90bf-14a35fa3190d
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,f8cf3235-d9fe-456b-8a90-4f666b1ff3b4
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.5.2,modeled_data,kg/kWh,CO2e_value:0.708,1bdb18a2-a0c4-4777-9f05-eb3b6cd109d6
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.708,521f0170-fd31-4808-b799-418a1f1f7bd2
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,f5119a4b-4e63-46c0-b100-ff516e4fb2f0
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,I.6.2,modeled_data,kg/kWh,CO2e_value:0.708,f0883206-2a00-47bb-9f50-a6b913abaac9
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.708,7829f7af-19b6-492d-bfd1-3d7ab9f70a67
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,73225d7b-de01-4e6e-9e42-3a216d714786
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.1.2,modeled_data,kg/kWh,CO2e_value:0.708,95cbc286-6633-40fb-bc1a-1ce9efc15f8c
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.708,4d2fa5f2-c763-4a0f-92ab-35953c760d77
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,c290edd1-8adc-4e50-b28e-1c4780c95ef2
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.2.2,modeled_data,kg/kWh,CO2e_value:0.708,5456917a-f5d5-4c66-902c-9f39935fe1fa
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.708,91a346d6-6c2b-42f0-879f-e677b8b5f408
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,bc4a979d-204d-45b8-9f7b-c0b3f18c2973
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.3.2,modeled_data,kg/kWh,CO2e_value:0.708,052a7c24-1a5b-4dc0-ad0c-7a412820799c
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.708,a1f0b69b-9c61-44cf-89f3-b39545f36f8a
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.708,7348ea21-8bd9-4b29-a4a2-877cfc750cdf
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,0.00012970238785235574,II.4.2,modeled_data,kg/kWh,CO2e_value:0.708,729b949b-6cfe-4ad4-86b1-5c09da279491
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,89f2fecb-37d5-457d-b27d-8c5749e1b3e0
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,74ef98f1-260c-46f6-b911-b202765710e0
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,acccc9ac-6647-4f73-a50e-11134182cace
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,4bc9f7bd-87d9-4c03-8dc9-57b26b81fb73
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,a518000a-3b9f-48d3-8129-2f42ab1f0341
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,74115596-6704-461a-a37d-fd378d2e109b
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,aea5996d-c07f-4cbc-8c90-7e094a1fede9
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,9835baaa-670b-48e7-b163-a58d2c7a4a2b
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,20afdc2a-2f75-4b8a-9396-276413d97634
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,40d0ab62-a02d-4066-9bd2-f0cd2c7b9248
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,42ff27d1-fe1f-4afb-b5a8-3bae76367e56
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,ba0e1d21-ba1e-4cd7-9fe1-ab50a1aaab9c
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,d3a08b56-4d6a-4f6f-988d-2f8f80287945
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,fd109a3e-9a44-472d-a5a9-da45f6aa4254
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,7042aa93-22ee-40f5-bdbd-36d2552f2f48
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,70d0137f-b7cd-478c-ac31-425d48c2d37c
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,80801189-3463-4d36-b3de-bad1f67f04ee
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,28b78d2b-b6d7-46e1-b2a6-54180abc1b25
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,2a3dbc3c-203b-4584-b6f7-bad95a20c333
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,62d4bba3-6579-4583-866f-140dae715660
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,83bb8354-67ef-4753-a9b8-936e99ee2e51
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f25a2551-9796-4436-890b-35d35327c9d2
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,37edbc0f-a709-42a6-916f-570c8b898444
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,200efcc0-4f58-42ff-a80b-8d5dc205fea7
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,97d810b9-ab1a-45af-a15e-cf97b8247cc6
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,de38b29d-7c0b-4854-a1d1-2b4b1a07843b
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,4189351d-d687-49ee-a3a0-abc28ee8d2d6
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,3991d02e-904a-4f05-8a63-51b3363a4f5b
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,deb4ae3f-2426-4206-a7f0-5584204e0a6b
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.2890814474502964,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,7eb415c4-3c35-42f6-aecd-1750ed31cacc
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,568b9a26-e6f0-4b39-9548-315fbef7d800
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,7086bfa9-dcc1-4e78-a3b1-013f3d5360c1
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,da98cc58-ca94-41a1-8ec8-d25df9fedd81
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,e95c51f9-1ca0-4b6f-abf2-4c94bb631b7a
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,7dd8ca46-8b17-4490-a573-61aa77b2cf2c
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,af745c0e-cc80-49f1-847d-71044c743239
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,6a5b7372-170f-4ebd-98f9-7b6592cfe72e
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,e3d3ada4-a9ef-4fdc-b29e-b996e81d1bcd
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,18f6ec47-dbe2-45f0-9456-e4da164b11d3
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,4c3546c9-8cf3-43ec-bd61-424fa62e034f
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,ec66049b-4b0f-4168-bfc4-f7be04177233
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,2dbec84a-9e9e-41c6-8b35-664021eb13d1
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,c147825a-3e03-4dd2-88cd-54f99c17e2f1
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,fd752d84-bb43-4190-929e-c6e24fed1b04
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,ba12f0d2-01d2-4d29-b237-15b293fb68e0
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,21b590a3-47a3-4284-ba25-8e29b648cdb6
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,553457fe-c174-43f2-9a31-0571eeafc6b7
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,ac7a522c-8d86-4ead-8331-69f949bba626
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,3c197597-f546-496e-b1dd-d4763605873b
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,3e9e47f3-6825-4ed5-b2ec-995a918b4745
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,9acec913-2c64-4906-8ffe-3f5c37e0649d
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,2ea30bcc-88b2-4713-bb37-b086a86536e9
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,74149346-3e76-42e7-b44f-444c44ed2996
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,737f2c72-c2a2-408a-9374-3082a9f08b9c
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,61bd213e-5f88-4d1d-a11f-025ae0c57bfb
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,c797fca3-a308-4f83-8488-dedc8e0b44d4
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,920c2929-604d-4395-b0c7-c04ef9fa2513
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,aa46bbb2-f8df-4cf1-983d-106600d0fd1b
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,e11eecd7-0048-4d23-8c49-eab75158d739
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.0018188849462057238,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,8bc878d0-7f02-4fba-bb70-f369f5d29d78
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f8e31b6e-80c9-4fe1-bd87-5257491b97d2
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,683e5ba9-c503-4306-8979-f359ab0846c1
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,26b31145-a03c-47be-8b4b-39537709b05f
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,cb4f76c2-28d3-476f-85f9-021dd720264e
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,bd095072-2fb6-4b29-9f11-0ac065056a00
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,84e9d259-a561-4d36-a561-1f087f13dc6b
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,305fa399-bd7d-4f59-a402-7078a826aef8
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,69eb6212-9668-4a30-a25b-ac524082821a
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,96a9098e-ab44-45b6-b9db-20b3bbd204f2
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,c51b6eb8-6ba9-42b6-8193-d2e377539e93
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,d08e7079-5809-47e2-bf37-f57e108a992f
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,27113285-feae-4d64-998a-3f9b3c3fff42
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,7f65934f-7875-4851-9f4e-e14717c46d60
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,dfcd0ffc-d28e-43b9-9a79-cfab60a45ded
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,8bba5701-ef42-43fd-bc6d-0ac4f5480bb6
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,506fe99b-db2a-4603-b400-f4dbb3665bb5
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,c416c170-3aab-4df4-b392-925d757f5bfd
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,c38bd274-58d6-425b-9b4f-dcc0f1ffd715
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,d12ffbce-f150-453c-bd87-8ef52a821ced
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,bebacc2e-38db-4373-ab17-b656c7f186f5
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,9066aa25-51c7-43ca-abb2-11f80d0eb204
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,04f00b17-2ba9-4f9b-a3ff-456b25e6623d
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,af3ed883-b0b4-4502-97ce-9b7fc6d1e4f3
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,6bbc66a0-55b3-458d-8eb5-490c9c3f4770
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,a7f0689d-0a19-4e53-8321-547d41ad8d0a
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,c4e96407-db55-4605-a509-ad3a2331e163
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,cff1a4f1-e65c-4ba7-a2e9-7a22c7042b2b
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,1331574e-9ecf-4294-866b-016888f8039f
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,4ed993dd-5444-49a7-8e27-9e680a5bc87f
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,6.61816500573023e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,d52c2164-5c78-476f-b590-ee8dc3940776
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.482,984eea89-4925-47ac-b231-f158ae164852
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,f8cb7f1d-7e75-4c97-872a-33e8b9f9d592
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.1.2,modeled_data,kg/kWh,CO2e_value:0.482,77110b82-8493-43db-aa76-978a7acfdf44
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.482,94029cce-6e6d-4615-865f-1432164832fb
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,c6a448a9-f6b8-456a-b00e-8569791c0e49
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.2.2,modeled_data,kg/kWh,CO2e_value:0.482,d8a7c87c-8ef0-4d83-bba7-46376158239a
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.482,ef533281-0961-46df-a530-dc911b1202da
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,750bd252-3271-4711-9a07-2d8987ee2ed6
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.3.2,modeled_data,kg/kWh,CO2e_value:0.482,01238893-5965-4889-95de-8498b669e5ca
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.482,4d10bb34-04a3-4067-bd7c-bc7822675061
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,0cef59f3-7d1a-4026-852c-267918ea033b
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.4.2,modeled_data,kg/kWh,CO2e_value:0.482,0ba68ae2-38b2-492c-914b-f52d7c4022a1
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.482,35bb1715-886f-4671-805d-c864d9481fc8
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,db571949-4e22-4514-9a0d-a8cc69c45ef4
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.5.2,modeled_data,kg/kWh,CO2e_value:0.482,cf4243c2-2c07-4bb2-8e68-cf819a37a561
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.482,94e8f709-520e-416e-ac9d-47fd84af2db5
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,d1f9b0c5-3d23-43e7-b34b-ae8bc9a1dde6
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,I.6.2,modeled_data,kg/kWh,CO2e_value:0.482,b64fff87-407b-44a1-9f6f-617b208fe4c4
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.482,6dd5131d-acbe-484f-ba97-da9930692724
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,6d121893-ffaa-4e02-9e81-d699238aa2a0
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.1.2,modeled_data,kg/kWh,CO2e_value:0.482,8bbaa06a-b8ed-428c-ad02-088390df7122
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.482,9313eaf3-0391-4cea-88a8-6ee325e96a24
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,6bd92d57-9373-47dc-a437-2db8ee076d78
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.2.2,modeled_data,kg/kWh,CO2e_value:0.482,63cd3f47-b9fe-4103-826c-d216ae7554b8
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.482,196e1f1b-db45-4a0b-acf9-19027013c3fd
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,72539c58-dd00-4341-a3b7-fe6029202781
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.3.2,modeled_data,kg/kWh,CO2e_value:0.482,5171ec06-b5ed-4fbd-9700-6c0e064d5775
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.482,d55aef27-f6d2-4dd9-b0ec-f78b96f30a34
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,a715f46f-a614-430a-baef-8b094aa152ca
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.38554098609343584,II.4.2,modeled_data,kg/kWh,CO2e_value:0.482,bdb6e062-50b2-4814-9c0b-264616b972b7
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.482,673aaba0-36ec-4958-b9d0-8670b2c17ad4
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,831feccf-dd30-4117-a242-2337bb250c1e
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.1.2,modeled_data,kg/kWh,CO2e_value:0.482,33445977-c53b-4b37-9fdd-d4546bfa292f
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.482,475997e6-c039-43ab-80e5-7e102d591771
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,6c1bcf5d-7749-4415-9cda-1cedab2c9170
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.2.2,modeled_data,kg/kWh,CO2e_value:0.482,664f77c2-5600-4722-9154-b1cbb384b332
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.482,caf9a424-b3b9-4e23-9f0c-2c81b16252cc
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,93c3a5d1-8202-4fab-9f00-0893e281cb45
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.3.2,modeled_data,kg/kWh,CO2e_value:0.482,def3c92b-7a00-452d-a436-cf9511c81a43
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.482,0ab82172-4f57-4ab2-b43e-f6d0dddc17d2
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,c93a26ce-6fbf-4c43-80e0-d974e4767d12
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.4.2,modeled_data,kg/kWh,CO2e_value:0.482,8a45caae-1a78-4db3-b48f-8da0fcb798df
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.482,d83ac1a9-4a55-41a7-a916-03abec80fcaa
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,d99dbaa0-8b4a-4755-b74c-1d0f0be0bfd8
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.5.2,modeled_data,kg/kWh,CO2e_value:0.482,7c7dd770-c61e-4c59-afa2-bdbc12396248
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.482,a13d63fc-9e59-4d63-9000-575657b461b8
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,26ddbfe8-6f9f-4942-aca7-16e18c056e64
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,I.6.2,modeled_data,kg/kWh,CO2e_value:0.482,af0b0bfd-fa67-43fd-a0b0-e8d2445e03a3
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.482,c5b06c52-58c7-46ec-9680-405a098613fa
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,e627e807-0592-45ab-8d69-83b6ffecd716
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.1.2,modeled_data,kg/kWh,CO2e_value:0.482,50a51202-7dd6-4910-b1b2-1aae267991c2
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.482,da73a60b-b31a-4a9c-9080-4a57f2612252
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,4723f4f3-6d87-4952-bf5f-44e2d53241b5
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.2.2,modeled_data,kg/kWh,CO2e_value:0.482,74507f71-0829-4e5c-970a-9dafda785df0
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.482,1a1283c9-78a1-4571-9411-82ca5efabf8b
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,cffe7e1b-17b4-499f-930f-0d0284a0f651
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.3.2,modeled_data,kg/kWh,CO2e_value:0.482,d07a9b35-6d4c-4186-849e-e02dbe74a443
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.482,9228854f-e255-4313-8373-2d124226c54b
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,13c94ed3-66a4-4b7c-a568-2de31943d849
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.002425803184312725,II.4.2,modeled_data,kg/kWh,CO2e_value:0.482,de31c4b7-87c3-4c41-8d0d-95f5b8916763
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.482,e2de6631-2fa9-4bb2-b296-19563c8b4006
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,67faabb1-904a-4095-85f4-bfac381a159a
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.482,50934788-9676-49b6-bc12-8910f2713443
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.482,dea4d1e5-f2e8-435c-998b-fb8776d68d95
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,d1d62929-a664-4479-9fda-9d543166b032
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.482,2983e654-bed9-4e33-a575-5af1a322a3fc
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.482,a5c902c0-de3e-4c64-bad4-c6f7c45a6a55
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,58426f76-5c48-4fbf-9813-539e0a58174e
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.482,42dc8d24-3b0a-470f-8a41-866177dd21e9
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.482,c6b0806a-f73e-44d3-bc9c-60f75e9965b5
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,95831e2d-d547-4a22-9e60-871e0e04bf03
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.482,6cc464d1-b224-4c52-9c7c-59c807de4718
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.482,f9199c12-6a3c-4597-b4f3-be4052d61fb9
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,b90b4b44-733f-4aae-8eb8-2b9a087531ee
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.482,59bba47b-4d27-4e54-8294-09f1410c3f63
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.482,3a6dc1f4-b8da-4e75-a983-f47678d2bd54
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,4440ad37-c433-45a5-bc10-795240f3062e
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.482,d9b60854-17d2-4368-b85e-678834771dc3
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.482,f1bd28e9-4094-4c4d-840c-031ef5d5bc6a
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,4c38d1ea-f03d-4593-be6c-6145f3156d6e
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.482,83541bc3-afb3-4290-b742-a70bdb02d09a
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.482,d8162e7d-27c3-429c-a76b-20b62befc02f
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,f6690739-0f3b-4396-ae47-234eb12e451c
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.482,9cb72eb8-e0c3-4269-8219-baea7e7ab301
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.482,5129429f-9d08-4aaa-9c15-012d42a984e1
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,8b84596d-178d-490b-8697-d0041a2d6c72
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.482,2ab4d684-3928-4951-8c58-85339762dd55
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.482,dc2f3a46-b7f4-42b0-8ceb-9bf00ff14470
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.482,2614018e-bdf4-468f-9300-f3602f30e400
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,8.826487776864373e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.482,fb3a1a4e-629b-47a1-8f9f-d14a90baa4ab
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.617,4c6c9034-f9e4-432e-ab16-9e9467ca643b
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,29566179-99ec-4120-bb91-19089767ca5d
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.1.2,modeled_data,kg/kWh,CO2e_value:0.617,62ca520c-db49-42b5-a088-9d67e3ec9470
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.617,d6bd0e3f-f6dc-41c1-bafc-61709dfde568
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,f3cf6f4b-4ccf-4a5b-a7fa-6a92cae62fd6
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.2.2,modeled_data,kg/kWh,CO2e_value:0.617,02ad43d9-2ebb-484d-ade3-37a1bd325f65
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.617,0568b7df-1666-4087-98a1-52042f8bcb7b
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,f28d972e-b776-4dd0-b9fd-1d7732c1c89c
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.3.2,modeled_data,kg/kWh,CO2e_value:0.617,59c123ab-e346-4011-8e23-b827f22d4876
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.617,c0260100-eb60-4461-9346-d800e7e0e66b
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,359de77a-b9da-4160-b7c3-1b54a4856d4f
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.4.2,modeled_data,kg/kWh,CO2e_value:0.617,10d101a6-a024-4a06-91f7-0dc2e7d0236d
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.617,70ec6472-df2c-44c3-8a8e-0d20eea54fdb
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,97eb8d2e-550f-48fd-a836-e6f262cbe6eb
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.5.2,modeled_data,kg/kWh,CO2e_value:0.617,882a17f3-268e-4021-8891-0b8d64d52da5
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.617,823a3c78-3214-4f10-9202-68353fe86402
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,94667850-0071-4b9a-8ae5-87638177301f
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,I.6.2,modeled_data,kg/kWh,CO2e_value:0.617,ef786fa7-c944-49e1-95a6-6d35b41988c2
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.617,fda3d22e-6028-4158-bce7-54caa286f533
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,975aed37-8b22-4f96-9794-b8769f26d9d7
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.1.2,modeled_data,kg/kWh,CO2e_value:0.617,b77029b2-ca31-4f0b-8ee0-a1494bc653c3
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.617,72d7a50b-919b-4ccc-b8d1-9ddb0a8ca074
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,df097638-e010-4879-b3c8-0dde673accb1
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.2.2,modeled_data,kg/kWh,CO2e_value:0.617,8c721f03-6b99-45d4-921c-99b496092552
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.617,93d8f7f5-398d-43e7-9a1b-5adf0b280e0d
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,7afdcf43-6a86-44e3-a424-61fb0f89d8a2
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.3.2,modeled_data,kg/kWh,CO2e_value:0.617,5c103f11-9543-4cf2-9194-251b2618a1a1
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.617,914faad9-7b0e-4977-ac82-216e0ef7c1ab
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,84990109-9582-40ce-a0a7-4e93ae8b9955
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.4934322749150953,II.4.2,modeled_data,kg/kWh,CO2e_value:0.617,3adc4ff2-5912-41b7-a3d7-044fa5f58086
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.617,42b64aed-c86c-4cbf-adcc-a9632a935f0f
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,1fdb2d7d-3479-4228-a96f-c91239d186a9
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.1.2,modeled_data,kg/kWh,CO2e_value:0.617,56ce8cee-55f7-471c-8423-198720665d03
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.617,8b9d2f48-c112-4ba7-a580-02686045be6e
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,ee0283d1-91d6-4612-81f5-67414924d241
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.2.2,modeled_data,kg/kWh,CO2e_value:0.617,301e0c97-c462-491a-957f-502f46e68ed2
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.617,00caaa71-b293-4f00-9a34-4cb86a1f5305
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,3eca0f9a-7aea-49ed-bf07-0011babd376a
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.3.2,modeled_data,kg/kWh,CO2e_value:0.617,b5a09b6e-dda8-49f7-a88b-5c28b47b8e49
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.617,b3600382-1d3a-4352-ae2c-83b70e575998
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,9d5ca060-e00e-4bd4-8bca-70b85ea42d56
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.4.2,modeled_data,kg/kWh,CO2e_value:0.617,354df00b-39af-4d0f-bc41-b4f358b74d18
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.617,e7566a5a-370e-41a2-8992-3eed59834583
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,f0553848-b227-449a-87d2-c741e7ac9cdf
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.5.2,modeled_data,kg/kWh,CO2e_value:0.617,768d2cdf-e576-4d3f-90a4-b18f0918d5fb
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.617,5be36895-7bdf-480e-95e8-e5750a14f81b
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,6f2be1bf-38a3-4a61-8aa6-668c51be6e61
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,I.6.2,modeled_data,kg/kWh,CO2e_value:0.617,fa33c450-77ce-4b05-9835-d7d675b63243
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.617,16caea4e-9b64-4823-b14f-805035496274
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,42e79e54-3a4b-4cbf-9ea0-90fdd0c3587c
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.1.2,modeled_data,kg/kWh,CO2e_value:0.617,851c02f3-be93-4506-a55e-d311cadd9abd
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.617,7572fc74-bb0b-439e-b305-510d32d4cff9
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,0a675721-44bd-4a90-a33d-b008ff474825
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.2.2,modeled_data,kg/kWh,CO2e_value:0.617,ebbe924c-3d2b-42e1-b13d-25aad786b744
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.617,77f049f4-e8bc-44a9-a966-e9a0b922de01
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,09537efb-ad56-47d7-b0a5-077068dae256
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.3.2,modeled_data,kg/kWh,CO2e_value:0.617,55a20c03-66ae-4735-8433-645f2f5e5cb9
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.617,1e6e737c-a2d9-4305-b0b3-dacadad9bc64
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,01a1f455-8a78-4114-b8f5-6c31077a9d3d
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.00310464938075773,II.4.2,modeled_data,kg/kWh,CO2e_value:0.617,53196021-8257-45cc-ab38-c6997d77ea41
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.617,4fba66df-6b45-49b1-9640-8785d751e501
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,43c2552c-f4be-4949-a651-2494365a80c6
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.1.2,modeled_data,kg/kWh,CO2e_value:0.617,b9486312-d26c-4d2f-a03e-73bd8db39af9
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.617,2b7e33c7-140f-4f8e-a4d8-677bd168ec8f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,aa8b0156-4891-415c-a19c-5ef878f34ecd
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.2.2,modeled_data,kg/kWh,CO2e_value:0.617,171ebe7f-8f99-40a3-8d7e-8fe73bfb9ce5
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.617,b4ed38ea-6758-4f5b-a6eb-e4b189516d6f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,dffd4514-6c39-4844-8437-4a573a9e1992
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.3.2,modeled_data,kg/kWh,CO2e_value:0.617,d6912222-a510-4675-b980-d8d0cea4d414
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.617,9a0cd15d-4c3e-4621-abce-33f550972d7d
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,4ad59f8a-f43c-4c12-ab70-fa00454c3cd0
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.4.2,modeled_data,kg/kWh,CO2e_value:0.617,71a4701e-34d6-42a6-9926-985db4adad6d
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.617,0984a9bc-f093-4471-8472-7443ed87487a
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,661b4c6a-65ca-42fa-bb6a-b9dad0fbb129
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.5.2,modeled_data,kg/kWh,CO2e_value:0.617,568c8d04-8bb8-4373-8f67-f648c5178567
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.617,e1c3a4ae-6092-4813-a50f-043f19284dea
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,9ec0341a-f618-4d4a-aeb2-3c0b5046ce9b
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,I.6.2,modeled_data,kg/kWh,CO2e_value:0.617,f0c13be3-b351-4c7f-a4f8-9f3963a83f64
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.617,bc7e0c2b-e0d4-4076-a1c3-57260006ae5e
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,9f1c4aa8-2382-4e9d-aa23-89f2dbbdd924
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.1.2,modeled_data,kg/kWh,CO2e_value:0.617,9c808828-5990-43bb-b246-073a4dd121c3
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.617,471a5cc1-9dc8-41a8-b03b-ba3ce33bfe7a
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,4c1381d9-6fda-41de-946b-f186ca358713
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.2.2,modeled_data,kg/kWh,CO2e_value:0.617,a88c302a-3a15-4fd3-802c-137f87839bce
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.617,463b3391-bcaf-4d95-8ed1-b5b06b7cd78f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,4e1f75b6-ccfd-473b-b540-05432a541dba
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.3.2,modeled_data,kg/kWh,CO2e_value:0.617,63a57c24-1307-408f-8d03-872827be6c74
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.617,c0660ff8-5ad0-462f-bb50-32be15354430
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.617,61c84ef3-fa88-42f0-bdd7-5c8accd17767
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,0.00011296526440363903,II.4.2,modeled_data,kg/kWh,CO2e_value:0.617,cc45f39b-cc1d-4480-bea7-a77645938ca4
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,17015625-7ba0-4fe7-8b41-4697fa6e4cc4
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,daa13b30-1ab2-4f9b-8fd1-2e9a5ab79b97
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.1.2,modeled_data,kg/kWh,CO2e_value:0.289,774b76dd-1cd0-4f09-87f5-311c369c1db0
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,45b5b019-1d5e-4925-9043-d6c2ead3ac10
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,7eb4b67f-0802-447d-900c-7a9a01ac81e2
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.2.2,modeled_data,kg/kWh,CO2e_value:0.289,61b92518-5a98-46e7-8dc0-bab8800f87ab
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,1453bb40-0714-4e28-b59b-968223e7e5c7
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,b579ee8a-f5fe-4905-b17d-c52cb5001319
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.3.2,modeled_data,kg/kWh,CO2e_value:0.289,e2e319c1-dd86-496a-918c-fe7bb668c221
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,f1e35d18-6841-43ce-a113-14b7fe756109
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,d2032d5d-2723-4631-b4d8-9806e751a64c
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.4.2,modeled_data,kg/kWh,CO2e_value:0.289,359d38fa-3bb3-49b1-a099-a8dc165b977f
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.289,40efca87-7dcb-4ed2-b902-089fcebb63c9
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,16d3dc8b-5472-47b9-8f60-88c440700f50
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.5.2,modeled_data,kg/kWh,CO2e_value:0.289,2819a97b-889d-4270-8e7a-6cb7fa3d6d51
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.289,66317607-dc3c-4954-a8b3-5cec14185c63
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,3bc5dccb-c85d-43f3-8792-1c5616e3974b
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,I.6.2,modeled_data,kg/kWh,CO2e_value:0.289,1f4b1292-37ce-42d1-a91b-a97b4ed92171
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,c3955181-f7b6-4ed6-85c2-447cd07534a6
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,e66cec94-827d-47cd-8776-642894a69880
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.1.2,modeled_data,kg/kWh,CO2e_value:0.289,fd621532-a27c-4882-bdeb-c9be4c496cdd
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,14d322a6-ff8f-47bb-a6b7-c7111533aa9e
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,48c46105-8840-4050-8318-0456994cf3ee
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.2.2,modeled_data,kg/kWh,CO2e_value:0.289,2af6cc62-7765-4c24-af36-e2e1a3b1e509
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,6d97eab0-b476-4fac-a0b0-5bf8e40074d2
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,346c2129-6aec-4288-8b48-7affd150b72e
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.3.2,modeled_data,kg/kWh,CO2e_value:0.289,5e8cadda-438c-4a98-bf1d-10ecf18e169c
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,1f77acb1-5cd1-4ac7-b92c-0286a54f89bd
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,c4d4e497-6720-4700-b336-c83bedee3be8
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.23145124030861403,II.4.2,modeled_data,kg/kWh,CO2e_value:0.289,9f3d5309-0569-4468-b1b8-9338cb082406
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,3b109c80-f151-43e3-8c49-4073ed1e2224
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,f5094a7f-0b48-439d-a9a2-d6e0e8267d7f
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.1.2,modeled_data,kg/kWh,CO2e_value:0.289,bd15af56-bd4e-4ef7-b730-96a379c992cf
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,880e2b33-8ff0-478f-8e9e-bc207136f368
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,6baf2835-e984-4093-965e-0af78d308b43
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.2.2,modeled_data,kg/kWh,CO2e_value:0.289,01de02f4-fc7a-488c-9f47-62781cccc211
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,6ffe5eb2-4517-4d11-88d6-9b3727695ee5
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,c3fa2117-acd9-4eee-8c6f-e4cced8c8097
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.3.2,modeled_data,kg/kWh,CO2e_value:0.289,39d3e836-c2db-495e-82b0-24a3c58ae97c
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,672d2f60-f6ef-4440-8c1b-9869d5b312c8
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,8bbe4b1e-b37f-429d-bc45-8720ebca356a
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.4.2,modeled_data,kg/kWh,CO2e_value:0.289,6858d99e-256d-4faf-9472-704a4ff41eba
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.289,7e5ebbf1-26c6-497f-98c0-be7b741f44da
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,87019dc1-d332-4255-8427-fcd393c81051
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.5.2,modeled_data,kg/kWh,CO2e_value:0.289,0b91e43b-b7e1-4022-a6e0-c9fc3d4bba24
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.289,c6e5a0b3-53e8-4be4-8273-e418b9ab3ad4
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,ac58f65f-b34e-4d5a-8148-201f434aea6b
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,I.6.2,modeled_data,kg/kWh,CO2e_value:0.289,3bd38cc6-a05f-45a6-80de-9945aa0f2b83
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,13fca111-fbbb-47c3-ab77-6ac28570de99
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,b1901c93-ae47-4a4f-a36a-e4cba6a70166
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.1.2,modeled_data,kg/kWh,CO2e_value:0.289,5b220761-3473-4e16-ab29-b85251fea3e8
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,e47e74f0-4cf1-4a1d-be1a-3dd9f970979a
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,3570d528-cfd3-475f-bb44-c8c1331d2a7f
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.2.2,modeled_data,kg/kWh,CO2e_value:0.289,ddaad358-40e0-47a9-975b-d7d660dbfd51
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,1523a10e-575e-44bc-9137-27ab87d4dc98
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,fbeec496-714a-47e8-b9a9-cbf6a711959d
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.3.2,modeled_data,kg/kWh,CO2e_value:0.289,cd81441c-b1a8-44eb-81fc-1b0f81c0e102
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,72efd0ea-0e13-4514-98e2-f3818a77a36c
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,456652c1-6eff-43b6-869b-b4bd5f159b04
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.001456278777109568,II.4.2,modeled_data,kg/kWh,CO2e_value:0.289,7868a712-f520-4284-96a0-a1b0d84d0f8d
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,3513f0b8-2714-469b-abe0-6a7e90416dd6
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,1125dee7-505d-4103-98fe-3636fad7d0bc
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.289,d53e1ab7-61c1-4352-91e7-563c5fddd46d
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,069b3919-d1d7-4dc7-8352-ac96e7abb3a2
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,a8bc8496-2721-4ed9-a1fd-21354c6a24f0
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.289,39223e78-bf59-49a6-8118-700e50d23e3a
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,6afec6ac-27ac-40dc-8c43-bceca1bba7bc
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,2ce7cf55-ad3b-4e05-9b89-5e76e6b6ab22
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.289,412084e4-6880-422b-9c5e-d3b94073764d
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,e64784e3-9587-4615-92ca-e6a9930f543b
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,c7bba72d-5f98-4b05-83b7-eefccf9b2505
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.289,4641acf9-9213-4ac0-b310-95a2d825e30c
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.289,722db027-9613-4544-9f75-9bc0dbfaeb28
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,b7fab807-871f-4232-9d47-2ff351f32503
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.289,d6db1e04-6858-4432-bc68-a1110a5ef8f4
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.289,dcbd3131-f381-4009-9830-d62b72ff0b9b
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,fb8f4820-6185-4d20-b54f-300aba26c12e
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.289,31350526-577e-49fc-92b8-593d76ff0a64
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,9018ef9e-9730-4b73-a009-09dea3855415
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,18e77594-7831-491b-8f08-12dd6843b076
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.289,b34dfdb4-5f47-47b2-86c0-340ce3cbc803
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,b0b4e2bf-7575-4f73-8841-9c2b96999821
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,63044495-af42-4c4f-af28-aaf32066d659
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.289,14caaf95-203c-440a-afbf-e505d8c6cd7d
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,4515be10-2ac2-43b6-a30c-f05011a1d99c
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,71a0b3fc-d6e3-4c2a-bec9-f71c7225373f
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.289,bd1d728f-a553-436c-bfb5-2895085b1531
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,58c99372-173b-439c-b776-46bf0bff14e0
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,1066e985-cf76-4dd4-90da-6d4e7fd86fa1
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,5.298792131607464e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.289,555e3898-9d64-49cc-8363-372c3448ac24
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.122,cd51f3b2-6182-4811-b53d-aefe591513ae
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,06b3b95d-2ad4-4d95-a6b2-81b62a2a0513
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.1.2,modeled_data,kg/kWh,CO2e_value:0.122,597870a3-a0c1-4bf9-a5b6-4fe7f7c81564
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.122,6e0464ce-de14-4044-a58a-cea546c3715c
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,f23e6cac-f670-40eb-bb46-1517444f8450
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.2.2,modeled_data,kg/kWh,CO2e_value:0.122,6102ddf1-4fbc-444f-94be-1bfe643a5295
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.122,392dd0fd-e67b-475c-ac75-39fd5f4624ff
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,858c9760-8ab1-4ed8-8014-cc5c465a3843
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.3.2,modeled_data,kg/kWh,CO2e_value:0.122,1448b230-061f-4ea8-9026-7b8df617001d
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.122,a3627c7f-7064-4221-8332-387a1c9d1fa1
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,5d5d401d-f5b6-4904-9838-0864f05fe21a
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.4.2,modeled_data,kg/kWh,CO2e_value:0.122,aa4efa6c-78b5-49f3-8a32-43d75954cde0
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.122,dca8c578-efe5-4a5b-8ea7-a12cdb6eea05
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,80cf8558-182a-461e-bec6-98536c75e8b8
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.5.2,modeled_data,kg/kWh,CO2e_value:0.122,bf4f8919-2b6a-426b-aa33-e87aab4b2025
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.122,2405f438-7802-48c3-b8a3-800b8dd9df3e
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,0b227585-884b-4cbe-b3bd-291affc8270f
+BE,Belgium,2022,Production mix factor,CO2,0.097416,I.6.2,modeled_data,kg/kWh,CO2e_value:0.122,394156a7-e6b2-42a9-8f2d-f073fe433039
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.122,efe602db-9fbb-474f-97c4-22a092eedda9
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,0142c3a9-174f-4ac9-921e-48e556a758ea
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.1.2,modeled_data,kg/kWh,CO2e_value:0.122,8b918746-c6e9-4036-8914-922cfec713ab
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.122,2c8a5eb5-86c6-46c8-8eba-68b0beaa458b
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,ae4f61bf-1ddc-4d60-8024-f49ebfe43c7e
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.2.2,modeled_data,kg/kWh,CO2e_value:0.122,b9805182-341f-4215-9382-fa9ae1babf33
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.122,f3e7171e-f192-4f82-bc40-57342428ff3b
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,2649e489-2b96-474b-b053-244b71695ae2
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.3.2,modeled_data,kg/kWh,CO2e_value:0.122,5f8dbbca-3b4c-4e48-a18b-da7f40fcc884
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.122,b2d90445-1a8d-4682-aa89-3b1b33499bb2
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,e797b26d-a6ba-45dc-a7c3-81b28db4138e
+BE,Belgium,2022,Production mix factor,CO2,0.097416,II.4.2,modeled_data,kg/kWh,CO2e_value:0.122,d60522e4-42bc-468f-a711-21ba43c55a4f
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.122,bfbd7c35-80e4-47cb-a9ea-6d0b51ea40cd
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,973ba8be-34e6-4417-9fdf-536e1ab1ce0a
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.1.2,modeled_data,kg/kWh,CO2e_value:0.122,bf1e84b5-fb29-4a8f-85e1-e5c7435a53be
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.122,6ac9de8c-c8af-48c2-8fb6-8bc3e244a0d7
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,2cea07ac-8985-441a-9f6f-33d5d7753006
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.2.2,modeled_data,kg/kWh,CO2e_value:0.122,5a2d4e10-eed5-4caa-8727-1f2e10a5a36c
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.122,69181e0d-c789-4f01-b9aa-21e7e5df9726
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,19e49fbf-9dff-4652-ae2e-74dbe59521f4
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.3.2,modeled_data,kg/kWh,CO2e_value:0.122,6c51bfe8-f1f7-47b4-bbbd-8c384be9fac5
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.122,4da94364-5c1c-4327-b908-efcdd78d62d1
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,005f17b9-5108-4941-984b-405b29f40450
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.4.2,modeled_data,kg/kWh,CO2e_value:0.122,288e0313-a0ca-425c-ab22-61470fd632eb
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.122,7863422c-9770-4823-b5b3-76cad33887e5
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,f9b8172b-fc9e-4d18-b4d1-c9501c151638
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.5.2,modeled_data,kg/kWh,CO2e_value:0.122,94d74424-5293-42c5-a2c0-c74bdce3d0ba
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.122,a08fd444-c5cc-41cd-87fe-9c57852d6d94
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,36f42cef-366d-4020-9cad-f0bb0fb54f9c
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,I.6.2,modeled_data,kg/kWh,CO2e_value:0.122,a2099d01-9fd0-4d68-bdf2-a416306ba6e5
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.122,bce65632-fde6-440c-88ab-796e23bdf9bb
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,f3ad1536-813f-4aa4-898a-257070aa73da
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.1.2,modeled_data,kg/kWh,CO2e_value:0.122,7c1f8f23-9758-4fab-82dd-c13cc50f9c68
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.122,735bafec-47bc-401c-bed9-3622ac9bed42
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,7869ae33-dbb0-482d-8c61-1ea59171aee1
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.2.2,modeled_data,kg/kWh,CO2e_value:0.122,c80346f0-d18e-4bcb-9d14-e0a117b04057
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.122,cfcb31c9-c3e4-4c6a-8194-379f8e4092d9
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,6652f970-aeab-4941-b1a5-b9570e27efcc
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.3.2,modeled_data,kg/kWh,CO2e_value:0.122,d09a2ade-0da3-4c6a-9cf1-668671a26689
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.122,49fa77e1-9d1f-40e2-a432-569087c46dd9
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,c67518d5-3d37-4b92-998b-dc56550a7a16
+BE,Belgium,2022,Production mix factor,CH4,0.0006129362416107382,II.4.2,modeled_data,kg/kWh,CO2e_value:0.122,5f434594-4c2c-48b2-9086-cac344a52319
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.122,e534ce59-3e5b-415f-ae29-1ddda85cca9b
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,9b111b52-b42a-4738-a780-1adc6a2fdccd
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.122,174e3e4a-94e1-43af-90ce-48349997d280
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.122,ee7e84a3-39bc-4769-b4c0-6a364b973eb0
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,ab44a9a9-9fc7-4fbb-8c24-389d5695d88a
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.122,a3673cb0-622a-4f6d-8b68-cff6ae2d60e9
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.122,c675b0c4-c4d3-4521-846a-132ccadb99e3
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,bbd00dc3-023b-4508-8d28-8e782193e939
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.122,ea960429-c5b7-409c-806d-9bd2147f093d
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.122,1ea3f489-5b5f-493f-b784-07fade4258fc
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,29436e3a-49c3-4772-ab01-b1e3cf696a7d
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.122,b5dd6a20-1043-44a8-bc81-6ab8965626ce
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.122,615e2bc6-bb8b-49f1-a62c-54b737f53f2c
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,9f21137c-a99b-49c1-98cf-8b6b11fa44bb
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.122,c76c97ca-79a4-4a62-8783-e520cc4274ed
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.122,fb8e0d25-cf18-471d-af6b-df5d0c345bac
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,40f5385a-2e73-4482-82e7-7156ecc19c83
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.122,fda911f1-ab72-40f0-9222-26a33c9386f9
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.122,a5df6456-e3e5-4879-9abb-4107abde5f46
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,0c5e8d6c-fd56-416f-99cb-f93edfbbebf7
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.122,d127978a-f426-4b5c-8793-ce54a8a276cf
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.122,ce4375d8-5612-4c2f-84ca-1939322e3286
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,996ea30a-4348-4d1d-b891-72782e64699f
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.122,e588f7d6-163f-464f-9c61-7892062c8201
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.122,44fae200-e40a-4843-a925-fa7cff6688af
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,1192a0fd-30c8-4cfd-b64f-3b81a75a1b67
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.122,28adfdf5-7e7e-454f-8fb7-d0830165d245
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.122,9c951d54-db20-425b-9422-a79f9136a162
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,43063952-e2d3-4417-9079-b15912f08b24
+BE,Belgium,2022,Production mix factor,N2O,2.2302197802197802e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.122,3b22c4e7-0e27-4b1d-8831-76be975e19b7
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,3826c3a6-7997-47f1-bd9f-bddfef540258
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,c5124bf7-a892-4c2b-9c1a-5cedcc5fdf06
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.1.2,modeled_data,kg/kWh,CO2e_value:0.422,f3a17b4e-f45d-44f0-844d-0ff19dfbf6cc
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,ec11f255-d108-4cbf-9c9f-c3fd6a80df42
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,4cc31424-8ac6-4926-b65d-dbde6ae7c75b
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.2.2,modeled_data,kg/kWh,CO2e_value:0.422,4bd831b5-5c31-4d5a-af88-db7b90997193
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,e43a4918-1a00-4eac-97eb-53c117243db6
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,3535f74d-bd49-4b6b-a3dd-5493a018180b
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.3.2,modeled_data,kg/kWh,CO2e_value:0.422,1100a9b9-8fef-4b4b-8dc4-68cddcc948ca
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,96fe4145-2475-48f8-8edc-18b13ca89fc6
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,cd6a2b80-a005-48e2-982a-1dcce574aa89
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.4.2,modeled_data,kg/kWh,CO2e_value:0.422,37d48775-a94f-4f8a-9e4a-7ebaa944ea77
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.422,c9645ed2-b9f9-41ff-9b5f-700ab97faff6
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,bac63888-c236-4422-9505-ae1619d09286
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.5.2,modeled_data,kg/kWh,CO2e_value:0.422,094adc9d-4487-424a-b680-d6810f6c5e3f
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.422,5f66ceac-9118-4ed8-b947-9d192c55c426
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,e039370f-6e5b-4fba-864a-dcd8170127c3
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,I.6.2,modeled_data,kg/kWh,CO2e_value:0.422,43b4fa6e-7f3b-4e2e-80f3-ec3b56ae6e42
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,686a577f-a70a-4402-920e-cc97165cb5af
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,47670610-34db-435f-bb95-ef282fbc8c3f
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.1.2,modeled_data,kg/kWh,CO2e_value:0.422,bdffeca0-4a9e-40f8-9a97-6e2912ca6f3d
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,3714909c-a446-4666-8c6f-3587b624f131
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,4725aba8-66cb-42fb-ab1b-7de08810be5c
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.2.2,modeled_data,kg/kWh,CO2e_value:0.422,b6674f13-2308-4eea-b52a-20d02c785a9d
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,692525f3-a055-46fd-8079-3a6d5944f402
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,7d08e630-4cd8-4fc5-98f9-978e3f0742f4
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.3.2,modeled_data,kg/kWh,CO2e_value:0.422,cf20236e-037a-420e-9742-5225a891fcc3
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,930a8891-2af8-429d-89be-253f6e6eec6a
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,491b6dd0-0e9e-4f0b-be8c-1a4dad89921f
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.33755181890245,II.4.2,modeled_data,kg/kWh,CO2e_value:0.422,53c1ea1a-6767-4cd9-be3a-e3d8834c489d
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,012b2709-2406-459e-badb-dfc575356771
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,3826ac1b-af8f-49a4-ad33-b712ad625a4b
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.1.2,modeled_data,kg/kWh,CO2e_value:0.422,1cf3e598-f6b2-4f7b-9163-daf67b908270
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,a88cc817-8d3b-4536-a9d1-a4604510c0a7
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,6db13b48-2fcf-4d08-9a61-aa135b0ee0f5
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.2.2,modeled_data,kg/kWh,CO2e_value:0.422,d59e5a21-ee88-49aa-9d0c-a8546619dc43
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,c53f6ae5-a6ad-4974-9f05-e74fd01517dd
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,4df4956b-e492-4999-b04f-c3d2fbeead9c
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.3.2,modeled_data,kg/kWh,CO2e_value:0.422,b41d1fbb-ecf4-4796-8df9-46d73ff3f206
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,543f36bf-4463-465f-9911-0c47d0672784
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,f8e86d40-aeee-415a-bab8-af887b7b57a3
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.4.2,modeled_data,kg/kWh,CO2e_value:0.422,6137f385-5571-4755-96ab-abd0f817cae1
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.422,0953ed60-b688-41e4-ae81-6620f94aad62
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,1e26093c-62a8-4eb2-b5b1-f55e260cf926
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.5.2,modeled_data,kg/kWh,CO2e_value:0.422,1862229c-36bf-452b-8350-1e3d82c4414d
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.422,6696560d-641a-461e-88a3-be1274320768
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,4906102d-b743-480a-b36f-c11968b61e29
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,I.6.2,modeled_data,kg/kWh,CO2e_value:0.422,9e8bd78d-38aa-4e54-982b-6b34c5e73eb3
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,71409b29-6e46-428f-a304-344342d82eba
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,bf763cef-d588-43c6-b94a-772782571551
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.1.2,modeled_data,kg/kWh,CO2e_value:0.422,4f0fb36e-5f8c-4547-b710-a0168cb0d62a
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,6a05c36a-6ee9-4e0b-a947-f06da5c365df
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,6e69c3e2-e9a5-4551-9385-b38787e9204d
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.2.2,modeled_data,kg/kWh,CO2e_value:0.422,46db17e3-5f65-4c72-abbc-9ba7b102586e
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,713a5f65-b49f-469a-a070-2b59438482d1
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,0cb00e3d-8953-4e18-9611-2a25683f3f4e
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.3.2,modeled_data,kg/kWh,CO2e_value:0.422,e7cc4a34-09ed-4927-be74-fff8a0642b75
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,d6dea686-a23a-46e8-bfc3-5bbafb5682f9
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,9223d99c-d618-4156-aa69-dfd39e2da5f5
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0021238579209466235,II.4.2,modeled_data,kg/kWh,CO2e_value:0.422,4d57454d-b40f-4636-ae78-653bf858e701
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,2b822f59-aca4-4092-a79a-bc1875d0746e
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,266dbe7d-0f0c-461d-b4fe-e3a841edf6ac
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.422,000e96b3-fc74-42ba-9036-1f47f2560bb0
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,d9b10b8a-c8e1-45c7-8769-c65f628233aa
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,821f972d-781e-4280-abe7-f4cdab261611
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.422,aa4a604b-9c4c-4dcd-9f6a-3d60c8c88774
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,be502a85-6e17-468c-a6b7-3179c1468ecf
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,61403cf4-2322-4563-b0d8-820c1d0aa140
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.422,0db70bb2-b2c2-4d47-a098-a1129ce6909d
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,42073e12-4d2d-41a7-b1c3-f85109436eae
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,6310f164-6a8e-4902-a4de-0baad0c2064d
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.422,41a85a07-1d5f-4700-a6de-5c45b6ee30fb
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.422,958346c9-07b7-4a43-8570-c16aaa4528a9
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,d41bb423-d510-44cd-82ab-a2f5f366bbff
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.422,8c693ee1-0d67-4f82-91ef-6bcc0c4b99d7
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.422,2caf97f4-d7b5-4e52-8016-6ed90860dbd7
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,c8777908-3f0e-4666-a83f-f35b6b5c39e6
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.422,3acb5cac-8a9a-418f-b026-9570f8ddcf9f
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,b9acd7e8-4f34-433d-b8c4-b917b0b5d2b3
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,b232e5b4-37b2-4df8-ae53-25d7f3a060bf
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.422,df923b93-6f10-4aab-a32b-6efa78693232
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,4cc44f3a-8001-4d66-9884-1b6879dad3d4
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,71120537-f18f-4abe-b4d1-42d8580a6008
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.422,09efcd83-08ff-4322-9f90-19f6464716f1
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,3a106198-9c3b-4f4c-afb5-73defd405fe8
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,27e1f33b-0eb1-44cf-ace7-84989dcef965
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.422,37ea6a96-96c6-4443-ab22-be0e661778ee
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,6f66f780-f193-442c-81c9-4b117bce7ac6
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,5c6f6828-aa92-44a0-81a1-cfad8e74d848
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,7.727834681832647e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.422,75bf4e9d-e559-4c83-bccc-a3a4decb77e8
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.693,b096554f-339c-42e0-b39c-3fa51ce2a43e
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,1739a096-a86c-4d3b-8bdf-435b4000f02d
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.1.2,modeled_data,kg/kWh,CO2e_value:0.693,4d0e7662-f36a-4dc8-8bd5-d9394af38cac
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.693,e85ca9c1-5f35-44de-9664-205ffb6d0ac9
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,f1e99c16-0ba5-413b-8096-5768dc440471
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.2.2,modeled_data,kg/kWh,CO2e_value:0.693,96f8c4f1-c891-4723-848a-4699aca12277
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.693,316088f6-5f12-4c50-b955-566bc5684ca1
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,0eb55bb4-e244-441a-815e-dfa1117cce3c
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.3.2,modeled_data,kg/kWh,CO2e_value:0.693,d20bfa11-a6c1-4e08-8c73-e73e1991aac8
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.693,9d4dd492-05d5-4497-b9e2-da43fa26f3d7
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,1130121b-7733-45fb-8499-1d8a7a508068
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.4.2,modeled_data,kg/kWh,CO2e_value:0.693,a8f40678-0c9d-4a67-b988-58a92eb776be
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.693,b4cd7476-23d5-40f1-aa2b-b76afa422965
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,54e31664-5538-4f08-9d1d-fb4b42796bbd
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.5.2,modeled_data,kg/kWh,CO2e_value:0.693,1c4ade07-a9b6-453c-bdcb-5aa83ab8bf3b
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.693,3f29c111-82cd-4e4d-9f70-fcd214d928b3
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,c9094f02-1da0-460d-804e-08f6f2eff6aa
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,I.6.2,modeled_data,kg/kWh,CO2e_value:0.693,9db08fdf-0751-4ca8-9522-f35b3ce513a5
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.693,d569047a-d1a3-4e99-8d3e-1dc170753a72
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,a3b3cf83-f5a6-40f3-afa8-fd44f94bb74f
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.1.2,modeled_data,kg/kWh,CO2e_value:0.693,b2fad868-e73c-4b52-882b-6f984e82b9d5
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.693,33e3b3c1-f39e-483f-9604-1be3fa8ace7a
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,fe9ef474-1e19-4bf7-b10b-fa134ddc6657
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.2.2,modeled_data,kg/kWh,CO2e_value:0.693,9dbd36e9-8e80-4a66-ac9d-ed7cb06fd94b
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.693,81d6e9f3-d9f8-4c43-98c1-3de5d2925105
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,b7254a8b-6045-41e2-a3ea-ccd60e6891da
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.3.2,modeled_data,kg/kWh,CO2e_value:0.693,ff2cace3-30f1-4b36-9123-ea4aa7d9121f
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.693,895a0c9f-d55c-40ba-b03e-6b8da556b028
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,9cfa7e06-0561-46ea-9159-a3e172e129b1
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.5542933023430634,II.4.2,modeled_data,kg/kWh,CO2e_value:0.693,969a2648-983c-438e-b311-86b76922f6b9
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.693,bc9ed49d-ad88-4b59-af7d-1ea987406461
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,8f3c66f0-27bf-4737-be8b-ea90bf586efd
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.1.2,modeled_data,kg/kWh,CO2e_value:0.693,81beb0e5-9ab9-4f0b-9df0-8feac27efe78
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.693,3c8f1ec2-d9cf-4124-9519-12dddc01451a
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,f1b81ed2-b370-4cdc-bb4c-84d7f1359f24
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.2.2,modeled_data,kg/kWh,CO2e_value:0.693,c36c0d63-5610-4030-8d75-ce7f2a19ec43
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.693,be24ef57-0da8-4373-9aa2-8b60f41d9a84
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,7bb4e09f-d3ef-4610-8bca-0583d4134307
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.3.2,modeled_data,kg/kWh,CO2e_value:0.693,89198314-65a9-4a8b-b3c5-bf64f4e58241
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.693,2f4f03a2-9f13-46f3-8195-c38145de460b
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,5998a4db-8702-4810-9321-31e49e86f534
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.4.2,modeled_data,kg/kWh,CO2e_value:0.693,262da5e7-0542-4edf-9e83-4948d6607db9
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.693,f6af4e3d-f5a1-455b-af61-472dc6718692
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,a62056b1-adca-4c3c-b85d-69b891523a50
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.5.2,modeled_data,kg/kWh,CO2e_value:0.693,b90fbe6b-143b-4956-87d5-c664d9121299
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.693,e76f809f-30ca-4128-afae-e9a6ec50adff
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,09965b20-5fdc-4133-9d24-7015f0a1af3a
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,I.6.2,modeled_data,kg/kWh,CO2e_value:0.693,1d9b92a5-a831-4010-aca5-4e1a68d07f81
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.693,f4d1af55-6950-4e9e-898f-b505c012ab9a
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,2344a446-5e28-4cea-899b-fca84518dc06
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.1.2,modeled_data,kg/kWh,CO2e_value:0.693,45f7809c-7365-4469-84ca-1fa3ea4613aa
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.693,f975aa1b-4cb1-411a-a6db-d7599a467068
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,f8461b9d-2f57-49ac-bf77-3ab185faa2a1
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.2.2,modeled_data,kg/kWh,CO2e_value:0.693,2902cda4-6bcf-4b5b-8bec-a71fb5747d07
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.693,730f2d5a-a394-4f25-9141-dc584b248a3e
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,bdf68ddd-bb21-4f4f-83ff-2d6607f7489e
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.3.2,modeled_data,kg/kWh,CO2e_value:0.693,4c6e8e5b-a8ec-48e8-aa48-6c64fc8b006d
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.693,a0fc2dd8-e4b8-4629-90e0-93637dbccda1
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,45227b54-2632-4a3c-b593-4563b51f028c
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.003487583697628335,II.4.2,modeled_data,kg/kWh,CO2e_value:0.693,09ace50b-3cc5-404a-b57a-e8e5eb10d304
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.693,79daed47-1d43-45d0-a907-1cfbcd4c2e86
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,92b114b4-a6a4-4fc9-a617-aeb9fae21335
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.1.2,modeled_data,kg/kWh,CO2e_value:0.693,d19db782-1a7c-4cf6-8787-e8c73ba8c966
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.693,84851dc7-7d3c-4a99-acc6-762ccf810755
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,80bc8ab3-af47-4688-9cc7-952bb11368d1
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.2.2,modeled_data,kg/kWh,CO2e_value:0.693,e2afa873-1d71-4518-b365-9a2b3890b996
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.693,ee4ea26e-d81a-4f99-97b9-01c6cd2ef765
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,d48ecc69-42d0-4233-9a34-113470f9a8ee
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.3.2,modeled_data,kg/kWh,CO2e_value:0.693,5bddce3a-c9d2-412b-94d0-a947c94b3e21
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.693,755f254c-bdeb-46d7-afc9-3f8130379a49
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,52c942bd-7e90-4f3b-b494-cf68c21327ec
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.4.2,modeled_data,kg/kWh,CO2e_value:0.693,18140a7f-cff6-4b89-ac4e-09a0251b1090
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.693,d1651247-57e9-46aa-b351-ea7511414883
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,58381c27-373e-48c6-9610-72bd9bbb8939
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.5.2,modeled_data,kg/kWh,CO2e_value:0.693,4fa791b9-dba1-41ae-b28f-74ce3e786c1a
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.693,62e4ad4e-48fa-4de3-8617-378fb21b5e0b
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,63c60e5e-f56f-4790-a8d4-271e30469edc
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,I.6.2,modeled_data,kg/kWh,CO2e_value:0.693,fc22920d-d795-413a-ab88-839a29940363
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.693,cb683103-8e2b-4a36-8468-12429d895a67
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,b3655b32-3569-41d5-a1cb-df9451fe6245
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.1.2,modeled_data,kg/kWh,CO2e_value:0.693,de490c23-45c3-4e51-bca4-bad324f7c2b6
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.693,7327ea01-fa5d-43a2-9d33-4dbe6e5564ad
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,11ab8f7e-242b-4988-be5e-d03b2a3dc886
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.2.2,modeled_data,kg/kWh,CO2e_value:0.693,ccc32b18-ec33-48ec-8b63-d06b0c2ef783
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.693,a2bcff07-aa73-4eee-b563-0e551b19d507
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,deb4af5b-ef76-4c08-ad19-36c98a821cb1
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.3.2,modeled_data,kg/kWh,CO2e_value:0.693,9f5c203a-4a2f-4003-8911-4e6355f13249
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.693,8de1ed36-8a2a-43dc-affb-2cf705ff8247
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.693,5ead6404-2894-4a6a-98d7-f84055df1256
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,0.00012689864980381489,II.4.2,modeled_data,kg/kWh,CO2e_value:0.693,f3cf0b00-c265-41d6-8e3d-513e1d9bf5bd
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,de395f3d-b763-4f64-ac58-d67c1cec4c10
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,360819f4-00dd-47fb-9272-ee25f92c2897
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,cc296678-4e1a-4aa4-9911-4e98e4f65fec
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,62e0cf45-3257-4ea2-b331-b54dd5f9d71e
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b618b759-b0de-480e-9103-29fd3e62a6d7
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,1ac4349a-4a24-4167-891d-266f29b83719
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,24f387e0-b395-42bc-ba78-a16f521c4b1a
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7abf3dc4-ce67-44ad-a38b-1c98f3c82738
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,cca1b417-76dd-4989-bec6-ec95166e40ed
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e52051d7-3dd4-40f9-bc98-c8290aae8454
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4407867e-5af9-4095-9246-692bb52fbc61
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,08f1a472-db84-45a3-a877-57414b24ef13
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,32a7afc8-6212-4495-a1e1-18cdf4f2d3ff
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3f703d5d-829e-4a20-b410-f6def391dc18
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,721b9edf-6137-4c99-9529-c1c3a5f66393
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,2cbdcad8-dbed-4c0b-a9a8-34c3c85500b2
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ed530454-88fb-4edd-8fd5-3da5bca6e8f4
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,ecd0bd1c-d0ee-403e-86ed-404f5dee1f1e
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d9e5c4b4-146b-4bc6-aa09-4a5e90b90c01
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c4332ca8-5d65-4d86-9f07-92b4cc4e33af
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,86217804-e982-4ec6-a003-f4ea2866a0c9
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b22d66ea-e7e6-47b4-9bb0-07e98f61f404
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4d150e26-97f4-4f6b-9d6c-08b1b81568b4
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,c4dbfdfe-6255-414b-ad44-9c3de6155125
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d78df1ca-2568-4341-aa74-1c959310bd5e
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d731e70f-93ca-4ebe-b640-713b9826f2bd
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,0d56b117-b6aa-43dc-a09d-8a4719a4c1bb
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,25ec3ca4-1f1d-458a-a89c-6b76101beaa2
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,faf8caa5-6dbb-4b4a-89e7-cacce8bc1720
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,69676bf4-ee6d-4e14-92ac-53d7dc71de9e
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,5c0b643e-b74f-4d29-a44b-091380e72dc6
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6c3c2142-61fa-402a-b765-57a6f472bddf
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,ed2ea873-1ea7-4a1b-b698-574c6976cddd
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,7582750f-f49d-4102-be7b-9dfb39176581
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a897fa54-1ebf-4026-8d5f-6af1222895d7
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,2489ef6b-877d-4357-b742-ee5552d7a6d4
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,4d2f37c1-dd32-41cb-bc58-6aefd54eeb16
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,65a1726c-a2ae-4cd7-b1f4-b6c4103c9cc9
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,f65df108-f310-42af-899f-ad00df00851f
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1b9e835c-88c6-435c-ae6b-cbbc70638d72
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d4e288d6-5978-4a6b-ad4d-8490815c9574
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,a5f0f477-0234-43f1-be57-cd75655bbdaf
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,742bdc46-4bd0-41cb-9043-b50927f3be9c
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8a7e194b-5d5f-4aaa-a883-abb744de5f81
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,b3500f67-1b81-4f03-869e-c50a6e745e36
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,2a0a58c6-ca1a-479f-8213-d4077a29c782
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c30aa5e9-29ef-4140-a5be-cc70a79e2746
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,11e42314-6696-4e62-8881-a0ea7827d58a
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9af83bed-d65e-4acb-8c75-fa7f2d61e978
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,43883848-a180-4fef-b7ab-9decc469ff10
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,a172c6ba-6299-42b3-a96e-8b16796316f0
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,443852c7-d1bb-4d20-8071-f138d4c73c52
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,539fa306-269f-44d2-b4c5-fa3f5f267ea5
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,54ea4ccd-fb73-40f7-8875-cc0836bc4174
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,f140209a-03f2-47fa-9023-646f1267dcca
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f9ad52a4-c99d-4c1d-b3c8-91b7a0b394f1
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,eb54aae6-d1d1-487c-a40b-e473053ccce6
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ccf11e65-c186-435e-ae9f-a361650892cc
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c2ca589a-a157-4c5a-bcaf-5ec9aea6c2af
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,f675c3a1-0dc7-48b6-b2d8-605ac300aedc
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b67aee5a-7f68-4fe0-972f-9e14baa517f1
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d6e415f2-72ba-4bd0-a561-4b59cff2b9d1
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,647e59d8-da3f-4b5b-aa9b-8d31f4caa7b0
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,c0e50359-6e79-4267-ad59-746207498e1b
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ce481700-c2d9-45cd-a032-2c731ed75824
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,c6a9721f-e50d-4e4c-9ee3-0165caefaa14
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,f0992113-f22e-4568-aa49-13dd2216beab
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bbf3182e-2eb7-4a7e-9d40-4fa227008dac
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,6897bf26-a961-438f-ae42-e19260013cf3
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,5224608c-eddc-447d-8673-358dc7aa523c
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5df9acff-6832-44f2-8eaf-d90c1a457ae4
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,5e9f473d-1e06-44bf-99b9-ecb05a90a530
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,46ed5ede-335c-46f7-8fdb-d9cc585db121
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4f3de4fc-7b0f-498f-babb-3cc8412af928
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,6cc2d579-be9c-4f4f-a8ba-c9f7d6b35380
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,81e687f2-58cc-4817-afc9-975f79140844
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,83fb5067-3e61-499e-b913-05402978207d
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,62724cb3-38df-4590-a949-d71d5bb7f9a2
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ccfc7596-fedf-4d7d-ae27-90c6f53f8aba
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c54c4479-a67e-451b-948c-3e5fbc461ab4
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,f257728d-17ce-45b8-9e18-f5b0e6455890
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,5b68d66f-7ad0-4c79-9de6-42d465bf3b60
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,fc7e86ca-f830-4726-97a4-1b1ed8c46fa8
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,7a705acf-a45f-4685-830d-fd0b487f3aff
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1a395f06-cfc7-43f7-8ee5-f58515f862e8
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7a879f59-2657-42b0-aeb6-f1c4afed44d0
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,04b195f6-66df-47f1-9fe6-6e78995f8b62
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,871b06dc-01db-45df-a883-29ff5994f49c
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ac6a877b-c532-4f61-a3c0-22dca9d3622a
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,bee63eed-ec16-4437-bca4-37f8c62549c7
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.232,47a300dc-bb3d-46aa-b6e9-7488b53c6f80
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,a7115e11-8655-42c5-9ecb-2802498ced9a
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.1.2,modeled_data,kg/kWh,CO2e_value:0.232,42cd2a41-b937-4990-92f2-d87858bee762
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.232,565c7795-0f20-4066-b93a-d636d338df3f
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,10980988-8b42-4948-947a-3e3b838ad909
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.2.2,modeled_data,kg/kWh,CO2e_value:0.232,b96004e3-fa7e-4f3e-9816-8aee77697344
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.232,7fb8e298-ac17-4fe3-a5e1-6981b20fded7
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,1cbfdd65-9fa6-4011-8929-8513aef40267
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.3.2,modeled_data,kg/kWh,CO2e_value:0.232,10af0ec6-8b68-425d-9acc-b514cd6f6539
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.232,e4eb0b31-95cc-448f-96ca-50e665ab477e
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,bd6988d3-d308-4601-b248-8426ef0efe56
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.4.2,modeled_data,kg/kWh,CO2e_value:0.232,bf6765d0-0547-4577-a63b-7afe625e422b
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.232,29c84a5b-85c2-4392-b545-b14d59d0cc13
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,b1736463-5231-4757-b06f-13dcb8c79cd6
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.5.2,modeled_data,kg/kWh,CO2e_value:0.232,198447b6-3504-4e05-aa62-ecefcef1c8b5
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.232,0eb7a1ad-6d5e-4b35-9d85-382f5d29b393
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,6bc6cb40-b249-4026-8daf-840cdb3a655e
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,I.6.2,modeled_data,kg/kWh,CO2e_value:0.232,f2017aad-89d8-46ef-8cfb-ff2c688d341a
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.232,840c466d-2a15-404e-a635-581a8efe79a1
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,89986993-3a89-4a9f-bb2c-0cd04405f151
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.1.2,modeled_data,kg/kWh,CO2e_value:0.232,57984b49-8ecd-4a50-9b6f-0f9520149cd1
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.232,b8871ff5-725c-4dff-a571-3457abcaefba
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,b3fe4b85-87e5-40d4-a362-fcc0a347f33a
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.2.2,modeled_data,kg/kWh,CO2e_value:0.232,31deafb6-9951-4c46-ab69-0b95578afb83
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.232,898f288c-eaa9-4683-aa66-f343a7b90b1b
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,356a3e52-1d2f-4ce8-83c6-e40734a9a22f
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.3.2,modeled_data,kg/kWh,CO2e_value:0.232,97a5fec4-c391-4b21-84fc-3fe9511b6ba2
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.232,1e554cde-6b3e-47e1-8f45-a7703099794e
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,5cbb6448-4676-4210-b9a5-846bf4cc69cd
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.18553286576043188,II.4.2,modeled_data,kg/kWh,CO2e_value:0.232,c20b3bb9-64e1-4644-8768-54da8a748ef8
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.232,cd7965f7-c3ce-4f1f-a624-eed9c5cb8a42
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,107972d6-5f2b-4a08-bd18-a33ec463c7eb
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.1.2,modeled_data,kg/kWh,CO2e_value:0.232,2a1e3107-dc34-4a18-90b0-3bc355a22d4e
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.232,b4fabb3e-7719-4e89-a529-8eea574d03f1
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,f4831d33-7d6a-4ccf-b5ad-dc293042c921
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.2.2,modeled_data,kg/kWh,CO2e_value:0.232,cf230bb4-d979-48ed-bcca-38d1b5b43c3b
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.232,4f9f3814-c66d-4046-b9d5-083fbe9b7923
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,1eda63ad-9dad-40e6-ae58-5658b5014979
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.3.2,modeled_data,kg/kWh,CO2e_value:0.232,e5b80942-cb50-4afc-be9d-2ca4fc1e9583
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.232,db1678ad-14dc-4da1-8228-28880ea04715
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,ca30b6b0-d274-43e0-bf95-f70cb8ab3c88
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.4.2,modeled_data,kg/kWh,CO2e_value:0.232,8f7a5e48-fd9e-480b-929a-8125be5c3bb7
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.232,9318e08d-5b46-40e4-beb9-35cce1150efc
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,de53b76b-e6d1-4041-bfcf-743fe02d5c93
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.5.2,modeled_data,kg/kWh,CO2e_value:0.232,628d7574-568f-4caa-adeb-dcb266c8634d
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.232,34c7eb20-931a-4feb-90b1-cb708f9f2651
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,cb37aaa7-6d69-44b7-8853-231fa470b74f
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,I.6.2,modeled_data,kg/kWh,CO2e_value:0.232,b669bd3c-8d8c-428f-a292-69d53d4c25b5
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.232,1e490969-9700-46b3-8d8f-994f82c94346
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,2962727a-d078-409f-adb8-5dc9153fb92d
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.1.2,modeled_data,kg/kWh,CO2e_value:0.232,c144efc1-520f-45f8-bfde-ca46c5c959cc
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.232,03d8e2b2-3291-475e-8d1d-69efcb265f70
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,d34109af-f51a-4b60-9702-1b4033194db3
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.2.2,modeled_data,kg/kWh,CO2e_value:0.232,6a5327af-9713-46dc-8368-b9339e9bb3d2
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.232,3367a653-f114-4bba-b451-91636b2c91f1
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,2184d52a-7b3f-44d2-85dd-18ddefe49ba6
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.3.2,modeled_data,kg/kWh,CO2e_value:0.232,a9009b13-78e4-4ef5-9be2-a3534035d3e8
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.232,7025f7fd-0627-4e90-8a9b-a4503596ddae
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,e8b6446d-34fc-4f29-b807-28d980f8dc11
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.001167362829868489,II.4.2,modeled_data,kg/kWh,CO2e_value:0.232,76a44ff8-b426-43ef-8109-e3267708c1d6
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.232,0b5dc074-db9d-4278-b062-2446121a3c38
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,218c9827-659d-4532-bfd3-bf8fea0a13e9
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.232,b8c384b1-a070-4d58-af5e-3e7b03d503cd
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.232,b583ef6a-713b-479f-91f7-b5b0a784b2dc
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,4476aad2-1d90-4d39-b502-be16937a8cb4
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.232,f008fa0a-7233-4411-920b-b56254e63386
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.232,373a237c-fa1e-415c-97f8-c85c449c4a46
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,fd0e979e-6a28-4ab8-af6f-63fe27eff853
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.232,c983d47e-212f-447b-a92f-5735c294cabb
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.232,e99a78af-593a-4590-8114-3e7c0b40ff05
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,bb7ab6ac-4aa7-4770-90ca-19b5d4d60c25
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.232,6d8f007d-8cb6-432f-9ad8-60cca2e444da
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.232,b033d7b0-28ce-4f14-b58a-d66ccdbf2f99
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,f6f0b9f7-8cd6-4eb8-8258-17f13fae2631
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.232,916420f8-4fb3-4ed7-807c-b650cabe1366
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.232,fc7a5f5b-8274-4335-ab5b-d3925f87b978
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,20c09689-bbf9-463d-9a9d-294f397e8350
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.232,c06992f3-bc1e-4646-864f-d951aac3c850
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.232,651dda9b-78fb-4353-9adb-ad964d337e14
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,a00d0fdc-d8f9-4d0d-bee6-af5e7f2cfabe
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.232,f4655a36-bbf8-4d1a-96d0-358566e5caf2
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.232,806fb9b0-7084-4bf5-b9de-c66f120f3f04
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,dde8a0a5-3849-429a-94b0-a03e902a7bd4
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.232,f096f49a-8c72-466c-be7f-8f183ca7ec05
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.232,945e5cb7-1a21-40ac-9f23-adc129fbdef8
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,e24e20d7-8b11-4670-b99b-9544c10cd0f2
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.232,7b7e3b01-a730-4f31-a676-107bfda3949d
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.232,5d5d4ebc-486d-49c2-8929-368931727f87
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.232,a8828e56-daa1-4611-a219-d8c6a4430f54
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,4.2475472930501803e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.232,aa9b14c9-a86e-42b6-bade-2f84aeacdbbb
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.844,05435672-3183-457d-856c-4e903a8c6f4e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,ecb5e85b-5143-4de2-b434-92be98ffe9e8
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.1.2,modeled_data,kg/kWh,CO2e_value:0.844,3f158712-a0ff-4cab-bd7c-461eeda4e5ba
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.844,aa0439ff-8193-41f1-bb4d-4221cc00bceb
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,11f3eff0-2cc2-41e6-bbc9-e06d323cb85b
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.2.2,modeled_data,kg/kWh,CO2e_value:0.844,e334a74f-172d-4138-aa98-ecc0c7de644a
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.844,f4c5aa7b-888e-48d5-8daf-07000e9dabe5
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,bd6f30bb-393d-4615-af36-cd9ab7f798a2
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.3.2,modeled_data,kg/kWh,CO2e_value:0.844,993dd414-1d49-4f58-8e33-1eb90bb4b29b
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.844,1b0e59b5-ff12-4678-ab3b-4ba9193de45f
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,5a1b8d09-ab2b-4b04-990e-143251145f93
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.4.2,modeled_data,kg/kWh,CO2e_value:0.844,d704bb5c-5d76-4ca7-9b21-6e855a4c2c90
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.844,743dfebf-f63f-4c12-b172-15f2833e7466
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,038166a9-ba63-4739-ac8b-83f1b9af667c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.5.2,modeled_data,kg/kWh,CO2e_value:0.844,fd8719e9-1c10-442d-b476-cb040aaeeda9
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.844,aae9a489-e14a-48b4-b9ca-b4f728d4bcc3
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,0e7f7054-5d57-4d49-8954-48c77754f453
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,I.6.2,modeled_data,kg/kWh,CO2e_value:0.844,d2e00ff8-8f49-474e-b538-888b7375001c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.844,390690a6-027c-437d-b01c-93a29280fac4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,61463379-8a56-4249-bc1a-929e978e9668
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.1.2,modeled_data,kg/kWh,CO2e_value:0.844,189df4d0-2508-4c29-8716-eba5eab6c052
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.844,d2164e83-bafb-4c16-9f02-03ba3f804916
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,2263bb35-5d6e-4d0c-ba99-98af9d78dcf2
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.2.2,modeled_data,kg/kWh,CO2e_value:0.844,d389c870-d7eb-4e5f-be4e-9d7cf465ac1e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.844,20be1385-bc90-4bf0-9087-49968adb0871
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,339ca9ee-5100-46d5-8f65-1bc8273bc695
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.3.2,modeled_data,kg/kWh,CO2e_value:0.844,783c0f89-4f41-4a3b-9045-4abd810fdac1
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.844,cc95a2b1-4271-439b-b12c-c0ba04fc55ba
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,ef6adf06-bbc3-4d04-9c6d-c0b4bd5ff062
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,II.4.2,modeled_data,kg/kWh,CO2e_value:0.844,18c690ac-eb49-4168-ab9c-cd3fdfdc1558
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.844,ad3b9d43-f9c6-47d7-b69c-a13cdbb0d39b
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,09f5df1f-c54c-4872-8ca7-3780c54250ad
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.1.2,modeled_data,kg/kWh,CO2e_value:0.844,c0434f36-16de-4766-8ed1-bd2db3a837f2
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.844,72d80d54-59c3-4f67-8ab7-ac60b06c0c5a
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,9da44230-94f9-41f7-b24a-1f67e847670c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.2.2,modeled_data,kg/kWh,CO2e_value:0.844,098be252-798e-4a63-8d2f-6358fcf7907c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.844,9f03a7cf-0c2e-4120-9545-575b4bdb71a9
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,a7c4fd1a-4050-4883-8627-a26f027a9c59
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.3.2,modeled_data,kg/kWh,CO2e_value:0.844,a011a356-bad6-4141-993e-f5a7fb58eea7
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.844,8073e24e-5bde-49b2-b3d4-796e06313818
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,6c02ff5e-dda0-45ea-9ae6-35490f03e611
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.4.2,modeled_data,kg/kWh,CO2e_value:0.844,466ded95-900d-4c38-a1d3-6241363fc8a7
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.844,e1d7ee4c-a529-4ad5-af2e-691b70b3dd46
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,0eaf6ff2-f9cd-4f23-914e-d0b9b3c4dea9
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.5.2,modeled_data,kg/kWh,CO2e_value:0.844,3494f15f-634d-4d32-8bc1-9a9a7e9cbae4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.844,0e9eb0e1-6991-47b3-bb7f-7cb7277634b5
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,c92f0883-a7fb-43a1-b81f-8fcb8df58240
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,I.6.2,modeled_data,kg/kWh,CO2e_value:0.844,bbd35e21-2351-467f-901e-9bfc5643d54e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.844,bfda8950-b585-4f71-b500-d7849ccd26b6
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,08675b23-398d-4bac-a567-6f77e12405e8
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.1.2,modeled_data,kg/kWh,CO2e_value:0.844,68f630b2-74ca-47a0-bbb3-dea18bbe97c4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.844,367d05b6-42f2-4f50-a264-30af86cc4cac
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,a59b04f4-0290-41a5-a4c7-924f320eb66a
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.2.2,modeled_data,kg/kWh,CO2e_value:0.844,fe60caf9-4f86-45e8-939c-7e09a4266ac1
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.844,ed569bca-1184-43d7-a9ea-4046dbc9a656
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,74863df1-9ee3-4492-b7ba-675c99cf5bc4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.3.2,modeled_data,kg/kWh,CO2e_value:0.844,b8152a66-5026-496a-bb59-2e9e4baf5f43
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.844,81a38733-c075-4f6c-a76d-15a9c3b9f1fa
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,b7be8a05-b005-46dd-a9be-1a81b1164c04
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,II.4.2,modeled_data,kg/kWh,CO2e_value:0.844,fa99e706-0869-4c24-a6b9-833a1df0d0d9
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.844,f21f824f-073a-4e74-832e-cd946e957c00
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,cf5108fa-aeb3-4995-bfc5-5cbcb938a5a5
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.1.2,modeled_data,kg/kWh,CO2e_value:0.844,6243ddee-c2a7-448f-b081-9670f7d99710
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.844,a9c92e82-5e84-47e6-9154-b97e6603c9c4
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,8162e8c0-047f-45c6-8f07-ddcd82ddc2f6
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.2.2,modeled_data,kg/kWh,CO2e_value:0.844,cddae1c1-815c-4aef-bd33-891698d0ee60
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.844,2e5bb6b5-de5a-4d7a-a4b7-05e3f71994b8
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,fc25d9a5-e9ae-4f4e-a79a-a0c9614a3cb2
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.3.2,modeled_data,kg/kWh,CO2e_value:0.844,f7239590-cc8b-490f-a778-e48a3b4cccb5
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.844,2027b162-6adc-4dcf-b449-21910bc6be2a
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,53eabc7e-3bb6-47f3-a7eb-04dee7ba00a6
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.4.2,modeled_data,kg/kWh,CO2e_value:0.844,a26e7247-e951-4541-a608-f7727f207a2d
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.844,39cf52d1-dedd-4ff6-9407-135d6699f256
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,a4855318-234d-43f4-98af-368216632daf
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.5.2,modeled_data,kg/kWh,CO2e_value:0.844,895d8370-3d8b-4d5d-ae13-ebd2e18878fd
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.844,819cb466-96a3-428a-a4af-1f37e7730c9a
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,b4a102c0-2e65-467c-ab82-e39dd8b617a6
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,I.6.2,modeled_data,kg/kWh,CO2e_value:0.844,209ccf6b-bc33-4df6-8ad5-b904c297077d
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.844,7a45f0c7-c7fa-43ac-a0d2-db6ddc8fd857
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,87a0f862-8482-4e1b-8312-dfbea045783b
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.1.2,modeled_data,kg/kWh,CO2e_value:0.844,7543f1bb-3036-45b4-ac40-d0170d92c770
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.844,929d737d-6a45-403b-b778-9cf2ed9965bf
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,7a575f4b-8b74-4605-af94-1f6312dc639c
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.2.2,modeled_data,kg/kWh,CO2e_value:0.844,80545c1f-68aa-44b3-aa2e-782591c6b054
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.844,8c611805-fec2-4413-a496-dace2d4322aa
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,2c5c839b-ba06-47ae-873d-382c19303967
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.3.2,modeled_data,kg/kWh,CO2e_value:0.844,db723446-4fe6-46ba-826d-4f1019e03487
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.844,ad3bff86-3e52-413a-805f-cc4ce4e19eaf
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,09cf561b-4841-4506-baa7-165e4c3594e1
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,II.4.2,modeled_data,kg/kWh,CO2e_value:0.844,b59d811c-81bb-4ba1-8930-31148e345473
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,9d20cc97-d56b-4d46-bebd-c0ecf2dd575e
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,73d17547-c406-4895-9a13-b21588645617
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,e48fb8c8-377a-4938-91d2-799fb7b1b25d
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,24798226-c3f4-40de-b2d5-84c08970770f
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,96ce4ff9-bb48-4a0a-af4d-1e8ba0089b2c
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,dd729f50-a3ca-4afd-b089-59680c056f20
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,8579f67f-cb60-46d7-b52d-19b1dffa55cd
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,ebba3f1c-f11e-437d-9fdf-6b14b4dba1b3
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,f6caaa00-6bd8-4b38-8e10-8075057fd014
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,cf41cf50-1195-4c15-8943-ece1593d1206
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,8d03db28-04ad-4cf2-8f72-db4f98e072f3
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,388a9948-2f15-43c8-8cbf-3d57c5d33f66
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,b0e6c611-e520-467e-840d-1c33814224d4
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,36dfb92b-0f8e-4fe6-9304-4c180bc70113
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,5ea83931-020e-4140-80cb-728d789fbdd4
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d5167c7c-b75c-410c-9933-30deebc109fc
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,790f7c31-ec52-4d30-a88a-c1130120571b
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,686ae019-ee3b-4f03-bab4-5e896e3ef1c3
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,34a3f4c4-da06-4904-b4e4-c48f08e57af7
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,833d43b8-fde8-4a1e-98f7-fe86bc149dd4
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,516cbeed-d1ce-4770-8f7b-9113dee9feb0
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a81ef910-fc99-48f1-b09a-f746a912079f
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,2bedbee9-e268-49b6-9a44-830da44bbbe5
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,f0f831d0-a570-4cec-906e-75c70e0b827b
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,07fc7246-84e9-4ddc-9916-31041c962a08
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,1fec9cc8-6add-49cc-a2a6-7d3cf5133f39
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,582fde7b-90a2-4309-b30d-d3c952556dd0
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,60269b51-0b55-4976-a62c-4f4cea8a52a9
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b43150d0-aa31-4794-86e7-a113ebf656f0
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.5843401997252881,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,0a640e89-132b-46a0-a68a-0808bd37a9a9
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a35aaf78-0737-45b1-964b-4beae69ca23e
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,17db7510-6ac2-4c4d-ba57-62023e04c891
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,6702c81b-43b9-4b79-a127-2397e5954063
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d5c2930e-b246-4948-bedf-669705b00610
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,2960767d-207b-44db-940a-91e55fbaece4
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,da3cbb8b-afea-4b83-864b-9d4c3dc56297
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,b26d79a6-0a46-4722-9d5f-ffa01cb72201
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,70516124-8e05-4227-9b77-84a949f6f3a4
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,526cdfb5-7785-423d-b3df-f509fd1e9a61
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,4b34764f-f6f6-409a-a171-44fc62e26a0b
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,f981b529-e575-4f43-af9a-40af6acb3630
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,ff375f7b-6661-4bbb-aaa2-34d0e711bc2b
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,f5c98c2d-45ff-4ea7-becd-a6f56486e425
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,003d9a11-653e-42c0-9315-0db90621a0ee
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,6830ded2-9ba8-4729-9e9d-b20c150a9885
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,32a0040a-c538-4e3c-a42d-8a7fcd46cb54
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,a43d36a3-83f3-49cf-8b45-4b466a94badc
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,57b1f8ce-dadc-471a-adb5-9a55b6e7144a
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,78fd1979-e003-4f04-8bd3-d30d27d14196
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c239e40f-185f-452c-b08c-6f7dd0e942cf
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,27992659-b559-4e05-a1ad-84af766905d3
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,08ebcf1f-b4dd-4748-9de0-d50fd4884b6b
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,1e01fc0f-fa3a-451e-a098-d5a89941d847
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,0e7193ee-44d1-4fd3-ab6b-0b79a71f6fe4
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,3a1953d9-cd2f-4624-9433-811dbc984eed
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,5726fb52-2dac-492c-a5d4-2273d08a802f
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,fda65dca-e1e6-4e55-b45e-ae2ad0443311
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,6e9e35c6-7edd-407d-a6ab-ba15efe494b6
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,d75b12f1-ccff-41ea-b8b7-d4b43a278c11
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.003676637162701057,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,09449cc1-238c-45de-a748-e6c5d5b3644d
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,8f92ecd2-2a63-4039-96f5-378cd7fe60ce
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,fdc40ea3-3b62-49b0-924a-325966f55cbd
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,c828e85d-c438-4e6d-bd47-136093d6e985
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,8cecf8d5-d4a5-463d-9640-203325d9b72d
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c9159f06-7f1e-458e-894a-a1749ae3a27b
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,204265ef-e55c-4812-b044-98c9cea3e400
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,6840fcf0-57a7-4f31-afeb-e244da8fb737
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,81c88080-0024-4c5a-a155-509c51b91aad
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,a39fe61f-87d8-427e-b2ff-73f864949ef4
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,3f53b615-cba1-4cff-996c-14e7395a7cd6
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,d55a2472-f83a-4b1d-a687-f8061eb78dfb
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,907206f8-5968-4780-90f4-f3470dfe2b73
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2a26f2b5-ef8b-4cb7-a3cc-14d36da36246
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,2881a5d7-f395-4c2e-8b3d-010f306b7c89
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,594f9b95-c80f-40a4-accd-233b9e32a472
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,3af1ec06-fb64-4047-8108-96196727dc45
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,910a05c0-e46c-4322-ad3b-6a04457311d6
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,2a350542-5376-492c-b204-7bb63ce00093
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,ec532828-039b-4b60-b30b-ee9b324767ef
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,0b39617f-c5b2-4353-96db-900acd589b2a
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,4ba9593c-2814-41e6-a8e7-6b1404f127ac
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,4c6dd16c-bf61-42f1-bcb5-3a38c0787b5d
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,65c5fe14-d6bc-42f0-93d9-578328fd932a
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,8466ea69-c255-4545-9633-b5e3b190c8cc
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d8f94336-5af9-461c-b103-769210beb933
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b52c1e59-7b18-4e8e-a58f-61152e7481fb
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,cbae62c0-8377-4876-9c48-02446724981a
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,70241a86-ee1d-45e3-99d2-c35cfe067744
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,28deda72-15f4-4044-aa3d-09d018bc74b5
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,0.0001337775182521264,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,8336a312-0180-4b72-9bd7-b9f02c56ad35
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,b4c14557-726f-4fb0-9cb4-f0d70efc4ccd
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,b5889d45-a401-42a8-8ec6-1b7ebd39e6a8
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.1.2,modeled_data,kg/kWh,CO2e_value:0.11,b16ff73c-adcc-4a7d-b618-c1cac9ddedb6
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,0961b412-dba5-4b57-9107-39b197485a54
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,200e60fb-5669-4fc4-b959-0b0a9b8fdbc9
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.2.2,modeled_data,kg/kWh,CO2e_value:0.11,45c0b9f1-2415-496c-8cf8-d8f6bc82147b
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,8340b4a5-6a87-412c-9e71-02a155eefe1f
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,a65c30bd-1109-493a-9d66-a8de9761c485
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.3.2,modeled_data,kg/kWh,CO2e_value:0.11,2fa8d68e-36c5-4b14-961d-67c56dccfe07
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,2d12b4a5-62d5-499b-a65e-aa4d72828e89
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,a55cc639-4274-4926-98d5-a2d7b20a8c0d
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.4.2,modeled_data,kg/kWh,CO2e_value:0.11,49662e33-b641-4556-a2e7-037a7b59fafd
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.11,2662f642-064f-4dbf-af70-3032f048cbaa
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,076f6c50-1110-4c14-ae9c-db1f411834eb
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.5.2,modeled_data,kg/kWh,CO2e_value:0.11,19feb7d7-d640-4cd2-8faf-25f5d33d494a
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.11,31fcdc22-4ca7-448f-91d0-10db1cda5d8b
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,99c694ac-23cd-4bdd-9240-bb23704b02b4
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,I.6.2,modeled_data,kg/kWh,CO2e_value:0.11,1321c2b4-cdd4-434d-a231-43024a54f342
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,be0869f0-3ea4-45d0-970c-bbb3f1443e07
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,45bea064-8cd0-4ad7-8b47-d0a03ef780c6
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.1.2,modeled_data,kg/kWh,CO2e_value:0.11,1aa921d5-7dd2-48f2-b6f0-4ca210e9e92c
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,6e451242-dcbf-4253-bc17-9c089f83cf8c
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,60a0cac7-a603-4a7f-9631-ba6d39d561dc
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.2.2,modeled_data,kg/kWh,CO2e_value:0.11,bc349489-8e65-4959-b82c-cfb259084b0b
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,0c000241-79a2-4ada-a53b-ab8c9928c197
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,840b973f-70b6-4b17-b868-27e8de42b2d7
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.3.2,modeled_data,kg/kWh,CO2e_value:0.11,c748e2e5-30dc-4620-b290-e519d7afe6d3
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,d2e7e1c4-ff29-49e1-9116-dd5b1d8024ca
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,d3fa7d23-96f7-4626-babd-f44eb3ceaa07
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.08802564349290354,II.4.2,modeled_data,kg/kWh,CO2e_value:0.11,0a245d80-9330-4c6b-91fc-0d117fe2173e
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,6ef36c64-0a15-49ad-9ba5-ceefa6220c35
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,4ed60ac9-9a75-4aff-bd30-79597f79ad21
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.1.2,modeled_data,kg/kWh,CO2e_value:0.11,8b6606c7-4987-4026-a1bd-2f5b487fc3aa
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,662dc261-b5fa-49ba-ad24-9f206c1b7001
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,a4e25932-d058-4ad8-9121-a07599ec8a0c
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.2.2,modeled_data,kg/kWh,CO2e_value:0.11,e521b15a-3dd9-455e-978b-74f5b0b49320
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,c4f67317-93ce-4256-a8f2-a776cf1c0a14
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,cdde22c1-8ab1-479f-9440-d816976c2c9a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.3.2,modeled_data,kg/kWh,CO2e_value:0.11,c413b108-3639-451c-b5d2-df3dfb0dc5d8
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,b22d9d78-b0f6-4a79-a71f-da38ca8bf59e
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,5d65e58d-4029-4af8-8fb1-4042cf9a1369
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.4.2,modeled_data,kg/kWh,CO2e_value:0.11,805bb9ec-d5e0-496c-ab18-3c7497b0f249
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.11,716e36a1-2cb1-4a8e-a44d-d6b282a80116
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,d6a897fb-1f86-497c-91a5-98cb38056a1c
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.5.2,modeled_data,kg/kWh,CO2e_value:0.11,b66a0c49-e995-40cf-ab98-f3416a8f763e
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.11,249038b5-5db2-4025-b666-3ceaa64d4d4b
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,d9507b76-17c0-464a-8131-5635b4a55707
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,I.6.2,modeled_data,kg/kWh,CO2e_value:0.11,143ac7b5-7ba6-4818-9f3c-63af36e53fec
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,4084e5a6-fcf7-4ed2-aa9a-2ea610338737
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,4021d12f-2c81-4d19-9fce-a1b6852ee22a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.1.2,modeled_data,kg/kWh,CO2e_value:0.11,ab5189a2-39b9-4c4d-bfca-cbb4d3c77135
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,bac7f4d2-a790-43e5-bb68-e5690bd9ce2a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,0c4cb865-5d4e-4bb5-9e19-f87ce2e94132
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.2.2,modeled_data,kg/kWh,CO2e_value:0.11,dc61002e-e1d1-4af9-b625-fd96952ca985
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,f6513ad2-8b71-46f8-b1ab-9aeec617e141
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,bc22ee22-cd44-4f51-af53-25b0c1dded5c
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.3.2,modeled_data,kg/kWh,CO2e_value:0.11,48993331-af4d-46b9-9682-c367d40b630d
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,d81fa4b4-2d74-491e-aa90-d113c2be038a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,1087b8b2-764e-48db-b99f-aba392e2eafd
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,0.0005538526226483025,II.4.2,modeled_data,kg/kWh,CO2e_value:0.11,db807452-3e17-4a67-a3b0-cfa735791c8c
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,3b4d84ac-4dd1-48b9-9d16-2feaeb943620
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,8988c8cf-0ba4-4a1e-bca9-58233e3a0baa
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.11,f34494f7-6b8d-47af-a22e-3a833ab43260
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,35f5839f-66c2-42e8-8dea-c369e52f3bd2
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,722c6ac9-52bc-4af8-a5eb-37406c45e064
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.11,fed64028-f610-4a1d-ba44-e95a9581328e
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,42f65efc-3b42-4457-8eff-6b9fe56a35e1
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,e91088be-25c2-4e07-8af8-1acf81505abe
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.11,18bcaffe-c7e1-45a7-b915-0d70f0f479cb
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,fa7d0a25-4278-46d8-b4cd-69ce58ba21f3
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,4b35f118-0bda-4ad8-8f88-95dedba1e5b5
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.11,3deb481e-6be4-4e57-8864-ab9c80bbe415
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.11,a9a5f3cd-9168-47d7-b26e-70fa25a56e72
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,e00b41b0-e870-43f1-9e03-3afa4d5d2255
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.11,ad554e2e-8898-4303-9369-d585153d7379
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.11,1760654f-383d-4374-94ef-42334e3356e4
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,65ce77ec-2d1a-4b30-8d3f-5d497b20ac30
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.11,1f93ccca-6d04-4f0b-a76b-db1a25b63606
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,17ce932b-fd84-4ba6-bdd7-955b2c889ffe
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,d28be4d2-7152-41f5-af57-5f68221a5202
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.11,6956f047-3599-4026-ac9a-41c7532b84a5
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,dc093865-9705-4c5c-bf72-69c3c7c1e9b2
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,89944032-6f50-4050-a881-0a41578b15c8
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.11,340e7607-8400-4abf-9c48-4e0354dbc599
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,f8c0f5ec-a835-4a86-9836-73edc5bc1463
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,f6ec9178-1bbe-4600-a695-44c5cb1830ba
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.11,3ed2bd6d-5652-470f-9c3f-cee9a55f0d56
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,db0685cc-b78e-4339-922c-b18802cd284c
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,30fe4136-fedb-4d0a-a8df-ca8a5e07765a
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,2.0152390909547512e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.11,cdcb27a3-61fe-465f-a733-25539b276c13
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,1067c159-6370-43e3-8a6a-e4e4d6a8076a
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,0502a6e6-e1f5-4c67-9d4a-fce1c7cfc244
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,e0931532-ad1f-4e24-a987-ced009e03923
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,558bde2c-1a49-4114-b006-97b5fc95a0cc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,8098f406-b3e1-46a0-8338-d23819eb33a9
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,b45436ec-d327-46cd-aa54-bbb2e5f8462b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,a3ac2fec-8259-4b32-b3e8-e580a6a4516a
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,a1b6d782-c469-423d-9042-bd954465e13c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,a97d555d-9a0e-4354-b7cc-34a50c7cc5c2
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,91b5a83c-34fd-4c33-aba9-00adb1b0275d
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,f8994881-758c-4d29-8618-90394d69ec4b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,4297afeb-83c8-43ea-b9ec-38ad9cfde03e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,985daddc-99a3-4027-83c2-7ce9a41ec9cf
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,e18b1124-4e66-4c23-831c-b767abb055e6
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,c12953a1-187f-48b3-bb73-1ac3af8b33b4
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,c12e90a2-d2e1-46b7-85e0-628dfd97687c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,1f0ed930-50db-40f5-acf9-36c15889ed83
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,39be2878-a3b8-430a-8ce9-88c870820613
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,8790d15f-735e-4bdb-9e6e-ab3f9a656809
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,98fd609b-35aa-4bda-a88d-3f8b6e0bc08f
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,50804cef-19a3-43f8-9865-2cb5a5236342
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,8e3c4791-3c7b-4489-aa0c-28d7c890381a
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,ad9ebd51-d90f-41bf-83d4-a1e57e8ed8cc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,1e048815-e2ac-42e4-86a5-881c6e7459c6
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,5434a83b-21b7-4db4-a9cc-fab28472835e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,2cc073cf-3583-4bf3-82b5-b0b81184e58a
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,51da17d7-c8b4-4fc9-94c7-55ba077529f4
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,c5623afe-2004-48e5-b87f-e064598b5a36
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,426c72ce-5244-4772-973f-ccf0eea64be7
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,981b44ba-948f-4cf5-808e-1bdc43ec07ab
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,372658b3-96b6-4020-943b-e8683fd8cce4
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,b63caca8-6cf6-4bbb-b784-de1c434a4aeb
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,9d74d8c8-0bf5-44f1-b0e5-fcffb4dece22
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,344847fd-f123-4d79-89d1-7adfc267c4a6
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,d03a6461-fa6c-4632-b8af-283f47a22ddc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,d2c945b7-629f-4f77-bb38-c94fb541c967
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,375ce943-76d4-465d-94e3-fe6e64a3f88d
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,21eef6f8-10a3-4b94-8d64-fd8a13da5426
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,5ba04f57-8690-4e2b-b092-d7fbbec6e125
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,367b3b74-ea0f-4219-943f-820821b9cb57
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,6d733bf7-64fb-46ed-8875-3e941cd0d714
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,6c762ef6-4d83-4d24-8f27-8b0e435f8fe4
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,3609fd92-b140-47b7-9868-8a0d83420bce
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,a8f002ff-6376-4abb-b74e-bf4c82afe289
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,e88db7bf-81da-4024-8ff8-3e70e840e3fa
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,5d394828-2bed-4083-9523-8b44f9549025
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,4a5797fc-3030-48a7-8934-c4ec59c5c3df
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,735ce4cb-23de-4a97-b059-153bfc0bb797
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,6bd5731f-a832-413c-b6c2-678e129e7ca8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,5c882ebb-560c-48a6-9eea-9c9b6cb02fe4
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,6839698d-48e5-4b17-a9d6-99593b2cdbde
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,2c59a9af-38f4-483c-ba77-b1900f51c490
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,5d4d7c47-be0e-4648-8a01-867acfd09eb1
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,ba39ee4e-2834-4bba-9d4f-97704cef59cf
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ae840344-243d-4bd5-8398-127f86928c82
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,176bf848-9b5e-4646-bb70-95f64a2775ea
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,2341ba38-c570-45e6-ad19-0d1e99c1e339
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,9b19a9f2-b934-47f6-a455-49b7adbaff93
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,60b7ac6b-14c1-4864-9049-532e38a33161
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,e5fa6850-4a1e-4629-a329-3b41fff8f7f1
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,10b26d4c-2a70-4e1f-b345-d386e5693b07
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,2d2e6037-f142-4579-896d-d8279bb780e9
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,af83b348-7ddc-4112-894e-4cc2c0a21b6d
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,b8c81693-8bdf-4777-9fdb-c729222e3e2c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,fb68765e-f870-4891-b487-18da5f9ebf44
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,d898462e-162b-4ea7-871f-205094036fdd
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,fabe5ccd-f209-4869-a92a-32137d28d739
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,040979a3-d2b3-4691-939e-d1790698bdbe
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,e84651d3-8e5c-4de3-93f0-5baae04c84aa
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,e3122492-b51a-4861-8d06-0e5139f7809c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,5114657e-3622-4cb2-b71d-2ad25c2a924d
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,b7d3565f-aac3-4d5b-a8e2-91a93b9af254
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,741c6348-5ab3-413f-b886-3de19dcdb358
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,dbc6d631-bf6a-453c-82c6-73870a81095c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,5803ec8d-2bc6-4e1d-834c-cc6c3abf0cfc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,acc7a1bb-5e0c-45c1-9eda-2ce4439d912e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,d5e7a5a6-af28-4359-b5fe-d3d201bff736
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,4db80e8c-25f1-4706-bb67-e3e34bfcf572
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,432bccb3-975c-4fed-a4df-a5b64d50b83e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,154e6dc3-15d3-4547-aa36-b0106e092b87
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,9aa0a4f4-f86b-415a-b8e6-40574db70c57
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,10c59640-c6ef-41e3-868a-bb615eda01a9
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,af95f3ae-da31-4714-a49b-3aebacd3b838
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,04fb8c88-857f-4cc0-96fd-f90e4bbc8e23
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,f6b423d7-803a-4411-b648-c40ac9404a5a
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,22e7ace2-72d4-43ec-a55e-fe8559301a0b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,5835ed60-888d-4ba9-829f-db32ec3c88b6
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,e09a9d8b-ee6a-4ec9-847c-b32c921ea46e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,2450b4e5-4f35-425d-960a-093bd109bd46
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,abe6f868-7975-4d0a-b862-303dc2efdce1
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.535,547a1a49-e4cf-4675-b581-bfc1b70341c3
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,aa226b23-e51d-4a3f-b2cb-4b06177aa6fa
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.1.2,modeled_data,kg/kWh,CO2e_value:0.535,ab8c675a-d508-401c-9019-b654f0f80768
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.535,01a02ec2-708a-4f48-b8af-d35fdb0021d0
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,f25b12a8-b0a4-4304-979b-da1e6cbfd585
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.2.2,modeled_data,kg/kWh,CO2e_value:0.535,4f058f66-2db0-4d17-b4cc-a2664d27a5a1
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.535,dcbef6f9-f4a6-442f-a088-0065f7098a0f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,e86ad5fa-f59f-4c72-a593-6006387fd995
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.3.2,modeled_data,kg/kWh,CO2e_value:0.535,ce84ccfc-c997-4548-9e06-4c6f38fc4862
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.535,62b9643e-ea5d-4ff2-a724-494c3855353f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,df29d0e6-8bc6-47fe-a9a6-e3a16274b815
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.4.2,modeled_data,kg/kWh,CO2e_value:0.535,d62b069a-27ec-41a7-9b24-9b8fc86f3797
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.535,52fe60b8-4705-427b-8b2c-cfe817b885c7
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,3ae31f60-494d-4261-bb93-215f866fe039
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.5.2,modeled_data,kg/kWh,CO2e_value:0.535,4466c788-54fc-4c25-b9a4-6cc0e518690f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.535,d094116a-878f-4c30-8347-6c8aab98fce7
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,94e5d2be-a337-4d3e-a366-940562c4a68e
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,I.6.2,modeled_data,kg/kWh,CO2e_value:0.535,8ba74d3a-3a55-4822-bf12-1de03cb14690
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.535,3340e392-2d87-456c-a66b-528312433c0d
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,ca881e11-08b2-4919-90fd-cab31a81448b
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.1.2,modeled_data,kg/kWh,CO2e_value:0.535,c5981a2c-7f77-4e7d-898c-06013f4757a8
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.535,73b91a53-c0e8-4457-93c3-6887677f6f3f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,d7a65cca-9c91-44a7-a5fa-b4b21273cd83
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.2.2,modeled_data,kg/kWh,CO2e_value:0.535,bac8825b-ea80-45d5-a12f-83c9bb9f228f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.535,3d0bfcb2-940a-4135-9519-588355907fc6
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,abb23101-4851-4a48-a31a-6787ae1736db
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.3.2,modeled_data,kg/kWh,CO2e_value:0.535,861525ff-3aa8-46f6-b61d-7db108aab74b
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.535,ac7e8496-fbac-4733-a89a-9be57ba7c0a7
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,d56f69f9-db6f-4d9c-bfb1-347f4c2f520a
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.42781841850585123,II.4.2,modeled_data,kg/kWh,CO2e_value:0.535,34333780-4561-4aa2-aa9a-a18c3cae693c
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.535,628de31c-8536-4e86-bac1-156bad00f494
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,95583005-5289-4433-98e8-ceb774a596e0
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.1.2,modeled_data,kg/kWh,CO2e_value:0.535,0d796eb6-ae16-4b8f-a4d7-8c2d268f4297
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.535,f8dd0104-0375-4726-a5fb-ec74e5a2f463
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,908464f1-ee1b-4ce7-b59b-58b64e5fb0a2
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.2.2,modeled_data,kg/kWh,CO2e_value:0.535,2a894628-bb7d-4d8d-8808-834e45dfa80d
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.535,47b69fb8-5f54-4635-b9f1-17fd8cf1fef2
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,4f743500-275c-41b3-8738-a4066ade232f
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.3.2,modeled_data,kg/kWh,CO2e_value:0.535,3ffe1ed8-d01a-423e-8ab1-47a8b9758cc8
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.535,641b4749-5a2b-427d-957c-cb60149f5a2e
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,f399198b-f780-4681-8073-801144f5f196
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.4.2,modeled_data,kg/kWh,CO2e_value:0.535,73c697a5-5ed7-47b6-a9e2-91185ca10dfb
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.535,efe21c1d-fba9-4649-925e-32569137930f
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,0aebba4c-0cac-4340-831c-1e2fd70b3e5e
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.5.2,modeled_data,kg/kWh,CO2e_value:0.535,d6a8d06e-8f7f-4bdc-9174-9dc8926fc832
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.535,c06349ba-3269-463e-8ca6-66f9bc1bf1f0
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,e0913c8a-17c1-49ca-94ed-789fe8d7c6b6
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,I.6.2,modeled_data,kg/kWh,CO2e_value:0.535,08d3162f-925b-4931-97d8-e161f6df6e5b
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.535,0da29d2c-e014-4fa6-81fd-7de82ba07312
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,58773c4a-7676-458f-8622-b5a6bfc33b49
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.1.2,modeled_data,kg/kWh,CO2e_value:0.535,55c197ce-f215-4f4e-838d-01e75e246e57
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.535,0d2bbf38-5de6-49c1-a76a-f7b82830c559
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,df35e301-cdf7-45a9-aeb4-c94f458d9d7b
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.2.2,modeled_data,kg/kWh,CO2e_value:0.535,21d822b8-1f98-45d5-b84f-5d3c0da2019d
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.535,01a7852f-21e9-42bb-93d1-8a044f747579
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,9e14ef61-55a9-4ca3-9c3e-a80f618b568c
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.3.2,modeled_data,kg/kWh,CO2e_value:0.535,1f919746-11bb-4776-a83c-f2b1330ad29e
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.535,7d7734ec-172d-44ef-b2ed-c73a65fdbd11
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,77db127e-873a-41c7-8f11-d937740c1f8e
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.002691810519122386,II.4.2,modeled_data,kg/kWh,CO2e_value:0.535,93d76063-3787-4993-8be0-e2f0e7a4063a
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.535,023ed21b-7d58-445b-a2e8-c3554d8b61af
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,401814ae-8b67-4a46-b38a-a278225cd496
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.535,b1001232-af77-4f1f-a5da-97c970182620
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.535,31883fc5-a11b-441f-bebf-85447e71d8d3
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,3e89d812-6d00-472d-8f47-c69abff676c8
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.535,7daed868-185a-422a-adca-934f43ef25d3
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.535,42d9d16c-b9a5-4510-8b3d-f2bc9f73ccaf
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,0256b93d-d9ee-4e4d-97cf-e3383cd5ffe4
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.535,2e6fc94f-f33a-499c-aa0c-cde7e07b7340
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.535,56e1cf7a-bc5f-4a7e-ba40-5769e5b8f497
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,4e74dc77-a897-49ed-9c83-2e3e48dd8c3e
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.535,c02f1fe2-716a-4b77-b8c6-c729b7ff5605
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.535,8ddf4c1a-9c84-4564-9f27-9b8170cd6855
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,9805ccda-db7a-4227-ab42-2f700ccc926d
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.535,2b855ba4-334b-4c00-8297-113956bb5ea1
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.535,698c16c9-f5a4-4043-b147-1e93dee4e043
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,d611ee3d-fcb5-410d-a424-f2996ab4c13e
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.535,096fe196-3da7-4f4d-af30-b2a91a072c08
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.535,8366438a-10dd-47af-a147-5392863bbafc
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,d90a76c8-7e37-46c4-aee3-5e2f8ff360a9
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.535,e1404877-ff24-4a15-81ab-f400654b3d1f
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.535,57d66872-8d1c-4883-a22b-247a3f43e3e6
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,f335a875-d27c-4982-8a5b-b5225d09ab3c
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.535,de2cbfc4-ed80-4c98-8a77-16330fa827ec
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.535,8b89ef25-20ea-432e-940d-c31473a91f32
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,047217c7-c838-44fe-a5b9-c838e35004da
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.535,b3982ee4-2897-4847-8fbb-d3955704d7f4
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.535,8d9c6790-fdce-4343-b6ec-c27ba6c21641
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.535,dbf16825-027a-4356-b22c-57ad1cb90e62
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,9.794377713046044e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.535,8dec7a98-f464-423b-800b-64efe91de38c
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.481,20c58331-423f-49ee-af22-229f70926c47
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,23e0d89f-1493-444b-b026-e4e10b635f0b
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.1.2,modeled_data,kg/kWh,CO2e_value:0.481,c33c8b62-5c5b-4745-b104-c0e18c0cf783
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.481,8f5433ea-fc63-4857-bcc0-aaebd8bf211a
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,5d103f30-2b47-4866-9ba1-02f41d4803c5
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.2.2,modeled_data,kg/kWh,CO2e_value:0.481,1198ab2f-86c1-4980-ae8a-bcf10d8ef311
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.481,9b49126c-8554-4927-b3c1-33813205b0c4
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,6f6315c1-3361-45af-9632-a72e35a4a9da
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.3.2,modeled_data,kg/kWh,CO2e_value:0.481,fee95f27-4563-4086-a1a3-ff24eed97935
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.481,01cacdbd-69b5-413f-852b-607886cc83e7
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,80aa1358-83a0-4ca0-a4a8-35559ecebf51
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.4.2,modeled_data,kg/kWh,CO2e_value:0.481,a0d34f50-d7c5-49f7-bf1b-cd648cf8b12b
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.481,fb9ede0c-06c8-4f5a-8c9e-b13ea320c533
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,41a4d486-ecb4-4002-ab07-5c254201368d
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.5.2,modeled_data,kg/kWh,CO2e_value:0.481,b6c70cde-b9eb-4e37-99ef-0092d1d92d87
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.481,0f04a221-9167-49e8-82ed-9fd5d28c1e3e
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,31e203b6-1fb1-4067-bbd5-bdcee33a0ae4
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,I.6.2,modeled_data,kg/kWh,CO2e_value:0.481,d35eab8d-f985-4ba3-a7c8-3952e24a097c
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.481,552270c1-c81b-427c-a625-9b02e6be694f
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,bb57ed1c-ce2f-43e6-9912-6d6a0d494876
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.1.2,modeled_data,kg/kWh,CO2e_value:0.481,a7f00460-2489-4022-bb26-451a2157e174
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.481,3d20c2f1-eaf7-4c81-a919-61bbe7748462
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,a21fe298-458f-4373-8ec9-40eed7bce1ff
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.2.2,modeled_data,kg/kWh,CO2e_value:0.481,f57984f7-6908-43ee-b77b-32bf1a94c684
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.481,2ffbf65e-0568-43d7-900d-39f6e15bdb48
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,b780c8b0-d92e-4406-8227-f752a7410bba
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.3.2,modeled_data,kg/kWh,CO2e_value:0.481,5c850207-cfb3-4e7b-a2be-09ca7b3d1318
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.481,4e103d2e-e181-42a1-b232-ecc1d4ff9d5f
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,f65f4a82-86a1-458a-9115-fdb6bb49a3fc
+BG,Bulgaria,2022,Production mix factor,CO2,0.38508000000000003,II.4.2,modeled_data,kg/kWh,CO2e_value:0.481,a84c2706-dc83-4c7b-8028-11d37485534f
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.481,97b262e1-ce76-4841-9dce-1b8e8a5fbd70
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,e62f9e47-7065-44a9-91bc-d143a295f8fb
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.1.2,modeled_data,kg/kWh,CO2e_value:0.481,40338c41-ad1e-4d30-afa6-d1081c423001
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.481,021e1fb2-52ed-4ab2-acce-951e067f793d
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,6373c30c-f5ec-4f70-a081-e3bc0869f706
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.2.2,modeled_data,kg/kWh,CO2e_value:0.481,0a117b13-c5d4-47ff-be53-cc580ef02ddd
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.481,48a75e22-13bd-47d4-8ba0-b049bd1a199d
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,b6353295-d5e3-4765-9c1b-bd531502ec60
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.3.2,modeled_data,kg/kWh,CO2e_value:0.481,7a3b787b-c774-4a60-b938-2258c6dff3a7
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.481,855639d3-9a99-4ddb-bed3-7f317f80b34e
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,a89a044e-0805-48d1-94d4-86836de5e0e4
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.4.2,modeled_data,kg/kWh,CO2e_value:0.481,bf16a0c6-1ad9-4ff7-84d5-7d319efdeb28
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.481,d9496284-4503-445b-83f0-cf63e344027f
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,e72f415e-25b8-438e-bcde-a000d7b11c7a
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.5.2,modeled_data,kg/kWh,CO2e_value:0.481,904a6050-3331-4f29-babe-3cb1c39fe3a9
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.481,f580981f-45bf-4cde-9236-710f3bd5f2f7
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,b1405ac4-715b-4dc8-8ce2-366c80e77e2d
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,I.6.2,modeled_data,kg/kWh,CO2e_value:0.481,a7d52716-825b-45a4-b532-7eec1a5cc375
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.481,20764c9d-389b-4d46-8091-14e9994f8e0a
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,e5b47dcb-8f5e-470f-bc8d-2384b87210fa
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.1.2,modeled_data,kg/kWh,CO2e_value:0.481,a867b965-0229-418a-a6e2-9536b68e5a92
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.481,6fb47d46-e6a7-44e2-8ca4-e99c26ae9e95
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,76743867-9cdb-490b-ac4d-082386d59ef5
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.2.2,modeled_data,kg/kWh,CO2e_value:0.481,f2080e46-6a36-4efe-b031-5dd333f6569b
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.481,d93b5309-30af-4aa0-af06-866ccc0902c2
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,5697da3a-f367-4701-845f-ee064427c768
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.3.2,modeled_data,kg/kWh,CO2e_value:0.481,0c2a5da6-8f91-4e29-bdf3-fffe17a37fb2
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.481,94342511-339b-429e-9b6b-fedec7329073
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,74c9b6d4-eb40-4652-a818-3aecdbca36bc
+BG,Bulgaria,2022,Production mix factor,CH4,0.0024229026845637583,II.4.2,modeled_data,kg/kWh,CO2e_value:0.481,b24d0723-9801-43bf-a53b-5212e26c2623
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.481,38833d54-01d7-46be-8934-ef8425757903
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,079ce409-da97-483c-978c-e1f15cca0447
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.481,6382fc91-cca1-4897-a3e5-ac8cf3c5c661
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.481,449ce55f-1285-4b89-8e9d-0dbc0a8b400a
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,0a58a2b8-da45-4a30-8360-902efd0e72b4
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.481,448725b4-0419-49da-96b4-10183c9e1370
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.481,934571e8-2cb7-41c0-b929-833bc7eba1d8
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,03c3dace-b24b-47f5-813a-b9ba8768f37f
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.481,aaac88d8-28bc-429e-8a14-61ac937303d7
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.481,3594e4bd-6534-4673-8955-6d883ce9d3d0
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,194d299f-6646-47e1-93d5-710c4444f409
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.481,5801b63b-bf99-4c53-9ef0-75450d21c202
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.481,cfc58a9e-b609-4c40-ab50-cf2f55fa8ff3
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,b2390b0e-8eca-46c5-a064-571160519257
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.481,c3d6b500-413b-45fa-9f70-65814f205f1f
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.481,f0630778-6f50-4415-9c34-8c859686be28
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,a3d92211-6df2-4223-af25-f8e3604b57d8
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.481,93072463-e669-498e-a850-ca3a6e408a29
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.481,a5437511-599e-401d-8fb6-fdc5d4ed6097
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,cf8f3eef-d6da-4345-94ca-7ef2fb714bd4
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.481,1e287a9d-3849-4dfa-bc30-beade9911c11
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.481,f7cbb80e-d97f-4dd1-98e6-43d460f7626c
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,8142e459-383c-4415-ab61-3eaca09c61db
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.481,55712432-053f-4209-af63-d59d1bb62f9a
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.481,9fdef645-32c2-453b-a0c9-5cb55316d00d
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,9a372dd6-72e2-447d-b55f-c9aff0f7c6c1
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.481,2a401607-165d-48ee-9698-ce2debae3983
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.481,b3d4a8ad-794b-4741-ad03-c3ea81777a12
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.481,769061c8-b336-4750-8c6d-02aa9d4d28d0
+BG,Bulgaria,2022,Production mix factor,N2O,8.815934065934067e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.481,67d57c86-195d-442e-a371-3c516fe34c58
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.558,8832d976-4288-4f26-aa82-263bf5ee99bd
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,928afd7a-3096-460a-97f3-86d9068e8ddf
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.1.2,modeled_data,kg/kWh,CO2e_value:0.558,21a5155c-0157-477f-ae10-a96930086a55
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.558,7a0ae22b-711a-47c9-8f45-0006c92d80cb
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,bbda2f64-34f7-41bd-a408-5a35ee32a599
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.2.2,modeled_data,kg/kWh,CO2e_value:0.558,4007a645-7e91-4517-b10d-b3ca3a00caca
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.558,942a9e7a-23d0-4524-9177-e54ce5d588dd
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,85bad02a-5c6a-471b-a97d-a4878ebbc51e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.3.2,modeled_data,kg/kWh,CO2e_value:0.558,e57f05b4-b317-487b-9f02-46045a8d0962
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.558,4b2b8786-a7ee-4b3d-9a6a-49f56a628a4b
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,549e4654-1ed6-4e01-9aaa-aaf318289a9c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.4.2,modeled_data,kg/kWh,CO2e_value:0.558,f9798872-c364-425e-a374-2358599b05de
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.558,64a9eabb-98e4-412c-8b25-ff884be4b3fb
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,737cd87e-ee48-4e61-acc6-af9dcef1f145
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.5.2,modeled_data,kg/kWh,CO2e_value:0.558,a2824f3d-4ffb-4c4e-a5da-a3582a73a2be
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.558,3ecf1c89-8eb0-49cb-997b-c285b3dfa7ac
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,3f2f341a-83fe-4ae6-8bbc-dbc7cf05c620
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,I.6.2,modeled_data,kg/kWh,CO2e_value:0.558,49d50e6a-2b23-491e-b8ba-4fef0bb9abd0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.558,19ef59f5-c07b-494e-a096-acb6d0bc28f3
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,a75b8da4-4c41-4258-a042-fb91f2f138f8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.1.2,modeled_data,kg/kWh,CO2e_value:0.558,1bcbe5c9-85c2-451f-95f4-408610847c74
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.558,6a963245-ba77-4ac2-8e2f-fc1bf86e2017
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,926d8e37-cb31-43cd-b8f9-4f7b649dccad
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.2.2,modeled_data,kg/kWh,CO2e_value:0.558,7084fde3-5997-4604-ab77-a803d4dd5777
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.558,fd186c5d-e7d1-4283-b6f1-10d5edea1875
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,e8196dd1-b0b2-4268-86b5-3da666e06ac5
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.3.2,modeled_data,kg/kWh,CO2e_value:0.558,0a4a6026-19f0-4113-8d73-27c6e9fc88a1
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.558,05b5055d-c56f-45df-8e3d-73517b73aca4
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,e9b1dcc6-1c90-4ce5-b1f1-2c8fd7097568
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.4460644127096261,II.4.2,modeled_data,kg/kWh,CO2e_value:0.558,f218647c-0b8a-473d-bb8e-bdcc99037262
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.558,0520d248-e9a6-4d32-9f6b-c5d2b8f40e17
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,c13b837e-0b51-4f88-a434-34419d4a756d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.1.2,modeled_data,kg/kWh,CO2e_value:0.558,5be39824-6188-496f-a160-65084bed6691
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.558,2f4fd970-0558-4df7-9c10-cc7b74450de0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,6a50a3ff-6003-40b3-8ef1-e5d6917b915a
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.2.2,modeled_data,kg/kWh,CO2e_value:0.558,1b957229-b0a2-4990-a28b-0eaaf44bdb76
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.558,efd745e4-0999-42bd-8b2c-1c7ac27a4b74
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,44f111ac-16ee-456a-b80a-d1fd34c62305
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.3.2,modeled_data,kg/kWh,CO2e_value:0.558,c3a33802-3d50-499f-a5da-882244da0150
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.558,63b2063c-6d60-4224-a212-eb2ab55af851
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,6ac051ba-37ee-48ea-a849-e813292fff26
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.4.2,modeled_data,kg/kWh,CO2e_value:0.558,4246d728-347e-4ee2-ae2c-1c686fb5eda7
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.558,91aa52c1-2c43-441d-9c94-09185459872e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,76aa7c3c-75f7-4607-93ca-7436e285c567
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.5.2,modeled_data,kg/kWh,CO2e_value:0.558,b6b097f5-19bd-42a7-bd38-b173886fd887
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.558,f0ba732b-efee-4f12-b921-3ac642a0b63c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,39173c04-2d68-4c6a-9eae-1df524db4eb0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,I.6.2,modeled_data,kg/kWh,CO2e_value:0.558,e15f34fc-b502-4aaa-b54d-046dede5b254
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.558,e600b81a-ae30-45cf-a29b-de0326484712
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,8620ccb8-7089-4ccf-a0ba-594194707bb8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.1.2,modeled_data,kg/kWh,CO2e_value:0.558,0628d23f-8525-4c8c-964e-da3ce402efc2
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.558,db6c3067-3a62-41ff-93c5-8e26f39ad180
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,01904341-e9be-45e1-b60d-a71f8f43cee0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.2.2,modeled_data,kg/kWh,CO2e_value:0.558,55130b7b-a6f1-40c4-9517-392ea033f675
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.558,7031c765-91ab-455b-9739-7111695217df
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,cad7c673-236a-413a-bfa7-0890dd760cae
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.3.2,modeled_data,kg/kWh,CO2e_value:0.558,e3b867b3-9b3c-426f-b675-4d437c54d92d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.558,d2f2ae36-9d2a-4333-b015-4f63a029aee9
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,f99d4bb3-079b-4b2b-9808-b2aa764b286d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0028066133350018417,II.4.2,modeled_data,kg/kWh,CO2e_value:0.558,f352aef1-41c8-48a0-ac0c-369c09d21b4e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.558,41d991e4-2e02-4543-82d8-73b36ab12af9
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,fe3862d7-4e90-48d2-a670-c72d4ea1c5b4
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.1.2,modeled_data,kg/kWh,CO2e_value:0.558,111af656-9b8b-4127-b322-07ca99a39855
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.558,d07bd241-dd91-43af-9f89-102a8294131d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,fdce49de-f074-4675-a4f7-10d878af21a9
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.2.2,modeled_data,kg/kWh,CO2e_value:0.558,3c7c4a74-ddfb-4fa4-af77-f07296bedf5d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.558,e0675ea6-2b6b-4a16-b453-db220c24150d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,240285b1-0d07-41c1-99c9-83f8eb33c2e1
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.3.2,modeled_data,kg/kWh,CO2e_value:0.558,78b18cbd-197b-41ad-a7ad-1785f1f449a8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.558,7aaf0e90-3556-4b1b-9104-2933ee962d80
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,b948e2c9-6264-404b-8891-ce05841b1aa4
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.4.2,modeled_data,kg/kWh,CO2e_value:0.558,68e67e00-0874-4264-8f85-fc4980f45833
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.558,4c93b85c-fe16-4b60-9c5c-e5c98d1ad12c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,143ad8f8-6097-45f1-8bbe-2cc4e8e24f88
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.5.2,modeled_data,kg/kWh,CO2e_value:0.558,7c6092a7-d503-4918-ac47-25a89bd2cd93
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.558,49dbb78a-e3d9-405f-a678-ecae10df6cbd
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,c4cd252c-07ca-40b9-a11c-c2625c41cf6e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,I.6.2,modeled_data,kg/kWh,CO2e_value:0.558,773ffcb7-17a4-4929-b063-77f47826776a
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.558,3213be01-1381-44b5-87b6-8f8fde4b4807
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,951f97bf-f8e6-4f22-8428-f45c304c226d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.1.2,modeled_data,kg/kWh,CO2e_value:0.558,271cef8f-d936-4ef8-96db-04b13fbfcb4c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.558,1cbd65c7-b71d-4365-81cc-799c04e4ba67
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,7b28cd63-e284-4c58-9612-08c5212bb11c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.2.2,modeled_data,kg/kWh,CO2e_value:0.558,b91b5907-dc0b-4e9b-a4dd-e170beaf3361
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.558,34bea117-4294-4611-beb6-8794436f9980
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,d9952bde-7615-4fc2-9fb9-f8109334a560
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.3.2,modeled_data,kg/kWh,CO2e_value:0.558,64012a35-f548-432f-847b-7508327c3bd0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.558,e1a8045d-0131-4c99-bee7-63b51b47f92e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.558,6b18f3b5-05db-4289-b20a-7cd6fcda239d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,0.00010212097360568363,II.4.2,modeled_data,kg/kWh,CO2e_value:0.558,978a5455-0b5d-489f-bd0f-33989dd0409d
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.209,ef0cd23b-79af-4f51-b45a-5cf8deaefa27
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,cb2dd2cd-07a4-4e2a-b8b2-73b0c936730a
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.1.2,modeled_data,kg/kWh,CO2e_value:0.209,38a7b9f3-149e-42f8-9023-7ff2e8dab085
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.209,99098761-d2ad-456f-88d4-6a87350397de
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,9f5c5c4f-105b-4a4c-89c6-30314a49801d
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.2.2,modeled_data,kg/kWh,CO2e_value:0.209,dabe759b-1905-4828-b3cf-a3555ae2cb40
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.209,201000c6-a375-4182-834b-2c096152c8c4
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,1d008ec2-95d9-49d3-b75d-7dd79eaec63c
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.3.2,modeled_data,kg/kWh,CO2e_value:0.209,b313ff64-e8ec-42e4-9fb3-bfa3c3f29766
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.209,37139ac5-b03a-487f-ae98-aea645dfa455
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,62921801-840a-4c35-8341-e26fe18dc869
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.4.2,modeled_data,kg/kWh,CO2e_value:0.209,4fc1bac9-6058-4e0d-a537-e6409f98093d
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.209,6f77b582-c123-4988-a2e3-6445e0f94da0
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,35a1b404-b994-42e1-8a1c-59f9bd1cf573
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.5.2,modeled_data,kg/kWh,CO2e_value:0.209,87d310a3-9aff-442e-a7a7-769d5209eb7e
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.209,5b9df0cd-18cf-4f23-937b-7a63ddd4bd9b
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,7b2b2b83-6c78-4c53-a4b5-50a8cf855ed5
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,I.6.2,modeled_data,kg/kWh,CO2e_value:0.209,31d4008d-fd59-4ba2-95d4-1919343775a0
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.209,dfe42b82-e9a5-433e-89a0-fe0be86292c0
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,3d05691f-0227-4fef-ac78-21e060024d8e
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.1.2,modeled_data,kg/kWh,CO2e_value:0.209,3ec2fcba-a971-438b-9b50-bf1eca8d1247
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.209,5d92869d-d11b-4519-b36d-923b2d55e882
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,4c3acf47-ca5a-481a-aa02-362fd1c491eb
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.2.2,modeled_data,kg/kWh,CO2e_value:0.209,83a7932f-fa38-4e62-966a-0a6a36dbc9f1
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.209,5516d300-9369-4c10-b3f7-7934eb7cc29f
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,118e9fc8-72b1-47e2-9ab0-820d8ab2c4de
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.3.2,modeled_data,kg/kWh,CO2e_value:0.209,1d03310a-2753-4a06-aaf4-c2ef8b31b5dd
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.209,3be95746-3c73-451b-aebb-3b081c0ac154
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,0c8b89ac-a576-4a79-aafd-b6ded3cdfa93
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.1670743909585248,II.4.2,modeled_data,kg/kWh,CO2e_value:0.209,6e37159c-86b0-4e97-87cb-45876c4fd53e
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.209,b98b17d9-b0b8-4c5b-9506-7a0fe716fcd2
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,33268adf-0fcd-4218-9ace-307ebce1705c
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.1.2,modeled_data,kg/kWh,CO2e_value:0.209,d6783e85-b8c2-4d0d-9c87-7d14c14e0b3d
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.209,a3801423-6878-49af-9ca7-71905e5d04a3
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,7f6b9c1a-01a2-45e3-8742-c0d8462a49bc
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.2.2,modeled_data,kg/kWh,CO2e_value:0.209,82e64e7a-313e-424f-b426-c5e59b380d47
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.209,92e36be0-0063-4499-91fa-dcdc6413cf9b
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,9f8f53ec-e058-4ab3-b22e-321cd62bbf22
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.3.2,modeled_data,kg/kWh,CO2e_value:0.209,3760a3af-331c-43cf-acdc-461821423082
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.209,8605fa43-fae1-43fc-a6c9-b78afc4c4600
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,4b42c25c-f6e0-4c90-8b97-c121445b5ac6
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.4.2,modeled_data,kg/kWh,CO2e_value:0.209,df554a87-8386-4254-9d08-a274ba305faf
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.209,f37b51fb-2275-4bbd-88a6-13ffbbda793e
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,c847a837-43db-4476-8bb3-e29d9c16fcda
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.5.2,modeled_data,kg/kWh,CO2e_value:0.209,e4e24511-1b82-4f28-b97b-57cf1bf6e98c
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.209,02cdcd08-4bd7-409c-a8fb-9d3d782b72c6
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,405f6491-0415-4052-815b-e275c969f4f9
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,I.6.2,modeled_data,kg/kWh,CO2e_value:0.209,6a92edfc-f8f7-41e1-bedf-f3981a00fff2
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.209,b6e6b447-b0b3-4efa-b4ee-86b171afa6f0
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,a8d7d01d-a69b-4c86-8d0c-d0c10f3a590b
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.1.2,modeled_data,kg/kWh,CO2e_value:0.209,813171da-4be2-4f4a-b694-36af0260f4b1
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.209,236c8b5a-f905-47c9-822e-599f01bebd92
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,18c7e0ab-c51a-404e-9abc-38cef85370ff
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.2.2,modeled_data,kg/kWh,CO2e_value:0.209,43182cef-80ed-4e96-b2d6-da8b8fbdd327
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.209,50e5275f-0214-479b-b502-56283411db55
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,5392083e-91cb-4fce-94cd-a43cff5af72b
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.3.2,modeled_data,kg/kWh,CO2e_value:0.209,90ccb59e-27d9-430a-ba49-fd2edb173a8e
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.209,3257142c-bf74-49db-9864-b62d7c07f010
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,01dee3bf-8a2c-40c9-a44b-2215e3902f0b
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.0010512230974739395,II.4.2,modeled_data,kg/kWh,CO2e_value:0.209,2e971616-59c1-45d4-b1c0-6b8c9ca65ff8
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.209,9b2aa172-e322-4db2-af26-3e0876563bed
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,43b594a1-f991-4491-aaa1-b9d063edfcc7
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.209,90b5bd13-0ef9-4b01-9582-fcbc8e4e5479
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.209,726a3a0c-9941-4df7-84a9-fd759b00c6ce
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,44ab7560-0cc4-48cc-9b4a-f7b04ed04265
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.209,fcf1e9fd-a1bd-45b6-a866-d7ba7fbdf9ef
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.209,57f26b81-7f6b-4caf-b655-4f26b9a874ae
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,6946e728-0559-491f-8982-1b809801746d
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.209,27e8506d-3d0c-45a0-b09c-c4608736aef6
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.209,cfba8390-2677-449f-a3c2-687e7cb352b3
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,127189c5-0cb0-4e09-89d2-6df97ccacd5e
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.209,872e1bf1-6479-426b-987e-a05edeb43a14
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.209,bccb4817-4ab1-4077-869e-c716306cc66e
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,9fc455b5-0d47-4fba-86c5-0ebc078a7e42
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.209,2f082afa-0089-4a6f-8c90-c546886b8add
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.209,7b492097-d7d8-422b-afb3-8a5838c1416d
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,ed632b29-5419-4368-994c-cda6219370f6
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.209,0f582549-a7c8-4da7-a30d-44dee6c9e4fa
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.209,d137b9a2-41d2-4c05-bc4c-00866edd03b7
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,380016d6-de03-4490-a1ad-399794f07ac5
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.209,71fa801a-b95b-4b1e-98f4-e840b66c46fc
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.209,882866c8-8022-4619-8952-fe6d9809602f
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,1a1dddc0-8220-47c2-825f-57dcf4cb704e
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.209,6b6be7e2-d629-4d46-b680-af501c198ff4
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.209,8c23ab03-786a-4ca8-bbf8-2c51ad347d62
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,f00afb45-7355-4dab-82c9-3e7b18db5e9e
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.209,4aa2d9b9-0c3e-4043-83b8-442283d2fff5
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.209,d0783476-9e72-4257-af4e-4c493097c8a3
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.209,52a75bae-cd94-4c6c-befa-73dcc6bbde81
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,3.82496316296989e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.209,577976ad-75ed-4348-bb3e-78cb65e1afa2
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.353,165f195f-10df-40f0-9c78-399d895a7752
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,2d9b4c00-2112-45af-bcdf-41d7a54a7e9f
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.1.2,modeled_data,kg/kWh,CO2e_value:0.353,b499ebcc-596e-44c2-92a7-b0de1f6b61fb
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.353,c250e7a0-1135-450d-a96d-4d98261eb983
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,79138407-de80-4d33-b595-ef29b62552ee
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.2.2,modeled_data,kg/kWh,CO2e_value:0.353,40e9a4f5-c20a-4e08-8d3c-b3686d75a36c
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.353,4b335dc3-b6a5-4feb-8269-5ffab253bee1
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,63011e1f-c773-44c8-9377-ee5ba61178af
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.3.2,modeled_data,kg/kWh,CO2e_value:0.353,704b0aab-42ac-4ade-aec4-9d8ba6aefe35
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.353,969db0b3-0993-4b99-a1d3-0544dcc13699
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,1ff5d7f7-b782-46fa-8093-c974f12ce2c6
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.4.2,modeled_data,kg/kWh,CO2e_value:0.353,d16bc8aa-d19e-4661-80f8-c26345bee3fa
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.353,0f85df58-0737-4277-8c67-1ddd03d461a7
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,9c331a84-6013-48ca-ae69-13ac211e1512
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.5.2,modeled_data,kg/kWh,CO2e_value:0.353,cbe38320-15b1-4ec1-8fb8-02de6e08074e
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.353,579b199c-1a81-4436-a23c-33e7bcb149b8
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,27c2167c-39ed-4156-92e8-bf52bd000582
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,I.6.2,modeled_data,kg/kWh,CO2e_value:0.353,80218da0-ae19-40c5-93ff-28ba9ee27f83
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.353,2f52ca5c-2441-4904-a908-304509737116
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,2a9af769-75e8-4be2-9e17-3fb043f007ff
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.1.2,modeled_data,kg/kWh,CO2e_value:0.353,71cb6920-d87e-435a-beac-7e2b6075bc7d
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.353,1fd60d4b-9f33-4268-95c4-9512aa74177b
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,e4414dc4-7216-4c76-9fdc-369a44c265d9
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.2.2,modeled_data,kg/kWh,CO2e_value:0.353,869e1cbf-e581-4658-a427-8dc99fa01d4b
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.353,421cd473-489c-4b9a-a716-1022e5b0434a
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,1af0f0c5-c56f-4d42-b571-5e28134883eb
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.3.2,modeled_data,kg/kWh,CO2e_value:0.353,84f7fd3f-0996-4b4c-93e7-9db60d3452a6
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.353,89f27cd8-74a1-44ce-a167-7e198e83feca
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,84f985a8-4beb-4b2d-a4a5-dd9becb0581a
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.2823445660853756,II.4.2,modeled_data,kg/kWh,CO2e_value:0.353,cb4394db-78e3-45d9-bd97-8f66fcdb481f
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.353,c6852149-3650-4ef6-9daf-e55d6a406160
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,3f3c539a-3209-432b-8274-a2d9b89acdf1
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.1.2,modeled_data,kg/kWh,CO2e_value:0.353,71f49d08-772a-41e5-9d9c-cda7cf314380
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.353,785e5e0c-c2ce-4642-84d5-e975dd0e8dc3
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,3519c260-8c3a-44d4-be90-2682e001b6fd
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.2.2,modeled_data,kg/kWh,CO2e_value:0.353,b3691966-caf0-4b79-b211-b3c7276a7fdb
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.353,8ea71fcb-8f02-47f7-9423-92e24aa73ae5
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,58d2e9d3-1363-436d-ac10-1b530ffc176a
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.3.2,modeled_data,kg/kWh,CO2e_value:0.353,35856781-1117-4377-9935-779a16b213a5
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.353,03278028-151b-448c-bd39-df300af5caa1
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,c7fad8c0-c505-445a-be67-3e46da1dd438
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.4.2,modeled_data,kg/kWh,CO2e_value:0.353,3dd24a2b-9d76-4c10-8c0d-dceaa6f05bc9
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.353,88a18fec-6d18-4ed5-8fd4-2d4e41f8a218
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,519973cd-107b-4b3e-b9b5-9c0abef0560c
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.5.2,modeled_data,kg/kWh,CO2e_value:0.353,a290c7bf-6304-4356-a11e-ce6245071ea2
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.353,6907b0e9-5623-49f3-ab17-995ac81f8ae2
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,3d4d59b3-b4f2-4767-99d0-a8c4facfd11f
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,I.6.2,modeled_data,kg/kWh,CO2e_value:0.353,4d7434c5-4d0d-417b-b165-f56dd83477a4
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.353,ba1e3523-f458-4521-a8a0-a70b79318e9a
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,4c8442e9-f9cf-464f-98cc-52936c524b8a
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.1.2,modeled_data,kg/kWh,CO2e_value:0.353,c42e26a8-7514-4b62-96a9-32036d0d32af
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.353,f88c9734-0b5b-4523-91b4-dacb1a6ff7e5
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,490b8132-8431-4984-9358-85cd8e6c4100
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.2.2,modeled_data,kg/kWh,CO2e_value:0.353,240d370f-4781-464d-89e6-cf55d5bd601c
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.353,c9d2d7e4-57f0-4d96-b320-4920fee0cada
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,ffee63b0-762b-42b8-950b-a606689b516f
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.3.2,modeled_data,kg/kWh,CO2e_value:0.353,3a4753ba-56cf-45e4-b74e-3fb32082b767
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.353,28a70186-a2be-485a-9303-5fd667e5624d
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,ddc6efb5-f317-4a37-9244-1f46d64c0d93
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0017764968503693934,II.4.2,modeled_data,kg/kWh,CO2e_value:0.353,c0c8e512-660b-41c1-a74a-468e383dbad2
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.353,c9be449e-2d3e-432e-85cd-0320d18033ff
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,801af250-1c28-4a1d-9664-4aa0b80e4630
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.353,882f1241-666b-4cc6-8216-29385143c6b5
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.353,da96611b-36b8-417a-9b85-b2c01481ed46
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,a1e94119-a1e3-46de-8ef4-77dff6eff217
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.353,d41d3368-937b-477c-9a08-e1d3113aed90
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.353,12e15e1f-421d-4d6f-95a8-e88ae2174cc2
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,f21d878b-611a-49cf-b48d-ac51da65ac07
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.353,09828bfd-0373-4608-a91c-266e4c072821
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.353,fbec3e60-d1ee-45da-bbd7-b9e480fceb6b
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,4368cba3-9624-4484-a2c8-33d1e595c53a
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.353,1c9c2dfb-1521-480a-9801-9ad92a1348ae
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.353,1f821829-5ee1-4f23-8ad3-f404c57f809a
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,50cf7b45-1c18-4ccb-b822-063714c1db91
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.353,eae30eaa-07b7-48dc-9900-a4ac3cddf695
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.353,2f46e457-28fc-453e-8a57-71b0be642f1e
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,854853d6-c97a-4683-9c3a-2acd9a752f7e
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.353,e56ddbf2-108a-4ce5-bf2e-2543599cd121
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.353,74e4dc83-810d-4d5b-9620-f4cc3e0a2cdf
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,12abbcf7-a42d-4d20-b2ef-4b0a1912a25f
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.353,fe96ec3d-71a2-4c1b-9fe5-088011fc9f4c
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.353,720ab568-37a2-4289-ae65-3aacba1ca57e
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,e40308b4-3c62-46cc-824a-566d7b8f655c
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.353,82b348e3-ebb4-49da-a73f-f79cee068df8
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.353,81c7dd49-47c1-48e0-a804-3a8cb8d50e84
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,763b169c-c826-4030-96ac-270664712818
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.353,712016da-014d-4a14-9d04-b58b82f26193
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.353,3a24db13-13c0-40a4-8197-b3215294ecaa
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.353,debd9400-058b-4353-b338-326857095d58
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,6.463932373749442e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.353,688acc82-7d69-4305-bda8-3f7a4f807791
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.253,75acfc2f-71eb-4b4a-bdbf-c032b709d26f
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,f8593296-348b-4258-ab9e-ac534fc068c6
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.1.2,modeled_data,kg/kWh,CO2e_value:0.253,d85f68f0-fe20-4191-a595-9dc9031df72d
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.253,2e20e02d-1deb-4f8f-b457-30a82f10f8b4
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,1ba10bfe-484c-4933-82c6-72df15cb061c
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.2.2,modeled_data,kg/kWh,CO2e_value:0.253,b004361f-c400-48a8-b211-30eb5855e8b8
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.253,a97e3e52-1d9b-42d3-a3f5-390494f6662d
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,b5941b27-dd8c-48d6-941c-bd60ab36dc7d
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.3.2,modeled_data,kg/kWh,CO2e_value:0.253,e14c9be6-582f-4750-a09a-0fb576c95a01
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.253,f6a5b0cb-3094-4a09-998f-cb216d3b9ae9
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,082e8d25-04bc-4764-bf7a-aafbcb334d66
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.4.2,modeled_data,kg/kWh,CO2e_value:0.253,7fcb4998-7319-447c-89ae-43b5528687f2
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.253,854823aa-8ae0-4bbc-be1d-ecb506bf03a8
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,f3f480f4-d4d4-4d5b-bc68-801a42b759df
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.5.2,modeled_data,kg/kWh,CO2e_value:0.253,d3ce2925-3924-4663-9726-5d3c78d75d1f
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.253,094e566c-135e-4212-a413-a691c1e27647
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,72cab046-baa4-4627-9938-4baf4a11038f
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,I.6.2,modeled_data,kg/kWh,CO2e_value:0.253,fa2a9410-cbda-4f7c-a77a-cbe372483420
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.253,132f8b36-5625-4605-8bee-09d752854225
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,c27fbb5d-79cb-4991-bd54-bd9df8b2b606
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.1.2,modeled_data,kg/kWh,CO2e_value:0.253,04567311-e461-4409-a0e2-237188ed1f9f
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.253,22e07d29-bbea-4177-a6a3-30b65badf842
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,2063422f-0220-4700-a1c3-0760d94e4cc6
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.2.2,modeled_data,kg/kWh,CO2e_value:0.253,7a6b69ea-faba-4c29-abac-5d1b515504ab
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.253,e2fde9d4-2294-473c-9c85-3e767a31ad96
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,3425eb80-401f-4dd7-9ee2-c3dae515e69a
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.3.2,modeled_data,kg/kWh,CO2e_value:0.253,9e4ff6fb-dea2-4a8a-92b3-3bff03d5cfe5
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.253,dad5e133-c197-425d-bc9e-93820cd2bda4
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,2802c5c8-96b5-4036-990d-abd055287d03
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.2027129881037828,II.4.2,modeled_data,kg/kWh,CO2e_value:0.253,6c32f94b-a3b1-4ef2-b726-2683a31fb2ac
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.253,13ddb265-fd32-4d88-8be7-30220709051e
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,f5636263-10d6-47bb-ab1e-41f6feebfa9f
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.1.2,modeled_data,kg/kWh,CO2e_value:0.253,a2b2cf23-84ed-438b-bc37-0198dc296c85
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.253,56ccdd1a-4c6c-49a0-a061-6a3ad620703b
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,7875d85c-4472-4bf4-a36c-48f3afe4bb81
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.2.2,modeled_data,kg/kWh,CO2e_value:0.253,d1cc2552-16b8-4b63-8582-1f6622d96261
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.253,e0c1ee38-fb72-44d2-8593-bef871ecc9ca
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,dbdc37a8-ea93-42fb-897c-8e21d8bc88f0
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.3.2,modeled_data,kg/kWh,CO2e_value:0.253,9186e423-093e-4cc5-842a-65d7be4f9aa4
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.253,31027b00-6e4a-4290-b502-89c8d2e029e7
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,5c331dae-2142-4583-a94d-6120e1e8d53d
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.4.2,modeled_data,kg/kWh,CO2e_value:0.253,6f9b0703-b01c-467c-96d0-f36057e18905
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.253,b5e361a4-b8af-469a-b5cc-4e88989e05d2
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,fff1d3e7-68d2-4f05-a95b-97a64b4963e1
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.5.2,modeled_data,kg/kWh,CO2e_value:0.253,183b1315-c5ee-4ad9-bce9-cf05d70b42a9
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.253,d25935f2-d6d4-41b0-a6fc-f2a6bc28d789
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,b51729a3-df32-4834-935e-072ea8b5031a
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,I.6.2,modeled_data,kg/kWh,CO2e_value:0.253,d29a326c-4a50-45d8-9826-83c92a6a6e83
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.253,97e00997-84ee-4203-879e-932b26be6782
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,a9f859a4-5267-4846-b32b-43aba0ac655b
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.1.2,modeled_data,kg/kWh,CO2e_value:0.253,70253b1f-7a3b-4a5d-a1c3-df21bb0fab21
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.253,b95e879a-93ef-42e8-bbbf-7418d3d754eb
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,d9a4c9e2-da16-49ef-b753-d55a641d2310
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.2.2,modeled_data,kg/kWh,CO2e_value:0.253,f5f84971-4176-4909-9084-310c598d07e7
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.253,a74f12f5-17e3-4a1c-9c28-dc6fb79efc29
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,ce6aced1-5fc2-4db4-941e-f2be6d4c0542
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.3.2,modeled_data,kg/kWh,CO2e_value:0.253,5493b596-cbdc-4365-b0eb-b78842629fbf
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.253,df3ab746-454f-47bf-9fc9-6ac3672f6983
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,12470b82-893c-42ac-9cfb-0b61a8795fcf
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.001275459237230177,II.4.2,modeled_data,kg/kWh,CO2e_value:0.253,9754013b-4154-4c2e-9f17-1cbaf65e290a
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.253,759b4f15-eccb-4452-b73a-08e2f05dd474
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,04892506-23da-42ca-b51c-6611c388eda8
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.253,b7e37862-e2fb-4368-aeb6-eaa3067bebde
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.253,b48045c7-66dd-40c7-87d5-1b2ceab65419
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,816d8805-a80c-4a02-927c-9cee6ebbad78
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.253,7398238a-6cbc-45e3-9828-e1c1ac9436b4
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.253,9ab8f6eb-8ea7-45e6-81ad-60ad74d1e7f7
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,d5b33d6f-e63a-4c93-8a50-47a3a120df54
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.253,d8116d01-1650-4d42-bb85-3e1e1f9f5c8b
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.253,e9e6b578-f8ca-4f19-bb4a-d776a744dc8b
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,eec45d8a-048f-40cb-8c7d-d7b1769b5280
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.253,0276b2d8-086c-4123-84f3-c6d38256e4fa
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.253,16c601a6-1c14-457d-9f7c-58bb0e3d5baa
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,bd4ddce7-dc27-4d52-851f-3b0ad0d7405e
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.253,a15a630f-7d34-4782-b68b-d05232e37451
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.253,7ba82d8f-ff4c-4fa4-82cc-b7c86689c816
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,a1af69c5-f162-4a56-a643-da371a3cd9a6
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.253,03845f28-c3f2-45c9-8767-cc4bc7bb46c9
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.253,675e18a8-9ca3-45ec-b232-3b1550bc461a
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,be620000-14c0-41c3-877f-faf949b894e5
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.253,d0d3c42d-3e06-441d-a8c6-7169a4743a75
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.253,aaefd085-b961-40c7-8b1e-fcdc100ebda9
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,f4f527b9-fbe0-43fe-9145-7a1e6d1b3799
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.253,152487b5-244d-46af-aad4-72f699407328
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.253,468012a8-fcfc-487d-b50d-9738cb499ab4
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,be92aab6-e303-4d66-b165-0e8e7e912b6d
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.253,0cd7b5d3-889c-4b00-a60f-447f55c7bbb2
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.253,33ad3eb3-235e-43d3-a095-4c7ad87d4435
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.253,f004a756-d76e-458a-ac21-643f78e12cff
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,4.6408651122660895e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.253,873485a4-f4e4-4573-aab4-fec8a32b0976
+CA,Canada,2021,,CO2,0.08800000000000001,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,d57c8afb-4650-430e-bda2-39045b96ecbd
+CA,Canada,2021,,CO2,0.08800000000000001,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,483308ee-7629-4cb7-89c4-ff9c8b566b0e
+CA,Canada,2021,,CO2,0.08800000000000001,I.1.2,modeled_data,kg/kWh,CO2e_value:0.11,34c8bbff-954d-4af3-bbe1-d4e1c11d766f
+CA,Canada,2021,,CO2,0.08800000000000001,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,12b9c66a-8b04-47d2-b679-5ae3ec27fafc
+CA,Canada,2021,,CO2,0.08800000000000001,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,aba24c0b-95f5-43e9-a089-c956a2fd8751
+CA,Canada,2021,,CO2,0.08800000000000001,I.2.2,modeled_data,kg/kWh,CO2e_value:0.11,ee79b270-2ddf-48f0-94ed-8e016d8e4a36
+CA,Canada,2021,,CO2,0.08800000000000001,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,dd78fe32-74ef-4f46-bb95-f39fca286299
+CA,Canada,2021,,CO2,0.08800000000000001,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,23603d03-d9aa-47a2-bed3-b8ba0bc9dcea
+CA,Canada,2021,,CO2,0.08800000000000001,I.3.2,modeled_data,kg/kWh,CO2e_value:0.11,2e835515-ae5c-4a88-8b72-5770301ca7b3
+CA,Canada,2021,,CO2,0.08800000000000001,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,9dd15930-4908-4a53-bcc3-adf0bf94a83e
+CA,Canada,2021,,CO2,0.08800000000000001,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,483e7e24-2a91-4de5-b194-4b70e3c72d5b
+CA,Canada,2021,,CO2,0.08800000000000001,I.4.2,modeled_data,kg/kWh,CO2e_value:0.11,a26f8077-ecb2-49e9-87b5-e7edce937cfa
+CA,Canada,2021,,CO2,0.08800000000000001,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.11,96f1d6c8-eb5f-484b-ad1f-6dd0cdaaa64f
+CA,Canada,2021,,CO2,0.08800000000000001,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,183c9c1b-6ca5-49fc-9a89-ba89fb9ce5bc
+CA,Canada,2021,,CO2,0.08800000000000001,I.5.2,modeled_data,kg/kWh,CO2e_value:0.11,24fb861d-8a7a-4924-b307-e494f1c95499
+CA,Canada,2021,,CO2,0.08800000000000001,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.11,87f79012-89f3-4623-8724-27dd6e7f44ec
+CA,Canada,2021,,CO2,0.08800000000000001,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,aa72ab04-60f2-42f9-ae06-bc5a546a5a1d
+CA,Canada,2021,,CO2,0.08800000000000001,I.6.2,modeled_data,kg/kWh,CO2e_value:0.11,dbd5c311-8509-413b-ad94-86191048a9be
+CA,Canada,2021,,CO2,0.08800000000000001,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,7adca131-8c15-4d2a-831f-e8dd57337ca6
+CA,Canada,2021,,CO2,0.08800000000000001,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,bf733420-5c10-439a-a381-181a9c67ea2d
+CA,Canada,2021,,CO2,0.08800000000000001,II.1.2,modeled_data,kg/kWh,CO2e_value:0.11,3b8dcf56-9ad6-41f7-a034-041bab3db0f9
+CA,Canada,2021,,CO2,0.08800000000000001,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,d73f6041-4c56-4567-ae14-769c5f6e68b1
+CA,Canada,2021,,CO2,0.08800000000000001,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,0848e5a1-4fec-4dc0-bbe2-581823774175
+CA,Canada,2021,,CO2,0.08800000000000001,II.2.2,modeled_data,kg/kWh,CO2e_value:0.11,797d46b5-9c1d-4079-af76-67530a6638b1
+CA,Canada,2021,,CO2,0.08800000000000001,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,8fb55bf3-7486-497b-90ab-c6540eeb78da
+CA,Canada,2021,,CO2,0.08800000000000001,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,31ebf511-a4ba-4b90-b664-446487bd2fe0
+CA,Canada,2021,,CO2,0.08800000000000001,II.3.2,modeled_data,kg/kWh,CO2e_value:0.11,a700b1d5-c2a3-4757-9c28-4cebef63c333
+CA,Canada,2021,,CO2,0.08800000000000001,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,a255151b-a5aa-4a52-b554-09c6f7a34e17
+CA,Canada,2021,,CO2,0.08800000000000001,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,2b7ee3af-cca8-42b6-ade0-55006bcc6de8
+CA,Canada,2021,,CO2,0.08800000000000001,II.4.2,modeled_data,kg/kWh,CO2e_value:0.11,4f298a06-1671-4b49-aa0a-fbc20df6fde5
+CA,Canada,2021,,CH4,0.0005536912751677853,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,e0745b2f-eae5-4496-8157-8d90edf2b618
+CA,Canada,2021,,CH4,0.0005536912751677853,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,5f2e2439-89cf-4181-9050-e2453a501647
+CA,Canada,2021,,CH4,0.0005536912751677853,I.1.2,modeled_data,kg/kWh,CO2e_value:0.11,c79bceb6-31e6-4009-9a06-fda684900a96
+CA,Canada,2021,,CH4,0.0005536912751677853,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,1604ee9d-4397-49fe-904d-cf6603645d5d
+CA,Canada,2021,,CH4,0.0005536912751677853,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,518c8021-5b4c-46fb-a0c2-179def1d06db
+CA,Canada,2021,,CH4,0.0005536912751677853,I.2.2,modeled_data,kg/kWh,CO2e_value:0.11,f8e98d6f-a4da-45ea-bcb7-9b1a62b742fc
+CA,Canada,2021,,CH4,0.0005536912751677853,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,f4526aeb-c885-4a18-b4df-e86ca4f07571
+CA,Canada,2021,,CH4,0.0005536912751677853,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,0cf9e22a-b034-469d-abec-78587ad67c8e
+CA,Canada,2021,,CH4,0.0005536912751677853,I.3.2,modeled_data,kg/kWh,CO2e_value:0.11,69997ab9-86a9-4b4a-ba63-674782c84b8a
+CA,Canada,2021,,CH4,0.0005536912751677853,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,64bc36db-a7f7-4efc-806f-b909431150b9
+CA,Canada,2021,,CH4,0.0005536912751677853,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,5ab16f2a-326c-4617-b5b2-7cadfda2e2dd
+CA,Canada,2021,,CH4,0.0005536912751677853,I.4.2,modeled_data,kg/kWh,CO2e_value:0.11,fadcb1a9-7d9a-4b81-8c69-22847934311c
+CA,Canada,2021,,CH4,0.0005536912751677853,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.11,ccc6d19e-67ab-4e1c-a558-9fd5471a804d
+CA,Canada,2021,,CH4,0.0005536912751677853,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,f7ad4a15-0f1d-4ba6-be4f-e919df614846
+CA,Canada,2021,,CH4,0.0005536912751677853,I.5.2,modeled_data,kg/kWh,CO2e_value:0.11,b8f54ca2-8b55-49db-88de-a1685ef3c47a
+CA,Canada,2021,,CH4,0.0005536912751677853,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.11,2a1d47e3-6053-48af-a54b-ae4fbc6dbf4a
+CA,Canada,2021,,CH4,0.0005536912751677853,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,e2a58254-cd67-4874-8f74-7ba1b9de5d69
+CA,Canada,2021,,CH4,0.0005536912751677853,I.6.2,modeled_data,kg/kWh,CO2e_value:0.11,a9a7cf28-4fa2-439f-b173-bca8ac577728
+CA,Canada,2021,,CH4,0.0005536912751677853,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,f661f657-a11b-4895-9a77-108f7efb1efd
+CA,Canada,2021,,CH4,0.0005536912751677853,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,03fb149e-3a4d-4e2c-bb50-ea3d898355f0
+CA,Canada,2021,,CH4,0.0005536912751677853,II.1.2,modeled_data,kg/kWh,CO2e_value:0.11,6f85674d-460e-48bf-9938-f92a4fdac68a
+CA,Canada,2021,,CH4,0.0005536912751677853,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,9dc9cf8a-d377-44df-ae2f-064011af6ec2
+CA,Canada,2021,,CH4,0.0005536912751677853,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,46708d7c-241f-4457-aab4-a56c980dbfbc
+CA,Canada,2021,,CH4,0.0005536912751677853,II.2.2,modeled_data,kg/kWh,CO2e_value:0.11,9c7ae493-9cee-4d80-a3a5-1924002260b0
+CA,Canada,2021,,CH4,0.0005536912751677853,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,8103b103-7993-4061-b641-59517bbc7b12
+CA,Canada,2021,,CH4,0.0005536912751677853,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,253cdce3-3fe6-4dc0-b3bf-93225a7d5b79
+CA,Canada,2021,,CH4,0.0005536912751677853,II.3.2,modeled_data,kg/kWh,CO2e_value:0.11,4301266d-6264-4475-a84e-d3e940cff2e3
+CA,Canada,2021,,CH4,0.0005536912751677853,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,e5f955f3-98a3-45f9-b81b-0b6c598dc5d5
+CA,Canada,2021,,CH4,0.0005536912751677853,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,8a3dd692-fa18-44f7-ad08-6edc4583277b
+CA,Canada,2021,,CH4,0.0005536912751677853,II.4.2,modeled_data,kg/kWh,CO2e_value:0.11,43f69859-e55a-4a7c-b15d-42e57e983e56
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,945b8633-7de4-4f21-91ca-89e9b05a726d
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,8b363acf-4fee-4158-8be5-2c787bf6c79f
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.11,fc0132d4-c59f-4940-9da5-65447ea8083c
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,e02b66df-1eb9-45c6-999d-d67936f76065
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,f94f4ed6-7077-41d1-a764-40005e3cae52
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.11,b094c821-a6d9-411a-a818-35bff1aa4dce
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,ef705e6d-143e-4ae9-a9de-08b757bb05c0
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,53ca0d90-0dbf-4c4d-a68d-b8966359ccd0
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.11,2816ba98-54bb-4b71-9b9c-af6e51f9fc61
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,7627cbac-506d-4eb4-a60d-e2259c93822d
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,c0f8aec3-483c-4e59-ba89-79e76da452bc
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.11,7907f1f3-0329-422f-8a70-a5f2c85c65b5
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.11,30eac12c-03d9-4a5f-b1bb-67abca6d257a
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,e7c7ae0d-37f8-47c7-8eac-a6bdaa7be8b6
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.11,156fe522-bae9-428d-a16d-1106a33ddaba
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.11,511c0e26-d17b-40a0-8846-1e28a1b5bb1f
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,11157653-a010-48a6-b8b9-941ce2853b89
+CA,Canada,2021,,N2O,2.0146520146520148e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.11,617712bd-352f-4a02-a51c-b6d87a99a296
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.11,c46555c1-dea7-4f5b-ae3d-a07f4266e099
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,2a420ce4-d41f-49b9-b8c5-45bddefc66df
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.11,afd75e4a-c0f2-46f4-bf72-597ebac59e4c
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.11,ff720cdf-0bdf-4d36-883f-413e03b29551
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,a7ae3c90-f186-4b39-aa9b-85dfc75dfbd3
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.11,a3570421-c2cb-496a-a113-94b726303633
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.11,6be8f43d-6ad2-48cd-8c3e-05b88128784f
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,9d24fb4a-9e04-4ed9-b02a-8bee31523b48
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.11,33a9abd3-bc04-4b86-b3f8-5daa527e4d72
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.11,084022c9-73a7-441a-85a3-39c1c45e9094
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,664787dc-b047-4271-9340-a1afd53f2896
+CA,Canada,2021,,N2O,2.0146520146520148e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.11,9318e44f-e4ad-448a-8442-35e33a6b5f0c
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.568,4e5f41ed-8d12-482d-835c-0f099c501d0a
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,0563f881-8386-47a7-8ff5-713dfdd4b720
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.1.2,modeled_data,kg/kWh,CO2e_value:0.568,1198f62a-63e1-4e50-86e6-763dd4305a52
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.568,464077cf-6e71-4620-a0ea-7d1f60846721
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,d8bda8e2-307a-4aee-8d02-ffdd29bb3f8d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.2.2,modeled_data,kg/kWh,CO2e_value:0.568,27372b97-f1fe-490a-9434-b9621cadd698
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.568,e27e6ef8-660e-49be-af58-59fc51efcd8d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,0dcc156c-b851-4186-88e6-b0f2d2b33cb5
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.3.2,modeled_data,kg/kWh,CO2e_value:0.568,4c76ec8f-8654-4c8c-aee0-ea071c4279cd
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.568,a820d4e3-36ba-4315-90c3-e25b41afca30
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,1ae875d7-02b7-4433-9729-ad965d761c8a
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.4.2,modeled_data,kg/kWh,CO2e_value:0.568,cb105144-a703-4b8f-a295-28c4ff436745
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.568,3858e2ee-67da-4adf-9711-89f81f1d3a14
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,8a85c9c7-f316-4357-b6f1-477efea5246a
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.5.2,modeled_data,kg/kWh,CO2e_value:0.568,5543ba35-7894-4bc5-86df-de0590dbbbec
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.568,248bac98-9c78-4771-adf4-1faf81f18963
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,ea2d3cc9-fe18-4637-913a-c6d8592fd692
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,I.6.2,modeled_data,kg/kWh,CO2e_value:0.568,2a4d2c80-f97c-4088-9356-ec14c655809b
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.568,15ed489d-e308-461d-ad19-ae151a2a8b35
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,62f86e3a-8d71-4838-acca-b8ba2910e234
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.1.2,modeled_data,kg/kWh,CO2e_value:0.568,966de9ae-0d24-4bc0-a054-4ab690bce03d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.568,e2788c23-2eb1-4614-87c0-7cb770869465
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,9c76d381-1ad9-4da0-bef9-4e7b26232eb0
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.2.2,modeled_data,kg/kWh,CO2e_value:0.568,1759c836-0b23-42c9-86d2-e2b7635a1685
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.568,55548cbf-c6c5-4782-88df-113395dabd33
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,245047dc-edad-421b-8cf4-eae32f1799ab
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.3.2,modeled_data,kg/kWh,CO2e_value:0.568,edfb05c3-14a1-4b87-8aab-bf292b18c39c
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.568,87af4042-ef77-4d5e-a5e7-aee8367de5f6
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,1dc82c6f-b229-4ec4-b998-beb9d6103b8b
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.45478481627217193,II.4.2,modeled_data,kg/kWh,CO2e_value:0.568,3f66ae2f-8fb4-45fe-8b9b-ab6be969f6e8
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.568,041b46da-494f-4895-864c-4040a4aafdc6
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,1df78dc3-8007-4ba8-8435-c0e381f77e38
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.1.2,modeled_data,kg/kWh,CO2e_value:0.568,30bcb425-b896-43b1-a263-e47d6f245060
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.568,3fc6e016-6dea-4bc6-b220-d9181dab223b
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,d6e407e1-52a0-4bca-9269-5b098ab8d53d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.2.2,modeled_data,kg/kWh,CO2e_value:0.568,5a48aa23-e5c5-421b-8be0-831355c06486
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.568,8a858018-6eb9-4d3b-9b8a-c3fdd019b436
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,8cd391b6-8eb5-4642-9f66-d39104c7cb16
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.3.2,modeled_data,kg/kWh,CO2e_value:0.568,f399315d-d71a-4439-a734-660a4fdabd9f
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.568,316cf5d1-174e-403f-9c81-0d319d7fcdb6
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,ffce5247-7216-4ad6-8049-3722e533196b
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.4.2,modeled_data,kg/kWh,CO2e_value:0.568,8c8f5df0-7037-4f8b-8b94-08b40e2109f0
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.568,cb280f6c-fefe-49f5-b856-ed45b16644ca
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,705a81d9-be16-4952-921f-5ea2d1dce11e
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.5.2,modeled_data,kg/kWh,CO2e_value:0.568,8f2f28af-fa74-48bf-99f7-4d964cb3310c
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.568,6ef57187-3eb3-49fd-8d2a-6bed5084774a
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,b107c74b-116c-4df2-8067-611aa4ba8175
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,I.6.2,modeled_data,kg/kWh,CO2e_value:0.568,16a71546-7d55-4288-8c57-7d08344534cd
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.568,aff6630c-a3cc-4c3b-8ff9-2903039a0d65
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,2ff39077-400d-41a2-9a43-f8258b8f29fc
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.1.2,modeled_data,kg/kWh,CO2e_value:0.568,28fe02a9-e5eb-412b-8595-605339d0287f
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.568,4b6e2213-ceb2-48d0-8e29-5c08132c3d01
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,b5f5738a-5785-45fc-83cb-26642145faef
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.2.2,modeled_data,kg/kWh,CO2e_value:0.568,87925174-e7ce-4427-b170-070134121b50
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.568,26ab57f6-c53a-4ce8-8fc8-be2a25164e60
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,aecefed8-2957-429d-82fc-cd2f940c3c6f
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.3.2,modeled_data,kg/kWh,CO2e_value:0.568,6b8d14a8-32dd-4072-9a29-c3e51fbf62b0
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.568,a129f6f9-d6d7-4750-95ed-849d733d70dc
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,8913eeef-47b5-413f-9d25-1f0cf68b14cc
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0028614816460077928,II.4.2,modeled_data,kg/kWh,CO2e_value:0.568,5443a7a3-3988-4519-b477-e422cd51b578
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.568,05dbbeb1-c008-47d9-87e8-322e5d128b9c
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,76840bb3-2118-4082-879d-f10dc64aa4ed
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.1.2,modeled_data,kg/kWh,CO2e_value:0.568,c9168f6f-e485-4988-87db-f1d04e9c7c36
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.568,923d717c-3dac-4420-9532-81f3dfc8277e
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,4cfd4575-ddb9-491a-9842-05ea41b960fe
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.2.2,modeled_data,kg/kWh,CO2e_value:0.568,874547ef-f34b-4c7d-b974-b7e13e046005
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.568,67236232-161a-48f6-82fe-abc98f93d7b9
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,4fd5e074-e70b-4f5e-a409-e50b0cd884dc
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.3.2,modeled_data,kg/kWh,CO2e_value:0.568,449b914f-2eea-4755-ad38-6b98abdc2e93
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.568,b01f4cfa-819a-49b5-bb93-fecd6520638a
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,67060eb8-5da4-47be-a4e9-38e2ba80c1d8
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.4.2,modeled_data,kg/kWh,CO2e_value:0.568,88365292-b0bb-4b75-b905-b6eb51c74ade
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.568,5efd3c6a-a20c-408f-ba9a-2ab73ddf5cd1
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,244c80c7-6466-443f-95ea-2166e125ad91
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.5.2,modeled_data,kg/kWh,CO2e_value:0.568,3bac9479-842c-404b-960f-7e1b6b46b1c6
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.568,b80b2427-181e-45c3-9282-9a371de07b4b
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,73b5ff99-5f25-4f98-8c9e-f6ea939a0ced
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,I.6.2,modeled_data,kg/kWh,CO2e_value:0.568,0e757d42-bc56-4b1f-bbe4-9652b6b6ac0e
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.568,a4831775-71aa-4924-8db3-329a7ebafc62
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,0bcca015-a8d0-43eb-bfa6-10d59fc7b8e1
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.1.2,modeled_data,kg/kWh,CO2e_value:0.568,f0b4a258-ce41-4468-9257-1880ebf60094
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.568,18760779-0cf1-4ea8-87d9-582a4c40261e
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,f5b81eab-56f5-4fb9-806f-bd496f33dd3f
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.2.2,modeled_data,kg/kWh,CO2e_value:0.568,91a1f57d-7110-410b-bdbe-30f587d94282
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.568,3c94aab0-ec0d-41a0-aa26-32dd0301b295
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,420fc9e3-5659-4b3c-b1c3-0cb845bbc005
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.3.2,modeled_data,kg/kWh,CO2e_value:0.568,6cc7a8e8-05b5-4d01-9998-961d6b51459b
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.568,59795186-b5fa-44ac-980f-1635a040130f
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.568,33955258-5d10-47aa-9220-61b52764e347
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,0.00010411740299271336,II.4.2,modeled_data,kg/kWh,CO2e_value:0.568,794cdeb2-adf7-42cb-8aed-4910daac08c0
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,4e3d42db-dbdc-45d6-815d-a646838821cd
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,72a389eb-d264-47fd-a9bf-bc9b1a6c28b6
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.1.2,modeled_data,kg/kWh,CO2e_value:0.663,483d7600-08ff-47c4-a561-5c0dde590e84
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,5f6582b3-8a4b-4a25-87f8-caf75adb0869
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,aa300ae0-bfd2-45ce-ad6b-d6324780c694
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.2.2,modeled_data,kg/kWh,CO2e_value:0.663,502de150-ec1e-4b5a-9505-ae9420895745
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,717d24d1-d29d-457d-95e8-630878a9b399
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,751f6e66-5b32-4b48-8515-ba6f60454049
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.3.2,modeled_data,kg/kWh,CO2e_value:0.663,b868dc02-a663-49aa-bc4a-66ac7274229f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,f3cae75c-418a-4803-acd3-2d3306c8a751
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,656ea213-91fc-4311-bd0f-74c9ccd52786
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.4.2,modeled_data,kg/kWh,CO2e_value:0.663,b66884de-056e-46d5-9611-4581dcce664a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.663,951d90c1-15be-4c23-97cf-7bfe37a9f320
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,9b3f668f-a1d1-43bd-9940-36b1d67e9844
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.5.2,modeled_data,kg/kWh,CO2e_value:0.663,c18075d4-a316-4d85-ad33-93e1ab91b5d6
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.663,ec5ec6db-ef9f-49ec-8387-bfe9bd288dbe
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,a7546c36-69c0-4cb8-b8af-3e85cc22ad1d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,I.6.2,modeled_data,kg/kWh,CO2e_value:0.663,45692095-e4f7-43a4-8bc7-b1132adcaece
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,0c05feb9-c94b-4f44-bf25-37872e52cade
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,a5a2a75f-90d1-49f5-9811-4a690624d4da
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.1.2,modeled_data,kg/kWh,CO2e_value:0.663,6014a348-fb0a-4f94-970f-ac10afea3cc8
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,58a1a602-3121-48ef-9c50-5b662cd82020
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,30843f69-3604-4d9d-9ad0-47e38a51ee3a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.2.2,modeled_data,kg/kWh,CO2e_value:0.663,369091d6-b469-44f8-b176-802a440d3116
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,60793bf1-e24a-4206-80ae-1e67d18dd745
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,799e7abc-acf1-40ee-b859-9e12e5029e78
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.3.2,modeled_data,kg/kWh,CO2e_value:0.663,22e0fc3d-aaa2-4f4d-97a7-a24571473695
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,819ce14e-a7ae-4b19-92dc-16a43b8a265a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,39bea8eb-a639-4ca5-a726-feec105a1615
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.530175084363981,II.4.2,modeled_data,kg/kWh,CO2e_value:0.663,442b6e38-4e25-4b6c-af34-8af92c28228a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,6e736136-c2d3-486f-8afe-47b64cbdc0f9
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,cbe79815-c2fd-406a-88ce-091b4e817bb5
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.1.2,modeled_data,kg/kWh,CO2e_value:0.663,b8878b6e-3fe4-4bd1-adcd-b9e380026488
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,9952cb3a-0fe4-4f05-a6c7-a969ff337e8f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,98339bd9-6a79-4318-9b11-e12029774452
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.2.2,modeled_data,kg/kWh,CO2e_value:0.663,cf5c8fa1-196c-4e29-9910-7ef7bb6f389d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,ef81e0a9-868b-498d-85eb-01ccb5b8e74a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,6679fc33-dec8-4903-9f34-03c2e139ae96
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.3.2,modeled_data,kg/kWh,CO2e_value:0.663,6f955fe6-8d01-4035-9a87-0c29b549f0e7
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,43a359d7-5fc0-4346-a658-00ae2029f194
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,c7a51e65-ffc5-4a6e-8759-fe5f316e78eb
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.4.2,modeled_data,kg/kWh,CO2e_value:0.663,f1fcc1db-7ed7-4625-bdd4-562a84b2ec61
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.663,98d830f7-0910-43b0-b8ea-9b8d67d59e02
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,acbaae0b-6592-4e21-85a7-5b60c47ab440
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.5.2,modeled_data,kg/kWh,CO2e_value:0.663,e3d4bcb4-02f3-436d-9cdc-59d21db7460b
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.663,fdb5049e-70ae-4565-9af7-67649cfeb29a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,3cb07614-67b7-4935-ba3e-e1b28a740a0a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,I.6.2,modeled_data,kg/kWh,CO2e_value:0.663,fcc90cc5-a0f9-4d12-85ec-36b19291c7cf
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,c129cae4-e5fc-4b10-8b1f-2a47e028583d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,39f57c3a-a8ce-4f08-a5a8-df7b665c93ce
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.1.2,modeled_data,kg/kWh,CO2e_value:0.663,38b72941-1dba-4a07-8ba4-c93486881a9f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,96f13d43-5e00-4765-9575-48010f0cec82
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,e1ac6075-d7d0-401f-ba8e-bd91f0662001
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.2.2,modeled_data,kg/kWh,CO2e_value:0.663,70548a43-6c59-40f6-8705-4b006cce7c0e
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,5d955802-ed6f-4aef-9a4f-e7b87d07968f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,3f5421c9-c0ae-45e5-b0f8-c70f6ff6774f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.3.2,modeled_data,kg/kWh,CO2e_value:0.663,f5d43bc4-aecd-4904-9e06-855323b47897
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,7ff9d5d1-4b5c-4ac2-ae89-67230051be94
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,c9b18c28-373f-4bb8-9033-20c41e443a99
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0033358331650418264,II.4.2,modeled_data,kg/kWh,CO2e_value:0.663,8b4c314e-a3be-42d3-a38b-a8bc3eb16509
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,5c3b4bbd-fdc2-4cb9-bca6-b2e25602f012
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,b6050750-72c8-421f-a561-768791702e8f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.1.2,modeled_data,kg/kWh,CO2e_value:0.663,4bd17a0f-dc5a-48d8-b965-b587987b3528
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,cfeb6447-ccee-4ad0-9d07-6b6b7d0c386c
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,99acd522-e318-40c8-858b-73d61bc8baa7
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.2.2,modeled_data,kg/kWh,CO2e_value:0.663,94a79b45-32f4-4ea1-8eb0-5847ca1088ca
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,d69f8537-62ae-43f1-b389-a177f69d9c86
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,7a1ef898-d741-4634-a1e6-9d344bddd81d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.3.2,modeled_data,kg/kWh,CO2e_value:0.663,036654da-6f9d-4a85-a596-7dbfa2cb1275
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,b04343fa-3570-4e35-aa16-955ead3b1691
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,c49b0a0d-10f5-4f12-ad60-e7e925c987d4
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.4.2,modeled_data,kg/kWh,CO2e_value:0.663,178fe325-90d7-442c-ba4c-ac29e252e7ce
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.663,a3e516a0-d2a0-4b97-b6aa-9fb66dec50af
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,f442b347-f3e7-47d5-b419-5dcee68bade0
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.5.2,modeled_data,kg/kWh,CO2e_value:0.663,d5632dff-e103-478f-a074-fd01df7d7c6b
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.663,027885e6-62d8-47f2-be4f-3c5156a4ee12
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,45f4af45-cbd7-4c34-b5c0-72374b3572c7
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,I.6.2,modeled_data,kg/kWh,CO2e_value:0.663,eba70e9f-172b-4a0e-9fcd-430bf3cad818
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,b5fee9b9-681c-4518-a94c-2f20e5605b7d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,d8217839-bd2a-4578-ad49-e807805519ea
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.1.2,modeled_data,kg/kWh,CO2e_value:0.663,9195a345-1115-438c-8fac-9db05e40d5f7
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,05095256-f377-4426-b90f-1d20f52815ef
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,9693432e-47c8-4688-946c-7b184a9e2321
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.2.2,modeled_data,kg/kWh,CO2e_value:0.663,fecfc95d-6e9a-48ea-9473-0a52689ed1ab
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,af7b84ac-0d96-4876-bcfa-1a2a16bb749d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,b10a634b-d4e3-49fe-99aa-37f37ed3f955
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.3.2,modeled_data,kg/kWh,CO2e_value:0.663,c6c2620d-37ad-4cca-b932-cfe49af94b52
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,b4149a8c-68dd-42ca-a39d-a2e0d8c2d913
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,96ee8793-1d51-42f6-b4fe-25e11b1c0904
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,0.00012137707975365865,II.4.2,modeled_data,kg/kWh,CO2e_value:0.663,12faedd6-74b6-43db-924a-cdb3e044b3c0
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b21db23f-203d-445d-bbf2-25d921be857c
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a802d922-acae-44d3-821e-9cf01cb324ee
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,9133f755-7106-4229-add0-60d85f10243f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,4e6aa385-c4e6-42e4-866f-ef7ca80b6075
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e82cf82e-2a1d-4aad-96a5-03bf76bd7c0f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,036a7f7b-95fb-4c06-b518-74b3b15e4e10
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,05813efb-1294-4e3d-8f23-46d40895b27d
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ae8d5e33-7616-4f9f-bad3-83f67b95a552
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,f3038896-5a57-42fd-801b-ca5c3f76a9b0
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,eb7a8089-f5e8-4588-aa60-fe32376173ee
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,813a2453-ad5b-4616-9117-0978dde5ae79
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,f2d66508-c3fe-46a6-897b-b4ba0cf380a5
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,746b2c17-64fb-4fd1-95f7-d2395c4884cd
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,db596f80-b409-4dfb-9e8c-1c4c6faa43ba
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,7b0d93c0-49fc-4edc-b891-5637ea9a8606
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a48bcfe1-5e42-4432-88e2-63a18e419a58
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b3095b8a-c62a-4d5e-b29e-733c4d1fdf87
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,8949fd9a-8299-492a-b4d7-2d56ea78c82b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,32a00244-4c1e-4cab-8300-1ec9107db9a2
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8017de28-7142-4b69-810e-2b0347020ea0
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,99923396-65d7-46d8-ac8c-5e1b7c0488f5
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,fd55330a-e3b9-4e14-8415-ca904db6229c
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,62365450-60ba-467e-af3a-fa9455033e30
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,08e12ff0-6266-4f9f-bd48-064bcd35c698
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,be5cf2d0-70bc-4e38-928a-06d36f5aff69
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bb0177a0-f882-4d61-a631-a76ba08dc6f1
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,eae6b34e-6153-4f4b-be62-0085761478c0
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,5f9fc9eb-7934-4a9a-9a9b-7098fcd875bc
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4af71fa1-b288-44c8-b1b0-42c6e471c008
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,6299a012-ba2b-4f70-b99d-370ae95d042e
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,405a2cbc-78be-46f5-8990-bcdcac62b097
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4b95ba8d-6423-4834-8a9e-0384e464842c
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,d3450739-ee3b-4207-a3b9-35d0805215c1
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6ac4c825-b9c2-4830-b4d3-bb153e26336f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,29dd2fef-c6d2-4c77-9550-1710036f10f4
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,df2c7078-1d14-4396-8f1f-83d882d51079
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,7b19a71f-576d-4412-a010-cc400fd7f0c4
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,53b56d76-fa95-4a07-9d62-0115de79fe93
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,0339625c-e471-4c86-a485-112c0dc79511
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,72ecc1f8-c78f-4983-b514-cf1f47f6f47e
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,68540763-a0f3-4887-a4a3-3d77fbcc1b46
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,be57ce09-a40b-4a73-b3c0-afe1214619da
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e401627f-130f-40c6-becc-c70605df1a8e
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c5b21bfd-6399-4a17-8740-cc16d3ee95f8
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,d49a5ae2-facd-47f8-928d-4cd0ffa38bb2
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,57bcd2e5-af44-4229-b390-d69bbdb21702
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e3505c24-bfa9-436e-98ad-39b2d4090abb
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,dc26dfff-997b-4cf1-8a33-9761867c7b11
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,3c8f5500-4e50-402a-9dc5-d7c57c49e770
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5d5d39d9-d63d-47a6-8118-c02fd783a1a4
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,6d9aadc5-3547-4276-9194-2f89ded2d936
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,3dc4dd55-b6ed-4e9b-988f-289b34ebbfec
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b6624865-fded-4cc8-a97f-36f1bb7424e2
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,fa81042c-148f-4c31-99e1-e895258aac5f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a459ad5d-27ca-4411-abf9-e1242526b37c
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7aba6542-9259-4e4d-bf4e-ab5e7a358184
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,824023cd-6497-4237-b082-452a1f6988f8
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e7fee584-7f30-4d8f-afdd-6126fcae18a9
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c07e3a17-64ff-4abf-8fcf-e8099ec719ef
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,1721769c-9751-4e4e-abf5-1bf2e6f1115d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,151721d9-2b2d-4d5e-9835-3d0883643a5d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,90224d61-490e-419f-bfdc-054107f4978f
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,1e7d1ac1-6b12-4d80-a2bd-2ba8e03ff84e
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,cdff0d4e-9019-4c71-8910-d5fca8e1d2bf
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,157a84c6-8ee7-417e-a568-d7feb0590bc3
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,ad63e970-6c22-4227-8cf4-13475e1f08c8
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b35f5ec8-f379-4b23-ad36-1a6fd1f22f9e
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d8916db4-e804-4134-99ef-f6c0a6ca27bc
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,3bc20780-7216-43b6-85c2-a45d7bc667ff
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,f657537f-d92e-403a-a211-17f086be0666
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,81954ab6-c948-4232-bd06-ee25c88bb779
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,f3ccca6b-1fe0-41df-87d1-b570188313d0
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,742b69e6-afd1-45b9-a3ff-22799cd5945c
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,cd00de74-cc91-40f5-8c38-c0186fe9143d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,edce1836-24de-4eba-bff3-0fa04c828755
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1c934b94-4719-4e34-b771-1600a7b89d24
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,baefedb3-0702-4249-af52-93931863d81d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,1220fa9c-b18d-4c33-89b1-8f86671230f7
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,dff21ea1-341d-4f52-ac42-0d055aeebe21
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,410cb3c6-3439-41f3-9c58-cce25d2d1368
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,5d4c4adf-b293-4bff-9045-b9b74dc52a37
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,43239450-876f-4633-b734-ab5646744921
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,75461668-694c-4c4b-9542-3575f000fe79
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,7c96b0c3-d3a4-4170-908e-4230fc59b97a
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,64982b12-f693-4174-ae76-c44178d510e5
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f0f39015-d9d9-41b1-87da-6f3c8dbbdab2
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,0341cb54-f1a8-4838-ad6b-f78bb44b511f
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,899885cd-6162-4467-ac57-905ce6eebdba
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d1d661a3-31df-4dbb-a91c-9e75c3b35ca4
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,ef91bf11-39fc-4a67-b1f2-04cdbf6a8456
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.651,584a19a1-450e-4ea9-abd7-69b661907d2a
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,005241f3-51e6-474c-856b-b8b989ca147d
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.1.2,modeled_data,kg/kWh,CO2e_value:0.651,48a4d944-ead2-434c-beec-00da84c2deb0
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.651,4684f16d-b160-481c-a9f9-63077e22c605
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,20e9ea9a-2a64-4409-bc6e-5ca501cfe1a5
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.2.2,modeled_data,kg/kWh,CO2e_value:0.651,347aa1bf-a66d-4d59-b3c7-5110d63a1019
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.651,c38b841d-a7a8-4435-a200-684d1eeba724
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,de70f11a-30a3-4861-b61f-fd5fbb464f1a
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.3.2,modeled_data,kg/kWh,CO2e_value:0.651,bc1131d5-f872-49ae-8d5e-c77be63257d5
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.651,fc09cd8f-4e53-47dc-b365-c6eb63332415
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,4542eae0-c6b3-45de-9179-aea5165e87ea
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.4.2,modeled_data,kg/kWh,CO2e_value:0.651,88c2a305-275b-45a9-a235-317fabe4975a
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.651,c11625d9-9a5e-4c79-bae2-b29755906ac0
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,e9cfc367-d3e2-4ed7-83d3-b76865f1c06b
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.5.2,modeled_data,kg/kWh,CO2e_value:0.651,861240a9-0033-4f72-8951-f148bcca379b
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.651,d298b6ba-e999-491a-b5d5-a110b8efb613
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,2428f06e-83bc-48a7-a91d-ca289ca660c4
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,I.6.2,modeled_data,kg/kWh,CO2e_value:0.651,50dbed92-91f0-4044-8e35-f92b7ea6a063
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.651,da33fed5-471f-4d8a-bce7-d4aa92a8f840
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,1088582c-fe11-44e2-9702-29d8b0268de3
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.1.2,modeled_data,kg/kWh,CO2e_value:0.651,7647717f-9653-4d78-8dc5-ca82abbcda30
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.651,756093da-127a-44a5-86c9-ac3f62a1f297
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,1bd6d5eb-e063-4621-9f99-c418d9f6b82e
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.2.2,modeled_data,kg/kWh,CO2e_value:0.651,ac60c408-e2d6-4a9a-bf7d-aa12f804046e
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.651,8a48b8e9-0d29-4be6-9997-0cd1b8e0d0a9
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,cda26b57-1fcd-4518-846c-84c6b5a07c93
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.3.2,modeled_data,kg/kWh,CO2e_value:0.651,b6c830d6-edf3-429e-b316-c1abd9a7da81
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.651,6a4986ec-1008-4121-982c-e0ac7d90d7cf
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,38d590aa-c93c-47e0-af01-2760c3770f72
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.5211880326876003,II.4.2,modeled_data,kg/kWh,CO2e_value:0.651,efb1760c-c1a5-46d5-9cab-50d7799a4508
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.651,e5dbd133-d97e-461d-912b-41e706df465a
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,99991d94-d1df-47e1-acfe-d7d6acad291e
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.1.2,modeled_data,kg/kWh,CO2e_value:0.651,a05f19fc-e832-4275-9e86-175c0cbc8bf5
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.651,92e27432-3657-4614-b457-beeb8bd7509e
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,95323519-01f5-4086-88d1-1ab3d0d9bba0
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.2.2,modeled_data,kg/kWh,CO2e_value:0.651,fdecdbb2-a6de-4900-98d9-dc52dde257fa
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.651,cf5da725-632b-41f0-aac0-a02c5f1ffbdf
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,deec3319-b226-423b-a81f-647197c11ebb
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.3.2,modeled_data,kg/kWh,CO2e_value:0.651,74950152-025a-4eb3-a381-35e9eea3ca0a
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.651,0fa5b20d-d8fc-4104-b874-bc65ae3172d6
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,d57638c6-4f69-4243-93d9-9fe978cfac36
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.4.2,modeled_data,kg/kWh,CO2e_value:0.651,cb51eb87-d8a9-4610-9316-da0f264eb9b3
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.651,5e58c12f-96df-4006-ab37-295b832545d6
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,f79c9877-219a-48e8-849b-125d2b108165
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.5.2,modeled_data,kg/kWh,CO2e_value:0.651,4403a7fc-9053-40c1-bb33-b6ad03097e8c
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.651,f40d02ba-4fae-408a-9b9d-45467a10c6f5
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,d012366f-c993-44b4-a19f-ed84dffe8613
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,I.6.2,modeled_data,kg/kWh,CO2e_value:0.651,7632c093-abd5-40d3-b85c-7d00613ff034
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.651,0fad1b33-b950-44e9-9658-182123c4c264
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,5f5f8c28-2a07-461a-bb2c-34459af943b6
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.1.2,modeled_data,kg/kWh,CO2e_value:0.651,424efa17-17cc-4f86-bb61-c02f341e89d3
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.651,70795547-a417-40c4-acec-2149fea93117
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,1c6e31e3-092f-4d7e-a4a0-89cfe6eec45b
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.2.2,modeled_data,kg/kWh,CO2e_value:0.651,1e5f9bc4-315f-4068-8b86-485116a17f05
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.651,20fea548-08a6-4661-b83b-907ecba5d7d9
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,da23c5f7-2cc8-45bc-8203-1d9cd79d253f
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.3.2,modeled_data,kg/kWh,CO2e_value:0.651,3cb0a239-4473-4e79-916e-33e731526f08
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.651,ebeba0ff-a8db-490f-a143-7f07c01f5f7c
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,9706de87-3c64-4872-a9e9-db3b53887f89
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0032792871184203036,II.4.2,modeled_data,kg/kWh,CO2e_value:0.651,b32cf456-610a-41d8-a60e-90ddc41ee841
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.651,56a9ca05-e6d7-4240-854d-745eb796fe5f
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,d5f20a54-0aee-47df-bd59-eb6ced1f3c75
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.1.2,modeled_data,kg/kWh,CO2e_value:0.651,e7ff5379-5e39-4af8-ba2c-77d07e419fec
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.651,723dff2c-6389-4799-82d1-7c5593bd88e1
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,b81e51f6-3330-4617-864b-978abd08233c
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.2.2,modeled_data,kg/kWh,CO2e_value:0.651,17121b54-d1d6-4610-82ee-cdf297463864
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.651,5668a3cf-f011-4dd5-ac94-288d6f90784d
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,7708e55c-adbb-41cf-b54a-1adcb689dca2
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.3.2,modeled_data,kg/kWh,CO2e_value:0.651,5e52f0cb-cf68-4a6a-a2cd-ceb1fc69bf77
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.651,4918c6c8-7dde-4724-a01f-c30e47064b5d
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,e7ac21a1-f66f-4994-96b4-a71747c400e6
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.4.2,modeled_data,kg/kWh,CO2e_value:0.651,bc897b26-3c15-49b8-ac50-6cd68c7d44f0
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.651,65bc1bd0-96a1-49f0-a3f5-9acdc9d9599d
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,77a4c855-a6d5-4b50-bc7b-eadb4196762b
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.5.2,modeled_data,kg/kWh,CO2e_value:0.651,024f6ee2-2dbf-4d60-86d4-22f0a051c656
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.651,acf60657-86ee-4440-8602-c87d969f84e1
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,b4de8d2d-6f17-45cc-8526-548f7216fb43
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,I.6.2,modeled_data,kg/kWh,CO2e_value:0.651,5d5f340e-fc93-4254-b900-09c00fe10879
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.651,4f2a70f8-32c4-4bf5-8b49-ad17b31cd6a1
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,52d3588b-5d2d-4d7e-a16b-3a5fbf2b654a
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.1.2,modeled_data,kg/kWh,CO2e_value:0.651,a34dafef-b79c-44b6-8a42-0e2ed47b301a
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.651,dda5b0f2-dad5-4f6f-8ef0-7a4190c5af40
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,0a194f3d-e136-4bd6-bf57-d65440423b89
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.2.2,modeled_data,kg/kWh,CO2e_value:0.651,18a15d1d-f0f1-4bf5-8c9c-470354ad58b4
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.651,b7eb90ac-a922-4840-9fa4-cc1c5bbecf0c
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,c2128859-a575-4194-9011-ee77dd9ba32f
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.3.2,modeled_data,kg/kWh,CO2e_value:0.651,d3a037bd-631b-4616-96cd-059950f90d5f
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.651,9d353989-7eb1-414f-9379-e62887a92184
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.651,4b3b35be-5da2-4afd-828b-6555c49fe1e3
+TD,Chad,2021,Calculated from Fuel Mix,N2O,0.00011931960455302204,II.4.2,modeled_data,kg/kWh,CO2e_value:0.651,1d30dff1-fa82-4ce6-907f-c32c64ab8452
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.262,04d94d49-db38-4c6e-abf3-f8ffeb197909
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,e976cc74-cb37-4361-a1bb-f43c50151f78
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.1.2,modeled_data,kg/kWh,CO2e_value:0.262,c98e0ef7-2458-44e4-b992-189cc7e85c19
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.262,0cc681f0-4bbe-4d52-9ac4-3020f6501197
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,b58caaf4-c810-4528-9b97-99abdcad4e88
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.2.2,modeled_data,kg/kWh,CO2e_value:0.262,9ac373ed-5cce-4a1e-9604-1290dc5cefe8
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.262,ce5d6701-9fe5-4581-b355-7303c0a2e90c
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,7c5535d6-8d09-47a4-84cd-8d3485d90771
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.3.2,modeled_data,kg/kWh,CO2e_value:0.262,88cd60df-42c3-4817-a789-3815be12df18
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.262,fc76156b-7a3f-447c-a801-e9d8cbeeca3d
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,4452c63c-0b4e-418f-b921-50e722add6bb
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.4.2,modeled_data,kg/kWh,CO2e_value:0.262,565f583e-0ce1-4add-93a5-ce9524d699d2
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.262,687efb7c-c518-431a-a897-5ca939ac26e8
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,c4ebdf38-ee21-44a7-933e-3587dcb7f8a8
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.5.2,modeled_data,kg/kWh,CO2e_value:0.262,03782d03-455d-4cc8-b699-b1cdc70df792
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.262,f2add370-e02e-4bfb-bcba-ccea38a67e33
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,3cc216a8-1532-4d88-9935-9302963755a5
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,I.6.2,modeled_data,kg/kWh,CO2e_value:0.262,11e0db79-a7e8-46b0-8bda-283214bdce10
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.262,f0e9f19b-bc3e-4629-848e-bee961954b0d
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,e89c8e27-1f86-4558-b0ff-363246dc4b7a
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.1.2,modeled_data,kg/kWh,CO2e_value:0.262,2f203e06-97b9-4f5f-8ff4-76ee3a8ee4ea
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.262,fb2828c7-3950-4026-90b5-6dd03b9cc068
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,d9908cb6-ffa7-42ee-b817-37c94fe40020
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.2.2,modeled_data,kg/kWh,CO2e_value:0.262,f941b59a-1264-4077-8605-da7387f6bdf7
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.262,72e8acf3-2766-460d-acae-fc4db8a49c24
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,882279c6-484c-4adb-a9d5-310324d26d48
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.3.2,modeled_data,kg/kWh,CO2e_value:0.262,ab36159c-db29-4dc6-b1cd-76f3fbffc357
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.262,5f6ded7f-73ed-460f-b23e-4ba33cbcc97e
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,7dae7580-01e1-45a7-b5d3-e040188a8086
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.20965450654975945,II.4.2,modeled_data,kg/kWh,CO2e_value:0.262,8f91ffb0-8084-46e1-941f-7531e8cf8d5e
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.262,e3209b72-bb61-4f9e-9f8e-cea911fc3cba
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,ad90b9c0-63e8-43fd-a642-82e647fa39a9
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.1.2,modeled_data,kg/kWh,CO2e_value:0.262,d4a8f08b-6d27-4137-bdec-415e54ea793f
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.262,a82551a6-12ee-455a-bb4e-d3aac544bbd1
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,4c331f51-84b5-4cb7-b65c-7ef673fc6745
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.2.2,modeled_data,kg/kWh,CO2e_value:0.262,ba108d13-25df-4282-9c09-8ab6a36e3f9e
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.262,a5cdba94-67b9-4f67-954d-cb8ac216074e
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,9d5d4591-5937-42f3-9ce2-9290dbb271c4
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.3.2,modeled_data,kg/kWh,CO2e_value:0.262,02fa96d6-48f0-4d17-ad1d-4f5828c078f8
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.262,8308556f-a14a-4cfc-8dca-56d118e64e9c
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,e68d2986-9885-4751-96d0-82bb2153468a
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.4.2,modeled_data,kg/kWh,CO2e_value:0.262,a90b2b3c-29d1-4858-bb75-4d856c7dc9ae
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.262,73b0fdad-3b9c-4f42-baf8-70b23559a4ba
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,d9d940f0-b9b0-47be-a71a-df15cd927f76
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.5.2,modeled_data,kg/kWh,CO2e_value:0.262,06e3b87a-7d38-44af-a746-67f8a6580dc0
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.262,08052ba5-5d7c-4ed1-b548-982765d1a942
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,581930b3-eef0-4363-890e-ed0f84511aa3
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,I.6.2,modeled_data,kg/kWh,CO2e_value:0.262,aa970020-c0a7-4859-b805-0583cbbbd512
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.262,d8ddcb8d-9e8e-4607-ab99-70134963022f
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,46c6fe1d-af31-48a4-a742-67e3e73ecc45
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.1.2,modeled_data,kg/kWh,CO2e_value:0.262,e3a55ea6-5ddf-4ca0-a0b8-d028f67709de
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.262,ec9eb465-b80c-490d-a7e8-188b1ebcd1fd
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,4eae7293-074a-4dc2-8964-531488d448ec
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.2.2,modeled_data,kg/kWh,CO2e_value:0.262,599fb38d-f910-4252-b0d9-6ecea047964e
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.262,d1ce9b2f-bacc-44d0-8b25-dd09b5cdf1cf
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,f0026c5b-d4bc-42dd-bd36-d4af2f37bb89
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.3.2,modeled_data,kg/kWh,CO2e_value:0.262,259b9ebe-fc22-4d3a-b8a8-5648c299858f
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.262,cfaeb0a3-484b-4d68-b43f-7c5b002dad85
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,1e7a6502-9cdc-4d8b-8f32-a825118bc162
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.001319134898593285,II.4.2,modeled_data,kg/kWh,CO2e_value:0.262,ba936486-4516-43a2-b986-ed1f9286e0d9
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.262,bcf7df70-f68f-4b78-bf59-1203e2e7d18f
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,b46dbfeb-6dd8-47fc-a812-fa42b40740e3
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.262,6065a37d-14f7-41eb-aa76-99199727e8f0
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.262,ce0566eb-37d9-4275-9d2c-fba546531eef
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,f1a32d7b-ed5b-4efe-a367-bdd9b32fee55
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.262,ca7fa97e-2708-4414-be8e-bc41bede0658
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.262,bb99ca31-b3bd-4d80-b57a-88d8502226b1
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,e7a26386-841d-4a55-9220-2b0e1c5efd89
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.262,5ab9c6e2-cd2e-4214-b799-29b6ac5643d0
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.262,e995708b-f5a2-4824-a326-8cfecaf27185
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,d0f5a567-cc9f-4475-9582-a44e3de47a6e
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.262,be0eaa56-10c7-47fc-8903-1d3eb1c86ea9
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.262,05fbc43a-c6a5-49cd-b322-315e2083eac2
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,f52af519-87b3-4ab7-b26c-93729829b260
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.262,3e350380-6859-4b76-bd05-6752555399cf
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.262,d74e1360-07f4-445a-a210-decfd94a7001
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,473eed97-cb24-4258-ae0b-6f82d00defb3
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.262,7c7f8742-1bfc-4eeb-ac5c-af10a098bd4c
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.262,66e45662-9581-49ea-950b-5a8e89a0e10b
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,5b398ed0-c7c8-42aa-ba1a-2a1ffe63909a
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.262,33717ac5-bf5e-4882-8e0d-a01b1907a474
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.262,c0382ec4-1a81-42e7-ba87-b5cb30e8e967
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,337ede12-d792-4ed1-ae37-3a2817a52221
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.262,7baa8e4e-064f-4e59-a25a-40cf7294a2f6
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.262,0cde78af-2cda-41fe-99f1-d3ee509bda03
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,bf4cf511-9f26-47ec-a915-fee0e44b2b63
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.262,3cc3ef2a-19c6-409b-af91-a51b26a3d1a7
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.262,8f60ad2f-e25d-49a5-a7a8-4c717ee96176
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.262,e9bb729c-fe19-4464-abe8-17e85a5cecd7
+CL,Chile,2022,Calculated from Fuel Mix,N2O,4.7997826591062146e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.262,402ae182-69a6-4c40-889d-788ef2cc1479
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.484,46581e11-8be8-4de1-8441-ada7c93a7f6d
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,c837eb3c-382d-4389-b984-cf07c4f088ba
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.1.2,modeled_data,kg/kWh,CO2e_value:0.484,00138e13-1e77-43b8-886b-78d76eee4471
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.484,97e2b4c7-4c8e-437b-bf52-5e45b20aa0c8
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,9041f7a6-8070-4855-8be8-55537a582d6e
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.2.2,modeled_data,kg/kWh,CO2e_value:0.484,dda75033-1a00-4e18-80a0-9c14a0fd929e
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.484,4a8f256e-4cd9-46b0-b09a-fd60acee950e
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,7375be81-9f3f-4693-93bf-69d4f535e476
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.3.2,modeled_data,kg/kWh,CO2e_value:0.484,347a2507-a553-4d56-9756-5785e6936fc2
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.484,7a3e259f-2d29-42ce-9c05-5324a006da72
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,14493185-2542-47f5-9ba9-06cc60116354
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.4.2,modeled_data,kg/kWh,CO2e_value:0.484,697f8d2c-1092-4a8b-9505-fe728619b39d
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.484,c7743246-22ff-47e2-b6b8-01745ca80758
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,2eb5a949-321f-40e3-ad15-1043b5499dec
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.5.2,modeled_data,kg/kWh,CO2e_value:0.484,58ba2b3d-9a82-4fde-bc96-044e07d7f4b3
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.484,c6e83c72-5089-4d23-90bc-8ad67910dcc4
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,446fa001-4b93-4f45-9d3e-8de2404e3b26
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,I.6.2,modeled_data,kg/kWh,CO2e_value:0.484,5ffcc3ab-d5f4-4e12-bcc7-a07b4cf1acdf
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.484,90c19630-6831-471b-b640-314fbf112fb7
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,8f0fe672-f6e3-4f01-aaf1-3222be6276e1
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.1.2,modeled_data,kg/kWh,CO2e_value:0.484,17e3893c-5294-4278-9b3b-b0bb0ef29d34
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.484,e259a924-a871-4395-8414-1fdfe7d30fa4
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,65e864ae-e94c-46b4-8646-7c428c2962d9
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.2.2,modeled_data,kg/kWh,CO2e_value:0.484,07d0cc70-6a6d-460c-ab93-c4454bc336d9
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.484,8978c093-134e-4ff7-8ef4-2cd99a7404d2
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,ab834cbb-d81a-44a5-ac86-6659e1d7875b
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.3.2,modeled_data,kg/kWh,CO2e_value:0.484,b10b9a23-bfa8-44c3-a678-d64ab561349d
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.484,8b659c82-525a-417e-b889-c11099691a36
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,2ad3a6d2-faee-4b37-95e0-0b28820b8177
+CN,China,2021,Emissions intensity of the power sector,CO2,0.3875828290878669,II.4.2,modeled_data,kg/kWh,CO2e_value:0.484,1ab5b74e-4b2b-460e-b508-5702c5139398
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.484,b84a85a9-d21a-4fde-a132-3deb7200c61f
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,3f7597d5-d1c0-4455-91e3-fa5e7c7694da
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.1.2,modeled_data,kg/kWh,CO2e_value:0.484,43ebe93e-fb10-46ef-803d-a6629684f09d
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.484,81d0979f-a148-458e-8c74-ffaec11e7baa
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,083d82a0-e04d-4b17-a47f-193822f4bfdb
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.2.2,modeled_data,kg/kWh,CO2e_value:0.484,4d628075-baa7-42a2-8d5d-2245b5e6e54f
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.484,2cafb125-9a05-4f31-b276-816b2f814c11
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,2d5a41fa-c686-476f-82d6-e91c3ecd9549
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.3.2,modeled_data,kg/kWh,CO2e_value:0.484,1ca1e704-a98d-4e3c-a803-6fbfc95b6d45
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.484,72754601-95b5-4938-911f-b75ee3788378
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,3c5fc016-3704-4363-aaca-850dd07a81b2
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.4.2,modeled_data,kg/kWh,CO2e_value:0.484,05b23eab-e40a-4e47-952b-b4588f4fb06d
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.484,33716fec-6e47-4348-83d0-e9fb12fd4669
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,47957df9-32fd-4928-a6fc-6177595f3810
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.5.2,modeled_data,kg/kWh,CO2e_value:0.484,6f8cd0ce-74b3-431e-b3d1-c171ead5b07a
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.484,ecd4f97c-bdbe-4e3a-913f-5d65b2aee6a3
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,95d7b83e-1f3a-463c-b23e-ac10d78399ed
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,I.6.2,modeled_data,kg/kWh,CO2e_value:0.484,24760175-3d24-4252-b379-bd95c245d868
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.484,e3bf3d80-608b-4a77-a168-cb78c6c6aa8a
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,a7ce7001-503e-4455-af76-8593160c5acd
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.1.2,modeled_data,kg/kWh,CO2e_value:0.484,fc35700b-0294-4e30-a6de-09f3d8212eb3
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.484,0616c4de-2d6f-4ef6-a1ce-91cf44f03859
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,c4792c91-c358-4bd0-a117-7f24d0f066b3
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.2.2,modeled_data,kg/kWh,CO2e_value:0.484,8f8becd4-a6f8-4c48-b096-a53edbbe1699
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.484,466b6e9a-9221-4766-a6b1-87750107f378
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,90ef1a3a-7e8a-49c6-9e90-d41ccdc4be21
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.3.2,modeled_data,kg/kWh,CO2e_value:0.484,03f9216c-5d36-4d12-8a6e-945a37dcb9c8
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.484,4e7ffb95-9ace-4e39-ad73-f963b506d048
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,9f504e58-51d2-4211-b472-2d93b2b5794b
+CN,China,2021,Emissions intensity of the power sector,CH4,0.002438650350804531,II.4.2,modeled_data,kg/kWh,CO2e_value:0.484,0b986fd4-bb44-401c-a7a0-d320313c4590
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.484,a7ba353b-fbf0-44e8-91b7-2531ea0896e0
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,49048959-9f50-4805-8bf8-3e93788e9873
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.484,e27b1f1c-20f5-4ec4-ae0b-a072c311d924
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.484,2464dc09-1a2e-4f24-9254-5bebcd6b26e7
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,46f7002e-f46c-40ff-aeee-2424920f9e83
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.484,faf33ce8-4262-4cd6-94db-1197bc85c228
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.484,a104abef-8c8a-4684-93af-a83f651c8ca3
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,9097d80f-6852-4dd7-82f7-aa87e61d0641
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.484,8445d2eb-d707-49f8-8d6f-dac48ee722bf
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.484,0bf2931a-b600-4a72-8230-30060c61e583
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,b4aea9d2-413e-44a0-a52e-2fb9fda26f00
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.484,966d17c0-3c5e-4dea-a7d9-6a17c21f996d
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.484,58fb8fc8-36ab-4fa9-aff8-f28a21e681a2
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,20ea3fde-3a2f-4a30-adf1-f06777b485ca
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.484,f4baa5f7-c3b3-4cce-b97e-a0a3396e6c2a
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.484,039567dd-fe3d-4534-b377-053a3fdb438c
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,efcf2181-7601-4eec-a34e-138d00857b61
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.484,1bf0f164-c97e-400f-a9f7-09123149b750
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.484,fc760d05-7786-4422-9be0-8b5f4a615b4d
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,cff615f5-0c67-494c-b007-4eb16b592fa1
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.484,1af3187e-e24b-46b8-ab84-0d79f2ad34ff
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.484,f65432af-6fe7-4f50-b04a-f78726bfcb60
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,0858938c-abc3-412e-9b00-810156fa3ee8
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.484,d1bbf9b6-a046-44f9-880e-860ff8b128d3
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.484,b856b3c6-020b-4049-9039-01bced1cf310
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,8ff6c445-d7b5-438b-bbb1-ee7c44935e7b
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.484,16026cd1-40cb-4fff-bf7e-af4a3db60364
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.484,0d37006f-fa58-4a22-93d4-e41436c814e2
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.484,469d8a1e-42e3-4159-90f0-fb5a145b1ed6
+CN,China,2021,Emissions intensity of the power sector,N2O,8.87323326666362e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.484,adeacd98-ad86-4289-a063-fbc4e9711d48
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.134,4b975ff4-299c-45e8-a4db-6b49c3daf676
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,8904a9ea-26cf-457b-b3ee-06d286dae1aa
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.1.2,modeled_data,kg/kWh,CO2e_value:0.134,5264d149-bc6f-47de-8b87-2f25f70e44d8
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.134,5c8632c0-a385-43f4-8b4b-665131f8e31e
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,4b85ef04-28e0-4868-93a4-8041bd886d51
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.2.2,modeled_data,kg/kWh,CO2e_value:0.134,6badac6f-3cc9-417d-9850-6c627fd1dfd0
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.134,dccf763d-0426-4381-88db-620935bd771a
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,d02665bc-0419-4b1c-8534-e6e52a0cb507
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.3.2,modeled_data,kg/kWh,CO2e_value:0.134,8edad169-cbf6-47aa-bdd9-45c5f9414459
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.134,2358a285-7087-4e4f-be0f-e2a3054e3fe9
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,82f3d091-af13-44b6-9de1-18a21ed20e8c
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.4.2,modeled_data,kg/kWh,CO2e_value:0.134,614d997e-08c9-4d14-88fb-54b602ca76ed
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.134,09c2c5e9-afe4-4cca-9362-3e892c8f9925
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,850dc0de-4c18-4eae-8fdb-1092ddd7853e
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.5.2,modeled_data,kg/kWh,CO2e_value:0.134,dc068128-0034-4e18-91b9-23692925d184
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.134,62d5005d-490a-44bb-adc7-32f30dea4f00
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,0194288f-2906-47a8-af48-bf30bf678bd0
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,I.6.2,modeled_data,kg/kWh,CO2e_value:0.134,04d050ee-837d-42e6-a9f2-a1b649ef2ada
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.134,5b78b391-7579-4dac-8ba0-36d7fca18892
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,e240ca04-b4f4-4a71-bcee-2454b44e25db
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.1.2,modeled_data,kg/kWh,CO2e_value:0.134,171df62c-11b7-4273-85c1-b47fd620768e
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.134,2083556b-bc52-4dc6-af7b-703eea28bba9
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,cf13dc4c-e6c6-49aa-8d95-1cae5b3b2699
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.2.2,modeled_data,kg/kWh,CO2e_value:0.134,8b6a6a28-708e-4cfa-994c-997da61e6a07
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.134,d37dae35-25c0-466e-8c9f-7f364f17b489
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,99dfc549-7927-4c5a-a162-4789fa8af8bd
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.3.2,modeled_data,kg/kWh,CO2e_value:0.134,be22fc43-5494-4fb9-b34c-ba3514187704
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.134,2bd2ad88-0580-4fdd-8bb7-72fe32577931
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,bc5af950-54c7-42b5-994b-3b8b294b5fd9
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.10687452372103108,II.4.2,modeled_data,kg/kWh,CO2e_value:0.134,38150daf-04fb-4980-ad8d-7b5887432f5c
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.134,023573af-b924-49f7-a9ad-3b7cb9ccdeed
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,0c66898d-19a5-4e5e-95d9-faa236bf0f41
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.1.2,modeled_data,kg/kWh,CO2e_value:0.134,1e512537-2935-42bc-a8a7-9bfea54adc0b
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.134,9860bb5e-e87b-4814-8c71-b587dc255e77
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,5f1868fc-4607-49e5-8b84-b835e373421b
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.2.2,modeled_data,kg/kWh,CO2e_value:0.134,d1ed6bfb-3049-4730-a86d-86910751fc74
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.134,8543bf49-5720-4d48-9783-4dbf7eb3c48c
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,78223d3e-a38c-4962-8717-06a667d656a4
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.3.2,modeled_data,kg/kWh,CO2e_value:0.134,408eb7cc-1274-4274-b9d8-6b60597b7d7d
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.134,50719dbd-47a1-4a2b-9e35-628f2e2db508
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,87e20ebe-0678-4f7a-b32a-faa5f175a88f
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.4.2,modeled_data,kg/kWh,CO2e_value:0.134,88667b7f-bf07-42a8-ab60-6d91eb7e701b
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.134,effacd38-de04-4712-a935-acc84f130960
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,77d983d6-fe5a-441a-bcce-303f352d5856
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.5.2,modeled_data,kg/kWh,CO2e_value:0.134,4e9417ac-6f9d-4559-afb3-f19aba3f9bc8
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.134,18ee6c07-03d7-4e1a-bac6-dcd493111bf1
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,09a2ead8-617f-4733-8dec-460733275f6e
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,I.6.2,modeled_data,kg/kWh,CO2e_value:0.134,4ea1cddf-3879-4776-a20e-bb461d551fbb
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.134,958edc80-a487-40f0-b021-f0da5c2487d7
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,d0dee045-eb2b-4bb9-94d4-3786a53c893a
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.1.2,modeled_data,kg/kWh,CO2e_value:0.134,c97dede1-4bba-4870-94dd-3c26a6ca0577
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.134,0c9bcda1-e28a-4fa1-920f-82124ecea0ad
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,86923f98-c140-488d-bf13-c5aa1c246d99
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.2.2,modeled_data,kg/kWh,CO2e_value:0.134,b2eff9d3-8915-4733-9b3a-00097229cfdc
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.134,9688a963-4533-4143-a8c2-b841d3f212fb
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,16d80bb1-97f1-4283-a29c-79a31c59de7c
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.3.2,modeled_data,kg/kWh,CO2e_value:0.134,ba83efce-bd5e-46f9-8fb4-ccef07e68aa0
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.134,07aff75a-f3f9-4e0a-8822-c32d8ce5193a
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,ca32207e-b2b5-4a69-a0b9-dc3c995cfdec
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,0.000672448765023266,II.4.2,modeled_data,kg/kWh,CO2e_value:0.134,881e0335-47b7-4026-b43d-cfe6e0bbd0cf
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.134,5339e385-1fd0-4e90-89c5-7949f7f7d737
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,fe63327b-36fe-48f2-9c55-115e603f77b5
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.134,207d2945-04af-466b-befa-aa04cf487e52
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.134,8310f260-5638-4e3b-bedb-ac6e147b0b2c
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,b9c2a5d5-6f15-4289-9a77-81f68d86a6c0
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.134,541165ef-b9d0-4126-9d1a-840ca2320a62
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.134,6966fb6b-e71f-4597-a982-a60adb682861
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,36c0f1c3-104e-44e6-8177-396e10521afd
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.134,41ff0195-e6bb-4a48-8e53-1fe01c75edb3
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.134,41cfc7c4-f1ce-4eb5-953f-b65002e8b32a
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,7359120b-3f60-4a1e-a685-8524c7808459
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.134,3dbde406-8401-4004-8f12-ad9da5598806
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.134,f69319f0-373b-4f80-9107-b1fbc97302fd
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,227f828d-d09c-4daa-902c-b44cf7595b69
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.134,c5d9167c-7cec-4be4-bd83-c291fb5a757d
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.134,0bcf36da-f676-4413-8cee-a60b883c582b
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,ecc740b3-5c9e-4f71-a7de-d8a9b173bea0
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.134,c838a794-1a5e-4205-b18a-61a2132d289d
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.134,c8caf7ba-5bc2-4bff-bc15-d270a0515119
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,7c9322ce-31c7-4ec2-89d5-f81525cb07f3
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.134,c9000105-cce9-4181-a9b7-aec2e8d5c86e
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.134,5aa57d25-64ac-406c-aeb6-0073c358eab2
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,d72ac0f9-fb9b-449c-9df3-eeb60ce1e5b6
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.134,1b141ad1-e47e-40b7-b3aa-9f4898cd27f0
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.134,a263f8a6-8305-4bf4-98c7-33c71cf85c82
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,fc3f8b8e-5c49-4fcc-90ad-dbfaf6db6ce9
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.134,a03682f2-84e0-40b9-b5b4-2bfd52327784
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.134,58dfe0f0-d74d-42a8-811e-637df2d1364e
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.134,5b3b59c3-b722-49ff-ab48-8556220cbd7e
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.4467610741994296e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.134,c54e78ca-522d-44a3-9a4c-85e9cc63a896
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,2e73e74c-f152-447d-9b5f-c04f7508d56b
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b2ca0cb0-2782-447e-a0da-a1c3dec62290
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,60044417-3147-45e8-9bbf-b01990c14f19
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,905ee6fc-6b10-4a79-8985-78154e262586
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,92f07eb8-7aa0-422d-b662-77dfb8e12273
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,ade5283c-bc94-48fb-91e7-bcbb04d9bc49
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a78da912-a29a-481a-b095-8303944d1b02
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,560978d8-0f72-409e-a899-3d90d4202df4
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,b8b09d77-a68f-486e-88fd-6383f7d87d80
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,2ba1888f-f4cd-4d89-8e38-4dbaf559e94a
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,a43bf5d2-a786-4e56-8fca-9db59f288115
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,ecedfbb6-199c-42b8-af0c-b3b8ccc6d007
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,1f8070f3-b9c5-4d83-b0eb-620d17b511ba
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,a0a12ec6-f53b-4ce1-b062-d4da3715742d
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,bc545ed1-9fc8-4093-8e45-385fb9f26aa6
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,62988b05-070c-4527-ba5a-cc2dc2858cf6
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,01b088f6-56cc-4348-bcc3-e992897632f1
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,1add2142-86d8-4562-a1b9-c55bb0ac9933
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5cc70e0b-03a0-46be-8e1f-c4a8c11366db
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,4a081573-84d8-494d-8bec-386409d80935
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,67808faa-f00a-45bc-8a3d-4129f7c99cb7
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7b2b30e6-a8c2-4795-9ede-9f1b25188a6b
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,f3da5f93-9956-437e-8e17-05cac9460eda
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,26e7c7ae-773a-4094-92aa-674949704d3b
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,919654b0-a03e-4080-b3b6-173aa8790f63
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2052b521-5ba4-412b-9666-37f0cce1898d
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,980b7473-38c0-4c48-ba7d-c817e0441693
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,65a18b1c-1049-407d-9d51-b8ef4222af27
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2152486f-b834-4ce9-b601-14cea1c93080
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,14c34b97-aed8-45be-b9a6-c652c547a4a6
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,554a825b-4db7-4e49-80fe-6eb4851294f9
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,25a15c59-53b0-4540-9ed1-dcca88a445d7
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,fe493fed-bd91-4bc6-90bc-6b92013a056d
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,1ef61f6e-05a3-44df-973d-5813ded66700
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,17034b08-fbdc-420b-ba06-04068638c473
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,8c110b6c-81f2-4ec6-a22a-4d4ad78164f0
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f263de09-b722-441c-9939-cc8215616be9
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,67d33454-cc62-4100-8bfe-0491c7f57f47
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,f0fc1e49-e678-41b6-b6f8-56cfa3891f43
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,48637cee-bb02-4155-b570-074c9d72e8d9
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,1c32da63-9e77-44cf-a016-ab33e6bcfbe7
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,3f3c9350-d8ba-4047-873e-fab7add9b9de
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7206601e-1783-4cd7-a04d-9787d9a64033
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,5f002fdc-43e9-48a4-a2d0-368a1d431793
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,c7a26a21-b85e-4ef0-bc63-81d644ead5f5
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c68a0f17-65ea-4d81-8609-16bd14e235c1
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b808702c-3c48-4cc4-8591-a860f2292c5a
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,3c65c550-506a-4ab2-bec4-847d5ef497eb
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,77409e8d-a598-46d8-8796-3c2a3e752df9
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,43f61c46-65ee-4eba-ba60-327fb7fa9030
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,c9cbd373-4558-4027-ace2-394870152890
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,3e1c6631-9fb5-484f-9fc2-9811c597d1a0
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,73fce2f6-d71e-40ff-8240-a8f814cdbacd
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,acd6d065-94c2-4003-9f54-e635939eca00
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a3fd7a79-04f7-4fbf-a8db-14252bad46c2
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,47adce06-1adf-4ff7-9139-255a0878c58b
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,e88e02ad-f95a-4d67-b7ea-1247252510b6
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,407c4515-6417-4ec8-bcb6-10593cedf129
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,f3fcc169-95b2-4923-b03b-7cb69d52bd01
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,e4c75ed5-205f-46ed-8c51-91905119c1b6
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,606fc63f-a4b3-41ee-b3f5-34e5c57a403a
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,1b909ddf-6d8f-4ebb-8403-3f36d3216f8e
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,70277ab0-9162-47f5-b25a-fdeefd4a27d3
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,cd20031d-46d6-4855-8f9b-8400b6f827e1
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,43f25349-7ed6-463a-a004-aeba8d9212e1
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,463486d1-fe85-470b-89d6-374c4f49e680
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a3673e41-bcec-4f94-bbcf-d5077998d4ad
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8c8f9858-6d64-4fd9-97fc-69653d384914
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,aa73117b-fedb-49d3-9730-dc31bc7c5886
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,81028138-466b-4c39-8038-fb36d5290cb5
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7ebc672e-dfef-43ee-8ff0-ba3251374392
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,0c543f38-ea04-444e-b558-39990f3a30bb
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,246b2774-d0b9-43c3-a518-01afd7f24298
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7c99e233-0a1e-4f87-b401-c73f80c6200e
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,34d5bd3e-70fa-422d-9efe-0c000e2b7f26
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,363f4e50-2282-453a-a13a-56aff93daab9
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,f16993f0-c2d0-4613-9638-3b85dffd1344
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,36b64603-e317-4759-931d-4b6a7de0cf9a
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7555c83b-f2c9-405b-8e4c-d16f526e4816
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,48662491-1941-40bb-8d60-10a76bec114f
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,e45226d4-fec3-47ba-b517-a255ceb86747
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,4fe25b09-d359-453e-850f-def01b302c13
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,4a19a814-33ea-4d3a-8212-3cbb219250fc
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,79b1c3d7-a307-46dd-a942-dd7412c93a16
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,cecbca6d-fb64-4fca-a681-99364f4356fd
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,9e06d275-487f-4e6e-a0f0-1d37c9328a3c
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,aae1621d-b915-41d7-aeee-8b3c803f7373
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,99733900-7bc1-479c-994a-7e9f56765baf
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8f02b26a-eeaa-495f-be27-9ae819e6d76b
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,d9f4e46e-5a8d-4b6c-856a-b1d4897973f4
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,540f6378-4285-48ce-ad2c-1cf303f4d769
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,c1dd58e6-8b86-457f-b224-60f5d9096f6d
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.1.2,modeled_data,kg/kWh,CO2e_value:0.3,31e3b11b-bcd8-4e7b-b287-8a5592d50b86
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,583f67f9-68b8-4348-896a-bcd955b9ae22
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,1e0c432d-0f98-41ac-9b80-563a47f5c53f
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.2.2,modeled_data,kg/kWh,CO2e_value:0.3,1fd195be-2019-466c-8e75-4f232ce529dc
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,df859817-b421-42ef-bb4a-0251746c3f09
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,dcd0ab70-a601-41ec-84c2-53b9ab62c64d
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.3.2,modeled_data,kg/kWh,CO2e_value:0.3,f8747431-00eb-407d-b689-06ba66a87ff9
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,ff0183a0-4555-42e9-88c1-c7cb99a69339
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,c4dfb661-f64d-43db-88c6-6214f3055a95
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.4.2,modeled_data,kg/kWh,CO2e_value:0.3,a4966905-e1e1-4938-9518-a8b0ff98aaa4
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.3,d5d3a305-2a0a-4a32-8950-caef7107a291
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,251c8109-acdc-4902-84b6-3a7b935593e9
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.5.2,modeled_data,kg/kWh,CO2e_value:0.3,cbb61a41-e8eb-4a44-a3cf-3026dae20736
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.3,061442a2-787a-41d3-99a5-09bfb5dcd2b9
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,619eedd9-75c4-47e9-9576-79a7ac838879
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,I.6.2,modeled_data,kg/kWh,CO2e_value:0.3,77ad597c-e523-4d7a-b549-42d7be526600
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,c2c995cb-5928-451f-a7fb-62d5d6594875
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,55e785b4-1b3a-4fd7-ae2f-c73c8bacdc05
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.1.2,modeled_data,kg/kWh,CO2e_value:0.3,c9328cbf-751b-411b-b073-13f0c7eddde9
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,b41a0a80-e015-429d-86df-e182f4196367
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,1c637e59-8afa-450b-8bf3-550ac345ab32
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.2.2,modeled_data,kg/kWh,CO2e_value:0.3,343d5bbb-50b9-4e5b-9964-c9dc576422c6
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,b6660fff-52f6-40cf-ae75-89b10be8ef67
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,45dfc3a5-28f0-445a-a054-4d6ae5aa8102
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.3.2,modeled_data,kg/kWh,CO2e_value:0.3,e66781bb-4fa1-431a-8965-ec6c60b68f28
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,d3157ecb-1f6e-4a35-9ba1-60228976d54d
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,ba238a22-a4c1-455c-9518-59b0bbee0933
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.24024057129051968,II.4.2,modeled_data,kg/kWh,CO2e_value:0.3,c7d8096a-7d7f-4e1b-a8bd-86b9612efb90
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,adccaec3-27f9-4ac2-8111-352aab4ed04d
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,8d933293-6152-486b-885b-b5e68853cd2d
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.1.2,modeled_data,kg/kWh,CO2e_value:0.3,df2f9588-a484-474a-a55e-61e388e1f549
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,00c86775-2924-4bc9-9535-f198b3e02b97
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,f72c732b-4dfd-48b4-9b90-654f7bd4b4e6
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.2.2,modeled_data,kg/kWh,CO2e_value:0.3,45873832-45b8-4690-bff8-01be49363284
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,4ec69f33-2369-478e-bea8-2fbb85c413d5
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,a12388b4-aa67-4c29-a419-06f5fd82254b
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.3.2,modeled_data,kg/kWh,CO2e_value:0.3,ca09ce7f-d2b1-49e5-81f3-f513e3f12a6e
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,b58d27cc-df75-4ca8-b41d-2f391be9abff
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,32548d87-07fb-4079-be38-a26129ca4338
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.4.2,modeled_data,kg/kWh,CO2e_value:0.3,90efb350-1ba5-4657-9d5c-f26d5d9b35fc
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.3,db760552-51e7-4ef6-bb2c-8430a78ef4fe
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,560eccff-13f0-4ce6-a5d5-3fa192c21fab
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.5.2,modeled_data,kg/kWh,CO2e_value:0.3,b9064f04-b8b9-45f5-8a34-002be9b3defb
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.3,332811e2-1ef0-4180-99e7-ba7350b98fd4
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,56a710a1-b9ed-4add-b290-a92c7cb61e99
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,I.6.2,modeled_data,kg/kWh,CO2e_value:0.3,49be7de9-cfa6-41dd-8ada-833ebc20e374
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,3fdc3cb9-722e-4350-9135-fd022bcf9e54
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,5f9e4456-0fc8-48e9-9c18-0e09dbea9e6f
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.1.2,modeled_data,kg/kWh,CO2e_value:0.3,2fd9af80-1a8a-4d55-a1ab-9c90208a90f7
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,da167a8b-55b4-4ee6-933b-35d3edcd6034
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,b3792940-ac18-46fa-9e40-b7030175e530
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.2.2,modeled_data,kg/kWh,CO2e_value:0.3,12c2420d-833e-436e-a1d6-e12e5189d205
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,48a1443a-ca9e-4f3f-8c5c-b8759f6fe4ec
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,f977a21a-c5b1-46b3-9b02-d4e558ff6e6e
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.3.2,modeled_data,kg/kWh,CO2e_value:0.3,2d6ba8fc-e5f2-46c4-8b0a-bfd9cb7049c5
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,c630ba64-5076-46a0-9088-712ec58846b5
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,4f4c3988-e833-418d-8e32-28e6b28021f0
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.0015115807757373298,II.4.2,modeled_data,kg/kWh,CO2e_value:0.3,11752a86-42f9-439e-8bd2-b224c51d4bab
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,975d2c7a-3464-4c39-8505-90fd84fc60c7
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,786c4d7a-7d93-41ca-894c-ccbf4b572cee
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.3,7bed505d-a09a-479a-b4d6-b6967d04a1fe
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,0a61e9b3-dca4-4735-b3e3-3462c91953d8
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,9cdd386a-87c6-4b73-81da-9a882ee2a2ba
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.3,f700c4c4-2b65-4079-b3cd-1ca0775cdebb
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,69f61ef9-8129-4b0b-99f9-8cdfd1e226cf
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,636d8504-7ded-4de5-9f73-cadb112475d6
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.3,e25a69c8-3a54-4077-80f4-b9e11d8db127
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,ede8efea-bbb3-4461-8687-4c0fad12b68c
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,166e4223-6f77-4f91-a208-98fcc8d3e8c8
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.3,db73a713-6455-415b-be43-7cc8df7916a3
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.3,5cac850c-8ad6-4daa-863d-be55371b714a
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,357cac39-8453-43ce-a81a-94f6a9d86d9e
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.3,515753f1-b41e-41b4-8cc5-46a52912b01f
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.3,1575bd1c-67ff-413c-ad32-94c449678621
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,32e409f9-c975-49fe-af0c-44c142ae47b6
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.3,880116c3-d7ca-4f4e-a9b8-119caa8345b1
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,3de5506e-7d01-42c6-8d93-948505faa6d9
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,547134ee-e9dd-4c88-8b86-64439c9fd179
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.3,eedd3dc1-dd36-481b-af4d-9a562daad5c1
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,a1a8b154-3562-4e2f-bef6-05f4d2130e7c
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,92ccad3a-1751-47cb-b74d-e9414af59413
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.3,2c02529f-f6bb-4e7f-90e0-03a0cc9e6ec8
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,7ac79951-4eb8-49bd-8cc3-b8751ad80f62
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,6cfb5907-e103-4352-987c-8fc79389509b
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.3,e66c3e9a-bb70-4de5-a1bd-0874505dbd9b
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,e71ac87a-6245-467e-860b-a52cff729aad
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,3f8d5ba8-50f7-4d38-8739-fba43d1eef19
+CG,Congo,2021,Calculated from Fuel Mix,N2O,5.500013078995414e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.3,d4c9dda3-702c-49ca-9b78-f7d12efb123b
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.409,92ab5ea3-4db6-4900-8277-69d3ce967a12
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,0ff9c1bf-a62d-41f8-a5e8-9c99443b43d1
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.1.2,modeled_data,kg/kWh,CO2e_value:0.409,6281e95a-2f99-4284-bc43-889bb0c6d135
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.409,5a8f6938-b233-4434-b81c-52a4fc4e941f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,d40865e2-7046-4030-83e3-1b732fc53c6c
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.2.2,modeled_data,kg/kWh,CO2e_value:0.409,a6ed9320-179b-4788-81c7-223c00ce9d81
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.409,b762ffa4-aa90-4bcf-adba-9ac063980d5d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,8741bc52-2817-4886-bbb5-13f59f271a19
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.3.2,modeled_data,kg/kWh,CO2e_value:0.409,a1c7053f-b09e-46b3-adaa-344c6aaa7847
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.409,72cb0817-d8e3-4d1e-a1db-55e2db9577f0
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,366f0584-d125-4a51-81ae-fe463caae034
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.4.2,modeled_data,kg/kWh,CO2e_value:0.409,833f002d-0793-49dc-8c01-1e4fad16864a
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.409,f4bd620f-ae12-46ed-b8de-e1e117705db0
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,97c43a1d-3463-4389-a4f7-25de37395fb8
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.5.2,modeled_data,kg/kWh,CO2e_value:0.409,d4e5871c-581a-4072-ae90-8d844a3f07b6
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.409,7284c510-749d-41db-b4a7-1d311c83ef67
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,717665dc-ed64-4f9f-8388-039965f61c69
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,I.6.2,modeled_data,kg/kWh,CO2e_value:0.409,d1c2409a-199f-4cd7-9dc8-22b8cf155bca
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.409,3faba76f-147d-47d7-ab92-e83435957bfb
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,16ba6527-2e69-4243-87bb-65bd3b6f84d7
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.1.2,modeled_data,kg/kWh,CO2e_value:0.409,e82d2849-a13e-461f-ae67-7cc227a3db1d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.409,45480022-88dc-4376-9320-aaa4fa9a8ed2
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,41f8eb85-09bf-4df6-abf8-294aa47e83f1
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.2.2,modeled_data,kg/kWh,CO2e_value:0.409,77243765-84ec-42b0-b5c2-d0d547e47d4d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.409,3339fbb0-c2ad-4fad-b4cd-d5d1303fdb6d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,a43acce8-af59-4b10-8dd3-761cd2610841
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.3.2,modeled_data,kg/kWh,CO2e_value:0.409,e3a69833-9b30-48d7-9c61-50c0dbb86e4f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.409,9af96fb3-a234-487b-85c4-af008966ac55
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,8a8f27e6-f227-45e5-bc98-ff14b84eb4cb
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.32706576962863515,II.4.2,modeled_data,kg/kWh,CO2e_value:0.409,cdc5dcbb-c930-4542-9407-1ce4627493ce
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.409,a05472d4-0afe-4157-aab2-f0384ec765ab
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,6036df17-ae8f-4701-b403-e322c74376a4
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.1.2,modeled_data,kg/kWh,CO2e_value:0.409,41e2f946-deb4-436e-ad5c-6c2f849753e8
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.409,fca5e395-170f-4e0b-83ab-390d5fba0abc
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,639aed13-1a43-454d-bfe7-4a80d25d9085
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.2.2,modeled_data,kg/kWh,CO2e_value:0.409,13a92dd9-6790-4248-8f22-939eccc572af
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.409,608febb5-5f64-455b-a620-ffe48673e43e
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,64763460-f9d8-4893-8f83-8409bb59d17a
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.3.2,modeled_data,kg/kWh,CO2e_value:0.409,8aa7bb83-efdc-4524-a5c2-5ce1bc45adbc
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.409,d1b02a06-44b6-4b29-a988-1cc4e1b6e08d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,925de5ac-5ea7-4f1c-90d3-9be90e5cfafa
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.4.2,modeled_data,kg/kWh,CO2e_value:0.409,816e14cf-da68-4f90-8616-79e336b23ee4
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.409,816e40eb-c07a-4713-9767-61c436cdd788
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,f016f9d1-9555-4168-baff-775ca903aac6
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.5.2,modeled_data,kg/kWh,CO2e_value:0.409,619eabb6-38d3-4ec4-a20e-704d90a0c32d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.409,1cf10f4d-9cc0-449b-b1de-57e0072e52ff
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,703d7317-598a-4ed9-89af-abde76babb22
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,I.6.2,modeled_data,kg/kWh,CO2e_value:0.409,63e495fa-4b7b-46b7-99d8-d2cea81f7d6c
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.409,5a4bbde3-6756-4e5c-ac3f-a2cececfe087
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,8128eaf3-93a7-46aa-927b-4548752a1107
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.1.2,modeled_data,kg/kWh,CO2e_value:0.409,c18c1b05-6818-4b5c-a3a7-15b856786219
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.409,08843d8c-cd25-4086-a527-911729736360
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,76e5e4c4-028a-4887-aea5-6761173ab3d3
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.2.2,modeled_data,kg/kWh,CO2e_value:0.409,83feaa88-5edc-4ce1-b74c-b424599f35a3
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.409,904879df-4b5e-4515-813b-2895d128e49a
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,029f2b16-550e-4a4c-bf90-701d727b7f82
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.3.2,modeled_data,kg/kWh,CO2e_value:0.409,6ff687ac-73c5-4ec9-839f-01a333c2833e
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.409,d4546f86-ece4-4908-8b2a-885312b93bb0
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,8c06bd1e-f1ab-47e2-9340-a443843ebf33
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0020578802619251367,II.4.2,modeled_data,kg/kWh,CO2e_value:0.409,bc6e4fc1-4698-4708-8702-0fe5bacc6ee3
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.409,766dbf77-8f35-4579-b6fd-694ea79e45c6
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,3c44661d-0619-43d5-b678-f68e06c3487e
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.409,887d1c3d-e0a6-4fa0-a15f-f970afeebd7c
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.409,ccb7f7bd-0754-4907-bd6b-e387b9aca2e3
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,5976b4e5-4f8f-4b7d-91d7-caccb7817741
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.409,2b6a4505-8851-4293-8c14-7bff04c65fd0
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.409,a26502d0-f69f-4bb6-bcfa-a1efdbe6e1f8
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,66b59ab2-0ebf-4bb8-9484-e83f193c0e15
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.409,67181845-14ab-46f0-a0ee-69e5f2480aee
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.409,0b8b8a75-03d8-4fe4-8392-8df7d3a9bcbd
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,25f3413e-e63c-48fd-bcc7-4005b8ccf374
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.409,816e08dc-faf2-4075-b8c3-eab80652c922
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.409,2fd07dea-ad11-488e-ad59-14d06ee82d23
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,1692bf0b-0035-46ae-92e0-2801accee405
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.409,58ea6e0c-2aeb-4246-9503-f613fe15268a
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.409,91f0085a-bf9e-441b-8ef2-5daace319228
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,7407d5d5-73a7-4f02-8865-04e4c8596f17
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.409,92877fbd-29fe-402d-8749-da6b3db44b4d
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.409,ed6ed262-7115-4a4d-b1f2-742c29d6d484
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,c56424aa-628a-43b7-8ccc-60f0fbfb8028
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.409,e50d350f-cd44-44ab-85f3-9a018c826faf
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.409,d90b7a3e-bded-451f-9433-ecac2c682993
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,c9a1fe4a-c2a7-4759-b80a-eac1ae119958
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.409,91384c73-1d0d-4012-ab4d-52513dfeae25
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.409,3ad3d29b-88a9-45db-9422-d45dc4648774
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,0df47aa7-146a-4c30-9524-94e95bc7f811
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.409,afc1ca9a-0005-493b-bb2a-daaada122cde
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.409,0aa3d0ed-ba3f-4344-b1da-fed284700ed2
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.409,1370085e-731a-4275-b3e0-bb89e517391c
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,7.487769451205017e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.409,a659074a-a04e-423e-a5cf-05cabffd4605
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.013,9cbd1240-cac0-43f6-950f-257bda2f0a33
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,a5b09779-9ab1-4eb0-8760-74b683880ae4
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.1.2,modeled_data,kg/kWh,CO2e_value:0.013,11eb2b19-7878-43bc-aca3-e1345320b38d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.013,401e8c4f-a6c1-4be8-9f87-cf5ddc0797c1
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,6c0ebc83-1828-44eb-a5ab-e0b984688508
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.2.2,modeled_data,kg/kWh,CO2e_value:0.013,d1496134-59eb-4357-907d-2e27cbc3acaa
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.013,984c91eb-6042-48a2-94f0-1eef2249c503
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,9ce68389-aa71-4e9c-b5fb-70145a6a36bf
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.3.2,modeled_data,kg/kWh,CO2e_value:0.013,d4649555-179e-45db-8b78-7421d68199d5
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.013,f0001806-e74b-4b01-877f-d35b36e88e8d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,609bff07-87a2-4b4c-8ed1-6aacfa4f2665
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.4.2,modeled_data,kg/kWh,CO2e_value:0.013,ccfd5059-e183-4bd8-83f5-4b3b88f075d2
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.013,88a1a171-41df-4b8e-ae4b-e293fa01ac16
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,1d9bfdc4-cfae-44c4-852d-06a8b452b2d1
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.5.2,modeled_data,kg/kWh,CO2e_value:0.013,8697901a-7860-456c-8631-130152c87b7d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.013,8f155bad-2b79-4871-8044-422b9a7c1bc1
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,5fde00f4-d5f1-4e85-9614-5b8c0fb39844
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,I.6.2,modeled_data,kg/kWh,CO2e_value:0.013,091360b6-f303-44d3-8920-e38477eaf3ff
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.013,98123c1d-3141-4eb3-a815-8d4dfb600272
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,a393fcab-5aca-4b38-9734-15659b7acc7c
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.1.2,modeled_data,kg/kWh,CO2e_value:0.013,852240e5-146b-4bc6-8e59-34a413b87083
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.013,c30aeb4d-5541-4b40-a79c-15721e2af1d4
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,cf721265-c94c-4b66-80a9-84f6cf57b3a1
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.2.2,modeled_data,kg/kWh,CO2e_value:0.013,be080646-a5ca-4360-93b3-22ce216a29da
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.013,644cd625-016c-47a6-86ba-95fb16d33a4a
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,0b91ced7-8275-4b1a-a69e-8e2b5917eb91
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.3.2,modeled_data,kg/kWh,CO2e_value:0.013,c7ac54e0-c378-4af6-989d-75fb709c01b6
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.013,2050ca2c-b02a-4c28-be02-6978626244ee
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,25dc904a-c48d-4f60-b012-9da9e58b63b2
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.01019305847025169,II.4.2,modeled_data,kg/kWh,CO2e_value:0.013,15f605ae-6e36-4ef8-9eb1-31b5accd3f30
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.013,a7e72e79-38b3-4535-91ad-4675c527f8a5
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,37e7df9d-01a9-4878-8c2a-95bbfa60553a
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.013,9f579eff-550e-42cf-bc99-e134096768ee
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.013,d1e5bbc2-7b67-4964-a8b6-c56b85afc43c
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,13e5b6f3-2eda-4c0d-bdbb-f7b0adc85610
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.013,aff3ff57-a8c4-481f-a350-67d7ed9306d2
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.013,bc2e94d8-6506-4c40-8465-d3d2eb92ef60
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,99086922-76c5-4403-8c26-34ac3dfdf374
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.013,5d9e21f8-966c-4686-9800-d217866ad003
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.013,865dfaa0-3a1d-4085-8366-3e1d68c94030
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,1315f035-9d7c-4257-afa3-c5c3e445a01e
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.013,5eb267da-e6c6-494c-8ff4-2318fdb978d4
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.013,2cbe2b21-20b2-4748-9838-3812870c92c5
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,36538396-aafe-4944-993c-916bd4a861dd
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.013,45cdf166-b6e8-4ec0-8e19-ab6c1cb33032
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.013,7b8aa503-499e-4516-8cf8-ac797752b2d3
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d4239479-78f7-4412-bb0f-53b9fead31d7
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.013,3b46b31e-d9ea-4658-b015-f658c1d183ec
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.013,03d5e9dd-8ebb-4a48-b7e6-889b64735bd1
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ad81e3d7-98e1-4660-9f42-e5cd399999dd
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.013,00e4b521-4a3a-4061-a55b-b9d79a0299c8
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.013,b28a59c5-d8cc-4335-b194-1f35b029e29b
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,34ddc4a5-d311-4af7-86a2-f593686f01f3
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.013,d4d3d5a0-3da1-44a3-97e8-d1d73080a139
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.013,3dade19d-ce89-4ee5-bde4-65f165936070
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,116ddf7d-1d34-47b6-b10e-a106695c6bbe
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.013,a598b4a2-f4ed-4815-9885-136ecfff6b8d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.013,20a3c8f9-d291-459d-a4ac-5416cf71fbc9
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,640b1c39-0bdc-4866-8c6c-f7c86f82b047
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,6.41341766165165e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.013,02c304d3-d98a-4547-b3a9-74e0cbe7af29
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.013,6637eeaa-d2ed-4303-80eb-f3ab7ec296a7
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b269d24f-ddf7-4da1-abc8-6453581c2271
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.013,ad44c838-9567-43ff-ad57-13a4be607424
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.013,5010518e-bcd3-485b-8a3b-ec8b1abb1be3
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,245768e2-61ff-4363-9e1e-1b0c3c8a5ab4
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.013,4fcb2c97-a71e-4983-9a88-3c3e45a566d1
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.013,93a780b0-a1df-4135-9e13-0921899f0dc4
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7a2876e6-a94f-4c12-92ca-26ef84faaf5e
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.013,bb85a8f1-e06e-4a49-bd82-55a04e833e2a
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.013,f102a842-f08f-413e-9a68-3d3f0aa00871
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,c8eeaae4-8728-4e51-97a0-e9de883ec0e9
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.013,ded44cf6-1eaf-4f99-a874-21de5a4ba479
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.013,b4965c65-a586-407e-a3f6-576e13df82d3
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,8706e7f2-81bb-4c65-923a-c6f6185f77db
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.013,1f302be5-ec33-4ed9-b3f3-94a5e8a160be
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.013,83472d35-5941-4a12-a2fb-664e9bc88739
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,e8c0791a-93ec-4432-9fd9-7c396e40756e
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.013,1981c508-6bda-46e3-a3b3-7365e20ad0d7
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.013,cc9607ea-f5d9-4420-a6d2-91505fa3c45f
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,1e761588-d33c-46c9-98d3-4c093a380ce3
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.013,4d71e941-0d4b-4ac4-8d6a-9f72a4d36c06
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.013,22f667aa-058f-4b84-b805-428254652d40
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,0e5d8bc1-cd98-43d5-ada6-d30ddc91309c
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.013,8a5a3566-fead-4855-9309-cfb2fd092efb
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.013,2f979533-1a99-44d5-b80c-8f45dfd8d12f
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,3189ec5b-6539-4077-afa7-35061194c668
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.013,3cc783e7-6ca8-4258-9488-4636694ed327
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.013,571bc7da-07d0-4785-85ed-4282a081d141
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,482db6af-2345-4b88-9657-9b4251e3e613
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,2.333575657108903e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.013,a2407ef6-bff6-4a81-87af-022b97e3ec78
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.373,c4d6c67b-3d04-46c5-88c5-5ec6f005faff
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,fde2f397-5fae-4bdb-bf07-d9998655e6b6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.1.2,modeled_data,kg/kWh,CO2e_value:0.373,3e829c22-326b-4995-a92a-d3a9944485fe
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.373,14db5518-29ce-412f-85ee-a4c88a266673
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,f7b92857-0949-4b99-88fa-7b73241e423b
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.2.2,modeled_data,kg/kWh,CO2e_value:0.373,7de92fbc-74a1-499b-8bad-23f1dc37f3e1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.373,55e6a785-8c45-4506-8fc2-6406dfb05162
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,b943c1cc-55f2-4681-80d9-13ef5cc7d3c2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.3.2,modeled_data,kg/kWh,CO2e_value:0.373,b9881204-12bc-4dc6-80cc-c26f6bd988e6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.373,1e7550aa-51e3-4728-9aaf-b42bb2912ac2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,88b4d07c-270b-407a-a0fd-5223004361c8
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.4.2,modeled_data,kg/kWh,CO2e_value:0.373,86a304fe-e74f-419f-b53b-fae24d6dd61a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.373,e7957406-de97-4546-ad54-a5e5ecd9fe47
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,e765971e-ad10-4482-aabd-9ffb4b46f41f
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.5.2,modeled_data,kg/kWh,CO2e_value:0.373,982a30b7-e560-45cb-ae6a-681182d76929
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.373,a70b6ec6-19d8-4da2-8aec-1a16cbc45009
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,a2d3de58-06c3-455a-9b8a-62e9fba4565a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,I.6.2,modeled_data,kg/kWh,CO2e_value:0.373,90befe2a-cfe6-49ab-8354-fe3fae1c53fc
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.373,92a80bc8-2999-4359-8960-9d98d2aa98b4
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,be6e4509-5dcc-4c42-8586-200c4b2f1ac1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.1.2,modeled_data,kg/kWh,CO2e_value:0.373,97993868-5398-49da-b34c-83608f0cfa09
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.373,f70feb25-945c-46d0-8f06-6ada9bfc147c
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,5ba748a7-2efa-465d-8db8-5e413dc9cee4
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.2.2,modeled_data,kg/kWh,CO2e_value:0.373,b334950b-1a8f-486f-90f0-ab660965614a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.373,9f84bb20-c4af-4d4b-b905-51b5baa6127d
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,e23d0a15-dc1e-4e69-b748-ebeb1fb40e55
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.3.2,modeled_data,kg/kWh,CO2e_value:0.373,06e47130-78d9-432f-88e2-b530cee4b15b
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.373,a6abb6db-e5c1-4d88-9606-da1ee908c535
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,1b8968f5-10a3-4e4a-9129-03c475b8e5ab
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.298369425191985,II.4.2,modeled_data,kg/kWh,CO2e_value:0.373,82b4b4c1-c8d3-4cef-9656-73189ab61f67
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.373,12bd70fe-240f-432f-b0ac-502582d7b354
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,ce08a714-a129-456c-b0b3-8177997f9c21
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.1.2,modeled_data,kg/kWh,CO2e_value:0.373,901304e1-5a19-46c2-a077-000c30c6d70f
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.373,fdd52642-a9fb-47ae-92a9-90b05b97a405
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,206ec4f0-b9d4-4cd6-ad28-d0cf05b9aaf3
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.2.2,modeled_data,kg/kWh,CO2e_value:0.373,81ed34f2-355e-4faa-acec-b6f793987874
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.373,cd2bd182-ce2d-4fff-8e87-9dafe8bd7afb
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,f2ea119b-7bdf-43ae-b2c7-338a89a2ffd6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.3.2,modeled_data,kg/kWh,CO2e_value:0.373,d813d664-44a0-4dfa-9c5c-34a1bd3aadde
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.373,7c321e99-6fde-49b6-92cd-180c83dc944a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,b2784138-2329-43a5-ab9b-f722034729b5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.4.2,modeled_data,kg/kWh,CO2e_value:0.373,159baf6d-767a-4398-8ef5-e2a2dc978781
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.373,d50f9e59-b9f0-43b5-8915-1c063108319a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,f0b4070f-0778-43f2-9e4c-5e91d073b995
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.5.2,modeled_data,kg/kWh,CO2e_value:0.373,7b083c9e-d86d-4572-b4fc-190ecb213c2e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.373,f0aaf46d-e603-498d-916b-ae0548ed8896
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,88a2fb88-855d-47e3-9f56-b9ea0c278bae
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,I.6.2,modeled_data,kg/kWh,CO2e_value:0.373,92a2d6b4-0325-4f57-b6b0-bb1e2a835ccc
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.373,280927a1-46dc-4566-8af0-1477db455958
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,e150c4aa-6340-4158-92ea-2f98caf8c8c6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.1.2,modeled_data,kg/kWh,CO2e_value:0.373,7c469553-eff8-4d95-8de0-10b171fb872e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.373,6e25c20d-7824-4f4c-b4c1-cfbdb2a2a765
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,a084cb45-4505-4012-ae0a-7b8ebf2f5253
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.2.2,modeled_data,kg/kWh,CO2e_value:0.373,eafcb0e6-7a84-4fb0-aa99-ba7d413acac6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.373,955ee89e-7095-43ac-a36a-4dafba825d71
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,ebce01bd-7f64-480d-ad87-80f215d60fca
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.3.2,modeled_data,kg/kWh,CO2e_value:0.373,17860752-615a-4c5f-b720-efc9277657aa
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.373,7adfe0b3-8853-4b2d-a3e1-bd4ea95eea70
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,80c851b9-f4df-4a00-b1de-5af607d2bd0d
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.0018773244034730602,II.4.2,modeled_data,kg/kWh,CO2e_value:0.373,fc2d1987-e811-40d8-ab6e-5d759e7997f5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.373,65e8487f-f3c6-4e41-8b86-260523c55de1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,476f19d3-7eba-4733-b3b6-0933e3e7ac2d
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.373,4364c579-33e6-4143-b162-7dbf4c80600a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.373,5a4fb345-3089-43f5-8a1f-bffc0dae24cf
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,3dde8053-0f1e-4fd3-9336-61e04d153f64
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.373,4630a5b6-940c-4e42-a7bf-c199958d4d23
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.373,b0538c06-8ced-4232-b65d-5aaddea40935
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,3e5b3d7c-d75b-4dcd-9ac3-cb4fda83f2c2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.373,e9ddca2f-051b-4e28-9aae-fdff434ae239
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.373,6f897eec-70af-4aa5-a844-d8976f185c28
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,7bd88cc7-5065-4c57-b92c-28bd8921ea7c
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.373,affeeb8f-2048-48d5-a61c-36c2bd52f5c3
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.373,4a084363-4b39-4236-a30d-37ce47f24878
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,446b821b-a13c-40fb-bb64-257ac1a59a57
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.373,ffabbfaf-903a-4a64-82ac-87e7ed02065c
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.373,44687da2-e6e9-455b-a447-00ce9f566057
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,f615b638-4c1c-470c-9f96-788642f8f95f
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.373,083e090e-ee21-4b7c-ba6a-f3337c4aa18b
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.373,c86bed2e-62f4-4efe-913d-1634ef1e0b55
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,927a21aa-dea8-4c35-8573-5ba1d846a80f
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.373,04d776ce-4eb2-4f75-9598-5b1066c136ec
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.373,28f7a651-b78b-405e-b0dd-85894bec85db
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,442510e0-780a-47d9-98c0-4ee2e748f0af
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.373,2655157e-3816-463c-84a6-64f9fdec64dc
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.373,df504789-6a34-4cb0-87be-61efa62c65b0
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,befcc04a-ef36-4b74-a7ab-0884381cfc94
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.373,9a37dbc3-af9c-461d-b2ce-0d4f5fa14335
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.373,dde68574-2d7c-4640-8991-eb404bda80bb
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.373,cec3984e-7a8a-43e1-913f-95fa316d9b27
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,6.830801858790866e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.373,c896b7f3-bc2c-4a0c-8d02-d28d6b66b959
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.221,c9bd1218-ad8c-484f-a9cf-6c544bd614cc
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,e767fa8a-70c0-4a02-82b5-8e0d98690210
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.1.2,modeled_data,kg/kWh,CO2e_value:0.221,d65b46f9-22ec-4b3e-9af8-8157da10aaef
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.221,30c148e6-22a8-4237-80e8-4cdfeabd5e94
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,7a0c36d2-efac-425d-97e3-3f40f94728fc
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.2.2,modeled_data,kg/kWh,CO2e_value:0.221,cac41bfa-a79b-4866-b481-1b41ca8f6310
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.221,3b82af9c-ce71-41c9-8909-81cf024688a1
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,c4db3909-9ea5-4f74-9c0c-89ac1b0ab41e
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.3.2,modeled_data,kg/kWh,CO2e_value:0.221,38ad61d1-67da-47e8-8ae3-9331f358db09
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.221,61cdf3cb-5cb3-472b-9c71-79021b2afbe3
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,4217ed38-d9b1-4182-937e-84a7425e807a
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.4.2,modeled_data,kg/kWh,CO2e_value:0.221,a1326c6a-03be-456f-a0f1-368b9481bb19
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.221,612c9b60-a6ec-4d9c-9f9f-a0633b9eb854
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,a8b59584-87a3-42b1-a6de-aa1382e4c414
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.5.2,modeled_data,kg/kWh,CO2e_value:0.221,ae73e994-6288-4431-a21e-abd7504a1822
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.221,f136be3b-b1d7-44c4-ad0f-f55a376fd03b
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,56d494f1-5141-4b9f-a741-cf95b9d1d283
+HR,Croatia,2022,Production mix factor,CO2,0.177128,I.6.2,modeled_data,kg/kWh,CO2e_value:0.221,984db5dd-81ca-4f8b-a881-8c3c11a4f3db
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.221,990e6c60-36bb-45ad-b969-14e440452ddb
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,e2a63c2e-2a4f-4e76-9611-b4a36fbd6171
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.1.2,modeled_data,kg/kWh,CO2e_value:0.221,024f9048-053f-4e5c-ba1b-4fe371c7705f
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.221,5f18520e-2186-4551-8979-c76628fa8c61
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,2a8ae919-dffc-4500-b84b-48589949b2b5
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.2.2,modeled_data,kg/kWh,CO2e_value:0.221,7849bb5a-69ee-47ef-b7e8-f42b980d146c
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.221,ea520170-940f-4793-a8c5-067b9b656417
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,cb4d5855-adc8-462b-9f3c-a99dd3da3e39
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.3.2,modeled_data,kg/kWh,CO2e_value:0.221,00586347-feec-42f2-9ccd-d55821dc5a90
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.221,86f595d4-b0fb-4b01-8e46-b76bf24075dc
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,baf66f5b-d7d8-48fe-8c54-4851b39c82ad
+HR,Croatia,2022,Production mix factor,CO2,0.177128,II.4.2,modeled_data,kg/kWh,CO2e_value:0.221,b86f257c-7788-4d08-b7d3-50225fb71d5c
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.221,b51cb49b-46de-4e9a-acae-039f7f5052a2
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,fea4e750-9713-4ef3-81d0-70ddc70a6b0d
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.1.2,modeled_data,kg/kWh,CO2e_value:0.221,00a42ab6-2def-40a3-bcb4-7a32333bda96
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.221,ac1e263f-6a96-4e9f-a61e-011bfb040225
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,70b88164-951d-4cb9-9cb3-d63ffd3e7950
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.2.2,modeled_data,kg/kWh,CO2e_value:0.221,1d19b4aa-7264-4630-b5f0-d789a5b79bf5
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.221,a46ae695-9be4-44ed-b7e5-24ab8a32b0cb
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,6eda54b6-b1f3-4467-83b6-0d84f5fa0498
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.3.2,modeled_data,kg/kWh,CO2e_value:0.221,623cbeed-9b7c-4f5b-a702-bbd490119379
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.221,839210d8-79ff-4892-b099-9ea9b5b3f423
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,9f6b1853-9d2a-4c39-b87c-1625bd16e72a
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.4.2,modeled_data,kg/kWh,CO2e_value:0.221,59e45ba3-554a-46ac-9e2c-60c37fdfb8f5
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.221,592fa09a-7190-43f9-82e4-a07928727098
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,e7f97122-618d-4ba1-8923-9d23256e6a56
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.5.2,modeled_data,kg/kWh,CO2e_value:0.221,8af7d64a-12d0-48bd-b745-d5c58501d989
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.221,630f1b67-f602-4835-b30c-294e372a5b23
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,b2bb170e-fdca-43e9-9dcd-02a88f4beffd
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,I.6.2,modeled_data,kg/kWh,CO2e_value:0.221,ed3db334-7760-420b-a1ac-7962adc81025
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.221,9fc6276a-8124-4485-90a7-d0dab3d0d643
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,08dbd15a-2cd5-404c-a21d-c799e86127f6
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.1.2,modeled_data,kg/kWh,CO2e_value:0.221,b21fb5d0-23df-4a48-bc82-90b3d17674a8
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.221,21cc2556-4adf-4851-8bce-326f3bf230cd
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,fb032b77-535b-477f-9a5f-d3433a3cfbc6
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.2.2,modeled_data,kg/kWh,CO2e_value:0.221,c2de06e1-a9c7-4e8b-b771-1e257f3206fd
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.221,9bff5cbc-6d4c-42f9-b2e7-008dc3f451e2
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,a34cb003-5465-42ad-947d-58df4946f6f3
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.3.2,modeled_data,kg/kWh,CO2e_value:0.221,ca654985-d896-4ef4-b7d9-14f3fb1d811e
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.221,fd8221ff-4c9e-4452-8737-731b4b280725
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,95b87d99-b82e-4cf3-8a40-403b584210cb
+HR,Croatia,2022,Production mix factor,CH4,0.001114479865771812,II.4.2,modeled_data,kg/kWh,CO2e_value:0.221,6adacce8-7bca-4a65-8148-98e192ddffaf
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.221,df3bb46c-7bd5-40c8-8f17-51e8998f73a5
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,d4975d2c-c373-4198-b706-5cab6b4c5395
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.221,23240409-e4ef-46d2-8636-e57d24d853dd
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.221,b21b5faf-c7b2-4c9e-95a5-b8446d54882d
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,77bcabb9-074b-47f6-af2b-cefbf1e0507c
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.221,d5f2c3e3-5f43-4fd0-be1b-cb6fa21385a4
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.221,221c133b-1fc8-4324-ba0a-6b470664dc3c
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,e67d3b58-e235-4a87-966f-fd24d0415b44
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.221,4cfe6e38-363c-45a1-b142-ca97e921d587
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.221,19eb5f00-d60f-4276-87ac-256280334cd8
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,0a4f009c-e245-41a4-b17d-ab2378b71526
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.221,2b4110be-10fe-4fd4-94a4-6723838457bc
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.221,34f1da3b-dd58-415e-bc98-915cfc03b762
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,0cf3eccf-4e6d-4558-baba-2096d09ee287
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.221,d34493a8-795d-4f63-b19e-ef6a964d32e8
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.221,d838887c-7579-4126-8669-a978f53913f9
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,bc51d1da-4d4f-4ff5-835c-8cee4d703a75
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.221,f0b2248b-27db-4e06-ab13-f8f13990189e
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.221,e82bec0a-f83f-40bf-8f1d-ff46c35a63ff
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,d05e12ff-dd7b-4246-b60f-111f2830fbec
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.221,2ea3441a-e1f9-4b28-8408-5e1fa9b277f1
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.221,9ce1c027-cf4e-4ab5-874b-d6e12a9013f8
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,e39c6afd-8ba5-4a19-b541-dafc3ba66737
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.221,2965c5d3-18a4-493a-87f1-9d1cdcb27ffb
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.221,2f56f453-1074-4a0c-9e70-09fc797b580d
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,b57b3b8a-47b0-448a-b1bf-edf6da99c15d
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.221,015981e8-43d0-44d4-9ae4-f884843347c3
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.221,2da3d4ec-7bc5-4097-9d2e-ad0cf6eb4d43
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.221,1cc50420-3633-4e9b-b3bc-01e975472aaf
+HR,Croatia,2022,Production mix factor,N2O,4.0551282051282055e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.221,b6e83a34-2f6d-4c27-a70b-047c86a2479a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.548,43da3e35-0341-4681-b0fc-6b7c9cb3cd4a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,499dd90e-254d-4c9d-a26e-d11b62338ec3
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.1.2,modeled_data,kg/kWh,CO2e_value:0.548,8bd9b2ca-3ecc-4112-82a9-358638be3a17
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.548,b0aaada7-1e81-4bd7-be28-abe285aeef7f
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,aeb0f0b4-fe59-425d-84d7-41d664c41b56
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.2.2,modeled_data,kg/kWh,CO2e_value:0.548,27cf9445-ef47-4e85-a5e3-4351220f7dd8
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.548,a04e20c3-235f-43ca-9eec-a00921035801
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,4443960d-d4ad-4020-8a7a-93b7e4d3ab63
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.3.2,modeled_data,kg/kWh,CO2e_value:0.548,aeb66510-0744-4539-b46f-77c72a1e18ce
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.548,212a2e80-6f05-4902-b26c-04a700dc6e7a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,cba3c0e8-aa1c-4cee-8490-9e3e263b772e
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.4.2,modeled_data,kg/kWh,CO2e_value:0.548,74c60bfb-b0be-4795-b86d-7b6554b70f96
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.548,6955d525-3885-49a8-bb9c-cd2141331e0f
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,dd56bc03-8ccb-430b-9b14-3dfb0def30b4
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.5.2,modeled_data,kg/kWh,CO2e_value:0.548,80a458c9-1384-44aa-967e-98a560ff256d
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.548,1f49d78e-d772-40cd-b543-f8fc54ae6247
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,5c3373e2-521b-4df0-9b3a-29c0565b556a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,I.6.2,modeled_data,kg/kWh,CO2e_value:0.548,9540718d-3620-411a-9931-1a709d950db9
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.548,32877f6c-183a-4f6f-a015-1c474516ae38
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,81d987b4-558c-408c-b571-bbaa7123859d
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.1.2,modeled_data,kg/kWh,CO2e_value:0.548,6081bd29-be57-4ded-bdc9-c27cfc130aa5
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.548,a701d5b8-bc41-40b0-a943-c7f5583a1f9c
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,b3cd211c-4697-4da5-9dde-7e99beb6d5fb
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.2.2,modeled_data,kg/kWh,CO2e_value:0.548,1fb0e587-5a89-41b0-b24b-160cc4429a85
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.548,bd0848a5-ee73-4e5b-9863-020c9db09356
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,158e47d3-0dc8-4d33-9323-97bd7eff1005
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.3.2,modeled_data,kg/kWh,CO2e_value:0.548,c6caa59b-8813-41fb-996e-2939bc0f335d
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.548,9f75b457-ce22-4de8-9469-5f8c32f97bdc
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,c4c7269e-77e4-4d42-be3a-07ea5b9a468a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.4383675397638107,II.4.2,modeled_data,kg/kWh,CO2e_value:0.548,54a1ebf8-71fb-449b-8e06-c5e98c361b50
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.548,bae44a22-872e-4446-b24d-6b2cc495ebf2
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,05f06bee-b390-4695-9bc4-763f39b98f1f
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.1.2,modeled_data,kg/kWh,CO2e_value:0.548,532280be-cfdd-48f1-be7e-bddba13450ad
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.548,55263821-13c0-414e-97c8-64b12faff175
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,756d1261-61f6-47f6-b5b7-093c65af3f9d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.2.2,modeled_data,kg/kWh,CO2e_value:0.548,0e525481-d646-4f99-9823-7e4830148095
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.548,04d9f557-8b1e-427f-ba48-c43f2349f260
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,d89c306f-7e72-4997-b308-c1b060c43d6b
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.3.2,modeled_data,kg/kWh,CO2e_value:0.548,fdf21885-3bfb-4640-827c-e460687be46e
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.548,7c0677f1-380b-4e6e-88c4-bb5b1069181d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,340e6b11-e2b7-49cc-b5f2-25fc77379d6a
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.4.2,modeled_data,kg/kWh,CO2e_value:0.548,475c052e-ff30-4e28-8d51-17800a29cd75
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.548,fec1ec28-e062-47aa-9d0f-4bffad8cb9d5
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,b17a8e58-e08c-4718-8883-9b027eea28bc
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.5.2,modeled_data,kg/kWh,CO2e_value:0.548,e720e5df-38f7-4fff-b10a-58cce66c164d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.548,4308dd71-20be-4d28-b836-5733c076945f
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,a2c41da7-7986-4dd1-bc1a-9fb94b7bc5f0
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,I.6.2,modeled_data,kg/kWh,CO2e_value:0.548,045d80c0-887f-44dc-8b2b-5d7673150d3a
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.548,2c846f29-17d5-425a-9761-a58b37de1402
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,f823f818-7119-479c-8d2c-d2e1ec91a999
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.1.2,modeled_data,kg/kWh,CO2e_value:0.548,833825dc-6296-4304-b6f4-f8522c86a567
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.548,4effc8f4-6ddb-4be5-a42a-b12b0dbcd420
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,b09811e5-05e1-4a7b-9571-67b6a0b696c5
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.2.2,modeled_data,kg/kWh,CO2e_value:0.548,20079178-e3dc-4c89-9e6a-bb89fd43e7f9
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.548,8c8b5e53-ac21-4616-99c7-f3f6c573f3af
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,07cda56f-9dea-4eb8-93bf-52be45bab456
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.3.2,modeled_data,kg/kWh,CO2e_value:0.548,34fa3181-7ce8-4ac0-a005-c898a007da4d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.548,c1276ab1-c00a-41f7-b203-010f93521781
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,f4336d27-55af-46b6-8d29-5be083f72cdd
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.0027581850236816944,II.4.2,modeled_data,kg/kWh,CO2e_value:0.548,c1fef4b6-9591-43ed-af59-5d2bfbc9907f
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.548,3396730b-9a07-4a62-9b31-c9ac62678cf1
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,84eaeb4f-47d1-4056-8176-d18a1ccbb6e6
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.1.2,modeled_data,kg/kWh,CO2e_value:0.548,9d5f0f70-a7b8-4e36-9bcf-d9da1a391159
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.548,3adfdf17-900c-4495-ba01-a39bb180db09
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,76353e04-396a-4471-803a-fb6419601aeb
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.2.2,modeled_data,kg/kWh,CO2e_value:0.548,f1a37d79-cbb7-4e72-9484-67c3157f4625
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.548,0fd03a98-3c3e-4177-93c2-f6a56b42b83f
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,35cd613d-d3f4-4394-b8af-c292bdd8773c
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.3.2,modeled_data,kg/kWh,CO2e_value:0.548,90be61f8-bc2a-49b7-be5e-69e6488681a2
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.548,0b7a664e-2b50-424f-9179-ce9080d3f4c0
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,2444d05a-2446-422f-9f5a-a6b46ccc6418
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.4.2,modeled_data,kg/kWh,CO2e_value:0.548,012b3f3e-ee03-424c-806e-75d994b1f62f
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.548,72dce56c-a32d-4529-b66f-bce068ce4719
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,ebf3e346-9216-4cfd-a8e9-172bb2e8986a
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.5.2,modeled_data,kg/kWh,CO2e_value:0.548,f6299423-6e78-443e-9f02-71ddc15761a4
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.548,641204ae-c3f8-4fa6-802d-3de0c07ab6d3
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,7065cae4-71da-4d63-b6b2-9f7d7efd083c
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,I.6.2,modeled_data,kg/kWh,CO2e_value:0.548,dc316907-e6c9-4728-b0af-b1daeede4422
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.548,df4a63db-4d70-4338-bc6e-13688182924e
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,bbe18f75-e40a-4630-8e55-b73089207b74
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.1.2,modeled_data,kg/kWh,CO2e_value:0.548,821ad705-b7ae-4bcd-9c04-87d364e00e0e
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.548,7140f051-8c7e-4843-ac2e-bed4bf42c888
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,a10ef60d-fd5a-490d-9533-7d2a2aa273bf
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.2.2,modeled_data,kg/kWh,CO2e_value:0.548,0b3e4e81-22bd-44e1-ae78-a3dd4603e8ec
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.548,272bc169-0730-4f97-869d-eb065435320d
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,3f06880b-a475-4d31-99fd-38bfebdc5689
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.3.2,modeled_data,kg/kWh,CO2e_value:0.548,4d15bf7d-e1d5-4f41-85aa-72c69515cf96
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.548,c1c3b7fb-44d7-4203-8bf4-d0a1a75a15bc
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.548,95fc2821-3f69-4855-bc8c-0ca458ae2809
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,0.00010035886899354641,II.4.2,modeled_data,kg/kWh,CO2e_value:0.548,3a7c64e6-22b9-4b35-a50a-74c7f09cbecb
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.609,c2a902fb-3b23-421b-a2fc-ad00b8e8d1dc
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,011c692d-f03f-42bf-a183-204ee2d8b207
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.1.2,modeled_data,kg/kWh,CO2e_value:0.609,76729288-6e72-4961-b085-c584fe2dae3e
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.609,80ff9789-1793-43f1-b486-93c65dbf833f
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,a9998847-7e0e-40b8-b58c-f5ec7b398f1e
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.2.2,modeled_data,kg/kWh,CO2e_value:0.609,c69e569b-2381-4623-a3d8-fdf4d2e5de64
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.609,62d671fc-9d9f-4679-8878-d9ed04248139
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,8c0813d1-7ed5-4cd2-80e9-090056b5e870
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.3.2,modeled_data,kg/kWh,CO2e_value:0.609,003db5cb-22f6-4982-bace-bbf2f3d9aa24
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.609,2a2fee0b-75d7-4138-83fd-99d097bf481d
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,d6b4327e-dfd3-4e9e-9575-a3198ca1d30a
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.4.2,modeled_data,kg/kWh,CO2e_value:0.609,b10925aa-a42a-40a2-92ff-2869dae50a0d
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.609,a8ea4d2e-e3ee-434f-88d6-d671738aadf5
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,e2b75ae5-363b-4f18-932e-0affbc53d95f
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.5.2,modeled_data,kg/kWh,CO2e_value:0.609,17e4816b-702b-466c-8955-341d3e073437
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.609,edf9f434-e6c8-48a4-8d24-bb99306c5ccf
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,521efc89-1b34-4f59-9c7a-f5bd4854c322
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,I.6.2,modeled_data,kg/kWh,CO2e_value:0.609,bcb9316a-ee33-49ba-a9e6-c5a7edf29537
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.609,9888c80c-75ec-4918-8fbb-acba8248e0d3
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,4746f015-61dc-4193-aed0-7c9f5f12ca5b
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.1.2,modeled_data,kg/kWh,CO2e_value:0.609,555ee490-8c36-4886-9401-727389ff4766
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.609,b86b91bc-f62a-4d60-a1a5-42edf2608a99
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,fb2b71a4-2522-4804-b5f1-9e338fa246dd
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.2.2,modeled_data,kg/kWh,CO2e_value:0.609,d1ed77b5-491a-4604-b406-1bd29c446205
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.609,65233756-72b7-4791-b60e-7a591b84f5d7
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,30504aea-6178-4d8a-866c-56f353c73b1d
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.3.2,modeled_data,kg/kWh,CO2e_value:0.609,1a9f74de-760e-4021-b404-725e1049a4af
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.609,cf6a5da3-e1fc-4d0a-9f1c-ea9eba6bd4b4
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,463e6680-cb86-4f8f-a75b-fca9bfd441c8
+CY,Cyprus,2022,Production mix factor,CO2,0.48715200000000003,II.4.2,modeled_data,kg/kWh,CO2e_value:0.609,be3f8da9-516a-479f-abb7-53c895ccdaaf
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.609,66035fe2-c97d-4b57-b36f-8d51fbf538fc
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,a56834c5-571a-4b6e-b64d-596208b9f2ed
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.1.2,modeled_data,kg/kWh,CO2e_value:0.609,f1b7cdb5-bd8e-46fc-87e5-180744e47b50
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.609,2082928e-1f61-4172-835b-a51d892ba1bd
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,e2de02b8-0cf1-4b80-adc0-bc2cf26024fd
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.2.2,modeled_data,kg/kWh,CO2e_value:0.609,db62ec06-10b1-4a1d-bfbd-0b9019bc3887
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.609,373107c4-aaa8-4222-b31a-634afce480e8
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,d8afd09d-9785-48ee-8be1-ad2dd609ccd5
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.3.2,modeled_data,kg/kWh,CO2e_value:0.609,dadfab68-0c83-4a34-b5de-2b0ff86ee0e8
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.609,870ba210-aec6-46f7-87bd-437d998e00ce
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,81633a70-1340-43c1-b3ad-4bc8f74f5b53
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.4.2,modeled_data,kg/kWh,CO2e_value:0.609,375bac89-fb9a-4c89-907b-4fbea797bdcc
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.609,35c2f859-402b-4d7e-8261-002b9599532f
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,408a1cd9-b2a5-4fbe-84a8-21ba2852495a
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.5.2,modeled_data,kg/kWh,CO2e_value:0.609,423421c9-e81a-4e07-8823-0c4cca40188b
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.609,14a9b953-7f69-4bee-87e2-a7264f981591
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,2bb8867f-281f-4b4d-85b0-4acd3459ca44
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,I.6.2,modeled_data,kg/kWh,CO2e_value:0.609,b43ec3af-cbf9-41ca-8a2b-b999a406a056
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.609,bbfac1f0-4959-4414-9375-a9cc6e93208f
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,7171124d-d6a1-40df-bba3-ae5b707faa2c
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.1.2,modeled_data,kg/kWh,CO2e_value:0.609,8f514b06-56a0-461a-8399-147b148140ec
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.609,09e1c79b-70ce-4260-a7a2-6d8fdc64cc00
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,e83e3268-8df2-4f18-be9e-191113f2ad29
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.2.2,modeled_data,kg/kWh,CO2e_value:0.609,e57f44e1-9a30-4a6e-8e9c-236b5a116c3b
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.609,9629ce11-a566-45d2-b666-75f7baf7d7a8
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,fe6d03b0-bd63-4972-96cf-71f93c34a7c4
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.3.2,modeled_data,kg/kWh,CO2e_value:0.609,3b307dcd-88cb-4312-9cbf-85d6d9092109
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.609,58ecdde5-a7b4-4df3-b67f-947fcdb5118b
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,65146c12-e286-4c46-a5fb-afb60a2aa872
+CY,Cyprus,2022,Production mix factor,CH4,0.0030651342281879197,II.4.2,modeled_data,kg/kWh,CO2e_value:0.609,6dce18ca-2d15-465d-887e-43abc8f0c8a0
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.609,37213b25-1700-497c-bb20-fedc02b4897a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,150d4d39-7991-422f-b7bf-69e7c5cf6d70
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.1.2,modeled_data,kg/kWh,CO2e_value:0.609,d47ac45b-6167-423a-b6ce-9c29391a7453
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.609,caeb2918-938c-4368-bc1e-98aac01caf17
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,685cb35c-f17e-4944-b3a6-b68c41eb9b0a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.2.2,modeled_data,kg/kWh,CO2e_value:0.609,708a482a-be30-400f-9b75-191c9bb458f3
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.609,4cd6ccb9-c828-412b-aa4b-b1b7f4cbf77c
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,8a360825-cf58-49f1-bd3c-dd42ce5f4c5a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.3.2,modeled_data,kg/kWh,CO2e_value:0.609,1b750089-5b5f-4f68-a976-a4e538aad16a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.609,5568dbe2-8736-475f-bbe1-66b796e28bc8
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,235b2844-bb4e-405e-b54d-e1e03c227cc4
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.4.2,modeled_data,kg/kWh,CO2e_value:0.609,00f21dc1-da4b-4412-98a2-96ad0db17539
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.609,26c0246c-cff7-4996-a477-4d8c610e8fca
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,0efa41d8-838a-4e22-a98d-74fbccf7c94a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.5.2,modeled_data,kg/kWh,CO2e_value:0.609,7fba0c80-14ca-4421-b799-e5a4bce9b5c3
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.609,c3a57a26-2572-41de-9f26-e20bab82b4aa
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,cad50378-3c27-47cd-8c5d-acce9c69b675
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,I.6.2,modeled_data,kg/kWh,CO2e_value:0.609,9b2b272a-21c5-4253-abb7-883bf8f56338
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.609,572b6d91-64ff-4d21-9848-8d7c21b5a7c3
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,9afda982-af67-449c-b2fb-89ae07a32ff1
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.1.2,modeled_data,kg/kWh,CO2e_value:0.609,c74aa052-9595-42db-aa0f-1b6de0d724fb
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.609,e74f8b41-9f25-41b0-bb8a-e316fb2ed2c7
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,8dbc23bc-6737-418d-8f3d-026939a5f24f
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.2.2,modeled_data,kg/kWh,CO2e_value:0.609,7b57c605-f395-44fb-a278-67f5220c198b
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.609,005522cb-7098-4af9-9c63-8e9d4c5e54ef
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,d3651995-a48a-4d4c-9b09-389bb7be1e6b
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.3.2,modeled_data,kg/kWh,CO2e_value:0.609,261e6fcf-9dd8-42dd-a65a-9a26b920e86a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.609,3d824241-9d2a-465d-82f8-932ff6550b8d
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.609,4d4a69b1-51ed-46d3-8c6c-96faf5d6f9ba
+CY,Cyprus,2022,Production mix factor,N2O,0.00011152747252747253,II.4.2,modeled_data,kg/kWh,CO2e_value:0.609,089fd74d-9790-4880-b08e-42b5e2a06cd0
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,d076126c-1a7f-4602-bc2e-c7cb2b70ed54
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,76e36db6-9522-4756-bfa0-157d9a73d873
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,7d5796fc-2bbf-4265-a97d-785103c84bbc
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,605dd076-9ed3-44f9-bcac-fdda50d6363b
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,bfead867-a0ba-49c6-829c-847c41e06fd6
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,8d04280e-3181-4ad7-b5fd-c95924657455
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,3f3800ff-7a9a-4eb0-8fe0-bd38f4797cda
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b327bc90-226a-4632-9da6-e1004226564d
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,0981ace6-502f-42ef-b40f-836f0672cf57
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,37e73505-c64c-4f47-b08e-4e08ebcd7a21
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,04544946-cd7a-44b8-ab94-bef7497079ed
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,3de50d9e-2598-46e8-90bb-fd2b073f6ee2
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,0ce8570c-90ed-4a32-90c5-611064ddcbff
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,d18d5e0c-8df6-4cc8-86d6-433ad5dd81a6
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,c96373f9-51fc-402a-a86c-3db901df0992
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,d82d49ab-4157-4723-86cd-c6c7e27da1bb
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,055d2bed-36a2-4430-aec5-237f787747a7
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,e56873d1-1e4c-4c34-b3a6-8be00d04a8b6
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,aad90c29-8785-49ce-95be-9d2c4c82d419
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,77cfd06e-10f5-4990-8cfa-cc078ba24d06
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,31bb6293-4380-4695-a3bb-946d296ff419
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,c0efefac-6a64-4e52-a47f-e39eef3de7f7
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,9aeee4cf-ecdd-4d5e-9e9b-891dd90f2796
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,7ef56ce1-2ecc-48d0-a1bb-9fa6718d5c44
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,eb67543f-d6b6-4c77-b280-cfe067bb44e7
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,a4c74047-4fb9-41b1-b844-f39bddb24cb8
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,c694775c-4c16-46b5-8c53-06d5b7caa238
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,800e1b74-c72b-4f0b-9596-2019c48fbd67
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,9721bbc9-02bc-43bd-a4b4-256eaa6fe766
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5138,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,c4ee86db-6fc7-4a48-ac6b-7b8f949a3b3c
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,089297c8-f920-4712-875c-c81a31bbe589
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,990eb07b-e3a7-46ec-a8ce-0600716ae41e
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,49f7b4d9-e618-4e11-a330-a932eb63f915
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,5d2ee696-e3e3-4608-8eb0-ed37df3e96a4
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,8f452a97-db78-49ea-9b22-6041bdca49aa
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,c1ee9976-db85-47d8-84bf-ab94f770c813
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,54d2cb12-2d40-439f-aa60-57f291d42ec3
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,fec097ce-d01e-49a6-a4ee-17e79cb43bfc
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,72715da8-ec11-4e63-960c-35a6c478c306
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,4329e824-4c2f-4e07-b20b-ce6bfd09e19e
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,a6159b08-89c0-4192-ab4a-f48e65f58799
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,e77d3a6b-0f70-4133-9041-c3c52e2c1771
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,8ad78f7f-f046-4368-9c64-d9ee1a6a9f32
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,2b7e5edb-d368-42b0-b3d5-4fc5250ba9ce
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,bb515600-3e89-4969-ba45-82add114a1eb
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,6410b501-8e32-4d9f-a121-04db382094c8
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,6270585a-1922-4059-80ab-77705d216720
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,a89ba03f-d8cf-4040-8a17-c0dd75d05efb
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,26c59bff-2977-40e2-a0f1-b834be495e1b
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,03843018-3014-49c2-9f2d-fafe1ac83895
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,1975c6ca-06d6-40b8-9924-6ccecae396d4
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,533f3903-46ae-4520-a762-d4ab7f808d19
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,f0f88096-0bd5-4cce-bcc2-ee94b6d476c4
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,bb7d4850-9a44-4f1c-907d-e7305a14fac4
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,f9c64e69-97af-428e-9f0c-9aaf5c8e5b02
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,1802c12a-832c-4ee7-aaa9-465252d09f0e
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,2df21e11-e14a-4639-9bb6-391a174fcae5
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,72e5bb1d-9b63-43a0-afcf-b3c03af4e152
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,6ae52108-0508-4aa2-b27b-b96dfc754d72
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0032328020134228183,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,d7ccc47d-9984-4d26-8335-faa91ba4d54f
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,b35178c5-cc85-4298-9135-eced816fcaf3
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,d62e7c27-a62e-483a-9c1e-a0b0bccff1c1
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,75165a34-dc3f-4315-94c9-1056c41678bc
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,da24b295-8486-485c-8f93-2aa03cb83889
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,1cba64da-8496-4253-b238-ed6852818aca
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,7e658c71-692e-48f8-a027-7be0dfa63b4e
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,bb120c6d-6a38-4a53-bc8c-4e17932a84b7
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,0d2ce9fc-cb1f-43e8-b3c3-604e4b09de0e
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,41a61c89-757b-4d33-a79b-a71fd47594c3
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,a8caf742-a14a-4a3f-a526-1c43e8d2ecef
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,7bb2f727-77ee-4b8d-8737-dd25c9dcf036
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,e54bec6e-90b9-4b11-a7c9-1f4f6b67e233
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,08ad2576-765b-439b-b945-042837afeba6
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,3ab45ab3-5135-425e-a6a9-a8417efff76c
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,a1b3252c-6af8-4e9e-a9d2-848c57719835
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,d18aab1d-8ad1-4322-8e72-399c19acce36
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,30bd947e-67f1-4348-99c6-77e9e9fef22d
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,c292049e-5105-4648-ad0f-31e2d8accc0a
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,84cefb03-c698-4df2-9b8b-cfbabf3a5324
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,90719460-fb2d-4d9b-8bb2-dd072f1c6a2f
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,a4a86949-725b-4903-b1b5-26f40d86cac4
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,5af56832-37e9-4439-b510-4cdca40cb22b
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,6f5e26b1-e8a4-4391-b61c-f612de3e4edd
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,4b83cec4-2b54-4747-bbe2-a7d39df0d59b
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,1ba63552-2ea6-4b00-a685-5591817352c3
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,bce1e7ee-0103-4fa3-baee-5d12d2947bb3
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,56bb8709-610f-43c9-aa89-8b572eb06909
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,f0a94efd-01e3-468e-b54a-09b4f9ad6be4
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,38c37f3e-62d7-45f3-8aa7-050a05479505
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00011762820512820513,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,ad81be10-9f68-4119-9865-032f42d7b6e2
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,4d054e26-5fef-41e0-8188-2345afc4774e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,cecece2b-8a08-453b-89f9-22a00493f150
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.1.2,modeled_data,kg/kWh,CO2e_value:0.002,021afea7-26ba-4096-8e68-f4f2c1f2f8a8
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,f0c6eff7-4f76-43ce-b493-921198c059b6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,470e3c7c-1f89-4092-a081-3fff3cae9e88
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.2.2,modeled_data,kg/kWh,CO2e_value:0.002,d5eb48e6-a48f-4084-8ea2-9b24bb54db22
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,61f16e39-eef8-48e1-9bb3-3f64ef647175
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,b5c3e9b7-d6c6-4c33-b6df-e10113cfa9de
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.3.2,modeled_data,kg/kWh,CO2e_value:0.002,603a1d9d-c1bd-4a7e-94ef-fb926c53c0f7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,bbb76e5a-ce45-4a8c-a0be-ec83849e88bc
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,4af0a066-7d5d-42dd-af90-91998087b0f6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.4.2,modeled_data,kg/kWh,CO2e_value:0.002,e254a9fd-f4b8-485c-aff7-866e9151e2de
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.002,454ae851-011d-4c0f-8f5c-4180b0075e54
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,1531357a-7b75-4589-a3a3-b9be405cdde7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.5.2,modeled_data,kg/kWh,CO2e_value:0.002,2a2f6114-aa3b-4bb8-8796-8355d6e32595
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.002,bac783d6-e303-4aae-98e7-b3a5f2dce43f
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,a707bab0-d3bf-4102-8d88-696d6f2cd0e6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,I.6.2,modeled_data,kg/kWh,CO2e_value:0.002,5ad3da60-b72d-4833-885d-7ea43c247517
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,71b3e273-207e-4707-adb3-791458a98289
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,5ff51f38-34c4-4e6d-896d-4562503534a8
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.1.2,modeled_data,kg/kWh,CO2e_value:0.002,4b80b573-bd66-4074-807e-669b6378a89a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,1a17ef5f-77ac-4f8f-8ca9-6e1cdb28ed49
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,6fbbe5b3-e647-49fa-bde3-f17131d4c854
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.2.2,modeled_data,kg/kWh,CO2e_value:0.002,216712e3-7b67-44e4-943c-c2b7f55d8be9
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,d9b6b3db-05e3-40db-8300-e350c8d4f587
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,c25ae59f-3fdc-4247-a682-d072b36665b3
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.3.2,modeled_data,kg/kWh,CO2e_value:0.002,3cec2916-bd9d-4b49-a02f-cb5c95d4401f
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,12b1dbf4-b766-46b0-80b3-3f3522b21eb6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,19f62a12-eaea-4ee5-bd74-49de86336da9
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.001481276128194429,II.4.2,modeled_data,kg/kWh,CO2e_value:0.002,73f367d8-04d1-4053-944d-27f83f29ce81
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,e70e36c4-87f9-41a6-8bc7-4d09117b28ad
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e4e51bb2-c649-41fa-bb78-93740b108cce
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.002,9816fbc2-636a-47bb-af74-34b756f49368
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,5882b390-94bc-42a0-b38f-3bb15dbe0fe2
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,929d087e-b474-4d88-b1a5-f6f5e2a69773
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.002,6d5809ef-2b7a-4eeb-a858-75be1c09e421
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,556e8c92-6673-46da-a4e5-f80a24837120
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,6c65fbb9-d0f5-4002-8174-d8cece784d72
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.002,0f183b4a-ebd7-462b-907f-1398b4722fec
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,a1ac5900-f0b5-4b68-95c5-d879b7c32d1f
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,3d636d77-877f-44ed-8f66-3b8799c1ebe9
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.002,293a36b4-8c6e-445f-a825-e461e4425048
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.002,ff6a192e-befd-4b4f-ac7a-f6119e734c07
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,47d4013d-2e14-4e80-a9b9-014047eef56c
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.002,25ed3ea9-eaba-4df7-994d-754502b5b419
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.002,e83bc649-c6eb-459f-b470-83c8b8a7a7df
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e1ccaaf5-8920-46fd-a301-15964b4207a2
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.002,a003b8ac-0a76-4140-83fe-dc2ae3657b42
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,003d6cef-553d-4d67-b95f-9f28a00012d9
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8f82003b-1e6d-4707-a6cb-d76a8bf44a24
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.002,e0c7c042-9f97-4bf6-89dd-2bace7cb9931
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,63d1e695-8998-4033-8572-687d3a49858a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,ce5e4bb9-4535-4574-85a3-23e9d5c6e574
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.002,962cce53-9d01-485e-b79f-bbfc7810b653
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,88000518-c9f2-4846-99c6-a241c50d3992
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,47d8dd0f-3c1d-419e-a578-9fb3b3e94098
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.002,3377f22d-eeb4-461d-8f50-7e01c90c234b
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,faadec05-3176-4cf3-a2fe-e491f3ca342f
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,70f49c6d-957c-4c6e-8d86-4db127812d24
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,9.320109866995148e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.002,c443116a-9da8-446a-a488-dcdcc1815d34
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,205f343f-3699-4a8f-aa77-5c217d290dfd
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,35bc9309-dbbf-4cf6-9635-714a631b8475
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.002,76dd1d5e-547c-4ba7-a5ac-4f901313b190
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,4f62181b-48b2-4ab9-a437-c250685cf35e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,0217ed5a-449c-4051-ae38-1b58217e3310
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.002,a82e9054-5e8d-4005-87f1-c116224fdcf1
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,99655039-c610-4e4b-a378-d9847c238fc4
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,fae68c14-04cf-4f27-ac31-c2097df06042
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.002,3e32b817-7b7d-4323-bcb5-269ac98ff23e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,e250767a-87d1-41ce-bbc5-625f5816216a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e3c2c77b-cbc6-4900-b63f-836690a1ebd3
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.002,36c904d8-85fe-4e87-b086-9b8ce28694cb
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.002,bd012346-824d-462c-829b-c743aa923511
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,a7cf2448-08b7-4879-aa9f-0d57c564cd6b
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.002,b0232c42-0748-4bc5-a22c-4a480f6e6c17
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.002,49b34b51-1760-4ff0-ade0-e34317abbb0e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,196468cb-ed06-4624-aab0-4383ffc30e40
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.002,b1462eb6-208c-424a-83c9-51987d88e424
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,66a1c6e8-a6a1-42a0-8c4f-cb7a41cb9f94
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,dd195c4a-d236-4627-8233-427d5cee1cfc
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.002,8bc160d0-0df1-441f-9094-5172a77a8d37
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,c2246cf7-5b8a-4484-be22-f55991c49c12
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,998e9e7b-311d-45da-983b-3372ce0c8aff
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.002,8bc8ee7d-1822-45a0-9ef0-9f8189db2fac
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,a1012a12-3027-4097-a7ef-9f458e9e705f
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,6b643433-5386-4b00-8593-daad8530b15a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.002,cd4428f7-1306-4092-9d9b-b532aecd3290
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,1c3254ac-31a6-4965-863c-3e3b0f628920
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,41ecca34-dcb8-4cd6-a217-eb99326487e7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,3.391199927185048e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.002,dee1e1f1-79e6-4a59-875c-4fc7fca66eee
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.163,e9d8dd46-c54d-4f59-9e29-c8687cff21cd
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,53a915e5-e421-4cea-a242-41a3c2522904
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.163,32f076d7-062e-4c0e-9642-2a34964645d0
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.163,a4d8ec64-35be-44dd-bacb-2b9dacab9da7
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,4666cdad-60cf-47d3-a2df-a1811f74c9af
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.163,705a6483-4af7-49c1-9617-e08e6260475c
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.163,a4c7898a-e6e3-4e6c-8ac4-f8902d78e3f0
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,d6f5390a-3540-4863-a42f-127bdd40f89e
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.163,2b839c47-8258-463e-9b1f-478850772a43
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.163,0cafe0d0-b360-4782-a835-20ccd3eb6f31
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,70cb56e8-3835-4be6-aeb7-fc322598014c
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.163,caad46cf-843e-4652-91db-2abad44b72d0
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.163,63a9c2f9-43a9-4a3e-9c00-1682e312e825
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,34f2e6e2-cac3-4989-a73a-c6a2e656f3e4
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.163,d08bd495-47b1-4993-b6a0-384f9f7e0711
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.163,4f825802-27e2-40ef-a21e-9260e1ca7039
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,edaba954-8289-4b7f-b6dd-fc5a1fd1ab02
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.163,af79515b-f44c-49ba-add1-5a994d777965
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.163,2645fd9b-39f7-4330-b2ba-f04e5d1f1cdd
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,da5c68de-64e7-4f5c-8d76-619821c21a20
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.163,c6074430-243c-4ef4-8735-3576f79240e1
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.163,8c69ef4c-f333-4c96-9525-ecba6caff8db
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,fc029b46-2e81-46ba-9897-eabdfcf97efe
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.163,eb411fc0-e78c-465f-992f-740272ef8c42
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.163,0f21c496-0d39-4c0e-a602-79b15f31d6af
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,09c6715a-a71a-4daa-a20f-ba91b637f087
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.163,99e561f2-e133-48f4-a87a-c0d89afe228b
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.163,28e0123a-3e73-4452-9336-71614ab78b21
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,6a3be9ba-3d4d-4228-b594-99e898dd7322
+DK,Denmark,2022,Production mix factor,CO2,0.13026400000000002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.163,1299e3bf-4b85-45c6-a44d-622d67f3ef50
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.163,12d7c3ee-0182-42e6-847b-1630320d1521
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,4b176cbc-39e6-48b3-b496-2f0c9b4a9478
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.1.2,modeled_data,kg/kWh,CO2e_value:0.163,920a9a79-074e-487a-905d-190d285a658e
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.163,c38bcf2b-4b06-4e73-8492-151e52fed075
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,1b8313a7-21ba-4b5b-ad41-d0b4235782a0
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.2.2,modeled_data,kg/kWh,CO2e_value:0.163,3bbc319d-2995-44b9-87f4-6862718b2cae
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.163,689fd36c-bff4-4f5b-8b87-6647d75dad29
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,dfa42656-697e-4802-a97d-b536c3f5b00f
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.3.2,modeled_data,kg/kWh,CO2e_value:0.163,ceaf7e0d-8f51-400f-ab25-b3bc3674accb
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.163,5ed1e97a-563e-4e87-bf89-a8a3164ec29d
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,8cc19626-75a0-4960-b301-9aaf6d55e09f
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.4.2,modeled_data,kg/kWh,CO2e_value:0.163,67141f16-2709-487c-ba2b-21041e8f84d4
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.163,144ce3c5-0f9a-43cf-af41-b4d68cbbb68f
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,f5ef6352-2f3a-488e-88f7-ab46592121f1
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.5.2,modeled_data,kg/kWh,CO2e_value:0.163,96e900b8-8f27-4f5e-87a0-42f7de15509a
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.163,7728476d-1b7a-4b26-b7a5-7e971a149ce9
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,3d9cba32-3e8d-45c3-9c8b-8e7acc2ab78f
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,I.6.2,modeled_data,kg/kWh,CO2e_value:0.163,662db6c7-a64e-4964-adfa-de4230ca0a32
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.163,e5a560bc-5cf0-48e5-9093-754d8101a6a4
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,8869b174-5481-42b7-ac4c-c00efa2f83c2
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.1.2,modeled_data,kg/kWh,CO2e_value:0.163,1b6f044d-0c04-4c67-8dc1-f78170101a0c
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.163,7939fef1-6533-4961-9f32-6e19955c96e9
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,d8b97a5d-3d04-49c3-99fe-8c8d57d4baf0
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.2.2,modeled_data,kg/kWh,CO2e_value:0.163,921da88a-27c9-44c9-8723-09960521eb45
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.163,3f551916-9eeb-4502-bb6a-55b5afd869a7
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,6261b184-6466-4321-9032-6a5c1b8b1f82
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.3.2,modeled_data,kg/kWh,CO2e_value:0.163,f344d2fe-6e62-4069-98f1-c8df143f275a
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.163,650cbdb3-1bd1-4f43-a3e3-5ad37f1a69a1
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,b678f825-12cd-428f-b17d-f161adc49f81
+DK,Denmark,2022,Production mix factor,CH4,0.0008196140939597315,II.4.2,modeled_data,kg/kWh,CO2e_value:0.163,0b78dd95-f81d-4637-8f65-b95c47dee74f
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.163,3afe778f-d7e7-45b6-b66d-a43da70073be
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,3f096814-79ce-46e5-a31b-755e9187318a
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.163,71df1fde-8dc6-4b77-9992-f85d7d5667e4
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.163,f8d1fb99-1ae6-4aa9-b0df-4d18ba98e774
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,66e9c10f-1fda-470f-b2c8-b6a21e94f7c4
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.163,137e7c8b-9367-44c6-a303-3080b2ff6fa2
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.163,316ce14b-5266-4011-866b-e50d943f9ad4
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,11a2c789-12b5-41f2-8815-807205366b3d
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.163,2e86504a-1002-4734-954a-37da0b48eae3
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.163,4bc9d892-600b-4a72-b7c6-a3eca5f69a25
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,8b1ef07b-960d-400b-a30b-2c4324170046
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.163,7bc48fa5-fa4e-40a3-9da2-cf4d056a61fb
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.163,951ae32f-797b-4fde-b9db-e30e337572fe
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,c68ceeaa-d504-4195-a9bf-38baebe2dd87
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.163,5c01d9de-ab88-466e-8694-bc44563cbb76
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.163,3c4cc0e8-be6b-460b-8365-e9137efb7541
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,6a72a45c-7a70-4d38-8d84-fe08fe81051b
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.163,9bb69c3e-f59a-4d2a-ae14-ba477a009832
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.163,9c46a960-f9b1-4b32-9818-4d315bceebeb
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,c80703ae-3cdf-4eea-bd24-22f907ab4859
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.163,0dc25b1e-e93e-4a19-925c-ce3017eff7a3
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.163,b08afdfe-9a2e-4bef-ad49-14a5c2ecef44
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,a72cc039-cb66-4143-b84c-29c95c8099f5
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.163,f0a36735-519c-45cf-a21e-038ab4224557
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.163,2be6c6fe-ccde-41fa-95c2-8532167bf50e
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,fcf955f9-09ea-446c-b9a5-9af5fd2e7c1a
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.163,4454f0ff-491d-4257-943a-d9b699d35708
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.163,0088f8d8-381a-4930-b575-afe94bef1b87
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.163,1ea99eed-6e65-4f8e-820d-46bcf8521e30
+DK,Denmark,2022,Production mix factor,N2O,2.9822344322344325e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.163,c3d0fb67-ffd0-459b-81ed-84c5c2d0c73b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,113ef20f-e01a-4ddd-93a0-9d02ff89d359
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,23ae875b-df06-4842-b6e5-d11d35c6d6fc
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,47c08683-39d3-4b50-bf3a-7a855c911f99
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,976f2a7b-e766-4e77-ab42-7acbe74886b8
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,681ffe7d-fa13-4585-9bce-ab41d8205fa9
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,191d4bf0-1ec5-4e85-a770-537417fcd076
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,d2205d8e-0f85-4b6c-aa69-70f7b153a5a0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,046f010f-0c44-42cb-b11b-d5339070596f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,0d504eba-7f5b-436f-93b1-07eb98db6e8d
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,9bac323f-ba06-43c6-af9d-69c99d42477f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,52ee3fbc-5318-4d8a-96a2-2eab332245fd
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,2d58f873-1ffe-42a8-8e2f-68461739d44c
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,87a27652-f41d-4b04-8798-123dceb3f48b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,e64702e9-14a6-482c-868a-641d0067e1c8
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,af9ee1fd-3d92-4d6e-b4f5-236c72bbc6d8
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,00d11ff1-3dac-4382-b12c-7c393d4bf0bf
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,a4a74f8d-dd19-4cff-924d-d8549830fcbe
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,e09b7a95-1b0c-46a8-8325-5844fc7ed193
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,d369391d-4439-4fcb-a569-a70f7d73b487
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,61f9d060-3163-484f-bda0-3f619ffe9453
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,8b54d9ff-2397-4b81-9f8f-907dd24f358f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7e79858e-daa3-4f88-bd17-96affad2daf8
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,296e184a-97de-4428-b0db-d9143c6a7728
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,81a38a6a-0c4b-4922-bd6b-8d4ce591b4ad
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7f088b1e-a530-43cc-9ee2-57522db9e43a
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,c864d149-8255-4003-8bf6-898fc201f39b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,0e0ad870-076a-4b21-b128-b6b3c4e57391
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,fccd639a-b4a3-4621-b7b9-748225c9394d
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,822139d2-93f5-46bc-b3e7-d77a3962d2c0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,3aa7821a-9fcf-45b6-91b6-f32dd03ec8b2
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,46324f5c-57dd-47d6-b0e1-51b5db0fecbd
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,f2713705-5f1b-454f-ae65-7d25dde20a17
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,257da7aa-66d4-47d0-9e2b-154db794760f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,3c50134f-f0e4-44b7-8404-4c5e74ef8e3b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,a600f752-cc6b-419a-8cba-6be066708083
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,0b0f3500-67fc-4be0-a2e6-120dfed4d70b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,3ac31023-046c-4d6f-bad8-fa5b34583555
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2846e51a-2134-490b-a27c-9c5b6360b7fa
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,9eee8835-321d-40ae-bbc1-06d54d00c4d8
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,70194257-9f41-4498-ba1a-23451067698f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,3274859c-1acf-4fdc-843f-88e0d249fee5
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,e1e47ea9-0fe1-45c9-8500-6ad6562c409f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ea2e722f-4f79-4a5c-8787-db1ee93a12e0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,fcfdb9aa-251f-42d8-baa0-f706eeb75306
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,29834046-796b-4b84-9b84-b01afabeb33f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5d3a3089-8d9a-46a9-8fba-1764ca060b28
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,5fd17e50-433c-4e65-a3a2-188d672e3606
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,5a9d5e8b-eeec-4fe0-b8e0-a8dbf696f594
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f04cc05f-11de-4761-b3ca-aa40c095b560
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7ea9e45a-532d-4724-b105-12b8a4281461
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,0a35146f-6172-43e4-b3f8-80d492700630
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ac739c95-79b8-43b7-9544-8a88b1cb21a4
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,ecf3b32a-94b2-496b-81ca-599652b6cd66
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,384e6c55-ed81-4770-8c71-be780c11fac0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f8ce4a34-f275-4e8e-b3d7-530e266fba12
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,ea72526e-74a9-45a2-b501-4dcb6da0f86f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,1d865a62-babf-4965-8f70-32c2ec752d81
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c9783d24-51ec-44cd-930e-21abd1b819e5
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8a150d1c-1a50-4461-8210-73c05b7d2dc5
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,72342352-d47f-45eb-bce5-a680d0eae566
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5ed5339f-89a3-4861-aaaa-46cb30608adc
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,085fe686-e048-46d4-93c5-1509050ac41d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,40eb35fb-655b-45fb-a60d-53176f188d44
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b4254845-c206-4d1e-bbf7-a5f6f3403c67
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,cd7902c6-5765-4c63-9c0e-cf25daad5b50
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,595400ca-6d08-4dc8-b68f-7e433a01268f
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,8922d6fc-fbe3-40fd-95d2-f7b645c3ec2f
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,599ac784-e2f4-47b4-b5d7-4b01fada80a5
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,416f0d7a-4af5-4124-98d5-41a91c2ae75c
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,47a38b80-c725-4513-8604-57db2724e145
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,063f5052-87cb-4990-b6e4-7a05ad02c7e4
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,492b6539-8c0c-4013-a76e-7b6f7981673d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,344c148f-60e9-4e2b-a648-7b9182fbe0d5
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,41827443-0bba-4fd1-bfed-6a1b3843ce26
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,6c744de3-a593-4944-8f20-68f70afc5e1c
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,37e76789-73e2-4c02-a7cf-b61bd7c6dbcd
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,c682e3dd-3fed-4341-8329-eee80a2e9c8d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,87cbb58e-7d13-475c-a5ba-b1ad0146fce0
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,bd70db5f-98c3-45e9-a060-09523bf80a1c
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2cdfa719-fb47-49e6-aa8e-9fe9e56a1787
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,6d0135b8-a333-4f55-afe4-2836f85af733
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b621d021-372b-4467-b3a9-e268cdb9da7e
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2fc0f044-bb54-491a-9f99-ea97fe1ec80a
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,beb8fedc-008d-47d3-85fb-1cd8426e969d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,0f90171d-5f08-44a7-ab74-337b2d661445
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d07c9760-589a-4551-ba3f-a6bcf07a1af6
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,b443afdf-b618-47ad-b99d-1b1f404061cd
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ddb6dae2-0d79-4e25-b790-236864b219d1
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,78f844a1-0c99-4b1c-86ba-fc6347a0ad18
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,1f88d9da-904e-4927-a42d-25b092a35242
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.521,7406ff52-84bd-4b5b-b1dd-be10d116b00b
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,5ab92443-0a23-4d0f-9247-2d279a51a3d3
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.1.2,modeled_data,kg/kWh,CO2e_value:0.521,e698ac23-091a-43c9-ba4e-7d99b18fbf7d
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.521,080362e8-3df1-4d6e-9f01-129a6d7d492d
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,27780c10-e1e6-43e8-b45b-6b64eebfc46d
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.2.2,modeled_data,kg/kWh,CO2e_value:0.521,fb1bb701-1019-490d-9209-c7b146b8d194
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.521,943c9ead-979e-4cdb-add6-1db7f97934c3
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,8438f29f-8479-4b63-9af4-fc372e7b7e6c
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.3.2,modeled_data,kg/kWh,CO2e_value:0.521,1a857cea-86b0-4188-b9d4-84d014608c83
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.521,9d3c62d7-d1ee-4632-ae3c-c8d48e0adfe0
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,6d55eaea-657a-41e1-b5d8-8f7ac99ca272
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.4.2,modeled_data,kg/kWh,CO2e_value:0.521,52680985-ee84-47f7-bab6-591d8d01dcb4
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.521,8f88f0d6-d69f-4605-8521-3d54770767d1
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,60560046-426e-4c20-a53e-7b8b32b16e74
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.5.2,modeled_data,kg/kWh,CO2e_value:0.521,13dc76fc-1929-4135-bc97-fb1a074d16ca
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.521,5f5f7290-f7f0-4a1e-b7c4-0e2a5ea1ffb3
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,c85d7989-be33-4e3e-aed5-525e3d6b2e1d
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,I.6.2,modeled_data,kg/kWh,CO2e_value:0.521,c51ebe01-66d3-48ff-b13c-87e1d8167c68
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.521,85022f17-b718-4ca4-9562-f59cbd873ebb
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,63c9e230-2f11-41cf-b99f-a380c6d02564
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.1.2,modeled_data,kg/kWh,CO2e_value:0.521,d8d104c2-f3ed-49f5-8c6a-61c8e47b1d7c
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.521,99348648-3eb6-4a70-b3d9-71505258bf52
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,1807c6d4-2916-4814-9b5a-ae278b7d1fb1
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.2.2,modeled_data,kg/kWh,CO2e_value:0.521,31be0edf-732c-4227-92e2-438006a7d260
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.521,83d8b508-a902-49d9-8daa-5070185036c1
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,6deac922-cbdf-4810-845d-9de9ad8ea5a0
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.3.2,modeled_data,kg/kWh,CO2e_value:0.521,d29b863d-ba7e-458b-9691-0e2a38869ce9
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.521,284c2cc7-a91c-43f2-8c3c-ed197c13e786
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,b5a36fac-fb45-40b9-831d-a089c17ba516
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.4168485395384302,II.4.2,modeled_data,kg/kWh,CO2e_value:0.521,2ca81ef5-8ede-4130-ba76-ed243fcc0981
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.521,067d6d9d-1a70-4d38-80cf-68f0b21e26b2
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,8f147ae9-8666-418f-a0e0-d89ebd161102
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.1.2,modeled_data,kg/kWh,CO2e_value:0.521,92100e61-110a-4943-b197-cb570ba5a6b8
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.521,2f2cd3a0-922f-4b0e-8574-3e4363e363ef
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,e3498fd8-c965-40ef-9718-51986a1ef7ec
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.2.2,modeled_data,kg/kWh,CO2e_value:0.521,d4643863-9226-4384-9a72-7854dd648cc7
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.521,9d2919db-3642-4760-b22f-41b6adfe1d3f
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,d9947f20-4349-422d-9374-d03d27cf8c83
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.3.2,modeled_data,kg/kWh,CO2e_value:0.521,32f9dcbc-6bf3-4152-9004-8a92fd013ea8
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.521,18be5320-c1a2-472b-bf1c-3bde38e6bd6d
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,f70ea5ae-27e1-4cc1-b964-1a13dbaf1203
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.4.2,modeled_data,kg/kWh,CO2e_value:0.521,1488b57a-a754-4601-bef5-2a52e3bc0ab9
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.521,22bc6ad8-c76f-4923-9069-bea424b8bc04
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,355b7cf6-64cb-42ff-a65d-f70bf4c1daa0
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.5.2,modeled_data,kg/kWh,CO2e_value:0.521,6738c5c9-07e5-45f9-999f-02e5a6a7b82e
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.521,5bbbcc52-15a6-4c5a-b27a-b27f7cab9167
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,dcc8134e-574a-48eb-a4fe-d985cbab2da0
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,I.6.2,modeled_data,kg/kWh,CO2e_value:0.521,62d6b33d-d359-42cd-94a2-29a95c9e71ba
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.521,ea0ac370-1b93-4570-b916-6728abfa46c0
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,84e1394b-79ac-4a1b-be5c-927b18eb6761
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.1.2,modeled_data,kg/kWh,CO2e_value:0.521,80ec9798-9aff-4522-8d72-6bea8424ff56
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.521,afc349cc-eee0-447c-b38b-870fcb1b724c
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,938befaf-9848-4f44-8d93-a0c1ebd79c32
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.2.2,modeled_data,kg/kWh,CO2e_value:0.521,e2eb02cb-57c1-4bdf-8974-01506b50f284
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.521,9d14a6e5-35bc-4ed1-9eec-7def80db56e1
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,257f47d0-641a-428e-8ecc-636e6416be10
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.3.2,modeled_data,kg/kWh,CO2e_value:0.521,0d37b53c-11b2-4fe3-ad14-93da9b504efc
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.521,15890746-f951-44a0-9196-7cea821670d9
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,bd59bda7-ef61-414c-8f64-e1136615775e
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.002622788629646163,II.4.2,modeled_data,kg/kWh,CO2e_value:0.521,78c4900b-ee4e-46d8-bb63-b2cac8d225f8
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.521,d3334baf-e78c-4b81-bf98-889b73978c57
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,d753c519-ca7f-43f2-9751-8d87a0037c75
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.521,2309dbe1-ef79-4a6c-aba3-1beb3e9296cb
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.521,f6448438-d43e-4e50-b94e-a974d871d484
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,74ce7be6-e21f-4675-ae3e-fe395120bd54
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.521,4107c3f7-8c33-484e-8da4-5af31d776a27
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.521,a4e495aa-8013-4ebc-9c0f-43671bbec1c1
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,cdf190df-ce1c-49e0-8284-2256c83e8218
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.521,76c16095-4ffc-4999-ba7b-fc132a74d201
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.521,8f0ce8c2-de1a-4e2b-8ffd-ba0a9d443780
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,c63cd95b-02a5-4647-86cd-b8c85e989272
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.521,9508a1ea-83ba-4cb7-a864-0cfcc1922446
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.521,6882ac57-f58b-486f-9da6-f8c41a6c647f
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,428df253-6170-4381-885d-9fc8cff7cbec
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.521,bcef2736-474a-44aa-83e8-dbad402a86ae
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.521,2ac657bb-ad76-4f29-86c0-a7b1fcf55f6e
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,b5385424-0afa-4976-9209-6e669f1ccf61
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.521,bd77db83-2054-4a31-9fff-4d9a38514529
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.521,86456d1e-879e-43f6-ad67-d80c0f791355
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,1c9af11d-5caa-4643-9bce-e36055e2da96
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.521,f466ab7a-8d18-4532-aa0d-7dea8611389d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.521,e2d8f7ac-a893-4178-8059-b8f2ee60743b
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,27ad182c-4a8f-4fe0-ade2-6d4a95285617
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.521,a06451b6-602a-4708-8d37-45e5eeaf586a
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.521,6415bc9b-ae93-4a53-ba8c-f47df120f57d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,5cf10189-4120-4303-af31-fa6f28426753
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.521,3059b04c-c478-41d4-a88c-20163dfbb7c1
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.521,2af50463-ae6f-4e91-b80c-747e2f96e753
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,7ff8f842-0c3f-476b-8bcb-728206e29e46
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,9.543235795293731e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.521,be9f2353-e5bc-4342-9299-58bfe350e624
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.485,42e5add6-3122-4e04-9d85-5da4bded3890
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,ad3e1985-5ed8-405d-891a-fd3bae0556e6
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.1.2,modeled_data,kg/kWh,CO2e_value:0.485,664f9a0c-baaf-42a8-8b4d-8c630e77c120
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.485,d56f2f2e-747d-459a-9499-0a12ed7f569d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,a21e8f38-ce55-47b4-81b3-fbf31a556774
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.2.2,modeled_data,kg/kWh,CO2e_value:0.485,36019b22-05fb-4eac-bb8d-e52feb67bfea
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.485,bf12b912-f609-43e5-bd7c-994cd95fddc8
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,15146266-2818-43e7-97ec-51c67473bf08
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.3.2,modeled_data,kg/kWh,CO2e_value:0.485,15f0ec9f-4039-4a6c-a8aa-8ec5a109850e
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.485,0d1118d2-5a55-4b46-9ec9-e7c4e92cf39a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,7a150394-2f1d-418e-9456-5f982ae3f1c3
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.4.2,modeled_data,kg/kWh,CO2e_value:0.485,894a55b7-d75f-42f1-a44e-09dc74c4eca0
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.485,81792005-c73c-40fa-9f8f-3dea2c900bba
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,258db57b-1f96-4195-bc81-7b3af4d996ee
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.5.2,modeled_data,kg/kWh,CO2e_value:0.485,a3b942d2-fce5-47bf-997d-06108ace6e29
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.485,803f4ce6-0900-40da-9184-3b18a566e35c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,182fb7de-9776-4c27-bfa7-83a7991ffbd5
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,I.6.2,modeled_data,kg/kWh,CO2e_value:0.485,a7755480-6b3a-4a05-853b-cd8b0a9d125a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.485,2de1c463-1a7f-49f1-9e91-71686b00bcdb
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,e699f33e-566f-4d95-8bb7-16fd7088bad0
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.1.2,modeled_data,kg/kWh,CO2e_value:0.485,22edffb1-5b66-4572-8ea1-8ae8defa530e
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.485,9abd1255-0160-43db-9c88-07bb58568bcd
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,f0b51c5d-8f23-45dc-94fe-a1628b139e22
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.2.2,modeled_data,kg/kWh,CO2e_value:0.485,31f23a8b-cff5-4dd3-beb0-82cecdb3150b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.485,d6533d3a-2c94-4627-becc-f405caaf25fd
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,cadb1d2c-6703-4ac9-b696-cf065457b9aa
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.3.2,modeled_data,kg/kWh,CO2e_value:0.485,781aa896-9a31-4e0e-90ee-a5e5fafdfc38
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.485,5815ab1c-141d-44a9-99e9-53fd1a34a25c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,db912269-f6c5-4cf7-85d5-d7fb5a803e48
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.38777376727558033,II.4.2,modeled_data,kg/kWh,CO2e_value:0.485,1d59a903-8260-4651-a828-fcf958b0809d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.485,610e7455-03ea-4290-b878-18889b5b72cc
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,6b78d9ea-ee86-40c4-8051-a2a21fc64ac2
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.1.2,modeled_data,kg/kWh,CO2e_value:0.485,779f5985-7d06-42b6-9f23-02a6efc6e22d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.485,5ece7ea9-3a16-492b-ad90-000713002210
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,972315b3-494a-4734-b58e-0e77399d4432
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.2.2,modeled_data,kg/kWh,CO2e_value:0.485,8d6541ea-0023-424b-b446-f20deb0768d0
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.485,5b6f5129-40b9-44f3-9879-12f74322874d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,18d9ac9c-2110-43d1-8565-3c1d8b137743
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.3.2,modeled_data,kg/kWh,CO2e_value:0.485,dd368d7b-2942-4911-ab84-b1ae3d4d91fc
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.485,3f40c8b5-4289-4573-83c0-3bbbcf38bc6f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,5179373d-0b05-4cfd-9103-72896c3e1e0a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.4.2,modeled_data,kg/kWh,CO2e_value:0.485,84641f6c-6abf-4964-9e09-bc762b98fd08
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.485,c31076e2-5e4d-488a-a1b3-f7131ae9c95a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,26b92738-c9a2-4e3a-b20d-cdc6bbe01f6f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.5.2,modeled_data,kg/kWh,CO2e_value:0.485,51e851b7-11cd-4334-9195-2684cbb88645
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.485,cce8a386-53a9-4818-8ac7-1b043239e076
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,0aded240-f138-47db-9495-a0fd10918f69
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,I.6.2,modeled_data,kg/kWh,CO2e_value:0.485,a6f5beeb-5aa8-42f9-b42a-b6f60e1f48b4
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.485,736b5755-a156-4bc8-8efb-e7aa1b3597e8
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,fda37a38-a33b-4691-b5b5-9b716134ac8f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.1.2,modeled_data,kg/kWh,CO2e_value:0.485,d37487f6-883b-4d5e-b04b-eb00b2e0124f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.485,d729c343-3b78-4278-96b6-a8a7786e8678
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,23c6c256-1e82-4022-a717-a51a8148fb29
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.2.2,modeled_data,kg/kWh,CO2e_value:0.485,7e1ac9c1-d08e-4a0e-90f8-69b1770ca61e
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.485,b0f0b1ec-be25-4b96-a125-b5a627e3c6e9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,44491779-b074-4436-9071-fe23366c57ce
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.3.2,modeled_data,kg/kWh,CO2e_value:0.485,5c98650c-1c21-4080-9591-d0c53995ef12
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.485,b9936985-cb78-4c6c-b0b3-06bf831b9dc2
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,823675fa-7f4e-488a-9d8c-d7e6b1f869fb
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0024398517236299097,II.4.2,modeled_data,kg/kWh,CO2e_value:0.485,0e4324dc-c16f-47fd-a352-2e66d4dca99d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.485,67d05361-8d83-4f29-9367-39e73dcf885d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,c4ed0cef-7c5d-44d7-a462-8c0b965a06d0
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.485,b2abda0b-9f7e-4493-80bd-fa286d4f1e23
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.485,44b5d141-c685-4539-bc54-1e46fa878ef4
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,9327df39-ff17-4069-8695-159082b59e7f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.485,49468827-b49d-4291-b2b9-5d56934ddfe8
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.485,dbb27ef4-5a69-4dac-a4bb-998e1d5e27d2
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,4aee6f25-0468-4c3d-a558-5055a11d76d8
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.485,ade54b17-4e0f-4fe4-a43b-6f2faf26974a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.485,234c2c6a-f84f-4375-b31f-15323d43eb74
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,3ee62fbe-9d40-482f-9bdb-b90e5aef2851
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.485,19fd4c74-db60-4c8e-8a8b-dc61ba8a5efd
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.485,7ace0558-b47b-44a6-8fe7-9db44c9f17bf
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,22eb184a-3827-4254-b1c2-b8bd53081000
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.485,056814b9-797d-4ee7-b85b-cfcf5bdaa621
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.485,2dec158a-7dcc-43ed-a210-6e8ea574b7b5
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,ff75d997-90f9-4ef0-ae15-9a1412ed9de4
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.485,81d4d1ec-4311-49c8-8ac4-eff8ecc118e1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.485,aff0c73f-a94c-4a33-ab60-8d434288767c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,fc01f6ab-e6df-4467-a5f2-55f5db5f47a1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.485,3b99c97d-b054-4327-9283-b1b82e818c54
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.485,383b43d2-de3d-4c42-a124-7e3a1bd56527
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,c975ecac-a50d-43df-bc59-4d0f36861337
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.485,469c9c52-0ae9-4740-9088-2cc5352bb0c3
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.485,31dc1af7-d54b-4aa0-b9e9-3fe589d90e93
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,80d2e97d-85a8-4d4f-b32f-e048394e8aa7
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.485,6ffbbe4f-f74c-477d-af58-2b513af9cda4
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.485,a93ba04a-1e32-4f91-a634-bc490a600e14
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.485,c60551f9-6cee-4d25-8926-310de872e892
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,8.877604562169879e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.485,2192f6d7-4663-4deb-99a3-85e98559aeed
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,8f07eb7c-f67f-43fa-953b-976cd491434a
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,d74bcbee-d0fd-4c21-b85e-27c2e660043a
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.1.2,modeled_data,kg/kWh,CO2e_value:0.164,b6e166fc-ffe4-40c7-abb3-d02529750906
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,2c99114c-0a7c-4307-8abf-72a19a8f8d88
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,c3786481-b43e-428e-99a8-7acbce8aff41
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.2.2,modeled_data,kg/kWh,CO2e_value:0.164,14a8a2d1-f40f-481a-8763-2753f8b47db7
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,b06e07fd-722c-4d6f-9a15-cacf9d5db8bd
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,d7e9f135-dd77-44e1-a944-84afbb3211d6
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.3.2,modeled_data,kg/kWh,CO2e_value:0.164,7c40ddf2-60d8-4f38-8388-ede973360820
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,7b052123-0be4-402a-8f76-df0f1646a0e1
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,b2c2751d-d4ea-45e0-a06d-189248dcd4dd
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.4.2,modeled_data,kg/kWh,CO2e_value:0.164,8fd11165-c294-4f55-90e0-3cf07c91f7e8
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.164,064dc12f-e7c5-470c-a799-e925205fca7c
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,f1385ac0-9a1f-4392-b576-6f3e222fe723
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.5.2,modeled_data,kg/kWh,CO2e_value:0.164,887c6ad9-c16e-4ac5-ab25-9784dcf93a02
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.164,66ccd24c-3162-49d9-8fd8-f643a9fe356e
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,80731240-4997-4243-85ff-41fc05d85886
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,I.6.2,modeled_data,kg/kWh,CO2e_value:0.164,c55abb20-da1c-4980-9529-c5b9f7cff49f
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,452c5df8-2fad-44d0-bbfe-676ce442918c
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,d396063b-c3cb-4a85-9a74-35b9b3a1b730
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.1.2,modeled_data,kg/kWh,CO2e_value:0.164,d3050db6-dce5-4ebd-b2eb-fdde75583751
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,45ec4142-5da2-4ae6-9020-384e5d92d5bb
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,9b6ff1a2-83b7-4cf1-9dd0-b8caf4ca8bd0
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.2.2,modeled_data,kg/kWh,CO2e_value:0.164,9839a095-bafe-4c18-b8e9-7e7ff8fd38d7
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,5c4196f8-ed50-4ccc-9483-e21113bb538b
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,cba1f4ad-658f-49a4-96a4-b4c8572e27f1
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.3.2,modeled_data,kg/kWh,CO2e_value:0.164,a535fbef-1be2-47ec-962a-93eb2893d804
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,1cef3397-0733-420e-a55f-96b5eebe776e
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,dfd152ac-378b-44d0-8f36-f126582a0b8b
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.13084584939357458,II.4.2,modeled_data,kg/kWh,CO2e_value:0.164,d288ff15-28d7-48a5-9e5a-c7445a16b444
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,e19c6536-c7b0-4c19-80a1-cda6f5352434
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,54f7d212-5663-48ef-bf88-758a4159dc04
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.1.2,modeled_data,kg/kWh,CO2e_value:0.164,80c83d99-f6f6-45fa-ae00-b57887e3ccc6
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,2ffe2384-517f-4455-9d69-f15f991c5e29
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,20fece5a-a2d9-4559-8078-d03a32a2344e
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.2.2,modeled_data,kg/kWh,CO2e_value:0.164,edcbeec6-00e9-4bc9-ae7d-fcd4286c96b3
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,2ef47764-bf1f-4c0f-98f9-2ae95371ee9e
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,4d385666-3c49-437a-88ce-64badb9284bc
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.3.2,modeled_data,kg/kWh,CO2e_value:0.164,7babcf3e-408e-4e30-8a88-94ad8715c20e
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,6b28dacf-e8ee-4544-ad8b-7ab5eab19eb2
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,70bf46c5-73ae-4f78-8fc6-245535874bbe
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.4.2,modeled_data,kg/kWh,CO2e_value:0.164,d85282eb-b8b1-4add-be29-d75a5fef9e6f
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.164,8398113b-b3d8-488e-a17b-ef9c798ef35b
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,1263bb4e-0d5a-4944-ad9c-d55a1c328226
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.5.2,modeled_data,kg/kWh,CO2e_value:0.164,bb998159-ed20-484a-b0a4-49965affceb9
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.164,f291af71-5a54-4f96-9045-ccaee2990687
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,0e8086c5-9b18-4e07-9d53-fd3a6d7d32e2
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,I.6.2,modeled_data,kg/kWh,CO2e_value:0.164,03ca6b52-1e92-4f22-ad07-361fd10f5620
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,e34c2b44-3410-436a-adc6-a6333cfb8a92
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,793014de-95a0-43a8-bd92-7d569f30defa
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.1.2,modeled_data,kg/kWh,CO2e_value:0.164,f4ef9537-f5ef-4081-a85f-e418488cd7e6
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,7a8bc785-8365-485c-b8da-1bb7aab95871
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,3849d09f-5283-4c95-86e0-953051007cb1
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.2.2,modeled_data,kg/kWh,CO2e_value:0.164,76234cc8-a585-433f-86f8-e64bdeb36e10
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,c6df2807-7f62-425b-acfe-0b235d2a3e64
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,66477ee6-6f3b-4922-91bc-8fcccf8ad3e6
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.3.2,modeled_data,kg/kWh,CO2e_value:0.164,90db3d49-0259-4dd4-80ca-fa7b2a3aa7b2
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,a16e8c5e-da15-4d35-a636-720f829bbabf
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,3992ec9f-b9f4-4962-9940-302f7aecf5be
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0008232750591038668,II.4.2,modeled_data,kg/kWh,CO2e_value:0.164,1330a63d-1ba8-48b9-94ac-305d591fb293
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,01fe5fb4-9a59-4efa-bbe8-fa5950be2cce
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,ee8ea9a6-51ba-4362-8b41-097dc460e5a8
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.164,c659f5a7-9eea-4aec-9143-f1ac9d3a399f
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,2803d22c-d0f4-487d-a164-3ef11b14eaf1
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,e30faa1f-1718-4fd7-88f9-32b0b8aad9a5
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.164,1847a51d-3db8-46f6-9f1d-ec9f54c27277
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,af9d2a7e-519b-49ba-84e4-2bccf910abfd
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,51a8c5f1-8e3a-468f-b861-d0beba4734e6
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.164,9a9df7e4-e6ac-4a7c-9b19-b7f725cf3faa
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,22a2daf9-8efa-4631-9df8-14815e4dc083
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,1cbea44a-defa-4f2f-ba35-31c8efe724dc
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.164,fc8e903d-39bb-4030-80ca-ec8c3be81f51
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.164,dfd36f47-9b0f-469e-9725-7ebbe012ba78
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,7bf7857e-cb26-4e8d-8c3e-b2d04a0c655e
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.164,425d5dea-fcf0-497b-97c5-8a0e50bdaf6b
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.164,3aa1c144-f6db-494e-a8c1-b722227061fd
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,ccb9f0e8-ce8a-4bb4-9357-bbc66dec1c59
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.164,66382bd7-9b86-486d-be1c-9159f6ba0024
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,102fc64c-5c04-43d5-b1a6-e1741275859f
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,92ebf5d6-f818-463a-9dc8-b45634cc3400
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.164,bf3ce9a1-696d-4197-ae70-e9b1e60ee821
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,7d6fa728-e37b-424b-9c2b-80163f57bb18
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,35f04a62-f43b-46e1-a165-c5aa3e039c0f
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.164,2ed5e5f0-a917-4640-b9bf-bfdecfb3afe6
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,48a5b518-12e6-4611-afd7-d600bda1d7a5
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,afcf976a-6c9b-4f32-9d4f-63e60b695e39
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.164,0a17f459-1119-41bd-890b-0c8ea4b79016
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,15032ee1-4629-4f6f-8dcf-dacef5c9ccf0
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,9974b4d9-29a1-417f-8367-fba4a1422556
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,2.995555160109308e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.164,d38692a4-a443-4749-9277-424dc2ad4d2b
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.396,d14ed72a-3cb3-4fc9-81f8-633c84df1220
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,b8d48757-13fa-449f-8857-5377f6ebbc0f
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.1.2,modeled_data,kg/kWh,CO2e_value:0.396,4d67af33-35cd-42c6-80b3-df1e0ad7c091
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.396,24e09714-efc8-4de7-b5ff-eaa9d2e32625
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,3941aa83-f7d9-43d8-8efd-23bd7a65bad7
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.2.2,modeled_data,kg/kWh,CO2e_value:0.396,da5fe94d-daaf-405c-be01-e7feb4c0d486
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.396,243dd0c0-7de7-49be-866c-9218b3c253ec
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,6b145ff6-99a9-4553-a056-ff7429bbf911
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.3.2,modeled_data,kg/kWh,CO2e_value:0.396,d8ad2932-7e4d-41dd-8662-a31b52790779
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.396,9cf3327c-c521-4098-ba85-95c718e19c8b
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,c467b11e-e4b1-474e-a789-6d8ab4de9f80
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.4.2,modeled_data,kg/kWh,CO2e_value:0.396,f18908c1-5ac8-41dd-834e-c779e1384f7f
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.396,0e0dc13d-20c2-449c-a705-27eccbc68533
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,88ea86ce-f429-40f3-9218-4984a1ea2db6
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.5.2,modeled_data,kg/kWh,CO2e_value:0.396,90f27b49-9d29-4938-b083-7d461fb616d4
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.396,b02163b5-12cd-4dd6-bb68-1e1cc6e31cd6
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,449e03dc-21dc-4b94-a9b2-bbfb14abc43c
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,I.6.2,modeled_data,kg/kWh,CO2e_value:0.396,60502072-5e55-48aa-a860-7ec752444a64
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.396,9e02c733-cd52-40e0-b5fa-3b7e78e4a1c7
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,a02f2322-b26a-40dc-892b-d59f9258f4b5
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.1.2,modeled_data,kg/kWh,CO2e_value:0.396,0630e2de-9b71-4173-820a-d8bfdd127981
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.396,2bf95e1c-65be-4581-9dd8-a00c2d3ae2c8
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,5ffb739b-006a-479f-9c1f-6028357ded59
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.2.2,modeled_data,kg/kWh,CO2e_value:0.396,10afeaa9-8453-4309-99ee-18994040d2a7
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.396,67b94d43-2a28-4a88-8c94-5152d7616c19
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,c30896ad-7dd7-4b26-b28e-c15365b7f91c
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.3.2,modeled_data,kg/kWh,CO2e_value:0.396,4cec8a62-82fa-431a-90bc-2c9db4e2720e
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.396,123d140b-6372-4c13-bc01-bdf6c9ce2d9c
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,6f2cd8fd-69be-44f9-96b4-eca99f9a32ad
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.3166765797762008,II.4.2,modeled_data,kg/kWh,CO2e_value:0.396,51dcaec2-1b2a-4d51-b916-15458d4489aa
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.396,13043e6d-27fa-4e73-a53c-2f89902258de
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,47fa2e8b-5873-4f35-acef-10b634313814
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.1.2,modeled_data,kg/kWh,CO2e_value:0.396,2fa1d49a-2d5b-49cf-b427-121c57cd643b
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.396,2e1da73b-9de4-4d50-9ff6-ecb131cc6246
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,366488dc-d1e1-47d1-9739-af23b3be8b4b
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.2.2,modeled_data,kg/kWh,CO2e_value:0.396,4ed49bfb-12a2-4204-a9c2-dbf4ca4cac7b
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.396,ec9cb168-0675-43c6-84a1-32c3018cd883
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,cc5c294d-a668-445c-b059-142edef81eb2
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.3.2,modeled_data,kg/kWh,CO2e_value:0.396,e27b82c1-6f4b-47dc-b43a-aebf94ff0542
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.396,1f009bf4-23b8-496b-8afe-39e7fc5b180d
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,0eeafcea-10e2-4e43-9706-4753dcfeccf3
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.4.2,modeled_data,kg/kWh,CO2e_value:0.396,dde99a50-7819-43c0-82d9-44aa37229b82
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.396,808258c4-bb79-4477-a880-06c356939daf
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,817c961d-68be-47ef-8152-2a58922e1290
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.5.2,modeled_data,kg/kWh,CO2e_value:0.396,3cfaa067-0c0c-4da4-ae42-32efa01ef0c0
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.396,60d653ba-f53a-445c-8ef0-305b8819e3e8
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,92192d82-1441-45bf-a040-0f1a6024c598
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,I.6.2,modeled_data,kg/kWh,CO2e_value:0.396,f333fb04-0a1f-4465-939a-ef81dc70dfd9
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.396,f76849fd-2be2-47be-b377-c3ddbaf4828e
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,9a0c226b-2c39-4868-a597-b9e4aa9a413a
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.1.2,modeled_data,kg/kWh,CO2e_value:0.396,9c9e7dd7-789e-471a-89a5-2a302699c9f2
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.396,87ff113a-d275-4094-81f0-8c522b87e491
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,0a64ab43-2e9a-41d3-9c23-92b25d49d76f
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.2.2,modeled_data,kg/kWh,CO2e_value:0.396,ab7708f9-887e-4d06-ba1d-bbb357dcf896
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.396,93af199f-13a1-49e8-b710-d65889ac2992
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,d36722ea-7bb9-4536-98d7-0a834724c4b0
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.3.2,modeled_data,kg/kWh,CO2e_value:0.396,3a59f8e8-ab16-4b8d-8027-95499492f578
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.396,bd5f8429-21fc-48e8-8629-10801eb9be5c
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,9257ad7c-0670-4bc6-9a43-7ebf7d77c373
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.001992512037182471,II.4.2,modeled_data,kg/kWh,CO2e_value:0.396,d72ca864-6eb9-4937-81dd-a9bf8d0b1c8a
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.396,ed5fe063-f936-4b21-9024-bc2cb4f9f2ae
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,b65fa465-2b15-4fbb-b01e-cd7bc1271b83
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.396,8856af06-f9b1-4a67-9ee5-08d0515308e0
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.396,0e43b828-8d94-4be1-a451-4e9d18f86b16
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,b693b55e-d802-4f0f-8b84-4a1ecb4cad10
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.396,23f830fa-3d25-4680-b01d-35f976330e8f
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.396,140314af-e070-410b-8e0a-0169baf87449
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,8bdea0ab-e775-4bc4-9fa8-100713012102
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.396,ab7b2049-83ea-40fb-9e5d-f2e7489ac5e1
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.396,f5ea934e-a894-4867-99d8-2e16be8ba808
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,bb17aff8-6213-439f-ba3b-51be8969b401
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.396,9d806832-6dea-4b32-a51d-a4b0c44d36b9
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.396,5f6b5888-3672-4b1b-b66d-a045fb8f05c9
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,7376511e-4aac-46be-adfa-4c4368d82c17
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.396,78fc7a30-4438-4099-bfdf-8786b1ce76e9
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.396,6a76914b-d3f2-433e-bb5b-05827e18ae26
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,67599275-09f5-4cc2-8dfb-7bd505aab3f2
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.396,f5fd0d0c-3763-46cb-8005-b4567ad70fa5
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.396,cde84ca8-3ad2-4708-894b-bc82e644764a
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,1c330e25-9299-474d-964f-8095816c5e85
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.396,0f9fe4a7-346d-4333-93ac-f370454f8857
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.396,a0e24df8-6b88-4670-be9e-806c2bf2a258
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,22b6ea2d-6823-4500-94d5-80f5b316bcfd
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.396,4fe7a811-31a6-4d8b-979f-9800be74c396
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.396,3a54a232-084a-4d46-9bfa-496c9108c6bd
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,92246ff8-2c85-41b1-ab1b-81e298105adb
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.396,b53e2536-5a09-4d4c-a9dc-2967784d71e8
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.396,488c44ca-75f6-438d-abc8-423814f8c912
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.396,e783f35c-e6e9-4133-b280-2bce3ecfc328
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,7.249921698173095e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.396,f807578f-f6f1-4543-8972-151fac52bd63
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.139,d4e58700-2f2d-4f83-9c60-bafd398c87be
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,4ab56d55-310a-4e2c-b6c7-e7bb0fcc4ca7
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.1.2,modeled_data,kg/kWh,CO2e_value:0.139,42f62b34-a391-4432-8b79-24b138f86183
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.139,7dd8adb3-285a-430f-8f8b-f5910a4b6341
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,ec745a40-3e3f-4630-a8dc-daa17f1a764b
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.2.2,modeled_data,kg/kWh,CO2e_value:0.139,e9d7ed92-52ff-43b2-bcbc-96696bdbedae
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.139,3524042c-d1c0-42ac-89d8-350062e5a4a6
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,5c243a5c-8678-4499-ae8b-37eb824faa7c
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.3.2,modeled_data,kg/kWh,CO2e_value:0.139,73d16401-3bef-45c4-ad0e-b62fc3c73791
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.139,1e841449-3a3c-4bdf-aba9-258faa15dc24
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,89a549b3-5ca2-4b18-8ba1-881f71c09227
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.4.2,modeled_data,kg/kWh,CO2e_value:0.139,22db24f9-fa92-4627-ab16-9d5b9914a45f
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.139,4c4183ad-229a-4905-b2a2-4117a5ebb136
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,7baa570a-4195-43f5-906f-42808008d145
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.5.2,modeled_data,kg/kWh,CO2e_value:0.139,40c96b8e-daf4-49d6-a88e-b7084b384e27
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.139,7ea4c29a-2e4a-4bbe-9add-44c78f4731fa
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,5366a00e-2db1-4a71-bc32-d96367c5cba2
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,I.6.2,modeled_data,kg/kWh,CO2e_value:0.139,9261253d-cde5-4b7f-acfa-ec3b19bfc65e
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.139,34b0c704-b116-412e-ba1a-51faa38517ae
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,be582f74-d815-40fd-b5d1-f68853cad316
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.1.2,modeled_data,kg/kWh,CO2e_value:0.139,b7fa9157-f663-40ea-8496-173dc63acba5
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.139,9abd2a48-d2e2-4566-ac7e-8717406d0a18
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,d74ab936-8089-48aa-93a0-6e591e85ffa0
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.2.2,modeled_data,kg/kWh,CO2e_value:0.139,a5553b71-fc89-41c5-afb4-17664df4985b
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.139,b70f15bf-510b-467e-9510-a62dca281da1
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,86542dff-f9b1-464c-ba37-d2fe78567ba3
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.3.2,modeled_data,kg/kWh,CO2e_value:0.139,e2d84b89-b6f0-4515-9f17-12680686b3e7
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.139,520ec238-23f1-469b-a2bf-20c19a760171
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,dca5ea43-ba68-496e-99d3-c250d676b6a5
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.1112222076267102,II.4.2,modeled_data,kg/kWh,CO2e_value:0.139,e039dd78-8ddf-46c4-86bb-c0431913f2de
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.139,3238e24f-b305-42e8-9fc7-89741434a2c3
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,b316f111-a475-4f9c-9089-c0126b8fa244
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.1.2,modeled_data,kg/kWh,CO2e_value:0.139,f9038dfb-eddd-4745-8363-3f304e45b242
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.139,facbdafb-db05-442c-a57c-b99037fb5254
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,0f17e621-16c3-4a51-85da-2520625d3185
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.2.2,modeled_data,kg/kWh,CO2e_value:0.139,fae1686b-36ef-4a14-8968-d9b2974ebf98
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.139,7d5dcf54-8ce7-4228-a7ab-1e9e4ae3b500
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,2fe1c233-f376-40eb-a94f-c3ce7fb0944a
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.3.2,modeled_data,kg/kWh,CO2e_value:0.139,94adb052-bc80-4e2a-8340-33b3f4310f05
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.139,995c2a71-a14e-475e-9212-e4236ae7b433
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,3f6e1722-66f3-4d58-9206-49dce0ffc6c5
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.4.2,modeled_data,kg/kWh,CO2e_value:0.139,f5948a59-b6e9-4c7a-b4c2-246b91f8f0ea
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.139,78c9c918-8994-4d3f-9398-d0ca5f062caf
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,90036f75-68d1-4d9a-9ecf-8e85981f5536
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.5.2,modeled_data,kg/kWh,CO2e_value:0.139,54c1202a-bb4c-4388-a140-c768df22d20e
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.139,3c9b4263-7e82-4853-a8f1-75ce904d2bb5
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,414c1c0b-cd4a-47c0-a65a-b27503464335
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,I.6.2,modeled_data,kg/kWh,CO2e_value:0.139,165ef10d-22a8-48ac-80f0-51f2379974eb
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.139,342df39d-9cf5-4264-8c1d-2fb2d7cda648
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,8c9e96c7-7d8f-40e2-b584-58022c0793ee
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.1.2,modeled_data,kg/kWh,CO2e_value:0.139,d9ad4d2d-3b51-4b8b-9baf-a5eaf5322a94
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.139,a139cac9-8907-4010-b4bb-2c06b2fce924
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,fbea2f44-e4a6-4772-a2a8-9ef864d9ec12
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.2.2,modeled_data,kg/kWh,CO2e_value:0.139,52358de9-bba9-4eb6-8251-2d1ccf85721e
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.139,e6605013-a1e5-4b3a-a266-844a04b47a29
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,460252ef-ffd0-41b7-b44d-21cdb8d2fc81
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.3.2,modeled_data,kg/kWh,CO2e_value:0.139,9a39b13c-7be8-4dc3-8bd3-6ba45d63584d
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.139,a704ee92-c433-4685-850f-dd01f3d0079f
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,675c6da6-cd8f-4fdd-9973-9d4c162375bb
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.0006998041587251061,II.4.2,modeled_data,kg/kWh,CO2e_value:0.139,6c1f42bb-2b20-426a-a7b9-527acc2289ff
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.139,25dcd64b-4a21-4adc-bf81-2fad84f75cf4
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,92766398-7415-4654-80df-de820b51a811
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.139,24412d4e-52c6-4871-ad3f-e27f0c8a1402
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.139,232dc527-7a90-4f18-9d60-aaff1ca099c0
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,8abbfb0e-d38f-41f4-a5e7-bc35b208657c
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.139,93a72e03-a134-4793-99f7-db67bb9914e2
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.139,52a7c22d-d487-4b35-acdc-2f553392b7e9
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,e1518715-a7ad-4e00-91f7-b03dbecda83c
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.139,f3a8fde1-558a-4f98-9c4b-fd0bea26db47
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.139,93c4c358-4a12-442f-955b-02bfd590feb0
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,10809cdb-1fd9-4df6-ba02-a387fac61de2
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.139,ba314629-2cbf-4eb7-b07e-5dcf9166b584
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.139,fc6abc7f-3f76-4a80-afc7-ac37063c9fb7
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,e075fd56-a937-458a-b4c6-c4b923b9d571
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.139,acbbd5f8-1d21-4d21-a980-44c1519c57aa
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.139,fef7798b-fede-4a76-8735-6d0793a432ef
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,b03554b7-8992-4345-8fa0-cfe8d10d4d8b
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.139,825e11f5-555e-4b6f-b666-6a9c3df13231
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.139,e1c9b395-2161-4d29-aab7-516cd2e70ee7
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,de240d3a-51aa-47f4-b60c-9afef969ffa3
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.139,9f92c7f8-fc3c-4a98-9bf4-76ea6924fff1
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.139,06fec102-35bf-4ac4-9ae9-2c3da2d59a3f
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,b193ac18-38ff-47e8-a290-5cfc5a23c7f0
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.139,3bc4de2b-07bb-4762-8402-7ebf0ec5c4fa
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.139,5d32d4a5-15db-4f54-bbd5-54487855d032
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,44b606dc-6d28-4bf4-a48e-697459d344fa
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.139,6962a8d5-115d-4408-83a9-22075b11a677
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.139,40d78c58-3dac-435b-8239-89507ed85347
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,04a71928-9c6a-41bc-ac4e-9a59bad0dd9a
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,2.5462959621499588e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.139,a7798ad4-fb9e-4a9d-aa79-bae295f9f02e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,3bbd3ecc-0a2e-45d4-9c41-557c24ec7046
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,2ae8f2ea-1175-4e07-b5f4-4c755c1b11a8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.1.2,modeled_data,kg/kWh,CO2e_value:0.443,c5efc0f4-1936-4d3b-950b-523fd348f7e3
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,23322c46-9fed-4bf3-8608-567dbf61211e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,b7dd5643-2b0a-4f12-896e-64a646b900f8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.2.2,modeled_data,kg/kWh,CO2e_value:0.443,a3198da7-704c-4970-af74-3e9303deab5d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,53eb348c-89ed-4a0b-a58d-e9a103622fd5
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,4a360efd-d79b-4aac-8ecf-4ecaedda9aad
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.3.2,modeled_data,kg/kWh,CO2e_value:0.443,f778c9a3-67ad-48a7-9d57-1ed08e46f000
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,46c68d1b-f4d0-4140-b4db-c271d7d0dd7e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,4f895419-3608-4515-8b86-a192fbc7aeb8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.4.2,modeled_data,kg/kWh,CO2e_value:0.443,de896c74-2ac8-4a0f-8b0b-e0860328c630
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.443,523902ec-85ae-48c9-b9dc-046997c1ab37
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,6b7bcead-7c24-4afc-8db2-2dd4ee782061
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.5.2,modeled_data,kg/kWh,CO2e_value:0.443,d43451fb-0f03-4afc-95de-9af6866165ce
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.443,cd647219-421d-4842-b720-f91358ec6b22
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,614b542f-2855-445d-95bf-8e5a297ca7bc
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,I.6.2,modeled_data,kg/kWh,CO2e_value:0.443,9d4f060d-0f3b-469d-ba26-44b56d49da14
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,598509c1-a0db-4fc3-9e99-a0e3cd0ee993
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,69cef366-d4ab-4a7c-be53-672f3e829df4
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.1.2,modeled_data,kg/kWh,CO2e_value:0.443,176632e3-8261-4f59-8343-0b5677308c72
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,924909e6-a7f8-4472-8429-e70937e82453
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,a64803a5-d692-4600-9036-a6908db2a1fe
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.2.2,modeled_data,kg/kWh,CO2e_value:0.443,4c4387eb-f4b7-4c32-9ba8-236b37f548de
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,efc91b0f-52f9-403e-b039-8ca4740e46c1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c3537f09-c8fd-4973-adea-77f71438761e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.3.2,modeled_data,kg/kWh,CO2e_value:0.443,ff157c7d-eafe-427b-ace8-6a464e75f065
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,a2d04f2f-1d15-4412-bd2b-3d5a071a761c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,f9d1f2ed-8e85-4180-a8e7-f91243859d40
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.35442943260799054,II.4.2,modeled_data,kg/kWh,CO2e_value:0.443,ddcf256e-54ec-4c3e-9bf8-44bb15144bef
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,11298e01-b4ea-4625-bcc5-0d4488efaf52
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,e8657d33-34dc-434e-8e5d-d76c53ecdf25
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.1.2,modeled_data,kg/kWh,CO2e_value:0.443,89903910-f561-4444-9837-b977f64c4a29
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,45857179-3be7-4042-b183-fab6c288dcc5
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,dc19392c-c7f8-420b-a8cb-54746682ed7e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.2.2,modeled_data,kg/kWh,CO2e_value:0.443,827db5ca-95e2-462d-a9ea-7d8c6720ba7c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,2fa7cddf-c1dc-4744-9628-f09773724667
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c4e7d6f7-dbee-4330-be0e-9abcd4b09595
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.3.2,modeled_data,kg/kWh,CO2e_value:0.443,a65ac93a-3673-4239-a988-00765c89544f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,6e5dd929-2b42-4d20-b9bf-ce707e488e99
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,b6c25275-e5ea-4ccc-bddd-05f74aec17c5
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.4.2,modeled_data,kg/kWh,CO2e_value:0.443,97a70354-a44c-4ac7-8e2e-900fc0f98fe0
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.443,126a4a7a-851f-4666-8b2e-430819d86309
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,f16d3b35-d7e0-4c25-b62c-71e6595db0e1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.5.2,modeled_data,kg/kWh,CO2e_value:0.443,c6e575fb-120c-456a-9203-7af8aee33f4c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.443,62a126bc-409b-41db-bc4b-4bc2995949a7
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,ef723531-998d-4447-885d-48c4c618a82a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,I.6.2,modeled_data,kg/kWh,CO2e_value:0.443,4e4fa145-d09b-425a-b9c6-468b01a21e0d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,f45fdf3f-8495-42b1-8ac8-8ad3b41f59a6
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,7b53051b-74d2-4b69-ac2b-e8ded7e02f7e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.1.2,modeled_data,kg/kWh,CO2e_value:0.443,43de3b49-4df3-4061-89d2-21f311c46eff
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,7e0de508-3841-48db-94d2-fc77b5f7af6a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,ad61822a-9650-4f74-b0a5-96081e89fb60
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.2.2,modeled_data,kg/kWh,CO2e_value:0.443,3284337d-02c8-46c6-8b8d-96bc524124df
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,1396286d-2fd2-49b9-bccd-879495958a9a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c7fd692d-a824-4edc-a466-c68a4017ff05
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.3.2,modeled_data,kg/kWh,CO2e_value:0.443,4411c062-530e-4469-bca2-f44689f38d0d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,473c537d-5f6c-4518-b684-48376c538314
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,3f874f5c-88a4-4e70-a149-08c5d68ed64b
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0022300509602012825,II.4.2,modeled_data,kg/kWh,CO2e_value:0.443,30b86e57-7911-4f76-90b2-626238982321
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,f051d3a4-f053-470d-ba77-903f228cd15c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,c88672b6-02c9-42fe-a17e-54c721df3f51
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.443,4d2d5350-7610-4099-b123-154cde018a0f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,67635a8e-b99d-4d25-8f37-dd8c7a9c37c9
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,069aa4cc-bd70-4b72-aaed-61f59ec638ff
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.443,8c860f4c-e698-489c-92b2-545f85366ba9
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,1436e7ee-3680-4456-af4e-8d831be8ce0f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,216bb43e-0dfd-4778-a36c-28fbf71f4331
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.443,1c8fb884-d458-4344-a257-a3c3dbee7e48
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,c5d98a46-524b-4f9b-958a-b145fa620e36
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,aea7151a-bb44-4f4c-a243-11330a9951d5
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.443,4e764002-e399-4b6a-84fd-1ac5157c52b4
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.443,e1904930-79e5-42cb-b5f0-33d77d1e58ee
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,0dbdccd0-694e-45c4-8728-f4c18a6817cb
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.443,d51c1c87-b398-4c82-83b4-b8a8179d9524
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.443,a3821d16-1068-4f07-90e9-c567a65e7020
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,7dd6cb46-4a7a-4ae6-99d3-3673105b415f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.443,3dbefbe0-ae4f-4e07-9855-b81cbe82d720
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.443,c3486e6a-c9f3-4f5f-9e45-520c21107811
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,e6c49fef-f237-4a4a-a7eb-4adf1c6aef43
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.443,677de3c8-6a97-4bc9-9c20-2c2b20150bd1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.443,eab69454-e6fd-4b1b-b6f2-7563c8dcfaec
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,2b99f00f-55ba-4051-8187-c3aa7285ff92
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.443,b583b4dd-6a9b-45c5-8c7f-ae58be3c5431
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.443,12e993e9-102d-4bcd-b054-d937e226bd6e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,68e30147-2a8d-4ecb-921c-8493f697bb39
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.443,4214e564-08b8-4627-8a03-b1bcb33f4986
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.443,c684263f-7e83-4f11-be46-e1e1fd504b25
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.443,62dd631e-30c4-4120-bc92-bd19702c34a1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,8.114226936996121e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.443,8fceb0c1-b4a4-4306-b6c1-475622184c30
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.666,a34c8356-251a-4d29-9eef-cd1e6ea421c2
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,a78ac2f5-8071-4083-8e95-3909eb36b672
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.1.2,modeled_data,kg/kWh,CO2e_value:0.666,1cf83773-de5c-469d-98a8-296bb8c8a252
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.666,31b07400-8274-4136-a3f0-3c75b423b0eb
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,e353703d-ad58-4fe4-b0f7-b70ce0c9ab56
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.2.2,modeled_data,kg/kWh,CO2e_value:0.666,fe945980-e433-469b-b3f7-90088b448173
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.666,1b7f037b-8ec4-4366-b1fa-04da90d71a28
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,fe08d13c-c3c6-44de-9e7f-7c6009a5cef1
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.3.2,modeled_data,kg/kWh,CO2e_value:0.666,4e5864f5-14ea-469a-82ec-71f6f3bab5d7
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.666,d03d42b0-aca7-47ad-aaac-15bce74ec4fe
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,4221acd0-2bf0-4329-af13-5da9169bbb29
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.4.2,modeled_data,kg/kWh,CO2e_value:0.666,11b4d440-597e-48fd-8715-bf72b82298cd
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.666,ca9b8759-5967-408c-a344-75e42d1b812c
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,8a3d50e7-00d0-4afc-baf1-6f034765f284
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.5.2,modeled_data,kg/kWh,CO2e_value:0.666,b2297aa7-12b2-45cf-abb3-7c9508361b86
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.666,08ce0e01-acb2-4697-832e-98d04510d0b6
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,0f352609-2d4a-40a1-9102-696f70afa411
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,I.6.2,modeled_data,kg/kWh,CO2e_value:0.666,c1282323-5739-48ee-b0b7-1fd0bdfa91dd
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.666,119df834-1f86-4b36-bd42-9fff0a2fb8de
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,e786df84-98e7-47b1-8d61-03ef8d2d2071
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.1.2,modeled_data,kg/kWh,CO2e_value:0.666,435f8432-1b37-4255-82b7-b9fd7f1b9005
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.666,ba1d9975-f250-47fe-b247-19e52d4c85c4
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,aa34583a-3e5d-4569-944d-9f0f5c81dd82
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.2.2,modeled_data,kg/kWh,CO2e_value:0.666,196ece0f-95f2-4ad7-8813-132dc7bb93e7
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.666,23d9ebe0-136d-4ca2-bb32-cae3f2322f49
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,c522b6ea-f0c7-4b35-a24e-5603d65c9a38
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.3.2,modeled_data,kg/kWh,CO2e_value:0.666,b53107f7-52a2-4fbb-91cc-0a2ec84a20d5
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.666,c7156038-6a94-4596-8bdb-21cec5aa775c
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,95b665dd-148e-40eb-bb4c-0f721c460c20
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.5329960811379896,II.4.2,modeled_data,kg/kWh,CO2e_value:0.666,3c4a8fb7-f683-4d40-bcf1-6f0f80ae12a2
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.666,2ea5a5b4-e821-4d5b-822f-faa8dccabbda
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,f69760c2-24cd-4167-ad75-6ddbe1232da0
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.1.2,modeled_data,kg/kWh,CO2e_value:0.666,28cd72fa-0f51-4da9-ae78-5f7878c5ae6a
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.666,185d3971-c64f-4150-a519-f33425ac8cd3
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,50afc96a-57c9-4fee-acfd-64e7f0738db4
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.2.2,modeled_data,kg/kWh,CO2e_value:0.666,cba3ece2-0f27-4db0-9aba-2c2d92ac7737
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.666,0a3295dd-f608-442c-94f3-825675c4fd79
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,35b91915-861d-4df6-a578-112bfabbd517
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.3.2,modeled_data,kg/kWh,CO2e_value:0.666,eb540a08-b584-4c18-a8e7-aa9c5a4360bb
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.666,f903526e-5d05-49e3-8f0f-b7e67e032638
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,fdcde6fb-2f62-40b7-8bd3-0f61d9e5ad9d
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.4.2,modeled_data,kg/kWh,CO2e_value:0.666,51247138-8735-45f8-8845-b01a40b90a66
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.666,13eb16fd-73cf-460e-8033-e4528f580573
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,d1c718df-40d3-4eae-b9dc-dd3ada1f01e9
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.5.2,modeled_data,kg/kWh,CO2e_value:0.666,a0df4888-0d95-42e6-864c-0dfa2e49b99e
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.666,52d59985-0e2d-43ee-ad22-55fe0bdf6997
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,feb4f49e-4a5d-413d-bcc9-c4f51b1972a0
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,I.6.2,modeled_data,kg/kWh,CO2e_value:0.666,70734292-cfc1-41bc-b8e3-84d1d5b34aa7
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.666,7b918391-ac3a-4d05-89fb-2f3422c8da0e
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,38cb052a-f3c3-447c-8f5d-d582baf104fa
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.1.2,modeled_data,kg/kWh,CO2e_value:0.666,2cbd844b-2011-4b52-b629-9f9d07125eda
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.666,ff3b75b6-92d8-4837-aa45-22be10a44fee
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,254356b6-7b9f-4545-aa73-236d54690e47
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.2.2,modeled_data,kg/kWh,CO2e_value:0.666,01e4fca7-ce6c-4302-bd99-40739ab9ff50
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.666,8d1b6219-1f2b-4c67-9027-1240b338ea57
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,40199f25-2d36-4434-8b43-0ec75f3e4e45
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.3.2,modeled_data,kg/kWh,CO2e_value:0.666,b19eefc9-1bba-40d2-bdf7-7e59587e5932
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.666,b9931667-c831-41de-8b25-edb336f04b9a
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,93c23bf5-b2e6-4a90-b2e1-f50c46c90532
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0033535827252809745,II.4.2,modeled_data,kg/kWh,CO2e_value:0.666,70fd9a46-d95e-4af7-aeb7-95a802c988a5
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.666,dfc12c53-b4b1-4cf4-9573-6966cf259f5e
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,7880691b-feac-40fa-bc2e-4b2f85e25aeb
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.1.2,modeled_data,kg/kWh,CO2e_value:0.666,b08d2806-7b33-45a6-a4f8-8346c90a1e81
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.666,8723080e-5830-4197-b693-aa2248b1abe7
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,e9edd8a3-3ec9-4d4c-9b12-7038e02fa698
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.2.2,modeled_data,kg/kWh,CO2e_value:0.666,aaa84330-1c13-442b-bff9-a2e3b4624c22
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.666,13f0c5ed-b824-4d2e-afe2-045ab50a6f2a
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,33aab7f7-9063-4068-aa1c-eaffcd66d8f9
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.3.2,modeled_data,kg/kWh,CO2e_value:0.666,454ff893-b105-4022-8d9d-d8b7a082bd20
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.666,0e7c3de9-f865-4c6a-89b3-22bd6b3d39c5
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,9a94d732-1763-4223-8b4e-7bba966c8f53
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.4.2,modeled_data,kg/kWh,CO2e_value:0.666,c6a553d4-3d02-46d4-87f4-eaeff4dfe520
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.666,1d116e1a-4d69-479a-b842-53930e37a63e
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,35da4b14-1a3f-443a-9ef2-5e23037c7245
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.5.2,modeled_data,kg/kWh,CO2e_value:0.666,03123b1d-3fb9-4bf9-9cde-93b1d4b7cb52
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.666,ae76d0c3-4db3-4ca3-b0e1-8bd5725bdf13
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,cb5437a2-ef36-4295-b203-81ca79c1def7
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,I.6.2,modeled_data,kg/kWh,CO2e_value:0.666,ebe762cd-4374-4c53-aff9-f73111836d12
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.666,43d28a69-9949-4211-8a75-9da611ee3980
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,b049ecf9-136d-4095-bb62-139ca02aa14a
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.1.2,modeled_data,kg/kWh,CO2e_value:0.666,8bddbeb7-c88e-40c5-9c5b-c46a407e06b6
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.666,62a0b936-d2ec-4244-8ecf-cba1a9f6b0ff
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,ee004d2d-c597-48f0-bbc7-76d10e26f5c3
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.2.2,modeled_data,kg/kWh,CO2e_value:0.666,2da31436-75cc-47ae-9b44-0ee2a7dffafd
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.666,cba265f3-5fe5-41d4-b2f3-687c9c31539f
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,36fccf20-3769-49e9-a9ab-78c05293a598
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.3.2,modeled_data,kg/kWh,CO2e_value:0.666,2b14dab9-37a2-4f19-8689-d6e2663c58b6
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.666,cfb19684-908e-4184-a779-bc02acccf798
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.666,40776a17-0073-40e9-95b2-a8a337eb2f72
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,0.00012202291234844083,II.4.2,modeled_data,kg/kWh,CO2e_value:0.666,b749f50b-bfbf-44d2-bf70-39a77f8c0185
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.661,c47bfd3e-d20b-4393-bb3b-c44ddecaf05c
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,419ace06-0bb1-4d03-8e9c-151d40b368f2
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.1.2,modeled_data,kg/kWh,CO2e_value:0.661,2f3a71e2-aa92-4c3b-9e6c-b9c9334c86a7
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.661,53eca49b-deb1-42b9-ad60-c3d426e23bda
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,93a35d16-9b47-40a6-b6f8-75d677ebacda
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.2.2,modeled_data,kg/kWh,CO2e_value:0.661,fd596d53-d32e-4858-8f66-b22b8512a983
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.661,77c34332-bfed-4630-9b00-1564627838c1
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,03fb4deb-9138-439a-8e95-9eff0c3e156e
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.3.2,modeled_data,kg/kWh,CO2e_value:0.661,3b77678b-047c-419d-858a-5cd9152fd134
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.661,1604a849-6b35-4cc6-b9ca-a7122ea0e454
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,9f537c4b-c116-4637-bb95-198ca46a54f4
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.4.2,modeled_data,kg/kWh,CO2e_value:0.661,649053d9-1ad4-49e0-bff1-4295ee5c6185
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.661,6c4d3369-50f3-4797-8d8f-dc5f2f8c8fd2
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,b8615c6c-6c0e-4257-a9e5-c6bff1a405b8
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.5.2,modeled_data,kg/kWh,CO2e_value:0.661,e894c0dc-fadf-496f-b573-2982d3b75b47
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.661,9f5587e5-5afa-4714-8d17-8ab615560099
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,bba60ed1-1011-41be-adcb-04a583168e99
+EE,Estonia,2022,Production mix factor,CO2,0.528792,I.6.2,modeled_data,kg/kWh,CO2e_value:0.661,3b050a79-3fcb-4e88-8732-767076306210
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.661,379ae860-d133-440d-8b70-80c448224a06
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,87754f59-df23-4750-a070-aa10e266061e
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.1.2,modeled_data,kg/kWh,CO2e_value:0.661,48aa3f0b-9551-4e62-b56a-6d777a993fc6
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.661,0e297fd6-cbd3-4ce8-96fb-2badd6a69588
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,91345d12-3903-4f55-b0e9-2b51f51ba8f8
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.2.2,modeled_data,kg/kWh,CO2e_value:0.661,674fede5-116c-4b1e-ac62-731aac65bf89
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.661,90ddc93d-b193-483a-89d9-182765ec5f38
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,2dd742ec-0488-4200-8d2a-7b0d58ee862c
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.3.2,modeled_data,kg/kWh,CO2e_value:0.661,862b69d6-4472-4a73-9c02-df6ef4282645
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.661,cfe4868b-d70a-46ad-976e-32ef0a6fb789
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,f77bb8fa-1f56-48d7-8601-9ee88646a8e5
+EE,Estonia,2022,Production mix factor,CO2,0.528792,II.4.2,modeled_data,kg/kWh,CO2e_value:0.661,cdabd5d7-18f0-48f7-98c5-2e287fd4b72b
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.661,4201ecda-1752-4a56-9648-226f68be403a
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,7bb20167-eaea-45c2-abc6-27251dff4a8a
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.1.2,modeled_data,kg/kWh,CO2e_value:0.661,50819a48-74d1-459d-9bfb-e84d6bc47692
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.661,38363910-499d-4be6-bc75-c0d24f5a8676
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,939dc6a4-acd4-4d36-8137-de516a4ab228
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.2.2,modeled_data,kg/kWh,CO2e_value:0.661,e9bbfd12-b080-4dd5-ade1-1b02761dccf0
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.661,c7dd9c65-31c5-4c96-925d-7a614ccd097a
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,9f03b599-fd22-4b54-bf91-0d70f2c88ade
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.3.2,modeled_data,kg/kWh,CO2e_value:0.661,ecad06e6-0ae8-4143-a235-2ad74679c247
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.661,73d43048-3eea-4786-b8e7-83d84373aa3f
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,988fc42e-d37f-4888-bf61-7bb34ed7a60d
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.4.2,modeled_data,kg/kWh,CO2e_value:0.661,24b0b393-c2ca-441d-a3b9-30e43973b663
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.661,06a143d4-67bd-4b00-b794-1b516a7d0713
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,2e8a4a49-4842-4055-bab9-c4350422511b
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.5.2,modeled_data,kg/kWh,CO2e_value:0.661,a52e2567-e5fc-4211-8b83-9c8e26354d69
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.661,a7b5a09d-5818-4d03-b841-5ade7cde2696
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,0a27b25c-c36b-46e1-9455-499c4fa1cabd
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,I.6.2,modeled_data,kg/kWh,CO2e_value:0.661,f3c9cde4-a284-4da7-b0ec-3b526fc4c4b9
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.661,790e86e1-e67d-45ab-9ef7-16d25c55e892
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,755116ff-711e-45bc-99df-8de9d1ac8b47
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.1.2,modeled_data,kg/kWh,CO2e_value:0.661,3fe11a70-711f-47f9-a429-7ae53aa563f8
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.661,313e6f97-1209-41ab-9771-4e76b9aac744
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,72f701c4-4bfb-46b8-80d2-8c3b1d9bd40f
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.2.2,modeled_data,kg/kWh,CO2e_value:0.661,96d6213d-b91a-45bd-9120-d173cd0ef60e
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.661,07e7b654-00ac-4356-b332-5a73eaf995a5
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,2a24354c-5fef-4e17-ba91-14f2c0c64d2c
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.3.2,modeled_data,kg/kWh,CO2e_value:0.661,e7fa8ebd-7407-485a-a655-e31ebc3a5c24
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.661,3e023f4e-9e31-45d9-ac4c-f45074b5de01
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,413dca64-2cdb-452b-aa1e-f77e2a8f8d3c
+EE,Estonia,2022,Production mix factor,CH4,0.003327130872483221,II.4.2,modeled_data,kg/kWh,CO2e_value:0.661,6830335d-fdeb-4181-a01d-19e9543fd977
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.661,e4aabb0d-64e4-4630-baec-85cdc8a535fd
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,9092bb4e-639a-442e-9c31-234fd0d33156
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.1.2,modeled_data,kg/kWh,CO2e_value:0.661,dadc1090-f94b-4ee7-beed-74250bca0f9e
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.661,6d5a31e2-1e6b-425e-8438-44dd229d583b
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,78d910db-cdaf-4bea-99eb-062fc7fe05b2
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.2.2,modeled_data,kg/kWh,CO2e_value:0.661,98a0ec21-b3eb-45fc-896d-fc0ebf1e2bc6
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.661,7aa1fd90-69a1-4322-84fe-518a26266cfb
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,2f1a0fe4-7579-468a-bedc-0103c7ecbac4
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.3.2,modeled_data,kg/kWh,CO2e_value:0.661,f6c8fafb-bbf5-4d66-a91d-205eb2bf1e26
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.661,c1764c77-5a11-4e81-851e-afb007c82983
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,7d4549aa-d77a-4b9e-b8fe-09b275bfa538
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.4.2,modeled_data,kg/kWh,CO2e_value:0.661,7a357446-f640-4872-95a6-15f3ea07ed65
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.661,44c27d20-f75b-4634-b67a-94d6eece5a5b
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,295b5d16-0ee5-495e-bb33-60a1b90bc9aa
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.5.2,modeled_data,kg/kWh,CO2e_value:0.661,eeb1a13d-3e69-4853-9f2e-1761c44d2749
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.661,4f772694-53f9-47e7-93fb-73fdd271d4cf
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,b0094740-1cd4-46d4-b7e4-04cb90e7c10a
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,I.6.2,modeled_data,kg/kWh,CO2e_value:0.661,f25e944a-6ece-428d-8b83-734e383871f1
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.661,b4843c71-1aa1-4dcb-886a-17651bc1ae70
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,a50b249e-0232-48e7-85e6-0841407b3723
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.1.2,modeled_data,kg/kWh,CO2e_value:0.661,91bfab1c-13c5-47d8-9a42-ccedfaa82c9d
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.661,17c89031-8674-460e-b18b-f768c3b07270
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,a117649b-65e3-464a-bdcb-a5699d68084a
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.2.2,modeled_data,kg/kWh,CO2e_value:0.661,89cf7f0b-7330-402d-ba7b-062894fc01ef
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.661,e6947dcc-514c-4bc8-bc99-aaab54919ece
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,0104eaf7-6d86-417e-ad85-1ca7b24bdb28
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.3.2,modeled_data,kg/kWh,CO2e_value:0.661,7a57060b-191a-4680-b340-191ea9a74791
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.661,30f58c19-d0cc-4a59-8a00-183720790510
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.661,bd366723-21d5-4365-903c-f6c1d8cfcbe9
+EE,Estonia,2022,Production mix factor,N2O,0.00012106043956043957,II.4.2,modeled_data,kg/kWh,CO2e_value:0.661,88eaef38-5089-4b60-98ea-c186c0fdcb11
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.057,e8278ca4-bf30-4993-a38a-245640927175
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,a44e358e-3d43-430b-9581-7ca838290e17
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.1.2,modeled_data,kg/kWh,CO2e_value:0.057,fcc50be3-51da-4fde-a817-52b94a8fd5fe
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.057,b6ea2747-ce6a-4bb6-a2d9-0b085ea3518b
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,9e86ed7c-aeeb-40f2-bb4a-7d63df8880af
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.2.2,modeled_data,kg/kWh,CO2e_value:0.057,9f13361a-4c96-42b3-918e-6aa39201b203
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.057,b969bc5f-efb9-451d-9039-76124d125374
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,5165408b-df07-42bf-9116-c938f0b2fa84
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.3.2,modeled_data,kg/kWh,CO2e_value:0.057,7028fa13-65e4-4fe2-b1fa-7fe608e411c0
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.057,9183c4a7-3cc4-4b7e-b9e5-e97eacf11178
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,f7d9e095-7e7f-4094-bd81-052bab76d6e3
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.4.2,modeled_data,kg/kWh,CO2e_value:0.057,f093a0c8-a892-4cc4-b5e1-956ac5ab77cc
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.057,e2f58d3d-f48f-4ef2-954f-3b01ff4f3561
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,8b256e54-2338-4baf-9063-305ba969a2e0
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.5.2,modeled_data,kg/kWh,CO2e_value:0.057,59e21923-3cd1-4645-aac5-960299811d52
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.057,afdaf561-25c3-4b0c-86b5-0248465e0ee3
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,e8641f25-c02a-422c-b2f3-9c7955995572
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,I.6.2,modeled_data,kg/kWh,CO2e_value:0.057,88b00459-58e0-4801-8f2f-4a66367387b6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.057,165d14c9-a81a-411d-ac41-4607809d9c22
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,3d94c767-2b78-4d39-9fdb-8534d61da96e
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.1.2,modeled_data,kg/kWh,CO2e_value:0.057,8b8c6048-26d3-45ea-86b8-4a54f58b1364
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.057,5b13c86a-5ea3-4a9d-be14-68c3e2447cf5
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,0e864ae7-a118-4eda-92b1-2415bda6891c
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.2.2,modeled_data,kg/kWh,CO2e_value:0.057,70d49b47-b7bf-4122-b259-e4a29aa60916
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.057,22b40b91-acfd-480b-b343-f009d2733dfa
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,ddfe4441-edde-40d0-b70e-a3d1c4951ab6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.3.2,modeled_data,kg/kWh,CO2e_value:0.057,d21b9238-acda-499c-95b6-c7bd83e30894
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.057,be67075c-3b36-409f-b29a-65af2c02c0e8
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,2ad196a7-854f-4d03-aa87-fb38caaee650
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0457379182382085,II.4.2,modeled_data,kg/kWh,CO2e_value:0.057,3e1d3817-71fe-44fe-bcde-bec7f72ebc9f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.057,8d8b5b6a-ac85-41b3-9fe2-bbe3342c06f5
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,cc3dac91-f9af-4fd7-bc8a-b45f3d0a4995
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.1.2,modeled_data,kg/kWh,CO2e_value:0.057,01909acc-5e31-409b-a583-fe78ae90f92a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.057,a0b00953-e9ba-4597-8b5a-b3bcac8d0de2
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,58331007-abff-4556-b092-54a44c3c6128
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.2.2,modeled_data,kg/kWh,CO2e_value:0.057,04822f93-548a-4d17-b16f-b4d95ef5dbe6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.057,ceb0f2f2-0bf4-4bc6-91f2-fddc65710536
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,63ff1cf3-04d6-45da-8632-94243f781341
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.3.2,modeled_data,kg/kWh,CO2e_value:0.057,064b3916-ddfd-43af-87bc-4c71fbfc5f59
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.057,6145e179-f6a8-44d9-a02f-14e40175d61f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,8d379c43-09a9-4046-8aec-f4a3ad808e3a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.4.2,modeled_data,kg/kWh,CO2e_value:0.057,116cdd3c-5783-4f3c-a32e-4a1cec726531
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.057,b241013a-a4ab-48ab-942d-f3081967db42
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,0ad977c9-476b-4256-a0ce-7aa334d6483b
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.5.2,modeled_data,kg/kWh,CO2e_value:0.057,84175880-9ce4-4e4d-b63e-72406f43e396
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.057,36c09aa0-63fd-4b14-a9d7-64ef1e1fb6d0
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,7cb71198-811c-4090-80e8-ea257b5cae52
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,I.6.2,modeled_data,kg/kWh,CO2e_value:0.057,3967d2dc-5c7f-415b-b6fb-cf5d3fc6c485
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.057,42b22271-1180-45c5-b8e0-63cb3450801f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,2948ec7d-4db5-414b-a761-aaf04245e385
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.1.2,modeled_data,kg/kWh,CO2e_value:0.057,25b2f74d-067f-4002-8436-a76e53cd5f86
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.057,a465ea69-1458-4950-a1f1-5489f177c62f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,ea2f6a03-d9fb-43b3-8904-b5bb84f94d94
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.2.2,modeled_data,kg/kWh,CO2e_value:0.057,49685d69-8d3b-4aca-9754-279df8e7c450
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.057,9def1b48-d593-4d4e-8a38-2e0524db4d95
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,18f52b4e-42dd-4525-849d-2cd97206a1ed
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.3.2,modeled_data,kg/kWh,CO2e_value:0.057,6c24c2d0-d12e-4769-91a0-2e90e9e59c32
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.057,e9ca51ca-5cbd-4184-b6a4-9000281bc63b
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,87079ad0-5e77-4916-8388-587ae2f0dd64
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,0.00028778052582765406,II.4.2,modeled_data,kg/kWh,CO2e_value:0.057,dccfcf99-bc44-44a5-a813-a9828f74a6f1
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.057,1d64258a-dc68-47e3-bda1-a512ab08bb1c
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,e98c3575-6b3a-41d5-a32b-9d5b38e82117
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.057,c82e14ae-d0a4-40c9-8be3-be5684fadc5e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.057,e4f74ed1-b999-46d7-8e0f-b6638e98e654
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,07f6d1fe-fa84-47f6-a724-2cc4739b0bf5
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.057,fa5d1ea4-b592-4351-83bc-f6aad31658a0
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.057,8bc05721-f204-4256-97d2-933a153de280
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,822a3e16-3239-4394-b35b-d8a3fe2ccf54
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.057,0661dfd2-8702-4c73-ba06-6eee68b9c995
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.057,52a3d9cb-e2bc-4856-8d5d-6a05036ba687
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,3854b5cd-6013-45e6-ad7e-1ec5050d3134
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.057,263f3314-e74f-4eca-b917-b8f464aaa9e0
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.057,a2818e8d-f546-496e-977f-5b86cd93851a
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,1e968f39-7689-4e1d-9224-950ce640f631
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.057,33c2ba0b-77d4-4aab-8196-ce9df58bcb9b
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.057,885c2cc0-684d-4da9-ab6f-f74c090e73e4
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,40f317b3-c2ca-40bf-9c2f-57555c96835a
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.057,0829fd7f-cb64-4d05-bd09-bcbf6bd562b2
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.057,0fc53865-7a7b-488d-b3bd-0d86fff31f6d
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,589fe6cd-2a3c-42ba-9517-973a469f0bb4
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.057,74616798-bd17-4c42-a66c-12ba4115779e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.057,7826a2fd-4ea5-49c4-b660-fef91599accf
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,54dc6795-8ca1-4c0a-b62d-3d38aa0c5eba
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.057,e4570a33-2132-45e7-b06c-7fc58b156382
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.057,b57ee727-75fc-43b0-a588-c2193891ef68
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,6e6a527e-0bdf-4def-95ed-c02e5d016396
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.057,aa588c71-77d2-44b4-8c31-0b96ebe2b25e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.057,08cd36f2-a617-4fea-9fe3-8f6415ded7ec
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,3dbe33a9-71e0-4a89-bf04-d6fe3bae66e3
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,1.0471135127794986e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.057,153b306e-c555-492f-9e03-833c7060f781
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,73be0303-07ac-4691-bcbe-cf79223fe5c4
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8cb29310-fd6e-49dc-9dcb-a1caa3c45d92
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,653d4e65-659f-43b3-beff-beb4f7022dbc
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,84f42418-64b1-4b02-b93f-024a555f5f24
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7dd6ca75-9274-4e4a-a187-d38f5f8ff0b6
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,23a5d6e1-ab0b-4c58-81ff-330aaa5f020c
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,19c05890-aeac-4d67-a064-0b6218b99936
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,614d9dc6-bc9b-4a64-8a72-ab0c872f7170
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,985ad9dd-4d91-407e-b9f9-30b63905870f
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b1bac4f4-fc58-493b-8ed0-2bfc3b4c4ef7
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d7bf8d9b-2ee8-4a6d-8659-59dbcf755e0a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,9ffcfe85-4f7f-44e4-b681-a16e0d1d0d7c
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6b863d1b-c3e7-40e9-94f9-722f020929aa
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5d71b4cd-c01d-4697-aa30-4555fb8ab5fe
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,142b4db0-c08d-4649-82b0-561da9ad6d25
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8bb26724-f677-445e-8862-aaa30a11e1c7
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ab144526-c131-436c-925a-c012f1992dbb
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,dbedf606-133a-4f39-9e6c-30d84d37f4e2
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a8bb9f04-fe28-40c4-bdcf-b3827591ba82
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9e4393c2-909a-4c9b-b57b-e8f1c0918b1a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,b0163c36-20eb-4d56-848e-fc90c6e9080c
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6cf13fba-988c-47e1-9a8c-ba4b0971b530
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b13db5a0-8c6b-4343-b094-a66af185bf9b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,78626c26-c12a-41d1-ad2d-4b6a59c6677d
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1b9a20e1-0797-4e8c-adbc-96de2b0e5e1d
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a0286fce-dfc5-41f5-a381-bb1f762f0815
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,75b164ec-e407-4b6f-a924-c1a23f7e646e
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,731a7756-1bc0-4486-96d3-dad018e4bc5f
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e64b025d-d1f6-4cde-aab1-475d8d263456
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,0.00039994824443566996,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,3905adb7-43f5-441c-8078-888a6c887c98
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,44e088ac-7112-4c77-b355-b5d3366b86e5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,76db00c6-5e58-4c7e-9a67-9771cdbc5b80
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,dd5e780e-7958-4504-89e2-57694dc420b1
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9bae503b-f9af-4714-9b8e-511753095824
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a78fd52d-f1de-473e-9664-6d8439553dd5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,a29bad58-556f-4bf9-bb11-c8caeaee4eea
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a93b1541-de98-475f-9f4b-a5a6a24c69fa
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1dcce80f-e660-403c-997c-a5d973a966d8
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,2467e760-d608-45ca-bdc8-f838cd9990d1
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d526d18e-210c-437d-88fa-25e3531714b5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d7033430-6ad1-4c1e-b24b-36640a44267e
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,abc9356c-6bb8-4951-93c2-7ead9f90ee3f
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b68044c9-4830-4147-8060-5ecec63a2c4a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2a22ebcb-d3be-49f1-bbce-0b5d77e1a2b5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,9196f9c5-186d-4a8a-967d-aa0724911b95
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,7ab7ed55-26ac-44aa-8450-9a455d6299c3
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a70009a0-42d6-42ab-8a33-6d995d5602e5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,1656e4c8-329e-46cb-a24f-69e50ad4f010
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6d9631e1-11d9-4a8a-b275-3ec8fff7f838
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,89e829d9-927e-48d4-9fa8-ec7b9f3fb10a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,97cd0056-f896-4142-bfa9-c4acfd94b127
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,789ef4a8-205d-488b-bb0c-0dc0e6bd2195
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,691e2597-ffab-4666-8e1a-5967f659a0da
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,6bbbe97c-16f0-4275-bd5a-6709da8e0a27
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a006bed7-3f83-4789-9a25-85972a03c563
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f7f627f6-978c-4acb-ac1b-89028471a0bf
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,ba5d12db-3312-429d-b687-0c0fad1212cf
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,547e33f4-aa85-4a25-815d-456d2216a09f
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3c403904-53d6-4726-a449-2c8c8f4f89ef
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,2.5164528802579903e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,0145f757-4844-4787-a182-d9cd96a2c831
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ff6e4fd3-5321-4ed0-b769-54f97e7a881d
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9f2ac5ad-f513-409f-a168-4a425ca3cbec
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,3ece57ac-61ee-4af5-9fd0-45c4912e6459
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,22190719-280c-48b8-9fa0-8e910094f68c
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f60000d9-da9a-4bcd-9277-c057daba3a90
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,5316c540-bfdd-463d-ae30-a2fee4011116
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a8eb37ea-5d28-4dc6-801a-7d8d62aa03b8
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ea607704-063f-42f5-9608-3bf1e2b39c05
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,010777f1-24ea-4ea9-b99f-31c12d2526d9
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8be0564b-ba5c-4153-a241-dd9640e09376
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f6e5b176-2732-4f3a-b9f2-ed4893b6d3e5
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,fc04f05a-18c8-46ae-a38c-2e8b26dd5066
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,70d793f5-433f-4d45-b662-02ab5f6b236f
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9dfe4025-1eca-46b8-887f-16006776e6a7
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,f4ea16fe-804a-42ea-9f3b-b6fd713d46c0
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9eddef16-a0a3-4ca1-b83b-22a744542fa7
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9a4240bc-745a-4a7c-b0d0-4e85c5e14932
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,8abfe953-10c4-4374-9a85-55f40f1826fc
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,59f8a810-3693-43e2-8377-84b764ed367a
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c4df446b-890f-4deb-9948-02b2807518b3
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,74a61b4d-d0d2-402e-94cb-891858019cb8
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ccf683a9-5fa0-4b64-ac5c-0509b3c741f2
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,76adbb8f-5680-48b3-ad09-7dd52ceeacaf
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,10914100-cb63-406b-a6de-85ccf19fef53
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,07bd158d-b8ee-4dcd-bf2b-8cf1d52bec2c
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,27192db6-5664-4f9e-8ca4-acf0a38cb4f3
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,32c769b5-f8b3-444f-964b-a2dc474ae83b
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e845e9cd-6daa-4429-b1dc-df9e5106ef64
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,83ef9c6d-37dc-40ed-ab7e-8a3020133df0
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,9.156324277373396e-08,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,c1fba1ab-e6c7-4c98-9f8b-1edf71f1a877
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.333,9bee113b-aef1-41f2-a26b-f836b4b988f6
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,7d94e602-1b3a-4b56-a1d2-b72e7b9ae03b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.1.2,modeled_data,kg/kWh,CO2e_value:0.333,5ec74b2c-6adc-44df-9eea-80cde6d94799
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.333,da2a3a05-32ab-4687-af6a-fdc3da84f811
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,1ba3b0f5-a34d-482f-be61-8c14a4a30622
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.2.2,modeled_data,kg/kWh,CO2e_value:0.333,f6764592-bec2-4b48-a67d-45d7ce33e03e
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.333,9c343549-b1e6-41f3-a938-e0b9a1629001
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,71064814-c642-4a2f-9204-4abc00b90a26
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.3.2,modeled_data,kg/kWh,CO2e_value:0.333,075c9f33-fb1b-440c-9a62-ce2592b7d97c
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.333,302176df-fd12-4e1b-aac4-2f0f44baba84
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,fe1a2a93-f97c-4990-adc3-91fa282d33e5
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.4.2,modeled_data,kg/kWh,CO2e_value:0.333,b39834c8-70ae-4f5b-bbbf-c324da8798b1
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.333,c08d2e1c-2292-4e73-a2bf-e0ba43b45a25
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,0e4ba864-3ae9-4895-a2fb-3c5eca259a01
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.5.2,modeled_data,kg/kWh,CO2e_value:0.333,8aaacb87-625f-41c1-935c-80d304fe1306
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.333,2a939a4c-7406-4311-85fb-87fb8316606e
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,b1b97133-9a0f-466e-9583-993d487d7bcb
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,I.6.2,modeled_data,kg/kWh,CO2e_value:0.333,71775b63-8b87-477e-99d0-e97d6bcbc51f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.333,b274079f-b55b-4cc5-8ea8-cbb6f0ed19b0
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,2ed4da92-cd37-4be2-adbf-aa2549d175dd
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.1.2,modeled_data,kg/kWh,CO2e_value:0.333,3c6eb8da-fd9c-443e-bebd-e9dc3121ff79
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.333,0a490f7a-35d5-4162-9a82-6ab5efbffe75
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,1e4606a0-a795-4cbd-8067-c29a5a971127
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.2.2,modeled_data,kg/kWh,CO2e_value:0.333,76db46a0-747d-4e51-ae03-bab2a9b50f3b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.333,79c7dd8e-e082-42e5-9c4c-ce054a530597
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,6bdcfadd-2185-44a2-ba65-d5d9ba4667d2
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.3.2,modeled_data,kg/kWh,CO2e_value:0.333,c03f4635-4e36-43db-8171-c50d78f65928
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.333,382a9952-3eff-4746-9a56-eb2ef8a6e430
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,d26864b5-540a-4a68-8ef8-e08aa121b864
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.2666528079584957,II.4.2,modeled_data,kg/kWh,CO2e_value:0.333,b89ea756-07a3-47e7-9ae0-19f418e58864
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.333,3885d0e0-8ea7-4ba6-aaa0-71cfbe417525
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,4483dad3-b0b3-4e45-8690-9a86854636e4
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.1.2,modeled_data,kg/kWh,CO2e_value:0.333,a408f94e-b285-40c1-b482-85fb1cde9f39
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.333,e4cf9b76-dc37-4648-b10e-a55a58d59863
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,2229fbc5-c15d-4403-a4e6-1dc63bea10c5
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.2.2,modeled_data,kg/kWh,CO2e_value:0.333,d0a65f41-4e3d-45a3-aa60-d898e3d07258
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.333,4d4e4fc4-3ca1-4b7b-a7fb-b74fc668f868
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,031a7fa7-58fb-4db3-ac69-54a130eb4986
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.3.2,modeled_data,kg/kWh,CO2e_value:0.333,8cfcdcba-01b2-4525-8d2d-acee943121fa
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.333,06f0c4c6-f605-40b7-b04a-c4c95e626712
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,4e3d4672-9de5-48e2-91e7-f4188d63a1c8
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.4.2,modeled_data,kg/kWh,CO2e_value:0.333,2c9397b1-5290-43b9-991c-66e51b5320cc
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.333,f8aa2bcf-119e-4727-b959-ad3d9a0358ce
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,5e1097a3-89e0-4e1a-a98f-e34d87d88c3d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.5.2,modeled_data,kg/kWh,CO2e_value:0.333,30edc514-87f5-45a4-822c-409e81d8879d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.333,bd316750-cb43-42cf-91e1-a6026d8f7f20
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,451b2652-0374-4924-86d4-606ce90b70ef
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,I.6.2,modeled_data,kg/kWh,CO2e_value:0.333,16ebae06-82c0-4a10-97c9-762413c45fc3
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.333,28dc8233-ec18-448d-b7fe-06acfcf25707
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,8ace16bb-ae79-4cf4-90a9-0d26b1127b51
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.1.2,modeled_data,kg/kWh,CO2e_value:0.333,be5587e0-302b-4bda-a46b-58cfc993cd63
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.333,b9ad10cd-0ffc-4536-a0b4-8c86f64b3da2
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,ca7493de-5c1e-4439-ac98-90679c6e056d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.2.2,modeled_data,kg/kWh,CO2e_value:0.333,9ecc9dd7-47f4-4603-8089-5de69bca0d02
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.333,45828d5d-3d07-411e-965b-f51c5885f075
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,b70f7ee5-d3f7-4dd7-aedd-97f75197953c
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.3.2,modeled_data,kg/kWh,CO2e_value:0.333,3ce8e33f-5e76-4e41-a90a-a2618438a8aa
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.333,880f1fcb-756a-49e0-82b8-b696377bc482
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,208d7226-0892-4a92-98af-71eb2ba81129
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.0016777651507455683,II.4.2,modeled_data,kg/kWh,CO2e_value:0.333,73fd73e9-ebba-4329-a000-753416b1e6b4
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.333,30d1799c-0b2b-4779-9f06-db4bc3c8ef96
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,82864b89-6fa2-454e-811c-7b379db2130a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.333,87ce216e-9d8c-4096-acb9-9b76181be283
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.333,bc6bc45f-e7ed-44d6-92ab-f69e12c1da40
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,d099f87b-fb2a-457c-9e31-2e42fae141da
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.333,e247155e-2349-44a6-8ad7-98c2f261de32
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.333,1c877cbe-364d-41b2-92a0-f2caed6e5b4e
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,2a8bb18c-b7ee-4df0-a285-08a442ba6d78
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.333,1d420128-3756-46ee-8ac6-91ab32387100
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.333,6ed0e09f-b1ee-4996-9183-7220fcb3707b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,5c3795b9-a98f-4e5c-afac-456f31fbb4e9
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.333,d7f32b92-76dd-4ed7-8889-99f0e63e6971
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.333,0f1ece8e-01ce-42a2-93ce-1dccc395e31d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,20bd97ac-5e8d-483d-a282-ba6cefbb5a32
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.333,52c5cd61-0d80-4b7b-9c3b-6f9c19818b44
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.333,d81cb285-6267-4356-9a4e-8d5659caea4a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,b0f974d2-7f33-4a98-94a9-5de7d407dc64
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.333,f82ef24c-9ee6-4045-bcc7-5b3513ae2d7f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.333,7962cc1d-71e9-4ba6-a30d-4d959cfa9ce3
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,8732f6bd-e465-48e9-a030-1f55a3de4491
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.333,41a45342-fe20-4c43-884b-1ae90b6f8cf1
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.333,3da79b84-6b29-4e98-bf5b-c1329cbba6a5
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,f0b4c12f-a2b3-42fe-bb2d-db98adc98370
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.333,4aa0b78b-4d4b-4d1f-9cc3-1214331fa2f7
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.333,d599e01c-039f-45aa-8f27-a05e44373e8e
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,e8799051-b332-4703-bc7f-4c229b0b9ba8
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.333,3147011b-9dde-4f96-96e0-9548a8eeda27
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.333,3f477050-028c-4da1-9916-e36212fc11ac
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.333,e03b0ccf-19c1-4dfd-b72a-cbcf13a1cb2d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,6.104688826888638e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.333,f9207ab8-2973-4bc6-add4-2b188d8be6a0
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,8897061c-1d4c-429c-b06e-62aae1416698
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,82d11380-a68b-4d46-9f39-acd1e46391d8
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.1.2,modeled_data,kg/kWh,CO2e_value:0.422,5e719add-c55c-46ff-b0ff-faa4a73f03b3
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,283af4b4-1d6d-4a04-9db3-02cd4121184b
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,b38ea201-90d4-4773-bae2-39a4c490596e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.2.2,modeled_data,kg/kWh,CO2e_value:0.422,45370cf1-9bb4-405a-91ff-be4f5c910482
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,90515e7a-7f08-463b-bec7-8317b98353b8
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,1e89485a-ccde-4472-b07c-8b39384c5e86
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.3.2,modeled_data,kg/kWh,CO2e_value:0.422,7aecff06-d52d-4f7b-977a-d3ea3d692130
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,f442691b-cc4e-4cd7-86b6-db9241a408b1
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,732bb549-0814-4dc5-a232-ac4375250860
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.4.2,modeled_data,kg/kWh,CO2e_value:0.422,d4a1099f-a0e2-4b21-9907-0080e0d582a7
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.422,f71e13ba-057f-4704-a53b-1d6d987eb516
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,8b45e5f8-68ca-4798-b3f8-359c0f337a56
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.5.2,modeled_data,kg/kWh,CO2e_value:0.422,d8fdc23c-ffe1-4a71-a6cc-533730ca8988
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.422,c8c6bbda-c79e-4a40-b156-0e8882b9801a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,929a3ec5-236c-4562-9e61-532736ec6105
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,I.6.2,modeled_data,kg/kWh,CO2e_value:0.422,ace554eb-f751-4aa7-a8aa-f9e59f928b16
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,ef3a6217-54e7-476b-b60b-d767ed7c7856
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,9bae8803-1512-412f-aa91-8fdc9d86e777
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.1.2,modeled_data,kg/kWh,CO2e_value:0.422,34f2a8e5-f285-4015-93dc-2101103e0f4e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,1c80e0a1-e4ca-45ba-884b-8a8d13d238df
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,62dc3448-668f-42b5-9cee-07d71c4b4998
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.2.2,modeled_data,kg/kWh,CO2e_value:0.422,8f868d56-d166-4db2-b025-1caa0b6f8a8a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,7db6de8c-a67f-4015-8d06-48cca0971a77
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,1e8e6653-0513-4650-b2f0-2fa64cf2903d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.3.2,modeled_data,kg/kWh,CO2e_value:0.422,cb47b861-6ba5-4b24-b522-3afc50383050
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,1ebdac6f-fdda-4b10-9730-e53153476c53
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,6de7c0be-c4b7-41ed-b8dc-dd579d3ca446
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.3374488104534581,II.4.2,modeled_data,kg/kWh,CO2e_value:0.422,128db02b-6240-400d-9d73-0644224c746d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,600e3a39-8f22-432f-aea6-faf07ddc794c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,a49d42c1-422f-445a-bf41-8ebbca9dfb6b
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.1.2,modeled_data,kg/kWh,CO2e_value:0.422,491cf796-6e62-4971-b076-0305d9f2b015
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,9ab28364-88cf-4750-9e99-278ca0c5cd07
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,6d608113-9639-45e3-837e-d0b4b7dcf2bd
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.2.2,modeled_data,kg/kWh,CO2e_value:0.422,9dd9b669-cc06-4a33-bc21-c378779eaf6b
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,942942ff-e768-4fbc-b4df-7c9ffde27020
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,3f7d7ba8-3dd4-407b-935f-078caa938c65
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.3.2,modeled_data,kg/kWh,CO2e_value:0.422,4bcfb21f-b5c4-4f99-8cf3-b09b1bea6d79
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,7ab6a1a7-50e2-4e37-93bc-6ba3d2281d49
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,5e59de70-3fab-4a85-8302-612b59715e75
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.4.2,modeled_data,kg/kWh,CO2e_value:0.422,f1c65c09-98df-4665-91b3-255b94d2b0d6
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.422,7ad62dc4-1948-4d71-90c0-73b966260100
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,ff02e49c-8d71-4d37-9cc8-475b34f37e08
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.5.2,modeled_data,kg/kWh,CO2e_value:0.422,fb7c406c-6996-44b3-8cf0-2e80dafb94e9
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.422,10bd53cd-d871-4789-b663-01efaecb30ae
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,a2375e0f-710b-4c94-9196-be2700e3d6b2
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,I.6.2,modeled_data,kg/kWh,CO2e_value:0.422,0134c395-80c8-4074-af61-dd5d998d05ac
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,798c955c-d3c9-42b6-b564-df4eef2b6b3e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,3465dae7-6408-4664-beb1-a8b283c7426d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.1.2,modeled_data,kg/kWh,CO2e_value:0.422,12fccdac-e9f1-4ef4-92ca-6783a73d55fb
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,ffa92e25-4aed-4bd1-907e-ab56f90fc689
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,84268f08-1456-4005-9070-a9af60b48b41
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.2.2,modeled_data,kg/kWh,CO2e_value:0.422,680f3db9-df97-4251-b495-5726b230bddf
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,6077b746-01d8-4940-a8b9-5cc65ed2e56f
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,f59d11f9-9a56-48b3-b4c4-0968fbbed29a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.3.2,modeled_data,kg/kWh,CO2e_value:0.422,aaf7777d-48fa-4cfc-be79-b5c07353f22c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,1b8998e8-a379-41ad-b6b7-7f241907727f
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,ae4da575-70a6-450f-baa5-4804cbc80766
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0021232097973162213,II.4.2,modeled_data,kg/kWh,CO2e_value:0.422,eed853cf-6420-4fdb-9eb6-b8d50af95b91
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,29e7fd72-64a4-4522-b2ff-5d9b314d59e6
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,49ae2579-e60e-4959-9502-178c9b21ef31
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.422,e9a35362-cf52-48a3-a81f-614117a4c8b7
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,24676b3f-187e-409f-b417-7b9d44ae5170
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,9ae1f217-eb36-4bb7-a856-a75d9b951d3d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.422,107b6f63-8e03-4ade-90fe-a4dbb0281be0
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,b4e08776-580d-49e8-897d-613c80022b69
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,e365c1d5-f98a-4292-a72f-2cc78a3dbd6d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.422,f532e51d-ea75-4d24-84ae-cd06608f2099
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,cf37481b-3277-402e-9291-76a9d32a77a5
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,cb88e748-35b6-4143-a569-c18e85d198d0
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.422,bc213299-9292-4829-b90c-e5b658e8f29a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.422,ce2d0f78-0ddd-42be-8028-08a1be02b8af
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,c8c0e123-c903-4200-a88a-3f846c646df8
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.422,37f373a0-9fcf-4b1a-8e3e-3919b504a790
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.422,3ae32bd9-ccca-4709-ad1c-9133251c94fd
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,4d4c1e53-7ca9-4b41-bf7a-84db8035bdf9
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.422,ff221687-d1e2-417f-a35e-e1dbfd4e41c9
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.422,e04382de-3d99-4a38-bf56-95f685b368b9
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,9d848a6c-38b9-4fe3-b0ba-e5ef0b2b9056
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.422,e7ec233c-7678-4eff-98ae-6eeb7a3d8067
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.422,66748e3f-cbf8-4622-a24d-8f589ded53bd
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,1f469539-7c55-450b-84a5-bf0bf086e455
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.422,3bc6713f-a9be-4b89-80b3-d6ee097fff66
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.422,bc7382c8-bfcd-4132-a934-9f6b54cc7989
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,fa6702f6-1fec-4d6f-9160-24466eeb70ff
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.422,5450202b-97ad-4f8a-a7a8-589ba3de335f
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.422,a8b1d5e8-b78f-4464-ad10-1d21f868ec09
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.422,ea6d7bd9-de2a-40b4-abf1-d8815035a1ae
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,7.725476429795286e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.422,733412ba-d5ae-48b1-86b2-de2bab9b89e7
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.243,38a2504a-201b-44b8-93ba-70e630c83d13
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,a860de5e-2e69-4c0d-bc1e-3c82f87e43d4
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.1.2,modeled_data,kg/kWh,CO2e_value:0.243,541f1313-e11a-4ec4-a8f0-36a5b0b57eb5
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.243,7f22781f-a398-40bf-b1b9-ba34042a7abf
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,b6306128-1108-41e2-8ba4-ef9b8889c8aa
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.2.2,modeled_data,kg/kWh,CO2e_value:0.243,9a3faf56-bd3e-475b-9d6b-d23cbf88d2e3
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.243,06e8da40-5271-41ff-8e7a-6c5673a727d6
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,cf56ebb0-6b51-4f42-96f5-9cef97bfa45c
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.3.2,modeled_data,kg/kWh,CO2e_value:0.243,1423cf2a-7af3-47e2-bf08-bce949abbeb9
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.243,874ea571-1f00-44d3-a67d-fe170bf16db9
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,47af6aa3-65e0-4f0a-947d-e11750c98ead
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.4.2,modeled_data,kg/kWh,CO2e_value:0.243,8c2ef527-da22-40c6-9091-48e4616f89ae
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.243,af333298-e4ed-4552-bec2-3d85ac18f469
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,71775520-1038-457c-bdd5-c325f7dc74a8
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.5.2,modeled_data,kg/kWh,CO2e_value:0.243,9bf26ecd-3b59-438c-8526-8ea28d63a606
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.243,43ea972e-ed1f-4b0c-a603-f1965b978c5f
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,8f8f1d92-ff4e-4f93-859c-ad0cf3ea4b94
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,I.6.2,modeled_data,kg/kWh,CO2e_value:0.243,18428534-2fad-4cbb-9b13-d9cb69b394c5
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.243,051a940f-3d5d-4d2a-b7b2-6d2617aa1bd6
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,a903656f-57c0-476b-9bfc-4d5ee9dbf79b
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.1.2,modeled_data,kg/kWh,CO2e_value:0.243,c1429523-2f85-4445-8c71-08c41a11ac84
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.243,751f886d-1667-4e85-bbac-b21225b26f70
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,98efa9da-7d9d-4d73-b6ea-0b201505b8fd
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.2.2,modeled_data,kg/kWh,CO2e_value:0.243,5527ace3-b18a-4c35-a02f-8ed087f067c9
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.243,dd539943-99cc-4d7b-9ba0-b5d72301fe69
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,d5dbf21a-893d-43e4-b075-bb47886d4c79
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.3.2,modeled_data,kg/kWh,CO2e_value:0.243,e27b347a-1b5a-429c-ac2e-1779e2a9a731
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.243,38441e1a-6f42-4a08-97ed-8f9d92ed270a
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,87605037-9dec-4008-a0c4-6cf4627437b1
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.1941808934904179,II.4.2,modeled_data,kg/kWh,CO2e_value:0.243,7bd1b885-b0ee-4103-98e5-33310d78b7fa
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.243,e77d63a2-c011-417c-9712-09ab6efab5e3
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,07271bf1-76b7-4911-b92f-c324c51a7a2e
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.1.2,modeled_data,kg/kWh,CO2e_value:0.243,3700b707-ffbb-4698-a628-5c73c981fe55
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.243,9c14308f-c555-45ff-b75c-24e1af0527be
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,d4e3b80e-2f20-4e86-b404-d82a304f17b6
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.2.2,modeled_data,kg/kWh,CO2e_value:0.243,5dfd62a2-2493-437e-88cc-1de05d2e4db5
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.243,4bc9a8e5-6a77-439f-9f16-3d6f5ed01b7c
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,de7c203d-0fce-4e84-9f9c-dd1aef6e47fe
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.3.2,modeled_data,kg/kWh,CO2e_value:0.243,16f394a2-c1f4-4dab-bb49-3ce528742dc4
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.243,744e8cc3-492c-4f13-a5bf-8239b7c0c941
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,137c57db-f8ab-4e57-9979-8645dfe1c739
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.4.2,modeled_data,kg/kWh,CO2e_value:0.243,1a268e79-2333-41b7-817c-678ce33d17eb
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.243,8287f63e-e7c0-41d7-b961-417a9a3ce74a
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,483133d1-0c7d-4f41-a59e-1dc97fbec8e1
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.5.2,modeled_data,kg/kWh,CO2e_value:0.243,002d9bb5-5290-479e-9f38-b6dd8e461ad9
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.243,1c114c13-81de-4aa5-a948-f9f38f072ac2
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,3f585188-5c95-433b-862c-12d02147c7d2
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,I.6.2,modeled_data,kg/kWh,CO2e_value:0.243,acb41f5e-90d6-4845-9cb1-c0b463b4d944
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.243,dc69ffc9-9e51-46d2-ae3c-373224e22ae5
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,980381e2-45c5-49d1-a66c-71cad6ea1eb7
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.1.2,modeled_data,kg/kWh,CO2e_value:0.243,309f1281-5435-4762-b530-9c678f4875d9
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.243,764bfb25-f9b2-4430-bd05-0da74698b022
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,52b67ecf-c6a7-4df9-9ac0-7b8e0f904395
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.2.2,modeled_data,kg/kWh,CO2e_value:0.243,9092fe99-f6ac-4f77-b043-688f44cd3e09
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.243,45018b50-9ea1-400e-ac66-9c70cdcbc23c
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,7bce7267-a9c7-4982-913c-ff8906627140
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.3.2,modeled_data,kg/kWh,CO2e_value:0.243,c95d8373-9b31-44a7-85e6-3586a0716f26
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.243,b1f88534-faf0-43e8-8ddb-6961e30357f3
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,dd0b6b8b-d0df-4b39-9871-7d6b207340b9
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.0012217757560219243,II.4.2,modeled_data,kg/kWh,CO2e_value:0.243,a44450ec-e5a8-4066-b1ab-41c7688f2061
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.243,d9798faa-ac92-4ace-b259-42604de70128
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,5bdd43b1-eae8-47b0-9ef5-d373dd1e2eeb
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.243,0d855617-bb5e-412b-a163-b47cfe07969f
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.243,89ebc022-e3f1-4c86-93f2-02d7e587b0b3
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,9f31cc37-abeb-48bf-87b2-00fce156360c
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.243,1fe42291-1e08-4691-83be-c5fcfffbb5a3
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.243,1df5accb-3506-42f6-9540-402de0f4c4ad
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,4be8de78-c65d-4b0c-8a93-f2ed59964a22
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.243,89d259da-64b3-4ca9-9694-f03f4aad4caf
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.243,3f51b767-f3e8-4673-a993-402bacb3fb89
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,adc59b35-b06a-4a96-91a4-f87189be7df8
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.243,27f859a8-4ede-4858-a7ce-8a32d97f68ac
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.243,8666aeb4-cb91-4187-9c2a-d2b4492cf0c7
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,a74528cd-eeed-4e36-a698-1b045e5c44a6
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.243,6e4e3dc3-e1b6-439e-bfaa-aceb4c84477d
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.243,c9cec803-3cfb-40b2-9b66-870f010e1856
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,dcb2b1ac-55cb-4b15-bbe8-6b81d72c1dcd
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.243,d93d7997-0aea-411b-8040-6a78ff5a9f2e
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.243,3a726b6d-4d07-4c15-822c-347a3376ffbc
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,bc49477a-bf65-4bec-9595-646db65c673c
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.243,86dfff0d-f439-4e65-9fed-786199f579ad
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.243,f6eb9d4e-12fa-469c-a84f-18417f314d94
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,38befb4d-9344-464c-bdad-3c5cbcafc2a7
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.243,c65373e1-fef8-4d7a-9a8e-e590bba222bd
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.243,3b4a4475-9bf8-4b10-ba7a-37a6f5e4a664
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,aff5eab9-1f2d-4950-bc3a-dfc190a0fe51
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.243,41565d94-fcb3-4ab8-97b3-db8e9876646e
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.243,274a1036-452d-48b6-9a69-84eff5f8d89e
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.243,2a17e391-b52e-4ccc-8db8-0a9091e1f861
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,4.4455332758795304e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.243,3a8a8f74-929b-41b3-a0d2-cd77eb5adfbe
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.083,a68613c4-4957-4d6f-8b0f-776580fbb0c7
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,347f504e-429f-4420-8524-9a8decaf4e44
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.1.2,modeled_data,kg/kWh,CO2e_value:0.083,930e6183-825f-495b-b570-d6a0967fb9df
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.083,395f86ff-b68d-4254-a0f4-17c5999b51f2
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,12aaf5c5-d25c-4f16-8eba-1bf0bc550911
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.2.2,modeled_data,kg/kWh,CO2e_value:0.083,436aebb6-f93a-405d-a2e3-c460dae33d4a
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.083,95a4404e-ca85-4eec-804c-64f8d6df7f44
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,d074604d-e559-4621-8a10-8cd1bda11706
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.3.2,modeled_data,kg/kWh,CO2e_value:0.083,59b4bdfa-9bbc-48b7-a915-0f4304c13d6f
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.083,492afa61-84d9-4004-9257-86c3d565eaee
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,d387a0a6-de6c-4eea-aaf7-32dc6ec95fe9
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.4.2,modeled_data,kg/kWh,CO2e_value:0.083,9b605c77-fdb4-499c-b2d2-52de268197c2
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.083,e4863582-7038-49a3-96b4-9885e38f0396
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,15bbb1c6-a5ab-40cf-b534-c7541557fb63
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.5.2,modeled_data,kg/kWh,CO2e_value:0.083,4403a3b5-09c2-4f75-903c-f10bae9eb165
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.083,42c762a1-f047-4e8e-8a54-1a5dc86e8549
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,a9f14e06-34fb-42e6-9766-bb478c150361
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,I.6.2,modeled_data,kg/kWh,CO2e_value:0.083,d8be4ee6-3277-4b4e-a139-13c16fa392d1
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.083,85e340da-7cbc-4c60-b6fb-fffa5ecab399
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,f94df582-2f1f-4c42-b0ea-4ad659a46323
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.1.2,modeled_data,kg/kWh,CO2e_value:0.083,682923ca-b55a-4472-8ca8-331d6493e32c
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.083,51dbaf6b-18a0-4a00-a423-966d1417ccde
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,5ad691a8-5faa-45f6-b328-ff9b878a6acc
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.2.2,modeled_data,kg/kWh,CO2e_value:0.083,e2ac17ab-1d54-46d4-ad93-45e558d81582
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.083,bf35f326-6a49-4b87-a9b2-88539a0c005f
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,1d915b75-bd74-45eb-a517-ad314a4cd7eb
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.3.2,modeled_data,kg/kWh,CO2e_value:0.083,b0aaf29e-b7c3-410d-9260-57d09a4206e5
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.083,41651943-dbc4-4622-baa6-0b76b74b8189
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,f1fc7c41-1174-465b-b9c8-c0b99983e0b7
+FI,Finland,2022,Production mix factor,CO2,0.06627999999999999,II.4.2,modeled_data,kg/kWh,CO2e_value:0.083,61ad295d-f9e9-4118-9d97-3a0a216329bd
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.083,8e2e66a8-30b1-4850-9a5a-73f7d8195e10
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,ec4baf7a-fc80-4714-b003-70d625c4160d
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.1.2,modeled_data,kg/kWh,CO2e_value:0.083,76a256a7-0aa2-4c69-9d00-fcfbe4e50c85
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.083,964f061e-eec4-4acb-b363-e65faeabffd3
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,d7057bdb-6e0a-4cba-be62-9d593ff06da3
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.2.2,modeled_data,kg/kWh,CO2e_value:0.083,7fb7fd9b-8627-4712-90d7-a61962f633d2
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.083,92a716cb-414a-43a4-9cf8-5b720bea646e
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,d3458c44-a6d6-46f8-a50e-ce6bd80b3f35
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.3.2,modeled_data,kg/kWh,CO2e_value:0.083,09202160-516c-4541-a437-17d05d8d9dc8
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.083,a2a89277-251b-4bb1-982e-5628521aa33d
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,5977f43d-c1f3-47be-aba2-b35829110642
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.4.2,modeled_data,kg/kWh,CO2e_value:0.083,ab954f04-fe6b-447d-bacf-0126904cc660
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.083,ec60a46f-47dd-4f20-9900-8bb036905503
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,12e3149d-c233-4b8a-be90-6bbb8afea442
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.5.2,modeled_data,kg/kWh,CO2e_value:0.083,19b57832-3a02-4930-a743-88a41bb413d3
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.083,a73803fe-fd06-42db-8ae2-6f75c0fa51c0
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,29890fe2-0452-4e60-84d2-8fdfa4b96c05
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,I.6.2,modeled_data,kg/kWh,CO2e_value:0.083,bb568b93-d376-45a6-994c-bf775feb9593
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.083,e53a22bb-7b04-49c5-8283-df6f60aefba5
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,41b9985a-3cba-4705-a97d-00e2c38e8dce
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.1.2,modeled_data,kg/kWh,CO2e_value:0.083,123cbdcf-993d-4e14-ae8d-ef53cb6ef923
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.083,eaa5532a-d0a3-447f-a241-aba31244a8da
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,07a08d1f-7b51-4910-90be-6d0844ab386e
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.2.2,modeled_data,kg/kWh,CO2e_value:0.083,6609d881-de1c-4f21-ba83-2077a9afc18f
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.083,f976db43-eb27-4a83-a6bc-977de3a70a04
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,cd5e214b-09e6-4cab-8043-f83104e8e92d
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.3.2,modeled_data,kg/kWh,CO2e_value:0.083,df642cc3-4517-4c30-9f9f-03028827eb2a
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.083,74cccc2f-f0ec-450f-b9ae-563facfe10f5
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,41f9cbab-774c-41f6-a5da-f57edf8396fc
+FI,Finland,2022,Production mix factor,CH4,0.00041703020134228186,II.4.2,modeled_data,kg/kWh,CO2e_value:0.083,d2048c81-4391-4e8a-9bc6-bb07817ee50b
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.083,963c1220-3a6e-4090-bd79-df897f0f0b28
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,1229bfe5-c0dd-43e6-b532-3bce63d0c06c
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.083,ac872c1b-5217-48b6-a2ee-2bd8f7ac5082
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.083,6cfbb141-a6ff-427a-9d36-bb4a204abbc2
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,812b789c-f085-4d19-ad89-ea0a36c55f9a
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.083,b71182a3-ac79-4a72-889d-ee121508d30e
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.083,630c32bd-f236-465e-961b-ff6b021298d6
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,8460e77f-7f51-4579-99aa-b459a7597135
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.083,36ba9308-70ea-409f-a956-da2c888c7e45
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.083,5f113cb6-f9ea-44f2-b3fa-913f23046244
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,8870a61e-cd88-4898-b998-605af60f08ea
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.083,5e625095-ca05-45d1-ab6d-7b9d8eef90c5
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.083,b406817c-4362-46fc-a50f-89ad095c9832
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,e027a6d0-b866-4a58-ab0e-725060721eab
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.083,00a6b7a9-bbca-4ee3-b3c1-020c495af5c5
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.083,f3878124-079c-4a94-b9c7-453e73cd6d73
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,c7368b36-5597-4659-bb14-03b0ac7b72bf
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.083,3870d1b0-f88f-45f5-81ba-bbede7ca87a5
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.083,2bb4c5e5-555a-42a8-934b-cbc70bdf81c8
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,5f135616-f17d-47f5-b3fa-7adbe3fc2986
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.083,a419ee07-104c-4602-a68e-d20f4c55afe8
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.083,aeff59b9-b655-4794-b099-c89ff7d3bb09
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,42862a89-9ec8-48db-abc4-052e8ca3e1a9
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.083,02867bad-34bd-4e40-9f29-249f0702d4cf
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.083,55f56c1c-94cf-4384-8f67-ef74b000f473
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,1bd62759-13be-4a86-816f-fa99ea0c81d8
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.083,15555b4d-71f8-4331-8608-b832e10e2989
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.083,1059a8b4-d649-42a4-9a35-0a7fc61dcb93
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,63182320-8cbe-48f7-9973-a2624c8a6039
+FI,Finland,2022,Production mix factor,N2O,1.5173992673992672e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.083,b2330be1-a5e3-4622-aa25-fcea91db3860
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.054,fb94f30b-d986-426e-8718-ad38815933c7
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,db7b43f5-aac6-4b54-8ee4-1c9442abc00f
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.1.2,modeled_data,kg/kWh,CO2e_value:0.054,1f27798c-fdae-4726-bccd-76445a915b78
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.054,563a422f-9cd5-4d92-8947-754b03659026
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,1120fdb1-5b1b-4a2d-917c-9c6bb0ca1571
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.2.2,modeled_data,kg/kWh,CO2e_value:0.054,cb4f324f-64fc-456f-b29d-272128d21b24
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.054,0d91a79f-268e-4649-a817-244ed1746b89
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,e1ab1143-a7fd-4fca-9a82-537524d607f2
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.3.2,modeled_data,kg/kWh,CO2e_value:0.054,a84dc94b-1dc9-4b79-88de-65a2eaef6b92
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.054,f47a7f71-ea85-4bda-b71f-19c51ee1db53
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,38c40bf0-cd75-4863-a0f2-501d6265bb9a
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.4.2,modeled_data,kg/kWh,CO2e_value:0.054,5d3f959c-fbe1-4a40-901a-4752414bea0f
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.054,63129ff4-2734-4e7f-b0d7-15aeb29b4cbe
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,13621454-65cf-4fa2-99ed-0f3d7c9414b9
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.5.2,modeled_data,kg/kWh,CO2e_value:0.054,ddcd7fac-ff5d-42d7-b75c-1a8e50bd19d0
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.054,80f1a078-3489-4a3f-901b-54e70224ba24
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,a86cea38-9389-411d-b1ed-bc6730bde25f
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,I.6.2,modeled_data,kg/kWh,CO2e_value:0.054,704381f9-43b9-41d6-aa52-72b225d05fe4
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.054,0f8d00a0-eb33-4dc0-8a87-4a6c7fab7bc8
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,9d068001-d095-4d7c-b030-28672e1f843e
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.1.2,modeled_data,kg/kWh,CO2e_value:0.054,c0fee693-d348-458e-8a28-173165fcdea8
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.054,20914732-0031-4559-87b1-dd06f29746ae
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,5fedf64c-5cad-4f98-a3c1-19ad319e4462
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.2.2,modeled_data,kg/kWh,CO2e_value:0.054,23b5a2c0-b4fd-4595-91da-d33b2a5c44f7
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.054,b0fa2cad-47a6-405c-bd3a-4210e3088ec1
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,8392ee75-c5b7-4480-b933-1b70867520b4
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.3.2,modeled_data,kg/kWh,CO2e_value:0.054,9cc5d751-58b0-48ff-974d-be03b4b97dc4
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.054,02831109-495b-4e2b-b4af-0e47e415ac68
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,2a84bcd5-9737-465a-8d87-dfd1f40d709e
+FR,France,2022,Production mix factor,CO2,0.042856000000000005,II.4.2,modeled_data,kg/kWh,CO2e_value:0.054,9dc9e8cc-18c6-445c-93f3-79e875ad54ce
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.054,64584751-f5c2-4b4e-ad69-bf85ddbd809c
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,5ef3fba4-1af4-4868-b33d-0587095ccf5c
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.1.2,modeled_data,kg/kWh,CO2e_value:0.054,ca55719e-9201-4f3c-960e-8053f2143246
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.054,e4dbccc7-499a-4c3d-b061-156185ae8604
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,869e2529-58c8-4b38-a2f5-cc17804aa713
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.2.2,modeled_data,kg/kWh,CO2e_value:0.054,dc63e0f5-d7af-4af3-8692-0dce63afe24d
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.054,ef336b73-6825-45c8-b8fc-918bed2ed138
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,e09ccf1f-f258-46fe-94ae-f0d42ca38ef3
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.3.2,modeled_data,kg/kWh,CO2e_value:0.054,85410b5c-67f5-49cb-9092-74c326779fc9
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.054,f1d0dce6-cfd8-4fee-9d49-da82512e9770
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,5087d695-f576-4ff0-a11a-746586532d8f
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.4.2,modeled_data,kg/kWh,CO2e_value:0.054,652ee7ca-c3c3-488d-ae05-da90b16dd1a7
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.054,1e7b41dc-efb5-4b3a-8b5f-e6f6346a11ab
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,ac18ee1a-4f17-4ab6-adc7-71c0db6a3682
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.5.2,modeled_data,kg/kWh,CO2e_value:0.054,1d1f656a-bee5-410b-b457-cd411823568f
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.054,bf4b81e9-bf5a-4047-be9c-bd5d79494da0
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,38140141-644f-44aa-a4f9-b8d27e81dec0
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,I.6.2,modeled_data,kg/kWh,CO2e_value:0.054,a3d32b06-072f-4e28-96e0-db9e8e7e24da
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.054,028187f9-64e8-40a3-8f5a-e5ef6dd60dda
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,3d5de576-99be-4c80-ad30-a2ea506fff5c
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.1.2,modeled_data,kg/kWh,CO2e_value:0.054,b618dcbf-5aba-4fc3-9e0f-a89c58d3f1e8
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.054,314e77c2-f5ac-4532-90be-a917a901e386
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,993f5bf9-9b88-4147-9e17-e25677d7b94a
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.2.2,modeled_data,kg/kWh,CO2e_value:0.054,fe06c465-d0ed-49cf-b682-de360c329788
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.054,86de7f39-074b-4681-aafa-a26b8a07184b
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,9b903453-3926-499b-8211-a40667a15d52
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.3.2,modeled_data,kg/kWh,CO2e_value:0.054,63ddb64a-de05-4678-9420-f66e2422d16f
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.054,b7776abe-067c-410b-b084-8cf6ba6cea85
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,08df7c81-f4d4-4a2f-81e6-88db6df82d41
+FR,France,2022,Production mix factor,CH4,0.0002696476510067114,II.4.2,modeled_data,kg/kWh,CO2e_value:0.054,323f61f7-b08b-4e1d-8eeb-839530f18d5b
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.054,a6bc4190-9a64-4dab-89e5-cae02cfc2cb9
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,ad2527a0-d574-484f-bd74-6d7224b0e0bf
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.054,5f8042c4-d356-42e9-8c9f-d5f45e291ef4
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.054,52970567-0f10-4784-9db0-d4711d1ecd76
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,c46d9fcf-f480-40ca-8c8b-dc14e6211522
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.054,2987d7ff-f34a-4fa8-8486-e7a9f05769e1
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.054,5c6ca226-63a2-4ef5-b3e0-d69e67ee2be3
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,96de01ca-f2e2-46d8-b9d3-3ec9907b50dd
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.054,ee645002-eb20-4abb-bbf2-6aeb283284ef
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.054,81286c9d-40b0-4e01-ba8a-1e62d704a2ef
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,eead1a64-5349-4060-a6eb-4aebeae0df18
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.054,77bd1efb-5ac3-4ad9-8c36-a5c44e3c03f3
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.054,50b9aaa0-0bfd-4ca1-98f8-f64514d2a229
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,cd701b6a-b7d5-46b7-a6cd-5b7e3fd2ed82
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.054,634edeea-5841-4ebb-b5d6-7a289791bec1
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.054,54370c59-b7f2-426a-ad8c-853f2ed6429a
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,8141e57f-41a3-4982-bf02-9b28874e7481
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.054,27cf9302-953d-4774-beb6-79c9bd93056a
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.054,f1c286ee-beaf-4b65-8524-2f8a5b5e29e0
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,65c12af1-b43f-4ba5-9374-6cb54c754b0c
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.054,0e4c6ff0-1b31-48fb-a920-08692cfde7f0
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.054,077689c6-6692-4176-87ff-418c49bda61c
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,a7ded1c1-eca1-4e4d-91d3-f73c0dc089ca
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.054,5280fb18-8bbf-4be2-88c8-7e812f2db155
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.054,6e8f3c1b-fe9a-465e-a3e3-f1ab95f42b7a
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,67c17818-2a3c-4d53-b731-fcd96653e752
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.054,86fff328-dcef-4465-abd8-9509a76d945d
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.054,00dd7462-cc95-40e5-872f-14a83ccb251f
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,3c456d08-4525-4b9f-bcac-a5f0c01ad9ef
+FR,France,2022,Production mix factor,N2O,9.811355311355313e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.054,e20a6cca-6b96-4b27-9904-403451e2cbe1
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.227,31c76085-4c8c-452e-8883-99b1b5d2959b
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,fe1be85a-5950-4892-aca2-3bb057d33664
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.1.2,modeled_data,kg/kWh,CO2e_value:0.227,d8e2ebef-05b9-44d9-88c1-06167825a68e
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.227,eab749dd-bcc7-4f83-a82c-a42afd4acfc9
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,eaf0b013-e0a0-47c6-9934-49ef5218a6dc
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.2.2,modeled_data,kg/kWh,CO2e_value:0.227,1aeae143-5cd2-4823-bc5b-7811d982a9f0
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.227,afbe754a-bd90-40ee-9cad-7c0d36eca29b
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,ad22216a-c39d-452e-a2b6-3e53b4f4caf5
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.3.2,modeled_data,kg/kWh,CO2e_value:0.227,400c0f87-eab4-406b-ada7-c17d1a440bd4
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.227,87df2540-4162-43d5-902c-35a88b35326f
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,641cf0be-2a5b-494e-87ae-270442e9d662
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.4.2,modeled_data,kg/kWh,CO2e_value:0.227,20194dbe-f331-425a-a332-81f3f60ae889
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.227,3553256f-f3d0-437e-bd0a-4ca8bcfb82e2
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,0f651c40-59b9-4020-ac10-b51224c69b49
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.5.2,modeled_data,kg/kWh,CO2e_value:0.227,f9173ff7-cc43-4976-bf5a-b971e7c388b1
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.227,bb339741-bf4d-45ed-b4b0-680ea2123b25
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,5799bfc3-6cc1-4d68-9bbf-e761ad779a23
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,I.6.2,modeled_data,kg/kWh,CO2e_value:0.227,09ad3b77-84ea-4ab3-8264-5dc70dcf66e6
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.227,c6b21e64-c296-4c06-9005-c6f32128af8a
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,e3a5eb72-04df-4dd3-afcd-a51c608d3f76
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.1.2,modeled_data,kg/kWh,CO2e_value:0.227,999f51d2-a393-49ef-81c7-0f1489118121
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.227,3a22552e-a4db-4be9-8216-359b9738cabd
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,5667348a-c7fb-44c0-8ca0-a64002baeb99
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.2.2,modeled_data,kg/kWh,CO2e_value:0.227,5a6d178b-f500-4597-9f52-1a50c4adcfdf
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.227,278c080a-06da-4326-80c7-2a27ed89c0db
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,905f69c5-51b3-4689-b06b-1fd5d27f3423
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.3.2,modeled_data,kg/kWh,CO2e_value:0.227,ca33a6a6-2194-4cf4-ad7b-098c643eb211
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.227,9ff1de84-8503-4837-8a57-590568b95fee
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,2e758e11-cd25-4152-80cd-2fc3afe82c86
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.1812931645068493,II.4.2,modeled_data,kg/kWh,CO2e_value:0.227,bc6c651c-647b-4932-a023-73e7fca6ae18
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.227,97a58dc1-3a46-4d15-be43-8b7550b0acd8
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,42a6c90c-4ed0-4427-922a-c7c0d99fc048
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.1.2,modeled_data,kg/kWh,CO2e_value:0.227,6efc918b-b37b-484d-bf76-bf5df0e07982
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.227,1417e448-3ea0-4252-afd3-1c7325370748
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,7faf73eb-4d35-4f9a-afc0-db8bc98c44da
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.2.2,modeled_data,kg/kWh,CO2e_value:0.227,76631803-b7d3-4f26-ac04-f88c6a51a8b1
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.227,f59945c3-3057-42d5-aafa-3e1f0cf43b1f
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,04e85fb2-c1c2-45c8-a4b4-ad7e581d8bde
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.3.2,modeled_data,kg/kWh,CO2e_value:0.227,a66ba36f-053a-4d47-b73e-ab7f8a99c51e
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.227,e0f05b9f-8aa4-4191-ae11-91781490ba9c
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,c424d00a-820a-415f-b583-f2be6b31f8b5
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.4.2,modeled_data,kg/kWh,CO2e_value:0.227,98aee2e4-dfbd-4fa5-8fcb-1fa685bfb568
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.227,0b90e307-dc69-43b8-ae90-80d27885a902
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,1d19cfb2-8918-4d9a-b020-19f4efbc2797
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.5.2,modeled_data,kg/kWh,CO2e_value:0.227,fc70e160-2f49-47f0-b2d3-999de4b90b36
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.227,2f7d6473-c19b-4688-a26f-7c589f531fb7
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,61f0a5c5-4f0e-478a-a2ad-cf7c4130bf73
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,I.6.2,modeled_data,kg/kWh,CO2e_value:0.227,6db70e25-40fc-4e9a-8b07-c35e0d58151d
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.227,078b508a-9cc2-4455-a115-d7cc1d364380
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,c9c36aae-30dc-4a64-b532-da49b8352085
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.1.2,modeled_data,kg/kWh,CO2e_value:0.227,553ac389-d3d4-45c4-96de-38f2098019e4
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.227,c7dc2ba1-df58-4a85-970a-b5438e5cd3ea
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,7de81d5e-e90b-4f5e-ba42-add202a4ba46
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.2.2,modeled_data,kg/kWh,CO2e_value:0.227,cbd9b484-145b-441e-8e47-d8a460584fa1
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.227,4df08e69-daa2-4030-87ed-144411ba768e
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,74cf0194-83b7-43d4-a65e-8b5d89d8b2ff
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.3.2,modeled_data,kg/kWh,CO2e_value:0.227,7921add0-bcb1-4ded-a89c-96ada9c868d1
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.227,d51af7d6-51f6-4543-a11b-de42b1d341f9
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,b2da4a3f-2c45-4c90-8a81-6edbb42f47bc
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.0011406868572159138,II.4.2,modeled_data,kg/kWh,CO2e_value:0.227,ba2c8ee9-dcad-4333-8d21-abc133d71170
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.227,c460aa2f-1ed8-457f-93e2-9f98160c5cb4
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,ef620964-09a2-4111-a0c5-68abb7de5afd
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.227,f542bf33-9156-48a0-a6e2-7d81644976cd
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.227,93e24b34-9057-4128-8e56-274da7c9c02d
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,816ea695-ebd5-44a4-b87c-aa3a8d753f75
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.227,53221cab-801b-403d-98bb-27c51b42fa7c
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.227,e52d1e81-115e-4f97-97ef-a0f86bff68a3
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,31650abc-e261-4374-a20e-37a0ed509624
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.227,4d9bbe4c-7909-4598-825d-db67098c876e
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.227,73ee37ab-b8fe-4594-b9d9-a56f2bea5354
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,fdb917ee-9f7c-4db3-9249-89207089d32e
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.227,08109e06-180d-42ff-b203-24cedc6f45ff
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.227,33f7ab20-68b7-4d1d-8fc8-0eb94769db1d
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,5a30b3cd-cfde-4506-a60a-0980fa4380b4
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.227,320a5df7-8728-4833-bcf3-3f39cd21edd5
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.227,a8c7bc25-f14e-4b6c-ad1f-9ed0c64a79e1
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,1184ba23-ec78-4f6c-9502-79bb80a96fdc
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.227,d3e16f87-2acc-48af-8b47-dd86b15f6798
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.227,cbcfb90a-ab07-4eff-b8aa-26e5f393c1f7
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,290bfac0-d86f-4e4e-9a37-41d2321d5ccc
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.227,0f077927-e9f4-4ac2-a69c-eff0dce86d52
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.227,a680176d-4142-45d2-8f1c-c2d0247aab38
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,a2fa8ce8-8501-4443-ad1a-8e9c442f0a83
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.227,8fbcdcbe-9e90-453a-b374-34d01b8909a3
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.227,f1f665d4-89f8-4f2e-9533-eebd1a302573
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,0d927137-015e-467b-9e69-756d0712d988
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.227,323129bd-4e9a-4bf7-965d-955c945b28e4
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.227,93d3d799-0e25-4ce3-a2dc-f9907dd95d66
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.227,a9dc50fd-ac9a-4ad1-807f-1a5c3adf3013
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,4.150484535413216e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.227,e6549918-301d-4a65-8ad8-9fb9f8329c6a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,3ca69144-3611-4d09-a0de-2857d50ebca2
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,c1fac7e7-476f-4b9a-9967-213818dc31d2
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.1.2,modeled_data,kg/kWh,CO2e_value:0.458,a8507489-87a6-410b-bc7a-032c9d238064
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,f9b39572-8178-486f-b2f2-644b3624f99e
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,aee3f4db-9687-4d13-a9ac-6bd8a8f17c37
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.2.2,modeled_data,kg/kWh,CO2e_value:0.458,8b0a1a43-605f-4df4-9de0-bb079f504aee
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,36623ced-6100-4049-9537-35a36f77b3c7
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,5a40407f-21e3-4b77-837f-fb28d380f2d3
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.3.2,modeled_data,kg/kWh,CO2e_value:0.458,603c5012-59cc-43f9-bab2-de3869c7fd84
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,9d2918f2-f3f6-4eef-b87a-c951b621934b
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,5ba5f022-f638-43f4-9f16-8e1c3b1ac1ef
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.4.2,modeled_data,kg/kWh,CO2e_value:0.458,7b226f52-9147-4dd2-81b7-828a23cf5e26
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.458,68ad2339-db19-4cf5-a524-a54e4a91a9f4
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,b951337c-ed82-4145-a600-c0fd2227d061
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.5.2,modeled_data,kg/kWh,CO2e_value:0.458,2dc2b7a9-f71c-4c89-96f4-1bca47b7e1c1
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.458,93555dd9-252f-4cea-ad00-922980289822
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,9aae6b98-1e9a-466b-ae61-6094fe7dde4b
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,I.6.2,modeled_data,kg/kWh,CO2e_value:0.458,d1cfc616-d1a0-48e6-9c35-4a0bc667755d
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,8802598a-f8ae-4295-a5df-b98f9f0d4d12
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,2ab0f498-1ed9-421c-aa5e-27f2d8172c5f
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.1.2,modeled_data,kg/kWh,CO2e_value:0.458,117aa3c7-2748-42bf-a3d8-6f6e614ec305
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,08a82a13-7634-4e0c-a6a9-d4ba3e68ba91
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,95661518-be51-40d8-8426-b0ac573306f0
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.2.2,modeled_data,kg/kWh,CO2e_value:0.458,b9469402-0034-4eec-b153-24edaa9fc0be
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,00643b84-41f9-404b-8384-11538312b19c
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,a83bb165-5ec9-4922-8be6-ec864d426a78
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.3.2,modeled_data,kg/kWh,CO2e_value:0.458,afc7e7a5-e693-4853-954b-4cbc09d900b0
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,7a676345-6271-4a23-af18-5163608c7496
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,4a5ec343-0b1a-4321-b267-dd728c12f5b7
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.36600218634946174,II.4.2,modeled_data,kg/kWh,CO2e_value:0.458,f1307876-2ac2-4c21-ada8-292cebf9a7c5
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,055646e9-7ff9-4bbc-ad2e-811f34a450db
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,14b0ac73-decb-45e7-b005-9870dbb3a541
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.1.2,modeled_data,kg/kWh,CO2e_value:0.458,082bc290-adc3-490d-9935-f2ca44d228ec
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,86f1ba13-5156-48ee-9b5d-385dd0e0d490
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,ef85079f-1772-44ab-86c8-a01a5eb08117
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.2.2,modeled_data,kg/kWh,CO2e_value:0.458,16ed2e56-1985-44be-843e-f3437ad11493
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,b718078a-7fff-4d70-9f9a-2d54623d439a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,27a3777a-ce96-4058-85a0-e10de8b2a749
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.3.2,modeled_data,kg/kWh,CO2e_value:0.458,db48b54d-d7c9-4a62-81ac-67c05990c983
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,9729253b-dbd3-4c01-a73f-6cdf6ca2d7e4
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,0aaf0bcc-8286-42c3-9bfc-0e7ba72f6e9b
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.4.2,modeled_data,kg/kWh,CO2e_value:0.458,15ae855d-c70e-4bf9-bbd6-cf7866af97a3
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.458,66fb29a0-bec4-4e7b-a585-fd59b59cec43
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,001bc131-4c76-4221-8a8b-6be070d9109a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.5.2,modeled_data,kg/kWh,CO2e_value:0.458,7c70e018-5fad-4d99-b7a7-2e45947bdd82
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.458,796554c2-38b3-4337-836c-12b3e5c0f496
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,b7f362aa-683c-4baa-a78f-ef6f4fc68946
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,I.6.2,modeled_data,kg/kWh,CO2e_value:0.458,91a6b081-55dc-4b1b-b880-c5a2f807ab72
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,65a4bb13-d28f-44a9-99f3-a151ce04866b
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,3572a6cf-1d05-4a8c-aaa9-ca881cd2cf81
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.1.2,modeled_data,kg/kWh,CO2e_value:0.458,1007bfe0-78bf-4e22-a6c2-8fbb411a56a5
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,11f67751-0dfd-4635-9d71-450e704d5085
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,3cce430f-2e5b-4292-9f5d-1d8e88e7cff3
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.2.2,modeled_data,kg/kWh,CO2e_value:0.458,923ec18d-6d50-4f5d-a0f7-28f8ba97b45c
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,e2745b38-5972-48b7-b734-9c09acb330e3
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,f91f7b86-0b8b-44a1-8cd2-ac5f60df1640
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.3.2,modeled_data,kg/kWh,CO2e_value:0.458,ca3b88df-1baf-4dde-a6c2-cd09c8cf4b25
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,e4fdb24e-9674-4e74-82be-30cb86edb522
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,d1ea6b99-1ae2-40ba-af99-971ccca158a4
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.002302866105386714,II.4.2,modeled_data,kg/kWh,CO2e_value:0.458,96122219-ed1e-4e06-a5e2-cc5c07601773
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,728c5102-cad7-433e-94bb-95e3f8721bcb
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,9a2a21ba-6a2b-4d1d-853b-8a5b9e861691
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.458,9716e4c0-e537-480e-8072-e499c24386d0
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,a98015ae-3109-425d-8eed-a71bedef04ad
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,75a8d113-0e6e-4038-8936-f1a9baf841ad
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.458,a803d174-c8a9-4013-bf58-ff7415a23ecf
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,7a4f2472-aff2-4a77-bf0e-12de952296c6
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,7f0941dd-b1ba-4102-ad54-86856a647a45
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.458,517f06cb-ae84-4110-a7de-176fc301e4fd
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,8c4fb656-6e62-4732-82ae-3e417d08ec15
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,1ee8dc5e-ca6a-4325-a3a1-dcba44f0a710
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.458,a37c8f67-2db4-4d41-8e0d-7dcf2c10ef30
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.458,1007e631-3cae-457c-9585-7f858d9ab355
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,89c9c41d-b162-49b3-914c-e73a1f58bf6c
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.458,b5783217-85f2-4ddb-b2a9-2cc708c65274
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.458,e46ff42d-3697-4cfd-9331-ddbdb8a9e6c3
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,153c0115-8d3f-40ae-a868-825cd3603b0a
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.458,7a15dd29-58c5-4a3d-8d87-0ac752be6a68
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,616b8b13-7048-49bf-9d39-36c301535978
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,afce690a-f7fa-4633-8ff4-46160bd61492
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.458,a2b3f864-caa6-41ea-abc6-f0a330a08b4b
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,93830dbe-59e1-452a-8f10-236ea38c5340
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,08142200-cecc-448a-9b02-4235da6facea
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.458,789f843b-fe89-4f31-804c-3c60d7260f08
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,63defde7-ed8c-415b-a96f-7b3cb6c977a7
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,f3d7dc75-dfd0-4b2d-a961-f9840ac225ec
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.458,0c5e559c-1042-46b0-be54-a408434f012e
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,250182b6-fda4-4c86-9cce-8a9762e0c5e3
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,228bf300-0057-4d03-bc6c-8718bb75b818
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,8.379170932908922e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.458,30a58854-6a8e-4bf8-aca3-15b7a1b06e60
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.374,f53206a9-2d1f-485c-86b7-b85e2ff1adfd
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,dfb6f88c-21db-4328-bd1a-f6032b8b8e24
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.1.2,modeled_data,kg/kWh,CO2e_value:0.374,02d65c09-b614-44fd-9043-f8c7527f733a
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.374,fadc2825-1ede-4d47-80b9-fbdab6800393
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,3ee021ce-d088-4976-94e7-46401d6fd98f
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.2.2,modeled_data,kg/kWh,CO2e_value:0.374,93e5894f-f9aa-4c7f-8ee2-a07725d167a1
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.374,ef967b2b-ed46-42fd-bd79-9d69c8085969
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,efb3fbb9-35f0-44c0-a70d-21e1291933e7
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.3.2,modeled_data,kg/kWh,CO2e_value:0.374,639c7f81-34f7-4511-a2e0-f9426bfda332
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.374,98231db8-e6c6-4d00-8df2-d8cbc01ac374
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,bd6a2794-5bc1-448e-8834-add37c0f1abc
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.4.2,modeled_data,kg/kWh,CO2e_value:0.374,fff0e68b-1e3a-4bce-9688-fa3983b43bc7
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.374,6251cdc6-360d-4743-94bd-321da226cdb8
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,2cd0d4d2-9b32-4397-ad49-142b80364521
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.5.2,modeled_data,kg/kWh,CO2e_value:0.374,3a5288a2-491c-4e95-85e3-e9508e147216
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.374,06f9d13e-9533-4b6e-b3f9-d168feec40e8
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,3ca37741-909f-4abc-ab85-9a829ca77d64
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,I.6.2,modeled_data,kg/kWh,CO2e_value:0.374,1be82c74-d681-4de6-bea4-de48bea8128b
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.374,08a02897-b66e-4686-b789-a279fbc9b9d2
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,83c72704-f94d-4b15-94c8-d6d842e78857
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.1.2,modeled_data,kg/kWh,CO2e_value:0.374,4c5f7960-a639-4eb2-b58e-0ffb0826a018
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.374,68302e24-f676-45a7-96f9-64eb856cff77
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,133b463d-63e1-4fa5-9023-d566b8d12774
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.2.2,modeled_data,kg/kWh,CO2e_value:0.374,40c7b78e-9268-446f-b7fa-68d963945153
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.374,4189dcaa-9ca0-4ced-bebc-0cb461b14ac5
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,f093464d-137b-479b-81e0-f993f13e5f3e
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.3.2,modeled_data,kg/kWh,CO2e_value:0.374,fb715e75-345e-4029-b5e8-24e3ca89452d
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.374,7408bdcc-4b25-47c3-b8a2-1083c7b6c920
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,7c851a33-8e48-49f9-a11b-805f34656a64
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.29883729112996416,II.4.2,modeled_data,kg/kWh,CO2e_value:0.374,9905cdae-1209-4f77-a605-3d0f9361a5ce
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.374,4183e23e-04d0-4079-b15b-004c97e9a30c
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,aba1ed97-c92c-49a1-8dae-f85dfec995b3
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.1.2,modeled_data,kg/kWh,CO2e_value:0.374,35704954-5318-4737-8ad9-c1af3e4ca1f4
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.374,c4133c0a-6ad9-4056-8d5b-fa8bff32d8d3
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,fc4124af-0743-4982-ba2f-9d2e525a1bbb
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.2.2,modeled_data,kg/kWh,CO2e_value:0.374,0249b29e-cd09-4967-9ace-e20e25d33ea1
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.374,4d580b36-a79f-49b0-88a9-2aed3afd25e5
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,2e4b0d89-e6e4-4603-8780-b0eacfa75b76
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.3.2,modeled_data,kg/kWh,CO2e_value:0.374,ee210a94-072d-4f82-b9a8-537c1ef04fac
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.374,8ce01d96-d3c2-456f-9a08-6b0b181a6a8e
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,a77bfb84-07a7-4561-bc19-dccc324b8ca9
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.4.2,modeled_data,kg/kWh,CO2e_value:0.374,b5549cdb-d733-4674-b4b4-c81e6114d81d
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.374,50e61153-9e1e-4c9d-a81d-83f6c13e437f
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,8adeaaff-bc38-442f-a6a3-2bf6b5b5da7a
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.5.2,modeled_data,kg/kWh,CO2e_value:0.374,1cd2ce06-8ea5-4b59-8c07-3e6082385d99
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.374,ff365a65-2812-48e5-99c5-0ec9477c64d7
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,093e055e-ce20-4531-b977-b9a67d110dbf
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,I.6.2,modeled_data,kg/kWh,CO2e_value:0.374,db6bb9da-db4e-4dd3-aa22-b3fc4c9bb99a
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.374,fae572da-5662-4f21-9226-9043ea39b108
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,4b3e1749-fba3-4944-8a00-a7c846c745c5
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.1.2,modeled_data,kg/kWh,CO2e_value:0.374,64bd8e8a-2388-424d-adbc-460948ac971a
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.374,21f9f559-188f-4870-a9f6-661ae225dee5
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,2013edde-c3e0-4a90-9b2f-a9e2978921ca
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.2.2,modeled_data,kg/kWh,CO2e_value:0.374,e6cf7ea1-b176-4fe0-a39e-0b00258fdddc
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.374,c4acea42-2f60-4992-bafa-8ace2ce76673
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,c5de424f-0459-473c-8a60-1badd32db7ee
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.3.2,modeled_data,kg/kWh,CO2e_value:0.374,9fb20c37-b3cd-4c7d-aeae-4a269c178a38
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.374,b82e4709-8ec6-433b-a946-bb0b86c35841
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,74a98d6f-60b1-45af-bd9c-1331e4dc2356
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.001880268190834506,II.4.2,modeled_data,kg/kWh,CO2e_value:0.374,cafd50b3-7726-4a9d-94be-1dd1647d2dc7
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.374,3ac2780b-739d-4ee1-b51c-8d1f5d29904f
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,fe9d7e42-527a-4248-ba11-6c8fbd391dc5
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.374,08671933-5876-403a-9379-56a37f1ba1e5
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.374,845a7bac-03d6-40cd-b9a1-55b86d7e803b
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,1505f43f-5ca0-4ff1-9378-f859497f52d5
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.374,ac8011ab-a628-4aa3-bfa9-4477ad6010ac
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.374,edd7a931-0fcb-4e34-a6e7-d40e988218ee
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,628c991f-589c-442c-8a4b-88c59d1f4b69
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.374,9ece4800-bbef-4d82-b28e-255b577be0dc
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.374,5306fa28-caf0-42a8-9518-ba973e332905
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,ade200f6-6cdc-46e9-8687-142356e376d8
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.374,d2b99b70-dce2-4847-b874-15b781fb66e0
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.374,5b9cd63a-ef5d-4ead-ad89-4104b9048f69
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,85496780-366d-420c-b3bf-aa333ce51761
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.374,0d049e89-faf1-457c-9817-ac0655e75c9b
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.374,efc0acca-fa0a-47e1-a0e6-dbe40c559ee9
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,fce3f64a-ea45-4ec1-b888-4d90da5a3099
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.374,bf9dad2a-a6b5-4ade-8058-0b2b0894d00e
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.374,a048f526-ccb7-4a45-8894-b3c600100692
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,d8fe8e9f-bb91-4a83-969b-2ea9770cd553
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.374,9510f6b0-12a0-493b-8387-413372408605
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.374,bb05c85a-6730-4882-bf9f-8eb2ea0e356c
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,b01bc8eb-4b02-42f0-b787-4f02d0cb115f
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.374,f699b10a-d037-44d6-96e5-77409b36251e
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.374,6b373154-9ae3-4b33-be95-7970c4d9d3e1
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,89319b71-4c7d-415e-ac5c-0b2950381eac
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.374,f5ad81d8-06a3-4882-9319-268ca0c57373
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.374,36dd6328-0fc1-49f2-84c2-e9fd89a659b2
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.374,36a57282-3682-42bf-a82f-cf47983ce4ab
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,6.841513075319693e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.374,d317cf76-03b2-4844-a7af-706374d67e30
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,d8614da1-2906-4fc1-9418-62bc277a4913
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,eb4ebde5-06ae-4f61-8b96-ccb648a42e3a
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,ba13eb8d-5b15-47e3-9abd-b1b1f01fc884
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,8f7a2cd8-bf53-4913-b56d-54daa681f03c
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,a5e5167d-f4e9-46cb-87b0-c76514fcf149
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,ac2e15fa-43ed-4f7a-aa57-469d6d3566f8
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ea133a29-3aee-4ecb-82c1-7ec73aafd641
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,5d546aa8-4f5c-40e2-b077-4cff73b0f417
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,f24e17f7-8e12-438e-8a7f-c559d17732ed
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,89a192e2-37dd-4c8a-ad63-b2dff05ed76a
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,129c002a-c0cc-4e8d-9b44-008bc0d73abf
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,4465acdb-7687-4825-9a22-42d730a1516f
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,e0f31d35-5c2e-43cc-a193-874bebf6239c
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,b79f6421-d301-4818-8dd6-897297112e04
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,54ebc9da-291d-4401-b13b-09cfce84e1c0
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ecc498ed-2b5d-4a8c-b204-9e02bc2d5d49
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,06ce96cf-e2ba-405b-b308-badf3f527a97
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,0ddacc88-6d87-415f-af66-85a2be51b63d
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,51496a65-77de-4816-a3bd-f6d9a100b23b
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,cfa2eb50-ac64-46d1-a9e1-b0c75f27a988
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,dbdb9186-b7c4-4461-a679-36d3de6b21e2
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,3601ce3e-af60-413c-8dff-c378b1d35479
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,357fc352-f1f8-4d6d-8b66-856125b12756
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,2b0e840e-3566-41bf-8a00-64381fac4327
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ff224cb3-ca98-4619-b179-3c51f4063e8d
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,08000d69-85de-403b-a3af-2f87b8b0caeb
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,8ff7f27a-88e3-40cd-bd57-540ede275cb2
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,321f6d20-e037-4b69-a7ac-54814b6fc263
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,c3418a86-2365-4222-a8e4-616ddc3e0921
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.5451096160477252,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,fb5bacdc-fe88-4689-a1fe-e41c74343b1b
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,1d58286e-34ce-4a52-b39d-eb6aefb58c96
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,e3d8fa09-423a-4350-b73a-4bbfdd7c31e4
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,27672c52-8e2b-4069-9378-272dcfc3f338
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,176cbd33-5b00-4835-a3db-28842031f489
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,af3c0811-758b-4bef-bf92-6b27efd17b5e
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,5a78a275-e26a-41a7-8877-76cd9e51c8b7
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,762c2a73-f4ed-480b-b5c4-d829e8c474c6
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,c8ed6acc-027b-4488-ab2c-591ecfa5bea1
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,939bbaec-9604-4ed4-bd36-451a9243b971
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,f640a3c8-7d27-41f3-bda6-60dc8defbb4d
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,d842fea8-25b3-45c2-be15-4c4a423a5be9
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,838a5010-d02d-4c30-b936-7598b3fbce2c
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,bd452c30-d44d-4719-aa9c-66883ef6afae
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,00a6c015-1120-47f5-acac-058418a3aa3b
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,326ed32f-d09f-4aa0-8b56-2df7669efc9f
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,b6ca627d-1bd6-4023-95db-8f82b831a01a
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,7c7dfa90-5216-4d9e-95c6-1140133fd169
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,d6a08bd7-eab2-4684-9663-c21d850d33fe
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,edaebb92-2eba-402d-b190-4dc1797e3b78
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,d0dc2e86-b196-427f-84ec-d677fd015c57
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,2e00c02a-aea8-4dab-9305-e389da3f3049
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,a861869a-bff7-4f7f-a324-01ee2a2bd4a7
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,37f6ad55-4beb-4d6a-b542-4ea1630b6d5f
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,a994b428-5439-4422-b5e2-fb54ab21d5d1
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,8006d056-bbd0-498f-b84b-4acf3b7f1f94
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,38698327-8569-4604-b9ec-edc2a73a43fe
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,2651e901-3759-4b48-b186-30e172b20c8d
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,83ba38cc-8df8-4ca1-9b3d-5b2ff27f86b9
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,73b93004-9cc2-440d-8bcc-e3e5ceaaf2c3
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0034298004365418953,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,00758482-3b6c-4695-a405-8cae52525c3a
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,d88f51b2-adb6-47aa-b60c-cf1106138976
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,5ea06aea-c586-4e25-8b3f-031284056366
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,dd2e2085-4466-4124-835c-4e061272481a
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,5f94f075-05c4-49a7-be55-17d238a282c4
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,94b6019b-63db-405a-aba8-32d406acd0c1
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,bb9636d8-1cb6-467e-bf26-66e7dc5e8717
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,355c2177-7c0c-4e72-af21-dab12269d46d
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,9ab05430-c7ed-4a86-a2ee-2e2a526a0722
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,fde81dc2-e836-41d8-a22c-f0faa9d48d81
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,b9be2a8c-dee9-4d7a-a748-2124a2c83f67
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,8f53539f-3da0-4c15-baed-6c80c9217db3
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,ac63142f-0bd9-4004-b9da-a9336d1ccba8
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,aa635e02-ad79-4c2c-84da-59f238cd486b
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,aaa43ea6-112d-4314-b8da-1254f053fbd1
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,75f1a23e-c94d-479e-b04f-2b3b6352aad2
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,93cd55ad-a2e6-4756-a39e-4657da9bd88b
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,806ca63f-2573-414a-ae76-bfa334ac9dfb
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,a7f39a60-75d3-4e36-95f4-ef845bf4fff4
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,db336360-95c2-4dae-a254-d711c4ed3e25
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,bdda07b3-a4cb-4405-ab02-50f7df43b6dd
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,53a18944-9c55-420a-998e-a86c244bbbbe
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ad6053f9-6c5e-402c-b954-7032c35d66da
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,ea612773-c2db-4bab-bef0-f834cd8201b4
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,b834a06c-36ef-4db2-804f-120c691d59ac
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ca012c10-54b7-495c-a610-676790b92700
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,050c8754-5190-45c1-9c3d-139effc06dd1
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,ea30ebe1-652c-46f3-8cb9-bc9b91120822
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,b816fc1e-a448-443e-822b-cf7618ec345c
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,da6ebf08-a4b1-466a-9ec7-ea8124d2e672
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,0.0001247961575200836,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,51d149e5-155e-4b8a-abbd-217f604470b1
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.085,9e55ff8e-b9a2-40e4-8cf4-4423ae468be7
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,526c01bf-07f7-4757-80af-2e44613050ba
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.1.2,modeled_data,kg/kWh,CO2e_value:0.085,f21bca1e-4267-492f-9192-5e463ea52bf5
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.085,f19a7fd0-25ee-4a2d-a32f-97fe83e0377c
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5309d961-11e3-4a86-b5aa-f9c0b7178e5c
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.2.2,modeled_data,kg/kWh,CO2e_value:0.085,084e64de-c6d5-46c1-8e80-050686da356f
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.085,18f36d52-c77c-4328-966e-9ac7b5cde04b
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,823979e6-8e60-4016-ac47-5aca10a29ab5
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.3.2,modeled_data,kg/kWh,CO2e_value:0.085,84154210-e2bd-4f10-81ad-fde8917eda46
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.085,ff82286c-8118-4169-9aac-1c985aa6c328
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6e45e54a-9ce9-4719-836f-8bcf4e32bdb1
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.4.2,modeled_data,kg/kWh,CO2e_value:0.085,10094b39-d4f4-47c6-a510-a3914033ad79
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.085,4184a101-cf64-4826-a34b-3ea6bc73d502
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,4d6b21ef-be84-4de3-a2bd-9fa0536e20ef
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.5.2,modeled_data,kg/kWh,CO2e_value:0.085,3fd93c95-c8bd-41de-b006-0f4dcb775b1a
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.085,f7d8b23c-1d3a-4429-8439-b2cb8231dae4
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b0815eca-3602-4fd5-9a4a-37852f37b8ad
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,I.6.2,modeled_data,kg/kWh,CO2e_value:0.085,f320977d-def3-4551-861a-1f1228a42e71
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.085,be2b1115-0045-43ef-b591-61a273b3683a
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,1172a00e-293b-4ec2-a0f5-fa7d61d6ef2b
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.1.2,modeled_data,kg/kWh,CO2e_value:0.085,8e4e9d15-0603-47d4-8f7d-3a8b757b0582
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.085,86d6de38-ebaa-4520-a741-bf9b07001808
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,4e68fbe5-e7fd-4643-a96d-da1975049c8c
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.2.2,modeled_data,kg/kWh,CO2e_value:0.085,f038226b-fc4e-4806-b86c-9d05fdaff718
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.085,58c3b52a-0e1d-401d-bc7f-61dc9061ee54
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6bafa9d4-9f48-4d32-be0d-2b2127ecea49
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.3.2,modeled_data,kg/kWh,CO2e_value:0.085,a5304b88-052a-4747-825c-29077c1f00d2
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.085,8ac1eac3-198f-43e8-b31f-0be91ea30f80
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,c4609a01-97fa-4b98-a06c-c26b411a864f
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.06816916918450659,II.4.2,modeled_data,kg/kWh,CO2e_value:0.085,4f0b790b-b502-48ce-94ff-44d501722ebe
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.085,b09480d4-42e0-42dc-b7a3-69d28b1391f2
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3fea0424-e452-4d77-9018-da762b18b66b
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.1.2,modeled_data,kg/kWh,CO2e_value:0.085,52be28e0-7836-4254-8721-b15ca8c02a98
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.085,8081d3a1-6d06-4629-a3a7-695d13f104e1
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5dde1eef-d24a-4a25-ae58-1ba32af0dacf
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.2.2,modeled_data,kg/kWh,CO2e_value:0.085,10fa6460-6c18-4cf1-aa30-2ff3718cd5ed
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.085,8ed5f5cb-c5b4-475a-be7e-9ddcdfea6320
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d9631166-9d2c-4eb2-8650-1c024c3a35b9
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.3.2,modeled_data,kg/kWh,CO2e_value:0.085,74d94fdc-1d92-4d46-b013-e425d3633fe3
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.085,460c5683-c637-4183-92b9-da8997249ce5
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,68421da5-5253-45a4-9bcc-64c96c3558ec
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.4.2,modeled_data,kg/kWh,CO2e_value:0.085,4421d1c2-874c-465d-9dee-5e2bfd3b2da1
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.085,1d67fd57-0010-4c31-a077-85d80e32ee27
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,26268fc8-39a8-40d9-adc2-97ea043b9092
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.5.2,modeled_data,kg/kWh,CO2e_value:0.085,425c8c8d-566a-4d1f-8880-e49ed50d8f46
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.085,2c3db6fb-8fb5-4c3c-9a00-361d0f491ab7
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b15b1835-3d47-469a-8765-e2c8ad2e6e74
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,I.6.2,modeled_data,kg/kWh,CO2e_value:0.085,f1f772e4-8aa2-4d6b-a074-a23434593b05
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.085,8efe8947-ccb3-4ea3-910b-cc0d22540708
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,47935b37-74a9-4728-bfa2-0efe8525e5e6
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.1.2,modeled_data,kg/kWh,CO2e_value:0.085,431b755f-45a4-41ec-943a-15ae84bec6f1
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.085,853451ab-301a-40c2-9258-bc965669ba9e
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3fafb711-d283-4a8e-9d11-a5801c82bba1
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.2.2,modeled_data,kg/kWh,CO2e_value:0.085,b00eede6-efff-4ab4-b985-89e9401d0225
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.085,9b5a89d8-c90d-43c2-9d06-0b901129c387
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,586336b2-861c-490d-899f-739b59593721
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.3.2,modeled_data,kg/kWh,CO2e_value:0.085,58353d05-0bcb-4ed0-89c7-bbec950517f1
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.085,bccc8c33-c98b-4df4-ad7b-1cf52a19353b
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,08da7343-8ff8-4dec-a8f2-a88ed89c91f9
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,0.00042891675241929473,II.4.2,modeled_data,kg/kWh,CO2e_value:0.085,cb4e14b5-5d44-4e9f-bcb8-3235104b2645
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.085,8e71add4-0530-463f-964d-08c057501ccb
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f8e2d7c0-b9ae-4216-a4e5-66a747563da9
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.085,aa7f5bc3-1449-440f-95d9-fb5ec844b512
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.085,272a0a4c-9ae2-4f59-81ee-870daa94e8df
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,86948f7e-a029-4637-afce-aa32e0e1c245
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.085,6c3d2ae1-39df-4932-abe6-f9123bd02fb3
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.085,a636bd79-a984-4c71-88ac-9c8def5b83f1
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,71e45b8d-9698-402f-8c64-64dfb64aed6f
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.085,8f34501d-4237-483b-8e2f-086382231452
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.085,e2fabe78-71f2-4b1f-a6bb-05bb2fc7d905
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,2d454445-6592-4553-adde-a88de47ded14
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.085,94ac0bb6-83f7-45ef-8d61-8f2960b78d65
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.085,682e149f-5178-4282-bb46-bcc71a89ead5
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,41a39b68-ed1c-4a13-bc81-39af15999c80
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.085,92a48dc8-7e8c-48a4-941a-876e52ec904c
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.085,3ad08966-5f34-44de-a59e-976766ebf07f
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5260d327-ca1d-45d3-a685-5abbab840245
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.085,b0fe944e-f0b1-4982-b66e-ad44453ec2bd
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.085,c3b644c0-cb3f-4f86-907c-3076f37b3cc2
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,fd52731e-ff44-42cd-9263-e14823e25130
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.085,db275524-7b58-438a-8a0c-0e7c56594408
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.085,de859e72-c8b4-45d9-91d7-bb02183d094d
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,c33dab8e-eafa-4a76-9115-1ad6382b89af
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.085,045d78c2-a785-4413-9e81-147bfe868885
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.085,ac335265-11bd-4b8e-bf77-fdafc82122f4
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,495c7ec0-a537-4208-984d-e3d8d8d324db
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.085,67e6e2c0-6ed5-4b8d-a859-9219e3476a94
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.085,4b19e0bf-344e-48f4-beec-0ce476b5a854
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,97a8e36d-1c69-4fcb-acda-9b1cbd3fdee3
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,1.5606494776672753e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.085,e7d48c67-e625-46a9-96c9-2351b99254e5
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.388,36f1be6c-764b-4e27-9727-a73e884af261
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,67590905-f3c4-4a9d-9493-9f7c930ede40
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.1.2,modeled_data,kg/kWh,CO2e_value:0.388,eed9ab30-5a47-4a85-9053-3290efca32a9
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.388,5771f0b5-3a23-41e5-881e-64822c6d1a24
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,a63c343f-e9ac-45fe-99e0-263cfc3d4233
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.2.2,modeled_data,kg/kWh,CO2e_value:0.388,7c1dd41f-a603-47a6-8e8c-b5d4349156bd
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.388,3e7096a9-f6ae-4137-bbf8-9d00c36e547a
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,835ae25d-fc64-415a-b42c-0d1dc242a09b
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.3.2,modeled_data,kg/kWh,CO2e_value:0.388,efaefc0b-45e5-46ff-ae89-fd1daea9d28a
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.388,a4b33065-2f5c-40e4-9010-df4291c9e047
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,4fd0e3e9-bb5a-49b1-8efc-b70a54fb8305
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.4.2,modeled_data,kg/kWh,CO2e_value:0.388,23542b0b-d2b7-4f4b-a35f-6cc5191f6e91
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.388,5d491180-d988-4923-aa48-e6923441de68
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,90fa849d-095a-478e-8a30-d98579c681ca
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.5.2,modeled_data,kg/kWh,CO2e_value:0.388,3044c217-864f-45c6-b1af-4b42ac20b1ca
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.388,1df39fa0-adf8-4aaa-abf6-ccaf95f872e2
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,c9871056-01a3-47ae-b283-017504d9e007
+DE,Germany,2022,Production mix factor,CO2,0.310104,I.6.2,modeled_data,kg/kWh,CO2e_value:0.388,12eedf76-bcad-4b02-b2dc-64eff0818963
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.388,5b2d5883-a08e-4135-b4eb-ad32f85d91c0
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,c9e61ec7-6f41-4e34-bf26-5d794eb352b6
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.1.2,modeled_data,kg/kWh,CO2e_value:0.388,f4c9ed3d-2329-4ebc-a7c4-7b70ace4fba0
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.388,c9904509-bacc-479a-970b-c2a82ee31a5a
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,47aea745-a69b-4f42-96d9-457198e8419e
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.2.2,modeled_data,kg/kWh,CO2e_value:0.388,eb7f7e31-f112-45b3-9ebf-20d008f8fc68
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.388,a2c68e6d-1097-4b19-91a3-b3b6178a4bdb
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,9c3a62f3-2492-4949-a662-314ef42a7057
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.3.2,modeled_data,kg/kWh,CO2e_value:0.388,50eedb72-7e04-44b2-ba97-c16285029fff
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.388,1d6ed4a9-ad8c-46a3-9f13-a076cf8c7be3
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,a5fa35b1-ed81-4acc-8b52-3828166fcaf4
+DE,Germany,2022,Production mix factor,CO2,0.310104,II.4.2,modeled_data,kg/kWh,CO2e_value:0.388,cbf308e3-b586-425b-836c-e8503c064676
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.388,567d03b3-8853-4930-ac66-e58514e9e82b
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,fc86eb7f-5608-45ce-a76f-dc803fb366f8
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.1.2,modeled_data,kg/kWh,CO2e_value:0.388,0c876f95-db9f-474a-bd36-f6c7e197c5ce
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.388,162008c8-5ab6-4381-9b0f-b2fc41185010
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,c37edc9b-1c42-4e11-b574-540afc68b09e
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.2.2,modeled_data,kg/kWh,CO2e_value:0.388,7118364b-33dc-4de1-92fa-61afa66c8964
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.388,c7a9a85b-a701-488e-9d6d-52d224668d8c
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,86fa667c-8bd0-4688-897d-0d833ee451ed
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.3.2,modeled_data,kg/kWh,CO2e_value:0.388,dc43a411-f855-4fa6-a169-901698f9a967
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.388,a8bf83fc-927f-488a-a95a-a0282ea8e916
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,5ff41e43-2c9a-4ab4-bae5-37f2978dd7ba
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.4.2,modeled_data,kg/kWh,CO2e_value:0.388,aa8830dc-4cf0-4b03-a594-5f42cecd3985
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.388,e30d75bb-b87c-47dd-b8b9-848c33bdd35a
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,30c1f138-e882-4498-aa6b-8879aec992e9
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.5.2,modeled_data,kg/kWh,CO2e_value:0.388,f6adb654-853e-4462-9882-766d3356cc72
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.388,519b63da-8289-4e3e-91ee-491b9038f4d5
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,ee861b88-fd3b-4be1-a60e-9d28635948db
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,I.6.2,modeled_data,kg/kWh,CO2e_value:0.388,76d07093-8c5e-47e8-bae8-c61fa858140b
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.388,4604f1cf-1650-428a-82cb-9d361a8e59ff
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,ab51103a-aaa9-4f65-b68e-064d9eba0f8c
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.1.2,modeled_data,kg/kWh,CO2e_value:0.388,f9c7f0db-c9c7-4485-9bb5-edf022b13daa
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.388,2706b20f-391f-4f48-ab05-8b17ca1ec3ad
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,d900a588-a6d4-4a79-ae41-495e0d0c5c5e
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.2.2,modeled_data,kg/kWh,CO2e_value:0.388,25847e97-9d82-4097-8e7b-07cebfb5fede
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.388,232f58a1-f9be-4a89-82e7-71f8e352c000
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,e42eb3dc-8aee-411e-8344-36120494b9d4
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.3.2,modeled_data,kg/kWh,CO2e_value:0.388,29e5504c-7a17-4cc1-985a-6679bff567d9
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.388,5fed145b-3d7b-489e-8705-966071515d19
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,b33cdca1-7a03-4866-9c89-24c952e39d24
+DE,Germany,2022,Production mix factor,CH4,0.0019511577181208052,II.4.2,modeled_data,kg/kWh,CO2e_value:0.388,c170e974-7cf1-40ca-99a8-a23a86a99be1
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.388,07dd7d9b-274f-47f2-94c6-d0242af3b6c1
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,014c8130-5f50-49e6-bd6d-e15caada9cfa
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.388,58415242-8ab3-4d0b-b79b-581c6d40d2f4
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.388,31d0ba5c-4800-43b1-9a81-7daa946a1c1a
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,7e362fb4-8eab-4128-a7f8-9cd7fdf98df0
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.388,e99866a1-3670-40f4-9afd-c317076136af
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.388,e904b581-d060-40d5-bf2e-72becea04ba8
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,8048cfea-2b78-4c18-b271-c02e07703b9e
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.388,97809c5a-6b4a-4309-bbd4-710144db85fc
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.388,58c11c07-b9fe-41bf-8c0d-cd2097604b02
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,da7e6738-66b3-4257-b5e3-af1647b27579
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.388,2828f70a-5c45-4e78-be8f-0005bc09afb1
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.388,669067d2-7751-493f-a5ac-194d9766d925
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,0d073807-8c16-40cf-a3ca-ff73c4cb3d83
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.388,729699f2-157e-4f11-bbb6-24db24c70a21
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.388,25153201-e9ca-4bb5-bdcc-027b13ebad2b
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,6f4a68b1-af9a-4cf5-b16d-616e8e36f1b7
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.388,7c2df666-0a8b-49f0-ad98-9de4d8d4e1d7
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.388,1245a166-c872-45c1-a601-90962cb4af34
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,9db83c1b-d729-4237-a089-7f6795613a91
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.388,7c3f614b-42cb-452d-b678-89d1003d7fd6
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.388,c211fc69-49e7-4689-905c-4611a3b61791
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,5754ad46-7f85-4ea0-8199-89289d9a72fb
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.388,482f00a9-eeee-4921-ba73-10d0cc25ee84
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.388,3ce63b30-e603-45b4-89d3-43cb40b8307f
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,b29b09f6-4138-4f61-8e02-ac2304872fb4
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.388,a953bba1-3a98-4f33-b62a-fc9abed52e94
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.388,bd3057fe-6e8d-4309-9964-c2188ebe0ed6
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.388,45ae3439-634a-403a-b65e-fa4cea3eca3c
+DE,Germany,2022,Production mix factor,N2O,7.09945054945055e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.388,c5138534-3f80-4526-8c35-546aedf23bb0
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,14da97eb-3b32-43c8-814b-4d7abdc214ee
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,d85b990a-a4c3-4462-a263-41a02f95152a
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.1.2,modeled_data,kg/kWh,CO2e_value:0.289,9322f900-1d3e-4869-8847-9408497dc2cf
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,e546d908-b530-494d-9526-9602282b9594
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,65256ca8-246b-4a5d-95e6-cfb6177d633b
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.2.2,modeled_data,kg/kWh,CO2e_value:0.289,c5cc47d4-47eb-4296-a1b2-1fd17dfe7746
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,a69559a3-de64-413b-8da9-7a04895f2eb4
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,d9951407-1661-4900-844b-0a71f7408aea
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.3.2,modeled_data,kg/kWh,CO2e_value:0.289,6d5861ad-c604-4418-bb5d-f484a28e4e87
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,71ddf1d5-8d5d-47af-9fca-45cddc589d27
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,a8d3efd4-410f-48ce-9450-1937035abf6f
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.4.2,modeled_data,kg/kWh,CO2e_value:0.289,2021c63e-019a-4b7f-9d47-dc477c58cd6d
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.289,dfa1797e-6613-4dce-87a1-e4e6df29334b
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,0fa001e1-c16d-4b24-b634-14d798c62498
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.5.2,modeled_data,kg/kWh,CO2e_value:0.289,c6a8ae29-57d4-4927-a1fa-cc5957432925
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.289,8398f174-521a-4748-b9aa-c8f31cf47c6a
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,07c5a440-c14a-416f-87b3-35f225a3e252
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,I.6.2,modeled_data,kg/kWh,CO2e_value:0.289,dd4a2d24-6808-4104-b600-a133d1d4afc0
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,c213171e-224e-4fda-a618-4bd3d3bd329b
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,59003b31-bd34-4aac-8de1-36644ee9cef0
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.1.2,modeled_data,kg/kWh,CO2e_value:0.289,617ac031-17cc-4888-a524-2bbcbde9a0bc
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,5a513473-412e-43db-a6e5-9bbe96ca79fd
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,7f85e80c-ee53-43b2-bd8f-58e3afd298ff
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.2.2,modeled_data,kg/kWh,CO2e_value:0.289,87542216-02a8-4993-b633-85a003c5e083
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,52287681-a593-46f1-915e-81d91963441e
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,daac5fc6-2594-4deb-b9aa-f84425954f85
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.3.2,modeled_data,kg/kWh,CO2e_value:0.289,baec0444-0d49-4cf6-8122-96bc5d9a4e2f
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,01863d64-7ab1-467a-b4c1-347380c8b927
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,4e065bb4-0b45-434f-844d-ccff1563de74
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.23091194112696503,II.4.2,modeled_data,kg/kWh,CO2e_value:0.289,b3e7a75f-69df-4797-8394-df2743d62b82
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,67084637-4696-418a-859e-a8563c339367
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,ac487c74-d9f7-4e91-96df-e3f0f105a9df
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.1.2,modeled_data,kg/kWh,CO2e_value:0.289,dd1c4890-1617-498f-a477-c2e4d9915242
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,e1fcf11b-32dd-47be-8952-e4d25aec4592
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,1c233729-e4a0-432a-a3f2-15b3ccdc8a5c
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.2.2,modeled_data,kg/kWh,CO2e_value:0.289,3400d7dc-5d71-411c-9404-94f403d6354c
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,319663ce-03d3-4de7-b9b5-2b9dabe2dbfb
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,295ba9a4-ac16-4717-abe3-f27dc0699d72
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.3.2,modeled_data,kg/kWh,CO2e_value:0.289,1e5886d7-211d-4da0-bb64-d27e5c51c7a6
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,cc032a86-3963-4524-87b2-51b70629c2de
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,0976602e-e394-4547-9e3d-ce1bc7320ba4
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.4.2,modeled_data,kg/kWh,CO2e_value:0.289,01228903-086e-4372-b608-152eac02f54a
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.289,b4115749-970c-4cb4-a23c-9e4089c171ab
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,b6ae81ed-2a9d-473e-9bf6-b36a023e3fd9
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.5.2,modeled_data,kg/kWh,CO2e_value:0.289,a4d25957-640c-48cf-b96f-84d2b93d7d39
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.289,673fccc3-6de1-4c6c-9463-51b4d6cb37ee
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,5ac6f3cc-ad05-42be-bc07-b327bab26c94
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,I.6.2,modeled_data,kg/kWh,CO2e_value:0.289,3d95fbe2-95d9-4c75-9253-c24b9f69bca4
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,2805eaef-26b1-470b-a86e-7885e685c265
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,9089735d-2cb8-4374-a20e-646826b01265
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.1.2,modeled_data,kg/kWh,CO2e_value:0.289,c056b5e6-e34f-4681-905e-f187f5d66a0d
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,4f7e0018-0fd2-4094-9252-10a0a529f2bc
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,cb11f3d5-d069-4a1c-8113-39c1471c7b69
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.2.2,modeled_data,kg/kWh,CO2e_value:0.289,9c195a38-9f0d-4307-9b16-f94edb4f7725
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,3ffa76e0-7ef5-4110-a080-f66e834ad6e7
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,f1b3f1ef-33d5-4f02-a5e7-3a1fc1e3514b
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.3.2,modeled_data,kg/kWh,CO2e_value:0.289,a50910b4-0e39-4f48-bc23-3e602ccb82a3
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,c701a59d-7349-4b6f-98e2-908f6bc028ea
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,5b97d4e7-11f7-4681-8016-a5332e10047c
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0014528855356142933,II.4.2,modeled_data,kg/kWh,CO2e_value:0.289,2991f5cd-273b-4dac-baa2-5bf7f26367ac
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,c8621102-47d5-4558-bb73-f02437fe9e44
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,87dcd1ac-59f4-4017-865b-3633bb0fbb60
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.289,8409ab5d-6706-4bf3-901a-a63ff57a3a6d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,39c1fdd5-acaa-4b19-8905-f299628205a1
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,cb6abcb7-1418-45e7-977b-216e555183eb
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.289,5499ebee-33e6-484b-a3a3-6fa88ac6861a
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,fc902855-8ab9-42e4-b652-f0bfab9cac63
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,89f45522-af8c-47e3-866b-ae68ec201b4e
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.289,7942ff8e-171c-4232-bc3e-ff1c17df54a3
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,21582c28-9331-40ae-9d99-bddaa21fe78b
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,97a225d8-2c80-4bf1-a333-c4705052c925
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.289,5a648297-330f-4785-ad91-ac6cf3567340
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.289,537a9721-1500-4041-bef2-b73ce703f326
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,c72dcba7-eb2f-4bb6-959d-26f2fae8172f
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.289,9d7cee71-b98a-4aad-bbbb-47abc61173a8
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.289,716026cf-3ed0-44ca-ad31-c01509f4b142
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,f189324f-33cd-4ccc-9248-73009705aa8e
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.289,59412aea-12ad-48ab-8064-e11107c840c7
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.289,f4f78d2b-fc81-4a2e-86f8-a5ce16fbf9b9
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,0e879e32-05a7-4b5c-836a-2e10e4b57b69
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.289,20ba04a6-9f05-4281-8e02-65d38af3ac0d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.289,4dddc94f-aed9-459a-856a-b3251bce299d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,7935382c-092d-42b4-b51b-d6e269dbdabb
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.289,98a13d16-0e00-45d9-a3b0-00551952908c
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.289,05e63e58-c995-4d0d-b486-41b5a58b2d6c
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,bf2fadf9-5d95-41c6-80e4-d25566e52444
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.289,03ba6cf4-4cea-415b-b006-d75a9fd12c7f
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.289,c550fe18-cc56-4b5f-8245-61239deb3d7e
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.289,de923929-2bd9-4a0e-b88c-c9f4935dae7a
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,5.286445538620994e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.289,87af799e-b04a-4832-bdfe-cf071162dc97
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.352,4a46f814-f202-438a-bfb6-33330ec98e12
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,210fba2c-b983-41ff-9df7-79400ba3e305
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.1.2,modeled_data,kg/kWh,CO2e_value:0.352,e0a13862-8d4a-4b23-8e2d-3c92b503d7df
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.352,1c22e15e-86ed-4b69-a70f-d230f47742fd
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,7e95966c-b345-4084-9558-cddbda620b2a
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.2.2,modeled_data,kg/kWh,CO2e_value:0.352,1fec832e-1de9-4bbd-a08f-63904b8092c2
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.352,99eb38d1-8fab-4d33-8ce1-5cd67899c97a
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,4b8caff5-efc0-462c-91a1-f0ec41666fa0
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.3.2,modeled_data,kg/kWh,CO2e_value:0.352,75107b34-8bce-40e2-9300-543f4f59373f
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.352,e586f5bc-6894-4381-88ce-c0d2f3d180ad
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,52d1df34-d1a2-4f0c-b381-e0f09f942e50
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.4.2,modeled_data,kg/kWh,CO2e_value:0.352,fde2af67-124d-40b6-ae20-ea065c96fb64
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.352,69df6265-4b72-4201-8d38-3d7db6726efd
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,d5b4c8b6-a35b-4eca-954f-7edbcd19b0c7
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.5.2,modeled_data,kg/kWh,CO2e_value:0.352,004b72c1-e104-4506-b220-ecdbb4c42ec8
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.352,45c5129d-360b-480c-91be-dccb082c302a
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,84f7fede-209b-434f-a886-737bbab94b69
+GR,Greece,2022,Production mix factor,CO2,0.281464,I.6.2,modeled_data,kg/kWh,CO2e_value:0.352,e27f94ba-67c2-49f5-afd7-b9310f4a19d8
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.352,189911ac-bf79-43ec-8529-cb02975cfc32
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,eba2c7c4-794b-41c7-b09e-d97d62791de3
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.1.2,modeled_data,kg/kWh,CO2e_value:0.352,840aab9a-269f-49ef-87b4-ebb67e410c34
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.352,f14ed426-0005-4a88-b396-1006cced83c5
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,d867508f-72f7-4c23-8c91-cb446c205afb
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.2.2,modeled_data,kg/kWh,CO2e_value:0.352,e387a51c-8fbd-4003-ac7c-ad2f9a4452eb
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.352,9618e3a6-f072-49e6-bfbb-43150a83ce9c
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,4d7a9369-b4d3-4e88-a7da-d82d00aaf16b
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.3.2,modeled_data,kg/kWh,CO2e_value:0.352,6801b9ae-b82f-4b3e-9455-c70d6e57d604
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.352,8a86fdcc-683a-4573-9304-14620d3bb594
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,a3537ef7-2edb-4740-bc9f-51ab661ab6c4
+GR,Greece,2022,Production mix factor,CO2,0.281464,II.4.2,modeled_data,kg/kWh,CO2e_value:0.352,783b9f2c-0f31-4aa1-813a-fc47753cfc17
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.352,fb8a3d2c-728e-4fb3-af23-d54185fe3147
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,d32f3d72-1f2d-4c44-9a69-aba08926c011
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.1.2,modeled_data,kg/kWh,CO2e_value:0.352,7e3d48ed-78fb-45e5-8164-fcc9444777a6
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.352,99517295-325e-4236-ba9c-dd0da2d07e0f
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,94f1998d-821b-466e-a6d3-9a0e754f7b94
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.2.2,modeled_data,kg/kWh,CO2e_value:0.352,1b46ffea-39c0-4b3a-a2bc-4068f0c68a0a
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.352,ee0979dc-e1a5-4b21-ba83-b0dbd0578963
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,c86aa514-ae7c-43de-9e46-3cd9ab79ede8
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.3.2,modeled_data,kg/kWh,CO2e_value:0.352,10b4924b-0287-474f-bf22-cfd48327acf5
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.352,0945d303-282d-4fa9-812c-79d2597f8e93
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,77f4b9aa-0c35-4874-9425-00fcb1511d15
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.4.2,modeled_data,kg/kWh,CO2e_value:0.352,0b2958bc-5a5c-4553-94b8-bf554acdc122
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.352,43ff9211-f9f8-4309-a156-25440a298a29
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,6c75a0cd-fd3c-4fd7-b418-4fda24a94128
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.5.2,modeled_data,kg/kWh,CO2e_value:0.352,f5ba17cd-ecdf-47d0-87e6-fdd4dd3e71f4
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.352,8dd1563a-f75f-4053-b67b-723910944f84
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,86bb6386-2ade-437e-a6bf-27ee30e50f0d
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,I.6.2,modeled_data,kg/kWh,CO2e_value:0.352,f9658700-370b-4a83-baaa-4a5769b6826d
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.352,081048d1-175d-481d-be9e-3677b2fd9753
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,46229791-a3ea-47f1-8941-a68322f13dd1
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.1.2,modeled_data,kg/kWh,CO2e_value:0.352,c9f8b6d8-7488-443e-8d4c-69ad2a3bc7e5
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.352,730244a0-0bf0-4436-b33e-afcd37622fc8
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,4af30a46-aa4a-49d1-8023-64ab6acaee4d
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.2.2,modeled_data,kg/kWh,CO2e_value:0.352,ff1a86c7-8c8f-42cf-9cfe-693e840d64d0
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.352,73cf49fa-d7a8-40d4-a34d-4b7ee0b50ddd
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,0cd5e51f-3951-4023-a550-7f12a25ef0eb
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.3.2,modeled_data,kg/kWh,CO2e_value:0.352,c2022ad7-d3b4-47f3-827d-a6f975bb8ef1
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.352,e2d3b6d7-1bca-4608-8b55-03a74256d981
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,4e9593f5-86e3-4b5e-97ce-57c50dc73d22
+GR,Greece,2022,Production mix factor,CH4,0.001770956375838926,II.4.2,modeled_data,kg/kWh,CO2e_value:0.352,6ea8956b-add1-4fa6-bec1-120c8d9fa258
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.352,b81154f5-1cc1-4b22-8cdc-6fb62884c984
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,e7f2510e-c754-4eb4-b7aa-afe8bd040594
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.352,9c509ab4-db57-42f3-b6a8-ece7eb2e45f0
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.352,79a51509-cc15-4d77-a597-fb69ef7b2e50
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,7011098b-4897-491a-bc50-dbf5c6c51f51
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.352,3f501e8b-553d-4507-9f6d-392930c473f4
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.352,e9a27833-5af9-4304-ba09-75edcef927cb
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,6f243bc0-c653-489a-bc2d-764646261505
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.352,14b8ec00-5af9-4845-98b6-a152bebf116d
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.352,57861c12-ddd8-4b08-ad4d-348779c4d46e
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,fb22f024-021e-4fec-879f-3798e86f1d34
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.352,4061bc88-874b-44db-99df-06cfbb5c901a
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.352,00e2a7ab-09de-4818-9049-924d9baeee31
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,039420fd-ab7d-4c8d-9f22-fba40be64b9b
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.352,58d963c2-84a5-4cb1-bcec-11b2ca88acc6
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.352,cb522435-66a2-453a-a9d3-e03a2f09e555
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,0d09451b-8543-468c-a0e0-27e2bb7b301c
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.352,f1590ea8-7ffa-4ab4-98d4-4fb1e5e05b28
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.352,58748bb3-19f1-4cc2-acd4-eb19493f8dab
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,f64acad2-e438-4b95-9f81-0a48e6524490
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.352,5a214796-4b0e-4576-8e86-3fedf068d1f9
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.352,10129911-8f0f-4ce3-9831-36d82af2314b
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,e0baf525-dd03-4ca6-abcb-a490cfce55a7
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.352,abe00218-5f6b-44cf-81cf-240c2c8c76eb
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.352,2d141a22-aee4-46d0-939d-687e0092f9a4
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,be0cadf1-2ec5-476a-8569-7f1cb1f57836
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.352,38cfd4a5-f8f2-4fa0-8f1e-8d9e0685c192
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.352,e13fe352-2e5c-45a3-8702-9a51af203d82
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.352,7e4e40d4-08f4-4932-b7cf-abefdb999555
+GR,Greece,2022,Production mix factor,N2O,6.443772893772894e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.352,58272558-2e68-4890-8189-9b65a641ed5f
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.111,16322d72-d192-4429-a387-a98372e2c455
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6689f37d-8cac-426c-b81f-a661adf7ca50
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.1.2,modeled_data,kg/kWh,CO2e_value:0.111,d99b7793-0557-40d1-a8c0-d4e18e2fe87f
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.111,857b42fe-4059-4d8a-8fa2-414b2526be1a
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,ea8403af-3fe6-41ad-91b3-c962d7fc5408
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.2.2,modeled_data,kg/kWh,CO2e_value:0.111,0b946cdc-550b-4a3e-be55-dbc2d8aac957
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.111,43195b81-6d69-4dfb-bb08-b7fecf5d6a96
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,7c547717-f116-4f68-95c2-16367ea3d0be
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.3.2,modeled_data,kg/kWh,CO2e_value:0.111,8557e822-f94f-4b47-bc12-470c731d2f00
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.111,8b2a9bf4-db3a-4992-bd03-22ba1b3e411d
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,8ceee655-506b-4ad3-bc99-4f7661a5c09b
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.4.2,modeled_data,kg/kWh,CO2e_value:0.111,2b855901-23b5-4a20-bce8-55b494e9c4ad
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.111,a0f3a5bc-0477-4e0f-a9c7-b8f54b024ed6
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,15d259ad-74ca-4263-84ac-9f2224d5fa76
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.5.2,modeled_data,kg/kWh,CO2e_value:0.111,cdd43c33-0871-4ba5-8ad4-5ec799430d3e
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.111,fb75dbcd-19ea-41ec-a353-8da0bc1cd773
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,985f4190-c35d-4b37-a872-3b466a582f8f
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,I.6.2,modeled_data,kg/kWh,CO2e_value:0.111,b461276c-2593-49a7-820f-e96b6e7b4c36
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.111,b385477c-ff09-4bc4-a809-1db39861d7bd
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,25c6b899-edd8-4166-bcb5-cbabd6829b41
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.1.2,modeled_data,kg/kWh,CO2e_value:0.111,e8ca4ea5-2db3-429c-a037-554e29c39975
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.111,ae9bdec6-30e1-42b7-bffa-f10370ddfccc
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,02600338-051b-4892-b213-1685eb2f6657
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.2.2,modeled_data,kg/kWh,CO2e_value:0.111,57175033-d791-4430-9abd-5cb9ea1ebf07
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.111,5e22a136-8a07-405c-b95e-f577c1871ddc
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,67773a17-c503-4226-be56-4097f1a4b5a3
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.3.2,modeled_data,kg/kWh,CO2e_value:0.111,d35f6709-d9d8-43c7-8ab0-edd7a76a12ae
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.111,97e913f8-8cd0-44af-9b3f-762487ef8729
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,796cbc1b-cac1-4bc3-aa1b-9b64181784cc
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.0888842657641278,II.4.2,modeled_data,kg/kWh,CO2e_value:0.111,a2736b48-149c-4ed1-b97f-8c52006e131a
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.111,4ef0e105-8c87-414e-be64-c7fd91337dae
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,c727ce84-d78d-4324-808f-ca6eadf5fae6
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.1.2,modeled_data,kg/kWh,CO2e_value:0.111,9cc2fb81-d8ab-460e-9f4a-08790af4d4fb
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.111,69106534-fd80-471c-aadf-24daa422e9b5
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6411c75c-5717-444d-801d-dd7759c34026
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.2.2,modeled_data,kg/kWh,CO2e_value:0.111,f8682451-52fd-4f4c-8ba4-2ea386bd0cf6
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.111,4620b4b6-76ec-440c-8e8c-518250e52dd8
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,b735fc59-7aa0-4ca9-9e23-e61f368c1407
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.3.2,modeled_data,kg/kWh,CO2e_value:0.111,0d75a547-ce1a-4ff9-bf2c-ef5be0f9b093
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.111,989c7c93-1e8c-45eb-bbd8-7d098058a76c
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,fbbc2f57-c00d-4b24-a949-54303c2b753e
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.4.2,modeled_data,kg/kWh,CO2e_value:0.111,57414c4c-b29f-4637-88b2-816dffa5cac0
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.111,0d221c29-a599-4d36-b8ae-c21c288f2371
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,fb0d7470-29be-4259-aa38-fe1b9c945ecf
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.5.2,modeled_data,kg/kWh,CO2e_value:0.111,9514c96e-be35-481c-8359-db26e7b8d9ea
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.111,1342ae45-e50a-4e1a-8a11-828b3a0f3ef1
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,bb74a1b4-fd17-441d-b044-8aa24e97c553
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,I.6.2,modeled_data,kg/kWh,CO2e_value:0.111,92b8c3aa-5be5-4929-9aed-2064fd669091
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.111,db95013b-2cf5-4f5e-9300-9c69544da4ce
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,1c9dd2f9-2a80-46d4-ba96-c5f476285f62
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.1.2,modeled_data,kg/kWh,CO2e_value:0.111,fa15f35a-0425-44fe-8a7f-fa2d2791c879
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.111,1304e6ed-98c3-4fdc-9bf3-fbaadd23f23d
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,676c9432-82db-4c92-bf66-b6ddfa212f87
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.2.2,modeled_data,kg/kWh,CO2e_value:0.111,1729190a-608e-4521-8719-0b1355834ef4
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.111,30d21fa5-3836-4dd2-b37d-d9ece4cd39d3
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,66be1678-3354-4cd2-90a0-2f7da01f54b7
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.3.2,modeled_data,kg/kWh,CO2e_value:0.111,0ec6956b-1ac8-43a7-94fa-2494ead35313
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.111,7814db47-71e2-459a-82ed-3ee074cfc8ae
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,cb12865c-239c-4c01-965f-696f41193cf2
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.0005592550278783209,II.4.2,modeled_data,kg/kWh,CO2e_value:0.111,f02a08de-8913-46e7-b5d4-36d4d3a9076e
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.111,47a9b3a3-418d-415a-a31e-17a67d4e66ba
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,732826b2-f2f7-482a-8e64-665cef6763a8
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.111,902bf149-6c00-42fd-bbf6-d8f171b0f956
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.111,36060e81-4982-4f81-86b8-23aaa14e5536
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6577573d-bd29-4407-b1f6-cb2ce4d93c5b
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.111,c7df0dbc-5e0f-4f8e-974d-5f9e78c6f74c
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.111,c7e540bd-7692-4098-b446-400191271a5c
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,7c28d35b-200f-48d3-94c2-ecbf4772069b
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.111,fb04706e-169d-46e2-8611-9678dce0a67a
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.111,1c855372-7c1f-442c-abf8-994c2401eff4
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,7ae37d47-2905-4775-87c8-d0803213cf8b
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.111,ff6d7901-f1b8-414b-91d6-7a6f64fa711c
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.111,3d5559f0-f162-4edd-a81e-dbf485d7bf3f
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,f268344f-ad69-429f-a615-0cc2183c195e
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.111,0b28cc4a-1af5-43f1-b7e8-8071c8face69
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.111,17f037ce-b04e-41e9-a748-c8062561aa90
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,132ad1af-4733-40ad-8025-63e2c4d4d2f2
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.111,416ca950-c7ce-48ab-a194-0ac70ef9a2f3
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.111,fbabe3f6-10aa-49c3-a442-67f8b030f128
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,22cf05c6-7773-4118-b584-dff251890eee
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.111,741ed4a3-3b59-43c0-9958-88e12f56d063
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.111,0a89684b-d6f9-4bf6-9244-f8423b02b0b2
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,b4051bf0-5dd6-438e-a1e4-16eb475cfbb1
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.111,b65abef6-0444-48d4-aeb0-5f5ff0c23329
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.111,d63e48b8-d04a-4c1c-8a2a-5788710e7cc5
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,5f77e40e-ca99-4239-89d3-c18dc0a8bfe5
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.111,3318b0db-34e8-4fa2-8353-130603c3eb10
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.111,b7918046-8e6f-4d11-bd20-056a6fd21868
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,bf1d0a75-70f9-45b8-a003-db084d6ad86e
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,2.0348961942336952e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.111,4b43ec3a-6c11-4142-97fb-8065cacf8f49
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,13a18f17-762c-49eb-b67d-439e056350c1
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,07088e13-1459-4695-a2e3-6dee5ebb03ba
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.1.2,modeled_data,kg/kWh,CO2e_value:0.667,bf3b2c8b-c9ae-453e-8bd8-c396132d20c4
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,58fcddf3-3ac8-4d7a-a86e-c9521a666429
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,aa5b8697-225c-4ad2-9aa5-d21aa3cf5f22
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.2.2,modeled_data,kg/kWh,CO2e_value:0.667,ecbc6d00-9180-4a6b-a591-90edcd13b590
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,ee0c249b-e437-4697-9257-b35558444fa3
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,feeca140-5b1a-4aab-8667-9bf0bc1bd379
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.3.2,modeled_data,kg/kWh,CO2e_value:0.667,d004ef87-5307-4e6c-aa24-2134669105e4
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,cb5d3cd7-2125-4841-a22c-cbcbf53f1564
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,c52fa692-3e7b-4735-8d9c-7d6c3c8556e9
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.4.2,modeled_data,kg/kWh,CO2e_value:0.667,e4cb8a7b-0dc6-4a4e-b13a-ecb308e30122
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.667,47c1bc54-7d13-417e-bdf8-f98299a6459b
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,43cda16c-943f-4528-80ac-225a88e5d92e
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.5.2,modeled_data,kg/kWh,CO2e_value:0.667,cff6aa0f-9783-4057-80f8-a8d0b8c965e3
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.667,1890ac2c-0cdc-4d89-b304-77ba60370561
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,0f74ba81-b41a-4f33-838c-1d6b89a91681
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.6.2,modeled_data,kg/kWh,CO2e_value:0.667,f7eae157-5c41-4f3d-8a32-6799cc558a5a
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,05b061ab-be2a-4551-a5ff-aea165596b81
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,7de86b73-cfdf-42bf-84de-b41678d06e17
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.1.2,modeled_data,kg/kWh,CO2e_value:0.667,302ab433-4e89-47ba-9e0a-1533f3deb43d
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,b7f7489e-effc-4600-8b85-a3b513b327cc
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,a23dd861-747b-4bdd-8199-44c5ef65bfec
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.2.2,modeled_data,kg/kWh,CO2e_value:0.667,b035882f-b9d5-450a-8d72-40e0641a1f92
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,a578e61c-09bc-424e-a3a9-d2242b145c76
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,3a56a364-9520-43d5-b424-23e32e247491
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.3.2,modeled_data,kg/kWh,CO2e_value:0.667,c2e48911-9087-4b26-b7ff-959bde82f1b7
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,3148e6d5-9d2d-447b-8105-e29d51691a3a
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,9ac235a3-a238-4742-893a-d7b8e28dcff7
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.4.2,modeled_data,kg/kWh,CO2e_value:0.667,dcb779f9-8214-4906-b451-f8564d943760
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,38417a43-af61-421c-8733-5b3233b82b35
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,35d66807-53f2-4440-9859-eae993900c5f
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.1.2,modeled_data,kg/kWh,CO2e_value:0.667,12bb1b31-6f09-4f62-9990-0a663d8d5ad4
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,efd85211-d7e9-4e06-a0bb-99efdc3f5b6f
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,024de9c7-d046-4c68-8a22-fbe24a6712c4
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.2.2,modeled_data,kg/kWh,CO2e_value:0.667,d35afab0-69c5-46b7-9019-69aa49d9a31d
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,04211764-f924-4e6b-b701-2c62f7ac8859
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,a8ab1155-e263-46d7-9e32-a0013cfd97cc
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.3.2,modeled_data,kg/kWh,CO2e_value:0.667,939b51eb-e2c8-4df1-a575-baa283349a78
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,c3f35594-d112-4a18-a5b9-051b606c21ee
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,e2a3aa5d-b901-4d92-b6cd-04299eb2a592
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.4.2,modeled_data,kg/kWh,CO2e_value:0.667,da002232-2dd5-489a-b243-f9f8e8bfc914
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.667,09e117b0-027a-4208-ae5e-383022071522
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,85542ff9-563f-45e7-82c1-3cd6e33886c3
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.5.2,modeled_data,kg/kWh,CO2e_value:0.667,b12264ea-0dd4-4220-a0fc-fadab3ade57f
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.667,9d6fc780-5611-45e8-ae01-45d6aa446bda
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,f7fba86e-15d5-4676-99ae-bdda00018125
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.6.2,modeled_data,kg/kWh,CO2e_value:0.667,7f13f15b-65af-47ce-894c-a5811b0b0429
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,6c7d8d48-dea3-4f01-bf72-e02a231502f9
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,e432b56e-3bcb-4c0f-bdab-c171ae518f79
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.1.2,modeled_data,kg/kWh,CO2e_value:0.667,51425314-ee1b-4f1c-b108-f74bb1e4678e
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,ee78def9-c5a8-4a24-a2fd-0a78b830a7a9
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,8db838ef-7a68-4f6c-bb95-8894094a678f
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.2.2,modeled_data,kg/kWh,CO2e_value:0.667,f5de8819-cac1-4a52-846a-ecee0d8d903a
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,15d8b1c0-4467-4ea5-a06f-0b0757e4b384
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,07a19223-de1f-4cdc-91a1-30633ff93a22
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.3.2,modeled_data,kg/kWh,CO2e_value:0.667,b3fd3d5d-1706-4624-ae23-ef548bac751f
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,825ec7e0-fe17-4fb0-a9be-0cd6dcc73113
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,a44143fb-05b7-48f9-9113-2bb4eae4905e
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.4.2,modeled_data,kg/kWh,CO2e_value:0.667,b5ad531b-976e-4fa7-9ca6-dcb6f3e24a67
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,757df06b-59b8-4998-b607-4df43c01830c
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,e1aaa72e-7e31-4e34-b450-d5fcd1426e40
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.1.2,modeled_data,kg/kWh,CO2e_value:0.667,409c5230-1883-4d8d-8a44-695427a8c30f
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,6f9b7a80-ad34-4c9b-b306-d141fcc74c30
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,12773e33-1397-4134-988c-eb4091b2a542
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.2.2,modeled_data,kg/kWh,CO2e_value:0.667,14d55828-a31c-4be0-9bd4-4014c39bb718
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,40dfd029-54bb-42d1-b8c2-f217720f5ff2
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,a173b3bc-4cab-4115-b3db-4877abef5c0a
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.3.2,modeled_data,kg/kWh,CO2e_value:0.667,145e9cc5-a2bb-465d-b4e4-adc4124cb746
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,2af149d9-bddc-4b03-8997-02d8f0d9d35b
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,20334123-a353-4105-9763-3fd5ce1953b9
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.4.2,modeled_data,kg/kWh,CO2e_value:0.667,55040184-933a-4660-b52e-f70b38b75128
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.667,3b984d4f-0657-4ffe-9ecf-3f54da309120
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,84b25040-7d0c-429e-9497-0a8f813bb0ac
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.5.2,modeled_data,kg/kWh,CO2e_value:0.667,7fb5ef1a-2731-4953-b7cc-c71d5c368b55
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.667,0644a14b-1655-4104-8b87-d7dd21805dc3
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,bf60c750-69f9-4009-bf78-31b2648e102a
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.6.2,modeled_data,kg/kWh,CO2e_value:0.667,9972fbbe-3257-4015-9962-6a66e682d29f
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,da6f3bcf-788b-48c8-8939-a4b898ff4f29
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,1e70cd3f-b062-46da-9127-542b8af5195a
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.1.2,modeled_data,kg/kWh,CO2e_value:0.667,5fb2f52c-ea94-48a4-9de3-549b064e7096
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,641c18d3-0961-4edb-ad94-3d0f1232bcb1
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,5e1f1244-371f-477c-a60b-47a6054ebedd
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.2.2,modeled_data,kg/kWh,CO2e_value:0.667,5bdf7c4c-41db-41e4-9086-9387b97a02ce
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,e0d15519-b92a-410a-b2d8-b405a52d0c0f
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,2fcc8734-68b1-49cb-81fa-3eba2cbef853
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.3.2,modeled_data,kg/kWh,CO2e_value:0.667,e31d26e8-ccb8-4738-a353-41af96803e83
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,a5a08a9d-99b4-408e-a942-0d13ea592a56
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,018da25d-96de-4915-b4f8-fc6820c2418f
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.4.2,modeled_data,kg/kWh,CO2e_value:0.667,fbcc5c44-aa42-4f3d-9c53-73179e065e41
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.525,0fef37c3-6183-4211-8a6f-9549f0ae907a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,ebebcb2b-510e-4c72-9c26-a743d7dbb39d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.1.2,modeled_data,kg/kWh,CO2e_value:0.525,318f5e38-0010-420d-8982-6577c32f7e1a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.525,ec7e72c8-a90a-42e6-b887-e447b0669d0e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,3293dfd1-79a2-417e-8ac2-a9cf2170e2e9
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.2.2,modeled_data,kg/kWh,CO2e_value:0.525,c11fddc3-7c0f-4ee4-94d1-800c41735be5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.525,468bead8-c500-447d-bd0f-04a192b07deb
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,98237ad9-f693-41b7-91be-651ec721c434
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.3.2,modeled_data,kg/kWh,CO2e_value:0.525,318b7cdf-c3f7-4657-9f39-5533f30c8ebe
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.525,fd93ea8b-30e8-4f03-923a-1a6f36357d15
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,d1ed1f03-d5f5-45b4-a7ab-5c0fae6e580c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.4.2,modeled_data,kg/kWh,CO2e_value:0.525,e214bd7e-6bd3-4afa-8aec-fad712fb05b7
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.525,6d74ffaa-5312-4b00-8f28-4abd0cd0897b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,eb7cf522-37fb-40ed-9622-e2825e622122
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.5.2,modeled_data,kg/kWh,CO2e_value:0.525,26c2c9f8-1d52-4b0f-9a6d-ebc1ed413d83
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.525,5744d46f-a414-4f08-8bd5-db78ad7c65df
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,08810e4a-934f-4924-bfbe-b1410c5552bf
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,I.6.2,modeled_data,kg/kWh,CO2e_value:0.525,f626a14c-f05a-47d5-adca-86a0a77e167f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.525,626a3932-857b-43c9-9548-6034a44d700f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,2060ea43-ccd7-4464-96e7-589de494c05e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.1.2,modeled_data,kg/kWh,CO2e_value:0.525,0f2f210f-2436-42b6-a8ff-ed550a57abd0
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.525,a9e01c16-97f6-4141-8f76-3bcd388111b2
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,2e1aaedf-9bbe-4f99-abb5-9d531858a0cd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.2.2,modeled_data,kg/kWh,CO2e_value:0.525,ae737559-4098-4306-be65-6add7ba7b1d3
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.525,e2475e4b-e17e-440e-a125-3a8d42a3974c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,8737f2dc-7ad5-4e78-b95f-31b07ef631a5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.3.2,modeled_data,kg/kWh,CO2e_value:0.525,50a2d297-996f-4e4d-ac11-0e4391c8f27d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.525,31946a7b-66ce-4c91-81f5-6734b009ff5c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,2cce091c-fb16-4f35-a6df-771df348f1b8
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.42007903950753733,II.4.2,modeled_data,kg/kWh,CO2e_value:0.525,8391eb95-5632-49fb-bab1-be496a70143a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.525,c91b2130-6dc9-42d5-9df2-8c854fdc482e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,4d0169ad-e350-4518-9b6c-32c9d5cbb0fb
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.1.2,modeled_data,kg/kWh,CO2e_value:0.525,406229ae-df6a-452a-9c6d-9bf6da591022
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.525,d054f9be-c5a5-4356-ad1f-e5805075b69e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,fd36a113-e7f9-491b-bca3-0bad55c50ec5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.2.2,modeled_data,kg/kWh,CO2e_value:0.525,3dcc84aa-4469-42eb-a6ca-c5d00a2cf7e6
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.525,0db32662-3082-4b68-91a1-398972825bed
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,b91b4f5e-633e-4595-bd62-1c4b97f7891b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.3.2,modeled_data,kg/kWh,CO2e_value:0.525,d68300b7-9b66-4d34-a7aa-67b35cfb7231
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.525,ca4e5987-011b-426f-bdb3-e2fe1b9a3e03
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,bb6d6e34-bc93-4178-83a3-11d367c801b0
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.4.2,modeled_data,kg/kWh,CO2e_value:0.525,e18cd78a-371f-469c-9dbd-2ab6a9fea1be
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.525,7de66c13-b838-423f-a73c-6389593aa9fa
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,080d2454-1852-4cf4-84e5-926fcdc2081b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.5.2,modeled_data,kg/kWh,CO2e_value:0.525,346d7f3e-991c-407b-bcaf-c6001be81973
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.525,d88258c9-b3fe-4a0b-bf66-a4665e99bc09
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,bde162ec-6c63-48cd-bc70-c30dc428a018
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,I.6.2,modeled_data,kg/kWh,CO2e_value:0.525,4f337454-7c68-4a37-b77b-f00dbed67fdb
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.525,a74eedb5-9518-43c9-97fe-6c37764f37c0
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,e4778b2f-6e0c-4f6a-86a8-2eb3eacf62bd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.1.2,modeled_data,kg/kWh,CO2e_value:0.525,d28db003-5d49-4aa9-8637-36f04b308b6f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.525,45121752-8bf2-4f01-a05c-18631d71ba05
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,a6cd9376-a66f-43e7-871f-5f99a398df17
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.2.2,modeled_data,kg/kWh,CO2e_value:0.525,7dedfd60-4446-4632-94d9-d98cf47e90fc
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.525,9c3dc2f6-5455-4827-87cc-6ced315ee929
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,85f58daf-94e2-49b5-8473-0795416e8484
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.3.2,modeled_data,kg/kWh,CO2e_value:0.525,905e1eb6-a148-4737-88a9-dc8cbdb029f4
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.525,f406d7d9-740e-4146-84e5-7c6c171be8bd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,774fe587-22cd-4e5a-8fb6-a828943d53c5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.002643114762002122,II.4.2,modeled_data,kg/kWh,CO2e_value:0.525,3d9f7afa-aa95-4c07-b401-52ab36a64407
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.525,85f008a7-bbae-4467-97e4-78da6342a0b7
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,c98f2163-d66b-4e8f-9993-0cfdc920d1c2
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.525,06ec3c32-16a4-4363-ab4f-8e783d8c6732
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.525,822bfdec-2611-4caf-a74a-be63f84ae528
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,8d22e601-024e-4752-8f1b-3fdff607f574
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.525,3faf46b6-7a7f-4c9e-800b-5f420b97135c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.525,c7becd72-7693-453d-80f6-a134bd99638e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,2bab6d6d-15f8-48e7-8d0e-6fc208905da3
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.525,1c4f9004-ad87-4b31-821e-2b2adda712fc
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.525,46a61df2-4096-457d-af6e-fdfbdfbf677c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,abc20f00-df74-4b29-afd4-de843224151a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.525,0da7d8f9-b84a-49c4-9dc8-ececea30861b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.525,c6b7a3f8-bdd3-400f-bbc9-23b2c76e4bb6
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,25ab7da3-7eb9-4079-b251-3e155ba0b87b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.525,1700e009-3c67-4f9f-bccd-6daf1d682f5f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.525,95fc00e0-15c6-43d9-8bf9-086dfb667a1f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,4375a9dc-7c7b-42e9-9528-868e2f6b713b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.525,6f299c68-88fa-491e-a595-7ec8d9ff842b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.525,4edaf86f-9f84-4b14-912e-b6234c8f6d4d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,5ef5492f-9f2e-4ad4-b8f7-23d11a604917
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.525,21ac8d70-19c9-4d87-b19c-b85cead5cf4f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.525,ed4a97ff-1cba-41b9-8ce0-08ffe9e141c1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,be0681a0-b1a2-46d7-96fa-b4606bab43c9
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.525,ae4f812f-7dc4-4ed8-97e3-15f1291aad82
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.525,c368ed61-f73d-4a72-9daa-6eac77dffcd1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,e6da96bc-9f3a-4fa5-86de-fdaa5f004bba
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.525,6c859968-573a-4ee3-a242-0aeb8b18bf3b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.525,374c6700-7120-454f-b950-8cccf3150296
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.525,c676e42a-a4c1-4763-a13a-b36adfd0a977
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,9.617194127919811e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.525,428b95b8-d318-47e1-9c70-48da2b79caed
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.637,c55e8426-299a-40ec-b2f4-039b78883c02
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,8d1745aa-409b-44c0-ba44-187ad3cb1782
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.1.2,modeled_data,kg/kWh,CO2e_value:0.637,c734e9b0-0f33-4988-bee9-92086f9632b5
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.637,1184062d-8a44-431c-8900-889029b136aa
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,c9b7b169-c4ae-4d7a-9e09-f43e41a5d948
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.2.2,modeled_data,kg/kWh,CO2e_value:0.637,77226200-727f-4be2-88a9-888fa9650b68
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.637,48f1c7aa-122a-4177-913f-66cd78c5535c
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,d645594b-3ec5-442e-8ccf-d03199d0ecf0
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.3.2,modeled_data,kg/kWh,CO2e_value:0.637,d920f285-64a1-4987-ae34-cfcfeea0f5b9
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.637,7264929c-3f71-4185-9574-9cdb4be9d01c
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,487cade3-6914-4db8-9578-5a8be999404c
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.4.2,modeled_data,kg/kWh,CO2e_value:0.637,e28c701c-5033-489a-8b2a-365c948813df
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.637,d610742f-939b-4839-842c-6f6ea8099ca5
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,1bdcd3ca-8d6b-4eb1-b536-f53624e0dfaf
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.5.2,modeled_data,kg/kWh,CO2e_value:0.637,a256437c-81e0-496f-bb7c-4993bd1ba3e3
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.637,60730c8d-dbb0-4d77-9f99-ae0e8635c33f
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,391cd7f0-0fab-45e2-a65f-6d5ea8270814
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,I.6.2,modeled_data,kg/kWh,CO2e_value:0.637,420fbe82-1366-43e9-917d-6cda2639410e
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.637,1a3f8f38-eeda-4744-940a-f4340c059e2f
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,8daf0f42-5dc3-46aa-8ff0-e9b43d34fea0
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.1.2,modeled_data,kg/kWh,CO2e_value:0.637,cc3c8614-e696-476f-afa1-8121c329610b
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.637,59c8fe36-bcc1-4b2d-a644-7595350c17bf
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,edd5a458-1894-443f-b940-7b9c20b5c275
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.2.2,modeled_data,kg/kWh,CO2e_value:0.637,f9098e6e-5b9f-4b80-a193-7c5ac353c11b
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.637,fa8b5617-d94d-4260-bf4a-7acaf20496e6
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,9223151d-f02b-4fa6-8612-3e1aab8d7aeb
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.3.2,modeled_data,kg/kWh,CO2e_value:0.637,36ce6d0f-0730-43ba-a0eb-f51c98af5444
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.637,86a770c4-16a5-4701-838e-e30137641510
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,efe93b0e-40e6-4bf0-8f02-adaef7fa1d56
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.5098635809331825,II.4.2,modeled_data,kg/kWh,CO2e_value:0.637,438da5a7-747d-46e8-8021-f77a466a5382
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.637,0ece24a8-849a-4b9b-891a-40fa31678a2f
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,19fb9474-71ba-4002-96a7-fb05d40c4e96
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.1.2,modeled_data,kg/kWh,CO2e_value:0.637,7ea50d99-c529-4846-8855-10a60c086665
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.637,3fa11cdc-e17c-4ab9-beba-bf244685afb4
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,433cde9c-6bf9-40cc-a5b4-553e34318a75
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.2.2,modeled_data,kg/kWh,CO2e_value:0.637,7f0b5d1e-6818-4b60-a38f-d88df10df2a8
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.637,df1b075d-5227-4348-8f2d-7ce89f77a9ce
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,4a600774-8c23-4d13-b5ff-901ed7696196
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.3.2,modeled_data,kg/kWh,CO2e_value:0.637,1285a70c-423b-4a9c-a827-3400a0d9870a
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.637,7498baa2-05a3-4a0e-ac8b-af7b00c803b2
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,bde76c4a-5bf4-43aa-8ade-a3c84a7d1e6f
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.4.2,modeled_data,kg/kWh,CO2e_value:0.637,477a5da9-82fa-4bf0-ae17-66193280b845
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.637,51b71cfd-0ff9-46a7-8c7e-4b88acec9332
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,494b79e5-44c1-4888-af4c-7fb2e0e2ecb5
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.5.2,modeled_data,kg/kWh,CO2e_value:0.637,aa570f44-354f-47d1-acce-dee3a375ff07
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.637,dcb63034-75a3-4e43-bae0-a03e6f403ca6
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,40052b39-3c27-4ccc-af29-1e7d794a42b1
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,I.6.2,modeled_data,kg/kWh,CO2e_value:0.637,817fb479-5407-4b38-bf1a-19ad6f2e0f99
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.637,4b716e47-11be-4156-a4cc-ad18856caf2f
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,b03004ad-8dce-4ce4-8cbc-1f77af4b4559
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.1.2,modeled_data,kg/kWh,CO2e_value:0.637,836fa3ec-96c8-4ab5-bf19-73e02fd1b243
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.637,cadd0a09-061e-48d1-8d84-579dc8d4c46d
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,04b6848f-9ff7-49fa-8826-1fd0e169da71
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.2.2,modeled_data,kg/kWh,CO2e_value:0.637,d3bdfbb7-a761-48a9-be14-9fa1c42410ed
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.637,bec17500-26f4-40c4-ac02-94bb59068f6b
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,c5dfa886-1e1c-4fa1-9fad-d910bc712489
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.3.2,modeled_data,kg/kWh,CO2e_value:0.637,bb267db7-9745-44e2-87e5-5ed7fee67c07
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.637,c228f8f4-b4fa-48ec-a068-0411ec76378e
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,800aee53-59f8-42b0-b64d-a5a10e455e21
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0032080342760057627,II.4.2,modeled_data,kg/kWh,CO2e_value:0.637,582ee96f-f12d-4dab-8722-bfc5fdec65d3
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.637,2347e54e-b578-458d-93f4-a799ff22fd81
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,077745bd-101a-40a1-849f-dd45e9d012e3
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.1.2,modeled_data,kg/kWh,CO2e_value:0.637,c1d1c579-85f7-4862-9846-f6e74f59a447
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.637,bd468cca-aa24-43a5-97a8-b3a697460c32
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,c309b233-18ee-467e-8bc7-02f66c513874
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.2.2,modeled_data,kg/kWh,CO2e_value:0.637,7300bc4e-4124-4d56-aab6-5cdda6d55736
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.637,5f84963e-5380-49b0-961e-e2a6dd9f1988
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,87367151-f182-4a7d-8705-9e64d7833a90
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.3.2,modeled_data,kg/kWh,CO2e_value:0.637,8dcfa89f-9a10-469f-a9b4-daf66db9b4fa
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.637,e94794dc-dcd0-47b4-84b5-c8a0380b799d
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,69147f7c-02a7-4427-a4c2-5399f63f18c2
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.4.2,modeled_data,kg/kWh,CO2e_value:0.637,f02683d8-2852-463f-8a2e-c2af5caf13b2
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.637,d6254523-895f-42b2-b68a-2cae3dec6be2
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,a11dd1f0-c22c-465d-b13c-f08ea79be49e
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.5.2,modeled_data,kg/kWh,CO2e_value:0.637,25acdd40-537f-4fc0-aa7d-de7a31d4c8ce
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.637,2b615277-8927-48c9-8d9a-f2481a2a3dc5
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,b9c49f74-965f-4002-8986-36d6dc9416df
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,I.6.2,modeled_data,kg/kWh,CO2e_value:0.637,1188bf30-c57a-4a78-b401-d70487e4f606
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.637,8078dd9b-84b8-4398-b6c3-f74f7c97225a
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,c100836f-2374-4d4e-9810-531e4ba96423
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.1.2,modeled_data,kg/kWh,CO2e_value:0.637,c80f4a6d-1947-4310-ad47-b192abd3c4e7
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.637,ddcfa72e-a164-4db3-b7e1-b6c4c9b3daf2
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,9f35f73b-e6b6-43c4-9d63-87cf2c1e4a4e
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.2.2,modeled_data,kg/kWh,CO2e_value:0.637,8655d0d2-a9c9-40a5-86ef-9eec2d4f3155
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.637,b2de0c62-9e22-4e31-a84a-117835ec78e3
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,0d6d31e8-f8bd-4b36-8501-4d618ee25244
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.3.2,modeled_data,kg/kWh,CO2e_value:0.637,98594b29-6d3c-4b20-b52f-0ae8c231a982
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.637,a3f3c18d-f1e0-4c9d-93ec-d118742f5fbf
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.637,66aa3299-55d5-44da-b225-f49721b78dd7
+GU,Guam,2021,Calculated from Fuel Mix,N2O,0.00011672701028690076,II.4.2,modeled_data,kg/kWh,CO2e_value:0.637,a3daf958-722f-4099-896d-d2c7a6e935e2
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.252,90c4b044-9866-42c0-a1fa-75b90386cd40
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,bc80ab0c-cb9c-4435-ac25-b5549bf8ac9e
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.1.2,modeled_data,kg/kWh,CO2e_value:0.252,380e3c3f-928f-48e0-b668-7577ef41cd94
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.252,86b74bd4-9d8c-4177-ac3f-6b96a7d79532
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,a80d7ea5-08d6-4f0e-b2ab-0b00e1e5df84
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.2.2,modeled_data,kg/kWh,CO2e_value:0.252,9c105d28-ee6b-41cf-bac5-47580f76f4e6
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.252,fd8f645e-78d8-4d89-8814-fc70c6fc8c5a
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,d1913edb-e5c3-4b3c-b6d0-f24c66bb5311
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.3.2,modeled_data,kg/kWh,CO2e_value:0.252,3309b003-b623-45ed-abf3-fcca8d22a1e2
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.252,96a8c4b4-8ecf-4536-8dd1-07bba2b573d0
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,aedd2ad2-04a8-457b-8b8b-af2165b4ce0e
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.4.2,modeled_data,kg/kWh,CO2e_value:0.252,951f859e-9db7-4310-9fd0-75873e5984f7
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.252,cef555e4-33a6-48f7-9e7a-4f115f85a29e
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,ae92ecb1-a514-46f1-9cc1-5b91014c48ad
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.5.2,modeled_data,kg/kWh,CO2e_value:0.252,e595676a-787c-403b-a00f-d28cb0413917
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.252,01e57253-c6c9-4da3-aa34-b3a95ddb2114
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,91ac887c-4b68-4685-b3af-c41bfa2e0bc7
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,I.6.2,modeled_data,kg/kWh,CO2e_value:0.252,1ddec3f5-ec2c-42c1-a0b9-d644507e77dc
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.252,c9cd6064-ee61-475a-9b3c-fdc198de8b21
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,adfa451e-bb72-48dc-acdb-b508abae5650
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.1.2,modeled_data,kg/kWh,CO2e_value:0.252,b496fd51-028a-4fa8-a1ea-6715fba13a99
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.252,fc01389c-2aad-4a66-a0ae-bf285676a239
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,97c382b0-569f-4ad5-a627-e84cda2c4771
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.2.2,modeled_data,kg/kWh,CO2e_value:0.252,7d106777-cd8c-4298-8270-62796386cde6
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.252,faf1ce8b-22e9-4e3e-b307-13942ea2a60e
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,97a9ae1a-934a-4a53-b0de-bacd950fcebd
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.3.2,modeled_data,kg/kWh,CO2e_value:0.252,ff338220-daef-46c6-b9e7-a5a4583bbbb4
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.252,d808392d-830b-4bd6-9006-376c06407a87
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,51acadcb-1012-4c46-88b2-5eb58c509890
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.20150764257958645,II.4.2,modeled_data,kg/kWh,CO2e_value:0.252,9783f675-b343-4c10-8a3c-e8c130f3fb5e
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.252,3cbca6a9-114c-4974-a270-63a95b19fb85
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,95aea9ed-bd3a-4a1f-921c-c3c4d4c96b78
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.1.2,modeled_data,kg/kWh,CO2e_value:0.252,60fcbcad-f18d-49fd-8e14-8521cba19a4b
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.252,a3627904-e201-4833-b304-e6f34efcca3d
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,d109d681-7e2e-463d-8c43-b370c6ca5ffc
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.2.2,modeled_data,kg/kWh,CO2e_value:0.252,66cede96-3db5-4b0f-a49d-2fa4a551fb93
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.252,0178e11f-8dd9-4dd6-94bc-09e9519a7ef3
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,12670068-ec53-47ad-aab2-fba180321ee0
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.3.2,modeled_data,kg/kWh,CO2e_value:0.252,a1376dc9-9e72-46c9-87c7-7376c7dec60f
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.252,ae98caad-125c-4647-9788-7a1b1934fd90
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,02bb0089-64b3-4736-8c24-2b3634276b84
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.4.2,modeled_data,kg/kWh,CO2e_value:0.252,cccc9608-87f4-4438-a1c0-822f217dd653
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.252,05389bfe-fdb6-4985-9877-31d81759fc3c
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,129a04d3-86e8-42bc-a0b5-df347b2ce935
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.5.2,modeled_data,kg/kWh,CO2e_value:0.252,10bc95d9-ec5a-4e0f-941d-7a09d4325ed7
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.252,5842fd99-68fd-4557-8277-3487d8535ab2
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,bd1b4f97-305d-41c0-a656-323524d64ad7
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,I.6.2,modeled_data,kg/kWh,CO2e_value:0.252,97101c65-2e5a-4a30-af97-40cf8f737419
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.252,a01fef8e-89b6-4b13-afdc-7829510769dd
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,027fda92-8c58-49c4-8c0a-7609def4d363
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.1.2,modeled_data,kg/kWh,CO2e_value:0.252,55b67316-eccd-48d0-b023-3f1c2aac29b2
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.252,8ae5f675-2eda-4925-9e51-757964d8b3d5
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,43f49090-6c72-4026-b777-abff431ba94c
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.2.2,modeled_data,kg/kWh,CO2e_value:0.252,3f2c3e81-650a-4a65-9ce3-eac765dcf442
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.252,9cf4c480-f008-44df-8e82-253619dbb2a1
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,e5cfa356-e721-4c7b-a7a5-7b09737ace7f
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.3.2,modeled_data,kg/kWh,CO2e_value:0.252,0d403f6d-e9e7-48d3-9fcc-1b5be7406ad8
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.252,dde77948-6ee2-40db-9aee-e4e98ee90a5e
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,f3ca3d1d-6d39-4032-ab0d-39c76e8db091
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.0012678752679084716,II.4.2,modeled_data,kg/kWh,CO2e_value:0.252,cb5ee24a-5e21-48a3-b8fa-ffa02601d929
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.252,2aac0aa2-d75d-4db3-842f-f9812b093738
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,086a33d6-618a-4bc1-8d91-0aaa80f4a990
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.252,bf2839c6-1cf5-493c-ab4d-14505038681a
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.252,4e1916b8-7657-4701-b723-5334f9a88d53
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,1af248cf-7be8-4617-8e72-5770d179127d
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.252,96f167d1-f3a8-4626-9959-23294c3f5e13
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.252,844aee80-c1bb-4788-96c0-7ef084e073e4
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,d58b2be2-2aa7-417b-80ab-c2c1285e5128
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.252,58260c95-e9a2-4bcf-b12a-695c316d3138
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.252,13b4c0c3-4a3e-44f0-ba22-565927e4281e
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,dde7dea6-ebe8-4d6d-8fd5-de29aa572fa3
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.252,b42511d4-78a6-4fc2-b7fe-1d25a1cfc3a7
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.252,99528213-55d8-4817-ac49-08bd1bd4eb59
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,74083d89-537f-4f6c-ad55-e705aea7bf11
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.252,a5635cbd-3c57-48b1-972d-9d9680d3b4ff
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.252,3faf138c-da53-4788-9350-f633cd421054
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,e0c03a7f-1644-4c46-b3fd-d4419958c2c2
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.252,1c3b6239-3838-42ac-b964-d2986215a568
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.252,6296d29d-3079-4397-9f28-a9e158b3a75d
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,5217dbd9-3e08-4f1c-b0e8-1d7d0552986c
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.252,5e63b2ae-1b81-4367-98a4-e3d0a948c758
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.252,311e86be-30f3-474a-99f8-8cbe62d98317
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,8c0d0af9-d1e7-4bdb-8b0f-7f4625d6c0e2
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.252,dfbe1ea6-548e-4f8f-8257-523989623487
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.252,72db8684-d94f-452e-9f3f-4b6be6fe0fc9
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,fd5f3095-5ee9-404e-8517-7d6a43700961
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.252,9ca8fa17-a576-41cc-85ca-6657f779e7fd
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.252,61326263-d76b-497e-8e09-c1eb99496a65
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.252,a746fd1c-68e0-4521-b334-8c11d3959040
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,4.613270205576613e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.252,758da812-9351-4150-b699-7f4b6b0803f9
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.184,0714c78f-eb07-474e-9bf3-7096d3a25d1f
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,0550862d-64bd-4666-9705-99e855b5d742
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.1.2,modeled_data,kg/kWh,CO2e_value:0.184,c50247f1-a70c-43b8-a450-09cdf513a4d4
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.184,b27f2a27-003d-45f1-a624-ab34c224e077
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,1be80147-6ba6-4362-a1aa-b1779d475da2
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.2.2,modeled_data,kg/kWh,CO2e_value:0.184,62f5e892-21d8-4650-961b-5ce871abe9d4
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.184,4e81d8ee-1123-420e-b009-a3858c3f8de1
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,e9af7a5d-6539-45a5-b862-d27dacf4fd54
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.3.2,modeled_data,kg/kWh,CO2e_value:0.184,f82c3dab-349a-4d05-b5d4-787fd411ff8b
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.184,729781ee-7ced-4111-9e49-b189e065b250
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,df7176fb-6f6a-4846-b462-a7878c21e6f8
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.4.2,modeled_data,kg/kWh,CO2e_value:0.184,bb8974c4-580b-46d3-a827-2623b92bb8f3
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.184,38e423b4-682b-4d0e-b266-785199abed21
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,a538e415-3112-4f63-aca2-1532968465b8
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.5.2,modeled_data,kg/kWh,CO2e_value:0.184,33531088-a05b-4921-b016-9963d616e9eb
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.184,4f639837-1ad5-46b7-8423-890ca0ba70d5
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,e7e559d2-fd40-4804-9cff-128677907590
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,I.6.2,modeled_data,kg/kWh,CO2e_value:0.184,d50336ae-8353-481d-8d4b-ec96e287f07b
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.184,5e6c105e-7480-49a4-963a-59f1c0915342
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,482a6052-58ae-4e5d-828b-3e0d6bd9aea4
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.1.2,modeled_data,kg/kWh,CO2e_value:0.184,24a1268d-3334-4e66-9bd0-455b9b08edd5
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.184,1425e119-6aa4-4b91-9996-daa4e0368d11
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,5b135b65-5454-4be5-82b3-cdbdee5c966c
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.2.2,modeled_data,kg/kWh,CO2e_value:0.184,d6704642-6489-43c5-8452-f0e2970ee7d7
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.184,a7da3541-a021-4cb4-ae0e-3b75b6f0bd3b
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,1ea6461b-4a6f-4a2d-9f01-eeb75ccafb53
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.3.2,modeled_data,kg/kWh,CO2e_value:0.184,71c89bed-7914-4283-8891-9e0524ba826a
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.184,b9207e30-b822-4a97-882a-b60c905f06aa
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,7f8cdf4c-c77e-4f0b-883d-1226c6bba785
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.14723248211682277,II.4.2,modeled_data,kg/kWh,CO2e_value:0.184,8e5e41f2-555f-45be-a341-aa29756e52ca
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.184,686efcb2-7cc0-4e1f-a88c-95026573a1f4
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,c7a930a9-9093-4aef-8012-5833586d4c03
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.1.2,modeled_data,kg/kWh,CO2e_value:0.184,f4356d58-75b7-4b3f-8f5e-cd42d1f8ef16
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.184,a3c5645f-45be-420b-b53a-94c166318140
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,a62ec4f5-c820-4fe0-8702-c1f589e3280a
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.2.2,modeled_data,kg/kWh,CO2e_value:0.184,bb4a8b18-7c1d-4660-8a8b-eebcf0081752
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.184,11d810cb-79c8-4953-9dec-61ad1c6eba31
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,52f8b5ab-eb53-4c72-a534-3d494bf7c4d9
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.3.2,modeled_data,kg/kWh,CO2e_value:0.184,3295ad38-bbec-49e0-a125-75a468184f27
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.184,10108c45-d3aa-40e9-8b6e-2f656ab46324
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,cdcb1838-8b88-4f51-8eb1-817db96773ca
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.4.2,modeled_data,kg/kWh,CO2e_value:0.184,c8f14ac6-7b2d-4fa0-b392-d80fb7ea8a9f
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.184,a580c305-6e20-42c0-b632-1b71176039a6
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,2dd60452-d961-4c10-83b7-0a3d90e3875d
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.5.2,modeled_data,kg/kWh,CO2e_value:0.184,af4b64ac-cdd0-4ffc-8cfb-ce18a5e2a934
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.184,a2438707-dbb6-4ad3-9429-42c3ecf6cdd9
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,93b34fea-6406-4dc8-931d-aad7d83b0a5d
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,I.6.2,modeled_data,kg/kWh,CO2e_value:0.184,5a846e45-e869-41cd-bdd5-b96e4402bdeb
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.184,363aabec-6cfb-445b-9b7a-f1d3ed3ce009
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,ff4392db-ca43-4f38-9933-e24c4714cf29
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.1.2,modeled_data,kg/kWh,CO2e_value:0.184,0b3058dd-e59f-47b2-b071-7bb69ce77bee
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.184,e7d1997d-7318-4363-836e-eee6880b77b1
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,f0410545-5e8c-41a3-92cc-518452394f3a
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.2.2,modeled_data,kg/kWh,CO2e_value:0.184,44d5be7d-0d9d-423a-be28-0b0818664077
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.184,b371235d-1c1d-42aa-afc5-26c78bbf1039
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,4f900c5f-9020-45db-a889-167b0a60dc49
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.3.2,modeled_data,kg/kWh,CO2e_value:0.184,b9bc9657-bcce-4abc-a462-a67c48f88572
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.184,47ad5669-774e-46f7-8ddd-648d5824e8fd
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,bf772ace-ff10-480f-826c-3aa64feea710
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0009263788723793378,II.4.2,modeled_data,kg/kWh,CO2e_value:0.184,22fe868d-e541-4682-a2b7-327dc94f45a8
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.184,6d9b246b-d022-42d3-891d-4a6c44cbd6ba
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,8c478ee1-aaad-4dc6-996b-bc54b0201b45
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.184,4b12e539-fa09-40bb-b5b0-5ff47d649d26
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.184,3264a1e4-8049-46ed-8755-33e8303064f3
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,9d6377fb-b12c-4524-8b35-2278e090c087
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.184,b9a35ff8-5e00-4577-bbf4-291e2b6f929f
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.184,18f79efd-65c0-4341-82c5-e5febb47f7e9
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,b62d8459-8218-4ab7-ab6f-d3e72f4f5b22
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.184,888b26ca-eb03-44f8-9396-42d5072810d6
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.184,28f431d3-6e31-4f7d-a7e8-68f468cdeaf7
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,3f41c4e3-48c8-49f3-b430-993f3e903fa2
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.184,61c74738-1fd7-4af6-ba66-e28d52464d43
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.184,7cad0a89-0423-4a39-a15b-89023806dc7f
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,c9594610-e1d5-4588-a6b7-4396a906f14d
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.184,aecc982b-631a-4041-8fe9-7641e0d0f422
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.184,1af474d7-284d-48d9-86d9-1279812c32da
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,c389934c-265d-423d-b441-e647c21b7d41
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.184,d316f3ef-baaa-4523-85e5-41e5de7471cb
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.184,cb02538d-3153-4f28-a78a-27552250c9d2
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,f977170a-8068-4e38-a6d1-9d9e5de95c7b
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.184,744adb6d-b3f1-41e5-8294-7c500119e07e
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.184,0154a792-11ef-4c10-a8cc-998e6da0cb45
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,05e23e54-1a07-44f8-a69e-e6fec450201b
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.184,20d73983-28ef-4f65-ae68-3b397428a3d7
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.184,e00549fe-5a8b-4a11-b8d7-49020e586ede
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,fe351b2d-6ceb-44a5-aae0-5a254ab7f01b
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.184,23d1828e-8fa8-44b5-9e57-dd3083e0213f
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.184,2b88c1ce-dbcc-43dd-bb9f-9eeec9bc5b46
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.184,6d4d1e31-8277-4737-afa5-bb523e98c633
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,3.3707070081690194e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.184,0ab3a533-d1fb-44f2-bb0d-4caceec0085e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a0a3aa25-90d0-4d41-8aeb-d39cee2660ec
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,a2cbb9bf-52ec-403d-9217-3e6d39b1a1a4
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,8c9e130f-f440-4f2c-9bc7-02e871ff70cf
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,585329bb-1d87-4d8b-bf65-0d3be5e9f213
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,aa0e09da-0434-44c8-9027-2347f14cff12
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,3452f2fc-d9c1-4b67-a6fd-2ec441dffc74
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,1b51e4e2-b01d-4105-91c8-da6b6bce92de
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b7ef8346-11c7-48f8-8d36-155fec4877eb
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,7ecbfac4-71d3-4247-8329-9ba777167e35
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b15da995-0d94-44ee-9f7c-d20e2359bafb
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,97848847-470a-4f44-9aa9-fdb92fa91443
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,771b0e61-bd85-4acd-8652-afade3d57e52
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,08911801-84df-4e40-bacf-3894620c70a9
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d3619fcf-edbb-4b19-9aa9-987f837a7241
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,fe2e192a-1529-4b25-81f5-6e409350cf05
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,d1b65887-2489-4a4c-aae9-c8b70e1f627f
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,89629089-8458-4087-8a4b-11fe1a76eb42
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,cf723753-d32a-4086-b1d3-044a4079c212
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,317d84dd-f05b-4dc7-b7dc-846f306bf5cc
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6a1ee88d-cd06-4227-8536-a207882d1db9
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,c2e248f4-0b41-4daa-8c2c-7c9a51ea13b6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a7ebae5a-27ca-43f7-8159-da4fc4a577db
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,cb678a7e-91a1-4ffb-b259-b66e698f86a3
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,99080378-f189-4583-9122-c09436ecaa83
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f2d9cfb2-3532-494a-aee5-d4eb4e562000
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8e9af4d8-817c-4c43-94c5-5e5acb3e97fe
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,33ed86c2-a27e-4c19-92e0-9f123823f052
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a977a155-b6e0-49d3-b114-5a5e619b1532
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,9f326b20-b38c-4865-ba42-28e027a7ad3f
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,448f633e-f0c4-43e9-90ca-4f118716d862
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,712a50b0-7a9c-4a0d-8ecd-012b8e76fa22
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,414034d9-43a8-4152-acc0-e44623586c5a
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,2397e966-1b83-4167-a003-9322a3b7e413
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,4cf80f9f-881d-44d6-83c4-02f874d1789b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d530c444-dcbe-4283-be2c-504df5e014c6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,093710f4-c126-4ce6-a041-817d922e47f4
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,99e91bea-4125-4eaa-898c-1ba08e358646
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,9bda9167-5ec5-4564-9cfd-d5ef4e8352f4
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,d3710637-ff52-4a9b-a930-bd46cda268fd
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5de277a5-bce4-4584-9930-007e386d0d31
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,cdc7c9a0-b771-472a-8e32-7b47122f45c6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,1e710963-eab5-4143-8efd-375e741897c2
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,4d64cb88-d388-4088-9ece-6a436ea345c7
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8a0757ef-f8fe-42d1-81d0-2ab7b9c43c93
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,ac547629-eaba-45ca-a2a2-f232eda50cfe
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c39061b7-10a1-4ef2-ba1e-8e4da7b2e23a
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,dbee8360-a053-406c-bb7e-13bf2ea3c125
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,65de03c5-81e0-4860-b74a-a0fe139f44ff
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ff081dd8-d90c-4267-a6b6-b27f6d1695a6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,c51e8076-248e-468a-8f66-90b954022071
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,aee7c33a-3c40-485d-9f55-50590cc9c2ff
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5a1ea37b-b101-4a4c-a680-b5d4b9b1d4a1
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,fd7e6c67-1704-4186-8b86-e45536ce61b8
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,b9c636e9-299e-4a0f-8ece-2a3dd0ff90ba
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,8a97ebac-f1e2-4b01-bdc2-3dda1671f240
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,501e11ec-856e-43de-bab9-f9822988ebba
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,7c40c1e5-e7f8-4433-ae5a-9019bd435b83
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,598d98a0-dd35-4935-bd46-2e1f73924deb
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,0634a6db-97bb-4c9e-bc6a-698485b4214e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,79c406ea-c0db-44fa-9ba4-28836445b55e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b2dbae69-30d0-4202-99ad-a87f1a598326
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,079efd7c-40c4-4140-8575-4a6243679040
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,debae111-4a29-4ebc-87dc-04e808915f8d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,1a8b9149-730b-4a23-b4b4-aa34357bdf7a
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,e2cc3b1e-0442-41c2-b30e-8ecf9e2e99be
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,51e01a27-5fa6-412e-8252-f565b15c2f0c
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,2d850956-eeaf-4dcc-b963-939dcbcaa9df
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,28cae45d-2818-485c-9046-357318191b41
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,b3ccc46f-1f2e-4374-b76d-198ae1c9572e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5f2fe4ed-d71a-40bf-9813-e345b9d0744d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,fcd796f2-832f-400b-993d-ff7460c3bf2b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,d9d3b97b-c735-46bb-80b6-10d16cb44d6e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c4248fa2-3012-4180-a2f1-81711931af0b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,10bde7ed-ee68-44d0-9631-b7e1254e8804
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,a3f4f106-7ccb-4724-bf20-a61c95feaa0d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,9cae5328-e3c4-4e16-897f-641ba78c7fb6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,1cf3c7ec-23e7-43a0-8d1e-9eef91c0f7b5
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,7292cf33-72ea-452c-add0-88268f6a0f97
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,4e5e5e52-96ba-4588-ab46-fa5664c2f14d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,fa8b3b64-619d-42ad-936e-1a527c514328
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,2c6add7b-d826-481d-9b51-b26e8ec0fc5f
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5f764e9f-7bab-41d9-9f87-b62f57c8eaeb
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,02a62e1e-7728-4261-b94e-89aca289681c
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,b78ac885-980a-4105-a755-b9777b59ded7
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,beb0909a-97ff-491c-bc16-356526ce4c57
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,bbf5d711-28bb-4bee-b19b-2c12b57b50f0
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,56c0d381-d36b-4d1c-b33e-aa82f2ccc2ce
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7338727f-a40c-43f1-bdd2-0f425c0b96f3
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7985b695-35ec-422b-9903-d1c916375833
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,d777ccb8-79c2-439c-823b-def3feef99e2
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.599,24b0bbab-1efa-4884-a997-dea3f3a9fe51
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,1547a7c5-4110-485c-95d1-0c4aaac3c40d
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.1.2,modeled_data,kg/kWh,CO2e_value:0.599,7620f114-ea09-4b7d-bbcf-9dbf033b47f3
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.599,54b962e6-de65-4e35-96c9-dcdecd78611e
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,c3ab08f7-e445-4717-9f62-022e0a6c9d56
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.2.2,modeled_data,kg/kWh,CO2e_value:0.599,3cd12d03-15df-4fee-b9da-1e440f0bacbd
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.599,7d0ff702-cfd2-4d74-a7c5-821bc9441bb3
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,32d6b3c5-fedc-404e-8f75-83c795fc6c6f
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.3.2,modeled_data,kg/kWh,CO2e_value:0.599,43a0b3e1-07f1-4720-91a2-802f7fcd4118
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.599,64fb9265-7572-4f13-84ce-fdeb820f953d
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,4e30b0fa-1078-4f06-b2cc-5ea92863b8c8
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.4.2,modeled_data,kg/kWh,CO2e_value:0.599,d66fe858-1621-4ad1-a4d7-7b220587fd3d
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.599,b476d0cb-30ce-4f37-8645-689ba5859f40
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,2b0cdd42-cea7-43f8-932b-566184e51f5b
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.5.2,modeled_data,kg/kWh,CO2e_value:0.599,0de12456-4291-4f98-a062-874d967ca24c
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.599,3847d169-ba3a-48f4-908e-278fba613b5c
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,6385f3de-1539-415a-b283-f459b03a7246
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,I.6.2,modeled_data,kg/kWh,CO2e_value:0.599,244ef061-2266-45ae-8121-42396d441668
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.599,4c0ed7fa-dff5-4e73-948c-62c20434a347
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,253829a4-a3d1-40d6-b186-f50254e352e4
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.1.2,modeled_data,kg/kWh,CO2e_value:0.599,b58398ce-c0b4-428a-b5db-7e13cb48bc4f
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.599,064b4aa3-f471-461e-a569-a8f5bee6f6b7
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,7317f3ea-1a83-4201-bbd5-7e54eb8ed38e
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.2.2,modeled_data,kg/kWh,CO2e_value:0.599,47e0a99d-5121-4fcf-a0b3-0dcae4cc5d71
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.599,2f355d98-c678-44ec-bc74-6aded5522edc
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,b2c13b54-7bf0-4aa6-bea7-4d44e44b8d8c
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.3.2,modeled_data,kg/kWh,CO2e_value:0.599,7ea07c01-ed5a-4a85-9e0c-7c2c7ef4c282
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.599,4f5c5394-f6ac-4a39-8ce8-6ed7ad2a0a49
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,34e4bf6e-7036-4c35-a282-02d1475625b1
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.4791902340612943,II.4.2,modeled_data,kg/kWh,CO2e_value:0.599,1dceacf5-49f2-4367-9a65-da08fc27cd9e
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.599,8600e49d-6211-48ef-9934-1b3af5115946
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,5296d811-49fd-4786-b836-42f6a15c0037
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.1.2,modeled_data,kg/kWh,CO2e_value:0.599,e1d7e122-fa8f-45a9-898f-62ea2fc0c0b3
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.599,03b98a55-97ac-41d4-af8b-a9176fe96142
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,4b0d4feb-80ad-480d-aad8-8bc932f8e8cb
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.2.2,modeled_data,kg/kWh,CO2e_value:0.599,ec3de2f2-3455-4e10-a65f-63083688b09b
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.599,e55d21e3-c179-4dbe-b6df-e76341d779e1
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,8e730920-64f5-4f4b-90e7-0b466f632664
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.3.2,modeled_data,kg/kWh,CO2e_value:0.599,7fc94a43-9fcf-4e42-a217-0cafc3d5e00c
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.599,a6cb093d-92b6-44b1-83e4-2e8bd94e33c0
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,58ea446a-7063-4a02-91a5-7e54ac862c56
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.4.2,modeled_data,kg/kWh,CO2e_value:0.599,dd99c1af-a91e-4a3d-8fae-b7467b250965
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.599,214cbae7-a4d0-441e-a695-a353c674ccbe
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,affb4a3d-f7bb-4d57-a1f5-2a7cb5160173
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.5.2,modeled_data,kg/kWh,CO2e_value:0.599,c5a51076-95f0-49d6-a962-6d9b5b8792ab
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.599,6d585ee9-45c0-4d8b-b1a6-22770f7c6f16
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,21925aab-beda-4660-acfb-bc54799db37e
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,I.6.2,modeled_data,kg/kWh,CO2e_value:0.599,51369feb-cd94-4fa9-83b0-d5f0a6d5c605
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.599,3b2eb7ba-28c7-446b-8834-84e68d10c269
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,4846b19b-98c4-466c-a4e5-952c7fd301d6
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.1.2,modeled_data,kg/kWh,CO2e_value:0.599,317444b1-4ef8-4b15-82fb-4f73014abba4
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.599,451a4e82-cd0d-4889-83a1-95eea48c1e2d
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,e8342792-1df7-438f-a458-00ca324b79c4
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.2.2,modeled_data,kg/kWh,CO2e_value:0.599,9fcd4268-8db3-4e48-9a33-8f8781e90b79
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.599,a15e6560-5daf-4d75-a3a7-8bec2967edbd
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,e5576310-cd7e-4f89-a6b2-616da19cf832
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.3.2,modeled_data,kg/kWh,CO2e_value:0.599,eac76c15-22b7-4f37-b683-cfc93fd137fa
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.599,7fb29816-bbc4-4b1c-ab58-445005631c49
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,d5b7ed37-ef35-4fcf-b418-352b5930349e
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0030150392243789488,II.4.2,modeled_data,kg/kWh,CO2e_value:0.599,ac461ff5-49b6-4baa-ac14-989cdc044195
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.599,58658046-86ce-4344-8861-0c646f672cee
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,dc051c14-5d1e-4043-aaef-66b24fb8d65f
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.1.2,modeled_data,kg/kWh,CO2e_value:0.599,94985010-f557-46df-87c9-804d446add3a
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.599,1530b89f-e26f-4905-bad2-066ac02596ee
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,69dc24eb-07a7-41e1-8f0f-0f6fcee3673f
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.2.2,modeled_data,kg/kWh,CO2e_value:0.599,099fe32b-793c-4b49-b8a5-d9b36afaf347
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.599,84a1341c-cf84-4db5-bcba-69d2d1d59cf7
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,9949951f-eaec-400b-a86f-bac00c7dfc71
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.3.2,modeled_data,kg/kWh,CO2e_value:0.599,05c4ffed-1aa0-4b7f-839b-b6e8d5a0e933
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.599,936b0b58-74b4-46ec-bfef-290a308fe4d8
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,42ee94e0-a000-4f24-b7bc-b61c73f9ac72
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.4.2,modeled_data,kg/kWh,CO2e_value:0.599,e0aa95f1-ddd5-42e6-a7b9-90d08d48737a
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.599,1c20637c-8705-476b-b4c9-3000a0d3b59d
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,89fcb7f7-73f5-4ddc-8c68-d10a97dcea87
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.5.2,modeled_data,kg/kWh,CO2e_value:0.599,0ea951b6-8749-42d2-b5c6-fed6268eef24
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.599,8b8277e1-bbf8-4866-a377-fa5674b9a92e
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,9344d596-94a9-4a93-8b9f-9c06e1b44047
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,I.6.2,modeled_data,kg/kWh,CO2e_value:0.599,a8251adb-7ce7-4a84-86c0-ed8810d3d944
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.599,c751217f-8710-4ea7-be76-0bad6bd71989
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,1e7a4274-9f4f-4dfe-9414-6916d3116b06
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.1.2,modeled_data,kg/kWh,CO2e_value:0.599,0e6e01a6-e157-4b20-8ffe-568ff5d97f87
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.599,9ea7b018-4004-48a1-a56d-241ec029ad8f
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,6566f929-8c63-4c9d-b157-11ce98944937
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.2.2,modeled_data,kg/kWh,CO2e_value:0.599,3c4f7232-a66f-4cfc-935e-1622f82ae43a
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.599,bb36e9f0-af2f-4a00-8c8a-d55144878949
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,7f639fa9-1913-4d96-ab44-ebda8cf12868
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.3.2,modeled_data,kg/kWh,CO2e_value:0.599,a4b0079e-fe24-4929-a004-b2276ed261e4
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.599,8d09f542-756d-4396-96f8-bcdee9292b38
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.599,b40d2c95-bfe6-46de-82fc-f906719b7ca8
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,0.00010970472391513147,II.4.2,modeled_data,kg/kWh,CO2e_value:0.599,1bf0f587-0617-46cf-8bf6-980e160cef2d
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.636,42441f75-e873-4d6c-95cc-72cf3a870f7d
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,80f8a3e3-35bd-4678-971c-26eff767bc9a
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.1.2,modeled_data,kg/kWh,CO2e_value:0.636,220267f7-9c6a-42f2-b48b-b5e475ea97f9
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.636,95f22a62-4044-4d21-9969-714fc0862071
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,92121427-cb41-471a-86ed-4947a7ddccf9
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.2.2,modeled_data,kg/kWh,CO2e_value:0.636,6daa3fe6-f994-42d3-b824-691df127807b
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.636,26031db1-90b8-4e5c-9107-9bc12ebeb891
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,6739d59d-4ff5-46e0-800c-0f8c2eba4ba8
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.3.2,modeled_data,kg/kWh,CO2e_value:0.636,39fadd03-e58a-4faa-9216-6efc08dae6c3
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.636,d906b661-c41a-45a2-a9ca-a070fb67b56b
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,1aca1bce-fa53-47d3-9bca-f8d41e885bc0
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.4.2,modeled_data,kg/kWh,CO2e_value:0.636,782ef0e7-179a-41e5-9237-1af975e61205
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.636,e44961a1-3405-473f-9597-d366379d9a91
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,5b2c44b8-3c6c-4715-ac22-53bd31897660
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.5.2,modeled_data,kg/kWh,CO2e_value:0.636,1bf1fb8d-4371-4f86-99fc-b1d45a48f08b
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.636,32d21639-b8f5-472b-a5aa-272e00e8a948
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,e45df683-fe3b-452c-bebc-6a40d391511d
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,I.6.2,modeled_data,kg/kWh,CO2e_value:0.636,8b16833c-f623-4fdb-88d1-26e8783236b8
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.636,63d95c51-7fb6-4801-a5a9-2815a2f71a0a
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,ca5ec79f-dde6-49d1-96e4-6bf521d21409
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.1.2,modeled_data,kg/kWh,CO2e_value:0.636,9571d2d3-aef0-4db9-b7ca-1b2d0ba4d22f
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.636,88c9c328-c645-4586-8f89-4811b4ef1392
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,268a95a0-dcfb-463f-81f1-54966b8f0c92
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.2.2,modeled_data,kg/kWh,CO2e_value:0.636,93bdb306-a641-4ba4-b669-f20cd18dc99c
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.636,eb3aabad-897a-4029-867b-2f616ed5745a
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,9bee3480-a01b-41cd-ba47-604e129cd073
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.3.2,modeled_data,kg/kWh,CO2e_value:0.636,0f330d94-e7e7-499c-aa8f-61821d9f7e38
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.636,258a0f5f-fb68-4a32-8f7f-532ee29990a9
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,590bdc29-b8b9-45ee-a35a-b178ba3ec195
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.5090292938069462,II.4.2,modeled_data,kg/kWh,CO2e_value:0.636,7a10368d-f352-44e7-ad38-b8f015c234c1
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.636,45bc944d-65d1-4063-b91a-78240bcb03f9
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,9e38b597-3d33-4be5-a03e-7d4ced6a9560
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.1.2,modeled_data,kg/kWh,CO2e_value:0.636,a1421cdc-6ca0-485e-b8db-3c96e943f9cd
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.636,b3682e2c-88ba-45f2-928f-c4828247ca03
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,486efcee-393e-4b29-aa38-25cf45bf9f7b
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.2.2,modeled_data,kg/kWh,CO2e_value:0.636,1bb740ce-3c48-4903-a764-7f68bb944217
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.636,ae598a5f-b95c-4033-a3a3-41b2418911d0
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,97ad461e-3468-4685-b97e-2583e6deaf52
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.3.2,modeled_data,kg/kWh,CO2e_value:0.636,0640a962-ca22-49cc-9b29-e58b720acaf3
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.636,d07c8935-eaad-4dea-bc10-1a9eba38d139
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,46748277-222c-40dc-bf28-3a02974eb7c5
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.4.2,modeled_data,kg/kWh,CO2e_value:0.636,597853c1-c691-441e-b35b-f575f0e41c6f
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.636,84eba673-e28a-4431-a5d1-7856dc4d5a3a
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,00283fd4-bd5d-45ae-8fc9-61e6e2eb0b23
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.5.2,modeled_data,kg/kWh,CO2e_value:0.636,cfaee482-165b-4143-a995-7047426a52ca
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.636,d88cdeac-573f-4577-b3be-20395a486d0b
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,a25ca4ce-40da-40ff-b1f7-fb79c3ecf4b5
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,I.6.2,modeled_data,kg/kWh,CO2e_value:0.636,29c23296-68eb-4b09-b1b8-0920898f9f24
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.636,b7ce778a-df68-42b7-adb6-140f361ead64
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,cc33f205-f0e7-4861-8315-f0654de10bdc
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.1.2,modeled_data,kg/kWh,CO2e_value:0.636,32d35fff-d6eb-48a6-83e5-4c15b3d12feb
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.636,c097d69a-523e-4c3a-a13b-8e7ff133ad54
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,856ba925-ab9e-4efe-87e9-d68d5a59c149
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.2.2,modeled_data,kg/kWh,CO2e_value:0.636,6578941b-3924-4cf0-9c39-05ac9c1f5541
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.636,09a4c1b9-d49d-4485-acc9-346c4c1d1ead
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,a937f6d4-4926-45f5-9c72-dbde2ce1d585
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.3.2,modeled_data,kg/kWh,CO2e_value:0.636,c5dafe2f-0365-40d2-9834-0e04230a7cec
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.636,5bd9cf23-472d-420e-aa68-36b374410e82
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,ce6e7958-67db-45f9-94cc-e478bde1ef26
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0032027849862014232,II.4.2,modeled_data,kg/kWh,CO2e_value:0.636,ee407032-f3b9-4da3-8009-22e0a6796189
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.636,fd1cd857-df5a-4f9a-8759-22579f7fb8b3
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,b7f106f9-0474-4101-8323-10ab1ca5c2ef
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.1.2,modeled_data,kg/kWh,CO2e_value:0.636,ba37010b-02ee-4b6f-9b55-3249599df65c
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.636,464e92ca-ee36-41ed-96e0-7e33edb46c3f
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,a3192b5f-8bec-47d2-af05-f5744915ae4e
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.2.2,modeled_data,kg/kWh,CO2e_value:0.636,41ef7654-487d-41d9-856f-9d2cadacab6c
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.636,537eb2a3-5117-4ce6-bfa1-e8512a57a63d
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,bd693bb1-1bf4-4fcb-ba5a-b2944b650de0
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.3.2,modeled_data,kg/kWh,CO2e_value:0.636,a7a652f6-8931-4fee-89c3-0b4cc5e652e2
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.636,9dbc43cb-95a2-4376-8293-620538c87d87
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,7b3252aa-b46e-4626-8c3d-6582476e3615
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.4.2,modeled_data,kg/kWh,CO2e_value:0.636,b8af3e61-ddcc-46d9-8638-77d8c54a7f29
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.636,bd712a2d-daf7-4850-b401-f61f81854e19
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,1cae982a-4b98-4eca-bc43-460e37f571d6
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.5.2,modeled_data,kg/kWh,CO2e_value:0.636,21ba58cf-fd69-4a2e-aefe-4f827a669cef
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.636,b57fdc4a-53cd-4470-9cfe-403460df9e6d
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,264fe732-8d23-4a7b-a5fc-d65b73419a58
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,I.6.2,modeled_data,kg/kWh,CO2e_value:0.636,d18a2cd2-429c-4909-95ee-f8924e6c918f
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.636,fdb7aead-9caa-4812-971c-141bcff99408
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,0d603cc7-5614-4207-8e8b-b382659ce418
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.1.2,modeled_data,kg/kWh,CO2e_value:0.636,9ddcb37a-509b-4c91-99b1-db8f2b7012e9
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.636,ac841598-d8af-44f4-8dbb-a6a40012b364
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,64b4dfe7-934b-4ef6-b09a-aae7b1077feb
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.2.2,modeled_data,kg/kWh,CO2e_value:0.636,a0ebc190-bde2-4119-b2b4-3adac88c1133
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.636,2fe2320c-0911-4a45-914e-38b56c011041
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,f4694ea5-e078-4fc9-a223-7fd9ad739e83
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.3.2,modeled_data,kg/kWh,CO2e_value:0.636,f74b11de-239f-46f0-9c51-f7b415546619
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.636,290ea98f-9f88-4e51-bcbb-cb38f8702420
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.636,e6ea0dcf-dc50-4b5a-aad2-d40d927b0484
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,0.00011653601048693823,II.4.2,modeled_data,kg/kWh,CO2e_value:0.636,f4cb6f2d-691e-4ef0-9dfc-ed43e8e406a3
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,bc475eca-c768-480f-bb65-f2758f5a749f
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d9168ca1-f937-424a-b125-3acbb7daba81
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,4353b46e-cbdf-4d40-9e96-78d41386eb0e
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,6e6b5b04-06bf-4087-89c1-de1433ec3217
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,01cc2a89-58aa-4934-9ccf-60b083a10a4c
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,5ce05a0e-dceb-4ec2-8b17-85ccc60d08ca
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,93eabadc-dac6-491c-bc7a-8de35ad57054
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,b0f1cc42-6bb8-425e-9049-5fb0145aef2a
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,89000b7c-fbeb-4747-a2ab-ed5c792c77ec
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,3dba738d-ede6-40e4-939e-eae2e499943e
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,75106dc8-e823-460b-87df-03d4e5d0461f
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,ba9351be-aa30-4912-b140-38478145f2fc
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,6475fbc4-948a-49be-a426-8208cac92b47
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,c8e6ae0b-d74d-449d-8342-c3eb14c4c503
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,c1c203d3-9c85-4c16-8d8a-fac9ae7bb445
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,08e0b1ae-d5dd-4bc0-84a6-314af00218db
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,84e515b9-d04d-4d7b-a3ad-b67754c855cc
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,04fc533f-990f-4e2c-9e90-3e05bcb318d6
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,768204ad-1d2c-45ae-a404-47a1842e67c1
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,7d34bfae-1ef9-4aa9-9fff-dffae4036737
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,5c913caa-5360-499b-8519-a06364e795f3
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,f9115235-b2e2-453e-a023-cb17eb4aea4a
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,b6f11703-f607-49bf-933b-bf500778ab60
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,377fd2d2-9f9a-44ec-aeac-e4c6e0d10fb3
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,57ca523d-26f8-4093-9498-d54efc324890
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,7d94a240-4295-4b23-a3bc-698e4a1ef5cf
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,a178ed35-974e-464e-869f-d47fd5c7d935
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,9dc2d8d4-7632-447e-92be-39860ae89238
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,dca4f71a-0813-4747-855b-97b3e5afb5af
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.2862551850365644,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,4e8ece03-733a-400c-8113-014b94be8df6
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,38613a30-4ab9-4fe5-a589-dec4d8151805
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,ec072681-25a6-43db-9913-bdcf6d713c80
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,e7e7aad0-612d-4c36-9965-f79b7319bc8c
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,cf1edc5e-6fe4-47b1-845b-774a47f935cd
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,1856ae8d-f4db-4439-b31e-0f70a645b0c5
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,30a689c7-743c-4562-ad96-2ead01cd0cc3
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,06a608ff-edf3-4137-a597-fe89f4a4edb6
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,e6c519da-bf2f-4367-ab70-8b63285f3f97
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,f6de997c-cab6-45fc-a23a-21283e0e1983
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,f8ea3cdb-fc38-451f-8d3d-20edf3081b7b
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,3985a4ab-9de8-477c-86eb-15928c77fd55
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,faf0996e-57cc-44f4-a8be-24584a7704a4
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,5204343e-d522-43c7-8ebf-ac4f7b9992da
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,b8d2f6cd-dfda-41b1-84fc-241de798c726
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,aaffb0bd-74f0-4a8b-9a0c-b94fbbc2319e
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,55791167-a16f-4b93-a84d-a5c23dd054d9
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,905bc97e-f4e3-444a-b80d-c313178471b1
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,70f129c8-27d8-4a9f-bdb2-ec9b1895bf90
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d4df5d25-b281-4d23-a9f2-3e3fa6914e77
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d41a6495-c05a-4c18-93a1-7e1c0a0d3c03
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,de75e6dc-f0a2-498c-b6f9-4716c111eb69
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,3a6c5a98-2634-4ff0-8bc9-65bf82b22886
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,3683dc54-9ea2-4d74-a09d-09254bf967d6
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,cb81212b-08ba-4782-99ce-6ab3310f8eff
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,9499da5d-7151-4a44-af62-bd1a44930e63
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,36a35943-503f-4a0f-bcdb-1a671496f155
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,60da15b4-6161-4619-ac08-234f49005b8d
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,ff590ee1-4490-4767-a740-6455e55ff750
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,40ba4b90-d486-46b4-9a8d-9c26c060fc97
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.0018011022548441546,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,229a3737-cd69-4479-ab19-a6022c03a502
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,3ad6f4bb-bdca-447b-b5d8-547bc3f77629
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,b4f23d5d-66c1-4f32-bbed-a08c070d5e05
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,060db35b-d3c6-421e-8a7e-f57e4be91c29
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,91e99ae8-455e-4471-b34b-e5590424b744
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,3b693baa-a11d-483b-ba07-762be0295334
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,f9f0b3c3-679c-45a6-9000-8e982d9ebf28
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,a793e6ee-4c3c-4457-87fc-e0938755a10e
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,78728930-26f6-48d6-8eba-cfe66c5960a1
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,27060c1c-9a55-43f4-9585-8c0bd8ded7c3
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,57ccb38f-d843-46c6-8686-8fa56c9f56ec
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,269191af-990f-4ae0-959d-2e4c2184a76d
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,0bb03228-d239-4122-b638-156244859600
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d144552c-23e2-487f-a658-c3d13abf910c
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d0d4b9bc-aa17-4cec-838a-86448c5f16c5
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,27d4332f-35a4-4b97-9af5-78ff2c1523d8
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,4e8aae6d-9da1-4675-9f2f-33356b0b21e3
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,e393ee90-4cd6-4068-b28c-a99ef3e1ba6e
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,59e950d9-e105-4db9-a8ca-10f9b012da52
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,bc79ed68-da4b-4a7a-8f20-3798879ffc70
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,c0d150ff-bcbc-4520-bd5a-b6efda02614d
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,cb284d6f-e736-4171-9654-7db258853710
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,46ea184e-8c00-48c9-98d5-3e1377510ed7
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,f461e806-c12a-4aec-bc62-e94f189b3c70
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,6ae9cbea-9477-4cca-8a2c-89b663ca6244
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d5465fa2-82c0-41ce-81c7-263cd5a00077
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,64ba3d5d-afa4-4417-85fd-0621e93a828d
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,c9c08b64-81f8-4290-b05b-1296ef84f108
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,6bb55f00-efe6-4e95-aafe-e03f37a4f63f
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,841ff73b-c037-4645-bf63-ddaa268b18dc
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,6.553461195892041e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,83e0eafc-9039-4493-94bf-c8016181bea0
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,9a9935d1-6ae4-4018-b7ac-35584981ee83
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,7ccddaec-4d7d-4e3a-aea3-1bcb5bcaafea
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.1.2,modeled_data,kg/kWh,CO2e_value:0.578,8b9b07be-4726-4242-886e-b3040053e80c
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,7621ce4c-6d61-4919-856f-a1640d0bb5df
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,64d48ee4-52aa-4934-9a61-27d42a916b05
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.2.2,modeled_data,kg/kWh,CO2e_value:0.578,8135e7b1-07c4-417e-987e-ccded164d4e9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,e024bddc-3f54-4725-8d10-c5570b6802c9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,f3d45b0b-0f32-4103-88c1-f822d1a3af68
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.3.2,modeled_data,kg/kWh,CO2e_value:0.578,dee3bf04-61e8-44ee-8ff9-d6c23263b3bf
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,ff7fd65c-45c5-4d35-9055-a93dc2cf8a4a
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,e66e2c0c-4a7a-405d-a4ac-4c5fd0fa5efc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.4.2,modeled_data,kg/kWh,CO2e_value:0.578,95f747c0-ca7b-4604-a0f8-e0c1a4157498
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.578,d5fdc654-5fca-4626-adc2-868a9bd5a440
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,07ab3a6e-f8b8-4ffc-82b0-19d1d59a55d1
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.5.2,modeled_data,kg/kWh,CO2e_value:0.578,ec4dbb92-0818-4a42-85ed-b3f95691aafa
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.578,2cd8ac74-038b-4ee5-8c60-4c327c118043
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,d0b13fe3-1b70-463a-9d13-eaa1ad9af63f
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,I.6.2,modeled_data,kg/kWh,CO2e_value:0.578,bf092c75-3d2b-4c4d-9221-32389886f898
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,efb74600-43a9-470d-b008-7dbfa9ee606e
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,e6395b53-04e8-4aa1-933a-f72e1df3573d
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.1.2,modeled_data,kg/kWh,CO2e_value:0.578,d781532b-e869-4f6c-bf8d-702c89c12668
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,458e43fd-891b-4df3-becd-e0b6c8429f39
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,ed3cdde1-802c-43c5-9555-de38f10e66d9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.2.2,modeled_data,kg/kWh,CO2e_value:0.578,ab98ac50-8b5f-4fef-b9d8-846e5b9d6d8d
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,d93c8adb-53a7-41eb-903d-b1ba2fced40e
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,06be4be2-2994-4456-82ce-1843609097b8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.3.2,modeled_data,kg/kWh,CO2e_value:0.578,5ec2dde8-543b-43fa-868b-650f875fe72c
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,6fe32f58-d248-4003-b8ed-696191665745
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,543fb37f-5627-495e-9f1d-1a405c740f11
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.462219595175092,II.4.2,modeled_data,kg/kWh,CO2e_value:0.578,d3506ccc-f115-4c36-9f78-5c2dc48da25a
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,a446a031-40a8-4e19-acdf-2309b96035fc
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,27ca8e2a-90f3-4e09-87a4-4a02dd6bc458
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.1.2,modeled_data,kg/kWh,CO2e_value:0.578,dd015ad2-0d2c-4851-be56-f3111900b89c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,03435b81-f560-4bf8-8e93-3c5ef2453ee0
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,3432b87a-41bf-42e2-ad47-d8b448b4d600
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.2.2,modeled_data,kg/kWh,CO2e_value:0.578,1c83dc5d-59d3-4bb1-b82f-57c53766d80b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,fc08d624-d476-44e9-bd5d-caa7599d9caa
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,8cb8ad9b-fae5-4739-abb7-56090c437583
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.3.2,modeled_data,kg/kWh,CO2e_value:0.578,f531ddc6-2e50-4d13-997e-665019a789cb
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,63afd3fc-8edf-4726-badc-4e49db529196
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,432d8c9c-307c-441a-97f1-a9410a80bb55
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.4.2,modeled_data,kg/kWh,CO2e_value:0.578,0b2512f5-8bea-42f7-bacb-d82f722a547a
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.578,5bdaa6f5-cb07-4479-8f6f-531e4beb9198
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,928272b2-c8d8-43be-a95b-c010b64bc62e
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.5.2,modeled_data,kg/kWh,CO2e_value:0.578,9d595b12-b3f5-4211-9ccf-d49a3aacc5fe
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.578,9f44127b-0119-4c2b-8747-fbb6ead98ff6
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,ce79dc1b-1804-4c30-b3bb-3b7617751662
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,I.6.2,modeled_data,kg/kWh,CO2e_value:0.578,18126b72-1bb7-41ed-b9b8-ee87291564c9
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,f4b444e7-e446-4e1d-b8e0-83c772b28cc5
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,3983fd24-da84-4c7f-8e42-73692a9c05ff
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.1.2,modeled_data,kg/kWh,CO2e_value:0.578,47b42616-fc84-4e61-ba41-edb45fde9394
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,d18a6fe5-a05c-4f2e-9ed9-e300cb707fd4
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,63084368-af0f-40a0-96db-aa11bd302e80
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.2.2,modeled_data,kg/kWh,CO2e_value:0.578,b605782c-34b3-4460-85d5-cecce33628f9
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,212a1a4b-1461-4d5c-b7a2-de5161da6a51
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,d9b164bf-eac0-4683-aafa-62feb68e1fc1
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.3.2,modeled_data,kg/kWh,CO2e_value:0.578,a928d719-dd3f-460d-9324-008687a2bfbe
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,5d36ba49-a96a-4f78-965e-9b99b8366192
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,4911afd4-3c48-4c61-9573-642bac6e5858
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.002908260875682206,II.4.2,modeled_data,kg/kWh,CO2e_value:0.578,161146f9-9dbb-4b2a-b0da-15848afe5812
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,6372231b-3cf0-484b-b6eb-73bb93ac4e6e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,8148750d-1902-40c7-be6c-5967e76b2a37
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.1.2,modeled_data,kg/kWh,CO2e_value:0.578,e1573858-a01b-48fc-86cc-13f74a5e1806
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,7bcdc437-38ad-4e51-bf49-d27261b801f6
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,31f85cdd-d034-4489-bd51-1a3c0336b9c3
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.2.2,modeled_data,kg/kWh,CO2e_value:0.578,28eaeb27-e743-4da3-82a2-f3a70e389eac
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,b7e27141-af37-4b2a-9f46-6a3fea73a5ab
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,3092aac7-9e7e-467a-b03a-310e55d12e88
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.3.2,modeled_data,kg/kWh,CO2e_value:0.578,bb8f5f69-7d8a-4302-837b-365f193d8d48
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,cb71ee39-3725-4b2d-b635-dccde41173cc
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,948d7699-baac-499b-8eb5-b539c5b81e5b
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.4.2,modeled_data,kg/kWh,CO2e_value:0.578,bcdcce09-a76a-4240-a254-8d645e41c39f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.578,e9089f05-36c6-4c60-9153-04c5c947ec0c
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,b2f45a5e-b323-4ff1-afa2-0b563acacb4f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.5.2,modeled_data,kg/kWh,CO2e_value:0.578,c9133f94-a911-4524-a679-8307df264b4b
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.578,71cede0e-4c0f-4d16-94dd-ea5e4d6c3ca4
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,a7ed18bc-ed07-4593-b12b-1110af0d49f2
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,I.6.2,modeled_data,kg/kWh,CO2e_value:0.578,84095d91-8889-4aad-babb-22de95784d5a
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,008fe369-9f37-4536-95c1-318b0864f8dc
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,a666c9de-dfa9-43dd-b764-8a797918c876
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.1.2,modeled_data,kg/kWh,CO2e_value:0.578,0423d858-d906-44af-a14a-0d31cd507010
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,d199a605-3119-4c99-bd2e-68d2ad295b47
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,106df0d4-cff4-43f0-b4b8-dfa9ae0fc13d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.2.2,modeled_data,kg/kWh,CO2e_value:0.578,2706bc71-e33b-4edf-9b4f-05d0ca7ef7eb
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,bdbab5b9-b239-45e8-87d7-455660cd4039
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,05b3b1b9-79e5-40b8-98bb-54fb04de0cbb
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.3.2,modeled_data,kg/kWh,CO2e_value:0.578,df416038-4563-4d07-9748-b6898b5235bc
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,6e1f4513-0dc0-4028-98ad-f01235b44455
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,bd969ef3-72dd-4bf0-b305-d96b56e6de1d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,0.00010581950438990201,II.4.2,modeled_data,kg/kWh,CO2e_value:0.578,df6ebe2d-5d82-417d-b919-74593e2bd5f8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,df03d049-a9c8-464d-b2a8-ba951bef4935
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,d93604bd-62cb-4a16-8e96-7d6b9d0e411f
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,dcb9d522-e557-485d-886e-4e192b7b08b5
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,a407a8f0-f1f5-46c0-9cb9-86a3d39087c0
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,38e914fd-4d11-4461-a68b-cf0a990c4ddc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,81c5c57a-70fc-4a65-8c3f-d36906b175ad
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,1b0d59d8-1c00-4b4a-87d9-9b0234c62ad5
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,ccc6bb64-479c-4370-a649-784ef125f0b8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,7243212b-0c66-42f1-97ce-bfc9e7314f30
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,d9464447-6f54-4d13-b1ef-2ce7d2482730
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,46e3a5fc-efa8-48fd-b4f9-a4b8e139b613
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,50deccf8-8144-422b-92e0-0f22e62b558e
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,6ae2f3c7-8c4f-42db-978d-2122659abcbe
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,b7924868-6f4b-4ca2-9c00-6a67fdd1d0ba
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,7012d3f1-1b2a-4c50-b3f7-795c195eabed
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,231df8bb-befe-4a0c-8d74-9d191f919e03
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,ec711823-341b-4ba7-a6b6-3fb9a4202eac
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,ca0461de-5890-46b6-be0b-d781c6c1e06f
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,cff67d51-a4e5-4f21-9124-f9f70f1c6081
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,c61c7784-a5ff-42e9-8a23-fb085f723723
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,cf092573-f398-44ca-9619-7f981fc0deaf
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,a858365c-988a-4a7f-a046-b9b1878271f1
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,cf78e95b-f526-412e-bd67-6b53785d0196
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,cd0a9bf4-f76d-4772-a3d3-e0424b2022bc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,b55ae155-bb8f-436e-824a-0db13677a172
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,5a5de8ec-85e0-40e1-9296-10519b8cf7ee
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,6aa0a9f1-9603-4e1d-bddc-dda8eb1b4369
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,531820f6-7f04-4ec7-9540-c910900688e6
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,badb1d30-8e13-4668-96fc-9b56856a97a7
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.28843552943190576,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,a822cdf3-3ff7-46d5-bd70-f939a21ee9ea
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5ec1c886-c5ef-48c2-b2a6-5692a2288ecb
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,7c1c22ca-a351-4ac2-9c26-25c451a0ffe8
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,a0a0a495-85e2-436d-aa6e-74c112b5f2c4
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,65b24517-b01b-45e4-a180-662fb9dd241b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,f841b7df-3020-4ab4-8390-058b17e001b3
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,9e4ffb31-effb-44b5-a746-0ee02bece318
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,6a55ebc3-59e9-4618-a7e5-9790324d555c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,36db4a10-1264-4753-9f84-2b1095ab944c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,37fb6c8c-d759-4ccd-a0ef-045f2a6c7993
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,0a16ea2e-903d-4fc8-812f-57c07a24ba1d
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,b38feecf-25db-4c64-bf98-d9e1dd4b8b39
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,3a15209e-91ac-42a4-98c5-9f31de6ff44e
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,245e9b3d-2c62-4b29-942d-84b2898531f7
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,ce9a5658-90e2-42a0-8a84-ac063053ba23
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,ef46e278-a927-4174-b4b3-87538b844fed
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,fe662a66-47db-49cb-b5c3-aa60cebe9c1f
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,b2bd1172-7354-4057-b97b-a1b11cf06dc9
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,bc2b0d5f-a95d-4f2c-ad84-6f104e6d2b8e
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,8bdc2620-1d36-48d0-8aa6-26bcdffec1cc
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,b5c4bc62-9d0d-4508-b2c0-d280db334bd1
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,3ad2a36e-0f0d-4ad7-8f13-fe63546fb9b9
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,fb73d59b-54a3-4591-b37b-6d3fe22a1e9f
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,03a6792a-2ec7-4d5e-bf23-ede73357bc97
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,ea3b0df4-9952-4f64-ab52-ad3ee9cf8c8d
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5056a517-04c9-4654-86f8-09db5331fcdd
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,85ead299-7619-49fc-b1e0-77f82326e5ff
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,d61f9308-ab56-40f8-bb8e-61a08cef89be
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,2c1b30b8-ad56-406f-bd65-538baa81190c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,3deec882-3ce4-478f-8f95-dd92b4421d35
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0018148208647141718,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,6e8a0280-f966-45b4-95bb-554d2a4f6e4f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,c6c4c3c6-1a5a-4ede-b367-ee1240c313db
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,00f6dc41-f6f7-4cca-abb4-57b7c8afefe5
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,4f5b3c59-1802-4a81-b759-bb7b45378322
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,4fa50a27-c4ee-4596-bdfd-05ca5cb325d1
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,b97e6e8a-1e74-49d6-ab2f-bb78239371c8
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,cd45130b-3688-441b-9157-00b35af5c6d9
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f672ab4d-02c0-4394-9c04-7cd78cc8f67e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,2cbc9727-ba4f-48b1-89b2-93c0ffeffbc5
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,bc9a54f0-f097-4246-8207-83fe022a2e5f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,46a106f6-8564-458d-b8d7-569d21cfc96d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,68e8ebd8-d663-4af5-a8d9-560996a65c21
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,ca718fb2-e612-4dc6-a41e-5f53875a2957
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,95cc7a1e-6c02-4cd6-93f5-7c7f8d071785
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,5c9ca5e2-61f6-453d-ac6b-351c81a0d7f5
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,6bf5b887-df75-4895-95e4-8be8c85db0c3
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,1e7af7c9-ce9b-490b-980c-ef398c2c4821
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,d26ad302-2c51-4755-ba95-b9dba7609fe2
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,35f2443e-23d0-4712-8369-5e3b1c3a34af
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5c6d3501-a8c6-472e-8dca-f2c54eee652f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,3e9060b6-7516-4b02-8f99-4ea15620107c
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,67040b4d-02b3-4d53-86d5-ab774a7d1be8
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f7e7f618-afc9-4199-a381-abaea2285abc
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,1a51c96e-74f1-4229-9a39-eee4ef1b6dc9
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,3ae1775c-4341-4f92-88c0-dca7726f8455
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,01132ed9-fbe7-4836-be81-a49582798140
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,8f65b1f1-8cf2-4494-a221-24690b7e788f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,46245c55-8692-45fa-9921-8d129752c0df
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,eac1d8fd-8074-46ad-9a42-58fa1374056d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,32becaba-fc54-4d46-b991-015c273862bc
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,6.603377505309197e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,93ad1c39-ddae-4044-a9fb-eaf7eeac34fd
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,51b732e8-1333-43fd-a230-1b6ffa93ff71
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,4800d117-6495-448c-a4b4-f44834dedd69
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.1.2,modeled_data,kg/kWh,CO2e_value:0.235,e8fcca37-bb98-4368-bdfc-db07a5baa549
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,6892a604-d11c-4741-8e7e-40bc2d50a759
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,da89251f-1b68-4e44-970f-08ebfcfe2184
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.2.2,modeled_data,kg/kWh,CO2e_value:0.235,3d301a43-da4d-4fed-8e00-9b2b9a2d5bd6
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,e199e845-ea9f-4e9c-a92f-92552287ceb5
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,82f08907-49fe-47bf-86a2-29a947a76792
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.3.2,modeled_data,kg/kWh,CO2e_value:0.235,2db3a582-fbf3-42ae-9cf3-b5b76bfa29f5
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,f8b71605-f6e6-4332-8afa-91df659a4ba2
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,29f37919-3666-4f5c-aebc-0d317121ef14
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.4.2,modeled_data,kg/kWh,CO2e_value:0.235,c7e49f26-9fa0-4ebf-aa45-be0ee74f46cb
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.235,b8b22e19-c786-4c44-867d-5c5876690c72
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,70648b5d-5979-44d0-9ea3-62a34a0b221f
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.5.2,modeled_data,kg/kWh,CO2e_value:0.235,f8201e53-3564-4a80-90b3-a69de3fa6d48
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.235,57ebbc14-0aec-4627-b372-a80063a52903
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,22dcbc6d-1e25-4d71-bdaf-1d2b5b373be3
+HU,Hungary,2022,Production mix factor,CO2,0.188032,I.6.2,modeled_data,kg/kWh,CO2e_value:0.235,01a06a05-7d4d-4797-9549-0d00f77ceb3f
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,2c62f6cd-8a6e-411d-930b-2e6ebdea1af0
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,88b68439-da33-40c6-abbb-74c5207d1e93
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.1.2,modeled_data,kg/kWh,CO2e_value:0.235,e8e28dc0-e184-4039-b30c-76cc693ad979
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,b06ed07b-3784-4eb6-8856-ca05192f1794
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,d14e0890-1dc5-4210-ba25-b3abed165a40
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.2.2,modeled_data,kg/kWh,CO2e_value:0.235,64f78fac-915e-4caa-9f35-8e60ea421de7
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,369dbb67-3123-4b93-8b5b-962363524739
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,dc58293b-1396-4bbe-94e1-0561ad9f1465
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.3.2,modeled_data,kg/kWh,CO2e_value:0.235,45697435-3f34-41d2-b41c-8e4a1c3d1af7
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,d1914d05-356d-4666-a250-8700ee461681
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,f329abbf-d318-4def-9b9a-52e0ab1ac18f
+HU,Hungary,2022,Production mix factor,CO2,0.188032,II.4.2,modeled_data,kg/kWh,CO2e_value:0.235,269f2b89-f068-4003-9267-90f72aad3f9a
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,7f1c675a-253f-4c88-9bdd-377885b02e45
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,aa5c7511-99da-4b0a-80f5-f1e63dc88ae1
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.1.2,modeled_data,kg/kWh,CO2e_value:0.235,cdb35166-6abf-409c-bbff-e767c80be84a
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,08108f5b-ced5-47af-8e12-87f8a0c03561
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,98ee3cf8-b522-4b88-8a2f-b9d00dce47a4
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.2.2,modeled_data,kg/kWh,CO2e_value:0.235,98bd067a-7400-4f61-974e-59db8903342f
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,b425517e-d4f3-4e41-bb59-d479b2b7160c
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,e6db303f-4701-4f4d-8423-f4e685ca7333
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.3.2,modeled_data,kg/kWh,CO2e_value:0.235,cfed6ff3-ea4b-46fa-8164-f5af00eeab04
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,d14f0b80-4ab6-44eb-a000-4b6b41cc1b68
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,52bc4523-a88f-4d3e-b65a-b4dd975c242c
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.4.2,modeled_data,kg/kWh,CO2e_value:0.235,347d1127-562d-423f-b000-ddb1d9c345ef
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.235,d128b7c7-d33d-4684-94d1-1e2a5ed354b0
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,f2d7ab57-98e3-4a11-ae48-7328fd9d13d0
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.5.2,modeled_data,kg/kWh,CO2e_value:0.235,30ccefc3-be4a-4bdc-a828-d69538eb0e92
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.235,5be369d6-a4c6-4c19-8ce2-e91ccfe062ef
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,e234fa3d-aa2d-458d-9f74-1e0267417f94
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,I.6.2,modeled_data,kg/kWh,CO2e_value:0.235,b1bb517f-2980-40ba-975f-4c2c046c5028
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,7774a125-5f8d-4a28-b9a1-e5e29313f6cb
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,d31eb2c8-accc-4231-b863-e198ae821b5c
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.1.2,modeled_data,kg/kWh,CO2e_value:0.235,87a8ca0b-65de-427b-8274-352693f22b67
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,3d633d19-3751-4f37-9d57-e3d0ab5aeb5e
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,12fdd4b6-a9c2-413b-a8af-5e6a2aed093e
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.2.2,modeled_data,kg/kWh,CO2e_value:0.235,855d4cc5-35c1-4f6c-ba3a-1a1e9b6dcaf0
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,cb883e88-587e-4577-8f1b-98cbe95907c8
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,da8a9c1f-a46c-4eed-a36a-a01bc53325a4
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.3.2,modeled_data,kg/kWh,CO2e_value:0.235,cb99bf3c-d295-4196-9543-dfc1278e9b1b
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,e81e3286-8d94-4158-92fa-d620321360eb
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,55af73bf-aaf0-4745-8d4e-d7bc18b1abca
+HU,Hungary,2022,Production mix factor,CH4,0.0011830872483221476,II.4.2,modeled_data,kg/kWh,CO2e_value:0.235,586c1693-fe7c-4c06-ba06-e90ec78334d9
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,e7bd95db-d31f-4505-89c4-610d86f22547
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,dc93cc84-ccd5-4da2-b388-535c91e7a57b
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.235,f7d44634-6fb0-4d17-9494-4afd94d898f0
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,20c8a7d2-9431-4f65-a9ec-6ea543ca8af9
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,d386231a-1f79-4667-89c1-3dd30dff5c62
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.235,e9116bae-5244-464d-a238-3fdb9e380dca
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,af3bfebc-7eae-4407-94f2-1d21e44c39e4
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,af22ed25-6c43-4844-879a-ab71aa1c12fe
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.235,73881d98-3281-4279-b724-015328a89834
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,556d8080-1735-4940-b253-792f9520f109
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,043d1bb0-a17b-43b9-a17f-bd4a32f977a8
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.235,9e7f7c87-50aa-4634-b7f9-88c3c55d4255
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.235,11240616-2d23-49eb-b611-0af4e916a3aa
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,bd5eaa80-a09f-48de-b696-4bd6f7aeca45
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.235,32be5874-9267-4ce9-9fe6-2fc98340491f
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.235,18d6e2d7-b78b-49f5-a6a5-90cc6d419cb2
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,bb2b8fb6-03f1-4883-a91d-950f020306a1
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.235,e4e9db40-9d56-4d0a-81d5-08d9a295d6ae
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,592a2461-9b6f-468d-9533-5eff50b85e1e
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,37a4c58a-1db9-4d22-be6b-700a216ee20a
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.235,af4e3444-4ffe-4a9d-9605-74b141e9ae0e
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,37298d53-7726-4e37-bd07-abca9bc2cc27
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,bc975abb-5335-46bf-9b33-fa8742371ede
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.235,9a916b97-a2b1-44e5-b997-89fa90f353b0
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,bfd91c49-5f5e-45a9-9f94-3e9da3858c2a
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,f3bdc5f8-3df0-4e81-9387-b8ca9f09d704
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.235,6c6acd32-1137-417b-b518-510017abc442
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,a5cc6360-b372-4ae4-afcd-a55a88662b46
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,eb96e597-9cf3-44b8-b3aa-a6650e01bd97
+HU,Hungary,2022,Production mix factor,N2O,4.304761904761905e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.235,f838ece8-f4e9-46eb-962b-8aadeb4ee7d9
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8ebebbf7-afc8-4525-9c26-49dca6723ef8
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a8ea1c0b-0e39-4ff9-bc59-d0136a4e63fb
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,92e884e1-b246-4461-a509-16e4e162edb6
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,bc65ee2f-95ad-4f04-8430-23721acb923d
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,13d76375-1747-441b-832e-b8f94c5fa1cd
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,e87f872d-be20-4cbd-940a-9dfeb5f5b2f9
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d28e2098-1d50-4a9c-9df7-91a72e954913
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3e2e6a29-e30e-43a0-8dcd-75ac2ce8b257
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,9b36f9ff-8ab5-40c2-9459-bee8aae9c0a6
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,eb35249f-b93f-4f3f-bae2-7082185a1bef
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d9471ac8-22bc-4a6a-b761-2ae6544ecb97
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,ebbd96df-57be-4587-93c2-3a92421f93c0
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,0775f68a-f123-4b04-a6c5-d1615abde6b6
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,43dded09-c9b0-4a8f-977f-3bbcf60ffb2d
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,8b8b52ee-720d-48e2-9edd-b06979abf0a3
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6c421850-873a-44ea-9347-68703fce077c
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bfcf418b-5a60-4881-a86a-0058af5163de
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,a472d196-d1fc-4c53-b769-84711234a5b6
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ec39ce50-0333-4651-bbd4-284e0f4573c8
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,992368ac-acca-410d-ba3f-1288c131dfd7
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,30980a60-8364-49df-88c5-d8f3a49cf548
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1a7c3a4d-20c1-462c-8d83-041f19c9ffbe
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e038c6f5-8e6c-47c1-a323-7cb63d1411b3
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,d4080eb4-2b86-4618-b46f-b65542120924
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,0da77541-9e0a-4de1-9c0f-caf940a308b5
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5ff9395f-7e39-4513-8a89-e3f73d18b0b1
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,05e5e681-594c-41ff-b372-3b862ec3ae65
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,213b94a4-c578-4c40-bcfa-92e0925e6a12
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,64e24201-012d-4283-bfd8-be9f8d674179
+IS,Iceland,2022,Production mix factor,CO2,0.00011999999999999999,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,b17c661c-630d-443f-9e97-b9c640ed4c96
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9e0496ce-0d9c-41cf-8e9b-7eb5cd1cbfa2
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d6cccbf5-dd34-44ce-bb01-b1c47e84808b
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,36aa28c2-d8d7-4558-a2eb-a379633550f9
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a8ac2300-c5c9-445f-8dd3-c1c52cb15c91
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2d221e38-31d6-406d-9cc9-58f41a3f5ee3
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,e436e130-dd98-4744-a5b9-4b0199ae5f69
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,bb65caa8-3162-4d78-8cba-db8781a7713e
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,51a842d6-8bf1-4b7d-bfed-99677b6c34aa
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,d4ea28eb-9339-49d1-a9a6-233e37c38792
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a063ff69-0d85-4c59-bd4a-e3aee2c8a7d8
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1d9c4ad3-02cb-4506-9078-c64b38c5c45b
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,f88b572f-bccf-4a0c-978a-284776bcb66c
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,c5960d92-51f4-4afe-a865-abd5c4c8e03c
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,48b03b44-d2c0-4e81-a3b9-9649a6c24267
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,de3d0df9-d94b-4c43-adc7-56df38bc67b5
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,459fa7f2-d33f-48cb-9ac0-718cee6d1135
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,45eeab0f-7190-4476-baac-ef58d0d70d33
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,f06fa8e7-7215-4405-b417-16c6319f6b7d
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6bfa2a23-a853-4932-9d7d-97831808eb01
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7dc89c94-03d0-4d48-875c-8505bacd447b
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,22560402-8198-45a1-a819-21eb3d63fbcf
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,694a6840-7601-43d4-881f-8126fc7bf332
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e316a8fd-2304-461a-9e6d-5d4fa8a0103c
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,b0b43b38-9b49-44db-8b23-34c46f96f093
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,63bb0c4a-6929-409d-aa71-baa2096264a3
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0ab8f396-351f-4475-9d3e-e361ed255ea5
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,eb3b1931-671c-462e-bde8-42dd858ca6ec
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b69d0b41-cfd7-461d-9ce1-49532487d7d3
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,eb19c786-631b-40c3-a7f1-6a0831a0f291
+IS,Iceland,2022,Production mix factor,CH4,7.550335570469798e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,7ea22e48-402c-40eb-b4b4-0afc34366820
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,0b7e992d-9cdc-4146-9e28-2a0b984f84b7
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,13bc892e-7ada-4d6b-b0a6-de373783ceab
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,c21b1ee8-204a-46ce-a2b4-6c37626bfc02
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,76bd18b2-a6c7-4dec-9c56-8585760c84ec
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8b6f4fa5-cc4b-45b3-8c58-959c619c786d
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,8b8e8ab0-009e-47fc-b42c-087a65ab87d9
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,fe4b49f0-1e4f-4bc3-a6a5-824893920bef
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d531d9d8-f5bd-40f4-9f6b-56c23b18360a
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,eeb169ba-696c-4b26-b421-fa27d5979072
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8d96e656-c409-450c-aef4-6cf26a3a830f
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,83ba05c9-1bbc-4f8f-bac4-b2d469ed27c5
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,7d38f1cb-0cdd-4d35-b474-b04377002bc2
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e0d1228a-b479-4bc6-9606-3b31faa05ecf
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5e11cffa-16f1-43d9-8f17-773c48a92428
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,8fb69edf-6078-4e63-a9f3-a8f90c4f9674
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,4c945010-a17f-445c-bb82-d7f8ae1904cd
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3ca528ca-a953-4442-98d7-9961ad83ece1
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,c9c53b49-d42d-41e2-b3fb-34936f35cbc9
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,83bca317-f82f-4aca-910e-588490c6d46d
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,470a4f39-1dbc-467f-a989-5eff6f2568bb
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,3f962244-11db-4e64-ad8f-757fcab24cfa
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,81df95de-7816-4013-9b69-bbf7c223aa1c
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0e75f538-4ccb-437e-b00d-ffe2f3de5c82
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,e5530d94-d33e-4f41-9b46-81564a98bd55
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d960fe3e-8695-46e5-a596-dc38a9c40bf9
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bc02aabf-eb14-47f6-b7e4-c49492c70a0d
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,ff666e13-a699-4419-a47e-1886b452b7b0
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8f113865-c481-465f-93ac-8761cc0e3e18
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,26c12fff-fa89-4e45-b8de-274492e6d0e5
+IS,Iceland,2022,Production mix factor,N2O,2.747252747252747e-08,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,65a33863-bfca-40db-99d7-b42682eddba7
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.6,9ea5758d-1c6d-4019-b8ac-f42b546cfdd9
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,2a86815f-ab8a-4c8d-8bd3-5d810dade8c1
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.1.2,modeled_data,kg/kWh,CO2e_value:0.6,480211df-e3cb-4bb8-9345-9e3c2319bf06
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.6,18432985-e2af-482a-b64c-d1246e122cae
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,f11e95b4-7e96-4aaa-844f-4c466af9a7a1
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.2.2,modeled_data,kg/kWh,CO2e_value:0.6,420ae03c-4f64-469f-91b4-2e770ee30c11
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.6,7cfa0614-6a45-41a7-b8cb-7229c45ad9a4
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,30948f8b-424e-462d-aa99-6cacd2c99f83
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.3.2,modeled_data,kg/kWh,CO2e_value:0.6,d3294a65-478a-496a-8346-8c37276459f9
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.6,8747a8e4-efe1-4460-8c55-36526ac1f442
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,4b731cf8-c82d-46c2-a67e-c5876b50251e
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.4.2,modeled_data,kg/kWh,CO2e_value:0.6,11036eb7-ade9-412f-89d4-6c5d09f249d6
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.6,1eba27c8-49c2-471e-a956-e3e6bf3f9464
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,b080a62c-1029-4afa-b084-c77ca7ebbe37
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.5.2,modeled_data,kg/kWh,CO2e_value:0.6,b32775ce-d68b-4f5a-99b2-28d8a9e01ec0
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.6,a598cada-61b3-4398-96d9-0c3388a22ec8
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,d2e0e969-ca20-4de1-9985-385ad614487b
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,I.6.2,modeled_data,kg/kWh,CO2e_value:0.6,891cdba0-ad6e-45d0-ad0c-1d17960d0af6
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.6,36967963-f2df-4e23-bd60-7da0d4387620
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,b6536eb6-73a5-4fa0-8b50-e71209b0852c
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.1.2,modeled_data,kg/kWh,CO2e_value:0.6,4ed73805-dfde-4d1a-b522-59afebffa235
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.6,a4033b87-2699-4b15-a16d-d551cdbbc742
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,a2feeb69-4031-4925-a6c5-5bc999e3b379
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.2.2,modeled_data,kg/kWh,CO2e_value:0.6,0078c362-8868-4b2d-b392-7ae063b9b574
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.6,0fcb0d3c-70a6-4dfa-abe4-347dac73c032
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,db2110e8-7ef0-4572-893f-364b52dd0dca
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.3.2,modeled_data,kg/kWh,CO2e_value:0.6,fe629df8-22f3-41a5-8160-a43e2575bdd8
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.6,bb4bf852-835f-4245-a993-d8ed7385172b
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,9c20c80c-deea-423f-b66e-f66acbeebfcc
+IN,India,2021,Emissions intensity of the power sector,CO2,0.4800562037493464,II.4.2,modeled_data,kg/kWh,CO2e_value:0.6,924093f9-c244-49ff-9f30-a8579f8a8879
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.6,e0223f3f-a1ac-468a-98ff-4e9f1160020e
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,90671a9f-823a-40a7-b128-e490f067c6b3
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.1.2,modeled_data,kg/kWh,CO2e_value:0.6,9c5087e8-d21c-4eb9-a007-4cca2b13c6bd
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.6,401b87b9-a671-4eb7-a207-6dc6301deb29
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,a95db4d5-80dc-4f80-96db-fa915f82e806
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.2.2,modeled_data,kg/kWh,CO2e_value:0.6,1a3054f9-c0b7-427f-8ae1-9b00c9f3d754
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.6,6e69736c-8ef0-48dc-a6e1-409e7494c39d
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,a2a0e480-4079-40e9-ad81-c88bad6fcd61
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.3.2,modeled_data,kg/kWh,CO2e_value:0.6,7520c5a3-f0e0-4f1d-b651-bc2bbf10d976
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.6,13462d54-eb38-4ac9-a66b-ba36d6952cfa
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,fac77abd-c936-4d0e-90ee-4b8bc89d99cf
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.4.2,modeled_data,kg/kWh,CO2e_value:0.6,a9c5cdc8-2cc1-433e-9777-07ce6c6d023d
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.6,399be99b-e3f5-4df1-adb3-93b91ffb12e1
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,bc0cb388-20ad-45fe-9f48-d827b44a0784
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.5.2,modeled_data,kg/kWh,CO2e_value:0.6,bae951cf-5b4d-43d6-bbcc-347f911706e5
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.6,190e8d3a-f9d1-46e8-9a29-e804eb4c7d40
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,3bdb5ce8-6aec-4196-a4ea-e419ca83d9f7
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,I.6.2,modeled_data,kg/kWh,CO2e_value:0.6,35fc5795-1737-41e0-b263-8a05a74ee011
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.6,5857b17e-f987-4a6e-a07f-9f982c65798c
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,7f4bd506-0380-4427-8428-f57aee1d3ad6
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.1.2,modeled_data,kg/kWh,CO2e_value:0.6,313496b4-36f8-47d3-8ca3-189e40339f93
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.6,ebc16a55-82c3-4227-a51a-c4843cff6790
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,be726afd-063a-498f-8204-3904b4df9eb7
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.2.2,modeled_data,kg/kWh,CO2e_value:0.6,4dd3e23e-34f9-4400-9d42-ef49ff307e4a
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.6,bc684f67-92cb-4b8f-a66c-ae06ea5cb54d
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,b33e15e9-a779-4360-8ee1-ca3000d23fc6
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.3.2,modeled_data,kg/kWh,CO2e_value:0.6,8a52aafd-54eb-4e3a-beef-74a347c16f3b
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.6,e26860d9-5435-4325-b384-bad5dce727bc
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,d4c15836-66bf-4857-976c-0e0d76a0b438
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0030204878591611555,II.4.2,modeled_data,kg/kWh,CO2e_value:0.6,2b90ff6b-300c-4585-a2b9-fd80b14b20b0
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.6,9fab865f-905d-4ad4-a172-812b601f4145
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,9a2974be-b2af-4c13-a7c4-8409c47e8a9f
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.1.2,modeled_data,kg/kWh,CO2e_value:0.6,01214cdc-8d18-45a5-aa12-30d968f4eacd
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.6,5cb646d7-94c5-489b-80f7-d15eae27b886
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,b73953eb-0136-4593-a286-26ddb118e382
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.2.2,modeled_data,kg/kWh,CO2e_value:0.6,ffe656f0-dfe3-4ced-96d8-1496e5a83bdf
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.6,7de54407-7529-491a-b76a-18e9f26ecebf
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,c08a68ff-4792-4898-846e-9e29e7e6ae6a
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.3.2,modeled_data,kg/kWh,CO2e_value:0.6,4d0cb626-8d03-4d5a-94db-da520e2393f3
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.6,03187ae6-5b6a-4eee-965f-8c0ee60bcc8e
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,2b9645d6-04cb-48fe-a942-fcc5a9627cd5
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.4.2,modeled_data,kg/kWh,CO2e_value:0.6,641a4c74-bbf6-45e3-8901-a92b87285e00
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.6,8cc4ae70-b294-4c8d-bb9e-0ebed8fee057
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,8f4efca8-9a80-4469-8745-33c9958178bd
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.5.2,modeled_data,kg/kWh,CO2e_value:0.6,f0bb2dbc-cce6-4c8e-9cda-b403b9e06d1a
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.6,498b0e29-b5dd-4751-83e4-e6d5eac77bd4
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,df96ca05-d15e-4579-b9da-2d1dd732fb5c
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,I.6.2,modeled_data,kg/kWh,CO2e_value:0.6,845edc3e-cfb8-470f-a2b9-4277e1016b16
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.6,1cba8db1-46d4-4d59-b381-1cf5f69ec58c
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,a769b62d-8cc0-46d0-851c-8196413f308f
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.1.2,modeled_data,kg/kWh,CO2e_value:0.6,7077f2b4-9c24-4d73-92f9-a2b0b8a9ee41
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.6,812f9db3-7ffd-45d8-91b2-d62d9efdaf2b
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,3a8c5332-4358-4dca-a351-a41fa0c01195
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.2.2,modeled_data,kg/kWh,CO2e_value:0.6,bc2bb88c-cc0e-48ef-8916-ce4a9c961756
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.6,bbb7c59e-be2a-4625-994b-c2ce4a823afd
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,92a7dcc5-5f12-46b2-b0df-942401aa5c58
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.3.2,modeled_data,kg/kWh,CO2e_value:0.6,17105b3d-c445-44db-a7ad-7586bf8788d2
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.6,f492f575-55fd-4de8-a3eb-24158d7c70c9
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.6,3ba0a641-9eba-4fdc-adff-60b2b36c43be
+IN,India,2021,Emissions intensity of the power sector,N2O,0.00010990297704884303,II.4.2,modeled_data,kg/kWh,CO2e_value:0.6,fe7c84f6-0f23-436f-bed6-82fe8fd3cb18
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,8ede0b23-5e58-433d-b496-c7ff69ceed49
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,0288b769-8b8b-4370-8568-cbaa592d99cf
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.1.2,modeled_data,kg/kWh,CO2e_value:0.66,2b00f27a-acce-46ba-9218-44023e03045c
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,dad3bcd7-6026-460a-823b-d0e16cdcbc37
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,c85563b1-8cc8-4b8f-b458-d9cc8555d24a
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.2.2,modeled_data,kg/kWh,CO2e_value:0.66,528f8787-d94b-4e11-9071-6447f5e87b34
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,282273bc-c0aa-4581-9f49-2bc87ce04edd
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,b77748a8-11da-4ed9-8afc-8cfd5cda134d
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.3.2,modeled_data,kg/kWh,CO2e_value:0.66,2e96f824-5718-48cb-be1b-0f7e25c88e40
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,d8517cfd-0c97-488d-b800-30da6b51a250
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,df85bc09-8419-4b35-a7c0-562996d8e169
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.4.2,modeled_data,kg/kWh,CO2e_value:0.66,2ccd4482-9b5d-48fc-b3e1-096c0ece6481
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.66,dbb4218b-4598-4467-bf4f-0296e47156cf
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,a7453da2-a8bd-4b26-9226-db24db093daf
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.5.2,modeled_data,kg/kWh,CO2e_value:0.66,23636d78-342f-4d49-bedc-58d56e67f46f
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.66,bd0dd3a7-62ca-4821-beec-1d61d2ca1d02
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,33b85319-13aa-45e4-b840-f50d04318116
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,I.6.2,modeled_data,kg/kWh,CO2e_value:0.66,417d84be-77fa-42c1-9e4a-d2a0485aa37b
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,1441d6bb-a172-4e0b-b243-b986d1315868
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,ca00234b-42b7-4c31-8ed3-ffa4180c245c
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.1.2,modeled_data,kg/kWh,CO2e_value:0.66,6e86fde5-9c1d-43bf-bf75-52e20cd5e932
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,167ae76f-052a-4f3d-9f78-caa8d486096b
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,27d28032-c16e-4947-b250-c3ea38ebdb8b
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.2.2,modeled_data,kg/kWh,CO2e_value:0.66,6b891c26-3af8-41a9-b9fb-a13e8a9969d6
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,067bf823-eaaf-4a8f-884a-a960d1277713
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,cdb8154e-427c-45ea-b3f7-3b925d966a5a
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.3.2,modeled_data,kg/kWh,CO2e_value:0.66,9a9190f0-7c54-4911-9cb9-b58bb401f1d1
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,e7b64f2e-9f45-4ea4-84d5-6095fa52fb7a
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,515f19d5-a90e-4c6b-9aec-80e7ae42f34b
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.5282502926282769,II.4.2,modeled_data,kg/kWh,CO2e_value:0.66,01fd6984-c2f1-47ab-9f8c-b044e002b85b
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,1f34d6b6-c54d-46b2-83a9-b8a2fc3dfeba
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,d52f35f9-4b51-486d-9df8-47f0b8e86bd1
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.1.2,modeled_data,kg/kWh,CO2e_value:0.66,aae30b65-3d96-4a53-a7d0-681c7d5f7164
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,87bf0009-4d45-4795-b072-d2b863c75f7e
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,102e1aef-7ea3-4c9c-ab9c-9ed92fbb5826
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.2.2,modeled_data,kg/kWh,CO2e_value:0.66,e7b534b3-bc7a-4fc2-849a-aa05dfadb727
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,71dc0ed6-d0ee-4a2b-8a30-15c058fe2c6f
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,2b99a360-a6dd-456d-b48c-ed0825ec9361
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.3.2,modeled_data,kg/kWh,CO2e_value:0.66,8c8bc03d-bf4b-415e-85cb-7d4ba0a040c7
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,bb1f439f-a918-4580-ad5a-e4109c294a1b
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,646c4ca9-e92e-4e0f-9caa-73ba2e397a53
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.4.2,modeled_data,kg/kWh,CO2e_value:0.66,0fdc35d7-f18a-4d19-aa5d-4a0d1b4f1e57
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.66,da85d557-4ee1-490b-a654-e19b3e23b95d
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,daa807fe-fa09-4028-be49-91f8ef643177
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.5.2,modeled_data,kg/kWh,CO2e_value:0.66,089e23c5-e353-4976-851b-485915572092
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.66,a6212f5e-9102-45cf-b981-290b40ba625c
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,8961f9b2-30f2-4dd1-9983-2279b2d23e5e
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,I.6.2,modeled_data,kg/kWh,CO2e_value:0.66,0f7b57f0-bf6f-4239-9c30-9af77da4a248
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,4cdcb113-cdaf-4b05-aef5-0ef6880fd31a
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,61489b52-f16c-453c-8c29-3c64446e33ec
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.1.2,modeled_data,kg/kWh,CO2e_value:0.66,7fd4d0cd-ef81-4b36-a52f-34d949f1f338
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,73f3e34e-d66f-477b-8cf0-411b20a30971
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,df2479f8-7b9d-4dba-9c54-84e88c1b31bf
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.2.2,modeled_data,kg/kWh,CO2e_value:0.66,3b35e53c-42fc-46da-a66b-06649e540bc7
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,33a286b4-f5cf-4d97-a672-032bb308d2c7
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,01ca177c-2a44-44cc-bb68-ea20580ecac0
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.3.2,modeled_data,kg/kWh,CO2e_value:0.66,9d403820-a18a-48d2-8230-11a2ab11e0c8
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,e74fbb2d-5a26-49c0-9e03-e4e99b8eb6a6
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,9296f109-663c-491f-98e8-73c75476665d
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.0033237224787853,II.4.2,modeled_data,kg/kWh,CO2e_value:0.66,5006c3c5-1f19-451c-aa92-c36a04e5b6f7
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,7f1e83cf-3910-4994-8044-05b2d2ca0e7a
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,50cde366-6799-475d-991c-04a314162160
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.1.2,modeled_data,kg/kWh,CO2e_value:0.66,3f393c66-17dc-4eb6-9ee7-01ac5675fc03
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,af8b95fe-241f-406a-a710-9f595658dd80
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,0b893d5e-354e-4ac1-aac7-c1adfcda3444
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.2.2,modeled_data,kg/kWh,CO2e_value:0.66,e9b21340-0f00-454d-8cf8-1caeef0cc6d2
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,f94c67d9-8212-4a7f-857e-84bf28f3b4af
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,d1cd2de8-3711-4e53-beaa-4a279d397724
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.3.2,modeled_data,kg/kWh,CO2e_value:0.66,3ab83268-7329-4754-a9e7-383e7348dd70
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,ea9d5fcc-7832-4be0-af67-ced856364353
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,cfb4138f-d39b-4de5-87b0-2eeb8219d988
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.4.2,modeled_data,kg/kWh,CO2e_value:0.66,91be804f-713c-4979-9063-c23069d7a1d3
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.66,6cfcf7b4-75b2-459d-a9a7-fae11ad06bea
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,24674d2d-273c-4b26-a648-de437e5c570f
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.5.2,modeled_data,kg/kWh,CO2e_value:0.66,0b807074-5c0d-403c-94bd-165441ad47e3
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.66,b541b523-19ca-494a-8e2b-a3584b305cb9
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,0059720d-bc32-40d5-b281-6a18d852b808
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,I.6.2,modeled_data,kg/kWh,CO2e_value:0.66,0a447e87-9d6f-4ced-b971-cfc7928d5e88
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,bc08b55c-d9e6-4d3b-ae9d-33aeb305c9ae
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,555d687b-452e-49c2-8c54-f9719135fbdd
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.1.2,modeled_data,kg/kWh,CO2e_value:0.66,8ecc5e99-84d1-4ab3-810b-de29069dacbd
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,d1f30a3c-0125-4063-bdf9-3fa0ce056571
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,1d10316f-d9d6-4afd-8f76-215c9663b92a
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.2.2,modeled_data,kg/kWh,CO2e_value:0.66,251fa4be-c2db-4698-a921-abc90932bec3
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,02bacbd5-458b-490b-b98f-cb5c8941768c
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,62b8b159-9639-4454-8e53-1111a30dbdfc
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.3.2,modeled_data,kg/kWh,CO2e_value:0.66,455923f5-f4bf-4845-a2bd-eb8eafe4a7ed
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,82a1cf83-5bdc-4f0f-9c55-cd6d7a6528d4
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,34ddd149-399d-4abe-914b-923f3e192f7d
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,0.00012093642230500846,II.4.2,modeled_data,kg/kWh,CO2e_value:0.66,1f0dfc5b-fb7d-46f5-aa5a-7bb20680524a
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.391,c15d4728-743e-4f47-8cd2-1bd9d12c31e4
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,7c8191a7-73b6-4919-a72f-cb51048a361e
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.1.2,modeled_data,kg/kWh,CO2e_value:0.391,d84ef926-34b3-4c0b-b132-4915cadc1f6e
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.391,8c734714-fcf9-46df-9abd-15765561cb10
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,ad3485e6-a225-42c4-8186-2a703925c7da
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.2.2,modeled_data,kg/kWh,CO2e_value:0.391,7443b3e3-b093-4ccf-a922-69f34e8a89df
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.391,35577c14-9544-431b-8b4b-376de118b619
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,9260e660-5c3b-4936-8b0c-bb9a0c782763
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.3.2,modeled_data,kg/kWh,CO2e_value:0.391,5e5c1b55-c0e1-4b66-a354-bc78baa6ec96
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.391,e56e3586-4b45-4738-a2a1-c94eda09c0a6
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,a081623a-b4cb-46ee-9628-193b2858e766
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.4.2,modeled_data,kg/kWh,CO2e_value:0.391,f9fe0f51-e514-4994-96dc-e9bc5ce23bb2
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.391,10063c3f-38ed-445f-b948-626d09aac812
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,d2f70b0c-749c-4d90-ae1c-3a98821395a8
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.5.2,modeled_data,kg/kWh,CO2e_value:0.391,8a122af2-872e-4419-b526-6879d2cae91f
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.391,553a9a4d-add4-4cd3-9ccd-5bd778518389
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,89840636-e22d-4dc4-bd05-7147486783e6
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,I.6.2,modeled_data,kg/kWh,CO2e_value:0.391,5c8bf934-69bd-4f82-a38a-85b3fd40870b
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.391,255efe6c-8cab-4226-b33b-20e1fd39610a
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,f7f07db7-aaff-4f42-bb63-336648ef9b7c
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.1.2,modeled_data,kg/kWh,CO2e_value:0.391,4d455f14-79d1-4236-8e5b-6e31ee21c579
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.391,cea06f00-949b-4686-a5b7-0d8e8f2de7bb
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,3ce3041c-256d-4793-90be-d3ed7a60017a
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.2.2,modeled_data,kg/kWh,CO2e_value:0.391,ae1ed281-664b-465e-8227-2e26401b3a6f
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.391,30f35edd-fd9c-46ec-8ab3-336b1962ba7b
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,6ca4fba1-8e2b-4305-b19d-b754c2c02375
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.3.2,modeled_data,kg/kWh,CO2e_value:0.391,9546a20e-a90d-49f2-a2e9-935f75342cd8
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.391,e7e1a45d-a450-4147-802b-e6183d030c82
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,b3135150-a57c-44fa-a716-733e18aabc05
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.31285550728039746,II.4.2,modeled_data,kg/kWh,CO2e_value:0.391,f0bf121d-00b7-4ee9-a3ff-0aa1e0778b0d
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.391,25dab434-72ba-4fcc-bf42-112a6ebc5ef5
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,9a9e7413-0642-4e76-8002-a2042b2a805b
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.1.2,modeled_data,kg/kWh,CO2e_value:0.391,bbb6cc35-48b6-423c-8ae7-11b47411fb18
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.391,597f76fd-bba5-4ecb-a820-23e79799f61c
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,9c808d3a-96fe-4b27-8045-ea33a7f4d952
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.2.2,modeled_data,kg/kWh,CO2e_value:0.391,607c67a9-c021-47c9-896c-3c86cbc2a3a0
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.391,b62b3c0d-5bc5-4e00-b67e-6fd296b6049e
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,4aa1ed76-d2bd-40d7-a8e7-a22fa5d3e1c6
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.3.2,modeled_data,kg/kWh,CO2e_value:0.391,51a50439-9209-43e8-bfc8-e1758dfddd39
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.391,09db5c0c-16dc-4808-b605-fe6cc03440f4
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,a15473c7-a0f0-4a5a-bbdd-3e38881b3aa0
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.4.2,modeled_data,kg/kWh,CO2e_value:0.391,4721fae6-e766-4ac0-a4c4-a38d354693f3
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.391,b4f27960-64e4-4175-ab5a-03c6e14aeed9
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,60f743a2-943c-4b73-83eb-3bd4e6506435
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.5.2,modeled_data,kg/kWh,CO2e_value:0.391,f9b96087-b364-4e74-a3b7-c59f7eaf4082
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.391,ecaa1bf5-9801-4c07-b1c4-c6292a34ba08
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,6563fb27-b450-4b61-8577-217b3af75f9a
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,I.6.2,modeled_data,kg/kWh,CO2e_value:0.391,525de41a-c015-4b16-badd-f53f01f17b62
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.391,4e0ba1d7-d134-49a4-9867-1627703df5f4
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,c10d20b4-49c6-426e-9fa6-3245004772d5
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.1.2,modeled_data,kg/kWh,CO2e_value:0.391,17ab88c4-1529-41b3-8447-0d2439f18327
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.391,4f1ac5b1-2ead-4e35-812e-0cb10cdb7956
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,273179f3-edf1-447b-a2f8-cd3a416e53ab
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.2.2,modeled_data,kg/kWh,CO2e_value:0.391,5ec07528-964b-44ac-8343-6f8a6f488496
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.391,73a94938-22ac-4246-8f3a-f809f31f8ebc
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,fd2b611c-8a2e-4cce-97e5-03d046c1c3f5
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.3.2,modeled_data,kg/kWh,CO2e_value:0.391,20d23998-7ca4-4ba5-98ae-2af560d076de
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.391,b9c14cde-b454-4896-a52c-5299a03c9ccb
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,bddcf31e-bd66-4e1f-a635-aff7facd0a8c
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.0019684700541971315,II.4.2,modeled_data,kg/kWh,CO2e_value:0.391,b6b7d28b-cc15-433a-a70f-f412ac52398a
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.391,96b91bed-a546-4420-b380-455f0b9df670
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,462ae1e7-cb43-4c04-bf79-20a875881af3
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.391,54c3d724-8f6a-4b5c-b2e9-7e3403ffdc32
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.391,4f52ac12-d0b0-4505-a5e5-26b8d255be9d
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,d553ef54-eb25-416c-a61f-8a4f484047ef
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.391,388d1a53-28cf-464c-83a1-ba25775a4a57
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.391,32d54707-9021-4cd6-939e-9ed29924be42
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,fd5ce333-9485-441e-bf6d-3507750dadc3
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.391,3a7b022f-6638-487d-82e1-feedab6e12db
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.391,6cdc3254-9c0a-4784-8a0c-372655236dc9
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,59f02c3f-07f4-4f9e-a2c7-6918a77c462d
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.391,008f3945-44f4-49d9-88c6-ae4b7a5aff4b
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.391,7dd6b077-6e84-4578-aa51-ff274f2fcda2
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,e35f5adc-f3ba-4743-a62b-d0528c1922a1
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.391,7915680a-6058-4f80-a80a-a8299da4c30d
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.391,604933b3-1744-4fde-b97a-e28611452b93
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,b80d7aa2-6328-4575-bb9d-22c3b2b542bf
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.391,4a6335c1-ad15-4c98-91ba-bab01396b688
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.391,3fffeceb-0a33-4c17-bac0-0a99141c0b4f
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,b9785b05-741d-40da-ad94-30200ea917b7
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.391,a52638fb-450f-4295-b79c-628ae686a976
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.391,87b4f6a5-2c76-4e8e-bc8a-ef6997b939c4
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,22a818c9-6698-4e5c-a017-d98d9d0d79f7
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.391,b417449c-846f-413d-8aa0-de0fdda767dc
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.391,6a665110-220e-417a-ae1c-853f9b788a8e
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,90e196a2-6d73-4eed-81a8-5681cbc1ba03
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.391,fdaaa1dc-d24d-4883-aa3a-7f5f87950dad
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.391,bd5cd617-c6ec-4488-b5d0-eced7d8902a3
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.391,30dcc6da-da3b-4410-8d6a-c532355db56c
+IR,Iran,2022,Calculated from Fuel Mix,N2O,7.162442932243531e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.391,41d636a2-aad4-4f46-841a-1e15edb88fc3
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.392,76f0be4c-a2d5-4989-8f5b-5ae6d3e3042e
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,a24b96a3-7654-4c9f-9ac5-afd3cf67038c
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.1.2,modeled_data,kg/kWh,CO2e_value:0.392,90561e51-ad19-4ada-8fad-bb615d31d983
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.392,aa249a96-0608-4ba4-86f7-c5ffa53cabd2
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,8c977cc7-fa63-424e-80ba-b74243233bb9
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.2.2,modeled_data,kg/kWh,CO2e_value:0.392,1d37da2e-2625-41e4-9f14-bee44b4fde47
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.392,97889238-42ba-4fe0-abcd-69b52364ea59
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,bbb0fede-e6a8-4ba8-9566-6e23e248099a
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.3.2,modeled_data,kg/kWh,CO2e_value:0.392,5ac7f774-0b62-4911-9440-e912c40cc34b
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.392,22b259a0-fc43-4776-8777-caf3f6778f96
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,b1f7577b-f25b-417b-83e8-421c7c404ba1
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.4.2,modeled_data,kg/kWh,CO2e_value:0.392,94c59c9c-9bbb-4e61-a2e4-977aae00d3a3
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.392,3b671673-69fb-4ef8-a2d0-09bbb1dda489
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,2d4588b1-0ffc-44c3-90ff-15ee3dce92c9
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.5.2,modeled_data,kg/kWh,CO2e_value:0.392,c32f0bf8-d76a-4451-a394-60f9c2298c17
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.392,74668273-5c8d-4293-b0eb-dfb021310e51
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,0a72f7cc-465f-4739-b8d0-d509a1c0c6dd
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,I.6.2,modeled_data,kg/kWh,CO2e_value:0.392,4347a49b-b5d2-4603-a2bf-1d62c905aab9
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.392,8f3899a0-f982-4125-90ab-e82ddf777ea0
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,7a9d9789-6c60-468d-8c8f-23f16fbe19de
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.1.2,modeled_data,kg/kWh,CO2e_value:0.392,03969727-15e8-4ada-9302-05afd309b2d7
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.392,5650f624-445b-4766-8dd4-009f0e3dc674
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,f63065b6-7b4e-40b9-8969-c8e0622f4da7
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.2.2,modeled_data,kg/kWh,CO2e_value:0.392,a408d443-9e29-40f8-a166-17ed526fef31
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.392,2588e4af-b819-41f3-b5ef-f006a406b8b6
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,920c42f6-05c7-49d1-9904-973d56fd98bb
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.3.2,modeled_data,kg/kWh,CO2e_value:0.392,0ecfd681-ac6b-4fa0-8d27-ebd403661741
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.392,a621ab05-ae19-43d5-99d9-5a7751b96d02
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,5e9bc9c2-79b6-4558-ae0f-acf04dc1edf1
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.31388490247557327,II.4.2,modeled_data,kg/kWh,CO2e_value:0.392,16f2d1f6-57d8-4b13-b125-36bd97b46055
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.392,960adb95-66bb-430f-afee-b3a0b7330a96
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,c87e54d1-9ae0-43f6-8b97-ae6782e7c58c
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.1.2,modeled_data,kg/kWh,CO2e_value:0.392,a7cd1dd3-c92b-4582-9e29-0ae46bf8f124
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.392,02390ce7-cfa7-44a4-88b0-bd1673a8e262
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,8b45b0b6-2a09-4079-8e10-dbbadebbb785
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.2.2,modeled_data,kg/kWh,CO2e_value:0.392,c26bb036-076e-42c1-984f-3f443b63d5ea
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.392,d479a4d7-2c66-4937-9e19-fda135d1af89
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,90b081f7-52bb-4007-8ad1-aa03e7e78d6b
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.3.2,modeled_data,kg/kWh,CO2e_value:0.392,2574b6bf-1ab4-4b56-9fa7-5fa4ba200cb8
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.392,09ba5af0-9a23-46cd-8900-016f68dc818a
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,900cdaaf-5eac-477e-9cd1-dbd054f75c6b
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.4.2,modeled_data,kg/kWh,CO2e_value:0.392,48fae675-d9d8-48e6-a4c9-94a295df01dd
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.392,e771e77b-d712-4769-a80c-ccf8125dc2bf
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,de728da0-f785-414d-80ed-618fa1715ffe
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.5.2,modeled_data,kg/kWh,CO2e_value:0.392,8975e7b3-c24c-4829-a2fe-672d96901399
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.392,8d415f03-806e-4c33-a334-c8e92ed3a55d
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,4429e0c7-19ea-4b90-aa3a-231247177cc3
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,I.6.2,modeled_data,kg/kWh,CO2e_value:0.392,788e6126-a459-42b4-86e4-1d74468a6092
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.392,cd92b8d5-2a90-4b69-bbbe-0e0d7e46fad7
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,a3c666c9-0f91-49d4-a506-278fd1b80707
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.1.2,modeled_data,kg/kWh,CO2e_value:0.392,63e7aed3-076d-4141-ac9b-c816b435c99e
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.392,3147c6ac-9127-4a70-944d-f776a14a8f4a
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,5591acf9-9f89-48b5-b57b-d60a455325aa
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.2.2,modeled_data,kg/kWh,CO2e_value:0.392,28fd49c0-74df-480a-82b2-39aeb3492847
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.392,99c91581-d3a0-404e-8eed-23a90d8c66be
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,390ffdaa-7161-4123-9799-4e358f7b8184
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.3.2,modeled_data,kg/kWh,CO2e_value:0.392,055273b3-6de2-4bba-99ef-378b5e75cf7b
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.392,bd172880-098b-4eb2-ae0f-7a2abcdac3e9
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,39fc4a7e-9b04-4e6c-a79a-73e1ea4147bb
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.001974946953495637,II.4.2,modeled_data,kg/kWh,CO2e_value:0.392,bcb132df-4bc0-4741-b33a-c28c453d2145
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.392,48474b76-d197-4d07-a47f-ef4df0429a44
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,8e9aac38-701b-4f96-b89c-dbd5d5a5f74e
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.392,8c4f6bf5-cf64-4a62-a4a2-1b7049fde7c7
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.392,6a28a73f-a8b2-42a3-a8ed-10c04ed991cc
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,90b35258-eca9-48a7-a44a-a53cc272b990
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.392,aa80d3bc-fe4f-479a-b7a6-2ab5376b4d03
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.392,938826cd-6259-4fe5-98c4-5f7345b5df75
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,ea40801f-6063-40d4-8882-957ee6247beb
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.392,5557628f-a4da-4f08-9f8c-2b763b6632bf
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.392,f995d69f-8e59-4c71-ac9d-5b117fa2eb4b
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,29dbc695-5e0a-4ebe-83e5-c3a3bcaa07b3
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.392,5dc26382-fcc0-4fba-84fb-480096f930bf
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.392,f0e1fdeb-cd45-44db-a2c8-33ee2a34eb51
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,be242ee7-da4e-4ebf-9a5b-366d5e68c44b
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.392,2c4ab07d-988c-41c1-bdf5-ac25238b8370
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.392,dcac1fa2-3428-444a-948f-a59b332d84f6
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,4b15775c-861c-4c6d-a025-303b202adf89
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.392,6ec1723e-ff37-4c51-a47e-b2974b99a805
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.392,0e8fc519-eb03-4da6-9236-a6cfe5a0e414
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,4991ce58-75ed-46d9-8e7d-006eaca55195
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.392,bc213531-9251-4527-84ed-ad69026171b4
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.392,a29ce5d5-28ef-40b7-93ba-d948b93d9909
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,97278ff5-2b04-4e16-ba2f-48050942d0e6
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.392,cca9212d-43ea-420a-a8b4-6521f554f720
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.392,add2b5df-9c6a-42ca-9dd5-b6a0e697f273
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,1d257480-ec23-4589-aac3-b372ebdeab92
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.392,af91f286-82cc-46d2-a84a-7a5625f3d49b
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.392,2c324c01-b170-441f-acf9-4506ccd539df
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.392,8b676477-e584-433d-a5eb-2e191c97558f
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,7.186009672059828e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.392,d87c6b0f-f2a6-40c3-bc1a-1361ba4e7823
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.309,6b6d171b-3c6f-470b-b09c-2a26bb0848db
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,b8d4a88d-4b88-4588-accd-d84fb6a074cf
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.1.2,modeled_data,kg/kWh,CO2e_value:0.309,693f9c9a-7635-4b4e-b6dc-3b352e30a669
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.309,e141f815-4682-47fb-83b7-076382f81d10
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,c92858bb-a096-4634-ac0e-a0382033744f
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.2.2,modeled_data,kg/kWh,CO2e_value:0.309,67d6f465-ad72-4a6e-924c-bf0a4202012b
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.309,aa7bf789-2abd-4c10-8596-80110cc8eea9
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,f0e2ee9c-a279-4721-82c9-435d98798af8
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.3.2,modeled_data,kg/kWh,CO2e_value:0.309,0a42848c-ed32-4f22-80a0-7fb93923431e
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.309,1045d76d-5626-43ff-8fa0-61d4b0e842bf
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,714ae38e-60c3-46c8-9be3-2c5124bd8d0a
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.4.2,modeled_data,kg/kWh,CO2e_value:0.309,f6c33a49-3fbb-4d12-9e74-dc87e9676fe5
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.309,7eaf6f3d-66b5-4cfd-bb92-02f4b28afce0
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,400f8f90-853e-4aed-ba98-ad7020aee03c
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.5.2,modeled_data,kg/kWh,CO2e_value:0.309,5c68d660-5d50-4479-8c1d-b390ec5b4958
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.309,8246b62b-c1a1-4864-9e81-ed7226a5a1fd
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,14d3533f-3d9d-4d5f-ad0f-c489021e52a7
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,I.6.2,modeled_data,kg/kWh,CO2e_value:0.309,7ea8067e-c09b-4f52-9c72-ba4a2b796cf9
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.309,034952bc-1c3c-4795-a24e-538c1e66ad74
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,7f94dca4-5015-4597-a22f-b0ab64453e52
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.1.2,modeled_data,kg/kWh,CO2e_value:0.309,07973d3a-2484-48a3-91f3-0c1e51084230
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.309,37c16ef9-ba79-48c2-84eb-e95f59314772
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,f2da1c5f-0e53-4c82-bd54-14545e742894
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.2.2,modeled_data,kg/kWh,CO2e_value:0.309,190597ea-cefa-4d16-abb6-bb66611c793a
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.309,b9cbdb3b-a638-4768-b294-d388066e00e4
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,5d244067-8017-41bf-b70a-38a00c6fe783
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.3.2,modeled_data,kg/kWh,CO2e_value:0.309,35bd0e0b-2d10-4ce9-9858-859b1f11b795
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.309,4ebe8c70-8db8-49bb-9633-86e89116d0ea
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,877acac4-7cd8-403e-810f-c0d95be1e0c8
+IE,Ireland,2022,Production mix factor,CO2,0.24712800000000001,II.4.2,modeled_data,kg/kWh,CO2e_value:0.309,8d3d9181-3c0b-42a8-9323-dd25cfd5c280
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.309,af3b7aa0-c70f-4756-8048-c9e23434ee9c
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,6bf68098-8b66-4b4f-b33d-092075a81a10
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.1.2,modeled_data,kg/kWh,CO2e_value:0.309,ba255eba-d358-4c1c-aab3-84aa0c063fb2
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.309,471fe47a-1001-4ef8-b5b4-75562c341b26
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,2cba1b87-851b-48f4-b786-c94757fc4d1c
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.2.2,modeled_data,kg/kWh,CO2e_value:0.309,f1313764-8c60-4798-b23a-7a26140a5676
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.309,72427381-f393-4bff-86c3-a1e6c5b5d50d
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,ce95d982-63f0-4020-8cab-1535eb1633a4
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.3.2,modeled_data,kg/kWh,CO2e_value:0.309,d6341155-cb81-4751-9209-148262eec142
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.309,bfa25e4f-4e0c-497a-b492-e733d010d8f8
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,160130db-173f-49a1-b370-8d2b63537482
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.4.2,modeled_data,kg/kWh,CO2e_value:0.309,78c5fac9-bd08-4215-b39b-6db294b18f1b
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.309,bd23d5c2-8b3f-4656-be77-4732f7f7f51f
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,06a4a74a-3b88-4c49-8284-c55d023b659b
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.5.2,modeled_data,kg/kWh,CO2e_value:0.309,fe148bb0-b45a-4e80-aa57-653074b6a186
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.309,73eaf876-b624-420b-8b60-c9346819cbd6
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,70469dda-88a4-46bd-88e2-2b2257390be2
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,I.6.2,modeled_data,kg/kWh,CO2e_value:0.309,05006172-643a-434d-84a7-a8a1ff68f135
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.309,bb2f356e-e49d-4354-ac24-5fe00e518d62
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,acbf8a68-ac40-40e9-80d5-7d3d69b4cc0f
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.1.2,modeled_data,kg/kWh,CO2e_value:0.309,f4d0c4ca-5cfd-4a96-858b-fdd9e5d6d2e5
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.309,5245e334-b4d4-4e0e-ac14-5f5b09790cae
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,56167d5d-c613-405d-8f7f-0b08eb91f17d
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.2.2,modeled_data,kg/kWh,CO2e_value:0.309,f34ef454-393c-40c1-a64b-395d3e482539
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.309,6249303f-64e7-4ff7-9818-98812e816fcc
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,14c00e2b-3497-45e6-9212-e03f59327dcd
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.3.2,modeled_data,kg/kWh,CO2e_value:0.309,480127c5-c38c-4ce3-9b43-fb989edf7526
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.309,bc01f43d-1287-42c5-b507-9e1143a6b344
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,435e1828-9d4f-4453-ad3f-b611a4d997c7
+IE,Ireland,2022,Production mix factor,CH4,0.0015549161073825505,II.4.2,modeled_data,kg/kWh,CO2e_value:0.309,da62491e-6215-4b95-9b7c-8cc66a4886ca
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.309,cc9d97dd-a1c8-4db3-8e8c-d80da5a76dbb
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,be556d53-c804-453d-8414-64c5c9a2b2e6
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.309,71b1fa1e-c8dc-4d7c-804a-732807edecca
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.309,213e813d-d0e7-458e-ba97-364370fd448e
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,14fe1b7f-3197-42f7-aa2e-3cb27353d146
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.309,5decd415-13db-4108-af83-a4fe87730d04
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.309,92930deb-cf21-4d4c-9fee-115a6d9b89c2
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,713b6a1c-4346-491c-9b1e-e57342eb8e22
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.309,30119848-ec63-40c3-acbd-2154e2f81761
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.309,64a118c7-9d57-4f45-9065-4093618e3b9b
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,67ec7db6-2aa6-424b-9d5f-7a57b76494b9
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.309,ea17c391-2a19-4d8d-9f61-31836ba5aeae
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.309,34a5d2c4-0449-4d8c-b280-ffc274a9fa92
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,19470952-9f7f-454d-8089-f39be06296ef
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.309,3bad5dc3-1cc5-4a0e-b3b8-ce3e9f28ec1d
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.309,32c6d8a3-a181-4388-a1ce-855a820ec78b
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,df6a3579-0db4-4c2f-998b-a8467bb2ae3f
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.309,3417708d-a0fe-4176-9335-5d81a6c31ef3
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.309,dfdaffeb-951f-47d2-964d-f80c0eda9294
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,2490661e-cb68-4bc3-9727-990820181ae6
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.309,ef7c49a7-144c-45e1-b618-9e62b9fc73b3
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.309,02949a2b-fa12-4cf8-85f5-640a932972a2
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,2485490c-023e-4c40-b1d1-7f19bfd2ef01
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.309,edbdc377-7861-4290-a4a9-e3b5d3a654c2
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.309,91352a6c-f5d6-4354-9cc2-eb07098d66c4
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,dcfbf548-65c8-4a36-a3c7-9c73c22bb9b0
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.309,1d7e5af3-cdb9-4f88-bf6a-90e9a5e464aa
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.309,722ef867-781f-42b1-8b31-f6280edaab33
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.309,e46c45b4-782f-41ba-a903-14633d582e2d
+IE,Ireland,2022,Production mix factor,N2O,5.657692307692308e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.309,49f2074c-590b-4891-a610-5e770428309f
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.44,8ea1fcc9-8957-4507-9585-c06a30733290
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,f50d01fb-0c26-4893-bfdd-7f5c7b21e7d0
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.1.2,modeled_data,kg/kWh,CO2e_value:0.44,e1edece4-a93d-4237-8b99-e0bb27a96305
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.44,12e4f2d8-3053-4303-b3d9-d3045fb2f4b3
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,b3876e8d-40fc-4963-a58c-416582c77c9e
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.2.2,modeled_data,kg/kWh,CO2e_value:0.44,684531c0-e82a-413e-a36e-1b581ca48753
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.44,0f8df06f-eb40-41bc-9c6c-5dbbe40466b2
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,ef9445f6-a0d7-4f89-8d89-5962a6695eac
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.3.2,modeled_data,kg/kWh,CO2e_value:0.44,8221b72e-8abc-410e-88a2-29d28c5b603c
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.44,d6016d09-f425-49f7-b4ca-5604ccde95cc
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,4af90f0c-5a7f-408f-8e7d-5dc0216c4971
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.4.2,modeled_data,kg/kWh,CO2e_value:0.44,496bdafd-5eb8-4acd-a98e-19b1cc30788b
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.44,ad16cba0-8a49-4bf3-8661-ebc4310f1b7c
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,2a7cd968-cf5a-4430-ba79-f81e8cc5f3b0
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.5.2,modeled_data,kg/kWh,CO2e_value:0.44,9f38a9a6-4d77-4157-a891-a71332f70053
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.44,69183d0f-b91d-4c2d-93aa-cab2976af42d
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,e7c968b7-ebb2-4dfd-9813-50d7c72156fb
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,I.6.2,modeled_data,kg/kWh,CO2e_value:0.44,fef80f13-9145-474a-9180-c7c8026693a3
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.44,4349081a-f4ae-4c1d-86dc-129adc4e14f0
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,4082d99c-e780-4126-a8c2-3cbf7024e904
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.1.2,modeled_data,kg/kWh,CO2e_value:0.44,fb6a9582-cdbd-409f-a1fb-cb64b945a89e
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.44,b8fd67f4-5f38-40c3-ab6a-4a009abbe13b
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,850e074a-d7cd-474e-b01f-a7f8ddb0ba19
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.2.2,modeled_data,kg/kWh,CO2e_value:0.44,e7e36c3f-8ccd-4834-9a55-f28d9312d6aa
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.44,51821e2c-95d1-4298-b2ce-3b714bbf4c07
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,bb0e4412-9323-472b-b90e-3112664fb22a
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.3.2,modeled_data,kg/kWh,CO2e_value:0.44,72399a99-c9ee-4b21-adf7-6ca07f8d1862
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.44,68fe3d4e-c9a9-4eae-b4d5-13a8078b2a3e
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,64f3a64e-d205-4a80-a297-7df21f16d2af
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.351860812227744,II.4.2,modeled_data,kg/kWh,CO2e_value:0.44,120e3b9c-252d-464f-8c0e-23965046ce63
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.44,df9dea91-f329-45c8-8bc9-05df1e327eaa
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,0a9d2ec5-eee1-444c-81ee-99ddba031cd9
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.1.2,modeled_data,kg/kWh,CO2e_value:0.44,e721c8c3-b52b-4bde-bbc2-73efe0c07bd6
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.44,e516a4c1-31b1-4781-9a5a-6a7a8c59fd23
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,cc268453-aec5-4fa3-b560-14caff18c8b1
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.2.2,modeled_data,kg/kWh,CO2e_value:0.44,3595bdfe-6bb0-49d0-8b28-b2c0544d9d80
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.44,f44099ea-d6de-4462-ade1-aa1057394ba4
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,b3570e4e-147e-431d-9ca8-2f491acaa882
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.3.2,modeled_data,kg/kWh,CO2e_value:0.44,7236f3c1-4e44-423f-aaed-7dade6b40ada
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.44,31f8a70f-0229-49b4-b264-90c96b90783b
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,63beb25d-c38b-49db-9202-f694284f9e3d
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.4.2,modeled_data,kg/kWh,CO2e_value:0.44,897df312-ac4d-44fc-94ff-110da0ee8445
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.44,d7f0bc9e-c0c4-49bd-acd9-b7a743f6e1f5
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,efbb0b1e-a001-4624-93b9-5b83d2279c82
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.5.2,modeled_data,kg/kWh,CO2e_value:0.44,bdd3ccc7-6e50-4971-83d9-72693e43909f
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.44,1c7cd0ba-a256-4875-a548-edf4b7566dd1
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,869896aa-69a7-4be2-b875-3bd3463efd2a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,I.6.2,modeled_data,kg/kWh,CO2e_value:0.44,5ea19167-9379-405f-b164-246e56ba6f55
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.44,d06d1c0f-be27-4467-aed0-228dc09635fc
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,b3b5ed8f-51de-4d6d-b2b2-cd754f8f017a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.1.2,modeled_data,kg/kWh,CO2e_value:0.44,172c8832-37fc-44d9-a1d8-82c610e09642
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.44,b6e68f82-5ed6-48d9-b27f-d3575086d903
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,adfd7654-d745-412b-8584-a4508b04e393
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.2.2,modeled_data,kg/kWh,CO2e_value:0.44,f8a2705a-ace2-469a-bc00-5a617e50782a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.44,a02d992e-4932-4c34-af5f-9d520bcab7b7
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,d29e21ed-2804-40f9-981c-31ae738e0a31
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.3.2,modeled_data,kg/kWh,CO2e_value:0.44,0d84b7ce-15fc-4113-80d8-6fb55e00bada
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.44,2d4db690-5b06-46d0-b034-1a50f79bcfbe
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,6fb3fc30-cda6-4286-80e1-b4097cbc000a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.002213889338681275,II.4.2,modeled_data,kg/kWh,CO2e_value:0.44,823653b9-bd77-4648-9c44-0a11364f6401
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.44,08996ffb-00cf-41c7-94f2-94c32ea98cbb
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,b7861aa8-db25-4d01-8de0-d86da1a00946
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.44,338b3bed-7860-44b1-b274-d4d98545ceb9
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.44,d255173f-528a-40a1-8e05-b1452a0ed33f
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,00d04446-bcc6-4bf5-aba5-883241aca91a
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.44,76c1794e-0801-4f2e-908a-347fff742bd4
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.44,077f1586-7712-46e4-a684-ed577b0bbbfd
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,96bcb4d3-d287-464f-90fb-111b20b12f84
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.44,2497bc04-a079-4693-b2e2-8a7a59983675
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.44,cf166da5-5597-44e2-9e4b-7457c1d4ed27
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,6616557e-b741-4256-8397-ac4b8380ef3d
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.44,2950e9ae-acc2-42d9-8fad-70b164b99595
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.44,74d940bf-a55d-401c-ac3e-affab4ccced1
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,1bb7b3b5-cb39-43d9-94e1-283616915e09
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.44,9f013221-12e3-4752-b005-94ad6c716e75
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.44,9dd4ec63-1bc9-4fcd-8268-0f177e1138b7
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,7f5b5ec7-7037-4a16-afc8-45014599a2fd
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.44,9b0e99f7-9730-4461-a352-3213cfb7d9fa
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.44,9100f8fe-f2d0-4dfd-8946-fbf429b285f7
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,5a71991c-2d50-431d-bbb8-e9022399623b
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.44,e455739e-5c3c-4bbc-8d4c-6082ad1e1ad4
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.44,34d8879f-d27d-490e-8595-7ec6d0c0da1b
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,e270a5ce-b2a7-4dbd-9dd1-f18b844bb926
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.44,cf335426-365a-426b-ae8b-250b5221487e
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.44,dc6c0110-d89c-44a8-a554-a4159aa28d33
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,e496d4ee-5886-4dfa-a1f4-0f7ca1bd5461
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.44,c1f7ac44-bebd-4e56-b080-562cb13d986b
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.44,10b49cf9-297d-46ed-8787-e384328023b6
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.44,98d4fd64-c8cf-432c-9007-41fe97c904dd
+IL,Israel,2021,Calculated from Fuel Mix,N2O,8.05542152536044e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.44,31bbaf24-dbeb-47e4-be6b-db13d4d1602e
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.314,a1a30953-dc53-4074-b1de-f16954334736
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,2166b9eb-96e5-40f4-b69d-18a1662d6a28
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.1.2,modeled_data,kg/kWh,CO2e_value:0.314,d36b1927-8642-49b9-9a09-ff28349260e1
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.314,c791bd85-1247-4f0d-a18a-94d4445918cc
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,a6739f11-dc1c-4491-8c28-428c2e7c3278
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.2.2,modeled_data,kg/kWh,CO2e_value:0.314,1a9651f2-5e6e-4579-b2ab-6b51bd7808b7
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.314,f9d7f566-ddbc-4d29-ba23-d9bc55d97c97
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,429c7b09-3461-4691-9858-332d9df5065e
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.3.2,modeled_data,kg/kWh,CO2e_value:0.314,af2b2f5e-b5b4-4db0-b124-220a3ada394e
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.314,63a38452-98e2-48c4-92da-ec46cf45a79d
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,48d3f981-6a4e-4a77-9f72-b9a15f2cfe3c
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.4.2,modeled_data,kg/kWh,CO2e_value:0.314,46bcbb9b-59d6-4d1b-aa50-b231c1f3acfe
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.314,592f861e-344c-4c37-96cc-27570a53e6d0
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,5e535dd3-ffb9-4431-bae7-6315a96a4c12
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.5.2,modeled_data,kg/kWh,CO2e_value:0.314,a8996481-d910-43ae-9685-afb8d6609daf
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.314,3df9be4c-274d-40d4-b298-033d097e73ad
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,93cf4e52-2376-429b-b12d-1faf1bd8375d
+IT,Italy,2022,Production mix factor,CO2,0.251504,I.6.2,modeled_data,kg/kWh,CO2e_value:0.314,8f20e752-bf42-4c55-8827-784484884e38
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.314,4c03d0d1-66b5-4653-81e5-7119f2bf5ef0
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,e756ddb7-bdef-49e1-9de1-22175a547913
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.1.2,modeled_data,kg/kWh,CO2e_value:0.314,af5dd733-b602-41e1-8e02-6a69f198af95
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.314,248e4cae-8659-43f5-bc42-ae29c87b7524
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,b9effd96-b8e2-4e1e-89fc-9a840cab5c8e
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.2.2,modeled_data,kg/kWh,CO2e_value:0.314,8373fd36-1750-4de2-a83b-bb839511f603
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.314,d51659d1-7ce6-4321-b52e-fca3c01e0c6e
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,40bdbd3c-e482-4ad6-b9a0-5e3b6f997153
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.3.2,modeled_data,kg/kWh,CO2e_value:0.314,1fbceecf-b48e-4a21-a63b-4e0f68c000e4
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.314,cce166d3-263d-4389-bae9-e21378adb87b
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,560be7ff-df23-40ed-91b8-230a4eb86910
+IT,Italy,2022,Production mix factor,CO2,0.251504,II.4.2,modeled_data,kg/kWh,CO2e_value:0.314,ea57481f-dcf7-45b1-b98d-6a0dd22f8021
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.314,3e10163c-af5a-456a-a408-ffe6c3dd01f9
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,19306a04-c279-40e8-84f0-84104d70c71a
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.1.2,modeled_data,kg/kWh,CO2e_value:0.314,e45184bd-20e8-4766-8962-7c3f1999a09f
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.314,f3dbd866-ef58-4f51-bfd0-e6e699a35f36
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,3292769b-78f4-46fe-892f-746c13144f86
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.2.2,modeled_data,kg/kWh,CO2e_value:0.314,6674876f-ccda-4d1d-be57-84901cfd35f8
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.314,48176956-c193-45b0-9de4-f117d04e6b81
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,f7f6fed7-6455-450d-b16e-0543bc222c0f
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.3.2,modeled_data,kg/kWh,CO2e_value:0.314,988465db-c1fc-4c3c-8941-899550c3d73e
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.314,26610535-3437-4df4-886c-0b02e58e2865
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,53e116b4-094a-482a-8d24-d19719f5d166
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.4.2,modeled_data,kg/kWh,CO2e_value:0.314,a0da3a1e-e719-4159-a2e3-7c2db7b4f207
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.314,5ce59aa7-304e-4262-b35a-9babb8a8c7fe
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,5aacbe93-5112-4afc-ae0f-103e15558a35
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.5.2,modeled_data,kg/kWh,CO2e_value:0.314,5556227b-c827-461b-8be7-6279b65a9eac
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.314,8c014d6d-5c31-4285-bccd-e672bf144ca5
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,a12a2773-af86-4707-b6e1-790019850f0d
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,I.6.2,modeled_data,kg/kWh,CO2e_value:0.314,fb0f9a7d-d776-4395-82ef-820471a0c854
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.314,75bdcfe0-b906-4717-b2a9-27bd6ca575bb
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,8a759b09-249e-467d-b6e4-71649e894cc1
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.1.2,modeled_data,kg/kWh,CO2e_value:0.314,611d8058-20fd-4e41-afe8-ca11afc4ad79
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.314,c8a0028f-be64-4252-bc66-8862fa9e787a
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,50844b64-3154-4d46-8689-f01178050a5b
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.2.2,modeled_data,kg/kWh,CO2e_value:0.314,f992c42a-b056-4ee8-a7e7-b9ad78965cc6
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.314,636addcc-4169-4c89-b057-9cad11f67517
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,4f9bcc53-cc5d-4612-a5d2-35eedd8151f6
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.3.2,modeled_data,kg/kWh,CO2e_value:0.314,46bff0a1-7886-4d1e-86a1-4c4f61e91948
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.314,1bc6dd21-b3ba-4112-b4e7-6667de6135fd
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,f9169e1c-1bb2-4b41-beae-4808077cf42f
+IT,Italy,2022,Production mix factor,CH4,0.0015824496644295302,II.4.2,modeled_data,kg/kWh,CO2e_value:0.314,4de6a130-001c-40bf-82df-33937295d0c9
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.314,93104077-0919-4177-80a9-a1afd89b1402
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,51f441bd-786c-4164-a046-f66c1e1b8cc1
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.314,9d371bae-5915-438d-b3d9-59e7007789f6
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.314,b00d615d-7ed6-4a99-a754-c848632dc1c4
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,86eb4bc8-2bd9-46cf-9c57-024daf03912a
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.314,e350c797-43c1-47b5-a458-e72b8058596c
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.314,201d8c35-59d1-4d3e-991a-2adadaefa947
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,2cc3ee4c-ab63-4331-8b93-134d4e73c03d
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.314,68f02f5e-9e80-4752-a6c1-a7ab2e269a0b
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.314,57552103-517d-477a-ad05-2d676af9466a
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,d456c19f-dd09-4533-b2f8-46cf84e58c5f
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.314,639ddf45-fe95-40aa-b03d-b4363e4d01c2
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.314,1a261470-aca1-4795-a4e6-1c885c13f886
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,ddea643c-fc4b-4e7a-9da0-2bf07e644c34
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.314,2883f28b-84f6-42bd-8714-5bd0f8883d12
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.314,942df7d1-1fae-4d77-ae55-1edddc570e6e
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,c86410a0-19cb-4500-add3-57af2f0f710a
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.314,ceb64781-de3b-46f9-a214-82959fa6c620
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.314,a74e4b3e-359c-41d8-8cd8-a8ec1f4d4ec4
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,3906b7b8-2b1b-4859-b796-c7b08cc85089
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.314,cde1ef63-7a52-4903-9994-829fd9041c97
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.314,ced25311-bc15-453c-ae28-362712d25339
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,a180e2e0-1b58-4227-9760-7cafd755e22f
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.314,09fd3857-d17e-4920-8450-2b5bf76ca6c7
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.314,b61c99b6-9fe8-4b3c-bda7-40740b9e9e98
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,7c53ac50-16c5-4e12-bf98-3520f0a7e483
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.314,aa1dbd03-e74c-4af5-a99a-485b321b08ac
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.314,4a97fd19-1d14-4ad8-8350-01e78e51f99d
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.314,81e1e636-abb0-40a9-9905-ff603fafffb1
+IT,Italy,2022,Production mix factor,N2O,5.757875457875458e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.314,37d6e3df-57ce-4630-b65a-b3c072e3699a
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,4bb5c032-6906-4fbe-8e89-4dd3c74fa3a0
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,5413e443-9534-4b13-8385-4113d9361382
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.1.2,modeled_data,kg/kWh,CO2e_value:0.452,6334a7b1-218a-4512-8ffb-45f84a86b243
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,0f5932e4-4bf4-4656-ac64-d1af4aa96eca
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,b21e9e30-f261-4c8b-8d45-68092b7739e7
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.2.2,modeled_data,kg/kWh,CO2e_value:0.452,edd38a28-be54-4620-9fce-687bb4eb9bf5
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,bbff81c1-4f47-490e-9256-dd249699ce69
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,79b599f4-e87a-43aa-a3ba-c525119f16a3
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.3.2,modeled_data,kg/kWh,CO2e_value:0.452,413cee88-92bd-4b8b-99a6-a5f5875ac345
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,6023445a-dcfd-4563-b612-420a3a4b6bd0
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,9c3a54bd-585b-4103-b1bb-b91601568ee8
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.4.2,modeled_data,kg/kWh,CO2e_value:0.452,30450d8d-53d8-4f55-9ada-463aa51b0943
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.452,cf4661a5-737d-4c4f-a06c-9d71eb8a9e5e
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,db3053c2-08f2-4dc1-98fe-6c115fef57b2
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.5.2,modeled_data,kg/kWh,CO2e_value:0.452,1a104cb9-4d38-441f-9805-211ece53aa69
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.452,a6d05409-a4e8-4704-a6ca-e4b259b57f52
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,685cd720-a17c-4812-afed-1c7d45583981
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,I.6.2,modeled_data,kg/kWh,CO2e_value:0.452,0f4aa8c2-8d82-4299-9598-052f24ccb308
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,1ce4e7a6-5c3a-4b98-89aa-1f2e4b0c77b0
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,ebd30319-cd72-4d28-8ed8-71fedb5e1992
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.1.2,modeled_data,kg/kWh,CO2e_value:0.452,31538975-e138-4a50-b9e8-d9fc2de1eaea
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,0c92cfe9-a4d2-4bf9-9ff2-235f5cbac445
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,f4d5c8f3-a5fe-4c4c-8a4e-ef93b591d299
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.2.2,modeled_data,kg/kWh,CO2e_value:0.452,808674e8-f0ae-4f82-939d-08919edbbec3
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,36177579-abff-4025-8d6a-dad12106de8a
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,db167a5d-1bb4-4e85-809b-8586266b6295
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.3.2,modeled_data,kg/kWh,CO2e_value:0.452,78bdc753-83e9-4d46-afa1-46430dbaa45b
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,e4e58657-d49f-4c49-89c1-0ff79e83fc88
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,c63ae63a-1edf-416b-95b2-2cee97270825
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.3612016940462328,II.4.2,modeled_data,kg/kWh,CO2e_value:0.452,1671f771-462f-4398-8019-66d6014edafb
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,b3a77ca3-f1b5-45a8-b266-dfc0adededad
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,73a1b2f6-436c-408c-b6f5-48f862717e50
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.1.2,modeled_data,kg/kWh,CO2e_value:0.452,b6965f75-f9db-42a2-a589-3858b946bf6d
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,563ea0fc-d6f1-4faf-8359-c29df38aeb59
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,f770a95e-8208-4659-b959-36885dd7c084
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.2.2,modeled_data,kg/kWh,CO2e_value:0.452,e30e1696-927e-4567-8413-e57536e1dd23
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,3f74fbac-89b9-405f-b08f-7afcb62edbdb
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,357259b0-939a-4ec1-8181-57f567b88e1c
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.3.2,modeled_data,kg/kWh,CO2e_value:0.452,a89bc47a-ad16-43e9-909f-963c6b3cdfd4
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,3a8c7df6-9d74-4cf1-a1bb-135b8a620a02
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,d5221c3c-eb49-4264-b5a9-27601e36ceb8
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.4.2,modeled_data,kg/kWh,CO2e_value:0.452,70b84f43-c68e-46f7-8612-c05adc5b8d24
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.452,7af04ae8-0d06-4ff7-a72a-338fe0c59fcb
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,41a91023-ab17-4dc2-8af6-947135378a44
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.5.2,modeled_data,kg/kWh,CO2e_value:0.452,97d156ca-4fd2-4041-8e24-bcf815bdc49e
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.452,d988a23e-e2c0-4824-a0b6-fd91e3d386c5
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,838915e0-396c-4856-a757-0840c7863c63
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,I.6.2,modeled_data,kg/kWh,CO2e_value:0.452,3dfc5183-ec05-4a67-9689-0e81ec1e42d0
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,06b9e78b-448c-4f02-b56e-ce4e8dba59f9
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,645c40ff-48ff-4613-a206-6472a153a624
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.1.2,modeled_data,kg/kWh,CO2e_value:0.452,e2558efa-3a5d-460f-bbdf-aafd4d49ec4b
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,ad2f6eec-5e89-4398-80d4-28e592b03d37
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,8b27f628-637a-4f52-9495-a402f3021dbf
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.2.2,modeled_data,kg/kWh,CO2e_value:0.452,16d909fb-35a2-4d3f-93dd-4e47f7d87368
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,d4c3b00d-0450-4d77-9d6c-aa22bb682a7b
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,db881fc9-7754-4912-8185-5309794f30cd
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.3.2,modeled_data,kg/kWh,CO2e_value:0.452,dbda2e19-5086-4f8e-9b09-12d1d95f20e0
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,cabcd67a-51d3-4bbf-b806-d976b4a67900
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,e8f90927-5845-4d7f-b3d2-37208aa748ad
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0022726616655593503,II.4.2,modeled_data,kg/kWh,CO2e_value:0.452,c3a188cc-1dd2-4634-8a30-8d42508b1079
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,9c657eed-fd3f-45b8-a5cb-1d5e6ce4ef2f
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,e35c5d0a-5f18-461d-814b-dc25ceaf2333
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.452,da015a0d-6409-4f4b-833e-d5c6050a9f85
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,232ae359-2fba-4dba-a318-0d8970a3d8a2
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,b2f1f56b-a36e-43e3-a6f0-ed478f441125
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.452,c38ef03c-fe01-4062-aa02-4de2c7948534
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,dd3848e2-63b9-4da8-b0c3-b895890256c1
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,e07eaaf1-675d-4e3d-b908-02b125b45f16
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.452,1f478649-7b57-44f7-a4ec-1b857d9cebbe
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,2eba0ed4-a7b4-45e9-bf66-1ace8b7edc6e
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,cb5035d4-3d17-4504-af16-ed3a4e1ceda3
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.452,426b9515-d401-441f-b9c7-08d144ace109
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.452,74facdb8-8242-492d-acf2-fce82f6e5841
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,9c1dfac0-6479-487e-9f66-2210d695447e
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.452,0c106818-f6fd-44ac-8f5d-4f00a350177c
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.452,6808c935-ffeb-4db8-a863-d1b903d6a880
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,b05df60d-b225-4dfe-bfec-10fd0b49ffad
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.452,e3b5dded-e2b5-40df-a828-8c2329c398e4
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,5c2b1e9a-d12f-40a5-a772-afca3ba50a38
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,56032067-a8a0-4e44-80c2-f065fc09d09d
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.452,9055b6a7-2f2e-44d8-83d1-94613de1da42
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,7e70f1cf-ee18-422a-a285-5a7192df6b78
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,0d3f023e-8a43-4318-8cfc-47f4f3a3a4f3
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.452,8d8ea9ed-c6f6-4b45-9666-fdee5a39df43
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,b8f980d8-6870-40da-80aa-cb3b9ab41ed3
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,45c6dee0-ccfe-4b73-82dc-e9a60a13d871
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.452,1093f8a6-2943-4a86-8a84-aec25335ebe0
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,838780ff-4759-421a-b6f1-fd8855f3caf9
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,b330f0da-ab58-4137-a173-acd1154508a9
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,8.269269552340494e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.452,d41fc4c8-b57a-4cb2-a714-dc8ae61db93b
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.43,dbb38c4e-b212-4abd-b724-65d6e3d10702
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,312931f2-3b58-481d-b00b-4beb4b52d3aa
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.1.2,modeled_data,kg/kWh,CO2e_value:0.43,0f5c32af-ee7d-4c13-a3d1-6a0db1b63b9c
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.43,4c8b940f-5eeb-44b7-a673-4a6757e99531
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,666cfb1c-354d-4888-ae05-663d075c04f0
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.2.2,modeled_data,kg/kWh,CO2e_value:0.43,2d522f80-8350-474d-91cc-4499fa003f2c
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.43,cc6854c5-d7ba-4667-b8d1-428f6521ad46
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,479b64e8-f737-47d4-b497-9561946fd9ce
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.3.2,modeled_data,kg/kWh,CO2e_value:0.43,66548209-ae9a-4e5f-a2dd-5d4d71f70e19
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.43,84fff357-df99-45fa-847c-f36371bc3e23
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,643d8514-c227-401f-9f2f-446d6737c89b
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.4.2,modeled_data,kg/kWh,CO2e_value:0.43,478531d0-142a-4084-8dfa-d257db23d832
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.43,43d9a87e-4d4d-4e66-9e33-b5bbb6aa67e8
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,5b191a5f-241d-4059-8a70-9e9dc2667180
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.5.2,modeled_data,kg/kWh,CO2e_value:0.43,9ebc143b-e34d-4e1b-ac36-09c3772ab24b
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.43,49c5134c-d3aa-4dd9-8013-7a19dcd949a6
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,7fd9f79a-ae32-470b-9efc-3aafbc46f244
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,I.6.2,modeled_data,kg/kWh,CO2e_value:0.43,6be30289-9f27-45fb-b911-fa1a4c84fd68
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.43,0382be2f-1e9d-4406-aaaf-50a04acc049d
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,2b86842b-93c0-4d44-877d-2d0fe2aab45a
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.1.2,modeled_data,kg/kWh,CO2e_value:0.43,17f268ed-3a24-459a-8a6d-e445ad86d991
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.43,60113e65-c0c0-4b7b-9b68-483d1fb7cb3d
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,f6ba4c07-ed8b-4995-ba4c-c5a727d9c4c2
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.2.2,modeled_data,kg/kWh,CO2e_value:0.43,0c92c4c4-421f-42fe-912a-89882e2c164e
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.43,74a1ba5d-3033-405e-8530-5ae54c05343d
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,077966c1-7f43-404a-9573-1856f59f3d9d
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.3.2,modeled_data,kg/kWh,CO2e_value:0.43,1d16c57d-7058-4dfd-a956-80e3300376b2
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.43,3ee1818d-6054-4072-8b4f-3e018b0c3992
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,b6b18ada-b515-467a-beee-32290c53437a
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.34361375507433123,II.4.2,modeled_data,kg/kWh,CO2e_value:0.43,661f6871-0eac-46c8-9a08-59bc33f7d197
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.43,557e6429-c8f5-4bec-8668-75679fa7defa
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,3bbba36f-4e3c-4d8b-ac49-bbe828783961
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.1.2,modeled_data,kg/kWh,CO2e_value:0.43,bc2be3f9-5a28-4752-8a10-fc70d6b670b5
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.43,53064442-12c2-47bd-94c3-3b882b6f4651
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,217ad6f8-e0de-4bfc-be80-829507a7560b
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.2.2,modeled_data,kg/kWh,CO2e_value:0.43,abba4c4d-af04-433d-97f2-06cbe89d0d42
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.43,aae260ff-6f46-4032-b3b3-9879ef33b759
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,ef5d57c0-5c82-4ac0-82c1-bdc72c0572c9
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.3.2,modeled_data,kg/kWh,CO2e_value:0.43,6b93c439-e68d-4fd4-ae1c-bd35602fd863
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.43,d5cea15d-ef34-4d2d-a72f-86a955d22a67
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,832a7f5f-d8b6-4253-8f0c-e5b65d560179
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.4.2,modeled_data,kg/kWh,CO2e_value:0.43,fda1f0aa-e44d-4827-ad2c-68bae9c1e9b0
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.43,e677b03b-ff62-4276-ab41-edb7de51d77b
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,b3974379-b91e-4eaa-9b26-430a4385cf73
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.5.2,modeled_data,kg/kWh,CO2e_value:0.43,2b694028-d91a-443e-8d36-9a8f17a98547
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.43,c81052a8-b2f4-4ac6-9eb0-6390dcb923ab
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,8446920a-66e0-469a-a897-be780a2f36ef
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,I.6.2,modeled_data,kg/kWh,CO2e_value:0.43,951cfdc9-3e44-433b-b51f-a413b0f970f7
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.43,06372c49-29cf-411c-88c0-1dcba9c5eb70
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,04718549-b58c-4178-a961-ee2d501a4281
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.1.2,modeled_data,kg/kWh,CO2e_value:0.43,b9de233d-ef8a-40b0-af15-78fdc1e3f045
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.43,e6b19b34-0234-46cf-bc38-4d869f17e339
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,7876c194-934f-4317-9278-3ca266cb520e
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.2.2,modeled_data,kg/kWh,CO2e_value:0.43,8485eaa6-2f59-4442-941c-c5e3c93f226d
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.43,94c2889c-fe06-42e0-bc6f-d201c0543c05
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,58e0b66f-a2a2-414b-a538-5e202c1fcfe0
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.3.2,modeled_data,kg/kWh,CO2e_value:0.43,679e99de-8c1e-4d4c-8631-8b22af156d3e
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.43,5ab440ae-dcf4-41c4-bb3e-49aae08ce2e3
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,fd2f2034-60eb-40c2-9c5f-f2adae63f843
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.0021619992978670166,II.4.2,modeled_data,kg/kWh,CO2e_value:0.43,1fd1f4c0-50a0-4044-8b82-4b5aa135931a
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.43,bacdef41-e42e-4d37-aef3-321bcb27a3fc
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,26cd828a-d47b-4a72-8275-c0576cb24a73
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.43,5ab4baae-37da-46a9-a138-ca8d4e13a279
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.43,dd4c272b-84ac-4c2a-8cb8-f660e32d0029
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,1ec1328c-f485-4fc1-abdc-948c40370c99
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.43,4fefc44e-b245-4898-922a-0d1b8c171454
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.43,fb45aca0-ad78-4599-9ff7-cade14367c09
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,572f4689-c642-41a1-bd4d-98238d1e49d1
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.43,7a7327a7-2baf-4d2d-99de-2c0854419bf3
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.43,578654ac-02a6-4971-9240-be79a8d93d93
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,5609a5ed-dfdb-4ff4-9b61-6b4fc9c467dc
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.43,0f510c2a-2367-43aa-9640-a2c2c4ec8978
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.43,17a7b597-6fdd-40d5-a7f6-d06199a654ec
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,ed6a75d3-f107-43a1-9537-9d59fd6cd927
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.43,0fae22ad-b1b9-4ff5-9af5-67541fc83a2b
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.43,6786df0f-94d2-441b-9a51-3452f74d199f
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,4b05843a-8d6f-4888-8750-feaa5004a66d
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.43,cb785419-ede5-43a6-aa9a-8ca4dca9c0b2
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.43,02ae5dfb-32b8-4bbc-b84a-a111e9a99bf1
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,a38aa499-227b-4a30-9545-3d1859e8e9d9
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.43,9998d805-159d-4ad9-a010-b0dce3ea9e3e
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.43,565c14c6-9dfe-4394-bc08-09cf1fef52d2
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,818cfe45-aba7-43e4-a1d4-368963f4cfb4
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.43,275189b5-631d-4b77-8b3d-2f98161d4a1c
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.43,adf0d8b9-5051-4ae7-97b6-4e41b68ea39a
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,1b434ff3-27f3-4b3c-822b-318f280dd3fc
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.43,b485100e-0c0e-4825-b95d-a7bbf2b559d0
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.43,ae306f04-2533-4a55-a7a2-cd569beea5de
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.43,9ef30617-3298-4a44-bb27-ae9461d4b60f
+JP,Japan,2021,Emissions intensity of the power sector,N2O,7.866615271848243e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.43,35343a62-f2d0-4a63-98df-167b5906ae47
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,44c647dd-cfa2-4215-a444-deb884ac2b96
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,fa62e26e-cf57-4f3f-9e91-d51238cacc9e
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.1.2,modeled_data,kg/kWh,CO2e_value:0.3,6a57e6dd-9444-4745-ac48-c57958c71e5a
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,54258337-edfb-470e-9055-1f8830384798
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,0d955310-1652-4a10-8b48-c95c17eaf4cc
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.2.2,modeled_data,kg/kWh,CO2e_value:0.3,5a61ff60-8b25-496b-a8e9-c4cdbaa3e23b
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,b94fba19-96cd-4938-9d5a-c15d3cb095a2
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,3d500c43-8e02-4bd3-aa5d-6302397f1bc8
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.3.2,modeled_data,kg/kWh,CO2e_value:0.3,0648c660-59d1-4197-a7a8-aefd7ca4b0c5
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,a865977a-d603-4f16-bdd3-565a29851ce3
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,2712b0ad-8a7f-47c2-ab56-c595f36a25bf
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.4.2,modeled_data,kg/kWh,CO2e_value:0.3,14127ea9-1e79-4f06-ae81-1524030cba30
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.3,bf38f99a-d48e-43f7-8eab-ddc08002ea93
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,0b948d28-435e-40ba-bee6-5c48086248cf
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.5.2,modeled_data,kg/kWh,CO2e_value:0.3,1c9523a0-ab71-4535-a744-982def33921c
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.3,eba665b4-d6eb-41dd-a6e9-2b4a7582f241
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,32201d2c-f5f8-45d8-b7e8-9573216084e1
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,I.6.2,modeled_data,kg/kWh,CO2e_value:0.3,4f217849-c014-48f0-bf50-fa2c5b4eadcd
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,a67f14ae-ed4b-43a9-8858-8f8f263e4765
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,acf587a7-ed25-41ed-9782-3d2efb9a44bc
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.1.2,modeled_data,kg/kWh,CO2e_value:0.3,90940e24-1aaf-4c7a-9082-4a673d38fc52
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,ff2e9d6d-b72b-4f48-8d73-0b77b8261184
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,0572fbc5-716c-460d-ba1d-2d224da95cc7
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.2.2,modeled_data,kg/kWh,CO2e_value:0.3,533923cc-dad0-41ba-876d-5ea3a02f5ff4
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,a36c2038-3b56-47cd-be88-260bc42452a6
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,9720d01a-4abc-4c6d-ba9a-1801bb351487
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.3.2,modeled_data,kg/kWh,CO2e_value:0.3,88862e50-be8a-4e61-ae1f-baeebe1241f2
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,4a71fbf5-09ab-488b-8a06-c020f438e988
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,1b0f60b8-eece-42ba-9867-c3b3d5d1b9a4
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.24019332410844596,II.4.2,modeled_data,kg/kWh,CO2e_value:0.3,042ee6b0-3154-4279-8f51-a029486f8cc9
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,4ff068ee-0298-4f00-af69-7d6361af0a90
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,9bca4271-9f5f-4ebe-b6f9-f1b4d70e6a0c
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.1.2,modeled_data,kg/kWh,CO2e_value:0.3,e4729705-a8e9-4838-876a-4c8da36d5aca
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,aa49214f-5f06-429a-ab5b-9b34468e1fb2
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,8f4fce94-584f-489d-8913-6e423f842532
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.2.2,modeled_data,kg/kWh,CO2e_value:0.3,6d49a635-e81f-4367-ab79-38f12495353d
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,02b02c04-5d0c-42bd-9841-c23aa1bbe4d8
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,e5350ae4-690d-48cb-9923-2a67e0bc630a
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.3.2,modeled_data,kg/kWh,CO2e_value:0.3,5aa873a3-10f5-498c-a4c4-446fd9e86ea5
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,b9fbec78-d573-4162-a2b5-fda501bc67dd
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,690669b0-894d-45f1-832e-26b7a1840b81
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.4.2,modeled_data,kg/kWh,CO2e_value:0.3,fd7c2113-e2b4-4c44-abd3-4e1e5f242511
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.3,220d785b-2339-48f6-9557-3f59122e2816
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,647380a8-31e3-4a74-86a9-110c102d3c85
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.5.2,modeled_data,kg/kWh,CO2e_value:0.3,3480dfa3-a247-4a9a-92b4-51e316918f79
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.3,5a424a68-fa37-4de0-97de-40ae3024c441
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,9accf0e6-4cbd-499d-ac7a-bcd0241357f2
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,I.6.2,modeled_data,kg/kWh,CO2e_value:0.3,7abc06cb-65fb-4153-b667-92217b430d58
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,a8c21154-38e8-46a8-b478-806bb4fc2d18
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,9518c840-5946-421d-992c-eabfbc58a607
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.1.2,modeled_data,kg/kWh,CO2e_value:0.3,d945045b-65d1-4cd2-809a-8e9636e4bb45
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,3359831f-970e-4714-8bf3-48e77615c3b9
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,e6c1b087-001b-40a8-ad03-31b2cf9e44e1
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.2.2,modeled_data,kg/kWh,CO2e_value:0.3,99103349-f86f-41b4-8f85-9537f8ee01ca
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,c918fb7a-359b-4926-b7fa-d059dc616064
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,1a1dcdd5-c513-43dc-a3e1-6d2c3bebe3cd
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.3.2,modeled_data,kg/kWh,CO2e_value:0.3,b630d116-3a4a-4c64-8991-97facdad1164
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,05e52b18-820f-40cf-8695-958ec6bd8e27
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,a55741d1-adfe-4e38-b1fe-7851920839d8
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.0015112834990044838,II.4.2,modeled_data,kg/kWh,CO2e_value:0.3,80b2bf4c-3f43-475f-940e-cb62f1035e99
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,23e3dcbd-f395-4161-ae27-065303a632bc
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,2a1a50c3-5de0-4485-b7be-974d5c9f1928
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.3,e1d20c78-19e2-4141-8941-0c1905d1b972
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,6474233f-7669-4c5f-9458-f17b5080da78
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,a728be31-0b28-4f1f-a6bc-7c4cc1fa7fa4
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.3,058d20d3-4c9e-4df2-a0dd-7e229adc778e
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,c5a1c07b-9866-4eab-bc21-ef8b97064520
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,2473e457-c3b8-4b5b-ae24-d838bce333cc
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.3,da29f9f5-5d2f-4d13-9b46-dc8ffeca7143
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,be9d0e23-825b-495d-9e52-b986b8f9d020
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,1b9513aa-dd6c-4d5c-9f1b-94cf04cbb91d
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.3,4c7b27b8-c881-41cf-a97a-5f723bca97fb
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.3,bdc048e3-0670-4da7-889e-dfc4eef7a3d0
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,c4abcf4f-2c3c-41ac-9fc5-e61bff9fb705
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.3,98e168f4-a38b-4ee4-b8cd-a87ade5a3413
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.3,31f4cb0c-d02f-4d47-87aa-ad1ff4c431df
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,94671df8-5995-4032-a354-faf34b6b370e
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.3,423ecfea-80dd-4327-8be4-3626b9d760e6
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.3,4e1e18e6-ac47-40ba-8b1d-f6d6ba08273b
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,daaf839d-864f-4c4f-a08a-16125e80bf0c
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.3,8ff10e52-9dc5-49f0-b376-b0b799108492
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.3,b326d820-339b-49db-ad4d-1a126e06aa66
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,497a3b4c-acf7-43d9-b0d1-783c25e24d57
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.3,fd803c38-5c76-4e5d-a8cd-96694dea45bc
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.3,7b12e86c-a7ec-4b7c-b9cd-c502e49b4e42
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,63bf160c-d71e-4459-aa96-e73f25709bd7
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.3,a0fae8ad-1ec6-478b-8e30-dce91e22529a
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.3,27ddfda2-4777-44f6-a43d-268533ae64e1
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.3,f6c7c54b-8f2f-47dc-a76f-cc0989e0c6e8
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,5.4989314127391476e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.3,0889d2ad-7624-4d29-b7e5-bfce122567bf
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.552,61205b2f-0ebb-43c0-b646-9f2a196e1f64
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,f772901d-65be-4267-a99f-aaed7960ac5b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.1.2,modeled_data,kg/kWh,CO2e_value:0.552,4e2ba6d4-f37e-4ca4-95dc-896bcd9abcdb
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.552,17d3322f-7660-4e23-99fa-8b3aad8fb0e9
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,29e9e490-5e08-4a10-9cd8-c5e1123d87a0
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.2.2,modeled_data,kg/kWh,CO2e_value:0.552,3289f359-76d5-488e-925c-8e1e0908e04a
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.552,44ed56a4-4c06-4175-992f-aadd20230777
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,82e374ec-75ce-4d4b-9aef-4252d85ec496
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.3.2,modeled_data,kg/kWh,CO2e_value:0.552,6aec65aa-5620-4434-921b-e9ca0bd42c65
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.552,00893e94-4c76-4b44-91e1-9c86cd1f675e
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,bb5193b2-5992-4c4a-99fb-641e74d60649
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.4.2,modeled_data,kg/kWh,CO2e_value:0.552,aea5f5a2-e9ad-4379-b0ca-b747439801f3
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.552,5533875e-7c6f-4249-ad76-7d01388a8c71
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,97e4ce45-dfb2-473b-8f5e-4f958efaca42
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.5.2,modeled_data,kg/kWh,CO2e_value:0.552,195ca870-fd7d-485c-b54f-b6cce8aa1f02
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.552,f8e56077-ae5b-462c-b0e5-e2925392dbe9
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,3c0c201f-09ad-40ae-a7c8-aa013f187801
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,I.6.2,modeled_data,kg/kWh,CO2e_value:0.552,f4fbdffc-4adf-47dc-9045-71643130ef44
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.552,8a12decb-1826-41da-b6d3-9d7d1232fce4
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,a233de6b-94a5-4ed0-8c15-fa9d23686809
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.1.2,modeled_data,kg/kWh,CO2e_value:0.552,e21ce4f9-a95d-43ea-8576-abced9c484c6
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.552,7d7d715a-9cae-4208-bc95-d498a5bfdbd6
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,49eb8e51-e0c2-4e2f-9939-bbc76b804d13
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.2.2,modeled_data,kg/kWh,CO2e_value:0.552,f37f0397-39f5-4f20-88b5-6b47c126f134
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.552,7af42964-3645-4012-8f94-82972c93fc32
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,905f8b90-fd5a-40b8-be46-881bed63a00c
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.3.2,modeled_data,kg/kWh,CO2e_value:0.552,fe3f07ed-a397-41a0-93f7-6812bd98149b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.552,23c21b68-7530-490c-b7ef-d3de238ce934
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,e68e0134-25b3-4cad-bff6-8ee20885919d
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.44179084273887403,II.4.2,modeled_data,kg/kWh,CO2e_value:0.552,e6a4f5f9-fd54-4a13-85d6-71cff4d19f46
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.552,5a24a2e0-3a11-4e39-b1e0-3b4de1914604
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,852acfce-1d2d-455b-9f04-136c0b711508
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.1.2,modeled_data,kg/kWh,CO2e_value:0.552,af421651-8a69-4a3f-997b-2f6e719e86a5
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.552,68996eb6-0124-4fd2-92b7-8e6a2ea84492
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,0a27e413-f733-42f8-9dfc-39ff50c741dd
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.2.2,modeled_data,kg/kWh,CO2e_value:0.552,8040ae9d-0163-4ef4-b256-adfb90699e19
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.552,f5c00d79-18b7-4bd0-bec1-a965c6c042b1
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,ef462766-455a-488c-85f2-adcdac6960f6
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.3.2,modeled_data,kg/kWh,CO2e_value:0.552,0d133fd8-695b-4831-873c-af0615be39e2
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.552,0b3b2166-35fd-4b99-bc0c-cdf8ffbbe92a
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,475a28f2-8e59-4f24-a5c9-97e843c27fae
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.4.2,modeled_data,kg/kWh,CO2e_value:0.552,7edbbb93-301c-4118-b689-69e0bae10d30
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.552,4103255f-d362-46d1-81f0-3f93942cf2e6
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,5cb5860f-c620-4048-ba18-0489be41af47
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.5.2,modeled_data,kg/kWh,CO2e_value:0.552,36d213d6-bb46-44a0-8a54-0eafe243e1f9
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.552,f0c42242-63cb-473c-9882-8567ec3f822a
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,51830f1e-4845-4399-a870-3b419a45dbaa
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,I.6.2,modeled_data,kg/kWh,CO2e_value:0.552,6d6492bc-9ab9-4436-962f-873a38ad5021
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.552,e3fec7a7-3a10-4fd2-b217-4ca953a6c12f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,64280560-2975-444b-b6d6-eaa1667a49d5
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.1.2,modeled_data,kg/kWh,CO2e_value:0.552,b7ab0ce1-5d96-451e-bde6-f3348318a961
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.552,895bf0eb-fc8f-4635-8864-41c990947fb7
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,65ed06ec-5879-4f40-a377-a06aa949edf7
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.2.2,modeled_data,kg/kWh,CO2e_value:0.552,7a3ee288-e9a8-4d13-a77b-984b3395b801
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.552,5e46c410-228b-4316-aa57-38b7797de3dd
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,61491906-6dfc-4978-9be3-aa3840409cef
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.3.2,modeled_data,kg/kWh,CO2e_value:0.552,b019f7ed-9727-42b7-9bad-ec1473fbc6a5
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.552,62bab149-b712-4a4b-a40b-ee90d56b9dc7
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,5975afa4-5b58-48cd-9fde-a139aad57508
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.002779724262199291,II.4.2,modeled_data,kg/kWh,CO2e_value:0.552,3576fd8b-c7bb-4cc0-9d6b-b7b0b8154172
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.552,15fbe227-4da5-4959-9f2e-afc9df8aee70
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,7ac8e60d-b915-49b7-9951-2aa6cfcbedae
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.1.2,modeled_data,kg/kWh,CO2e_value:0.552,d86511b4-0590-49c8-bcbe-ab4efb7ef4e9
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.552,39d2b748-a84a-4a80-95a4-2f9831ac1a6b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,932b8290-5ce5-4e31-8265-ee19fb567a1b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.2.2,modeled_data,kg/kWh,CO2e_value:0.552,e6f9b0f0-e2b8-40a1-858a-8b3c56628cbb
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.552,3d325c66-ba43-4250-8432-5cebc5447f72
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,0ab67a04-6338-431a-9d6c-1ec980615bea
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.3.2,modeled_data,kg/kWh,CO2e_value:0.552,81f1e264-1c3c-4720-8215-08f49c1336cd
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.552,97652c77-3d4c-4bde-8524-66230c739dce
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,88ba30c6-f0bc-47a0-8197-6b39862ebcc7
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.4.2,modeled_data,kg/kWh,CO2e_value:0.552,9b91852e-3afd-4d2d-92ad-bef97e6c4ebf
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.552,3ed56230-4235-412f-ae57-00aaf5a0b006
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,7c71d2e2-94f9-4e69-9362-5ef4a4d9534f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.5.2,modeled_data,kg/kWh,CO2e_value:0.552,6b179c25-899b-4fdd-b0c8-bf211d73912b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.552,5bd9d69e-d0c5-4b46-bac8-41aa26e16466
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,b29b0ae1-9500-4753-a90f-9654f904f079
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,I.6.2,modeled_data,kg/kWh,CO2e_value:0.552,98ff6046-7a39-432f-84d0-3d8ceb0d2612
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.552,704e7b4b-f8d4-4e1a-9dcb-d1721ba5efa8
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,c12951df-4bb5-4d29-95d4-9a1c2d612e20
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.1.2,modeled_data,kg/kWh,CO2e_value:0.552,2df0e3ba-a41c-454d-9a57-087cb50251d4
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.552,39d5df3d-72a8-419d-8bc9-3c82fcd40b3f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,6fd83804-03e9-4be6-be42-50e4c7b0f262
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.2.2,modeled_data,kg/kWh,CO2e_value:0.552,f979c07c-ca0a-4a29-a10d-7d75915b7645
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.552,9d09481a-36fc-49b6-996b-7aa77dc5ebd8
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,55788ba2-8135-4f5e-8f3a-a25d80c484c9
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.3.2,modeled_data,kg/kWh,CO2e_value:0.552,b8bedb80-a2fc-41af-8e0a-72a5b65453cc
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.552,f30910c9-46fd-484c-93d3-f8c1b5145bec
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.552,c5744da0-5f0d-404b-a3cc-f248f72bc1f5
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,0.00010114259220212317,II.4.2,modeled_data,kg/kWh,CO2e_value:0.552,e2c30f9f-ae96-4d25-b8c7-01da37dbd77a
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,70801120-f54d-4572-bd19-4851a946014b
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,64285cfb-9b64-4b63-8a3f-425ab0583805
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.1.2,modeled_data,kg/kWh,CO2e_value:0.069,020aed09-8895-46d0-a6c6-ff3c9f76fb0e
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,f300500d-cc4d-4aa7-b357-f9517052d3d1
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,81c0325d-ca9a-44a5-a128-d81d37093b26
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.2.2,modeled_data,kg/kWh,CO2e_value:0.069,1388479b-65d0-4af5-b6c2-21c17106d37f
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,bb29eafa-859d-4bc6-8bea-b24f621b9028
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,2453b7d4-2ad8-445a-92e3-f1b7d8cf7e2c
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.3.2,modeled_data,kg/kWh,CO2e_value:0.069,73f5e858-e8cb-4812-988f-3ff44464db79
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,cd7a6769-3c00-4ab1-b29a-c58bf285833f
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,8790b7c8-c366-43d1-9f4b-d59c19dd6eb2
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.4.2,modeled_data,kg/kWh,CO2e_value:0.069,7b256c37-c99a-4e3e-935c-cf5f66b9bd43
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.069,1810bfed-efa6-4bce-9dbf-2297c345b44a
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,8a26452c-5b39-4c24-946c-c09e6e32a506
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.5.2,modeled_data,kg/kWh,CO2e_value:0.069,02835f76-c1a7-4e01-aefd-f3bf6f1aea58
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.069,bb1fc235-076d-4b49-a9eb-59faff7ded77
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,86295008-f31f-4515-9693-b8e3b9c4e75b
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,I.6.2,modeled_data,kg/kWh,CO2e_value:0.069,7ebb827b-d41e-4a2a-a4f4-6972ffe74941
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,3c2c7569-a0ee-43a3-ac3f-a6059d4cc885
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,dc4d8690-8ed4-48b1-b7a6-f3f8e6c5ed9c
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.1.2,modeled_data,kg/kWh,CO2e_value:0.069,c2c26c5f-6626-4c0f-b86b-d8a67a70cc2e
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,d9a6286d-5356-4061-8b9e-74ecc93c4681
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,69e229e7-e302-47fe-9fd4-242bc60fbf24
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.2.2,modeled_data,kg/kWh,CO2e_value:0.069,1e4c86dd-79db-45e6-83fe-af9e1d979b0f
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,7f50b5e8-4350-4d81-809f-e2283b9f37c6
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,61721155-d615-4e36-9fcd-8787f34ff967
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.3.2,modeled_data,kg/kWh,CO2e_value:0.069,c928dc8f-f903-425a-9f22-91b5cab0d91e
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,91dd8028-2655-4968-97cf-eb682e8ed725
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,a3a7a167-8248-443f-9a56-cdf9f226b982
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.055577408825334275,II.4.2,modeled_data,kg/kWh,CO2e_value:0.069,ca160772-496b-4b78-986c-b0a0d8b699ee
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,33d30628-15fe-4094-b02f-7eb91f820202
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,4072ecb1-dccc-4509-8b77-5bd065b01006
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.1.2,modeled_data,kg/kWh,CO2e_value:0.069,df00c627-b5af-4ee8-a358-8422ec80c378
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,1db4f3fb-9345-4fc2-a1f5-c59b139f469c
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,272ebd2e-ba29-4628-942e-05bc5bdde1bb
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.2.2,modeled_data,kg/kWh,CO2e_value:0.069,36a26a59-5695-4544-815e-cdffd0b8432f
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,6bb22167-cc35-41c1-b895-cd6ae5c1bc77
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,e7efb55c-4434-4f87-97e6-2f8148920ca9
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.3.2,modeled_data,kg/kWh,CO2e_value:0.069,bd490459-8a6e-4f1e-8d98-87283c88d75d
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,065dfdca-14ad-4d3f-bda7-4a208d52431d
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,f419efad-56a9-4f69-9cf5-a2894544314c
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.4.2,modeled_data,kg/kWh,CO2e_value:0.069,2ed24e5a-ac72-446d-91fc-2ea76bab27b3
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.069,925d8c9c-fbfa-4796-b687-7f468280a739
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,4fd6341c-3edf-4adc-a974-659d5d019ecf
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.5.2,modeled_data,kg/kWh,CO2e_value:0.069,4da600a7-4b8c-4ee5-bf8f-46276a8c66b4
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.069,cf68363c-aaae-4978-9f3b-b3c4290cafca
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,22ca8dab-dc2d-48b0-81cf-be3de376d339
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,I.6.2,modeled_data,kg/kWh,CO2e_value:0.069,ac833f15-c13c-4b5a-bb35-7ab031e4ac4f
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,e0a50756-67d6-4afd-8369-c27997cbf8fa
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,a648ee4a-da26-4309-a73a-9a0a29e8f57b
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.1.2,modeled_data,kg/kWh,CO2e_value:0.069,b6433387-53bd-49e2-9b2e-f4e30d53ad06
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,c5cc7261-28d7-4a95-89ff-1e993baecc65
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,b849f3c2-9fe9-4d36-882d-5eba47762d94
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.2.2,modeled_data,kg/kWh,CO2e_value:0.069,a0a1c354-e702-4a9d-b919-c797310aa783
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,c278b1f7-f894-4fde-b71c-b92155eeca4f
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,57997ec8-85ce-4a95-8322-d1e70c900fce
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.3.2,modeled_data,kg/kWh,CO2e_value:0.069,2b8c20ca-f5d7-4044-a67e-201f3896777b
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,6568069e-e983-4554-adba-39d870afabdc
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,2162ce68-f95b-4bae-bf3b-524fc9d825ee
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,0.00034969007230705286,II.4.2,modeled_data,kg/kWh,CO2e_value:0.069,f4861056-57ce-4dd4-823c-d0dac3ce04d3
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,9c6e8d33-b99e-44b7-b855-8a6b91009575
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,cacb9385-926a-4c4f-a97f-c45a5ba5e4f3
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.069,9e814ec2-29be-48d6-98f8-dc6be6f11b3f
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,023b1ed9-2bea-41a0-90f6-b4c94c8e6cd3
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,702b2a71-f669-46ee-9405-816fd2984fc0
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.069,317a07d6-b6e0-409a-a266-e7a0d808cb0e
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,7b1d0fc3-fd3c-4642-ac84-6f2719e26f81
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,48646923-5da3-47e4-a6a4-726cc9c3fdb2
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.069,645030ca-7fdd-4226-b8c9-0697ee9d9b21
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,f9c2fde4-488a-41af-8d65-832a6ae108e2
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,34ae8db1-b007-4118-8b6b-f279d6ca79d5
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.069,03bb2839-c506-48e3-9089-fc17acd98632
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.069,b2e449da-578b-4a56-b6f3-f314b1a38c23
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,0ea49310-315a-47b7-afeb-837dd3cbdec8
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.069,53d8a025-df54-4481-baac-9111e9dd28d7
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.069,a329ac59-2117-40fc-b5cc-7bce7e079e3d
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,873e4bfe-348e-4b93-9a49-a448675c93bf
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.069,e712edaa-c6f2-4296-9011-c4c2412e0b44
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,8d627148-33db-4f7b-938f-9a7e4d2f8627
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,044ac7ec-a188-466a-941e-1792d6a120d7
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.069,66fd2658-f406-47d5-ba35-de5c149e2a49
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,48b2bdbb-4c79-4785-8434-834ce9b73ff7
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,eb10e0f2-a8ec-44f5-9ffa-f46f3efa4fba
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.069,c9b25f97-219d-4743-a894-1c4ad20d4d04
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,cd7947b5-8237-4b35-8b9a-5d327db9dc98
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,c1861e70-b667-46a4-99bb-b63657525e74
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.069,c5c9c18c-98f8-453f-acfa-43825411c236
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,7e0461d2-b9f1-47ab-84e6-dbcad5e51a1c
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,4a292265-c8ea-4d0b-a148-94a70d76019d
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,1.2723765756715722e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.069,b923d238-5735-4b8e-9d60-6935a6c78c39
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,50c37bd6-be75-41ee-b835-a31fed53f28b
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,c0c4d2c7-85ca-4394-90c8-efae6bdd0905
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,91528478-f1e0-4a71-bffd-aafc935e66c8
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,04526e0e-1be7-40be-a09d-a0cb315ee403
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,ec1bfb89-f0d0-4c51-b455-f93f3ae8318d
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,d21f26b7-2aba-46c4-a70a-d22df797a576
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a8c9f4c5-d1e0-4f18-8eb0-8ea6d3422743
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8bb66255-3d07-4ba8-8303-370b4b569477
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,1d553e19-d2d9-4fd8-ae45-41f222cfdaf3
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c9c36809-96a2-46a2-ba99-318ad180776d
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,855575ca-7a96-4bc8-985e-54af192f9382
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,e46cc552-0d85-46a9-bf39-e8d72ad29f0e
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f7f6dfa6-aa98-4704-afed-2edf9ac9a9db
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,580f7c7a-138e-4261-b0f9-f6a10eb8e7f8
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,1e00d5a3-36bd-42d4-b950-fdb29d3ed15f
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,2ad6979b-6617-4a67-b871-97e7b933a952
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b91b71d0-3e66-4dd3-bed3-fda4a317bd85
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,5fa9e7d2-9597-4020-a4e4-df7b9e324705
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,e88c0688-f207-4595-9afe-4f5be16c528a
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d21edefb-b373-411d-ae66-e4fc537a6ca8
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,0d4a69b4-260a-454f-8298-77ca4f7dd893
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,904b6fec-ded3-406d-993d-249a65337880
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,4f0d1051-af08-459a-85f4-7a5f4c0f87c2
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,88225bd5-f735-4a56-9728-48fe7ee5fb21
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f72d32b6-b321-48a0-90ce-162cee20a028
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,0d9eef1d-63a3-4d24-bfa6-b89a9f7a819c
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,b92cd637-3e14-47fe-9b56-664621f34206
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c18fbda2-33c1-478f-8391-c6762d4bc2c4
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d0bd2097-9a5a-4daa-9421-f4f252033b1e
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,76ed2943-ff7d-497e-86e1-41b49f5f8541
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,faf71e64-e01f-4a99-9b00-ed40808adc0e
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,118cf5cb-061d-471f-93e6-cf4ec4f9ae79
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,3bd8b601-bdbb-449a-9396-bff81678f751
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,2b9e27bb-4514-483b-9954-b55f46da0fb0
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,86d84b4b-03d0-4b72-98c6-5839e79200c6
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,26e213ab-2f26-4ffc-924c-f31c1bacc6bb
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,bb9898af-d69b-41de-84f9-bee25c873e9a
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,5791d07b-119d-4562-b556-027c1e2a8099
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,2875a156-bf37-48c5-91fd-108b39f97972
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b289d57f-94aa-41d7-817a-83239698177f
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,4989f1da-86dd-46a3-bc3a-f86b4444bb9f
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,64704238-1ecf-4647-be6b-61098a1138d8
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ae95b5fd-4860-479e-831b-ab56ceb9cf69
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,f487fe8a-3148-473e-b62d-43d1ea1e3d5d
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,f85f85db-1e41-43bb-bc2a-58be510d4cfd
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,068ade32-1f34-4dc3-83db-1d34a34dcd7b
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b22eb73e-2130-4a8f-9c0a-1844bbdd1185
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,079bce02-64fa-42f5-9234-b310a992de55
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,920730b0-ebeb-42ef-b694-0c267257bbc2
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,06498eee-57f8-41fe-b540-a6bcb4d0e2b3
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,6231cd5c-dd3e-448d-b311-74b4688c3905
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,0479f4eb-d332-4d5a-a8b5-8ea73ee023e0
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8526b91a-2485-409a-9214-f738e5c36ae3
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,281da182-c33a-4f4c-b449-adcad633ba25
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,105d1d22-9828-4abc-95c2-7d703824dab3
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,35e9b3b8-8280-45c5-8713-101768076449
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,b3ee2ae8-840f-4dd9-b8c6-b39eb9e1c721
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,97d3e308-9c86-452a-b86e-2b338adf249d
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,5d3fd899-5154-4bda-b639-d7e6ca7683bb
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,2d33c445-6294-4f18-bc90-e8f1fc264511
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ba9e7fec-045f-48e8-9c89-7b2196972677
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,572c537d-302f-4bb3-9414-be29030ce0e0
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,05f021fb-2099-4901-95f2-919e205147e1
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,6c2c4e76-9b17-4ef7-9ef8-8ce7be69a483
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,5736de82-fe33-4c0a-9c06-cd6587b367ba
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,3ae51cb9-11ed-4f60-b685-b0c691c48127
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,975f9ed7-ea1e-4337-9a91-acb76ac7069f
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b9b7c17e-1975-4c7a-a6cd-abca58f4d1af
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,5b73af17-f124-434c-9ec2-9542c8546a43
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,799a8d0b-f0da-4c02-880e-1332ebc7bc17
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,eedd32f1-89f6-4852-9a94-56afea9f709a
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,58e57cf0-5657-4f03-9eea-1c088d301f9b
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7428dccc-657e-4a69-9c7c-54a4039e094f
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,f2322135-1237-4132-8f96-129018437f47
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,6579c9c0-41d5-4616-8be5-9be58adbe096
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,89a7ff3d-4af4-49cd-8413-5688bb107af6
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,a9282a30-54f7-4d57-8ce7-ba35b8a5c4a2
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,fc4a4d1a-cc2a-485a-acce-209b4aa3a549
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,e1ccd377-56de-4fb4-984e-ad5093c93d92
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,183a2a90-21af-416b-8ade-a11a284caffa
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,079e5b13-a48c-4a95-a6f3-745a086c932f
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a4eaa36d-6864-4f9d-9a4e-067b169be679
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,c4a4ec0f-1875-476f-b8c2-c395df1c1fd7
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,a93d34fb-0769-4745-bf88-414fab6553ad
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,e540d598-7754-40ec-b8bf-71d5a2f3a562
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,302beb45-2d4c-42a3-b52b-22f4975c9f65
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,1aea2438-4f77-4092-8520-d9e38759b784
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,0daa87f7-ea30-411e-8e01-e644b8902b28
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,afcedac0-b60f-456d-bfdc-ae397e71b044
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,758ff7b5-f400-4199-987f-616afa444735
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,e9b08c94-0c11-4646-b904-119c396d88df
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,93bafde7-bc6c-446b-b03b-d3d836926bdf
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,4b0374b8-fffa-4686-a1d6-538420ff7c87
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,795e6e48-e30b-4964-a913-3e4b5ac06ae1
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,9bff839b-b399-4c3e-af27-649331c617ee
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,9d36baac-7a93-42d4-a868-b90341108e64
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,e6491a60-9b48-4a28-9c32-cc8de21edb6a
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,56f0b285-f52b-49e4-9058-fbd6609df7cd
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,232dbcb8-2fa9-41fd-a1c0-b085da4fc633
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,d95e4e62-5795-413f-8103-c1c6f53dc4e5
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,7bc6c8c6-f491-4dbd-b72e-127645df5ab6
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,e1dc7e9c-03ba-449a-aa2b-56915990a24d
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,b3a0c8d5-f326-4b15-8db8-644fd16f4cb7
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,6bb1bf22-851a-4560-9650-2092ec771567
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,f17e9b6c-d9fa-4996-9f7e-2b965b91f2de
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,0c6ff9d2-ac91-4132-8535-051bc0502e3a
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,ffc7f63b-7f1d-412e-8f61-bf30f827123f
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,0ca428fd-0eb1-4d0b-802e-ad784c4ebf46
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,c19f33ba-6cb2-4f55-926d-61b9fa0f0aba
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,393a9a2c-fefa-4910-9d22-ac860c1b6212
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,92a2e296-caa8-4401-8818-f74ec5255473
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,51a0b39b-db98-44a0-a083-91bfdfb79568
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,86e14033-d538-4d40-b577-c66c961ffaf3
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,6188b0cc-9dad-436b-929e-30b749ceedeb
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,893f59e0-84d6-45b6-bf6a-b11c5b150f35
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,a96193e9-771f-45fd-af50-53d2afa23c2b
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,b31eba9b-d952-46df-a679-c1e527b78f2c
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,09b21962-43b3-41e7-8994-ebca641207bd
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,71c1836c-0a91-4bb3-897f-3cc86eabc7d7
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.2889694625160995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,3029a589-5b00-4bb0-9a2a-e60a5af7c7be
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5b816e43-b020-4181-8929-2e4520b835cd
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,42c70981-ba3e-4c9e-b280-b61cbce91940
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,a75db3c2-a239-47da-a70f-c549759f2189
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,9f2c8f95-7647-4d3a-9dd7-d116cc267088
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,c8acad24-572d-4089-8c64-dfc2e675802d
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,f3ed5a8e-85ef-43cb-baaf-8134ba6e344a
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5f31a07c-ee0f-45fa-ac9b-4a7a72de2770
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,8cbf5b30-714d-484e-9f7c-74da5c1f4c06
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,01774a0d-1a60-4529-8e14-0c0f8d2e8dda
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,fccbf71f-7aea-4597-8c45-310ad39a3227
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,247b21f1-7564-4254-9a24-eb8c03fdda3d
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,47572d5b-61e1-486b-afe7-9b8bc5ef56f2
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5b11be67-9528-419c-8141-06e6030074cf
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,9823b563-a64c-48f4-9328-b0afe91132a3
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,c56260dc-9682-438e-85d2-a08c1f81995a
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,b07d434c-afa8-4424-8912-88c1ed8854d8
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,252b0ffc-2c2e-4611-8022-a3c4af24bdbc
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,3125da3a-6d33-455a-b8f5-c1dabb909258
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f807ef8c-dad0-4692-a626-5ed785220bbd
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,d8bbee0a-11fa-4d44-af7a-8f1c86fc3199
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,d7f2c0b5-7802-4b54-ab59-15aad3806910
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,7dd8f8f0-e490-4365-98d6-5659eef3af11
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,861ddb92-2d3a-4559-9420-8ee91b53f487
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,70a68a93-709a-4d13-a779-eecd55fec17e
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,40eb9dd4-3110-4098-bcdb-a96b0cded1b4
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,eb57d80f-722e-4347-8066-f2bac476b4d9
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,c5dd84f7-a492-45c1-9cbc-6bdc6271abc1
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,11e19648-c8b1-4396-97de-3b71c8b189d8
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,9b1d7a35-0bda-4e2d-9dde-7fa99dc50866
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.0018181803430123709,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,30c63952-b1bb-4562-bda8-bdc943529c9b
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,935aa7d0-7205-4b62-8f9e-eb9d07796f3b
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,9d6c1e62-f5aa-4b46-bbb2-53a382568be3
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,4468c94c-6a9f-42b9-82d7-c505b8254907
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,af96f56f-cd0d-4b58-b8cf-63e2889f981f
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,25bc4b0b-6085-4eaf-8c67-492609f3be86
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,bd4b67d7-d29d-47a5-8669-d46c75ec46b1
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,994d98eb-bc4b-4c1d-b67e-77f545e087be
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,90fa94d8-8ee9-4976-b28d-84c993dac6cc
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,cd772a9b-4c43-49a4-a052-d724a4a5ff73
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,b2cba5da-df5f-40e7-b11c-e178aee5a9ee
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,ce0bca78-1e6d-43d2-b77b-508a989d0cfd
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,37828b8e-d9fd-4454-bada-4aa23ebfda98
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,5e545072-0154-4827-af7b-5c783e98e0bc
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,aa0eaabf-402f-40d4-bb16-ba189b00590d
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,d95197e2-f50d-4b31-9d96-5df52fd1ee3f
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,380cf5b3-956f-42b3-9a13-f3f8b5b57390
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,73905f83-9572-4bf8-9fb7-affc2fa18d7a
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,1076cc25-db21-4bdb-9cd5-2e33723f8342
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,0536b992-2cbf-4931-b5a6-297edaeb99fe
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,18e586a9-3d68-47ad-b5b0-03ea7b540d6b
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,e061a7e7-0077-4c2b-a18d-e71ed077087e
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,55899801-edbf-47d7-b4ba-1d95091c3cbc
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,2116be80-560b-4678-8853-66c2e01a5041
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,40922fb5-05fe-433f-9ca7-c109e7e4776a
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,82c9dd74-5801-4ed2-beb8-da6682d761a1
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,167a603b-31e6-4e12-a89a-cd916870d730
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,8d1f0a0b-ddf0-4745-b609-ca9dec7fa929
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,8766cd83-d7dc-4062-9262-7bf4369a9d83
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,50e1fe9a-2aa2-4398-8333-14b83220db25
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,6.615601248079202e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,0a2c64da-796c-48a9-a5c7-d928ed13691d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.076,c1bf1f37-0bad-404b-aed7-992aed6de9f7
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,6641bafc-270a-4939-a1da-4b9b42d42e5e
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.1.2,modeled_data,kg/kWh,CO2e_value:0.076,af23440d-80db-4234-97b3-efa1306f5a44
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.076,0fe1aab6-fbe3-4aa1-b307-a78ed58876be
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,4b5c488d-8e42-489a-96f7-e93eaabf009e
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.2.2,modeled_data,kg/kWh,CO2e_value:0.076,f3f39862-7a35-42a1-9461-30f032e2577d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.076,e26d8973-3d8b-462a-bcbf-5584a0c70fea
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,6515c322-f82a-4378-92c1-31b8a700ecde
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.3.2,modeled_data,kg/kWh,CO2e_value:0.076,35a677e5-5ff4-4ac8-9c9b-bfcfa19398d8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.076,49859bde-95ce-4b37-b04a-d4b2631cfa3d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,cb63d84a-cd70-4809-a278-b0f3f6d19ed5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.4.2,modeled_data,kg/kWh,CO2e_value:0.076,c0b252c2-7d5a-4252-a20b-04bfe0325eba
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.076,ba5a4ae3-121e-45f9-9f79-462c9feec2d9
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,74ea8e49-adb6-4ad4-a756-d844db843fb0
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.5.2,modeled_data,kg/kWh,CO2e_value:0.076,1d422089-eefa-4de1-9a20-eb1a1b366650
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.076,971a946e-3dcb-4218-9538-e256772e7e6b
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,24101993-69ec-4aca-8b1e-b03ebd514c2d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,I.6.2,modeled_data,kg/kWh,CO2e_value:0.076,f26b92dd-04d1-40ef-94d0-4d9a479a8513
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.076,283f5a78-9d23-4eab-bce1-063a46cde817
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,bc177adb-1e86-44a1-8db5-c1cc0effd6ba
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.1.2,modeled_data,kg/kWh,CO2e_value:0.076,2170400b-9385-4bf4-b4da-86d6ef5e6f57
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.076,add66d88-a420-4f2e-9d4e-aa41c4538461
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,928b14ee-b850-491d-b2de-b2dad13f7d86
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.2.2,modeled_data,kg/kWh,CO2e_value:0.076,c66f2c04-af9b-4094-ac1d-52c729a34815
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.076,f6fe34ab-61e1-4959-845c-1caefdf451fa
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,9e55f3c9-261e-4fcb-8a99-c13413f2959d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.3.2,modeled_data,kg/kWh,CO2e_value:0.076,4e0f7f4a-9345-4a13-8e5b-7eb263a9d738
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.076,badcbd81-1bec-470e-be73-6134b10bd3b4
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,df210a1b-5709-4412-ba01-bdf898ad7ffa
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.06107013018429839,II.4.2,modeled_data,kg/kWh,CO2e_value:0.076,a85603b9-50f2-4da1-a4e0-26677fe73625
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.076,94f5e3aa-ad38-4157-865e-52579bb47f3c
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,b5a52306-048d-49ef-a57b-f16b370a9bd4
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.1.2,modeled_data,kg/kWh,CO2e_value:0.076,6ad8d2ac-7160-4314-957c-24b0d1c9fe93
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.076,f1971a05-8b29-420c-8c4f-b4900e5ece20
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,bdbf1570-16a2-4725-8700-ad0be33ca8d8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.2.2,modeled_data,kg/kWh,CO2e_value:0.076,20cdaa44-ab4c-44d1-9b3c-9ae5980fef99
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.076,feec98f9-2ddb-4f32-a087-5e2e401a4bf8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,13a02b65-dc6f-4573-9249-6a4e48c596ba
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.3.2,modeled_data,kg/kWh,CO2e_value:0.076,2b05915e-4384-4245-9f77-29ecf4fb3bdb
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.076,8604e8e7-aed8-4ee6-aa9e-5f0584a6ba2a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,eec10c19-7c7e-4b44-ad40-0e85ff393a68
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.4.2,modeled_data,kg/kWh,CO2e_value:0.076,d11ded2d-adbc-4690-a20a-baf4aaa7c74a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.076,f09fbdfc-4f01-45f0-86e6-6e89d82d22be
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,9a4a80f4-11ad-4445-bd0c-b87dd2e571d4
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.5.2,modeled_data,kg/kWh,CO2e_value:0.076,e4d16c83-5b0d-42de-81a0-03b99d605ba7
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.076,9d94bc85-acd5-4655-bac8-0cffa2aa9d2c
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,7917fcc4-15c8-40c1-84cf-005a6ea21dab
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,I.6.2,modeled_data,kg/kWh,CO2e_value:0.076,3d615d77-9d29-4d91-8124-71fd7d916409
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.076,336378bd-3f43-4699-8c4a-def89a6f8e74
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,58ae64e1-1436-441d-b3ed-901ede9ac3c3
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.1.2,modeled_data,kg/kWh,CO2e_value:0.076,cd0354cd-e16b-4a04-ac7c-8aaee07a47b0
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.076,83efcd1b-c03a-432b-8f7d-aab56187c226
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,39ae1fed-0daa-4a72-887f-ccc1f7425fe1
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.2.2,modeled_data,kg/kWh,CO2e_value:0.076,807c648a-8435-440c-a6fc-d567bb4b7150
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.076,7c991776-1dbb-4fb6-96de-d8aa9a2099cc
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,a69fab2d-800b-496f-bc78-1fe7724acd39
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.3.2,modeled_data,kg/kWh,CO2e_value:0.076,07fd777c-c14c-4678-aae0-d5587dc2fd13
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.076,1bc3fd5a-70a2-46d2-8a96-53c72748b339
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,43c2a715-caff-4389-b4d3-74bf4a284ef5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,0.00038424998018644115,II.4.2,modeled_data,kg/kWh,CO2e_value:0.076,14b920d4-eb82-477f-b6b5-f46958db1f24
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.076,d7d0bb55-17d4-4f96-91d0-67b86cbe7b1d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,95bd744a-1a3f-4bfb-9e5d-992c1c9d29fb
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.076,9d8e433e-b076-4942-a55f-251c4a3cbebb
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.076,40b9a395-7135-4aab-a5d5-b974a9211648
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,1a0536a6-5b16-48fb-a0ce-70b6e3760cb2
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.076,78b31e94-0fae-498c-935d-86a799295859
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.076,c2cb4967-54d6-4ebf-a19e-dc026f706c9b
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,e8e9cad0-f614-4bd3-bf70-b531f3a216ee
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.076,4d172946-74a7-40fb-b001-b9b8a65e4c12
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.076,a68868fc-cc38-4ab4-bfe5-ca9d7ebe20d3
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,0403f3c4-b22b-4102-8fc9-d36e3d8ce896
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.076,a6b062ba-d5c4-4151-bc92-b60ad320dc96
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.076,2c5de71b-464a-4d43-82ae-3a7566240658
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,753559e8-7254-43de-ba3f-a8a02aa77af9
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.076,17116835-5816-4bf2-8c42-0a0069372bd9
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.076,d6a2150d-f688-49c6-900a-8645263e6487
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,b431de91-8611-4281-b3c2-9bfc51127132
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.076,05d8e43c-3379-4a75-8eed-ab94bb013fed
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.076,f6c2ffc4-97bc-4905-8f89-1e63dd0524ca
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,1d1fbba7-ac95-4d47-ac0c-1f99372035ef
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.076,cd975b75-c12c-428d-897b-e3916cafb9c6
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.076,59b1c9df-255b-4d66-8a79-a67de3839af2
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,2ba67318-62eb-4dca-a635-95bc77a4dd46
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.076,ba0fb260-be6a-43b9-bdc9-5a6a8eba5cf3
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.076,e23594d6-a6be-4e37-888e-40e3688a6bd2
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,a521fe89-cd5c-4c35-a98d-61642e43948f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.076,6de692aa-b4f2-4a0f-a4ce-9b3b59dc238c
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.076,ba2ddf6e-0869-4bb4-92ad-ee1150473b97
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.076,343f096b-f532-466f-90e5-e43b0ff9af5a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,1.3981256910324722e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.076,dde20a37-824f-455e-a6ae-ece775bf0a88
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.2,4e0dd8b5-6464-4e27-be3d-b8814eb63784
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,165c1f2d-8601-4b07-8244-37c8f1fb8536
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.1.2,modeled_data,kg/kWh,CO2e_value:0.2,de2aba21-73e7-40a0-b6b2-2e62f0f98da0
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.2,273f5e3a-6269-4696-8b7d-7397b981b031
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,ba60a03c-5b67-43da-ba70-edbf3219c0d1
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.2.2,modeled_data,kg/kWh,CO2e_value:0.2,990f2e38-f6cc-4764-af85-deb440759325
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.2,ce9e64f5-dc21-4fb6-a46d-5f868e59e9f3
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,47935bf0-fd2c-487a-8252-34ce2e176e0e
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.3.2,modeled_data,kg/kWh,CO2e_value:0.2,1f8e72d6-6a1b-4eef-a338-c2d2d8475aa2
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.2,b55e0dab-04f9-4403-8a5d-117bafe5af38
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,caf1576b-9b67-4ef8-836b-3ad56268e509
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.4.2,modeled_data,kg/kWh,CO2e_value:0.2,7b2ee76e-5a2a-4d47-8c7e-b25a39af72fc
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.2,f02ff7c8-368f-44d2-807c-8603f710f227
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,9d1fda6b-608f-436d-b753-a729a2784135
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.5.2,modeled_data,kg/kWh,CO2e_value:0.2,2902b18f-b344-4fd6-9cb2-bd267f540924
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.2,fdb9c3a3-f33a-40b4-9622-dd5e7034742a
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,06a258cb-4e78-4ce3-b918-8cd986d4ba92
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,I.6.2,modeled_data,kg/kWh,CO2e_value:0.2,05d915bf-5bc4-4bf2-9fdf-51601afcb6fe
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.2,e23e1244-cbb2-46d4-ae4c-6214a5a806db
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,e6d585ea-26d8-4c0c-bdcd-2718f54575b4
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.1.2,modeled_data,kg/kWh,CO2e_value:0.2,0682e5b9-906c-494c-9c8d-98b52b81d2c4
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.2,50726684-7e76-41ed-a824-f4b6f94b6204
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,be15beb8-dc68-4e02-8b6d-04f2b76fd88d
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.2.2,modeled_data,kg/kWh,CO2e_value:0.2,8ee14420-7e9c-4b94-8a85-03486ac96361
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.2,a080a085-4551-4378-a124-0e6943503799
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,5e3d4c65-c6bb-4610-b2ec-5d9007be3285
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.3.2,modeled_data,kg/kWh,CO2e_value:0.2,a4d95f5b-98e0-4926-b92e-d47e531e0fbd
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.2,15d0e641-d77d-493d-a486-16228dbdbcdc
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,6163fe2c-cc9c-4a48-974d-726cbfd071b6
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.1603156546376315,II.4.2,modeled_data,kg/kWh,CO2e_value:0.2,c009b0ca-4d9e-45ae-8229-1546b487be23
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.2,28dc0dba-7680-4425-ad9a-f6ee26057fee
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,992cf4b6-3d62-4a92-919a-ecbe4bbaceb3
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.1.2,modeled_data,kg/kWh,CO2e_value:0.2,f83fe9b2-f345-46a9-b4db-6d2a4fe26678
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.2,39880366-6680-4024-a175-02c3fe1d0868
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,2193cf4f-ad09-4951-a70f-cd385ce74172
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.2.2,modeled_data,kg/kWh,CO2e_value:0.2,ec31aa42-20ac-4059-a656-8c881695f98c
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.2,cc40dcde-e75b-4dc2-8e52-911fdd435fc0
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,b76b3783-8d34-441c-8b57-8d4b82db974d
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.3.2,modeled_data,kg/kWh,CO2e_value:0.2,155a1ed2-4ff3-4141-89c3-aa96487d05e9
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.2,921f6363-fc5c-4cde-ad9a-e77aae77c3eb
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,d03c8db7-bafa-4229-a0f0-70f9c354cb6c
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.4.2,modeled_data,kg/kWh,CO2e_value:0.2,4e9f044c-1a07-4e72-9630-397af333a2a7
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.2,a994e7c7-ad85-4dd1-8364-74fa66e7a64b
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,3127e2c9-be9d-4dc9-b7e1-37d211798aae
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.5.2,modeled_data,kg/kWh,CO2e_value:0.2,d50ad222-b30f-41a3-ba40-8528937a8769
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.2,2a10934e-d305-4a01-b320-a2f364681fc4
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,b882dedf-1ed4-4b28-adab-ef6c3a2ee9bb
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,I.6.2,modeled_data,kg/kWh,CO2e_value:0.2,3e2e4bdd-d9b7-44ca-b582-a673e21c2b0b
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.2,268872e2-7375-4c14-bdbf-f3e667257f79
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,52951c94-f804-4aee-9819-1ed9af3bd8d1
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.1.2,modeled_data,kg/kWh,CO2e_value:0.2,c7f82779-7afa-4f06-9798-e67c77ac71bb
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.2,d55098cb-923d-490c-90a9-b846d03ae970
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,a3df56e3-1c3f-4df4-a6f9-ddc70ee890f5
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.2.2,modeled_data,kg/kWh,CO2e_value:0.2,4e99ba82-a06b-49d5-a824-a773deef60b0
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.2,5426ddf2-53e6-49fa-86cb-2c93933414f5
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,b7c949ad-7f51-4ff8-bcd9-5dae574ec312
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.3.2,modeled_data,kg/kWh,CO2e_value:0.2,21c1faad-c79d-4e97-9cbb-2178eb4f7d61
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.2,d6358926-89bb-4729-9b1d-83a5d78c9e70
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,d575a74a-d156-44cd-b277-b62e3a808612
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.0010086974914280504,II.4.2,modeled_data,kg/kWh,CO2e_value:0.2,a5e887e8-7d52-4c3e-881f-0a37e351d00a
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.2,6012fbc5-6987-47be-8327-e62c21b68e88
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,d930a4a6-377b-4da1-9144-b8a766e8ec82
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.2,a93a5430-0694-4931-9738-fb45b7738b8f
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.2,d61e729a-0ed3-464b-b66d-2fe6c1cf2058
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,cdd517e3-8a36-4001-bf6c-753bcd4eb033
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.2,0f524743-f10b-4b56-91d1-ffe4357f2b2f
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.2,0668fbbc-4a98-44bf-bc90-4e00e76c13f1
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,af55c9ad-7467-4531-9b06-b25dfaa8a15a
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.2,8a666cdd-f393-46aa-a028-ef0f130441e2
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.2,bdb1ff9f-83bc-4e0b-8eda-14abfc0c1d78
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,d99e5c34-77ef-497a-976c-3b90e8f27640
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.2,b824544a-5f2e-4bcb-aff2-e2a47fba6710
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.2,2229b4a2-6e9f-479e-bfc2-1a677910b64e
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,af37bb9b-e84b-4782-bb04-2ecc5be7a3ab
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.2,ecfd8c3a-14a1-4da7-a4a6-82b99f87580b
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.2,7815ff10-8d2c-45d6-95d6-ff6f1774fd43
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,2dea18cc-6235-4052-8bc0-8ae9c45db943
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.2,a1db9b78-9bad-4f4c-956a-0f8f8f17270d
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.2,74b39892-4fda-4e14-8b8c-19ac3ff4053b
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,e9e776a4-7c9c-4b63-b237-f909d7c5ca19
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.2,ebf8912a-5973-4321-9c14-15d9c6d31a14
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.2,3812f092-2a02-47b8-ab56-d6cc168c040f
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,2c564755-9c50-4175-89de-049805e71d6e
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.2,6a4fc5bb-7080-49e7-8953-642e17b21747
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.2,990ef3c3-a695-4a22-80a1-d5b261bcdb6d
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,16809ce2-691a-4614-b04f-dcfc9a87880e
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.2,f291ed31-e169-4c30-ba7b-6a9d4f49fea7
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.2,3208f132-1c15-4bff-a2f1-9baa35d3faf5
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.2,fc2903bd-51e0-4fa3-9e5a-b998c7d16213
+LA,Laos,2021,Calculated from Fuel Mix,N2O,3.670230188590465e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.2,d89c374b-fce7-438b-bdd1-a97c0af7be41
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.13,2da66dd2-b678-4110-bc50-ee40687d7a1d
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,0e076cc1-581b-4b4a-a4b7-29181290885f
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.1.2,modeled_data,kg/kWh,CO2e_value:0.13,2009e2e9-f61b-4fa5-85f3-23a6c2e06237
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.13,5e248d93-1ed4-4929-a127-6caef95ec6c1
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,2eae28fa-130a-41fb-b003-7af0d37b36fc
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.2.2,modeled_data,kg/kWh,CO2e_value:0.13,b10469d6-d455-460e-8305-3bf21b7b391e
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.13,da3483bf-71af-484d-b2ee-de3e3915a3b9
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,c2cd53e8-81b5-4722-b997-ef9463755c0b
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.3.2,modeled_data,kg/kWh,CO2e_value:0.13,571f812e-bf8d-4885-82ac-befeca70a214
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.13,9d051133-d2df-4225-94ef-57215a140cee
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,7ab33d56-202f-4e44-a86d-8873b4bc9ce9
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.4.2,modeled_data,kg/kWh,CO2e_value:0.13,28825c81-5211-4f1f-b2c3-ae51602b286e
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.13,2493f9d8-d899-4984-a5f6-31d6a53df0fa
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,aa577662-f3e6-4fc9-9afc-665f8637b2ac
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.5.2,modeled_data,kg/kWh,CO2e_value:0.13,c38c7b12-e074-410d-81c3-ffcc9038c10c
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.13,9a41eb95-a166-4b63-b6b2-be841f877470
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,3ab21984-b64a-437e-98c7-7c33b80bac3e
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,I.6.2,modeled_data,kg/kWh,CO2e_value:0.13,e9096026-2e93-4c5f-b7ec-ea35c27097bd
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.13,899b6adf-55db-4cc4-a9a1-28f3774cea27
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,c228443e-008c-41cd-8690-8ac8ba12c4e2
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.1.2,modeled_data,kg/kWh,CO2e_value:0.13,042fdf39-b413-4672-a37f-8b17f8d8fee4
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.13,5a5036dd-62f6-45b6-ad96-a0d62ab61fea
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,218c8b27-06d2-44eb-bf56-4ca9ac2e8967
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.2.2,modeled_data,kg/kWh,CO2e_value:0.13,1f7061f8-fa30-4c86-a5f0-eae86f93b521
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.13,f9fb20f7-cf05-4c18-800f-64e999657007
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,93104f04-c355-4e6e-b0c1-082087824461
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.3.2,modeled_data,kg/kWh,CO2e_value:0.13,4f9e49e1-6ad0-46a0-b485-17ade9b2f38d
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.13,51c5fc11-6bf8-4286-95b4-cd299bfb542e
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,e5a38533-0e89-4d42-b1af-81d1fe2ba4da
+LV,Latvia,2022,Production mix factor,CO2,0.10391199999999999,II.4.2,modeled_data,kg/kWh,CO2e_value:0.13,956bee9a-46a6-4d94-8f31-5cd14bdf4b59
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.13,7d2c6977-1fc3-458c-8e80-de33063ad574
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,897e4dde-72dd-4cad-b490-ea5eb4eb9eaf
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.1.2,modeled_data,kg/kWh,CO2e_value:0.13,368a623d-eb43-408f-9fe5-b33865341864
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.13,47f39df3-89d4-484f-aa17-656100033115
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,ceafb681-54aa-40a9-8e52-0bee739d747e
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.2.2,modeled_data,kg/kWh,CO2e_value:0.13,158f1b81-8dd9-4606-9e1a-2b8e55796fb9
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.13,f783d3f2-9553-4ab7-a693-97f8551b6abd
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,2e14fd28-9ede-497f-aee8-f1c83b0cfb15
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.3.2,modeled_data,kg/kWh,CO2e_value:0.13,5c15f446-9cf1-4f58-bbe8-4d957e10bd70
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.13,7e858904-7f39-46fb-a9d3-61f7dc18f2d1
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,485df634-11fb-40b2-aea0-39ee91d81179
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.4.2,modeled_data,kg/kWh,CO2e_value:0.13,868d935e-fb87-40f1-9185-581d2ab3814d
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.13,8ed86a28-aacf-420c-b622-f319642f752a
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,5d1eb544-0ade-41f4-8e4a-ede67e73cbb3
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.5.2,modeled_data,kg/kWh,CO2e_value:0.13,dfbbaadf-4d8a-4dad-8f30-88022ee17af8
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.13,ea16ebd7-1aaa-463b-85a8-2cd585d864c2
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,07a39eae-13f0-450a-8303-02406ad6227f
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,I.6.2,modeled_data,kg/kWh,CO2e_value:0.13,a32fa786-3168-42cc-8636-4ba99829e488
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.13,4128a075-210f-41d3-9699-72b6d7fed909
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,e00b022a-11fd-432d-aebf-ffe2e6af00da
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.1.2,modeled_data,kg/kWh,CO2e_value:0.13,33a66c26-fa6e-4e42-98d3-9581b8fc08cd
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.13,46d3d020-28fe-46ad-97f8-e54b7cc25f00
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,c94febb9-e585-4cad-b694-ec7c60902704
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.2.2,modeled_data,kg/kWh,CO2e_value:0.13,2d3935ca-ed92-4d9d-8b0a-487430e178a5
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.13,d11a5272-7b4b-4a11-9a89-b4ad8880a2ff
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,2c217fc2-e43c-43c8-9cf2-c756a4bf5ca5
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.3.2,modeled_data,kg/kWh,CO2e_value:0.13,1758b05d-da5e-42ba-b19f-c57f9622ffee
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.13,6b1bffaa-58bf-46c4-94fe-72e0a1b3cec0
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,f73225ad-c3fd-4a4e-ab5d-b46ab993cc09
+LV,Latvia,2022,Production mix factor,CH4,0.0006538087248322146,II.4.2,modeled_data,kg/kWh,CO2e_value:0.13,d7205cef-1953-4f47-8663-2823a8940b3a
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.13,4a3a6faa-6848-42e5-93b8-a8f73a5fb659
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,6966b6ed-9226-4c78-95f6-4f755e8e9510
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.13,075a8f20-6939-4ff0-aee0-c7fa3b5da9a9
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.13,17056b0c-a433-4d8c-bb47-22e978f62565
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,4f4e5168-115b-4c3f-90fe-6e21860af5bb
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.13,0948f724-35a2-43af-a4bc-30a6094a97a1
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.13,38e3335a-36eb-469a-ae37-c6498198e07b
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,f30ab1e9-0e74-44f3-84f3-76b9115bf9d2
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.13,70cb3eef-09ca-4f8f-90d3-008a88f40df2
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.13,0254405f-1ab9-40e8-b1a6-cdcd90c71977
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,7eb9a279-8ee3-4454-a3a5-c998a1a441d8
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.13,ab1f506d-44d5-4239-854d-50e87bbba3f1
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.13,03f070c5-46da-439a-9721-7f2d222ef8e4
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,f2ad2113-747b-4f75-8f6f-ffa6bebdae49
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.13,9729d557-21dc-4080-b0a1-64ee44d063bd
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.13,b078fc71-9589-40a5-a2b2-d6c08ebec1c2
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,946f8b0b-efb2-4d3a-a112-e0b3c761eb3a
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.13,80fbdf01-29b4-4484-8f02-5159faf9bc94
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.13,0560df21-7602-4da1-8d1f-7eb447121930
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,e58255d4-2a27-4b12-bdd1-9345e070a35e
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.13,3b3c4542-c7ad-4ea1-8ef3-41f531d46f2d
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.13,4a04861a-3da3-4b8e-9ad9-e69ba4d10c35
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,31fcadfe-a98b-45d3-bed1-b6b8f1086cdd
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.13,cc9ecf26-3ecd-4ad8-8dff-cc633c00564e
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.13,5eb231ce-cda7-4be5-939d-e2839ae9a3fd
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,b5bb449b-fd29-4db7-a089-709fa684d5a7
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.13,b1484303-f719-4503-8850-080b5d20ea1e
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.13,363ec478-ccb9-485e-ba76-2fd963524291
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.13,e32ed1cb-4ed6-4ca3-b6d7-2523e5364563
+LV,Latvia,2022,Production mix factor,N2O,2.3789377289377287e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.13,d0b267df-4ede-4be4-b7d6-e43aa8875654
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.529,52823d0c-3e27-4bdd-94f2-fa59578d4917
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,abafd478-4adb-42e9-babd-703af56c7574
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.529,59143fee-04e2-4dac-bfee-0884122278da
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.529,6fb6d19a-1146-4699-8a20-bed39602f49d
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,c3bb1b1b-2087-45ff-91eb-57c5afacd2cf
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.529,e1ccaa1a-9d9e-4109-b6a6-fee9df5a6216
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.529,aaaa44cb-f255-4dff-9df5-f683d39c61a0
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,b7eafcdb-c8de-422a-bc82-f189e2eb4a90
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.529,e9409446-5a0f-42e0-9103-1b6c78ea1201
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.529,1ec84878-0b80-49b5-b0a4-6154b5789e49
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,7c89b836-c4a0-4d37-be89-ac615319340f
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.529,ca483227-06ca-45a4-bb15-d5fac4a6a529
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.529,34e86784-42ea-42c6-8535-db9fd1d69d06
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,916210a1-f817-4d66-92f9-dfe91fe0527e
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.529,043a0443-32ae-4a6d-a7ab-462b91935efa
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.529,381b06eb-df19-4842-87b6-fc90e274c9ca
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,0d97d262-b50b-47b6-9377-d80483fcf190
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.529,17f833fe-ee01-487a-852c-dc6288b49263
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.529,5da50678-f45b-42d3-959f-b3e43502f724
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,6d0ea68c-9956-48ff-b0a2-c953712e5807
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.529,b3c19ac0-3304-49f5-b630-708c22aba689
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.529,06144b97-7e40-45c1-9ce3-dc9b2167d98b
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,298a6d8b-77bd-4c9a-a279-c9577ede145e
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.529,2592a5d9-119a-4646-ab6c-de656ea0dbf9
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.529,ef7c90b4-33da-4173-89a2-6feebd2c63d9
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,3dcbd90c-1e66-47a0-ab96-e3e361a1f233
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.529,542a4bb2-ce22-4565-8f9a-9629de7cee20
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.529,2483b3f4-4ed5-4d9e-a383-1b5feb5894b0
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,f4ea5101-761e-4b39-ab50-d6d1e1a69c1d
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.4232910571051002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.529,ff60109c-b3aa-4ac7-b04a-0dc2ad0b1874
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.529,8aaa58fa-4a5f-41ae-9b9d-a16f192f09ea
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,cf01696a-d1ef-412f-9b55-f2e37bbee1bd
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.1.2,modeled_data,kg/kWh,CO2e_value:0.529,e88f3e7e-3622-4199-8ed5-5383ee2494ab
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.529,994db30e-f42c-43b5-b860-5b1268d155c1
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,518c2f0a-48c5-43d1-b67b-e6bcd70eb3df
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.2.2,modeled_data,kg/kWh,CO2e_value:0.529,5b957191-55f6-4120-b23c-1d0e6ccd52dc
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.529,417b9a3a-92c5-45db-af02-1be033a4377f
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,f2fe6649-b5ee-4410-868b-4bb1fdcf50b0
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.3.2,modeled_data,kg/kWh,CO2e_value:0.529,901174be-95ca-482e-97a8-dfac5214c7f2
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.529,db2d7bd4-a2e5-4b07-9cc1-976a1202d21b
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,f7741525-9f3a-4dbd-8f56-b4b1b864325d
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.4.2,modeled_data,kg/kWh,CO2e_value:0.529,6042e7e8-78ea-4c65-b1f4-720095d81931
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.529,c723d8d2-f83f-4af3-854e-8e91caeb8544
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,3ea4129b-b96e-483e-880b-d0c0209362d4
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.5.2,modeled_data,kg/kWh,CO2e_value:0.529,81dfd037-8d5b-4a4b-b619-12811fa0b2fa
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.529,189ea65b-51e4-4eb9-bbff-60ac31ef0f46
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,8eee411c-1d8b-4a3f-b8df-d8e55da241f5
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,I.6.2,modeled_data,kg/kWh,CO2e_value:0.529,6aacbe66-3564-4b35-8037-7c0ef3bc6e0a
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.529,93802f1f-efa5-4c2f-9f6a-9160354a4f3d
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,9629bbb1-af82-47ca-82af-589b1dd56a76
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.1.2,modeled_data,kg/kWh,CO2e_value:0.529,768b1463-83d9-4635-9a69-433f6932d498
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.529,58853b0d-6702-4f21-8504-27c33680ba49
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,7c8c8558-87bb-4c40-a7e3-97e309c8cfca
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.2.2,modeled_data,kg/kWh,CO2e_value:0.529,8e44987e-26db-4ba9-ba33-5613a9421865
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.529,01412ec3-032d-432a-a229-d0c2b8e35b1b
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,5ecb435e-4c6a-4934-b3b1-50d89cda492b
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.3.2,modeled_data,kg/kWh,CO2e_value:0.529,9265c4f2-3ac6-48e1-85ca-1edf5f7e1737
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.529,9dd711d8-8744-42b6-ad27-a0c8fa606ef8
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,4c1b6ec1-b11e-44f4-88f3-7113ae24a2e2
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.002663324604268667,II.4.2,modeled_data,kg/kWh,CO2e_value:0.529,d1a4c475-cb81-4cdf-90db-eb8144044c8a
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.529,43b3e216-b82e-4bf5-bb45-7c1a3fabf0b5
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,e54e3220-9d0e-45de-bb63-44e6878a5ea3
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.529,097239d2-f891-41c7-9eed-9e29295b5bd7
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.529,47ed46ab-daa8-4a13-b911-d5d306778921
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,84991b2a-2e0e-4c70-9858-df264544a97f
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.529,3081daff-2d07-4ce1-9c1d-44f428540374
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.529,fc88901f-00ef-406c-b840-07cbd0269197
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,48307bc2-3587-489c-a089-b6d275d0fea4
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.529,092127b9-6081-4069-9bb0-3e6272184254
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.529,dc0a3e5c-6003-4e7a-ba28-e3f1125f45f6
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,830360f7-593e-4217-a891-62d2fec3a6d6
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.529,cbe16851-7fcd-4db5-a0f8-83b58c7f8d87
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.529,29234ccc-3e65-416d-b817-0212bdc75f47
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,6e9cc3ad-8cbd-4745-a317-351f88205a69
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.529,d55afac7-a2f7-4c89-8296-516ca04d8750
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.529,24beb149-946b-43b2-88d8-5a3a63abd6ad
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,14372a1c-df34-4236-af17-6ac14623e88e
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.529,2979af5f-a330-4dec-96fd-04cf1b4e47aa
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.529,a2ea57ca-ed47-4174-b76e-a8dbcff2fcca
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,d8ccc463-6256-4cc7-9f45-9675ba2fe732
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.529,9f5b96cc-14f5-4571-91a6-dec1c995894c
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.529,7a0138c5-f9e0-4798-af12-8615335360c6
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,c17cd230-8512-44ae-b767-66df432f6c4c
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.529,25f3a1e0-012a-4f89-ba9f-5f778c2daca3
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.529,95c338fe-5c67-4098-b359-57eda03f9e3d
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,8d2b4495-e34c-46fb-ac86-d1a156ac3851
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.529,9d3a86c5-1716-4c51-b8d3-9d6ba16da06f
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.529,6900ad24-7292-4690-aa51-02a1a5076a99
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.529,36f1b1f5-70ee-4633-ab73-c0e7f4fc48fe
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,9.690729329329216e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.529,92a100bb-93b1-4fea-946a-c08e44207df4
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,3c77fb81-e11a-421f-9c17-375ee4103bb2
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4911b252-fd26-41c0-b811-d4798288a8c1
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,68fdacc1-5616-4b3b-a581-9637f74d8014
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,57eb36d8-6bab-4cbe-b317-3d936974a216
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7e8fdcca-80d1-402f-a398-9efd6d82fb2e
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,224c5dbc-9bb9-46fd-b32e-cac9c2372805
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,760b4805-b9a6-4568-8e16-994c6e485c88
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7bcd9f29-8d79-4c26-8e8f-d014ce62b3c1
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,1ce09845-a967-42e7-a103-6fb9079150f0
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,2ef40408-0eb6-4839-a3bb-dd8f3ee65e89
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a66f383a-bd13-4863-abd3-f69017eccf84
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,810b150b-91e2-43c9-913c-cea36b01ce8a
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,59f69ac2-4636-4731-b68f-a05252865595
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,263ee259-51f5-44cc-b9d1-a90480dd8f5c
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,33137980-8f51-4331-a83f-b151da8a3ad6
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6c600d5c-39c3-479d-bf26-51d53e794c25
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bd7ea972-7b67-4a33-b6f6-aaf113be447c
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,581d3fbe-65c8-448d-9633-550edd2b0c98
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,771813a9-9119-4d6c-b18a-d31ce51c8184
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e2bd3773-2364-462a-ab34-3e024979fe7f
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,882218f1-442f-483c-a46a-f8eb09f86e86
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,50d48384-49b6-40d7-80ec-cfd2240d7f1d
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,afbd3f8f-cc66-4c9f-bfff-00aad41f0d3a
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,39c7c0a3-ac49-4d9f-9f92-7e368cd5edc3
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,fde556ea-8aa1-4493-a775-9a7210775014
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,df0645b3-080b-4f98-a60b-8351139251e4
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,3bc908fc-4c86-429a-98bd-3975a6a09fcc
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,a45fd48f-d25f-43a7-8608-93fcf63bff16
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,96811e66-c0bc-4a60-a56a-cd68283d4c9d
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,9972fb4f-46d5-4479-9bf4-06225c8fb66a
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8164977b-b1fd-4535-816a-330bc7b3d7f5
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0429a991-ef76-4e7d-aedc-25aeeb466e1d
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,b5e987fb-acf2-42af-88a9-eedc83fb26c8
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,c027cee6-bcbc-4ba4-b658-cd74585dacaa
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7690e370-7a33-4332-806f-44fe1a285264
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,703c65c0-5dfa-4fdc-b951-731d9a6fee08
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,c640e56f-7c13-4481-8158-f7977bca81c5
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dd23c2a6-c1b0-4e48-b03c-2d262bf0770e
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,30323596-7d04-4a5a-90a3-547810fae114
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e016d371-5905-43aa-805b-51ebfc32a907
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,32b3609f-e158-4888-bc2d-3a5c44bf047a
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,08dd5c77-0b14-4f26-975a-0208f575ed59
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,4992a1e9-090d-4c14-aa8c-519b5540c2be
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7e5f18c9-8d48-4216-8ee0-513da540579f
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,355a0d43-ea2e-4eed-8952-9ccab96188f7
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,78547a7d-7fa8-407f-aa5a-d21010a345b3
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9eb727cb-ae40-47a2-96a6-5b0d8d24db5c
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,0e32fb20-853e-4580-a231-750ff7e3de04
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9fb73750-b4f5-4f24-bfbb-5351bd2edbe1
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4fe2701d-c914-42f6-bae7-12a621e05d49
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,cd5e185a-657a-4ccc-8d93-6d1ca7acfdd8
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,56c938f0-029e-4cde-b0d2-3896842cc94f
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b3eeb813-9bba-4239-a4ef-64b1ad4f4521
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,5b396c6c-8b37-4450-a871-d1f532e6b2ea
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ffa65709-5f09-4693-a184-bf4cf6b702e8
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8041fc09-899f-4574-8b29-eccff23ae9a4
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,4a68e2ec-5693-4078-af9a-ba8c929b5056
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,3d71aab0-0931-485d-93ad-40081052ed19
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ed892ecb-c470-44c3-aada-72ee555a52ad
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,9a792db6-1210-4c3a-b328-60014ec90e6b
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1a2c4c0f-ba72-460f-96c3-cea2e7e8e29e
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6747ff3b-bd7a-40c4-a548-75778174f211
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,6efd958e-6179-4bd0-9199-641ed7c63675
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,9fb5456a-795c-47a2-9673-526cb2330aae
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8155f23b-ce77-438e-9ad5-23c6a584be54
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,9907e40b-da4d-4cd7-a261-ed86cf3b6110
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,52860640-fd06-4d22-9c28-53b49cfe19e5
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4d5938fc-c7f1-4e9d-97b3-1f24ac25902e
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,56b58c1e-6874-4608-a89b-d394b816ba96
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,53af5b5b-b6c2-49f4-9815-f9dd37e9dae6
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,498f44f7-4ad3-4491-aa71-b9429846a837
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,1061c989-5dc5-4341-9d6f-9d0988dc90c9
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,d78c11ac-e8b7-4319-803e-c49e4b91e987
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,491fd601-c02b-46f7-89b5-3bc99aba33bf
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,45dd95ff-77d2-46c6-bd80-a527e6a652f4
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,f7d551f0-fc89-4361-a9f6-8bbdf6df8137
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6c033df8-b0dc-4561-9d53-7268683897e0
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,42879b8f-55b4-47c7-ad10-f0b12087718f
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,698e691d-6e50-41b3-8dd9-d8bb2430070c
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,88fb7407-5a3f-419a-bf1a-6478a77b6ba9
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,0020596a-2ad4-42c8-9e78-beb9bb625de3
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,7c0d5b74-03dc-411b-983e-3ef61b098693
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2093f7e7-54bb-4b56-8931-87ac76265d76
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,07967206-92a2-4cef-b24d-ad1c8b01134e
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,8e335638-5106-4058-97e9-c468150f5cbc
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c0206e90-eb52-4b7c-b572-bd8fd0483314
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,2acc70c3-2029-4748-bc5a-ed406f6998cc
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,bd832618-aeaf-4849-b94c-8b3818c9b872
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9410a213-7554-4e7a-872a-44d97e6f446f
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,82a598dd-8538-4598-a09f-48a4855a9a7f
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.272,38969b26-fc74-49ce-94e2-5e311f6ab07b
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,c40ed88f-1b17-4be7-afb4-320ffdc8b3dd
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.1.2,modeled_data,kg/kWh,CO2e_value:0.272,db0de747-5e8f-4d30-ab6a-304e035566bb
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.272,9e8e156b-859e-4df2-aaa4-dbb06f741803
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,6ab22b9d-5307-4ebb-90dd-0985d420be2a
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.2.2,modeled_data,kg/kWh,CO2e_value:0.272,7a909276-fa81-4198-8bef-48ff283a1eb6
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.272,7509f677-484a-4507-9e86-bf96631207b4
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,129a1efa-9559-4cb0-9a85-749c8c6d149e
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.3.2,modeled_data,kg/kWh,CO2e_value:0.272,18172b51-4e90-4fc3-83a3-4f4365f24e70
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.272,8a6a1a5b-7b09-42a1-aa6c-4613af73efa8
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,72744705-358b-4fc8-9a0a-ff36d627f21d
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.4.2,modeled_data,kg/kWh,CO2e_value:0.272,35063491-a985-44ce-9e68-9492c36cfec5
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.272,81393f7a-0142-480a-ae05-49681f53c742
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,1f1b2508-81b0-45b8-b5f2-20720425de64
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.5.2,modeled_data,kg/kWh,CO2e_value:0.272,35fb9659-bfc9-46ca-b374-2bbc8a09e6eb
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.272,27d143e7-4366-432b-99ca-98343c206253
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,46843f38-0ff1-4d2c-8177-5917f672f678
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,I.6.2,modeled_data,kg/kWh,CO2e_value:0.272,c08c7e18-716e-41e3-84d2-704902f181f3
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.272,7ca0f822-f131-444a-9283-62eee630ff06
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,1152a40e-3065-4fa1-98bc-d08a56bd748d
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.1.2,modeled_data,kg/kWh,CO2e_value:0.272,9cddf4ac-20f1-4ff7-93aa-a6f0d22e1121
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.272,5d5eec73-f544-488f-8d5e-f22fa82ae387
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,a4746ddf-e458-48d5-b3dd-680a088a23ce
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.2.2,modeled_data,kg/kWh,CO2e_value:0.272,433ee135-ad37-481d-bca7-458a5b4b2179
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.272,4d6d57a8-b249-4408-bf2d-daf033c417cf
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,b5df62c4-e2eb-4ece-b5f4-ab7ea38c2dea
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.3.2,modeled_data,kg/kWh,CO2e_value:0.272,cda8ebba-2409-43c3-b71b-a39034ba5f3e
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.272,c9093f9b-e3fa-48a5-8f4b-10717ba63373
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,9dfa10a0-1477-420a-8e5c-235a1cd05595
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.21770521252202435,II.4.2,modeled_data,kg/kWh,CO2e_value:0.272,828ad4d1-489c-4821-afc1-4cb110e00086
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.272,99f9764c-147b-4410-8bca-1ab72dc275ed
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,a83c40a5-b191-4d7c-ae91-6f20ee855881
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.1.2,modeled_data,kg/kWh,CO2e_value:0.272,d741ee73-565d-4f28-ae1d-43a28a279101
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.272,104d8341-6e53-4e2a-9bed-04eb2aae06dc
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,83f90f21-3438-4cce-a73f-bb7e540bd79d
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.2.2,modeled_data,kg/kWh,CO2e_value:0.272,1ad35bc7-a65a-4d2b-8dcb-75b85f295463
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.272,2a09cb44-8f25-4ccd-a8b7-5c5f8b5899e2
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,965eaaa0-7f61-457c-88c1-901b191f3506
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.3.2,modeled_data,kg/kWh,CO2e_value:0.272,77a2da9c-84bc-45b0-ae78-0dd620d8e764
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.272,617b58d8-21f9-46d0-b342-f2b1657ea88c
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,3209ce66-7dcf-427a-aee0-9a7c4eaf0297
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.4.2,modeled_data,kg/kWh,CO2e_value:0.272,da866827-10c0-4e17-b646-103a50fa5340
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.272,24d48133-a7ae-4f30-bb3b-2f66dbb8c703
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,52ed76fc-ec78-4881-9092-0accb609b3c6
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.5.2,modeled_data,kg/kWh,CO2e_value:0.272,409fc6d7-f633-481a-a7ee-573590bbca1c
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.272,21f1df38-d1db-436e-8da5-bef326a3d818
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,4e5c46a9-a720-4763-ba0c-9fba623dcaca
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,I.6.2,modeled_data,kg/kWh,CO2e_value:0.272,b0a8cca9-f1e2-400e-acf4-26aa684eb631
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.272,273c4d40-16aa-46d6-ac4e-5dccc6e2ba8a
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,93c26756-7838-4801-98ad-8ae68b44455c
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.1.2,modeled_data,kg/kWh,CO2e_value:0.272,7b3191d0-1cad-4740-b4fb-ff2a59b6cf46
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.272,f23d53c3-6410-4c4a-98ab-3167f196d8f1
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,0842ddfa-a4ad-447b-bc84-d0b49368758b
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.2.2,modeled_data,kg/kWh,CO2e_value:0.272,1ecf93e8-c448-49a2-9199-c9b4b2bfe708
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.272,ba7908bf-0d60-4998-a610-0b7d8dcc59d1
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,ccaa3dd7-01d5-4f03-b714-650a2199fca7
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.3.2,modeled_data,kg/kWh,CO2e_value:0.272,c915376d-0873-432c-addc-5bcecbc62f26
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.272,2e3bedeb-3f10-4dec-8b19-d5acc2729c74
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,f459f4ac-24d1-484f-9ed1-0daab6d4e854
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.0013697895083181059,II.4.2,modeled_data,kg/kWh,CO2e_value:0.272,3287d8e6-39f4-4bfe-956f-c5a0e71e0af2
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.272,8c00c25f-c80b-4ac4-a4aa-5376cfd1cef9
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,eeabe608-c9d2-456a-bb83-7b8ee61c6175
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.272,25a216bd-8fc5-4f26-85b5-079fcc73ed77
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.272,b9bca603-25a0-40ef-9c0b-e544e426fd2d
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,03cd5c81-a147-4920-aab4-d64f1f454178
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.272,f3910102-e184-46b5-80a4-7d04131b64a7
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.272,1a11bde1-48d4-45ba-8112-054b7c242225
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,5c89561f-9899-4835-ba3d-a6687a250f43
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.272,860458bb-0525-4e66-9559-b9260bdf2394
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.272,2715b70f-6c9b-484a-a002-0670f04babd0
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,b8a04605-a663-47eb-9cac-1e3211d5a3ff
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.272,94c7fa2e-c29c-48d7-8ade-f20fb51369a4
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.272,8eff9c37-782d-4f1b-a137-a67f51dc2a5c
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,7524718c-9336-4e39-a153-45382fe5d6a8
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.272,24487e49-4a54-4b19-88a5-9b0757e79338
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.272,a8b3c6b8-8bf5-4f6d-92e5-54750f69222d
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,f8d6e13a-9f5a-4255-b082-688262e6212e
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.272,34fca928-0357-4ce3-a223-c592fc3fc963
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.272,43094b12-b462-4da3-b855-90dcfc00a989
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,c71ec81f-13ac-4042-b119-6cd4478e27ef
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.272,251b2a2c-282e-4053-8419-962d1fc83837
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.272,aba70b69-9fcb-4c6a-9433-b020e1be0a13
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,a9d1910d-7fd1-4a11-81b8-7cef46b94842
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.272,e3fd8c8d-6417-4c00-acb2-2ad2487dd1c1
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.272,4fd94a4e-3ed6-4c9b-bb8b-0fe53beef22e
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,78adc5a0-5593-4054-87a3-854645af1a01
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.272,2599c974-aea2-4bae-8e5c-78cad5ffbbcf
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.272,cd1de139-a800-48e3-98c3-07aa76ae1a5a
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.272,6a95a69f-f4ea-45a0-8fce-d9e133666ffe
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,4.984093693269788e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.272,60159e36-6ff3-46ff-abd7-5f05cc3a1342
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.457,ab5a82c9-14c1-426b-96e8-5290528173ee
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,cc58328d-bba6-448f-8ac3-f93d79638009
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.1.2,modeled_data,kg/kWh,CO2e_value:0.457,0f56a8e4-6ee9-4107-a2c5-c811d8447ebf
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.457,76fa7c7f-b937-400e-b501-509584d60bf8
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,12b09e53-aa6d-49cf-8074-de5e801711fe
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.2.2,modeled_data,kg/kWh,CO2e_value:0.457,239cbb31-a062-406c-8bcf-d58ab970e0f2
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.457,25a50333-6236-4e53-9e55-fd1ecd6bb0d3
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,bd5d33fb-d6c4-4291-b5dc-faaef80f41c2
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.3.2,modeled_data,kg/kWh,CO2e_value:0.457,3e912e57-8b78-4958-a75f-1bf9f55dcb07
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.457,8aeb7a40-7f8b-441a-ab90-4eba745f544e
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,c9523cef-aca2-4305-b38e-8c235d836ff3
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.4.2,modeled_data,kg/kWh,CO2e_value:0.457,942e03a9-2365-4647-b9b3-aa6223d35d97
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.457,ba346bf8-6313-4d76-acc6-bde24f864092
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,f35c7fa9-7f9b-4ce6-a25c-ad67b8950281
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.5.2,modeled_data,kg/kWh,CO2e_value:0.457,459c24d9-504f-4cdd-899b-05147439acb1
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.457,b811632a-dd1f-4e3b-8e40-e2d981415e78
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,5eaaf2ca-135d-4da8-89e9-419a317992b1
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,I.6.2,modeled_data,kg/kWh,CO2e_value:0.457,e27fce7c-f345-4ced-93da-e7e578a39253
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.457,93b35b1a-ed7d-4c95-b2d9-63134a6c9103
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,1bd9c28f-f537-41c1-a69f-001c7952048a
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.1.2,modeled_data,kg/kWh,CO2e_value:0.457,22619637-54f7-442c-a2ae-93a84d78790a
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.457,bb2c8340-bad4-47e9-a114-d5463e698de9
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,05ba9047-4838-4540-8b9b-770978e470a4
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.2.2,modeled_data,kg/kWh,CO2e_value:0.457,28b22158-4287-40df-9c0d-c5944f215039
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.457,40209331-b745-4eaa-bd76-5039e6ac8817
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,1f3ba76b-9b86-42a0-9137-b9af2ce24fa0
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.3.2,modeled_data,kg/kWh,CO2e_value:0.457,e563743e-d52c-4083-bda5-a4a335af83e5
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.457,f665ced2-942e-4275-96c2-170a56336501
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,ff615f13-7dc4-40a7-96c2-ad05a8814c42
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.3655732376583598,II.4.2,modeled_data,kg/kWh,CO2e_value:0.457,fde615bf-c35c-4ad3-80c3-5ae90f9fa8a1
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.457,d5a051d4-84cd-452f-96af-d58db06731c0
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,24653a49-7954-4d22-b6eb-4ecb960b3722
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.1.2,modeled_data,kg/kWh,CO2e_value:0.457,e639c42d-6c4f-4607-89c7-3602f489603a
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.457,d1eb8fc4-23b0-487f-8572-0f9b89b4bdd3
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,069dfa68-9965-45f0-b343-30a5edce9bb8
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.2.2,modeled_data,kg/kWh,CO2e_value:0.457,a8848951-3f3a-4b60-8062-96e870206394
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.457,65c91397-2820-4080-be44-0c742e9dbcde
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,3b492af0-5dcb-44aa-bc87-bf565d94e467
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.3.2,modeled_data,kg/kWh,CO2e_value:0.457,860d8439-0b18-43c8-8161-586fb3065845
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.457,a08d06e1-cc54-4c1e-a484-898b72a24d62
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,0100cf27-0768-48e1-bbc9-30cff36da7ce
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.4.2,modeled_data,kg/kWh,CO2e_value:0.457,bc7ff04c-f433-4bf2-a549-44fccc7ff877
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.457,988fabe7-9c50-4ab0-9a21-5fa0c503ab1a
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,b5f8959b-489f-4534-b72f-8af103e9c13c
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.5.2,modeled_data,kg/kWh,CO2e_value:0.457,be5ec2d9-5777-449a-91c5-66441fa86aa9
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.457,dd4e4fcc-c870-4214-9b25-1819fb5133f1
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,dffb6cc4-dae3-4463-ba6c-88606f74cf20
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,I.6.2,modeled_data,kg/kWh,CO2e_value:0.457,711cab4a-da35-476f-ad5f-4a5ef6406b12
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.457,53eff696-f8a7-4907-b788-82a9d5b8c64a
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,c8a1b118-12a7-4c73-8041-cbcb9f51b687
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.1.2,modeled_data,kg/kWh,CO2e_value:0.457,3284db7d-470b-47f4-b020-a814f70168dd
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.457,49e82667-42af-4b18-8fe8-e635cee8125d
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,e85761f2-e18f-49dd-b79a-e1fd3e08b1fb
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.2.2,modeled_data,kg/kWh,CO2e_value:0.457,1f2bd272-1dae-4e27-b4a7-b1b36f5c9d79
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.457,ee1ec45b-cd07-4500-a4fc-4a46a23495b1
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,fe474a80-2b6c-41bd-92cf-afaa32acbee6
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.3.2,modeled_data,kg/kWh,CO2e_value:0.457,69a65c06-e7c8-4eb9-8101-3174430f8d29
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.457,ce85904f-348e-4f8e-b51e-03ea97c69fae
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,1c2263a8-015c-4ba4-adea-5f694edc9783
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.0023001671832531025,II.4.2,modeled_data,kg/kWh,CO2e_value:0.457,593918f5-6965-4059-ba53-61caaf3daf21
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.457,60edbe8a-e1d9-4b24-bd87-02274eb1ea30
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,00369fe1-f68e-4c10-a444-5291e09e4f84
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.457,542d59a2-b6ec-4f55-b793-5ff8e3804e7b
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.457,c5084b30-2975-4df2-a616-b363f68bfd5c
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,f3d52a38-2bb7-4543-8e07-dcf6f81a7adf
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.457,6bf5957d-c77b-445e-a306-61e556e08f17
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.457,27243ecd-4fcf-4401-b04a-650a57fcc12c
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,5ebf3d32-80de-4b4a-ab4c-61a6722ed03a
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.457,5641328c-6236-42a4-bc43-2d4ed92e5f46
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.457,0f78f722-5f54-4e8d-81ec-ab8a1d2f701d
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,cb07706b-1206-466e-ab49-7d2614db97d6
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.457,e5d1c1ad-278a-4eb5-a98e-847842ff93cf
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.457,a0f1b918-39b2-4b98-8fa7-c45f0bf4a26f
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,53542761-27ff-41f8-922d-85ce0e393979
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.457,aff78216-b26c-4c9b-9156-139aa46ec854
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.457,cb5b7b8b-972c-461d-9dab-ee518e529f3c
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,a9b122b7-695a-42aa-9885-b6316c1d3b66
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.457,e3057f79-cc54-4552-b1f9-b6b184255ec7
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.457,47d5e99e-2428-4352-aa9b-9b579a265abe
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,ad9a67aa-6759-4d51-987a-73f3a5a90b82
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.457,0efaf06f-fb2b-44a4-a745-e133d0afa54c
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.457,12c78992-2e19-4c3f-a932-4c4e8670385b
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,09ae3d82-99c0-4090-aff7-519d90566dd2
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.457,9afcc0be-5263-4223-ae82-b9fd7a41e8a4
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.457,3e8791d2-7545-4d1f-8372-77686c5aa30b
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,64e71d63-9ab3-4783-81c2-427abb85dc46
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.457,3876e30b-7b43-4c52-90cb-885ae6f20ee8
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.457,5960b847-91bc-4441-9c12-d477202331db
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,8c5b7852-ef3f-4a7e-9587-eb7e03a739ef
+LY,Libya,2021,Calculated from Fuel Mix,N2O,8.369350678991754e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.457,a319f767-59f5-4aea-9f70-276045f955d5
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.238,208f1f65-d6be-45e1-8c7d-7608941f68d4
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,bce17dac-2a84-4a77-923a-a454bcc17084
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.1.2,modeled_data,kg/kWh,CO2e_value:0.238,a8b0ef18-8556-4a4d-888b-d6e5ec9fba35
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.238,f95b390d-07fc-4cff-9411-ab6183963f58
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,fe0364db-9241-4edd-a605-2412e917565d
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.2.2,modeled_data,kg/kWh,CO2e_value:0.238,fcfc54fb-ed33-4d46-93a2-642c108197f7
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.238,7b377c48-56b2-4abe-950f-7606ce6d6b1a
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,4d63b4bd-5c7c-45ad-acb4-a69a92377cbb
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.3.2,modeled_data,kg/kWh,CO2e_value:0.238,de839601-2685-43e3-987a-387f4844caed
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.238,68393f47-d352-4b70-9894-0cde924c15fa
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,950ca194-5063-4ed2-902c-6eb1573c5fed
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.4.2,modeled_data,kg/kWh,CO2e_value:0.238,c3d22d4b-e66e-43e5-a550-62448ec0fa60
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.238,7cf4f769-1894-4a90-876e-9a1858a2af41
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,435a657d-1cb4-4305-86cf-b273097c7d71
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.5.2,modeled_data,kg/kWh,CO2e_value:0.238,ba5c04d3-7678-4429-941e-936abdf4a019
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.238,588b42ef-31b3-4fc2-96b7-a91d111c0935
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,ce3ecde4-2333-46c7-a165-030ebd20ed71
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,I.6.2,modeled_data,kg/kWh,CO2e_value:0.238,c0253058-1d24-4e56-bcb7-9881c2e1c2b1
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.238,56b0a0be-cfe9-4264-9b8c-12fd5d5aef04
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,826088e6-c268-4b9e-9451-25ece161db37
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.1.2,modeled_data,kg/kWh,CO2e_value:0.238,6d7ef7f2-887f-4596-bac5-a5ffa22447bd
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.238,a00c9765-2e48-4ba5-b4c9-c1b69b70cfe8
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,2bc2c98b-c3ab-47ad-9401-d4ba11625ed4
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.2.2,modeled_data,kg/kWh,CO2e_value:0.238,c1518312-7fa2-4906-98c6-52c193146efa
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.238,0dd0208f-1b62-46b1-925e-8284655be41d
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,720c9c38-a72a-4539-949e-895aaa2864f6
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.3.2,modeled_data,kg/kWh,CO2e_value:0.238,03607b47-3c19-467a-83ec-bf477604639c
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.238,432e3b80-1077-4143-a6a0-79dd4cdc39de
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,e49336e5-c642-4c40-be69-e9c868868e62
+LT,Lithuania,2022,Production mix factor,CO2,0.190248,II.4.2,modeled_data,kg/kWh,CO2e_value:0.238,14980540-c5b6-4329-b951-11ab3011e471
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.238,6cc6b5c8-8024-412b-8470-f69a0a3a9d54
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,5be4d77d-b5b0-44d6-9d12-3ad1aa611501
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.1.2,modeled_data,kg/kWh,CO2e_value:0.238,4ac07d5e-ad77-4e49-9369-608bb543bd21
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.238,accb087a-9a07-4ebe-8b77-fc3b0ebec982
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,bda3e7f6-a84a-4d9b-a3c2-8ff0d863f5e2
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.2.2,modeled_data,kg/kWh,CO2e_value:0.238,6a732745-aa74-432b-bf0b-9aa3dab70d07
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.238,afbba9f7-4482-45fa-a4aa-159191b17afa
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,92bba562-5b90-421f-ad85-02c8a5599595
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.3.2,modeled_data,kg/kWh,CO2e_value:0.238,aa5ee117-b030-4b36-ac27-b7f5eebfe704
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.238,e93c7ee5-cb93-4bbf-bcae-2a95575322c1
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,03f4bc8b-1ee4-46b4-82c0-f44f6d3dc4fb
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.4.2,modeled_data,kg/kWh,CO2e_value:0.238,67d42782-6344-4649-8889-d048600f481a
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.238,15e80837-a760-4477-b588-89faac644c2c
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,f01aabb9-ca6f-42d7-a460-822d674f8139
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.5.2,modeled_data,kg/kWh,CO2e_value:0.238,8edbe4e0-a5c6-4b9d-bfad-4ffb047341eb
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.238,051b90eb-030d-474d-bde4-7597eb8b6d62
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,7a11c0da-2fc1-4a6a-8b39-b8f9fd32126d
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,I.6.2,modeled_data,kg/kWh,CO2e_value:0.238,8b5bd98d-5be9-4a2d-bccc-d02cb6aea115
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.238,11150223-46bd-4601-bb23-4df947d07926
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,66a5e9f4-8998-4fe4-8ecc-0529ddcd82a5
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.1.2,modeled_data,kg/kWh,CO2e_value:0.238,b3148caa-6b94-4389-a0c5-9e051f24fdca
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.238,2219a32a-a559-446f-a03e-9fc0b629eb58
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,0a5cd7f5-41f0-4f28-8341-1eb7cff4b66f
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.2.2,modeled_data,kg/kWh,CO2e_value:0.238,c92b409d-3f7d-4502-b21f-b59ee7b3fac0
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.238,6ce13838-97ca-4205-bad6-ef4f0b3a3e99
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,ab3620c4-cc5a-40be-a6d1-32117bf08163
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.3.2,modeled_data,kg/kWh,CO2e_value:0.238,a44560fc-545c-4383-b8f3-eecee2934604
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.238,f1beb62d-f67b-4f51-8352-b41fa7cddf72
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,34ec1846-64a8-4f0b-8dd2-1d5903435343
+LT,Lithuania,2022,Production mix factor,CH4,0.0011970302013422816,II.4.2,modeled_data,kg/kWh,CO2e_value:0.238,ccfe47a8-72b5-4a69-be63-8a0b33b0481d
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.238,d8955241-900e-46cd-9ec1-9fee519a8e09
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,86778c5b-1998-4571-8834-d6d82e9230a9
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.238,4a9e159e-fa4c-41de-b6a3-3a21ef1cdea4
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.238,60451874-85c4-474b-9cf2-119fba9aa9ae
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,2dd0d2ae-cdd8-4347-8250-5fa221addc55
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.238,4e5dc0d9-9162-4f69-8801-234a7e35d714
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.238,ccac5728-1bfc-4730-b87e-0ed664278dae
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,8f1e2289-2cd3-4ea7-b9ec-bd4b0dd6ed49
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.238,1f6aba95-4650-40ba-973d-57af273a9a8e
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.238,bf9b94f5-cba6-4f54-88f5-d969424685b1
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,4998069c-aad2-4ae9-9608-b0495c002668
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.238,6abe4310-2658-4af0-bdc6-87fc7d5d3ec6
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.238,5b02ee10-bf88-4fcb-a0e2-f830a4cf7006
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,c5e4f911-6934-4639-95fe-55adbb00ff72
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.238,346cf0ec-2f09-47aa-855c-19420f46d1a3
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.238,b8c9a09d-f5bc-4dc9-84b2-f14e77110675
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,5b05ab84-e627-4a6a-9aa2-c0fa2099bdf7
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.238,3de0667c-800e-4236-b83d-ae0027fd4136
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.238,571bf018-ba8c-4b76-8bb2-91cbd9f9701a
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,5445ca31-c2ae-4aa6-9ee6-217ea63be6cc
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.238,a9e16027-657d-480f-a0c1-36701ccf84fa
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.238,b8dfb6fc-d91c-4fe2-aed5-ef2b5a56b862
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,42ab944a-a9e1-4073-b97c-669ae4425c9d
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.238,cdf63c58-1b10-4ba3-a521-3063eae5b04c
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.238,a24f5176-2d18-4276-92a9-7a9142f7ae5a
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,93baecb1-e253-4929-bf5a-8d402857c113
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.238,8f7241ff-c5e3-4789-9279-1a1222fc3201
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.238,8d2c2edc-b48d-4096-b071-c4900090d1e3
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.238,7aef7372-001e-441e-b8cd-edae1d26c1eb
+LT,Lithuania,2022,Production mix factor,N2O,4.355494505494506e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.238,bb6a0460-c581-437d-96e9-e511723ab454
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.074,9db6e2db-5370-4f01-a5e9-fc38395fa603
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,17bbd883-2abf-4b23-8896-8a85fd832611
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.1.2,modeled_data,kg/kWh,CO2e_value:0.074,3111ebd4-b319-4e2c-9a55-908e328334a4
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.074,27411ea2-72e9-47c6-a858-50f32c37226b
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,b50ca082-c2e4-4499-b9ba-0db7816378eb
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.2.2,modeled_data,kg/kWh,CO2e_value:0.074,66c6f408-6ec9-4198-83bd-13d71af03b6c
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.074,8a178928-7056-42a8-a747-02cde008ec2f
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,56ca7a6e-da55-4202-8f0b-eeb4b33935c9
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.3.2,modeled_data,kg/kWh,CO2e_value:0.074,9fe96290-810d-4d6c-a5c4-f463fdbe63fc
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.074,29ff0779-eb5d-428c-a2d4-e993dcd2bd0f
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,50440e28-6890-44f5-9e4a-5b0310c1c936
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.4.2,modeled_data,kg/kWh,CO2e_value:0.074,666e3cae-fbbd-4401-9f1d-53b5d3083baa
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.074,e8802e00-bed4-422a-890f-6889b370cbc9
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,5a135431-c56a-40dc-a4b0-dd5a8a18a003
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.5.2,modeled_data,kg/kWh,CO2e_value:0.074,affece01-0896-426a-a114-959581a48be4
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.074,28dbc263-d721-444f-ab5a-4f7489aeccc6
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,90a1639f-1946-487f-92fd-74291ba86f67
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,I.6.2,modeled_data,kg/kWh,CO2e_value:0.074,a6d1e382-7d52-411b-b2cf-8e697c9da30d
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.074,b04938e3-d4cd-497d-a8ed-9599ababacf8
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,9b2da386-d7ab-45ba-a4cc-ac673a3abff4
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.1.2,modeled_data,kg/kWh,CO2e_value:0.074,7b1e180b-f1f7-498d-b327-3f77fff81abd
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.074,2cc836da-1db1-4de3-9e45-ed2bab7a404c
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,8fdb5697-e415-4211-9878-45522d3c821e
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.2.2,modeled_data,kg/kWh,CO2e_value:0.074,7720dbdb-4e6d-45f9-bc89-748ec8d41203
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.074,b49fc2dd-5ce0-450c-bad1-9e6c50e48f97
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,43aa4e9c-7090-44c1-a215-ae495dacb06b
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.3.2,modeled_data,kg/kWh,CO2e_value:0.074,ac102d11-c726-4ef9-85e5-6126a956d8c8
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.074,31a05419-a374-43f7-bb28-185418fb680e
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,1ce3888c-8eaf-4a5e-a915-7144211fa65f
+LU,Luxembourg,2022,Production mix factor,CO2,0.059536000000000006,II.4.2,modeled_data,kg/kWh,CO2e_value:0.074,be306e53-1e18-432a-a7a7-4e4b5326c18d
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.074,c6555884-30cd-46b8-9e68-bf89468042ff
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,e06046f4-bb7f-49cd-ae25-cf8b881619b6
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.1.2,modeled_data,kg/kWh,CO2e_value:0.074,04a42828-5ed0-4b44-95d6-dd21888ccef3
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.074,470265af-2728-40f7-892a-fb932fcdd865
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,566aa864-7538-4319-9803-72aa69d5a78c
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.2.2,modeled_data,kg/kWh,CO2e_value:0.074,49191ea8-5b07-455a-b2d0-089a86cbb9fd
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.074,47bf5396-be76-4edf-a581-74bd6262d9a6
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,05e11f64-f018-4e0a-a451-dd50049f1c65
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.3.2,modeled_data,kg/kWh,CO2e_value:0.074,ead06b37-3b0d-4c21-b777-ae4cfb9a1a65
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.074,cab1d532-9647-49b1-b3c4-03864d3aafb5
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,647d8ffa-88b8-4529-972c-17e8ce1ad92f
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.4.2,modeled_data,kg/kWh,CO2e_value:0.074,f92c8e1a-9b1b-49b8-a004-1ea9b2dba478
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.074,218f02e3-045a-453b-b18f-43bc5609bd6c
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,30e11137-5362-4cda-a548-0f06399c6d86
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.5.2,modeled_data,kg/kWh,CO2e_value:0.074,64b3b163-1752-4f17-a897-2d444746c038
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.074,66ce2781-81a2-42c8-a000-35794b42804f
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,fc83f418-89b1-41d0-8d74-01e73767dde4
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,I.6.2,modeled_data,kg/kWh,CO2e_value:0.074,94f0ff02-cf1f-41b4-b0ea-be48dbf05371
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.074,08a63256-e211-4494-95d7-ee6310548399
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,9a3bad1c-4034-4037-9e52-ed15e1c4341f
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.1.2,modeled_data,kg/kWh,CO2e_value:0.074,37d3100e-f9cf-4d63-b381-f4cebdf4b938
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.074,e5d68f4a-95fa-483c-bb74-4ecf6a9accc0
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,078df53a-6393-455f-b0c6-19bb76344313
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.2.2,modeled_data,kg/kWh,CO2e_value:0.074,1744c7cd-604b-40a4-a0a0-a43a86cef398
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.074,a45d9388-d133-4867-9e28-e65addb05b58
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,cb0bfe22-a289-420d-977c-070cf1de5915
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.3.2,modeled_data,kg/kWh,CO2e_value:0.074,1104f136-701c-4e5c-9c58-b4f56196e176
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.074,c9535e06-9cb0-4982-a168-741b4ba8cc29
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,7f090495-9a51-4904-b47f-37e397f7386d
+LU,Luxembourg,2022,Production mix factor,CH4,0.0003745973154362416,II.4.2,modeled_data,kg/kWh,CO2e_value:0.074,fe32baed-734f-4803-b14b-846cb23e23b3
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.074,91f88c5e-b6f4-4936-bead-2039db4c1aec
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,e7939fd7-232c-46ee-88cb-920cc61cf692
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.074,ff60f695-d002-4ab2-8580-a28bdb7acbd2
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.074,e2be29e2-024f-4cb8-aed9-849c473dc2e3
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,b0ad0f64-3d7c-4c21-9266-5c96342f1ab2
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.074,44b4bc76-53e8-4349-a798-e742eb41da9c
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.074,8711fb51-9471-4239-9cfb-06c20baf3c86
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,00ab8b4b-da19-40f5-9a30-30ff9e14d2b0
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.074,7f836f22-4603-4b2f-90a8-e748df899833
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.074,5f92f224-edf9-4833-8f28-78d5043c85b7
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,75a92acc-1dd4-4cad-bade-ce1e3b43ede6
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.074,3aa24c05-9d3c-431a-b5c7-06bb34fb4cc5
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.074,7efb02e1-d8f1-4e6b-b731-220bc8cb723b
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,792f2656-ee0e-43cf-a23c-b37842778e59
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.074,5495f3c3-f310-4e62-86d5-9712bdf7479e
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.074,3f694678-d9da-452a-b078-cbcbe9566103
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,ff09d720-c8ee-40dd-97ef-fd07c9bca6e6
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.074,27994780-7c10-4ad7-8137-3d02e0994210
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.074,46d9eef0-d08d-48e1-b54b-e18e5b30f957
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,e80d0487-ef19-49fb-a06f-b91b1887e48d
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.074,48bb06f0-3805-4c30-961e-bafe4ea8df39
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.074,e88f0536-116b-4086-914f-7b79a91c40c7
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,030e2b1a-f757-4456-a5f3-465c1c6f8cf5
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.074,b5a82bf3-3981-4954-b8d3-a84b15b002ac
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.074,f2ce1adc-3294-4add-bbe5-a89cdaab27bb
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,04b47bba-4db4-4566-8aa0-57dfea01cdfd
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.074,26076344-111c-4a8e-9420-0f6907aed26e
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.074,289be89a-4eaf-49c0-b794-62b58f9091fc
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d049d01d-dc6d-448a-9edc-478f17fea8e9
+LU,Luxembourg,2022,Production mix factor,N2O,1.3630036630036632e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.074,c31db87d-2cfa-4f55-8e67-d8d7a019ce2a
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.335,1849549c-9a11-4a9f-b121-7d01fbf9b8ee
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,24c68b30-bd20-4e2b-8fd4-0252d5f32aa8
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.1.2,modeled_data,kg/kWh,CO2e_value:0.335,0126cc43-74de-49d6-878b-d68e0aa6e910
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.335,85bb9384-05f2-4660-b437-d629f04b99fc
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,36bde056-b09d-40d2-9000-99ad4d86c5c5
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.2.2,modeled_data,kg/kWh,CO2e_value:0.335,b6f9aa28-2cdd-4307-9e77-6d5d67b86040
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.335,b70c1ce6-bd54-43f7-a125-1c7807b504d9
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,76ce6105-788e-4904-b02e-bb513c9d9bc7
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.3.2,modeled_data,kg/kWh,CO2e_value:0.335,c0fdd487-d0b8-4f41-90a2-8995c7bc992f
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.335,e869c486-3af5-40d0-8486-5cd3926878ff
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,53ef3047-2cf7-47fd-8460-77d75096dcb8
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.4.2,modeled_data,kg/kWh,CO2e_value:0.335,06f519e9-b124-4eaa-9488-e3f3e33d4817
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.335,a48137bc-8e30-4dbb-8e88-52a6ba24cc24
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,d1e26229-b4d0-42a3-ad25-d648f40b2e65
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.5.2,modeled_data,kg/kWh,CO2e_value:0.335,0360799e-49c2-48c7-a85b-cf783d666e55
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.335,b35da263-46cf-4e50-af0e-1fbeede24278
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,a1e0e738-49a6-4a40-bb7f-cf23dcf0574b
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,I.6.2,modeled_data,kg/kWh,CO2e_value:0.335,11a58cd5-68f9-4076-a1d4-4d6024b500b6
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.335,f0de4315-6fae-4f7b-b811-5c51ec33f01b
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,229db27e-8a45-4057-a4ba-c8fa035ef0ce
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.1.2,modeled_data,kg/kWh,CO2e_value:0.335,b6425f2d-c64b-40ec-a421-39c8046a3100
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.335,e4d52287-d151-4f5d-9a5b-05b349263a27
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,2d169989-d4eb-463c-840d-a7e15b97f4ed
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.2.2,modeled_data,kg/kWh,CO2e_value:0.335,45b91a0d-c8d0-4b67-9ca7-26d917c65914
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.335,da4c8468-ca90-4445-a938-dbfef2e25868
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,27c65b0c-e2e1-4bc8-b9d7-57a495651068
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.3.2,modeled_data,kg/kWh,CO2e_value:0.335,368b233d-1b5e-4f08-9f39-4be16293abc9
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.335,86bac0f2-bcef-4bcd-b8c1-d52ef87313a9
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,1f12525e-7752-4c9f-aae3-ee37a6afea2f
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.26777204476938243,II.4.2,modeled_data,kg/kWh,CO2e_value:0.335,4577e99a-9908-43a4-84bb-27b21531066b
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.335,ad9836d0-1659-4012-87c8-8eabe97e8108
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,17a272f4-e0ac-4e20-a8f9-f89482259414
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.1.2,modeled_data,kg/kWh,CO2e_value:0.335,fbce2ed7-adad-4b86-baf3-07456f2d1996
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.335,11d6c900-8fb3-4991-943a-afc5020d8693
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,8a65b370-66c8-452d-9eca-5fd894ddd85b
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.2.2,modeled_data,kg/kWh,CO2e_value:0.335,660ae9cd-7c96-4525-8acf-07371bc2b6d2
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.335,c691ae54-20c9-46c0-8398-0e05ba2fb43b
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,c88aace1-acd6-4eb9-83da-2a2c19d1b1f7
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.3.2,modeled_data,kg/kWh,CO2e_value:0.335,722e5f06-03e6-48c1-a5be-be95f336e483
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.335,02dc79ec-d5c0-415d-b6e8-c7396537d852
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,ff6c627d-ad1e-4e7e-96de-51a3804be9fe
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.4.2,modeled_data,kg/kWh,CO2e_value:0.335,4e848b64-e155-43dd-b688-9b95239d5e65
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.335,06e0ef2f-78e8-4010-84fa-f60c187004a4
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,dfac547d-5247-4d54-80f4-d99b08a20a05
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.5.2,modeled_data,kg/kWh,CO2e_value:0.335,7124240b-a640-4dd8-88de-83babbb9ba91
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.335,5787b7f9-36e2-4bb7-a876-f0087b0672b7
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,a3b5e5bf-ef22-46f8-bbdd-91a41623aead
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,I.6.2,modeled_data,kg/kWh,CO2e_value:0.335,216b7649-2684-4929-bfc7-08ba6f76f9a2
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.335,593c4cb1-c480-465d-b728-bc0b9e19dde1
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,e7789eee-2ece-4c5e-b575-8aad78e86df3
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.1.2,modeled_data,kg/kWh,CO2e_value:0.335,a8922fe4-9fc9-4250-88a8-7e637cf54d41
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.335,0c497ac7-eee1-4340-bd9c-dd856144ee85
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,8b6a457b-cf05-46b4-8d67-5c63550d079d
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.2.2,modeled_data,kg/kWh,CO2e_value:0.335,15e2d81b-91ec-4b3c-ac11-ecde92d0325b
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.335,0186cf1f-9c4c-4789-a0c4-cdf02c239142
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,be618d59-1e59-4409-a6b1-6e7be6d9be64
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.3.2,modeled_data,kg/kWh,CO2e_value:0.335,921de82c-e735-44d1-9fdf-4a7d4505652f
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.335,e0fc8124-8de4-4d52-be2b-534ad60e9b05
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,73d32f77-2794-44dd-8f3d-d220855915d3
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.001684807328666416,II.4.2,modeled_data,kg/kWh,CO2e_value:0.335,d1f35721-6bd1-4d65-821d-0b1535412e69
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.335,395e7cf0-262f-4ed3-92d7-ee78ed2d43b2
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,852ebd73-a787-45f7-88b6-4e0f6d78da38
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.335,a9a4167e-fb80-40a7-ac2f-594a0fe71a36
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.335,8b5928ae-3f6a-48bd-b7ba-9f9fbd81035e
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,ea77f2b0-fc0b-4510-8882-5e02a6c2df2d
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.335,de68aad5-6929-4266-95c2-07189a19bee7
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.335,81c11815-f9e8-4af4-af52-2d17ea9d203d
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,cb680a49-6299-4bec-b386-ecae1eb12d33
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.335,7463e7cf-0eee-496e-9f77-598281de196b
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.335,6744aa2f-77f2-4110-8943-f4d9ef9f46d1
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,efb7e540-cbf9-4746-a205-104f2254b838
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.335,7058f309-8995-41bf-a0ec-b71985892190
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.335,e037b539-f74a-4ab9-bb63-8b254b22e63b
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,a60bdfd9-04bd-49c8-9156-cebedb92816a
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.335,e83b4d8d-899e-45a7-9f3c-2ad0b5485a4e
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.335,6a4d4d89-52ea-4c9b-a5d9-4842f895902a
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,bf7b9539-a33e-4603-8384-64469e21c454
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.335,fab30008-fee0-42df-b2de-513e10f38a45
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.335,0c9aa12c-509d-4d85-ad5c-63515d36b18d
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,50888908-c4aa-4ffc-968f-ffe60420d051
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.335,8131efc3-648b-4d3e-bcf5-1ac070333714
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.335,081597fb-7d19-499e-9949-41b06e7da87e
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,6928aafb-4be3-4e1e-a5b1-748b27c4cdeb
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.335,294ae06e-6094-4e21-9f83-ad918e8aba60
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.335,9a56e12c-e825-4824-8bc2-b9a1d27ab598
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,18956763-0622-42bd-9623-98ebd93f0823
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.335,1bba7939-9cde-48df-9e57-848b954a12d8
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.335,b885aa54-e351-46df-b475-4157eb338901
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.335,289dc0a8-f6c7-485d-960e-564bb54b5a17
+MO,Macao,2021,Calculated from Fuel Mix,N2O,6.13031238025143e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.335,71bb6b60-2cad-498f-a56c-574e8e94ee8a
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.456,1123eaa4-6c57-4d1d-9f49-84fc444e67b4
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,ed6b223f-0cf8-4525-bd14-63a187466694
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.1.2,modeled_data,kg/kWh,CO2e_value:0.456,b9cc0fdb-8888-416e-8b34-4e1ca870a277
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.456,fa6f8f5d-8147-4fd9-9421-1eef11eef91e
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,e51cdaab-ddfb-462e-b9a1-4f170752fece
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.2.2,modeled_data,kg/kWh,CO2e_value:0.456,81a56850-024b-4630-b154-3272eb12b326
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.456,c0317db0-356f-4181-8ec4-0219fe35708e
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,e7d52d1f-65e0-47e1-bbfa-c987dcbca1ba
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.3.2,modeled_data,kg/kWh,CO2e_value:0.456,7cd391c7-64cc-4536-bf9c-635eb8d4e128
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.456,9f4ead42-ca37-4aa4-8f6b-fc2e1c661dce
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,9eb89b7f-6ad9-4f16-b5b4-f643ff8ab1d8
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.4.2,modeled_data,kg/kWh,CO2e_value:0.456,555d8177-0dd3-44c1-a517-2800de6840c9
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.456,823980c3-d44b-4f3f-a0ae-b34cc216ec77
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,cc5bc3e8-b54a-4a0e-9c27-ca3f9153856c
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.5.2,modeled_data,kg/kWh,CO2e_value:0.456,16d56826-18e4-4562-94e5-d909756f7ad1
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.456,a9e0f1ec-2db6-4295-9921-ef25280204f3
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,15d477a7-24d0-497f-b27c-9c78432c73a3
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,I.6.2,modeled_data,kg/kWh,CO2e_value:0.456,1e1b1ca5-69af-468a-8234-6a59ba0584d5
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.456,6cfb6050-ce3c-4f1a-af65-a0775433f888
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,7374efcf-1fde-4a58-a946-83a5bd59a30f
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.1.2,modeled_data,kg/kWh,CO2e_value:0.456,32d80f3a-2740-4154-8fb7-190b0b5de3b4
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.456,3bcf4c7f-ae2f-476c-bc92-23a756da828b
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,2b5bd877-ce09-4d96-950b-3f4a647f4315
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.2.2,modeled_data,kg/kWh,CO2e_value:0.456,ba3da2cf-5e12-4bb0-b9d1-fbd8e5d9c40c
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.456,aef0008e-1ce5-4e94-914d-bd39f437e9c6
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,308a5579-0f18-410c-9dfa-cedb5186a08e
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.3.2,modeled_data,kg/kWh,CO2e_value:0.456,86912bee-9a7b-42f7-9805-21511f390482
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.456,930def6a-d548-412a-8900-3b399cae0426
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,0e685b80-80fc-422b-9c1f-d445b62d2bec
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.364751900116656,II.4.2,modeled_data,kg/kWh,CO2e_value:0.456,30d1ce59-1ea4-4af9-a8dd-d0e2c18ec5e2
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.456,416a59bf-5238-4679-9321-157a403d4bdf
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,123c84a7-0270-46c1-9da3-eca492c79073
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.1.2,modeled_data,kg/kWh,CO2e_value:0.456,388cbe51-5b18-49bb-b1dc-acff4b39f4de
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.456,0b6b17c4-a2be-4263-abeb-78a34473ecf6
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,41d1b6bf-dbb3-4614-a200-8d4b9e91a2dc
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.2.2,modeled_data,kg/kWh,CO2e_value:0.456,a7f9ba5e-5f55-42bb-b4d5-9988bf35900d
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.456,4ae07196-369a-4248-8e4f-98b3aa630f58
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,c4870e55-ae15-4fb8-8a44-c97b8112285c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.3.2,modeled_data,kg/kWh,CO2e_value:0.456,5a8542c4-d95c-49e7-a25a-2895b764b3ce
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.456,f5214d5a-8366-4142-9920-9abfd46d0ff3
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,3f464ca2-e69b-4ad3-98f1-9fad2d39092b
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.4.2,modeled_data,kg/kWh,CO2e_value:0.456,bed127cd-691f-4fa9-b291-393489f34131
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.456,94990469-d24d-4eca-b8fb-24cd2611bd4e
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,f4a6e5b1-129c-43b0-b8d9-624a5c5fb900
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.5.2,modeled_data,kg/kWh,CO2e_value:0.456,73a3013d-7d05-4c4d-b19d-78dea8fa7686
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.456,0fe3bbf3-3944-4bf2-8140-b9147a8f26ea
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,6b2d18a7-eab2-409c-99c9-c40143e76fe1
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,I.6.2,modeled_data,kg/kWh,CO2e_value:0.456,c99801c3-5bd1-416d-8387-fede7173398d
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.456,f6f3d28d-f328-4712-aeb9-e1d4e7255541
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,468b24d1-5a28-4f75-8ff8-7777dc779788
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.1.2,modeled_data,kg/kWh,CO2e_value:0.456,8e06daac-bed6-4a33-a7e2-2a662337b566
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.456,6de16f10-ca1f-4c26-8fda-303c51747cef
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,c2c662e9-e653-4423-b99c-7da118cc9767
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.2.2,modeled_data,kg/kWh,CO2e_value:0.456,12625111-2bb2-4ec1-88a2-6be93d17533c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.456,4d1e691d-7e9a-45f0-877d-21352ec849df
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,56016f6f-00a8-44e7-aef1-bf47c1061e40
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.3.2,modeled_data,kg/kWh,CO2e_value:0.456,1aea655d-748c-408b-9b1c-bc72e9dd5f9e
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.456,5e3d39f4-cbf3-46da-bb4f-e7b5923c68b4
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,a00706c3-27dd-4477-91b9-be74267f82eb
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.002294999371539362,II.4.2,modeled_data,kg/kWh,CO2e_value:0.456,e0b8fcca-3634-4b29-a855-c7c3a0a09206
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.456,3be8a257-93d9-4fc7-8419-81b256e2c42d
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,4954b335-91ae-4a45-95d6-52a9f42bce47
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.456,74d90f39-ac8a-4270-a578-f5917c5e1c40
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.456,eba4bf77-216e-4cf0-91ca-8d5d1d8f902a
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,b1e91971-c498-460b-8875-9c45881f3c2b
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.456,cb213a5e-ca0b-44ac-b579-e3aefd5cf7c9
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.456,865b800f-4603-43d6-9d51-cdb0f864c440
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,0832998a-1d6b-4acb-beb6-6f3589a85d1e
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.456,1fea707f-fea3-4844-9e93-5768ff6b8429
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.456,888e1400-ada3-4f99-97a0-5c023c91f598
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,2cd039e9-0e8c-4ca8-8bbc-03c0f4bb3ac7
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.456,cad5f3dc-a9f4-41a5-889c-6964b1eba063
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.456,3ce54b68-67e0-46f7-87d9-b3961a3894f2
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,0bc1ccc4-88c3-4670-81f1-572da28f9f69
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.456,2c93249b-a461-4c67-a5a8-f9fc6e75b79e
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.456,6812221a-b85f-4a7e-b4ca-829829c8eba5
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,0270b8da-143e-4943-a9b8-6ce84a9854bc
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.456,41d9ff5d-2dad-41cd-bca2-1e1d49ef5fb5
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.456,ca344dbd-3db0-47ae-ac60-ed248bc757f0
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,296c53ee-4f26-4e00-bf2e-e3d4b9b38aa4
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.456,6d54b31e-98d6-4756-bb1c-aa685c9a84f4
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.456,bfbb96fa-cfde-47d6-8f50-d548b8c8656f
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,c092262c-8d40-4dab-bc69-f1849cc06b6b
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.456,99508512-5f5c-44c3-ac3d-9a424de27be2
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.456,f9266462-81b0-4cd4-8bb4-cd94519a6c3c
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,a2e814ff-32bf-48d0-9697-8f52185025f5
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.456,99faa550-4ada-418c-b0f3-c91ad6629264
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.456,a3bc6d29-efe9-460f-ba15-d4ffe295c1c5
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.456,5861c73a-a4b9-4429-b863-5d0f566ad8ee
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,8.350547163842857e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.456,aba6d16b-3702-40c3-b299-86fbdeac9692
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.106,6f37686d-5c96-42cf-83ee-d9076dec88b3
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,9552ef2b-7618-4a3a-a850-e21d245d5c74
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.1.2,modeled_data,kg/kWh,CO2e_value:0.106,7bf5e0a7-5ecc-43d5-b51d-6106670232aa
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.106,cf536e47-fc08-4982-a518-61537a501dbb
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,a53a8a43-947d-416f-b874-9a459a7bd3ba
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.2.2,modeled_data,kg/kWh,CO2e_value:0.106,28b2cde6-6eed-427d-8f26-a2438b2d51cf
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.106,b426f062-d292-47ed-ac73-c145366d4fc9
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,08e70053-0d0a-4ebf-ae02-0e791bcd5eb7
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.3.2,modeled_data,kg/kWh,CO2e_value:0.106,66336a4e-ea20-46aa-b1f8-c8a6214efd7f
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.106,710a15e3-ca4a-4d6e-8f1b-e9e112bbbeb1
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,4764c8b9-a70b-44a7-bfaf-5373756e5592
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.4.2,modeled_data,kg/kWh,CO2e_value:0.106,330ed5d2-2fd8-4a8d-bb73-e599d34383ab
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.106,1bd037a4-57b5-4e1e-88d1-392763794b62
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,6984975e-e83d-428b-8c78-fae8c44d1fc4
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.5.2,modeled_data,kg/kWh,CO2e_value:0.106,1dc43bff-5636-46ae-959c-82e2531b28cd
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.106,5e46ffbb-ee4c-4986-82f9-f030ae97b45e
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,cd0ed060-71c9-4b1b-8e9c-f9cdd795a32f
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,I.6.2,modeled_data,kg/kWh,CO2e_value:0.106,187843f0-49d8-4330-95f1-9077ec4c831f
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.106,1a0eba81-b1c6-4a92-a601-88b4b9c4f7eb
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,13297a05-7ee2-4ce2-adfb-3b6b153abe92
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.1.2,modeled_data,kg/kWh,CO2e_value:0.106,b90392df-962d-49ea-952d-ae0bdcdb9a38
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.106,25ac9bb8-6879-4548-a42a-219bc77e8436
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,1e832eb6-833a-4d41-be18-8c9af3f6f626
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.2.2,modeled_data,kg/kWh,CO2e_value:0.106,ca5bba5e-bf06-42a6-8549-a9f7702f65db
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.106,95a412f0-bfc4-4175-a029-9f9b76dbc470
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,ee58e0cf-1300-40d3-b09c-065884172ce7
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.3.2,modeled_data,kg/kWh,CO2e_value:0.106,7345832e-76de-4efa-95a8-d99f1603ee32
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.106,fa4fa478-cef3-46bb-8e30-a5884d082f4e
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,02c8c41b-0ece-4c0a-b79e-617ad6b3a96d
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.08484387429883614,II.4.2,modeled_data,kg/kWh,CO2e_value:0.106,3be3915d-ad5d-4a60-a6b0-9bd426a3a743
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.106,d72f9c8e-ec0f-41eb-a514-21236c277dcf
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,cb8759c8-d046-4573-8456-f77e5b5056a7
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.1.2,modeled_data,kg/kWh,CO2e_value:0.106,c9b8bef4-79ea-4d30-b431-2de559e3f384
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.106,79b22f53-33cc-406e-a914-a28f47e6757d
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,9cdf6118-e1ac-4fa5-9d18-3502d371c573
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.2.2,modeled_data,kg/kWh,CO2e_value:0.106,b5a6a2a0-1096-474e-8de0-0e5527e3887d
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.106,90e1cfab-3147-4fa8-8420-6a5547588c1a
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,19f35742-9576-40d5-af3f-aa06efaad11d
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.3.2,modeled_data,kg/kWh,CO2e_value:0.106,f228e020-d250-4e36-9f47-b2ea13943b8f
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.106,56e40934-e74f-44be-88a4-5755c82f285a
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,ac4b7361-07ce-47d8-8bb7-8a6de6fd8d36
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.4.2,modeled_data,kg/kWh,CO2e_value:0.106,cbf87ae4-014b-45c3-ae69-b6bac6563d7e
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.106,e5303a90-0776-49f8-8fd2-745add1c5e05
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,728f08e3-acaa-4be5-8012-e56dde05f5a9
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.5.2,modeled_data,kg/kWh,CO2e_value:0.106,3a485dc1-6e3f-4c0f-b465-8f95ae416d03
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.106,1a072616-9fcb-4cbd-b46d-27e685c6e900
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,fab5c4cf-e1bb-4284-8bc6-69e493575d2d
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,I.6.2,modeled_data,kg/kWh,CO2e_value:0.106,1b852b05-8380-4fad-88ef-e37cd90095fe
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.106,704fbf46-9590-42a3-9d93-08304df3af17
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,82cce3ee-feec-4317-bbf2-30fd6b10b9ef
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.1.2,modeled_data,kg/kWh,CO2e_value:0.106,24ab87b7-c5b5-492a-969c-301a4afcc0bd
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.106,8ada50f0-14cb-455d-89e8-1fdbc5d2f6de
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,783297c5-3e96-4753-a883-4839542c846f
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.2.2,modeled_data,kg/kWh,CO2e_value:0.106,63015789-fd10-4a38-b46e-841b942e8ea9
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.106,93c92023-6a11-4ec7-b5dd-b4d340e8d7c3
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,f6a49855-28d0-484a-911b-13aa4d8fb416
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.3.2,modeled_data,kg/kWh,CO2e_value:0.106,0745c6e0-75fa-45b2-80ca-fa3f1a59b63c
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.106,cf54d572-aff7-4a6b-8b99-ad297b222c45
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,1d9d106c-b9c2-4017-acad-5e2d6164e22a
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,0.0005338331017124756,II.4.2,modeled_data,kg/kWh,CO2e_value:0.106,1b13d1a1-61ef-4e3f-bfb7-a989bf629ae1
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.106,cbf094a7-8c73-445a-b8b4-55b241d0acc0
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,a870225d-1c21-4526-836e-35381e97158c
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.106,f07df6eb-bc0f-47ab-b1a7-2712627fe053
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.106,a5e9bbdc-1fce-40ab-81df-31b2fb134238
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,d56fcf20-2565-4afd-96f8-9bb51d32a618
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.106,11f259b9-e737-4008-97f0-c4c579d62dae
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.106,1f4c1df8-ff10-4813-8266-9928834197a9
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,679e0720-b0d5-45ee-ae33-8924c1064bab
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.106,37ba8ce9-47d8-4033-809d-e1fae8482e36
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.106,6b120f1e-8336-48fe-8c1b-4a786f3539a4
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,5d481728-0194-40e5-98eb-cf5f5f7af61e
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.106,a1cf70c9-0810-46d6-99eb-d688cdfa4f61
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.106,aacef273-5a79-456a-9982-2bd12ba3b2b2
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,6d9674ee-b69c-4c71-813f-d42a30c5c9a7
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.106,ff10fef5-2bd7-44a2-8f02-c08dfb9654bb
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.106,528e31ab-5127-4943-9947-94e688acecac
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,95abc70d-b1ec-4dd5-ad9e-6aed12c5cdfa
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.106,68b3fd3c-fe12-4442-8ad6-e50714a8aac1
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.106,bc6cac15-d91e-40bb-b468-9b531a8e1a41
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,3070a689-296b-46b3-8e9d-9dcf3e63f2d6
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.106,c5a3265e-fb4f-4412-9910-0e4e8d0579fc
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.106,11996030-cec4-49ab-92a1-5ad0bc9a2d41
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,b7b9d33f-f5de-4bc7-9010-80f2727caa1a
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.106,ce9a9868-5b9a-4c48-ae1c-4bb3169dd938
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.106,eab68149-aae9-4466-956d-de1f4c46fc0b
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c6651703-2891-46cd-b2da-64183d3dbf61
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.106,76f75da5-01be-4f0c-8b51-2be8f5900bef
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.106,e8bdd7d9-1c61-4e1b-8b5c-5ac5f220df26
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,8b79651f-762d-42fb-9ae2-28997cc6a117
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,1.9423963896253694e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.106,332592e8-6013-47f7-a1d3-856dd5d0b64b
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,6b73a8c4-d384-4cc7-8a8d-93a852d0284b
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,077650fe-3a54-40d7-85ef-0a19c47606cb
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.1.2,modeled_data,kg/kWh,CO2e_value:0.453,d9090e01-c03b-4f2b-9423-1c17e2eef23e
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,c77ab493-82e2-43f6-be78-171222b6030c
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,1ec3025a-d899-4f95-a48a-75e972c83c5a
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.2.2,modeled_data,kg/kWh,CO2e_value:0.453,c61ff23e-2169-4c86-8dbb-2e2d913e695e
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,6c464579-4fea-42c5-8206-99572bd76699
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,bffed41c-2175-483a-9beb-debf87ed059d
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.3.2,modeled_data,kg/kWh,CO2e_value:0.453,75782720-96da-4915-96c8-baddf09fc143
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,bc69738e-6dd7-42ef-8bb2-06af95abffa8
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,87c9c881-69b0-48c0-b668-b460a452ee58
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.4.2,modeled_data,kg/kWh,CO2e_value:0.453,74473780-8bac-4068-8343-012e1a9da67c
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.453,ebc7964c-aab1-4765-a445-7c2989e8bd17
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,e85a262a-80ee-4daa-960b-4d7f2d31a065
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.5.2,modeled_data,kg/kWh,CO2e_value:0.453,da60face-5159-4f89-bb8f-ff3f0b12c342
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.453,0b02ccd0-5283-4b7c-8058-6695b8dbb790
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,6b840805-f0ab-420e-8d93-667b9284a228
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,I.6.2,modeled_data,kg/kWh,CO2e_value:0.453,7f1de7c1-1942-45f8-a544-77282f773de1
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,1863b0fe-dd58-413e-8274-24d7b07bb006
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,6a62662f-c3e7-417c-a81a-51f232f0f59b
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.1.2,modeled_data,kg/kWh,CO2e_value:0.453,3c356490-dde0-46d2-bf83-da1aec9c143b
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,c1ea6c83-7055-4148-b55c-ae4c0a568693
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,bad38dff-cb3b-4f04-acb0-ad033593df71
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.2.2,modeled_data,kg/kWh,CO2e_value:0.453,0592a5ad-d9a8-41c9-9991-dc6dd2e63c6b
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,fa45c4a1-a31c-40f1-a075-306730248f32
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,a9acdc0e-609b-4c1d-9426-171848f68876
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.3.2,modeled_data,kg/kWh,CO2e_value:0.453,cb9343c0-e1bb-4add-854d-9c54adb3f147
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,534bce18-c68f-4085-9571-a0439ea12552
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,6372726c-7b18-4ee2-86cf-d886e25ea85e
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.3623581952964418,II.4.2,modeled_data,kg/kWh,CO2e_value:0.453,a57e4dd5-f46b-4823-92d0-8a03eadb9024
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,71238a5c-ae2f-45c9-9bd3-344ee419a836
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,07970dc3-0483-4aa5-a408-01809e53a26b
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.1.2,modeled_data,kg/kWh,CO2e_value:0.453,dd198ae2-52e1-4407-aa43-f58134e67953
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,2c9ee877-3304-4d17-b0bf-9d22913208ce
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,8eecb641-2767-40ff-bbb6-94bf961eabeb
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.2.2,modeled_data,kg/kWh,CO2e_value:0.453,0a46d83b-f570-4260-b964-50873a6f8164
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,ee5987f9-faed-4477-8573-ddfec8956b48
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,8a002af4-f05d-4194-b217-87db22adbf20
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.3.2,modeled_data,kg/kWh,CO2e_value:0.453,f74beb25-4efa-43c3-830c-3971bd04a814
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,4dde85be-d7d6-4f33-a4a1-e500fd0be2ed
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,eae8c462-cc3a-46c0-9f66-8990762b3ac3
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.4.2,modeled_data,kg/kWh,CO2e_value:0.453,4b27406b-cdff-4385-930b-2002bc27c275
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.453,999158dc-c2b0-4461-bceb-569bba7b8512
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,0ed32d66-e261-46bc-88c7-79178ef68332
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.5.2,modeled_data,kg/kWh,CO2e_value:0.453,cec1ff0c-e560-4183-8c65-8760bca9a4b7
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.453,3d96299f-4d6c-46cd-914b-54963ddae54a
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,3bd1634c-1daa-4498-8957-c9f951851617
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,I.6.2,modeled_data,kg/kWh,CO2e_value:0.453,bca37971-4ae1-4d7a-aa24-a4edeb1c47ac
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,297cc2f6-84ef-4305-a9e8-5b6e7dfa457f
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,8342dfc7-3366-4812-9d80-ceb9fce46427
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.1.2,modeled_data,kg/kWh,CO2e_value:0.453,16681ae2-9ea3-4330-a4cf-fce2c01ad8b0
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,0d2d94e8-6cef-4c19-b04e-d0bb7b4d078b
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,901b10a3-d03e-4f36-878a-df64bcf8981a
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.2.2,modeled_data,kg/kWh,CO2e_value:0.453,58432f7e-40ee-4a3f-813b-2bfe8d02aaef
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,cf10bacf-4926-496e-87fb-6c1c8cc6c874
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,bfde44e8-2bf8-4ca5-86bb-bd33d49268ca
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.3.2,modeled_data,kg/kWh,CO2e_value:0.453,5824af51-ee6a-4417-8b90-b5666014fe8b
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,fec7cfc3-2196-46be-a7f3-538a3220fbcd
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,e46e361a-64bf-4308-ac82-1edf33032824
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.002279938309331639,II.4.2,modeled_data,kg/kWh,CO2e_value:0.453,6632efc9-df57-4afc-b83f-30e9fa9b6316
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,a2579484-6e2b-4b12-982c-f71928841151
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,9f92440b-2433-46cd-a194-3b60a79970df
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.453,5438089b-059c-4f80-8157-acdd6bac51f2
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,c7672e05-2c66-435b-8929-b0cff2eda199
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,cf622729-4929-4cf1-9872-e138ab1f1ec9
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.453,8b4dc1f5-4a61-45a7-bc99-45c4a9b35d6d
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,5d340270-5cc5-4f3c-87d3-d752815dc0a3
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,b14114f7-7b18-4a03-8f06-8afadcf50fca
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.453,c799c6dc-48c3-430c-952c-7132a1cfb7ed
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,b022e1fa-3d98-49d2-ac0a-70c201c65c03
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,379d34e3-2be1-434b-a763-cf38c282cb38
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.453,942edc4d-196e-4c21-b8e3-2dcd5c5b3bc6
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.453,d3790f75-68fb-425b-aecd-88c226586b30
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,2ffedb1c-0fa0-4df0-b81e-26d4493611ee
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.453,37d16923-907b-4030-83bf-609f68bc023a
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.453,93f5e9fe-6bd3-45cb-b46d-84c4be1acf1f
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,72c194d1-a5e2-417f-bbd9-5881bc63fea0
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.453,4ecf536b-531c-4792-b578-70891f069b90
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,13d2544a-c299-45be-9d76-3670f6fda2a4
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,37b9bbf9-ef6e-43cf-ad36-c3c5e55c6b4a
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.453,263eccc0-fe9c-41e0-bdec-1cc0825ec01c
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,83f3941b-9a9c-4002-9f37-83b15640ec2d
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,02be8782-885c-486a-a94f-a59c508daece
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.453,099add98-fec6-45e2-9b99-583fdec508f3
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,9e549fb2-2c39-4a0c-af1b-141880543090
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,3e5d3202-540a-445c-930a-2c8268af7654
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.453,dfb97123-9baf-4ca7-b34f-a79a8cf3ed62
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,bc7edb4d-3cb9-4493-ab7c-c6b66efffc44
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,aa579617-1986-4e05-8b6a-23115a210a84
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,8.295746229314144e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.453,ed0b5fea-4839-4e87-afb1-842083e41afa
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.593,aae75aa4-9a68-4a46-984a-4ccfb4a73bac
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,58a8008c-a979-4301-8a1c-1821a4a78b84
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.1.2,modeled_data,kg/kWh,CO2e_value:0.593,188d9501-98ab-4ebf-a89e-55fdc438d9a3
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.593,28e9b6d8-9cbc-4ef5-b95d-b7d84642bf30
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,8200bd29-60e3-4f11-909c-823892f059a5
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.2.2,modeled_data,kg/kWh,CO2e_value:0.593,b06ea61e-8b31-42a9-b939-4b689f705b52
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.593,97c71e41-80fa-4315-a47b-aeacacf727ef
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,21536ad6-b4a9-4e26-ad46-23e75daddad7
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.3.2,modeled_data,kg/kWh,CO2e_value:0.593,842999c4-bba5-4e86-ba5d-d2017433a9f8
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.593,6088dcf3-700a-42ac-8e69-44599b3b238a
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,f546e207-c075-4418-9471-24164e4a4096
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.4.2,modeled_data,kg/kWh,CO2e_value:0.593,48f212af-1307-4a90-b744-913682110e62
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.593,5f18a842-4ab0-455f-95cc-10102154387f
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,390be155-ea62-4776-bb81-4fd620405318
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.5.2,modeled_data,kg/kWh,CO2e_value:0.593,d773d6b5-87fd-4173-841c-1e5d9f732fe5
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.593,3d0d5b10-c12d-47e4-a67c-a91ed7a72343
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,28dbfc35-e636-432a-b269-7b8440c12da9
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,I.6.2,modeled_data,kg/kWh,CO2e_value:0.593,990e8e73-f7ca-4207-940d-d25a04d96277
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.593,41c24e40-3e1f-4983-9740-bae9a44e9fec
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,32c9f7dd-24d4-47b0-91aa-1ef4c2bc3194
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.1.2,modeled_data,kg/kWh,CO2e_value:0.593,bc144971-af23-4fcf-bede-233a5718fe30
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.593,10084c59-1df6-4bfd-9097-562c96e2d064
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,4b561d4d-e869-41fd-9bc7-9d5f57402cce
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.2.2,modeled_data,kg/kWh,CO2e_value:0.593,feb4fb54-a7d5-4f5f-9ba9-6f81a8062ce0
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.593,5764dd21-b75d-494f-8f0f-cf3b3c2a429f
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,e002d978-c925-49a6-a06d-a823fe7ef869
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.3.2,modeled_data,kg/kWh,CO2e_value:0.593,3dad1f4e-5a77-479f-a7ce-7939835c49af
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.593,26a64122-9d7c-46a4-a187-110efff2987e
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,9d615110-e196-4a67-b9bf-80557ac675b1
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.4746548681632106,II.4.2,modeled_data,kg/kWh,CO2e_value:0.593,d31a4311-5dba-4d1f-9c19-4e5f69c29278
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.593,d4f27a81-3830-42b1-a9a1-9d828f4bd1cc
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,6fcf9c27-beba-41e8-ba9b-59eb73d9d46d
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.1.2,modeled_data,kg/kWh,CO2e_value:0.593,636de029-adcb-478c-8090-a734a4c0f2dd
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.593,14bea968-5f58-4d31-aec3-9ef6acc386f8
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,41c2b932-e148-4ef9-849d-d65824016b38
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.2.2,modeled_data,kg/kWh,CO2e_value:0.593,94aedf4a-0826-4288-9d02-c117af5ebd9c
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.593,37ce8276-c6a6-4bb6-b5df-0ca9c1b0ceea
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,02783461-8420-4925-b2a0-7d8cd5a34cf0
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.3.2,modeled_data,kg/kWh,CO2e_value:0.593,5976f785-c888-4657-88c3-bc1e6fe6f971
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.593,25020f49-47dc-4a8f-bf3f-2d4f3514a2df
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,4a2c92fa-3a38-4ad9-b423-83c21d87b53e
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.4.2,modeled_data,kg/kWh,CO2e_value:0.593,8c8e6446-c49b-4a53-a1fc-8cba216344f4
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.593,390a9a8f-f596-40fa-ba06-379557d08cb3
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,c3b47ae7-a77a-4a55-88de-c21d01cf4a19
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.5.2,modeled_data,kg/kWh,CO2e_value:0.593,b9e8cd5c-0d7c-478d-a866-8da7fb2bfeb3
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.593,f8696ce7-2530-42d6-81fc-95beb53b3815
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,94f30b31-b8ce-41d0-961b-509bd87fbe2c
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,I.6.2,modeled_data,kg/kWh,CO2e_value:0.593,f9e0da21-1da8-47b1-945f-d0f087d5eeb7
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.593,3baa334c-3489-40ec-9595-5f3a54c72e9c
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,ce46f935-e710-4ca5-82e8-b2e5a6e6b84d
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.1.2,modeled_data,kg/kWh,CO2e_value:0.593,7ccebc7c-38a9-4845-8d4d-06a2b1268f3f
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.593,363820dd-5d9b-4dc5-85cf-1b3dd6ea2bb6
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,c872263e-dafe-4690-b4bd-3526b7b2a8a0
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.2.2,modeled_data,kg/kWh,CO2e_value:0.593,bd4afe58-9554-4410-9175-5a7261e09468
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.593,67ebaad1-aebe-4ab3-bc34-6f8746789e93
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,b8ce6167-7d68-43d2-99a9-e03a35990ed0
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.3.2,modeled_data,kg/kWh,CO2e_value:0.593,58aced14-6d17-49f6-a12c-39e2b3ec6afb
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.593,ae0f0665-f67e-4a29-b674-c0ccd39b004e
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,f2b6eac6-fefd-4778-821a-2e8164de8923
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0029865029456577845,II.4.2,modeled_data,kg/kWh,CO2e_value:0.593,4b9f8f4a-8d1b-4403-bb8d-52a1428d6a63
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.593,460fbd0d-a929-425a-a178-0ea317d820db
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,7ed078bf-ab4e-40b7-981e-fa536f854560
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.1.2,modeled_data,kg/kWh,CO2e_value:0.593,4031d1c0-731e-4787-bd04-6855e29e9c1f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.593,bf25b4e6-85d6-41be-8907-0062c183b75b
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,ebaea240-a048-4c79-8936-17b0ab32d063
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.2.2,modeled_data,kg/kWh,CO2e_value:0.593,743c1bf4-9989-49fc-8cf5-7d220c9d9034
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.593,cd8c0e0c-b602-4114-bd0c-19377bc83c3d
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,21f54299-9735-4aca-871d-9a63c444d52a
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.3.2,modeled_data,kg/kWh,CO2e_value:0.593,bc3287ff-652c-4539-82b1-b02ff78a704a
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.593,9c1c547b-4714-4da7-8abf-4832b05cd17b
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,a3626229-d99a-4304-95c7-6dcffda19db2
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.4.2,modeled_data,kg/kWh,CO2e_value:0.593,85d798e9-d6e0-4b4d-9e7c-807d431bf1fd
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.593,68e97959-42b4-43ca-8915-98b5f1a8ad80
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,34ba1c94-45f6-424f-abdd-11a3a6a86e9f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.5.2,modeled_data,kg/kWh,CO2e_value:0.593,275962c8-33f5-4472-bd4d-3e375b852286
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.593,c3bbd63a-b246-4ca2-9795-1ee54ed64324
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,ca1a1ddd-68d4-4c6a-bda2-4cf2b257fb3f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,I.6.2,modeled_data,kg/kWh,CO2e_value:0.593,16ba13cd-0c99-445a-a7a5-146fd682f452
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.593,6fe29f32-6c6c-485e-8e3b-7ce35a366751
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,b3d9fe1d-eff4-477b-9080-5d4face2fce1
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.1.2,modeled_data,kg/kWh,CO2e_value:0.593,b90313cf-58f3-416e-bb0e-b846707c35d3
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.593,a334ac3f-3bcc-404a-a2a3-86de2fc431c1
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,74fd3710-7666-49da-8844-2aa52ffeb9c1
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.2.2,modeled_data,kg/kWh,CO2e_value:0.593,f56950d4-e4cf-41dc-a95e-d28104fdb7c0
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.593,b44a8608-aa46-40e9-845f-9e91e86aec99
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,8c1c2cc8-f3a7-493a-8f63-f511a215ce45
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.3.2,modeled_data,kg/kWh,CO2e_value:0.593,211e6c93-dca0-4538-8022-822c308b1e4f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.593,8722f050-ecb9-46af-8d92-497ea973a0fb
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.593,79d22039-035e-4666-afd5-0bd6d525cd9a
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,0.00010866640754652258,II.4.2,modeled_data,kg/kWh,CO2e_value:0.593,6a3a4f52-3424-47df-b357-633af4726f48
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.428,2117c2d1-a7a2-44b7-be2e-09bea9b71f96
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,696d49c5-bcaa-4153-a04e-752c318d331d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.1.2,modeled_data,kg/kWh,CO2e_value:0.428,ad03bd72-0dfe-488c-be2f-7293d140880d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.428,129bf053-b83e-4926-9210-0f886a1aa417
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,a9caec7a-d4f0-4dd2-a19d-9958afff2e48
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.2.2,modeled_data,kg/kWh,CO2e_value:0.428,273422cf-1121-4755-9b39-046704ecd58e
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.428,c5f4c954-d93e-4e4c-bc86-b6b15f2a8897
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,c5578a05-f1b3-46c7-b76d-b8479755a7de
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.3.2,modeled_data,kg/kWh,CO2e_value:0.428,42bbbf28-dd19-47f1-8a29-3129c1e4d23d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.428,f9f4ff68-9ef9-46db-a7d6-dc487c7f7a84
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,cdd36932-ec9e-4750-8c2a-d592457c7595
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.4.2,modeled_data,kg/kWh,CO2e_value:0.428,687adab3-579e-465d-87cb-efbe352c7d53
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.428,f5692e6c-e3a1-48ab-bdf2-95c90610afdd
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,4cf53fdc-6263-4ae6-b0b2-cdce1a6016e3
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.5.2,modeled_data,kg/kWh,CO2e_value:0.428,760e5470-6007-4faa-bb70-eb790faf8e55
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.428,c0fc9766-ab52-491f-a506-d52589687b58
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,a41df486-53a3-4069-864b-fadd2a7e1aed
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,I.6.2,modeled_data,kg/kWh,CO2e_value:0.428,dbd34977-e22a-4f5d-8cb2-a9be2cef79e3
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.428,c29f3125-f4de-4338-b9f2-e7f90600c75e
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,352cd49c-f67a-4f1c-a8f5-d400f60dd999
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.1.2,modeled_data,kg/kWh,CO2e_value:0.428,1222f39b-b4b2-4231-b99a-ff8ead7b930d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.428,9416ba08-9743-4c4f-b56d-4b0c2030f1e4
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,b1282c3f-6397-4824-a9c6-66c9901e9bc8
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.2.2,modeled_data,kg/kWh,CO2e_value:0.428,967bc93f-e1ee-4961-9fa2-f7736e82b972
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.428,bbfbd6e5-efa3-4a1a-8663-f7f8140a6890
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,2d4f2848-2067-4170-9731-d2e7585bedf4
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.3.2,modeled_data,kg/kWh,CO2e_value:0.428,9570d8dd-3cad-413a-a349-bc92c2e91f19
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.428,f147a50b-f7d9-4269-8a19-bcce1842b3f0
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,2c4b77f4-ec7c-4f06-b8d7-7d8d3c10a593
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.34239142641381154,II.4.2,modeled_data,kg/kWh,CO2e_value:0.428,5dd441e5-58db-42cd-81ea-ff382c27bdc5
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.428,2990a7bc-38df-415d-938e-c87b458f1878
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,8e41370d-a711-4469-a0e0-5bbeae732026
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.1.2,modeled_data,kg/kWh,CO2e_value:0.428,2e66f6fd-8797-4afb-801f-391fe3f2b0eb
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.428,31e39678-0b84-4e7e-9980-7410472a9f05
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,6f6194a8-dbcf-4e9e-b7a1-363c22b9f435
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.2.2,modeled_data,kg/kWh,CO2e_value:0.428,348f74be-671d-4e1f-9bba-f1016e5d35e7
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.428,5a6b749c-af16-47b8-9f02-8aa71bdd6863
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,83c38007-4b52-4012-968e-6a285083c115
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.3.2,modeled_data,kg/kWh,CO2e_value:0.428,fab42956-227b-4fc1-b0d2-813b21d29c9b
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.428,ffe6e34b-9872-4ad8-9e75-385bfb886410
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,8b43183e-2338-4a05-89b3-cf8a77caf97d
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.4.2,modeled_data,kg/kWh,CO2e_value:0.428,dd7daab4-f111-4a00-af90-6d342a6ba60f
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.428,5e4a4183-35a3-492b-a1b0-705008b5dbfe
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,db25883d-1fd1-4d3c-9761-b0a539df7db0
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.5.2,modeled_data,kg/kWh,CO2e_value:0.428,54035665-0c02-427e-b7d2-a25f4fa0cd5b
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.428,a125e65c-1e3d-493c-8a12-7ad235940fe8
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,a57077b1-3a83-4480-8152-accb77b9b7f1
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,I.6.2,modeled_data,kg/kWh,CO2e_value:0.428,64893bc1-3d78-4abb-8b82-8c0f934593a7
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.428,b88dd50c-20ea-49dd-be85-412364f112b2
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,b6bcb21a-8245-4f46-9f37-ddcbb632e0d8
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.1.2,modeled_data,kg/kWh,CO2e_value:0.428,baf38c33-c663-4ef4-9f9c-21d6911d68a9
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.428,0ba060f4-6345-40c3-99ef-8315152e33e2
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,f3b654e8-90d1-42c2-9a0a-83db16c25582
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.2.2,modeled_data,kg/kWh,CO2e_value:0.428,1be4f25a-1ad5-460d-bebc-cc1c29e1e377
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.428,2186fcfc-1d26-430e-b8c9-e53fddb024a0
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,1112f3dc-56e4-4076-a44e-4ea89acc6ad4
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.3.2,modeled_data,kg/kWh,CO2e_value:0.428,b8802a45-f95b-4da4-9521-897dd552c2ef
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.428,70573214-dab0-4ac2-bfed-08b6d718c4cd
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,cc684066-f214-4084-9704-fe8fdb22cdd0
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.0021543084715634113,II.4.2,modeled_data,kg/kWh,CO2e_value:0.428,1786673b-4101-440d-9adc-c9e44b4231ad
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.428,486f9c53-bb55-4aba-9e72-48b47b62efbb
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,cc6a1500-5ccb-4ab0-9138-818f5d0d7715
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.428,201eed2e-c7d1-48d0-b5f2-9f0e47bb53ea
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.428,86d1f9f0-62a8-4b63-9bea-832ed68d070e
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,e4db33fa-a431-49d4-8d64-018941a70899
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.428,b185c3f8-8309-4059-9398-df1ca1eaad3f
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.428,0daebfb7-240a-4559-ab4d-25911144f9c2
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,65bcc128-0961-4f84-a8fa-5a6f575ff79c
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.428,543c114f-035c-416b-a4eb-3ec35a62bbb9
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.428,8581be9e-98d0-46ba-8899-1208621f2735
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,24eb4e0a-c760-4ee4-aba2-5b42e0165261
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.428,2f7a357c-821d-487f-8709-b252fdbd19d9
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.428,23af9347-1b36-4505-94f7-d7a359e76544
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,3af44e56-6c5c-4757-a2fe-acb86e802c7d
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.428,211c1d3b-0d94-4101-813e-8326f544b941
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.428,8b267b18-3ec7-481b-8e10-eb5c7e29f067
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,3f001960-e778-4a22-8f79-a21ea512e235
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.428,924518a5-4e20-455b-b3af-709e627b9ec5
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.428,e22ceac0-4281-416f-8c5f-6db122db0490
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,8f32fc0b-1442-472e-94d2-f7cb405381b7
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.428,55be0e61-de62-42cd-a629-21d6ae756d62
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.428,941d0469-c4a6-4292-af6c-c03e06ca7a9b
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,e685d7e2-75c2-45aa-b120-84fb97cff99e
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.428,34372b1b-a9ce-4aa3-a6ef-8510adfcf59a
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.428,058d12e0-d238-4ecc-a15f-9dcae3106819
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,60e4a68e-a9db-47ae-b215-8e9e48fd5148
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.428,3f730929-16c3-4d1a-ad1c-79367326fc8d
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.428,bd9c7dd2-39d2-4341-8e09-67e195d28de1
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.428,a851b933-f2c3-4ea8-ac56-f28bdc4f3d8b
+ML,Mali,2021,Calculated from Fuel Mix,N2O,7.838631557092755e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.428,42172889-1920-4510-801d-68cc7d89da0f
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,664bfb72-39c0-4945-820e-8250f7899dee
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,c8ed74f7-aed4-4879-bca9-d63903241248
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.1.2,modeled_data,kg/kWh,CO2e_value:0.371,c8f46fe8-17d7-4873-9d49-65c258b5f927
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,0172a0e9-b255-4f5f-a14b-ed5b80126014
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,8591f18f-b0fc-42a5-b679-5ed99d204e17
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.2.2,modeled_data,kg/kWh,CO2e_value:0.371,8d4f5067-b1c4-45a1-9300-4ae760d04dd7
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,9e70239e-2520-4f64-b8c2-a4a3816a49a0
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,c418a925-d139-484a-9109-5563b1e8e633
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.3.2,modeled_data,kg/kWh,CO2e_value:0.371,84d18b4a-821a-48dd-8b84-6a1309f45325
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,76c3d36b-92e6-454b-994c-16a37ea719ff
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,c0ff9569-0e26-495c-9482-613471d5d23e
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.4.2,modeled_data,kg/kWh,CO2e_value:0.371,5a0f4acd-88fe-442a-9791-dc9add213b41
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.371,b5c65fa2-9841-4e87-b691-c3d89a0893bb
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,fc3ed93d-dbbe-4af4-acb0-b45a6c13c609
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.5.2,modeled_data,kg/kWh,CO2e_value:0.371,c525098a-fabe-48a0-b78e-7a351b006eb8
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.371,469be554-5103-4962-ae32-4bd744350b86
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,a9983c97-a601-4f04-bda3-321d91f4399e
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,I.6.2,modeled_data,kg/kWh,CO2e_value:0.371,fb22e04b-bbaa-43de-89b9-ddf836f48de7
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,9fffca78-8aac-4b91-9afe-60eb5ef40e10
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,f14fdc69-b9a1-46a1-8e0b-81382c0a3387
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.1.2,modeled_data,kg/kWh,CO2e_value:0.371,526e2c73-11f6-4d84-9b3f-b89ea452dcf8
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,9a9a5751-3e10-4a6e-a7f0-c4f685a82d8e
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,fac27e2a-7d67-4bce-bc79-7de0625165a8
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.2.2,modeled_data,kg/kWh,CO2e_value:0.371,90d001a9-4354-42dc-a8c3-f56f9640ffdf
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,27c4c713-5671-4cce-b487-0e288260b73a
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,723433cb-835f-4ab0-9913-15fc810587e0
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.3.2,modeled_data,kg/kWh,CO2e_value:0.371,049cfe42-5b18-447b-aa9b-d15589c1d6d2
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,6f75682d-722d-40aa-a6d5-5502cd5ed0d8
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,e0653815-460c-4041-a965-1e0ce8743b98
+MT,Malta,2022,Production mix factor,CO2,0.29688000000000003,II.4.2,modeled_data,kg/kWh,CO2e_value:0.371,fd1dfe65-21dc-4012-aa5a-8a50a094f1c9
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,53893500-8ed4-4aa4-9972-201b110f7c1b
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,41936368-1423-4d6e-be18-3c539584d099
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.1.2,modeled_data,kg/kWh,CO2e_value:0.371,19a69ce7-20bc-47e9-ac46-3613bd269427
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,88025808-6e52-483b-aaf0-50bc64c6d1d2
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,ff061f80-7e90-415f-b07c-346088247c9b
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.2.2,modeled_data,kg/kWh,CO2e_value:0.371,d4ea715e-f8e7-48a6-9bff-38e85fe87beb
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,2b711af1-bd5d-476e-b5fd-30b0039ff3be
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,e8f1b79f-72cb-48c7-8244-e39f2d8decaa
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.3.2,modeled_data,kg/kWh,CO2e_value:0.371,e64d30ba-5cfc-4d32-b1b7-1c7cc89edf3d
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,49558456-194e-49a8-a18a-06460f3bb5c8
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,2ae1f6a8-a676-48aa-b138-7afb7ac0c509
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.4.2,modeled_data,kg/kWh,CO2e_value:0.371,fe33058f-c566-4b98-a337-50e6b494e1ca
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.371,4b5c877b-cabb-4c08-a249-3c721193fa86
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,f914f6ca-4b46-4d4a-8e91-5e1bf2ec19a9
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.5.2,modeled_data,kg/kWh,CO2e_value:0.371,1dce2ce3-a30d-4907-8047-b93286bf9d5b
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.371,974084d7-183f-40fa-95f6-0f4ad42016e9
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,0a8b0d49-c73d-4730-9247-c49e5f4991bb
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,I.6.2,modeled_data,kg/kWh,CO2e_value:0.371,bbd1b0e1-805d-479e-ac2d-44648847113c
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,c80175fe-c421-4917-a82a-348bf1f826e3
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,fbf096a3-f7bb-42b9-8a52-0a1e78c15629
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.1.2,modeled_data,kg/kWh,CO2e_value:0.371,2f50a248-0bcc-44ea-b97f-8b0871d78425
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,a516e967-9a4a-4632-9ac7-b02ad4009054
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,ce3c1afb-e13f-4595-8bc4-79c6d7bf0ff0
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.2.2,modeled_data,kg/kWh,CO2e_value:0.371,e6f3098e-0061-4055-a5b2-d77808b5af1f
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,0935e230-03bd-40bf-b2dd-b960f39fae72
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,1c1372c6-d472-42c7-bfd5-7f67b655897c
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.3.2,modeled_data,kg/kWh,CO2e_value:0.371,3a6dbf8f-1aea-44f8-bf2a-f6f2801b22cf
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,76a18eff-9412-4c54-bd10-3b6dac2fb62a
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,a011d4f8-915f-4b05-883f-9322c22b358a
+MT,Malta,2022,Production mix factor,CH4,0.0018679530201342284,II.4.2,modeled_data,kg/kWh,CO2e_value:0.371,5e68e942-76bc-4274-a25b-90a761b6d65f
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,73b5639b-e3b9-4956-b2d8-e640172893c9
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,8d9b13ba-4263-431d-a6d3-2107d4cf6819
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.371,961880ef-e6f2-48ab-8b88-663ad1b8025b
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,65b3eec5-46fa-4c39-84d1-9cd11a4258c7
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,c5cf8948-d0f5-4731-a5a5-6f3c55bbdc9e
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.371,1c90c74f-64fe-49e6-8c5f-f3a7a1dc9eb2
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,b6c3f48d-20c7-46a0-b9f0-44e1d551c6b7
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,1f21b5e6-4224-4990-90e5-9d9075fdf77d
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.371,8e1418fd-4a6a-494d-a0e7-4715c587f7da
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,a29eeff8-b816-4bec-9a71-2096610d67f0
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,f6fce794-15fc-4500-9b1a-3a63c89cc547
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.371,41173020-8062-4893-b594-52ed2332c60e
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.371,4a2eeead-d3d4-411a-af7e-623c2ee75b2a
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,2da03e59-3b9d-41be-a095-2e7d0400a3bb
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.371,e6a00341-a1a4-40a9-997b-cef132c53236
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.371,dcdc0d57-4020-4845-b3e9-b432a71fa544
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,a0d0e1d4-d87d-4a86-9f29-9cf8f10534fe
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.371,80964fad-c95d-46e0-a842-b3fdb8615e6f
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,b43d64ce-eafc-4a1a-a11f-d805768680b1
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,a2485982-1e9a-490c-b334-a1ac527fa359
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.371,e38ec340-3bb6-4600-9587-fc7d9bf51f79
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,73617a89-b786-44ef-9a8f-b39da228b1f8
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,49126b8a-3ab7-4a22-a83e-4a686e424906
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.371,ff845fc8-d687-45c5-8cd8-6fa03f1485ff
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,cf06c4c9-c755-472d-af2e-4c648bbf7bda
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,9b40c29c-ea3b-46e0-a7d9-e9f562a723eb
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.371,251d75eb-b277-47bf-8d2a-29e101885d19
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,d2d71a23-be39-40aa-b782-85fea481b18c
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,22240347-6985-415e-a850-d2526bc2ce30
+MT,Malta,2022,Production mix factor,N2O,6.796703296703297e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.371,072d9b61-8f01-475e-9430-338e044b589d
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.741,a95c24fd-2186-4fed-8ff8-796153ee7882
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,17feb6ff-117d-4153-ada6-642f9e1341e7
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.1.2,modeled_data,kg/kWh,CO2e_value:0.741,2f2eda62-6548-43b6-b29f-8970ecec0a45
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.741,565d779c-ae3c-438f-aad6-a083ca441533
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,b68bff97-97a8-4af3-8ed9-698fa48b0ff0
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.2.2,modeled_data,kg/kWh,CO2e_value:0.741,c8226443-5983-4001-85ea-108354b03a1c
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.741,b390cb49-af83-4f0f-b2cb-b47c83c36498
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,ac05536c-167b-43c9-bb42-fd383d2909bc
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.3.2,modeled_data,kg/kWh,CO2e_value:0.741,d6524898-cdbb-4edf-8dc5-54f618214be6
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.741,53711e0a-800f-48af-a289-c0c238951ffd
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,a3971f29-f382-4fd7-9f9d-48436c76ae48
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.4.2,modeled_data,kg/kWh,CO2e_value:0.741,bb7e4a3d-d2a1-43ff-9820-9d6908439104
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.741,7b32ca36-8e3b-4743-9033-a1879f8c2aa7
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,abf89f2d-3538-4a57-a26d-de870865605a
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.5.2,modeled_data,kg/kWh,CO2e_value:0.741,45521a30-b8ef-4713-a0bd-a9c97e28b2eb
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.741,e66ad74d-dfa3-4786-ab24-00fd37fc0854
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,29654103-c43d-48ee-af77-3d2fa540bea9
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,I.6.2,modeled_data,kg/kWh,CO2e_value:0.741,069bc992-aeac-4402-bb45-4aea38046177
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.741,40361778-4cbf-4c45-a4cc-563ba29f4a6b
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,92ac3f49-75b1-4662-9652-d0635949e29b
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.1.2,modeled_data,kg/kWh,CO2e_value:0.741,7d7c8dcc-4ce4-4eb0-a38d-e5919899f727
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.741,81fe7459-4f88-41d5-a27a-0e1ef2945d90
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,844b70a9-5690-4650-a216-8f0713bb0ff3
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.2.2,modeled_data,kg/kWh,CO2e_value:0.741,84bb8d01-5c41-4fb5-82d8-fc0f12b7466b
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.741,181ae5e5-958c-4263-8009-ed284838a9e6
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,605349d1-f5d7-465a-ba3a-a3f767c0a117
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.3.2,modeled_data,kg/kWh,CO2e_value:0.741,431795d2-344f-4605-a90e-932eb21e56a7
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.741,67edb501-6970-4124-9a65-4fa8b851ba9c
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,d7bc43d4-2ccb-4eac-8a7e-efe11ef5c4ab
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.5927623380645485,II.4.2,modeled_data,kg/kWh,CO2e_value:0.741,3534feb5-3825-4cb8-b594-682e33827521
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.741,6e0118ca-bded-47dc-a917-59682601cdea
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,0e36571c-5a5d-4429-af71-d6be73e1f0f9
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.1.2,modeled_data,kg/kWh,CO2e_value:0.741,b92210a7-b45e-4347-b08f-b9830bf01916
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.741,da4d3054-2ced-400f-af7b-b7b17e178ffe
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,11b3ae29-229f-4b7e-b71c-029efc8347e7
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.2.2,modeled_data,kg/kWh,CO2e_value:0.741,3c5c70d5-39ac-45b7-9944-8ba99170a550
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.741,77474f1a-d903-463b-adf5-0d63ffda7668
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,927e4a5f-339a-4409-a4fc-424865860764
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.3.2,modeled_data,kg/kWh,CO2e_value:0.741,1f80c765-972f-4a33-92a1-19b1ed1edc3f
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.741,ba653c5a-4275-4199-8db8-1725a0164e0c
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,dc893a47-afe1-4fe6-8e06-95fdcb1b09f6
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.4.2,modeled_data,kg/kWh,CO2e_value:0.741,13ebb270-afe3-47d4-a97c-9612d2f1e56e
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.741,dc4afe48-0994-436b-8ceb-e19a980569e8
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,d075aff3-4e65-479a-844d-3b2d89d8b52c
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.5.2,modeled_data,kg/kWh,CO2e_value:0.741,bf7f4196-2188-45ca-bed6-f6dc4f0c80db
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.741,ce707d21-cca2-4896-abe5-5b9bc81a6bd3
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,44c14326-2c36-40cc-9315-d8f1fd920719
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,I.6.2,modeled_data,kg/kWh,CO2e_value:0.741,a05665b9-8156-496e-bfb6-777c3c8896bf
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.741,ac273731-d525-47ce-b812-13a7e639787f
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,6805037a-348f-4911-8283-520f2eb8280a
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.1.2,modeled_data,kg/kWh,CO2e_value:0.741,aa2f0841-8707-4656-9d6c-570d5a6896b1
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.741,898000da-5cb4-4dc4-a0d6-9d98cc203ccb
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,ed4991c4-6e67-49cc-aa82-ca30ec7d63fc
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.2.2,modeled_data,kg/kWh,CO2e_value:0.741,a02f3f34-b230-433a-8303-2c4bc47aa8cf
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.741,51bc95f7-8536-4377-aa38-a48d79d9c5f2
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,759b2f1f-b0f9-4c9a-8ede-295ea17b49ee
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.3.2,modeled_data,kg/kWh,CO2e_value:0.741,8096ccc1-b6ae-4e4f-82bd-13db97bc5f0a
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.741,64c07d6c-071b-465b-b911-4cd5ac555d38
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,a0096f4e-70de-48d6-81cd-48dbfce7d5af
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.0037296288049363364,II.4.2,modeled_data,kg/kWh,CO2e_value:0.741,f6f12730-baf0-499e-a60b-4f0ea42a7248
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.741,2fb0f145-21f3-4376-bcd5-3fdd2e63fb69
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,f8927036-88b6-4283-9964-fee5e3385273
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.1.2,modeled_data,kg/kWh,CO2e_value:0.741,c6ad24c9-61a1-4550-b497-6ad812f7fd75
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.741,2c2f79f8-6c63-48af-b64a-6fee9718d2b0
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,a15b2b07-4c5c-4b29-8a21-849a083105e2
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.2.2,modeled_data,kg/kWh,CO2e_value:0.741,0c70c3c2-c64d-44d0-aa0f-329e5e2609e2
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.741,bacc92e6-74dc-4e91-aef2-15caba4a935b
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,23f4f9a5-99c8-43d8-80f9-43ef7aa7c944
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.3.2,modeled_data,kg/kWh,CO2e_value:0.741,0d112a08-a733-4684-872e-249664a00f01
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.741,f4ba1e02-c991-4ecd-bd41-72f84d362c02
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,48af1832-e068-4d7c-8097-99b85d10193b
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.4.2,modeled_data,kg/kWh,CO2e_value:0.741,7b388651-d0ff-4e88-aeb4-4f2454769228
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.741,09011594-4785-48fe-8412-b37c5a83651d
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,aa7dec0c-0813-4d8f-951d-ceed856c0a30
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.5.2,modeled_data,kg/kWh,CO2e_value:0.741,d609c1e5-d09c-44ac-a757-6691d4e961f8
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.741,1656f3f0-a589-4dba-a638-a29d61566325
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,72136bc1-f9a1-47e8-98b2-50410286d25c
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,I.6.2,modeled_data,kg/kWh,CO2e_value:0.741,6c3b99ae-f337-44b0-990e-2d80e4a5a02d
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.741,d319b01d-b07e-40d9-94f7-e68197922c13
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,35beb2dc-e5a8-4748-bab9-0f97a5be699f
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.1.2,modeled_data,kg/kWh,CO2e_value:0.741,83dfc3d3-0edc-4670-9158-eb7d0c6d5480
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.741,c358de00-4504-4112-a050-144cfa4b021c
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,899fd9a3-ecb3-4dd1-8671-65b8ad746dde
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.2.2,modeled_data,kg/kWh,CO2e_value:0.741,b600fc9e-03c3-4f2f-bc8a-5ae720951303
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.741,abc421ac-52c9-4f4b-bfff-d1d38a1090d6
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,902a5e3d-9b78-4931-948e-19d0c230fd66
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.3.2,modeled_data,kg/kWh,CO2e_value:0.741,79e6e561-e126-4a8c-9b70-64d1f2bdb28c
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.741,e8de25a8-c3b9-469f-a52a-66d15a9d638f
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.741,f02cae4f-20b3-4870-9fb4-6f9120286197
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,0.00013570566347631603,II.4.2,modeled_data,kg/kWh,CO2e_value:0.741,5b77a5f7-64f0-4514-91fc-3b6bd09ee6a1
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.494,0309e395-6d72-4723-aa8b-79bf413790af
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,4dd040a9-7675-44b2-994c-1c3072b63361
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.1.2,modeled_data,kg/kWh,CO2e_value:0.494,1933aa9c-4c31-4a3c-971d-c2053148cdda
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.494,4a02984e-f7d1-4ac7-bc3f-f124a0e09dbd
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,145ff799-88d2-48bb-8f43-d617c353fcc9
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.2.2,modeled_data,kg/kWh,CO2e_value:0.494,c5982a0a-5076-4c89-a745-36122f5d4f2d
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.494,9942ced5-dd46-48aa-9186-90e4bbd0105c
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,571e156b-c7d9-4415-8ebc-374baf27c11f
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.3.2,modeled_data,kg/kWh,CO2e_value:0.494,30bc3f77-0ceb-4977-9bfe-64b04595d329
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.494,49a48efa-fc46-4e06-b5db-e9269a81f900
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,d76161c1-50f9-4af9-81cc-428411b3d2e4
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.4.2,modeled_data,kg/kWh,CO2e_value:0.494,01e60109-a70c-49f1-b399-1a881761a333
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.494,494c898a-ced9-4c5d-a395-be4e54788b5b
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,dfae4932-d3f3-48fb-8dce-efc822d119ce
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.5.2,modeled_data,kg/kWh,CO2e_value:0.494,ad45b023-98f5-420c-9cbc-f71bfe660609
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.494,e5ce3b4b-1bfd-4106-b864-bfa375cbc38a
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,f5ee17ae-744b-4e61-8459-b07f9a22623d
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,I.6.2,modeled_data,kg/kWh,CO2e_value:0.494,8123e87a-deec-48b0-a91e-38f05d3dc3cc
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.494,16d8de15-4e37-42e1-a612-f5be73c22b2d
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,d7b24f47-ee07-41d9-be3a-46d6d322ea0e
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.1.2,modeled_data,kg/kWh,CO2e_value:0.494,21e99a4e-fce9-4c84-ae38-9093814d4dc0
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.494,93efbe3f-666d-4940-98ac-622b46837231
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,af06a1f2-32ab-44af-953a-0b55071ccae9
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.2.2,modeled_data,kg/kWh,CO2e_value:0.494,52866a82-f2de-4f50-b02f-1122cbe8c7f9
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.494,781ea194-973a-4aa4-bb6c-28896839bad6
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,04678273-7511-4eae-b4cc-b3b9ba819784
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.3.2,modeled_data,kg/kWh,CO2e_value:0.494,264efec8-35d1-437f-b93a-36204b49c335
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.494,4730c3be-aec3-4988-a866-89438fe529d5
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,005cb68f-0714-4324-93ef-2e38a6565c3b
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.3953266662012096,II.4.2,modeled_data,kg/kWh,CO2e_value:0.494,395a352a-5187-40d3-a0b8-f4708d66dbe7
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.494,ef8c2370-0607-4b45-a8b9-7db1dcfe2721
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,858bae2d-7725-41b0-b93e-3c1540a73af2
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.1.2,modeled_data,kg/kWh,CO2e_value:0.494,cee728a0-94fc-4d22-a16f-f1f03bb3f324
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.494,f9322b21-1376-41aa-bfdc-79b0a1f5f916
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,fe1a977f-35f3-4f5a-a1a9-4ee91cc0007e
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.2.2,modeled_data,kg/kWh,CO2e_value:0.494,fc4dbed4-8ebc-44c6-8d84-a24d9b2a2e86
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.494,14aded41-81a0-4436-bbc6-13cde3f5c0e7
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,ca2856ac-e740-4bee-8d7f-4bf25a180782
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.3.2,modeled_data,kg/kWh,CO2e_value:0.494,e0f28423-eb9b-4dc4-9d73-08a0bec3b01c
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.494,443fa29c-5640-41d0-952b-0356ef712e16
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,3b99c54f-abf3-49fb-b2ef-16ffe25db01e
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.4.2,modeled_data,kg/kWh,CO2e_value:0.494,c1313f44-7dbe-46b4-98d0-f7da5ef484a1
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.494,760a3afe-510f-46b1-b344-4b01a0ffb322
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,86ba5737-30ea-4be8-a7b5-10a135c2df89
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.5.2,modeled_data,kg/kWh,CO2e_value:0.494,b1f503da-76a0-4bfd-b9cd-fe2548e6ef6c
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.494,36c86ef2-0424-46f4-90f5-9a4f58189b76
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,903e2475-7735-42e2-a313-23195e00e4e2
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,I.6.2,modeled_data,kg/kWh,CO2e_value:0.494,425b55d8-1a5a-4989-802f-994902b88841
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.494,b6303692-422b-4c86-a600-5fad0f1563ac
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,b39ca942-8fc4-4ba4-9a4b-cb831c3fd407
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.1.2,modeled_data,kg/kWh,CO2e_value:0.494,b5ca8ce8-efed-4a98-933b-3f7182ecb0e9
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.494,d142a56c-d7a8-4b87-a2f2-76235486f220
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,68c011e8-45df-42f9-a078-fdfdc4e3499b
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.2.2,modeled_data,kg/kWh,CO2e_value:0.494,7fefb512-540f-49df-b852-1603a3d26f4f
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.494,68ced9cd-6665-47ef-9161-9e728e55bcaf
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,0dc0f97d-b18b-47e7-af34-2444241c4f8b
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.3.2,modeled_data,kg/kWh,CO2e_value:0.494,07da4464-fef5-4ccf-9c37-335afe177456
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.494,9572065b-7cbd-4b10-b1dd-6046e521f54a
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,113b5912-0bb2-4c56-add7-99ddaa0dfc5a
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0024873741581451945,II.4.2,modeled_data,kg/kWh,CO2e_value:0.494,55b06133-466e-4056-acfb-db3cf2813de0
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.494,6a55cee0-d739-4484-885f-2a588b5186e8
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,d3df2270-6259-4c77-97a3-0599d2cf21b5
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.494,3d83d49e-9c35-4b37-bf8f-aa66edade474
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.494,444ea1a5-0049-4f15-9dc6-135176370dce
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,334b2399-7f7f-4b14-9064-41a5f7ef6cbc
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.494,8e67230c-e070-4e91-ba99-866df5098185
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.494,72ed948b-22e7-4eb6-b8bb-80b62050c4cb
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,2fc53d6c-5ba1-4e38-82e9-20b2bb53e749
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.494,5e22f29c-74e9-4cde-bc14-7e0c351b9403
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.494,9eff4465-ec22-4114-a572-47fe8c19c536
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,c7a786a8-aed9-447c-aa01-fd4b763bbd20
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.494,0125b1cc-680b-4fdc-803b-0a068572609d
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.494,24542612-1717-4d6b-99f5-3233db458fc5
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,7b461525-32ef-4318-af8b-0e7a8678a903
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.494,a92b3432-8499-4692-b708-8518ee1a367b
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.494,54a4e405-8a80-4ca1-8993-865e18f3d37f
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,0b5e3687-0e5f-4693-9b9c-adad15d7b2ff
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.494,5dd1f60e-adb6-43a8-8573-b1c00b12ac29
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.494,42665a56-df25-4eb9-aae1-49452d75fd58
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,d1c6ef82-6621-48db-b1bc-8eef1ea63af5
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.494,ad3814ca-0ba4-4078-8b1b-6db5c5bf787c
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.494,fdba44bf-1efc-4a87-a112-8699586ecd1a
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,d98b58f7-7f8b-4da5-878a-a3f1c28331d3
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.494,e29467a6-082b-4902-a33a-4418a0dcae84
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.494,e175729e-7429-44cb-8bf9-eabaf912da9a
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,0f9da6d0-b778-4e37-b720-be673684ed10
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.494,262e9106-fa37-4d31-9cdf-3d013997ad4b
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.494,ade5e16c-d23d-4ac6-9109-a71455346992
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.494,4196a807-88c5-4c2a-8edf-b67de37acc8c
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,9.050518914862856e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.494,b7fbd961-0041-44de-b3ff-11f0701d97b0
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,2a6b4867-15ef-4927-bab0-a85b3d350256
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,2228e09f-4e1d-4795-8a5c-29af3c024b7f
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,3ccd1d6d-40a4-43ec-ba6c-21f914b089f6
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,cc885364-9e92-407a-9d06-5aa3a86d0ab6
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,3e2729cc-432d-4679-9cd0-824589b779ff
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,a709c6bd-22f3-4416-a6a5-d3932f6e8b0b
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,6c109084-9a7f-4429-88fd-5bec8bb6216e
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,4de12058-fd36-4aec-9ab0-51742625adfc
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,6b9fa04e-f7dc-4101-b71f-77340d98a511
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,b6ef87a8-2ad2-4a22-bf5e-1dbf6e9556cb
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,4fe83a60-8fd8-410d-9d09-653c372d6f6b
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,6d8d0215-a126-4dc6-8f71-256748ee05d8
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,ee50e6b4-a90c-45ef-99e6-20302adde703
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,4683b6f3-b53c-4f1c-8e8c-fc722dbdad80
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,fd099926-0982-462c-b24b-2871a1617bd6
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,eaabed73-9afd-4149-a88f-72e4751bbcc7
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,17d809cd-f4c3-4767-a7f6-0b6e9fed9cd4
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,4d29deb6-31ef-4624-b887-8854e021a998
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,81f492ba-5791-44f5-a53b-6e241a0f894c
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,267043ab-1736-4f2b-b19d-45289d114a38
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,3f783c07-1d4d-4f97-aee9-c1b2d60ce429
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,584271e2-dfc9-4e12-aefb-3597135cab85
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,ecc3ac24-156a-4695-b1b5-a701c616085f
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,7c012fba-1ec5-48bc-b71f-dba19fcde6e5
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,3bf775bf-7a70-4ace-977e-b163c0a9c743
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,0ecd6a26-4e67-4eb8-9019-dc25c7671be6
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,eab41cf9-ecc8-4bc1-bc00-b0c6978f2d03
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,fe8b9e15-cd7e-4fbe-8ece-5284c222ee18
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,201ecfb0-d6bb-46ab-8cff-dbb4f6f9bcce
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.4477018724158593,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,01474999-77d6-451d-ac6a-9d7b107bf257
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,5df69ae2-a61b-48b5-8e3e-f1158ba8710b
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,067b4c22-7685-42df-bb0a-935b5ea15f20
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,3e7b5117-0caf-4ccc-b801-55363cca5b43
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,6178d441-fd07-4516-84f7-d1bcee0f2013
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,6443283d-00d8-440d-8ee9-4c132db24279
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,3323db89-d9fe-4a64-b55e-a2eb782f000d
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,b70f603a-fbaa-4d6d-8431-9e15b728e31c
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,451c092b-56af-442a-86cc-c2e7e52b6296
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,64b48602-4d33-40f8-8442-431bb2cdc805
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4386b742-f3b7-4653-ab64-6b2551d2c14d
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,08d3383c-d37f-4ac3-91b6-fa5120f7da2c
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,e154e3b2-305e-4780-96e7-686cc3981972
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,44151439-256a-4655-85af-b739092584c8
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,02c55841-4007-4db4-abeb-45ab3343bf7b
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,ec3da36d-05c5-40e4-aa3a-a8a63aee2480
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,387109bf-11ba-4637-8540-5b7d36fc4ddf
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,1a316145-300f-46bc-80db-cf1fdce7e17e
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,9a92093b-387c-4d5d-a93c-a0453a795be9
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,0ff0bab3-3b90-4e96-9461-216fcab7f14c
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,16c019e2-2376-4488-bdff-5f74e8462557
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,2f278eaf-a16e-41e2-b60d-c60e9802ac74
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,f952aadb-aff7-434c-9b76-6439b19be56b
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,1379ff3b-fe82-453c-aa8a-2d8b586f728b
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,5985e6cc-7a34-4a19-900b-66c0f225bed7
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,c0960d46-9d2d-4bf3-b64e-6170ebff3577
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,3ec0be43-d910-4876-8dc4-47b2c6008ddf
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,b67c4a0a-e132-4108-88e1-189c47aedef8
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4157a2e2-2017-4d5a-9c9e-92db729e907c
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,1a269b09-0264-446e-b5f1-0750b1e2491b
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0028169161435561614,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,2d096646-52b0-4bfd-a1aa-2180449075e4
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,82e5655e-1cea-42db-9fd8-0194a342ab24
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,564a7a93-2bfd-4c61-b0e2-ecbd9ae67c38
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,98e0d72f-7244-4a62-8fc9-7f7a8c14c179
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,64911996-fb98-4f69-9730-2d4b4c01dc97
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,9e891c5f-bcd6-4437-b0f2-74b33aea8515
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,6b417a06-c45b-4fe3-9d86-8d8323e62080
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,3bc50ab7-7d99-4457-be0b-c1a2c50912ad
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,234a1ff5-2aaa-4ad7-b72e-bf2ef562af9e
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,aa3b09f1-728a-47bc-86b7-81f3112854d9
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,f0248ce1-578a-4c25-a490-91d1721bf51a
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,e8abf759-1465-4a8d-bbbe-e03bab63a363
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,9e566409-8f51-444f-8581-d12fa98be9a0
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4ab16968-ff91-4d3f-95b8-29a551cd0fb6
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,5ed27602-1671-45b8-9fe0-0ad7ef0ee76b
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,324d048c-7373-4c8c-85a6-621919b1b8fe
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,6cd76844-8bf7-4ffa-926f-d0c1c1fd6474
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,2463c64e-0cc4-474a-a839-d64b3a91a619
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,dec433c8-7c98-450e-89af-96365e6c7724
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,d2a50c07-13ea-4aa4-8cff-75ea2771f460
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,76d77122-fa35-47fc-85ef-b83e8e84ca50
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,585de74b-14c5-44b2-9db3-7e396c749861
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,cacb3797-250b-4a55-bd05-29e6cb109a25
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,3c49ed73-7495-449a-96a6-05f1290d6294
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,24f94c49-c144-4bd5-8c5b-f9e91762a685
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,94abfab9-02b5-440b-84e4-f46e5ba6e80a
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,ecab3f6a-f9aa-4901-96a9-6aca3be34b96
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,c65d97fe-3b01-465b-a4ff-75885d49a9fd
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,92c39566-260d-4d37-adfe-73a85d78f7c4
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,31564265-5106-4024-a64b-dbaeb141a204
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,0.0001024958499120557,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,719036d1-8bf2-4ba4-b08e-a6bee984bf83
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.255,a746201f-992e-4414-b8df-fe1cdc923d45
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,9d4d5d2f-2607-44d0-a18f-a8648142ed75
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.1.2,modeled_data,kg/kWh,CO2e_value:0.255,e3d17a34-c6e0-4994-b3e3-aa6f7f9f48a5
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.255,cee13b33-0ae3-4af8-85f8-c2ac10795b63
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,112e646b-cb26-45e9-9c3d-17be67d95703
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.2.2,modeled_data,kg/kWh,CO2e_value:0.255,97f72802-089e-4db6-988b-0606f0fed0d2
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.255,29d58c80-18b1-4c4f-b01f-02dbba458962
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,38c3a940-e0e5-4456-a7fb-659e21e5d3e8
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.3.2,modeled_data,kg/kWh,CO2e_value:0.255,71b70a99-4926-452b-9188-fbf25b8af722
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.255,faf50a78-6f82-4863-8334-48b9f9088af3
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,436ffa8f-91d9-41f3-bca8-b7453147c081
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.4.2,modeled_data,kg/kWh,CO2e_value:0.255,8e789b73-c3c5-4cf9-9a34-31a560d19b8a
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.255,91eabbbf-d9ca-482d-9c27-0affa324117a
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,bb14082d-a37c-4485-b66d-b6f2f9df7448
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.5.2,modeled_data,kg/kWh,CO2e_value:0.255,d67f0c1b-8c83-4239-b169-740917a59854
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.255,5e62ccda-d22b-40cc-ba07-e99abd718525
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,3dc25cc3-1581-41ef-9e66-fb8f5e0bf3ab
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,I.6.2,modeled_data,kg/kWh,CO2e_value:0.255,28ccbeb9-112a-43e1-82d8-c46b8724fb33
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.255,638ddc06-e1d2-4245-aa33-0a8d53f839f2
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,cc666fe4-9f90-430d-8223-bd7d6cc414f7
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.1.2,modeled_data,kg/kWh,CO2e_value:0.255,d24af4eb-2b1c-4479-b3ee-534c170f57e3
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.255,1d789a30-8375-4957-b702-5fc62c52944e
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,a02e6fe6-b81b-4348-89d9-9213b27545b9
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.2.2,modeled_data,kg/kWh,CO2e_value:0.255,1983d786-4217-417e-a07f-7e5d748b56ee
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.255,0f4dcf34-c49f-4ed6-a90e-8d5386085b61
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,6015f525-f6e9-4ba8-b316-84118ded56d6
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.3.2,modeled_data,kg/kWh,CO2e_value:0.255,0a3647f0-de30-4ec5-9816-f1252a4f362f
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.255,6165f649-6376-4ded-bb2d-d55c1e562b78
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,92967c8d-f68b-4606-a5c3-97a9ec191cfb
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.20392040963606997,II.4.2,modeled_data,kg/kWh,CO2e_value:0.255,3845429b-a695-4586-8dd4-16e8fca0bf22
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.255,905a78b6-2e33-4741-9ee5-548d69e2ef6a
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,cc843f38-e8dd-48c5-a727-7b004ed5d1f7
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.1.2,modeled_data,kg/kWh,CO2e_value:0.255,dc74273a-9c40-418f-aae2-f43d28dffa77
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.255,ea705776-0dad-476e-a31d-8960527495ac
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,c068b029-6bdf-4337-bd8d-8cc3a15d7be6
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.2.2,modeled_data,kg/kWh,CO2e_value:0.255,5409f6c9-6f39-4217-999b-599740ada5bd
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.255,0d5294a5-4e23-441a-9976-07bf45fbd925
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,e8327381-3a3a-4c37-87ee-21160664a67c
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.3.2,modeled_data,kg/kWh,CO2e_value:0.255,9b99508b-ea58-4975-baba-16e1e5c74abc
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.255,39300b87-2143-464f-b251-dd453c4cd481
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,8ce98742-0f32-4056-87a1-9e2041f75a8c
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.4.2,modeled_data,kg/kWh,CO2e_value:0.255,cf8a1446-4c44-4b4d-aecd-04acda376c11
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.255,95af2c58-878f-4a8a-924d-8b5312a423bf
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,2d52d609-053b-455f-b802-021322d299bc
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.5.2,modeled_data,kg/kWh,CO2e_value:0.255,fb493c76-cb68-4129-a6dd-6a6d5f3a3e1e
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.255,92dfe1d8-ad36-468e-99eb-9d6359339201
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,68ea3caf-082b-4034-a1a4-7334bbbf0c8f
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,I.6.2,modeled_data,kg/kWh,CO2e_value:0.255,da9507ce-e3c6-402f-b5b2-b6c983bb31f6
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.255,2a362354-1e2d-41a4-b773-3b1c19295e03
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,e45714bf-17c2-4a22-8128-c6e48a48314f
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.1.2,modeled_data,kg/kWh,CO2e_value:0.255,79377acf-8675-429f-858a-7975cf89b9f0
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.255,1fd8f9dd-06c8-4fb7-88c7-e9d701c12bba
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,b0dc09e7-c017-4f24-a383-19400a9abdaa
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.2.2,modeled_data,kg/kWh,CO2e_value:0.255,00eb3ae2-735e-43ca-8dc6-f381e3db890f
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.255,250219f3-6a03-4ff1-990e-b7063f247ee9
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,3b9d4b4c-e36b-47d3-a0cd-3576131252f1
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.3.2,modeled_data,kg/kWh,CO2e_value:0.255,ae90f94c-5e37-43fa-950c-5913e0cd51d7
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.255,3648e987-c4b2-4403-b366-0c1aae4664dd
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,1622c81a-c2a8-4d95-b394-2c1e7a21360f
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.0012830562686833259,II.4.2,modeled_data,kg/kWh,CO2e_value:0.255,51aad9b1-a4d1-44b5-8ad8-9a57c191ad18
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.255,f1870e8c-e221-45a2-af5a-3a7f253737bd
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,c2dc444d-470a-4bf0-931d-bf1a9cec0f9d
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.255,6f3742d8-affc-4e4f-b78f-abe5e02380b7
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.255,2c336b7d-4397-4313-a285-b5a6d4f6afca
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,6f5ca745-267d-4f17-836e-82300844f414
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.255,40cc46cf-cb08-4ef0-984f-2296c33bf550
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.255,4c141563-cee2-4e0a-b2f2-1411e42137c7
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,b4d7dc66-0b54-49cb-b3bb-3fe26c80d2d3
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.255,c5ac4487-b0c4-4d3a-808e-e489fb4066c9
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.255,19ea850c-25f7-471b-85d9-e40f544e5694
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,0986ebb4-5f01-4603-a729-7f004039b59f
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.255,cd42d828-379c-4e1c-b98f-f4e6a5da5df1
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.255,32bbd2b4-1978-48dc-84f1-b9a1ee071cb3
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,39026f08-d9ad-4101-808a-5e3d0c855592
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.255,65761e2f-f816-4ad2-8c1c-021e273689e0
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.255,40e553e6-de93-47c1-ae56-d46f1d83e31c
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,a607fdd9-fd7b-46a7-afa7-7ff43df23636
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.255,7daccea2-f254-489e-8146-15e8eda5260a
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.255,b4ea8ea9-0b6a-4924-a6c8-deeeef617aba
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,d75ab65d-df04-420c-8776-2433b41e5b83
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.255,060debe0-232e-431f-875f-630a292d2bf1
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.255,07ff154c-d18c-4728-b484-f4ab4f25dc33
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,d0d47108-c338-427a-b7d8-d646119e6c73
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.255,d20d5b00-02a5-4e2a-b397-180afb77c2ce
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.255,6819030c-1c41-44ea-9c15-e3b4dc6827b8
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,8b7977c8-7a7e-4b25-bff3-c8aba0467baf
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.255,5022e233-3e4a-4bfd-86af-15a3329ac43f
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.255,5c20bd27-cc9f-40fe-8a4a-57e64f9d3ace
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.255,fcd3bf36-f0df-4bed-b336-6b5148413126
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,4.668507546613324e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.255,3b9fd96b-039f-4154-8a9e-5fb7c4940513
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.595,a1a6164e-9551-459f-8e5e-bc728a3ffc76
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,17d80c10-bf31-4e75-88c9-506be6eb5ecb
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.1.2,modeled_data,kg/kWh,CO2e_value:0.595,a56caa48-a25e-4d76-ada6-1b4074c07ca2
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.595,3dabe17e-88d2-48de-aa3e-7b2d7fdc7b4e
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,ec5283bd-1fe8-406c-8769-aee81c43eb78
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.2.2,modeled_data,kg/kWh,CO2e_value:0.595,d7a89fc8-9807-41c1-b8ae-44f5f63776b2
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.595,ee85f514-f40c-4bc7-ba1d-2988891d6b12
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,88d66ed1-47e4-4b16-b5b0-69807c3d5702
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.3.2,modeled_data,kg/kWh,CO2e_value:0.595,131dca19-040d-49a3-9877-653bb70d378e
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.595,0384d023-5be3-494d-a9c3-09f2df31bd45
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,19717446-66e2-4533-863b-fb42c34cf354
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.4.2,modeled_data,kg/kWh,CO2e_value:0.595,cbe0e45e-a2e7-44b4-8af6-9eca837a8493
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.595,e38dc26d-dc71-4d86-b63a-d04e3bc50e24
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,4198dea5-3bf0-4816-80cc-e28dd760a766
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.5.2,modeled_data,kg/kWh,CO2e_value:0.595,16645b0c-89b4-4551-936d-7596b25b86f6
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.595,1b97d870-b035-4ec5-b629-637a9aec6d85
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,977ade06-3ebc-4f01-b1ca-b9aec2d3794d
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,I.6.2,modeled_data,kg/kWh,CO2e_value:0.595,d05bdcdc-b1c6-4cc0-aaa5-49a01246872c
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.595,8064db49-59d7-47c0-8829-6f014df42732
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,5bed4b96-d10f-44a2-ba14-8f770f670cd8
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.1.2,modeled_data,kg/kWh,CO2e_value:0.595,57dd89ae-c208-4ba2-b636-ba53bb73bf38
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.595,f288b074-65c5-479a-93d5-69a10b326a96
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,11b4baf2-57bd-43e0-8804-08de94954afd
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.2.2,modeled_data,kg/kWh,CO2e_value:0.595,e48dcfdf-23a9-4d44-8bfe-a2e0d66fe107
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.595,f4c14b94-b954-426e-8326-915fed0bb47a
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,3ea01fa7-400c-4738-a10b-db5ee5a38156
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.3.2,modeled_data,kg/kWh,CO2e_value:0.595,4b51a9e2-6dd0-4d9c-83d0-75e94852cb3a
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.595,e97784b3-b078-403d-b17c-196d3140058b
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,935448c5-bc7b-4f56-a4dc-5b4b99571315
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.4756877150716323,II.4.2,modeled_data,kg/kWh,CO2e_value:0.595,bc2c8771-cfec-4bf8-b76c-1a6847fdf351
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.595,ab3bb724-6caa-4d2a-9c3f-16a5c358bb60
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,5402d3d7-6cef-46d9-af34-cb95c8636f1b
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.1.2,modeled_data,kg/kWh,CO2e_value:0.595,fa3fb7a4-1850-432b-aaad-ee72679b4c78
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.595,12b9872c-9de5-40cd-989b-31b2d4b7e737
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,e3bfb7df-4b56-4d46-a18c-498f55488248
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.2.2,modeled_data,kg/kWh,CO2e_value:0.595,a97a5523-16a4-428e-bc8a-b5c1c6a1a177
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.595,1ff88f6f-597e-4b53-ad8d-6afcecea00bb
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,33e51440-77be-46b3-848a-de2eb35ee656
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.3.2,modeled_data,kg/kWh,CO2e_value:0.595,51cf4403-2d57-4d66-ab75-2bd61cde86bf
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.595,f53367e8-ea10-4d0e-83ed-df7e8e9d53f0
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,ddcc4a6b-f8f6-4a82-af1c-29ac4a006118
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.4.2,modeled_data,kg/kWh,CO2e_value:0.595,8a6e0ed0-42bb-4237-8fa4-4504d8055ae9
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.595,4d9252cd-3ad1-4b81-9d71-46e11a76f33e
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,e34d0939-8173-4657-990c-778d27b10dc3
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.5.2,modeled_data,kg/kWh,CO2e_value:0.595,7ee3cf14-31fb-4481-8f79-1a932af8e2a8
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.595,8161dec1-2677-4f33-a9fb-71eafb1045eb
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,69bf7ffd-dce9-4ec8-938e-3ead1626720d
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,I.6.2,modeled_data,kg/kWh,CO2e_value:0.595,8fe030a0-bb83-404d-b17d-35cfce6965e9
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.595,e19b1626-4584-4930-bd08-b9a478ad2c4d
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,2af90d64-4350-48b2-baae-284474e46c97
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.1.2,modeled_data,kg/kWh,CO2e_value:0.595,38de9450-20e3-433d-9b27-f92bead85be1
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.595,5b9e490e-f9fe-428d-9bfe-770f2549d607
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,f94e1e1c-72bf-4b92-b078-e75950cc0406
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.2.2,modeled_data,kg/kWh,CO2e_value:0.595,1cbd6891-2354-4092-b0bb-781cbe5231bb
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.595,558acba5-2c01-44f8-83bd-19990b1724d2
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,f414c0c4-994f-45da-bdc3-8052b7e532ce
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.3.2,modeled_data,kg/kWh,CO2e_value:0.595,c62a760a-4f13-4caf-9e22-0373dbc89a08
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.595,c88d21b0-b45a-48e3-91be-f5a683b5259b
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,cccc764f-4dd4-43e3-9693-784b451e4732
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.002993001562950707,II.4.2,modeled_data,kg/kWh,CO2e_value:0.595,2c4add53-d955-4a3d-9e58-6bfcff54ef43
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.595,90f4e62b-aabf-4afb-a446-0d612b216c01
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,d2d0a91c-948f-4faa-b872-e7b6e5b0b4a7
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.1.2,modeled_data,kg/kWh,CO2e_value:0.595,feed2223-a4b6-487b-bb66-24ddfe26d6cc
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.595,3bb294cb-0739-4210-8680-1d77b21d0223
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,8600d4f5-d4eb-42c6-9669-514e37bf5054
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.2.2,modeled_data,kg/kWh,CO2e_value:0.595,3eeab843-086d-4196-ab62-e2d4a320dea9
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.595,9ad93faa-034b-403e-a136-465e514cef04
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,016d5f37-d6c0-4794-8167-d63a4d92e522
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.3.2,modeled_data,kg/kWh,CO2e_value:0.595,a5612e3a-2228-4f4c-85a4-0872cd55a4e0
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.595,3bbb266a-049f-4f2c-8a8a-44186a8ada0b
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,1bb7c3bb-d497-43f6-a1fb-b50413fe6259
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.4.2,modeled_data,kg/kWh,CO2e_value:0.595,5c15064b-7470-48b6-91fa-fd8375a9ed35
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.595,a63fc9fe-bcef-4add-a927-8d703399f078
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,a7947ff1-4120-4161-ab22-b0d8abad2107
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.5.2,modeled_data,kg/kWh,CO2e_value:0.595,a974480a-89a2-4991-a6a5-5229096f7a9a
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.595,f3d534d5-c0a0-4513-92d6-34018933bb34
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,2e4e3628-beed-42fc-9565-03734c3bcf0b
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,I.6.2,modeled_data,kg/kWh,CO2e_value:0.595,5a59fb9c-12e2-4dd7-a4d0-fc107924e203
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.595,55222706-13fe-468b-a568-e817e539af61
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,942da740-e099-4884-895d-9ef5569f6fc5
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.1.2,modeled_data,kg/kWh,CO2e_value:0.595,591aa54b-9d96-4912-b8cb-3a19669bd419
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.595,e9998d45-f002-4785-9288-ab3a5256c707
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,8486a9f2-2822-4a57-83b5-745108c7b2a6
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.2.2,modeled_data,kg/kWh,CO2e_value:0.595,a2b776f0-9367-452a-968d-405e4b3ecdb5
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.595,3dd9991c-11a8-41b6-bda8-175834625523
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,5fe25446-2ed8-4498-bca3-855424dd3db8
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.3.2,modeled_data,kg/kWh,CO2e_value:0.595,ed97abfe-dea5-43af-8115-8299b86c73b3
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.595,bb4a8e43-dfec-4d26-b2d5-7bb93b6f0ff2
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.595,377d8ca7-e8a4-4648-a896-35a9d7e91cd0
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,0.000108902865172077,II.4.2,modeled_data,kg/kWh,CO2e_value:0.595,ae5e0975-64a8-443b-91a7-0d6be3d5bac4
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,97189403-cd44-4f60-b793-14a1a5b02970
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,20aefee3-9318-402f-98d9-f365aa980a20
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,e46a0dad-2a7b-4f54-83be-3b2ce73188bf
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,b67729a2-e17c-43c6-a5fe-67a260db24eb
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,27e6c8f4-95a3-4c8c-ad70-ccd2bced131b
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,280f9114-6610-4a78-b64f-4d717b258505
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,5a8d41d3-5023-4db5-993d-ebaab315ca93
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,b74d7c52-3898-4172-8dcc-b2355c379442
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,8678f8e5-750d-40db-bd69-6e0549462abe
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,f8b40ad3-f057-4680-9f91-6cda93b6c443
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,cb6cb0cf-950d-4870-aeb9-840c04453c46
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,eb94446e-37bf-4c66-9aee-93a172951b19
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,0882aa5f-17db-499e-951d-01e982b8234b
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,34ac66b7-878a-44bf-9470-69f2404fee22
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,ea5ad4f0-afba-4f89-8a60-684d28f33e4b
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,cca1fbbe-0463-4d7d-b965-a18e62a3c7af
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,026ce982-413e-4ce0-9bba-b68c25648852
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,c35eb989-9d35-42b1-8bde-00dced81cb84
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,889aefde-f397-4b55-9d83-4e66285d214e
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,e47947d9-f9d7-409d-8a09-e6be81afc1e5
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,54a01510-2528-4ea6-9c1b-5f317db99631
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,ebbaace9-740c-48b3-a6d7-cd25ad6976a9
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,fd995f10-b253-4216-9c97-90339c1ef0cb
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,d723acda-f1af-4ed7-9388-7f2f25e7f459
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,d588eaf0-50af-425d-89a2-c80384bf7b86
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,a369ec8c-2f8a-4582-874c-476503d1da85
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,f52c6bae-e7ae-4822-95b8-6d4ec35a7577
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,32c94ab6-6fe5-4b73-9c67-24460e7166d6
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,10d8bc86-6f8a-40a2-842e-8c522394e4d6
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.5449722645813054,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,50974a11-c6b9-4013-8421-9fd9260957fe
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,d624bb21-bfd7-414b-a413-116b7729c5b6
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,9df2c9a6-bbb6-418d-b74b-50a3ea834cdf
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,6ffc960e-1e3d-444b-8624-70b645650634
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,93769251-49d0-4c22-b27c-9a6d03f2ab07
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,3925df0b-adb2-4649-97cb-b48948c9f8ec
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,2eaf687a-5bf5-46fb-956a-a41c21ca6d59
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,6f6495e5-57d1-4d46-a37a-05896218e3e1
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,a1e8dcf3-6eb5-4806-8e43-39930bedda66
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,1725a9ec-9b09-4e46-8292-a3d627dc3a89
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,a4a67887-de35-4ecd-986e-92cf121e0cfd
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,f7a0172f-60fb-41aa-9a26-1ce450ca12de
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,1dd7dde3-9537-4164-9bf7-4ad4dfbc0a24
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,a9ba1b1b-da9e-4434-aaa8-0881e10c05e1
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,7e1d3ec8-95c9-44a0-8620-84c08f39f562
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,427833fb-e031-43b9-a0e8-d91070c04e88
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,8a87ce4b-ddad-4c57-91e6-60bee6a04e19
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,561036f1-48ee-4493-a161-a0dbe536fb43
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,88992ead-db05-4c70-b214-d7cff8082b62
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,8df93470-d8ad-4fcc-9b63-e7d518ff40a9
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,248b6a47-299f-4210-beac-7cc1d53f5b3c
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,ab169dc0-135f-40fa-baa9-80f2e808d67a
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,cce64b93-1d41-405c-96df-5c50c9d2c472
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,22eca362-905d-4985-a0f3-d7ae236af0a1
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,5c183b57-bb51-46eb-a7ef-9f38d18d256a
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,fed0d995-f36c-4c0a-8419-4eed1e1b836d
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,77a8b6cf-858f-4457-b50f-fa8409dc568c
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,eb6ca1ba-7932-415f-8f88-8619342a656f
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,045fc5d2-ef94-49f0-af55-ebc8429315a4
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,ecf385cf-2cc1-4226-9826-03f3eeac2269
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.003428936228489757,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,089f1e2b-5d89-419d-97ec-eaf98694b9d1
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,de234ff7-18a6-4b5a-9c38-89eac4e8b9ff
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,98610891-7a90-45eb-8e48-d42bdc6446fc
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.1.2,modeled_data,kg/kWh,CO2e_value:0.681,79c104f2-e165-41da-b2dc-5cbc9f90f502
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,7ec595ac-fae6-451e-8cc8-7723ec1a7c10
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,20492766-a35b-4c9f-ba13-9ebd26651358
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.2.2,modeled_data,kg/kWh,CO2e_value:0.681,e1a0feb3-45a1-479c-9d36-feccfc2fd195
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,95b4d7c2-24bc-4b02-8920-cd31943d7083
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,72994f53-576c-4ff5-a1a1-b1c761d90ab8
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.3.2,modeled_data,kg/kWh,CO2e_value:0.681,1dfdefcf-cc5e-48d5-a997-84157a3a6e89
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,4cdc0332-717f-4363-a3d7-dc21f37da569
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,e227c4a1-ca07-4d09-b013-9f128ea2ec5f
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.4.2,modeled_data,kg/kWh,CO2e_value:0.681,da223865-b67b-4b20-ba8e-446ddfd06dce
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.681,c8793653-856b-469f-9fcb-acbc1aad9672
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,ff147347-2633-4aae-a38f-40fb1adc50ea
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.5.2,modeled_data,kg/kWh,CO2e_value:0.681,29503140-479f-4a56-8f29-ea6670a31b59
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.681,29c71eb5-bc8f-4f73-b9e1-0b52079281a3
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,2bb5e0d4-1f0a-41c1-824c-f8fe279f09bd
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,I.6.2,modeled_data,kg/kWh,CO2e_value:0.681,01311ddc-e511-4baf-8b4f-b730db00c045
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.681,f4f38e2f-d337-4e0d-beed-6e8f5448ef62
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,69602a48-a890-48ba-b8e3-5b4f20bcebe6
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.1.2,modeled_data,kg/kWh,CO2e_value:0.681,aa961813-4c26-4011-9778-11fc5c3fad24
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.681,1e0e254e-2643-4941-a41a-d35ddd905677
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,9463b96e-20c5-40c2-901a-eef8fc345655
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.2.2,modeled_data,kg/kWh,CO2e_value:0.681,7eda511b-b15c-4b1e-966e-5503c6757d30
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.681,2a22d432-12c5-4b1d-963c-65d60431cc16
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,9721ca46-28b2-4023-86bd-62dfd6e761d0
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.3.2,modeled_data,kg/kWh,CO2e_value:0.681,9ef90a26-ded8-46a7-b228-ddee917041ab
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.681,07efb468-323f-41cc-8257-019e8beec93e
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.681,78dfc614-76f8-4ca2-a486-11cff0b19cbb
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,0.0001247647125872952,II.4.2,modeled_data,kg/kWh,CO2e_value:0.681,a94edf7d-a328-460c-9217-215f532e303b
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,ce68dd92-f53f-4991-b8b3-a7ee1ead615b
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,6518597a-9bb3-4b20-8747-aee034fb10cb
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,54d6be7f-7468-4ed0-b03d-cf7d1f8fd16b
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,8a59e5e2-249b-44a4-a808-0928fc178102
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,586bfdb3-e654-4f14-87af-ef2d22afd3df
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,ae7adef6-f4c2-4ce1-9c1a-5e0aced71297
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,eda6268d-4fe9-4421-aee8-91fa9216b54d
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,350b2a8f-537c-48b3-98f9-c492f5885b23
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,5fabc7c5-053a-478d-b672-5eea68b5b828
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,e86e36f3-e829-4f77-b159-c01feecf321b
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,4ad59da2-17f3-4a62-84bc-9bf4c45018e3
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,397f246e-08d5-46e7-a4bd-d5805ff8562c
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,aa038d8e-447d-4dfd-8eb1-ff16415da99f
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,50ff219b-88c4-4158-bc39-cc4107085a8e
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,f26b22ae-9775-4827-864a-7cfab5fe1e70
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,a38cce15-f2c3-4fec-aa6a-65712e8e642c
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,032062c4-e57b-40b7-b186-16c097e58a2f
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,83ae31b5-8764-4570-a386-19c09542993e
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,0d7c85ba-4d9f-4359-b43c-65d97dc56641
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,8d8e43e1-b532-46e0-8b1c-6490ba835d1c
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,5bd0c648-b2e0-41bf-b573-7cdc48d79459
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,d3f9ef8e-267e-44b2-a0ae-fa2d73d4669d
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,1f5af84a-d004-4c24-b81a-7e02079c2fce
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,f98cbbd0-af07-4845-80e7-c4750b978a9f
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,28b742b8-c98f-44cf-9570-9f21991f71e0
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,93b5f9f2-90fb-4da0-9422-b9ad33981bab
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,07f4c69b-f09c-4191-84f4-0e4972b544de
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,21175cfa-e2c9-4230-8608-bb41e86bd006
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,6afd3bc7-b61f-42e9-87fd-9127618016f3
+ME,Montenegro,2022,Production mix factor,CO2,0.44771200000000005,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,1cdb23a2-1cf8-47e3-8233-89a57a5de805
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,315f2184-2344-4926-92d0-dcef53c65492
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,6d0a4a68-06ce-452e-bdcb-67f675181a6e
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,3caa859d-9a8a-46f0-84d2-08b5a5cbd64e
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,644cc8ee-8296-4f03-b89b-fef8c367cf04
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,50dd29fb-847d-481d-a2c3-5755f88cb5f2
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,a3dd1265-4770-420c-ade6-f68f48e9aaff
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,bea72332-3d4c-4e94-af85-79f7bce7289c
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,10685bc2-15c2-4ac5-a57d-469a067f5395
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,df98196d-3cfd-4e57-9ff5-2468b7be7323
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,1e6a6693-5053-448a-990d-e0a0917369f0
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,8f84b2a9-f0a6-4218-bfe3-d224d496fa57
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,77c44094-2936-43ac-9f1f-49b93023a8a2
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,d7a75f10-52a4-49e3-aa83-db8695bc0b8c
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,6030bd5a-0018-4c89-8ecc-80eb611f2bdb
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,60958a41-1356-473d-a0f3-edfde6cbdc1c
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,34aaf430-769d-4bf6-88b2-e7298ad3a914
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,4f19b14b-1f4e-40e8-8307-1df6d4f8d274
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,0a1bb85a-6edd-4026-9546-bc1cc91a2fda
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,d4d1a09a-a022-43f4-83fd-535d40a288e6
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,1670e511-52b4-46d1-95f2-c0123eb25913
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,10998cc9-e92d-400d-b394-a7596f16a69d
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,6159837d-85ca-43d8-a576-9de532ea71b9
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,800ffe18-6de8-46e9-b928-de6f86d8241a
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,4094cc7e-dda7-4cf4-85dd-90587eee0804
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,77bbcd81-2eb7-4699-98f2-6a0cd5c23d9d
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,b82374ae-c226-4c06-bc43-0394dce53c4f
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,06426a29-16e5-4d18-b70c-c1fe37a292e7
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,83ca35c5-ea4b-4282-921a-919363e18af6
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,7d792fa2-030a-451e-b6c0-90dad427f02f
+ME,Montenegro,2022,Production mix factor,CH4,0.002816979865771812,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,de775c0e-1802-4724-be98-a51c7346181d
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,c237a537-b14a-4dda-bbfd-01da810de6b9
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,9f5c9568-c27f-4769-9363-a44ea7ceda42
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,ff3946d2-0c7d-4afa-84e1-cb6ade1a67ad
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,6236a2d9-0210-4c21-ad10-bcb1e30cad4c
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,8c6b6c47-6a0e-44bb-a314-12d9770981a8
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,3f120362-4974-4b83-8240-449be4fc4b01
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,71fad103-d7e3-40b2-be12-ade8450b10e9
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,70832cc2-a49d-481d-9b67-1373c0b43c9f
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,f39f0e01-7d38-47ad-ac20-05bf451f7d80
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,c774fc81-a1e5-40a8-8bf5-c793abf9ec6a
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,b777a234-a3ad-4c89-a196-16fe13c8d5fa
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,e071b138-849b-4759-a7df-ddba808df5ba
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,2f98c11e-b7d6-4cbb-90c2-cbbbfc782a0e
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,f40a84db-1329-4b0f-b8bf-a825349ecbec
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,4048e5bc-d66b-41f0-8cd4-b550907fe051
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,36694004-9dc4-4322-a523-e17c753c78cf
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,7f37a236-0382-4121-8ffa-9a0be912d342
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,0ea92170-dbf7-4c8d-8187-35e2f477a7d9
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,918a0c5a-974f-475c-bb19-b5df22c6bc29
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,cd3b1ccf-ac23-445a-96f3-673eb4de9f8d
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,dbadef0f-c95a-4956-9e84-da9fdee0e3de
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,515a235e-8da0-4a36-b4aa-f9bdeb8d02b5
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,7eeb53f2-8132-48d6-9910-bd04351ff953
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,73ccc24a-9fbc-41a6-b6ac-92aa9dc331d1
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,f10176dd-4fd4-4db6-9a09-9e91298db8ea
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,a8fe6dc2-4db2-4cb7-a3e9-0da937cc5a35
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,bc0c9d59-7787-4569-9dfa-281c59f90e8c
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,6909d2c5-feec-4de2-84f9-bb589a37289e
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,df8a7e4e-859b-4df7-ae82-a5b55e65c116
+ME,Montenegro,2022,Production mix factor,N2O,0.00010249816849816851,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,f81db187-884a-45e5-946f-045e13ba9480
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,88d5add5-e9c6-40c5-a524-f854c8a09703
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,276b0ec6-3383-43ce-b8b5-2d5636006cbe
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,201838cf-d272-4c3c-882f-b97fc8b72682
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,4bdb1a25-9f4d-4c03-9ed6-06b7b9638021
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,82321937-af85-4128-a922-cd1482dc7d9e
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,0c4f6ac8-9bdb-4f2e-b494-d1d3be7c326b
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,4c858fe5-226a-46c7-b2f0-7bb425d75261
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,6e804dfc-6d24-4ca5-bf68-33129957d438
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,f08b1bfc-2e3c-4c52-ad8e-ff29f6dfebdf
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,2ba32cd2-9485-459e-bd1b-e0a73ee9b965
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,dbe68902-07d2-4c83-a74a-628fb0d52b10
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,c8bcbdfc-567e-4253-8d4a-14706e301a27
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,c2193ec2-9237-4789-aebc-306e34476636
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,142689e3-3862-43d8-8a4c-0cbd036b4d65
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,f8fc6b05-cbba-4760-a25a-2e45f4eba94e
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,db665a10-18fc-478f-978d-57f64c570fdd
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,8f3505f9-8654-40f2-a7d1-d70b1572c444
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,f81e3555-b42a-4867-85a1-0c338372f07d
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,bcda3d85-eb86-4179-bf69-70f921ed685f
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,55a2078b-67c7-43c4-8550-00ae1b10c445
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,c8ae4d5e-55b1-41c5-bc17-814b2a4646e2
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,be8f4452-f532-43d6-87c1-d91315679783
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,a1aee5d4-49a1-417d-b8f9-d1e5c3b1d0e9
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,be7b3b5b-2efb-43cb-97fe-190f2be32ea9
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,e87674c2-4ae0-48c1-84c9-e158fa022a53
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,2be3b141-e522-440f-812a-1c6dd3ced8ac
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,918a4d52-1ada-42ae-970c-e7b111759882
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,4c027505-8739-45e8-be5c-91d04e61d98e
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,285b67b0-2b2c-49d8-9e98-ff508443cf86
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.513561018368353,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,31c1434a-502b-4f7e-b735-28be6849cea8
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,150c7add-5376-45d9-9005-69c513f98177
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,af6a5496-da84-452e-9d5c-bef5184a962d
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,c0caf319-0a01-4e9f-8a0b-f815d0c84604
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,0f907337-52db-4fa0-819b-942fe79d6ec5
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b6e5c50d-0134-4316-8f9a-8bd7b7179b5b
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,46868217-cccc-4b9a-8a91-6cf8c1ac29dd
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,76547866-7aa2-420b-8360-4a7076faaea2
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,399b5e45-7765-4534-a886-02240b39d680
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,3ea87cb1-2174-49f1-9243-4eeefef1f334
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,a986718a-b952-41ab-a046-554c90aae5e9
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,27a71f68-9729-46a9-8904-ffe0fe95b0ba
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,a194536a-ffc4-4df2-9639-ead7524a5b3e
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,108f55c2-b0ea-4133-b51c-b40bbb9dc52f
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,eb3c6c81-6a4e-43d2-b57f-f0097bfedf54
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,81b8e0e4-e4c6-46fa-bfa5-9db1277d122d
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,24c754f9-66f5-48c7-9c5f-2f06f37778ae
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,375ef82c-db0d-4a1f-b29a-4c304c1ff58e
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,38d7ea4f-5280-463b-8d8a-46bdea20fb51
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,f67cd7e5-2a7f-4ef1-811b-d6f367a44159
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,339930f6-050b-4bcb-bce3-eeb301dee672
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,1c22112b-da63-40ab-a652-eb0c7333161b
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,68cfd958-6a5b-4b69-8807-c86ae5268606
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,ba684c6a-200a-46a3-bc70-6e4fdb73b3b0
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,b1254362-4da2-4bfa-8a7f-93a2890a6a58
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,682bed21-ef84-4e2f-9fd5-30ccc20db236
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b25f492c-4da1-4385-a809-5715d0364d63
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,22b32c87-8c3c-4d1d-86f5-cbc6fb04e85c
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,8593f5bf-1173-4b9a-92e4-ef6ce1cf9083
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,38b6b594-b6b5-490a-a98f-95f4fa776519
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0032312983538277237,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,f79ae4db-4bc6-4c2e-a4d4-42713fbcb0d7
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,6127d714-9c04-4c0f-9793-45abb35bccf1
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,3c2ea88d-21e9-4786-b127-ba4777681f3e
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.1.2,modeled_data,kg/kWh,CO2e_value:0.642,96b35a1a-d192-4a3a-9ab3-03bc3db1ea28
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,3b422936-5e21-400c-8b9f-b2db8703968d
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,b66300c1-2e92-4c60-81d2-975ff8d0070b
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.2.2,modeled_data,kg/kWh,CO2e_value:0.642,8804ceef-b442-4c90-a6fb-1080a8eecd55
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,4307c45e-42a5-4197-8478-4307f2987f26
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,5fe0085e-3a77-4c78-bab0-f43daec80e7e
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.3.2,modeled_data,kg/kWh,CO2e_value:0.642,c4bfa4cb-1735-4f3b-9d02-79e9c420a313
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,101c2c4b-d797-4052-bda8-222f1ff8652a
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,12df9d9b-c081-415e-a0c7-93b8cf58db1b
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.4.2,modeled_data,kg/kWh,CO2e_value:0.642,815bd133-b6ee-4f7c-abe8-e695aa5ba48a
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.642,472106f9-150e-4e78-b4cb-5ee651d33b41
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,c086c58b-6211-4c16-a0f9-0e6f32ac2a02
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.5.2,modeled_data,kg/kWh,CO2e_value:0.642,89a77bd0-bab5-4161-b247-925d20dabc1f
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.642,9c57acaf-3fc0-467e-9e00-26aff9787a50
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,fdde276d-3c28-4aeb-aa46-cfa2a6d7b4ab
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,I.6.2,modeled_data,kg/kWh,CO2e_value:0.642,aa44c1e6-b010-4f60-9087-6e613d859bf1
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.642,46b15846-8267-496f-adc1-0e5268df1809
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,49c54e67-6260-46f5-bff3-c51da3138231
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.1.2,modeled_data,kg/kWh,CO2e_value:0.642,7829a997-92c9-426d-aab0-0ded9c415554
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.642,c0fcab42-c462-4475-b0bb-5fb0610eb71c
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,cb37e9a5-3762-4667-bd35-e6be51dcc009
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.2.2,modeled_data,kg/kWh,CO2e_value:0.642,1e9d3d29-3a98-4ab9-b1cf-47369dc86099
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.642,c838dd0f-bd22-4636-a533-e8f5ce25a425
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,281cd1c2-1be3-4ed6-931e-fb02f8cc3567
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.3.2,modeled_data,kg/kWh,CO2e_value:0.642,af098b7f-0b2c-48af-9ea7-9ed73d2cdaf8
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.642,169eaacc-d1c6-4a57-894d-71c833a301af
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.642,627a675c-64df-49fc-bcbd-11f2d9c886d2
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,0.00011757349321619803,II.4.2,modeled_data,kg/kWh,CO2e_value:0.642,0ce3b609-4b48-4fe0-90a4-d5bd305ed0ef
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.546,b95d3766-a3e3-4c68-9e1a-cb8f238b399c
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,22b881e1-4e58-406d-8739-c693009f024d
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.1.2,modeled_data,kg/kWh,CO2e_value:0.546,4a70518e-1092-48e8-8cd5-78c73ce43bdf
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.546,5608170c-e422-4b64-a01b-4c2de3b9caae
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,dc9b2467-447e-48c9-bf3e-3c5c2d6cdf32
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.2.2,modeled_data,kg/kWh,CO2e_value:0.546,f281e592-b878-4a4f-8c82-42eb97e8fb50
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.546,2511cdcf-d5cf-4cb1-b30a-7b4f1fdfc70e
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,ac10d636-a6f2-4f28-bc44-c6357edd821d
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.3.2,modeled_data,kg/kWh,CO2e_value:0.546,afb96a88-5299-427b-a855-84bffdfa94a7
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.546,c5213402-6423-481e-8952-790e7203856a
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,c202e650-5cfe-4bde-8402-e44037ad0e0f
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.4.2,modeled_data,kg/kWh,CO2e_value:0.546,f03a67a6-a4bf-4525-a36a-0af9c7065dab
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.546,b167b61c-12ed-4eb7-a185-cd715ac88228
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,b85cf1a8-7fd3-44aa-b043-4a56701fa233
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.5.2,modeled_data,kg/kWh,CO2e_value:0.546,27294be5-b3e6-4a4f-8461-267e3dc2636c
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.546,a9f42208-92c1-4e0e-99bb-17cf08c51f35
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,ca6d17d0-da73-4228-bbee-372a4f0a84ee
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,I.6.2,modeled_data,kg/kWh,CO2e_value:0.546,810d45f4-7554-49cd-92fd-4b758c95ae4b
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.546,2fd6a71e-fc3d-4011-82e4-2a2a4bb74195
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,83aef3a6-e81d-4fdc-8afa-76d171a5bddf
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.1.2,modeled_data,kg/kWh,CO2e_value:0.546,1a69fcb6-0c4e-4c0a-a8b9-23489809d0d6
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.546,e3adb7e9-321f-46e8-a741-1e3fb3b2f55e
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,6d3ea61c-8ad2-4709-b4f2-828ca15dbe1b
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.2.2,modeled_data,kg/kWh,CO2e_value:0.546,db4de3c4-f521-410d-834c-cf49c9721088
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.546,a2db55ad-cea2-4424-b7dd-e2cfec720198
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,1306641c-d008-4bf4-99c2-b6e95c106eed
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.3.2,modeled_data,kg/kWh,CO2e_value:0.546,f97b5571-990a-4781-9f9c-68d248096198
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.546,953d4c7d-dd66-4818-8901-489ba5b4377e
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,dcbc413d-2bc7-46ba-b85b-9be3a70533d4
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.4365666476054054,II.4.2,modeled_data,kg/kWh,CO2e_value:0.546,a34182ab-2f9f-4ebc-b051-0f8da22c9ccc
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.546,2ae5ebbd-65e1-4a20-9942-b707ec708938
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,d5c4fc58-af91-426e-bec5-d2bbcadfff97
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.1.2,modeled_data,kg/kWh,CO2e_value:0.546,6e9e45e9-f393-4996-bf1a-5a562a5a78f6
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.546,732a9215-323f-4f4b-a22e-99bd51578ccf
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,b5328c31-e461-43c0-a8e8-6a781db2ebc8
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.2.2,modeled_data,kg/kWh,CO2e_value:0.546,2fad638b-917a-40b3-b7bd-d68bf21023f0
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.546,5bbc1ef3-7944-4509-bcb2-6a5f84d20fea
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,6c014080-aba3-4212-826b-bf9f63ab56a8
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.3.2,modeled_data,kg/kWh,CO2e_value:0.546,d41c1135-3a4f-4331-96fb-72cba2ee057d
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.546,fdd51a20-4802-4852-bf92-8684d44e407d
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,206e5de4-d4ab-4727-b61f-0740c6ebfaac
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.4.2,modeled_data,kg/kWh,CO2e_value:0.546,6e1d979c-85d5-471f-95df-e69dd82f9202
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.546,52fba379-f092-4929-9366-fa3bcaa04bb1
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,2366eea3-eff0-465e-8e2a-a276030507a7
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.5.2,modeled_data,kg/kWh,CO2e_value:0.546,a92eee3f-feed-4176-b541-a7cc03679d4b
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.546,b5507a6c-8e3c-49cb-98b3-4ff2dadd75eb
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,3a1bd24e-fdfc-4cdd-b0f6-b0e1ae4927b7
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,I.6.2,modeled_data,kg/kWh,CO2e_value:0.546,53a12076-ff32-45c3-afe6-8e90d3fec0d8
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.546,4143b78b-5936-444c-9bdf-7ff40c00679b
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,a1914961-bd2b-49c7-ad5a-bb020d8a2114
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.1.2,modeled_data,kg/kWh,CO2e_value:0.546,e1042864-41f0-49a5-a4c2-1ad3c09c2110
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.546,0b29e9d4-ddfc-4e78-b28c-eb343282f94a
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,f313c05c-1ad6-4a04-bcb2-9fa29f6cc1a4
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.2.2,modeled_data,kg/kWh,CO2e_value:0.546,ae54589e-c3be-40f6-b451-9648298c591c
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.546,0f7bc6a3-6a4a-48ac-ac3f-f8e732fff6e8
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,29c07072-c5d2-4c7f-abbf-cc446f2c84d7
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.3.2,modeled_data,kg/kWh,CO2e_value:0.546,aa954739-4f36-430e-8057-d8a7520e3341
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.546,85a5dc09-16ef-4247-b1c3-ec86e09283a6
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,8c3a41b1-9357-4bbe-9e37-6cbb5a0c3937
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0027468539069132047,II.4.2,modeled_data,kg/kWh,CO2e_value:0.546,ab7f019b-2288-48ac-b9fb-dc9fd5b1495e
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.546,cfebbdf0-5620-4241-b51d-0d83e2699478
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,08f5b927-ccce-4b85-a2fe-a70db096c1df
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.546,d0125734-aae3-4e27-9e09-47977fbd1115
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.546,3d29ad2e-2859-4e57-b485-e98fa2158bbb
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,7fcee59d-2776-4939-953e-4c9a42baa3c0
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.546,47bc6719-65ad-4fcd-90f6-1192fbf379b4
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.546,51f06a87-91ce-4b80-bcd8-0b33fb72b501
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,73b4f310-1ea5-42be-9f6b-58658a9bffd2
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.546,e85890b9-f11e-4fcb-b4a3-483b9f457801
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.546,e8e41790-d964-4cb5-91f2-12d1edb96b36
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,705cd6b8-793c-44a4-9194-4756f56f55b3
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.546,7eb1ea22-d0f0-463e-be32-349fb6647104
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.546,07085698-91ad-437c-a1fc-45e6994c893f
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,87dd8ae4-2030-4369-a84f-811892ffe643
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.546,291942d8-b22a-4a1b-8e77-c1abd8c2335f
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.546,1ede4cd3-b3c3-4f86-a412-3385036c60b1
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,1871b8dd-4d9b-4316-aab4-d944a947e399
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.546,39cddedb-3cee-4377-93d0-f10bee4394ae
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.546,d61f48d4-b33d-40a6-90ad-a6c658aa912c
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,953d05e8-38ff-4d99-81c6-16652897bb02
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.546,3b745f74-b9f8-483d-8d8a-59292c1a067c
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.546,4f829bcc-1ada-4d89-a1e0-332cbf8981d9
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,e3b7fe2e-dd99-49a1-a273-5619587d6439
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.546,c6cc43fb-d325-4b86-9631-02f0f312b19c
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.546,6e9560b0-f52b-44a8-931b-fa4bcb686a19
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,855e5aa0-2a8d-4d00-aa1c-7bdfb18fedeb
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.546,2e17444c-3399-4467-9c47-d05e332604be
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.546,4db9da45-ad8b-4697-8f8e-1b7647f0741a
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.546,e93fee47-9c53-406b-8bf3-daf536ef439c
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,9.994657683273934e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.546,f4b2bb1f-839d-40c2-8bee-d3ba60ccb292
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.089,cb2d48c9-98ee-4a4b-b1c6-438093ad9821
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,b7e5e922-ce4d-4372-b323-d17349a66df8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.1.2,modeled_data,kg/kWh,CO2e_value:0.089,a095e670-2661-4c29-b72c-ca63cd4f8d8e
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.089,04d248f4-1fab-48fd-ac89-d3e92370ce05
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,038eebf8-7f58-4e4c-abde-ca0de668ff64
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.2.2,modeled_data,kg/kWh,CO2e_value:0.089,042d23a8-2ca2-4407-9552-cd05bca26b6d
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.089,9b338805-9c3c-4815-b29f-623e57bb5b6c
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,c281757b-5740-4e89-9798-bfecc274c342
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.3.2,modeled_data,kg/kWh,CO2e_value:0.089,ca36a885-ef90-4eaa-9aba-b30bc39ad6ce
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.089,facc1253-d147-4f3f-b408-e8048284f96e
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,d7c6c938-9e84-4dc8-a191-bde20e51ca30
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.4.2,modeled_data,kg/kWh,CO2e_value:0.089,e49ab3bd-832f-45ad-85b1-83b57e81ca5b
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.089,76acea29-0199-4c2e-8a08-a31e9bbe8f2c
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,061be6ac-4e81-4af0-8b6d-644f4e2e9215
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.5.2,modeled_data,kg/kWh,CO2e_value:0.089,ea8d6e19-0d26-4fd3-9789-2e3b441014d2
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.089,d1b7b454-42ed-471c-b748-ddecfeece01f
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,27858349-61e2-427d-be60-3d2d115d5fda
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,I.6.2,modeled_data,kg/kWh,CO2e_value:0.089,cc46431f-0e8d-4fc1-ab6a-72c239f89671
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.089,68d40116-ecde-4099-878c-436959be3117
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,2cdb7c79-1ad4-408a-bfec-32e3a6f20a19
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.1.2,modeled_data,kg/kWh,CO2e_value:0.089,c680550e-1757-4352-943f-a233efa77d99
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.089,07b36df4-dc25-49d9-9feb-7cb0e619976f
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,c802216e-7824-477f-b163-c23daa88148b
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.2.2,modeled_data,kg/kWh,CO2e_value:0.089,516eaf81-489d-444f-b31a-1188416787c4
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.089,d14a49a4-7ded-4ba6-a5ae-b06939db389a
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,cd500a84-206f-45e5-a9ff-75598b091cb8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.3.2,modeled_data,kg/kWh,CO2e_value:0.089,77099f47-5f29-4a16-9b4d-f904f5569af8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.089,5c19b403-576c-42a4-ac4f-1cac80fce50e
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,1171ff62-83ed-4699-b5de-2798f882fdfb
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.0715552029921076,II.4.2,modeled_data,kg/kWh,CO2e_value:0.089,d4165a21-37ca-4197-89dc-8e216f83ce2b
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.089,e1ed3b6b-c843-4668-876d-7bb46f7b10ac
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,026c29dd-268a-4898-9ea7-4e7b58759c83
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.1.2,modeled_data,kg/kWh,CO2e_value:0.089,f39c8a0b-67aa-4080-857a-0138607d1104
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.089,bf9ceb18-5ee5-47ef-8a3b-2e5787b52542
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,53228dcd-6afe-4197-80ae-06afe5fc1182
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.2.2,modeled_data,kg/kWh,CO2e_value:0.089,3cf586b6-6732-42bd-9d1a-7e65ecda1287
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.089,82ea7020-63d0-47b3-98a2-8d8a57655fda
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,9885d91e-2f0d-4666-b140-190cadeeaacf
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.3.2,modeled_data,kg/kWh,CO2e_value:0.089,43ebc039-5a07-4154-9871-63f8d5e7d8e2
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.089,ee5f5d7d-7858-433f-a22b-9016869eb120
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,d2d3cea5-d0e5-488f-a547-a59f375ebd89
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.4.2,modeled_data,kg/kWh,CO2e_value:0.089,6697ed46-2a50-4dfd-988b-507361c52b58
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.089,1d1aad68-7f88-4b09-a4c4-ef582f222405
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,77b80a54-686d-47c0-a7be-dce4046d6eb3
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.5.2,modeled_data,kg/kWh,CO2e_value:0.089,437393b0-1a94-40b6-af2b-cf7deb742d7f
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.089,5d20c349-e38d-45df-b50b-1e30e56acc55
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,2990c510-2bf1-4fcd-bbfa-3867be27a419
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,I.6.2,modeled_data,kg/kWh,CO2e_value:0.089,d468b4b2-5978-4605-9bd9-d55f088adad7
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.089,1d036e72-b491-4799-b58b-07008928f5f4
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,f8cfc13f-55a3-44b7-9c42-ea572e13c269
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.1.2,modeled_data,kg/kWh,CO2e_value:0.089,0e1aad8b-db3e-4152-b144-0df8321e00d4
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.089,d3037e47-7bff-49fe-aa1f-6b6b4dd571e6
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,466f22ed-2c7f-4865-90a1-293bd2d34bb5
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.2.2,modeled_data,kg/kWh,CO2e_value:0.089,9fc51bc1-a1cd-4a88-8398-98d59001bb26
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.089,48764149-848b-447c-a0e8-b1fd5db910a3
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,166ad250-8982-4de3-87ef-f5bb8b9837df
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.3.2,modeled_data,kg/kWh,CO2e_value:0.089,46dd8f12-b7a3-4555-bf2b-3409003957e6
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.089,d7a2e88f-e8f3-4589-9376-ab5bd6e97b4d
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,c04c20b2-1553-4172-b13b-24b095708d97
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,0.0004502214953362475,II.4.2,modeled_data,kg/kWh,CO2e_value:0.089,4aeca3fd-b6a0-4f3a-8aef-3d8c15dfeb74
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.089,66018fd4-9be4-48f9-8b52-01b579844236
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,03686286-4104-42b1-ac42-a71d78551504
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.089,27b9b00f-08ac-4d96-9ba0-20bc8b719efb
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.089,e088bbad-718e-4ddf-b624-1c00bada786b
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,3cac6e36-bcc1-40c3-9f78-216b4a7edff2
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.089,768c0153-f6f3-416c-ad42-84074d7a6e78
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.089,82de70a6-68eb-434b-860a-2ca4cfaf88a9
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,258aff6a-ace9-4294-b043-7e0d6db7fd4c
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.089,3e524f77-9969-4c81-8dc5-2971432ab623
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.089,d2b0e746-b04e-4e1f-ac39-9f701352d2d4
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,a339bf84-3e51-4417-aace-27c1a31e335a
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.089,5508e393-9e24-4663-993e-dcbdda386572
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.089,b3fe046e-026f-4227-be4f-711ca17cbae7
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,e383a143-746c-40e3-ae3e-ffc046712ebb
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.089,1c6d9416-e3c3-41cd-a6dc-83fbe88550a5
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.089,7a8a10bc-e304-41c7-b22a-aa2fc9f311db
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,e56984d6-3bc9-439c-a011-f00beb5d1d6f
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.089,8c21e32c-183f-4775-b075-d956915a9abb
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.089,a0bf1155-ff2c-4af8-8258-6a409e1de245
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,951981d5-a17b-492f-a31a-499f1f04ae4e
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.089,4fbaea80-ad24-4d0d-989b-7e9535f42f49
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.089,cf250f25-a338-490b-804d-91585bdb4f64
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,66e0f46b-9a3e-4d3a-81eb-82def4a632a7
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.089,dbb30661-5cfa-4aa0-a597-9af53dceda88
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.089,c7929a2d-cc38-4ebe-bc8a-671bcd5b3d60
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,9b15e82d-5298-4237-9397-54aa5d622640
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.089,11640f72-9311-4ff6-b4c4-6fd1465c95bb
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.089,ea65bf68-4cce-426b-9e9f-572803336ddd
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,42713ded-5205-47ae-b2f9-3f5317d782b6
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,1.63816856666913e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.089,44a0fc8c-3d5f-46f0-8419-cf0ead05f523
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.279,55518c54-bea0-4453-a882-35f9fae389fd
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,192d27fe-981c-4a2c-bf8d-56b0f7548214
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.1.2,modeled_data,kg/kWh,CO2e_value:0.279,c1e151b2-d61c-4512-8367-b3894ad3094d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.279,be7b0660-0cb5-4ee7-8546-74bf28c3d576
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,bb1f7df6-698f-4ad5-81bb-7e67b37f5b70
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.2.2,modeled_data,kg/kWh,CO2e_value:0.279,d6102058-3caa-435d-978b-01133fea52db
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.279,f28b226c-288b-4803-833b-1d029277b16a
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,8ce7e469-658c-4aef-bb7f-262cf757171e
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.3.2,modeled_data,kg/kWh,CO2e_value:0.279,78c80c7b-b294-43a8-bd7d-ae0f7935db9d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.279,813710b7-c2df-4d7f-a999-c326143ed67d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,87e4b1a8-f203-438d-a4d4-18cba50d11a0
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.4.2,modeled_data,kg/kWh,CO2e_value:0.279,9b6b2473-7e28-459f-b907-562df059995a
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.279,aab7c3d5-8f6e-439d-b231-f81c6501b102
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,c1995ab9-7cb2-4d98-a4de-1cfb71e3616a
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.5.2,modeled_data,kg/kWh,CO2e_value:0.279,bb414f10-7522-4279-8c0a-9041922119db
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.279,e89953c0-50f4-4ae5-a5e1-07257f7fec44
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,ae2e00d5-ee92-46de-9cc0-3be02731b561
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,I.6.2,modeled_data,kg/kWh,CO2e_value:0.279,908b1e7d-7c6a-43da-a713-18a5c76bb906
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.279,3c10aa36-2028-4de7-8ca0-82a649f1f128
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,cff3d3da-29bf-43ed-9a7a-cefcdebec20b
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.1.2,modeled_data,kg/kWh,CO2e_value:0.279,e6551fbf-14e7-4633-97b8-5933e9b8a75a
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.279,f73852ec-4b5d-4356-a911-f6718e5e6b3f
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,262f0db0-87ed-4855-8634-575fe4944342
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.2.2,modeled_data,kg/kWh,CO2e_value:0.279,1f9d7f9d-08e7-461a-82e1-34c21a6837ad
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.279,9578812e-2e50-4497-af57-206980cc96bd
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,6e534585-d61a-41ac-9c6f-013bada483f4
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.3.2,modeled_data,kg/kWh,CO2e_value:0.279,7b9a958d-41e8-4527-b07e-1e210af9a9f1
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.279,f18e798d-a175-4b4f-a7ee-aff13f410aba
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,d96d0b4a-b667-4589-8ce1-7bd07d5d27d4
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.22321700993440136,II.4.2,modeled_data,kg/kWh,CO2e_value:0.279,9fdd6c88-ded3-4710-8540-47e81baf9011
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.279,24501bbe-cc98-4f57-b1e9-6410122c59bf
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,2912c14a-671e-455b-8a75-5662867ffcbf
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.1.2,modeled_data,kg/kWh,CO2e_value:0.279,043c870c-8ce1-4c06-8488-0d5389388889
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.279,ba86b25a-8ea9-4042-8b01-bd4f422ef056
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,4c33d235-6862-408f-ae0f-c011b110430b
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.2.2,modeled_data,kg/kWh,CO2e_value:0.279,99abcbd2-9d6e-431a-8364-1b8539370034
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.279,da932744-67a7-4d86-b866-57b11719f593
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,be98c7a7-9a25-48ce-aa7e-458ee7f8ca9c
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.3.2,modeled_data,kg/kWh,CO2e_value:0.279,981328a3-c595-4a2c-b00f-272f12a0a659
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.279,c4cd0e23-2d4b-4bf1-9263-9c44d4d35525
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,c6737df5-1f97-4af1-a24e-241990817c8c
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.4.2,modeled_data,kg/kWh,CO2e_value:0.279,1ecd34ba-4041-40af-a2cb-9e1592d910a4
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.279,6d305a07-c40c-4ca0-9d1d-9578f2578972
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,5c41a75c-8333-42b7-b969-a136135b1ec6
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.5.2,modeled_data,kg/kWh,CO2e_value:0.279,b3d5551b-7446-41a2-ba8e-82564477ef56
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.279,4a86e213-3fef-4815-a23a-8482b59fb0ee
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,bff126c6-3864-461d-ac00-ca8d6003e149
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,I.6.2,modeled_data,kg/kWh,CO2e_value:0.279,62564fb1-653c-4e2f-a3a3-7a644c5c0aed
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.279,2754da25-b3fd-4f3e-ae14-c142078dda24
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,aa768411-63e7-412a-a33d-b78818a9e482
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.1.2,modeled_data,kg/kWh,CO2e_value:0.279,f622ce42-4f58-4294-875b-7340d1c6ae33
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.279,0adc7202-6066-4f62-9d83-cba2cfb6a39d
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,099a1c55-102f-45c3-a8e1-f8918cd54ace
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.2.2,modeled_data,kg/kWh,CO2e_value:0.279,898f4d71-5b82-4d9f-9ced-932ff0ee9cad
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.279,d0f2d765-73a4-4371-8c7a-8c328ec0ab09
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,6f514ac2-9586-4183-bbbb-85929900eeee
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.3.2,modeled_data,kg/kWh,CO2e_value:0.279,ef51774c-53bd-4c96-a3eb-02bcda1ee56a
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.279,aaa4f0b2-4aa4-43f6-ad95-65884175472e
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,676bc5c6-a126-4a5d-891c-9586350fea12
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.0014044694417013506,II.4.2,modeled_data,kg/kWh,CO2e_value:0.279,9405c6e6-d800-4ba7-8aed-04490b7a5730
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.279,f3a71ecb-f536-4c79-81fa-e9c550cf6292
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,eaae5e71-8947-415b-91b1-3fcb84a93b8f
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.279,43eece7f-d236-43bc-94e3-d806fb41a046
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.279,567464cc-e43d-4b94-ad4e-7f818ec4da3e
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,41518894-acc0-4664-9870-e3efa8bb03d0
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.279,0cb23ebb-bcfa-47e7-8ed4-78a3bb22bf78
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.279,53ff82dd-826c-48a9-9e0e-48732fcca10b
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,51797b3c-3cdd-4c82-a892-9050e5047feb
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.279,913a2e69-950e-4580-a79b-a8229606ab70
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.279,9d920489-afeb-432b-b554-bf581ab8ebd2
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,aa66d1e1-b9b0-45fe-b07a-62e745fd404e
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.279,9740518a-a037-405c-9590-b402599a0804
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.279,88c167fb-cf15-484e-9f2b-3756cf8f6bfb
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,7b1eed0f-e41a-4475-8fb3-d233cbf9aee2
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.279,d97f3d65-08a5-403b-a6cb-6655b6c70742
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.279,140aa83d-ffd3-41ff-b160-8d824ad5b838
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,f9ac1562-7382-42e2-b5df-f9814a7484f5
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.279,0fdc9a37-fa49-4c7c-b6b1-9d9542649968
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.279,c9c9b813-1fb9-46c4-a73c-cb23e79f2555
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,bc82bc35-98da-4918-b51c-710874afe5b3
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.279,f32659dc-9028-4fe4-93a2-9a06079c3178
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.279,54395115-c388-4d87-94d0-856d2519aa2c
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,3ce91cfb-ae8b-48e7-95df-80567fe5e88a
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.279,75125792-e9f7-4dd8-a46b-07bf81553267
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.279,7a12abdc-0b29-473c-8e7e-5193fed77533
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,f5e014ba-2ec9-4cc4-bf68-f915c2113ae0
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.279,8fb564a4-896b-47bb-b236-cbe30bfae2d8
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.279,d929dc3e-4380-450f-ac84-c43838ce837c
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.279,b391dde4-64da-420f-89fc-829127f8563a
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,5.1102795314652324e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.279,d97a74f5-75ca-4755-b6bf-61a52551b74b
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,0e4d3a28-9d53-4d9d-84cd-38bc47a3672f
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,578ad444-f13a-40d6-a535-edec3e231a09
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,b44bd39f-b426-40b3-98fd-199056958cd2
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,306dca54-a031-4c67-b44c-5f03923b5670
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,cab92a7a-585f-4e09-b22c-1434f1725ffa
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,9ca89e02-b61c-48fb-b354-35a70a8e6224
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,85734c76-3fa0-4039-b649-f6444a09e3e0
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6d261a5f-b50e-4409-b926-c7408ff3ef1f
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,27ec378b-4f8d-47d5-a7c9-f831c2207ad5
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,e68a2a8c-f8a3-40dc-8a84-2fe0fa39dbd4
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,99bc80bc-d26b-4914-8bc6-3d1e18184e61
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,e0f8f53f-8ced-4ed0-a261-bdd365c9e9d6
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,5161c0cb-1c1f-4b78-83eb-9c3e73b185b1
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,1d71acab-88d4-4950-ad5e-d9889d326426
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,d503a704-e1ec-42b7-bf9a-6e2c15b2bc12
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,6b746093-c493-4921-8f5c-d38bc3961b6c
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,99344ddb-702e-4e86-b355-939424da8cdf
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,161b0619-44b9-4055-a560-c3ee6f0d0374
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,8d5e4031-b225-45e2-8ee2-8e7663c1b746
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,e42cfacc-bdad-434c-8977-e1b8b54930f7
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,5194879b-e900-48ad-a52b-48b509a579e6
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b08d4545-96dd-49e7-97d2-04bbf63b779b
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,69536dca-bc31-41e9-bc42-352a79754764
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,da3bb2eb-a075-4c51-b06d-188fef886579
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7202932e-a364-4f92-b47c-0917ea053494
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,daa351af-b6bf-4f35-b012-3b3f7e494279
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,93ce3292-d9b3-43cd-952a-de63a8f8b911
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b8dd3e1b-e542-4ab8-bf51-0d20accbe636
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,68b5d7e1-86cb-441a-813b-2330fab7e743
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.5385609312064581,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,9f310ce5-160a-491e-b003-2bc5d8518bf3
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,32fc96d4-a145-40e3-8dbd-4edbf6794c6f
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,aa89bdaf-f3a4-4f4c-bd6c-98478ea0c132
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,9fc737b2-a9df-41f2-8f1b-cf48d23c57f1
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,eff639f2-01c5-4120-959a-cfce41f99c84
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6c9c975e-8ce0-4903-960a-b8edc4f02ab7
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,7a35e81a-7fba-49a3-b8a5-266a02a4ae7f
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b15e49e7-26b7-446a-a403-6ed1e465dae4
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,3bc63209-5050-4e0b-be99-9c05cc77cfeb
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,37c0be8f-8d01-46e3-b7e9-027c124583dd
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,79fa48dd-4bc4-473d-bbd8-8deaf619559e
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7fa14208-63d2-4bbb-852c-7f01b4bd07a3
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,f777cf38-ba07-47c3-8ef5-c68efd029785
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,dd90af15-16e1-44cf-88a7-49938731224c
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b679ef5b-b2d1-4cb9-af22-ddd4a87362a4
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,d211967f-f49a-491e-b09b-07654a590faf
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,2c186e59-b346-428c-ab88-4e87784d1b40
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,fd3a8e66-c47e-492f-b6a0-07871ab510db
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,35bbcb58-1fb6-4dd0-93dd-a225bdfbe869
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,1f11d3ad-4160-444b-9c12-063f74043bdf
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7d3c993f-867d-4306-9d04-1bb1e8b631a2
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,0e58444a-cb15-40d5-9236-3fbfa026428a
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,dd8bc2da-f907-4cdf-b047-39ad43ea18e4
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,81d48665-15d0-4639-915e-6416d70b16ca
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,e61ff3e0-5b9c-48bc-a3b8-5132ae6c6e90
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,abaeb561-d627-4a89-b1cd-d28cce50392f
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,1c317040-6559-4edf-84f3-4efd93622593
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,a73f4208-b2c3-4e65-b261-049d2f931a3e
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b5835ea6-b8ec-40f6-b0c6-3f5a709b9dcc
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8a31588f-57a4-4666-a22d-b1c007591525
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.003388596463127882,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,2759f1b3-4633-4607-9a2b-853609357563
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,98d8cc55-99b1-40ce-ad2b-65f95e8f75ef
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,471eef1f-cc39-44ae-af37-5cdb1fb153fd
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,b4160eaf-5ddf-4643-a665-d8b5501e3c05
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7de860f8-67da-4f2d-8dc4-854539f77c2c
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b24f4436-8797-4f42-80c2-3464f1ece08d
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,f5f172c4-2ebf-4a0d-bfc9-5ed7c960c1d6
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,05b046ab-bf00-406e-b13a-eecebaf48519
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6e063a99-2a07-41c8-9517-fe1e2a4ecd15
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,c82b1574-b568-403e-b2ee-845ae4e1c492
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,04e3650c-123c-4c2a-bd27-0d539fa9e059
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,175a2f31-8fe5-489f-8541-82a7350950d9
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,5bff7f04-b9a9-4689-ac5e-3a208cf3c4ce
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,1e9b07ea-4ac2-4619-aad1-0ea8987221a6
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,46044a97-4e6c-4aec-8646-1693a8041df9
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,9022be87-736f-4620-bee0-50059a65a5ce
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,0b3a4e93-e1a6-4abb-8a6f-e85dfd8bcb45
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b83f036f-3ae2-4117-b80f-04e23968b8c0
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,3f4e542e-e31e-4764-8d3b-49e97ca416a9
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,685ab926-2af7-4e2e-b43c-85b5b0593658
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,c3ce8401-3777-4fa5-ac42-5ce602947179
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,15f9632f-77b3-4969-b95a-69c2020fe03f
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,0f4d5c67-e325-4a14-be9f-7ec9ac0c502c
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b9459959-92ec-46da-85bf-e481ebd3daee
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,d09188c3-9954-48db-86bb-572658a4d8b9
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,00fe1f4a-4eb1-4d99-8a77-22c310cfeac9
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,773d76fb-3f22-4ede-a4ce-c8daeff45c32
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,5e6bbf76-4cc4-46c4-8636-795d6977cbff
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,68a1fc41-cea5-439a-856c-8c2060128eea
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,e75d2ff2-81dd-4cee-abb6-a156c5856cdd
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,0.000123296916484995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,4dcee54e-bbc0-4b47-a44c-004705b0a616
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b3b2b320-c9f9-4b00-9d00-44191d19e079
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,cb34ed35-60ac-4a53-a02d-b0a5ff2accfc
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,3e1ae307-6f02-4022-b64b-9c3146c8c827
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,bab34edb-dbef-4d75-a1e6-bdfef983e77d
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,79d9bb8e-53f9-4787-97c5-d7e6b85cf489
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,f58fe3a8-adf6-4534-b8e9-f2cbec6d3bc1
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,11308850-2ea2-4cde-a496-4e91237e2776
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,94421c3f-e144-44ff-97f2-6dfd24fc0583
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,62b37e02-8c86-474c-9c08-b45fcfa7cca2
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,80b02ef3-e58a-46e7-9e12-9a4eebfb020a
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1b54a090-df5b-4c86-913f-14c972eb53ef
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,db732bac-f442-4537-a595-3f3de2264364
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,31a6ee67-877e-4139-b2d3-2457d28ec95b
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,60a79206-7d54-4a3d-8537-af9e758681cf
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,d4e187ae-14ce-48df-944e-aaca3ece98be
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,64d597ec-8779-4e3f-b182-65ab4d232654
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,49993325-6a18-47cb-8f9e-2fbdf54ee22f
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,e19f6603-f926-4051-80d7-aaf3190502a9
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,c928984a-6cc4-4ba5-99fc-dfb9ea2b16a0
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,352252ef-c642-4bef-b312-273db9c1f087
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,5b8a4794-3001-4659-a779-e51cf4e7e296
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,15c188df-3fb6-41f7-bd39-0a3910e46889
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9e54937b-b78f-42b2-b958-6cdd55ea433d
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,a191c0e4-491a-4e5a-a37d-a9ba7086412b
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b89236ca-192d-4075-a4b5-93097308a643
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bb340442-2c0e-420f-8899-718031c8235a
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,36f03bc8-8117-440c-ab68-b0394b633daf
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,28adb607-7a14-44b5-8766-20060428a158
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,21b455a4-420d-4d82-8401-c30df6c846f9
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,fa9104e9-3290-494e-8cf9-2a7541a9fb05
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,3b2f9fea-f235-46e3-b926-6b5eff5ab774
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0ef6c085-5b25-462e-a61b-80994d2f6ae8
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,350a719f-6ae0-4205-9a67-8747dff7ea7b
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,bff2badb-c58c-4f69-8e90-3c2c3454bcea
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dab59870-5b0c-4cd5-af29-1c89ca99ca5d
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,12e9a550-2570-4611-92bc-cb91fce43821
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,5ae11a78-76f0-4019-9312-c9fb290c1844
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8a9bfad6-187e-4f5c-8b11-95ee0e658134
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,a44b13af-d014-46f5-81b9-ba1ca2d8b29e
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,caa6ec2e-d0a5-488d-ae90-02808d9a0193
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4bff6039-d329-46f5-af0b-411f0cb5ef5f
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,93e46ceb-d103-408d-ad9c-41b0f7dd3241
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,771575c3-4fba-496b-a4c6-3b7a27ce88cd
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,55b6929c-35d9-4f27-b31e-f2bb5176bbcf
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,b5adc9d2-7200-4bae-a049-bf109af038b0
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,0166b55d-5532-4eca-acbc-af941aafde57
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9f9705a1-b143-491e-82c1-4b816ec1677a
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,26ca0fd8-a59a-44d3-b706-b12c5ff3415b
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,1c082c16-0cca-4bea-9142-5ec1b6201ce1
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,432157e1-5edd-4c12-990f-d65b45b371ad
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,3cae35d7-0fe0-4602-9262-4f9f4e25b332
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,2c71eaae-e00c-4c29-8d0d-57faf9930a57
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a04be108-20f1-46cc-b996-7dbbc1e43e6b
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,c32304ff-0b08-4387-b2b1-99ae02c54174
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,345c88e7-efe0-45a8-a819-b220026c38df
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1c13bdf1-273e-4669-b753-e75a4e73bfc0
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,6ef575b7-f54f-49ed-83a7-0929934e7370
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e7b44da2-f67d-41d7-8306-be4daa5425a0
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,efb1b2a9-07ff-42ee-a9c7-a5a23d721522
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,ec94b3b2-0f74-4fb7-9edf-e38eaddd34c6
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,6cc888d7-6616-475e-84a1-9894badf4e7f
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9ff68bfd-d8cc-42e3-9e77-679663b77514
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.1.2,modeled_data,kg/kWh,CO2e_value:0.0,7a7dd318-74c2-4556-bf5c-ee675f03d106
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,30b48b3a-1004-456e-ae13-2fc545fa6506
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3fefdf36-73ba-4d41-9908-7e79b95527a3
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.2.2,modeled_data,kg/kWh,CO2e_value:0.0,8edbb1e1-2569-4328-873f-9438801ad897
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,db52b301-2af8-447c-a789-834393176c08
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e313f252-2ac7-40ee-a960-bb446ebdd939
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.3.2,modeled_data,kg/kWh,CO2e_value:0.0,a0e98474-1dc5-4407-97a7-67938a80e2ef
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,33d6c808-67f9-4917-bcb9-3874bb76e67f
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f4789b90-5ecc-44f6-92ac-584cf7d157f1
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.4.2,modeled_data,kg/kWh,CO2e_value:0.0,de5fa2ba-0e00-40cb-ade5-a92bffa2c008
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.0,2d652a94-08b6-42e1-9510-8c44ab7e1e36
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,62120c02-1ccf-437b-a1c2-445180af00b5
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.5.2,modeled_data,kg/kWh,CO2e_value:0.0,a64ba395-a26f-45c7-9985-67e2b7f4d253
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.0,2c86c825-19a4-4c7e-8322-f226fca4b00f
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,580a18ff-acb8-4320-b53b-cd3fdb126b0a
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.6.2,modeled_data,kg/kWh,CO2e_value:0.0,010bd51c-324b-4e6d-8525-5d25053147eb
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.0,e4a3165a-57ba-4381-a05e-e5f20fc01cac
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a62fa0f7-31ab-40bf-b549-63b869b5f900
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.1.2,modeled_data,kg/kWh,CO2e_value:0.0,95fe1f33-c1b1-40ce-9650-00a7c7c71db8
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.0,b0b2ccf9-8a7b-46d7-acef-e04779b9142d
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d21d4f22-59c9-4cb6-8a98-8bacd9963f6a
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.2.2,modeled_data,kg/kWh,CO2e_value:0.0,2600c6c0-8810-407f-b088-195f120823f3
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.0,cf478f08-f144-4d07-966c-abde7453f6e5
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,149fc706-bcfb-42d4-90a0-26fa23bc8f19
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.3.2,modeled_data,kg/kWh,CO2e_value:0.0,55c01d98-9691-4edf-9531-3890bd99db12
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.0,ac0c4735-2dad-4230-bf4d-ef95cb1e26b7
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,54d23676-c7ba-4c99-aaa9-693688f4a2bf
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.4.2,modeled_data,kg/kWh,CO2e_value:0.0,c3412365-ee39-4968-805c-5ec5e76c2f4f
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,cbcf3c3d-f020-4778-b25e-39f87839f6cb
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,1fe920b5-75b2-44bb-b220-a61a8c638e4f
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.1.2,modeled_data,kg/kWh,CO2e_value:0.296,dcda82b3-849e-43bd-bd29-1297a28be248
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,9af53167-6a11-421b-b9f1-922d228f61e6
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,efb326f7-93ca-4b64-a0bb-13b9e4495207
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.2.2,modeled_data,kg/kWh,CO2e_value:0.296,bc0d3c07-45c9-461b-9bb6-c7530f195316
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,3a36627b-f23d-42b4-a8d6-53014a61d066
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,ec9658ac-411d-4d0e-99f2-5cd1db07afdb
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.3.2,modeled_data,kg/kWh,CO2e_value:0.296,37f3a376-c7d7-4106-b97f-9610c2da95a6
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,1564e7ce-d437-4dcc-b064-f2748c81543f
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,09fd7e98-ecce-46be-9340-52151ee0deb3
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.4.2,modeled_data,kg/kWh,CO2e_value:0.296,661fb88c-45e2-4b4a-aaeb-d2bb56491e71
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.296,24aa6352-6665-4245-9e2d-a66714094611
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,546f0453-fb5d-4ba6-b5ab-5da2abcdf0d3
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.5.2,modeled_data,kg/kWh,CO2e_value:0.296,efad6fc7-4a57-4080-997a-51fa971e9220
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c0dee4b0-cc9a-4eea-9501-1e7e0714ba93
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,9fb8173e-11d3-45ad-8cfd-10fd96543761
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,I.6.2,modeled_data,kg/kWh,CO2e_value:0.296,f4ac3d91-6813-4583-8ebe-5f3dd674d8c3
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,fbe46dfe-0d8f-42a9-9f01-ae91c6b0b448
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,a9605c08-5bf9-4a8f-be90-88127bba033e
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.1.2,modeled_data,kg/kWh,CO2e_value:0.296,871eefea-3b6f-4751-acd9-7c6fef2e53a8
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,cc6c09fc-ad8a-4cb4-8353-19a37543634d
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,295edbbf-892e-482a-9387-c35f0c58dd4f
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.2.2,modeled_data,kg/kWh,CO2e_value:0.296,38b4f2be-a6d5-4924-bf03-4320611dee6e
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c65dbaa7-0f83-4092-9689-c72312441309
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,cfabcc93-1a03-40fd-ae6a-a8ce937ba175
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.3.2,modeled_data,kg/kWh,CO2e_value:0.296,0fe562be-529d-4ade-b5ca-24108f95538c
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,27b2b591-d116-4435-aeef-14e61c3f516d
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,2a758e1e-baa7-40e8-bb25-4affff5847bd
+NL,Netherlands,2022,Production mix factor,CO2,0.237072,II.4.2,modeled_data,kg/kWh,CO2e_value:0.296,a2bc554a-9199-4512-9872-ad9722afa8f5
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,8d3c5adc-94b1-4d7e-bb32-c56a85a2df96
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,50b0c599-02ee-4ad0-90a1-934a8cc394ab
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.1.2,modeled_data,kg/kWh,CO2e_value:0.296,a81d0ff6-c520-4275-861a-82979783d81c
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,dfe2b69e-19e5-4e86-bf8d-9f078732da18
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,b64b1fca-7d41-4807-ad44-4109330439b8
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.2.2,modeled_data,kg/kWh,CO2e_value:0.296,02a0682c-4af9-4ecb-9724-35ba9fb00c01
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,569a24a2-c447-4d54-81c6-56001b457f5b
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,e3f006d4-1479-48fc-a247-654d12eaae56
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.3.2,modeled_data,kg/kWh,CO2e_value:0.296,3201b501-8033-493d-adf5-50e52c79fd93
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,5e81b18c-1064-4fdc-8420-a320bc482d41
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,280dedea-a78e-4077-bd78-08cc0bb194ae
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.4.2,modeled_data,kg/kWh,CO2e_value:0.296,355a6beb-9602-4112-b257-6cd12468b94b
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.296,bdf470f0-0227-41ae-b277-e0dd81a06e8f
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,719419de-0585-4b10-8e39-e664a8566b09
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.5.2,modeled_data,kg/kWh,CO2e_value:0.296,2248b8d7-82d3-4bd5-91f4-d930bad816ea
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.296,2bd8d6df-94d8-4017-ac28-253e120944ea
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,b5728e6c-6c61-4ed7-863a-a968e53b2ed6
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,I.6.2,modeled_data,kg/kWh,CO2e_value:0.296,10746103-8fff-418e-b090-7d7e3da27f00
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c1378bf7-347e-4cec-861d-aa935c1dbe3c
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,644f8a09-7bd7-4812-ba37-f87b66ec06f9
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.1.2,modeled_data,kg/kWh,CO2e_value:0.296,6ee0f6d3-c245-461f-b041-5fd6d5cf4290
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,f05cc42c-d655-4a22-a2fc-d149f70fb22c
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,f7f1ad48-d29d-4d7f-8949-59af049a738d
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.2.2,modeled_data,kg/kWh,CO2e_value:0.296,0b718a0b-f7d0-45a2-bd5b-1e7542c07cb6
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,530c0ce6-d81a-42e1-83ad-e270dc05979a
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,96713b1f-f4e1-4883-ba1a-5b84606d05fc
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.3.2,modeled_data,kg/kWh,CO2e_value:0.296,917498cf-0db9-47b3-9159-c5b22c54230d
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,0ce18fab-82d1-49e9-8f8f-2cbd57c8e1aa
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,08d78b97-07f4-487f-bfe4-c75ea6a1ed04
+NL,Netherlands,2022,Production mix factor,CH4,0.0014916442953020134,II.4.2,modeled_data,kg/kWh,CO2e_value:0.296,c3b1471d-5b46-41ae-b9f0-376801435380
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,d955ea2e-988a-464b-8c56-d1d09c90cb93
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,ca6ae21b-10ad-44e3-b6a6-673496d3ebde
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.296,592e730b-e934-4176-a801-479a9803dfd6
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,9ee27d7c-27d9-4b3d-a4a4-26820581af60
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,2166a274-4829-43d1-98ed-c97e6978a4a7
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.296,03f73cf4-d9b1-4eb8-9cd5-7d945b56ff30
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,dd88da72-3226-40f8-88a4-cbd795775395
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,063a23e7-4361-4fc3-84a4-b99858058513
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.296,186fccc6-4c1f-4145-99a9-11294f91b6bd
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,de3b7028-13a9-4620-8ece-b961d7807a46
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,e95c395d-cb97-4d51-abbd-2a62fb2492ca
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.296,fb01da02-6627-4749-b589-a55a9418809a
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.296,7982f283-70fe-4eff-a91e-81b0f2789433
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,424d72a8-17d5-453b-94b5-0e6a5611ff4f
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.296,cc6dc2cc-3083-4304-8e46-d229d518b073
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.296,91d73e06-5f4c-4332-b07e-061e6adaad82
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,c119e9da-75f3-494e-8ff2-6625d569ce66
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.296,f98a4283-1129-48df-a60a-2092d417d570
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,a740905e-cc46-4971-b3d4-02d01dd082b2
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,4ac3ce5f-1af6-4b82-ab23-6f545b4def8d
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.296,dd58ff40-da99-46fe-bdb6-5d4332a25be4
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,0063b70d-3f31-47d0-a11d-b48572256764
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,a3b037b8-33a0-46b9-9124-e5d212f4700d
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.296,1f7f1a61-1f2e-45f7-9d3f-677325ed29b3
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,fcefb5eb-b69b-4192-be59-c2accecdccc4
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,e9073c08-6b80-4d39-b1ee-a78ca495e1e6
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.296,ab611b37-37a4-4537-91bf-fc77a21b80a5
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,6affb7c7-a19f-4ee3-b033-4a9adf64de4d
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,668d5f13-9fcb-45b0-bb97-bf66a5e25ad6
+NL,Netherlands,2022,Production mix factor,N2O,5.4274725274725276e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.296,9d2354d5-b1df-4dc6-8d8d-2e19009d22c4
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.581,d3e25e15-db50-4245-8b2e-34ab5f6b9665
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,3541198f-4c2d-409d-a06a-97823dfe403d
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.1.2,modeled_data,kg/kWh,CO2e_value:0.581,193d3b6c-7142-47a7-b47d-f64741d245b6
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.581,77532f14-b778-4e85-87d4-a1e11607c396
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,bcce55c9-e68f-4c66-8155-737707f9692d
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.2.2,modeled_data,kg/kWh,CO2e_value:0.581,7ca8a4e1-4d52-46b3-989c-802a4d4c51e7
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.581,7d4ba848-de39-443b-86ba-eb951de92750
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,83cfcaa8-b15d-436b-876d-39fc0e82857d
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.3.2,modeled_data,kg/kWh,CO2e_value:0.581,8350be45-13f7-4c27-a15d-bddbfbb1e3c7
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.581,b7d3591c-d2f4-4863-9d34-64a6cf058045
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,c8399897-355e-4f8b-86e3-ce0b4b62e91a
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.4.2,modeled_data,kg/kWh,CO2e_value:0.581,3949b3b0-8e64-4ba9-92c7-ec7f734a36c9
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.581,1a9f0c60-f10d-4343-92bb-661db34631ba
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,fee40ac5-531e-4286-ba2b-526d6ad23147
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.5.2,modeled_data,kg/kWh,CO2e_value:0.581,0c7da61e-4af6-47bd-9e6e-55dbc3bd5545
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.581,4e573327-5c28-477a-9a0f-f82208c111ff
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,b6c16541-d059-4fef-b199-ab17db928575
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,I.6.2,modeled_data,kg/kWh,CO2e_value:0.581,a8927d9d-a14c-45b1-b56d-c0f3be6fa1bf
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.581,b868bab1-6912-42b5-8eac-7557264fc980
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,9dbb456e-a0ae-4727-845d-2da73fe6c373
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.1.2,modeled_data,kg/kWh,CO2e_value:0.581,5cd566d0-dbb3-4027-b389-16a3af884489
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.581,bbf068b7-1289-424c-9b48-8676adb78f6b
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,adc374b2-1c3b-49af-ad3e-309a46e3502b
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.2.2,modeled_data,kg/kWh,CO2e_value:0.581,135f4532-e146-4a3f-9464-57174fc6686a
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.581,40c874be-1175-4d0d-ac85-ff5978982070
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,ba1da1ca-e0d0-4f0b-90a9-813a0fd71f5e
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.3.2,modeled_data,kg/kWh,CO2e_value:0.581,541a9a21-8859-4599-afd2-faf62395b0fb
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.581,6467d4fa-f321-4cea-a0cc-a2cf4ee44760
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,5acfcb8e-3eb1-4f20-b174-5aa4f01fdfbc
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.46482938155987086,II.4.2,modeled_data,kg/kWh,CO2e_value:0.581,54bcb60d-ccfd-44ed-ac2e-b49bb531d2d7
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.581,18e67bee-6fd0-4fc8-9f17-0626a75c3ea6
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,1b965958-8677-4ec3-b375-d3558718d70d
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.1.2,modeled_data,kg/kWh,CO2e_value:0.581,ced5faee-39df-45fb-bffb-70f5e1bc962e
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.581,1c7384b1-8684-421f-822a-3adf34b4a295
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,bd594997-58d1-41bf-a33a-ea1db289273a
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.2.2,modeled_data,kg/kWh,CO2e_value:0.581,9c4fe8d1-06fd-4fa0-8ad7-7642986aff05
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.581,d5dea681-b8c9-4c6f-99c3-c25ef28127ac
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,4dcfb145-3e0d-4a89-a8cd-9bef2846ba59
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.3.2,modeled_data,kg/kWh,CO2e_value:0.581,2b8e513b-346c-4eda-95bd-0e1c372b812a
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.581,585bd0ef-f832-41ed-a212-ae7aee18ef58
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,a01c0073-3fb4-41b9-9fc1-be29cc770887
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.4.2,modeled_data,kg/kWh,CO2e_value:0.581,1475d246-51f5-4941-bb59-804b121c5a04
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.581,59edfcc5-2c64-4389-ade5-2530482f0053
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,36a16973-3357-4582-9bc0-4f6476f0b8a2
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.5.2,modeled_data,kg/kWh,CO2e_value:0.581,a83e3651-bf9d-44a1-8029-75edb50589ec
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.581,97399d9b-58a1-45d1-820d-3f9e86ccf0bb
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,ecf16b80-7fae-41c3-8081-45fdf0918342
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,I.6.2,modeled_data,kg/kWh,CO2e_value:0.581,1badaa7b-c0ce-4bf3-944e-b9676cb771e3
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.581,f0c12806-0c67-40e3-835c-a4e4d6204083
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,7dcbfca4-7edf-4e69-81c8-9d4e78d004b6
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.1.2,modeled_data,kg/kWh,CO2e_value:0.581,686b3e37-2536-4579-a58e-e0f19a858e9c
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.581,e7f7ae59-9b1d-4c95-a026-74f60c9e4ba3
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,a2fa2a0e-a13a-4170-8700-fed7cf48a114
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.2.2,modeled_data,kg/kWh,CO2e_value:0.581,648baa18-5011-4ac4-9fd3-06dc78a1a44f
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.581,99860870-c3f7-43f5-b724-4cf33e8f4e87
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,0c7352d2-64aa-436d-aa26-c6a8a1c6fb4e
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.3.2,modeled_data,kg/kWh,CO2e_value:0.581,68e52e67-c657-4e2e-b7e0-99d1f2f14f9f
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.581,74ee373e-8926-4d8e-8bfd-1c0a7eee9165
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,9455ca66-8ce3-463c-8f75-b960b9d350a0
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0029246815114924757,II.4.2,modeled_data,kg/kWh,CO2e_value:0.581,99b049c3-c990-4dae-98b9-1d6d5dbb7681
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.581,53ed971a-d576-4db1-8a08-91bba846092e
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,43b5b563-ddb6-418e-b28f-825ae5eeaaf9
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.1.2,modeled_data,kg/kWh,CO2e_value:0.581,f5e20b6a-e6ed-4b4d-bc74-ab87083367ef
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.581,0fa0e5f4-8b85-4b29-a991-59bc0af2f46d
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,4b32e1ad-e7f9-47cd-bf57-439249831bc0
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.2.2,modeled_data,kg/kWh,CO2e_value:0.581,8a9da148-3e4a-40d0-941d-f867ef8a78ce
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.581,403b9dee-2750-4e92-b755-b5fa1cc21fac
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,2ecdfc5d-709c-44d9-86d7-f70b0ca58d53
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.3.2,modeled_data,kg/kWh,CO2e_value:0.581,108adcab-013a-4367-a068-88aeeeebc593
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.581,0b662ca9-7b99-4b4c-beed-cc7d03ea4568
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,f08210ab-6de3-4449-958b-242189067be4
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.4.2,modeled_data,kg/kWh,CO2e_value:0.581,74bcd21f-b772-405f-813a-4eba23ef8aad
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.581,6960f48d-13ab-4fa3-bc70-9cb16cfb8405
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,9d316aa9-2c3a-427b-9fcd-faeea5d39a13
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.5.2,modeled_data,kg/kWh,CO2e_value:0.581,a7d5e2e0-8526-447c-afe4-e7eba0b6d52b
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.581,286b1f9c-9710-40ad-b124-e5d14f22de0b
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,2dc6b92b-8f3e-467c-ab5a-ba5cc353cb0f
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,I.6.2,modeled_data,kg/kWh,CO2e_value:0.581,2960be5e-bfbd-4b06-ae84-7cf3d5c9363a
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.581,953781ce-85a4-4b57-ac23-b84170d0c82f
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,7788644a-c5eb-4355-88b9-1a77ead4644d
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.1.2,modeled_data,kg/kWh,CO2e_value:0.581,a1e2cb4c-f298-4e55-9ff0-c1d888702ac0
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.581,4bc83a23-4fe1-49be-9fbb-215894ddec19
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,abd0b1c5-9d62-4134-bf2a-f11055af611a
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.2.2,modeled_data,kg/kWh,CO2e_value:0.581,6932a02e-82a7-461a-b324-680cc063c3d3
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.581,767484ce-3edc-4a17-b3a1-01e6c0722a08
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,d66cc6f1-34fc-4a63-aaf4-450046feb454
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.3.2,modeled_data,kg/kWh,CO2e_value:0.581,ebe5628f-0290-4dd0-921f-5a59dd46572d
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.581,b585558f-f8bb-474a-b97f-c14179f633ac
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.581,f585953d-b1b9-4327-865a-d3b8ece4afa7
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,0.00010641698295784589,II.4.2,modeled_data,kg/kWh,CO2e_value:0.581,19aac61e-a446-4f8a-932e-8e06cdd8ca0d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.12,e46b6dde-cd73-4969-b799-eb61cf76f888
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f53fb16d-6a2a-4fb7-b0ea-b8867e3d2cbf
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.1.2,modeled_data,kg/kWh,CO2e_value:0.12,e34e906e-fefc-411e-b69d-80c4adf013ba
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.12,2b3f6b3b-80b8-40a6-8ff6-e598e1bccbe6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,a69160eb-e32a-4d34-a7cc-db99a4020747
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.2.2,modeled_data,kg/kWh,CO2e_value:0.12,6e0e8da2-627c-41bc-90a5-a252d74623a7
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.12,5d4d668d-8a2c-4932-8f93-19e5be409d3d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3f52d2a9-2a59-4778-978e-8b0b59f11494
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.3.2,modeled_data,kg/kWh,CO2e_value:0.12,ee31213e-f757-4436-a0cf-ec98e27f5683
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.12,b3f13a57-7262-4a5c-afd1-22db31a53e1b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,726121ca-809f-4c99-a5b2-de50427c6827
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.4.2,modeled_data,kg/kWh,CO2e_value:0.12,ca9beaa2-a44d-400f-b149-a1273a788ac9
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.12,87e027a1-14fd-44e8-8a9e-5b75ab622abd
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,9d0562c0-8103-47e8-be4f-fa839c9a645c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.5.2,modeled_data,kg/kWh,CO2e_value:0.12,945865f4-4730-4495-ab41-91c863058030
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.12,7768dcf9-14a0-4b08-a056-9f4d8a6cffbc
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,9a8de2f6-8dd5-4b17-918f-f4777708d7b7
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,I.6.2,modeled_data,kg/kWh,CO2e_value:0.12,fdaa9c14-13ec-4b81-847c-96ab65a39c91
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.12,036922db-8e36-4aaf-8960-fc10b5a7b7b6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,33cabfbb-6e54-4738-b9f6-663bb5c3855b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.1.2,modeled_data,kg/kWh,CO2e_value:0.12,aa9bd3b6-619e-423f-927d-9ae6c29dfb20
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.12,5e78fe24-34df-403b-ad9b-f2bebaa0b8c1
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,79b84d79-54f1-4c23-854c-7d7a5ae89f68
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.2.2,modeled_data,kg/kWh,CO2e_value:0.12,7f9e2964-f415-4b1d-8804-88c23cf4ff39
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.12,f2e71d4c-ebab-41b2-9c7a-89a9d24b7fa4
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,be33781b-ea01-4db7-904e-0eeda33c81c0
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.3.2,modeled_data,kg/kWh,CO2e_value:0.12,10956c64-763d-491c-bad3-5bb976f8fe9e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.12,2c53a903-9c32-4179-9213-667373ae73e0
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,a4007b60-3e58-4f42-9bf6-e8f2c61c5fc0
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.0960690232,II.4.2,modeled_data,kg/kWh,CO2e_value:0.12,3ab42cf1-fb1d-497e-9852-4d493a097249
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.12,17d6db66-643d-4a41-b341-0eab46139fd1
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,a6a67a89-0760-4d38-9262-61ff168203e6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.1.2,modeled_data,kg/kWh,CO2e_value:0.12,ce859058-b0e6-4056-a79b-498a4ab84e3c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.12,666389fd-c50d-4e2a-a4b0-12cda3ca87bb
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,16ee267a-76eb-434c-b59b-d490877e9af2
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.2.2,modeled_data,kg/kWh,CO2e_value:0.12,fe6ad4da-576e-4aea-9864-5b4f059ff859
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.12,0895a435-1235-4d49-8ef3-432bd5c84bdf
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,4e2118b5-7fb8-4e2c-8b1a-80da9df8db7a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.3.2,modeled_data,kg/kWh,CO2e_value:0.12,5d8e8a11-2fbb-467e-aabe-3e715d54a3ec
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.12,1561f503-472d-4635-aba0-5d4d01df0186
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3f8edf57-28a6-4ed3-a572-9404ed078df7
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.4.2,modeled_data,kg/kWh,CO2e_value:0.12,5731536b-872b-41d2-acf9-b76175bc446d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.12,8e35555f-050e-4304-90a5-7338ba31c66b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,6faa6b07-91dc-4a10-ba57-dd22e791143f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.5.2,modeled_data,kg/kWh,CO2e_value:0.12,fc73a554-38c8-4a1a-9272-81d4129f55dd
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.12,9b340ef4-605c-438e-a797-ef77350d3aaa
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,01feea24-8bf9-4f1a-9ab7-d6580346998e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,I.6.2,modeled_data,kg/kWh,CO2e_value:0.12,e5e2ad40-62bd-4c33-8321-7d5b9b8df592
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.12,406a5487-8e44-40b8-a836-e12b2564ca9d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,364504c9-00b2-46c0-98d1-b9bf772b2f73
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.1.2,modeled_data,kg/kWh,CO2e_value:0.12,7725c40e-46c6-43b1-97ea-7892e0837039
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.12,c0752568-1ede-4a54-a4e5-3be08393fde3
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,5c776f52-50ef-4e9f-a25e-5c1b862ef5d3
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.2.2,modeled_data,kg/kWh,CO2e_value:0.12,1b471863-6e0d-408c-a3bc-9bd8bc0bfc1d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.12,e23d053e-32e9-4c5a-900a-40564c192703
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,af18a81b-883f-4de4-b982-e73fecf9f397
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.3.2,modeled_data,kg/kWh,CO2e_value:0.12,2dc8f1d8-b279-4d61-8406-f3b6332cae91
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.12,686b3f72-58ef-4c35-b863-686a51452437
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,fd3ea7ed-b377-4f1c-a8dc-8e629a2c963a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,0.0006044611359060403,II.4.2,modeled_data,kg/kWh,CO2e_value:0.12,dc2293b3-7791-434f-b3e6-0e46489f3a5a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.12,008d0f8c-2349-4d07-ace5-ade232a450d1
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,cbb1d84b-201d-4765-a3ce-d2a1b7f4cfac
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.12,51626276-e040-4a4f-a2d9-c07a935387ea
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.12,72e14e07-9f9c-4c85-a9f5-5ecf01f041ff
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,b759ca7b-f1af-4b07-8fcb-32f4fd8d098a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.12,07426bf4-891d-447b-a8bb-521c11d0e7ab
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.12,3651020d-08b3-48b1-ad59-96d30bc600ee
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,6479c728-9f33-4078-b353-4968c38e115a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.12,0d1310a3-285f-4442-bf2b-36ede649054b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.12,4e18f055-baf9-4187-bc1d-b3bde0cef1a2
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,9286b00a-ec13-4a31-8fcd-fff98b22fb80
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.12,634f8828-24d1-41ba-b7e7-6edabda10b7f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.12,6fc487aa-ccb6-484a-9ba1-6c52d3e5d27c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,6c1918aa-6413-49f5-a474-b3e17ef5bf33
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.12,57abe2be-bd04-4737-a95e-c88930cb3040
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.12,5927664a-cd28-433f-88b4-15a9a58a8e1f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,5d71385f-b547-4a5d-be4e-6f504351f38b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.12,e44e0c46-ebfa-40d6-b0aa-f66a96429347
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.12,4a6fd270-7743-4580-9eec-e07e083a4e4f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,8bddddef-4a58-4376-8859-2d206d35359e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.12,83dd66af-c298-44e5-8049-59c3163c4b25
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.12,b6799919-9830-4b20-8fb3-a48ca170b4b2
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3964236b-3c6d-40b4-aa03-4c0b58216647
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.12,6565b29b-2760-4605-a44e-76b86ff8156e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.12,f2b2c167-4db8-46a5-8da2-a06c63ffb93f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,598725df-744d-4e73-b33b-8fd561799940
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.12,9d297a9c-5b78-4079-953c-59536a84d49c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.12,fd980860-436e-4dad-9caf-c3db10fc6716
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,14a520b6-7532-4444-a068-56a366c5d935
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.1993823992673993e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.12,625e683c-8004-4f03-be03-c6117767b87b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,05773ce5-5926-456a-b7b1-b22d4ec6d66c
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,a7a5dc11-a4db-4c11-b1f6-a4d4ffeb7884
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.1.2,modeled_data,kg/kWh,CO2e_value:0.305,501181cc-759c-4874-9ca4-3756bdea9764
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,4b2b53d3-007c-483e-b9fd-bf2a671de467
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,150ddfbe-fc7e-42b5-955e-e89af3037ca9
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.2.2,modeled_data,kg/kWh,CO2e_value:0.305,6f656dd0-1ab8-42cd-a4b9-63d7a4370e1b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,ebdbe7e5-a9ed-410b-8747-dc781bcb8966
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,c3500eb6-af6d-4cb8-9a72-6849b15dfb82
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.3.2,modeled_data,kg/kWh,CO2e_value:0.305,197dd564-21a2-4beb-82c8-d1254351ae87
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,0aebcead-5d12-4c49-86a6-72f8b02f6b70
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,c6d2bcc8-5da9-41ee-a46b-29312b16acdb
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.4.2,modeled_data,kg/kWh,CO2e_value:0.305,90d90a10-3209-44e2-8666-0a37dc73c8a6
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.305,3b5a0ae4-9806-4a43-a50d-66b49210dcc8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,1d8a2a63-c663-4211-a0a7-3fc842cc45a8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.5.2,modeled_data,kg/kWh,CO2e_value:0.305,23b2418e-9b83-4b34-bd2c-6f3e67a98d00
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.305,02711e21-8d44-4db9-b168-1d8a747d658f
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,1360b609-1adb-439d-bbe8-ef753b3f19e8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,I.6.2,modeled_data,kg/kWh,CO2e_value:0.305,69085a69-d173-42f6-9f33-0e526c499c74
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,fca42937-cd5b-4bb5-a67d-597db39a4412
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,bc88272b-0053-4ef6-8f04-45472606e98e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.1.2,modeled_data,kg/kWh,CO2e_value:0.305,51d8ddbe-3a08-4ed6-ab37-c8a8e7d161f0
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,4f4d8800-aa9e-4e7c-a19d-5d3bb613831e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,00942698-0e45-4512-80dd-e58170f70acc
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.2.2,modeled_data,kg/kWh,CO2e_value:0.305,bb82918a-3c08-47e0-9e23-16de968e842e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,1ba14ed1-b8d9-498c-be08-68f12ab11207
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,48e2c31b-f316-400c-bcd5-899b941782ce
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.3.2,modeled_data,kg/kWh,CO2e_value:0.305,724045aa-758e-428e-931a-543eefe7210f
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,9801bcb2-56e7-48c4-903e-553a279e41ca
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,2a784d53-d870-41e3-bce8-fc0e3f29e7d3
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.24391781427006715,II.4.2,modeled_data,kg/kWh,CO2e_value:0.305,ab2682d8-8ac3-4183-9552-606ba427ec18
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,cf830156-30b4-4dda-ba58-a93906330923
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,84e013b6-8a81-4c6a-8c21-8087407a5f48
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.1.2,modeled_data,kg/kWh,CO2e_value:0.305,c7f99447-9dea-47b8-91c0-1151e67b23f8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,b457538f-a82a-4498-8e5c-aa606088279d
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,e965efb7-70a2-4c2e-9d5c-5e2899e68bdb
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.2.2,modeled_data,kg/kWh,CO2e_value:0.305,c83087c2-952f-4df2-a6d5-0885b425c14f
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,5c0de70a-7071-4336-bb5e-21d1aab24683
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,9b48e8f4-b19a-4ec3-8138-9acab393fe9b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.3.2,modeled_data,kg/kWh,CO2e_value:0.305,b89772c1-bfe5-45c2-8eca-0fc7af812e0e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,ed86773f-b329-469f-a65e-5e1490d2562b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,f29f6843-87b7-46f8-a03e-be6e0583d936
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.4.2,modeled_data,kg/kWh,CO2e_value:0.305,55cb4e08-2ea4-44ca-99c3-f927e7fdb8d8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.305,76f2f017-40a0-4edb-9a56-198a56fa1aa4
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,d502818a-fc5e-4263-826e-be680de8bd66
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.5.2,modeled_data,kg/kWh,CO2e_value:0.305,fd233540-d20e-489b-ae70-25292e83acba
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.305,f79aa3ee-df5a-4c05-9f58-c89a3ed36812
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,24b14664-55e1-49ac-a598-ae1774db0f28
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,I.6.2,modeled_data,kg/kWh,CO2e_value:0.305,5d6cfda1-b122-44c1-a0db-fa74477b6275
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,7a39ceb2-95de-43da-b37f-44178e15713a
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,3fc7eb2b-a658-4e5f-8be7-9cac96550599
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.1.2,modeled_data,kg/kWh,CO2e_value:0.305,57235760-ee37-45cc-a0e1-85765bc213d2
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,700e3430-027e-4617-99b7-b41b9836bdc5
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,81ffeaaf-611f-431d-900e-f97a2b46e10f
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.2.2,modeled_data,kg/kWh,CO2e_value:0.305,a9f00798-296f-4947-9a86-9232772a3eff
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,b21e2a36-aecb-4e35-b044-44b13d99af3b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,43f75178-8543-401b-940e-ccdc882afcdf
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.3.2,modeled_data,kg/kWh,CO2e_value:0.305,e1db50bc-a48d-405b-bb1c-fc7c0d55659f
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,3e271bc6-a5b5-44fd-b5a5-72e97606f1d2
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,d49cf155-bbec-4f92-956c-5703e0adcb6f
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.001534717791128778,II.4.2,modeled_data,kg/kWh,CO2e_value:0.305,12abf100-1bfd-43cf-bf3b-4d44480f215e
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,8e2bbc9f-36f0-4185-ba02-3c71f6f1bea7
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,709ec346-66d4-4734-ac92-d5693d1ba815
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.305,059ecc5b-50c8-4380-9450-6f848451e902
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,877a99c4-3472-45f8-98b4-bda6be074027
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,bf4444b6-c42a-4b0f-89bb-b2e96431c207
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.305,83a4a231-4b1d-4cc6-93e2-d5bf4c4b4bea
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,f9044dc7-e07f-4f6a-94a3-73363d3bb69c
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,b36f2bcb-4638-472a-ad8e-f7707d836815
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.305,8edee27f-2ef1-4c84-8d5d-c427715ab989
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,d11647bd-73f7-407c-abcd-8bbcc3573d50
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,ed586c4e-7289-44c4-b8b4-0f928fa690f4
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.305,9ccbdafd-6d92-441f-bc48-2bdea59d5ba6
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.305,18f7a86e-dab2-457e-99fb-f443133bb05e
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,54e92052-d8f1-425a-9d13-f851c3bdb614
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.305,ac04c64c-8d6e-42a9-863a-b315e9131c06
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.305,64813c3a-1aa3-466a-b0db-06b73d5957aa
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,22982749-f0fe-4e1f-9de3-5a45c8684a02
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.305,3d3398a4-1fb9-466d-9d21-2692363b9158
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,816e4b97-53a1-4857-ab22-9e714a3c0fba
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,c3959419-af26-4ff4-93fb-3ce08ed99dc1
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.305,337bc66f-edce-4ce8-922b-ffcd7fada731
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,f0b4c39c-c475-4175-9b2c-eb2846108412
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,e0b2bc66-2216-4b85-bbae-9e9327a7624d
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.305,de15724e-6f70-4ed9-930e-301370396a2c
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,41add1ee-47a5-4a1b-9799-79c3b8b4083c
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,5da5a332-4225-4ea0-bc61-f7f18ac0cc27
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.305,accc85a1-7b42-4b00-9f2d-689dd1cd7f79
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,3acfa4c5-e46e-46b9-9370-daad8a131dc7
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,cdaf8546-f0e6-47b5-ae19-694a95124dd6
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,5.5841990446443945e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.305,ee7aec3a-21de-464f-a3cc-e73dbf17aa0c
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.598,a70bb127-d216-42ec-8dc6-a106a9a6c105
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,9df627e2-9281-4f45-9140-e744061b9d4f
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.1.2,modeled_data,kg/kWh,CO2e_value:0.598,68af2141-d070-45b2-b57d-4b6fd83dccf9
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.598,06ded52b-10d9-40f4-8c6a-4703f2a2af15
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,08607c1a-d150-4b42-b29b-cb691db73667
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.2.2,modeled_data,kg/kWh,CO2e_value:0.598,f86cbe6e-a7c0-413a-ac77-debab8f3bfee
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.598,4603db75-36bb-4a79-bb46-54a3c4a2d356
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,85cfaa9d-945c-4063-afba-0fc2c7cefce1
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.3.2,modeled_data,kg/kWh,CO2e_value:0.598,4f3aee79-c685-4767-9b93-8339f59f7306
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.598,0f7b5c5d-9d7a-4b87-9f24-36ce03b3bf0a
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,af24e885-034a-40f1-b66b-9f5c536c2353
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.4.2,modeled_data,kg/kWh,CO2e_value:0.598,4e044231-a1ac-47c3-bbb0-14658e1d5619
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.598,771470d9-38fc-473f-a273-16adb04bb39c
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,594ae6ac-27b6-4e7b-acfa-cac229b8c911
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.5.2,modeled_data,kg/kWh,CO2e_value:0.598,9bc17dbe-e5d2-44fe-9f61-0d9991e63c9d
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.598,819c23f9-31e5-40a8-baaa-d331029e1afd
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,efd9879c-1b12-420d-8c58-8f6b43f88c07
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,I.6.2,modeled_data,kg/kWh,CO2e_value:0.598,38eaad08-baca-4689-a40e-034ede7d8477
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.598,d477c9a7-cce7-41aa-af87-b0c3b076acea
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,46b9c6a6-359b-4680-9b25-4629a26f9cb0
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.1.2,modeled_data,kg/kWh,CO2e_value:0.598,d53f56a6-4d6b-439a-8a84-2ee01080475e
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.598,cae1004b-7692-4349-b5eb-c1715edc4d97
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,472837b1-3879-4b3f-8b23-0938f8c00ad5
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.2.2,modeled_data,kg/kWh,CO2e_value:0.598,9db5dbdc-3e11-441b-a149-bb2dcf65f622
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.598,869447fd-7130-4a44-96a7-19edadd2adae
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,eac889a3-74b8-49f0-9a93-c8f21d4ee20e
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.3.2,modeled_data,kg/kWh,CO2e_value:0.598,c4db3d6e-b9f5-43bd-83b1-9195385c0229
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.598,e0b0e153-9104-4cae-8f45-b9d9fcc34da4
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,572684d9-e7f1-4e33-aa97-453f611ccd4c
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.4787208337230842,II.4.2,modeled_data,kg/kWh,CO2e_value:0.598,2e850a0c-7454-46b9-88bd-71dad26caf19
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.598,065f3688-70d5-43fe-a71e-9153c824aea8
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,d5b12839-91cd-4bba-9558-0d2f239db90f
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.1.2,modeled_data,kg/kWh,CO2e_value:0.598,3a4fe3bb-3195-4e21-8bfb-d489da34a351
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.598,e9911909-462e-4df0-83fb-930c50d930d8
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,528a1803-5b22-4509-8cbc-a1628ed580cc
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.2.2,modeled_data,kg/kWh,CO2e_value:0.598,3b84e411-f90b-4117-bbe4-4b1d6ad41413
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.598,5770e3a9-1aa4-4e0f-a0f9-265c63649372
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,eb460146-7d44-4193-b85a-fc082fa573ff
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.3.2,modeled_data,kg/kWh,CO2e_value:0.598,d92c3793-833c-4ade-82cf-bb272bb0060f
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.598,6f5b1e19-c865-4d9c-9d91-14ce706d40ff
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,ec31ec28-48c3-4887-888f-fcf310a8e775
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.4.2,modeled_data,kg/kWh,CO2e_value:0.598,aa6f56a8-6436-4852-97dd-3a1bf12ecb00
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.598,d30b1046-1d8f-41f5-b8c2-23b5ad7c865c
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,03391634-51db-4902-ab55-cb66dbe78c1a
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.5.2,modeled_data,kg/kWh,CO2e_value:0.598,8ec51e0c-4353-470f-a196-9ec5036ffc52
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.598,0f6d5441-463e-4f6a-8a7c-f0b5027a4efa
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,d5b7ef35-5e16-41ec-8505-a5ef956fd3c0
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,I.6.2,modeled_data,kg/kWh,CO2e_value:0.598,086cb0c6-b487-4664-8362-afcde6103b92
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.598,148c9f40-24bf-493a-88d5-5e2e1a92529a
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,799aeafd-d910-4f91-9a83-0198be1c22c8
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.1.2,modeled_data,kg/kWh,CO2e_value:0.598,b35bf170-c77d-4abe-9b1a-ff31536474e6
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.598,8c0d49fb-0861-4e15-999b-85a7746df6b5
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,60bec8c7-70d8-4a65-98b0-27caa8213f09
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.2.2,modeled_data,kg/kWh,CO2e_value:0.598,d58c1c40-297e-4b27-9e15-8f41e455de2a
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.598,8b791cac-f9b7-49e7-8869-1d90b7802c7a
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,b563a744-a37f-457e-adc2-b80cb77abd09
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.3.2,modeled_data,kg/kWh,CO2e_value:0.598,4fd25a26-1d1f-4286-b07d-258f54de0251
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.598,43ddd090-8ee1-4597-80b2-a49aa4bf10e8
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,546819ed-7d0a-45c4-b5e4-b88bcdb963ff
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0030120857826536336,II.4.2,modeled_data,kg/kWh,CO2e_value:0.598,e0c50b6c-84d0-4a76-adef-787b98a0370d
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.598,26f168f0-27c2-4600-876d-7f3c6a1a5e1d
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,5c9eccab-a0c1-4724-b0d9-9fd9526d8b50
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.1.2,modeled_data,kg/kWh,CO2e_value:0.598,e4dc829d-d997-4d7b-b682-b2b0296919ba
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.598,a5ad253b-148e-45d5-bdf3-1390c00a6141
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,25fcfd4f-f5f0-419d-a2c0-b40981b01f5c
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.2.2,modeled_data,kg/kWh,CO2e_value:0.598,a4da7437-9a72-4ef7-9872-2292bf9bc7fa
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.598,b9d3328a-dce9-4f2c-ac86-dbe001695bb4
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,ce0f1f92-2065-48e0-a7d6-ba85e11ae694
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.3.2,modeled_data,kg/kWh,CO2e_value:0.598,a9c7232f-238b-46ff-9099-c88ea720ebf7
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.598,f526b30b-d99a-4aff-9047-8c0827b89235
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,6c38d5e1-604c-4d9a-90fc-00b5ffc6d1ab
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.4.2,modeled_data,kg/kWh,CO2e_value:0.598,d07b59c7-e273-4896-9e61-95aadf9c59d3
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.598,dadcc1ad-a900-46de-9d3d-8a266e9b58a9
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,103c8947-df33-4c17-ade4-b4c112debae0
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.5.2,modeled_data,kg/kWh,CO2e_value:0.598,6c3a91cd-1030-4263-9afb-bf8429a8d865
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.598,f901dce4-6a7a-40a6-8efd-25ea2fcf0870
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,fae83bd0-5d7f-4be9-b3e1-a0157ac8de87
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,I.6.2,modeled_data,kg/kWh,CO2e_value:0.598,bb78cc91-c410-4c7e-b5ca-dccb76db80e9
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.598,fbe24450-bf1f-46e4-8acc-c7b67385cf98
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,5d76f51a-6277-4826-9c47-96fdc4d0c174
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.1.2,modeled_data,kg/kWh,CO2e_value:0.598,375dc60c-0921-4781-9857-6e60f8456d5d
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.598,d997e422-018b-4424-9e2f-2bbe642779a5
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,88866165-9de3-4c08-9e35-b10606a10bb0
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.2.2,modeled_data,kg/kWh,CO2e_value:0.598,26a97244-5b88-4726-82a4-26bc3ad75e83
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.598,5069459f-daaf-415b-b84b-e24c291308bd
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,e69f0f27-0b70-4788-848d-8454f4eb8d2a
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.3.2,modeled_data,kg/kWh,CO2e_value:0.598,4dfb7c12-82fc-40bf-b76d-db5d16186348
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.598,ead5c92c-cfb7-4ddb-ab46-ebb7abcd75c9
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.598,6ff29fa6-c9d6-413e-ad10-324500738f3e
+NE,Niger,2021,Calculated from Fuel Mix,N2O,0.00010959726046773907,II.4.2,modeled_data,kg/kWh,CO2e_value:0.598,6b7c6fed-7df3-4028-b2e3-320d202f3357
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,f4161d59-744f-4622-a326-93ef58243fcb
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,294f6147-921b-4876-879c-b94b908f5cb9
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.1.2,modeled_data,kg/kWh,CO2e_value:0.273,e120beb5-a4f2-43d1-82f8-3c14415ab487
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,ac17835f-4c26-44a5-bef7-39ace7fc970e
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,b0987344-ffd4-438d-92be-a11b38841dec
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.2.2,modeled_data,kg/kWh,CO2e_value:0.273,1b0002fa-c209-4112-aeb9-ace607abdd21
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,9d4ab626-2cf8-4f63-b14a-aeecf56bd9ae
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,5dd0748c-2538-46ad-9bf1-f3aed1de42a0
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.3.2,modeled_data,kg/kWh,CO2e_value:0.273,1bc82ca7-5808-41e4-aa3b-d3306b2d67f7
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,0351512f-2a51-4094-8054-a54abfab2354
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,b399e285-4bca-477f-ad63-87af3e235a0d
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.4.2,modeled_data,kg/kWh,CO2e_value:0.273,0de052cb-6713-4a57-aadd-5839176f82aa
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.273,e9dccd5a-83dc-4a60-806c-f1eb8b10beed
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,f0361025-1968-4291-8c4a-8569dc82ffcc
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.5.2,modeled_data,kg/kWh,CO2e_value:0.273,1b364e3c-d884-438e-92a4-bb7825077867
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.273,1bbd2742-0307-4c44-a80c-8a7cd49df774
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,15ebcc16-f1e3-4ed8-91f1-e62a7fb39eed
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,I.6.2,modeled_data,kg/kWh,CO2e_value:0.273,efd69356-3160-40c3-a665-8d894c8ba5f7
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,f4fa7231-49ae-4686-9ff8-3503b1f818b9
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,58f8660c-e770-4698-bc50-a2fdfb41548f
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.1.2,modeled_data,kg/kWh,CO2e_value:0.273,9208ff4b-d100-4d2e-bb40-58edcc0ab1dc
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,2045c100-ce81-479f-afcc-8d5025fe1053
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,f60c0eb9-e5b6-419c-b627-6e0b49a543a4
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.2.2,modeled_data,kg/kWh,CO2e_value:0.273,e5c0a428-ccb5-464b-a193-34e8da7713e5
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,64050ddf-6ffc-4e86-a800-1b70d630d817
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,b91ea03a-9d4f-4d49-bf99-e38d3437afdc
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.3.2,modeled_data,kg/kWh,CO2e_value:0.273,d99b4f19-7263-43d8-a161-9c7a05fcf558
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,4e9e594a-9420-4c9d-a64d-2d27e25baaca
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,06febbcc-7e78-4033-8f37-28bd677880cd
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.21828143302329478,II.4.2,modeled_data,kg/kWh,CO2e_value:0.273,a16c493f-6988-4b73-9102-26994c0dda9a
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,b4adbd78-2f0e-488b-87a5-d755896ce7ae
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,6d5170ad-0b21-4233-9499-91a21d8767be
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.1.2,modeled_data,kg/kWh,CO2e_value:0.273,ac8c3224-b84a-42bf-9b85-5b7f6fa862f9
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,647d6f6f-5286-46f1-b60d-9f5d5c7e281e
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,5b25ed51-7f3d-4d67-858b-d96f37e37eed
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.2.2,modeled_data,kg/kWh,CO2e_value:0.273,ebbc0479-b1cd-4231-a3ee-1d375c73a738
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,3b2892b0-958c-41eb-a04b-db9e9fe29ad9
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,1acb890d-2edd-42a8-9b0c-c44a7a1e7c6b
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.3.2,modeled_data,kg/kWh,CO2e_value:0.273,5f738a80-db94-45eb-bc53-c047d3f07acf
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,16ac36b9-c787-4e76-9405-99a4b6ba608b
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,2dbc9c55-d742-41a2-b6bd-b23671f07a47
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.4.2,modeled_data,kg/kWh,CO2e_value:0.273,828c8b49-496b-48bc-bb8c-cfccd3e39ca1
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.273,481bc180-d475-4ab3-b7c0-01321579ad84
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,512c5b72-e844-4dba-92ed-6f1695c0fb54
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.5.2,modeled_data,kg/kWh,CO2e_value:0.273,3685195a-8697-430e-86eb-de1540c7a379
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.273,91213d8f-cf5a-49cb-8446-6632c75b7db4
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,efbbc182-3251-4416-b6d7-4df45678e16d
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,I.6.2,modeled_data,kg/kWh,CO2e_value:0.273,4db958c3-8deb-4786-8d0e-55f70d425843
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,3d33dae9-3985-4a86-be89-13c4717fec34
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,0e96d032-eb6d-4e62-8b55-4f5f6d1b1707
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.1.2,modeled_data,kg/kWh,CO2e_value:0.273,1107428f-4588-4d6a-aaf3-f701927d7f07
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,9ac1aeac-8d6d-44d3-a189-8a3acd84523f
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,52da8993-f927-43b7-8828-0b07786495f9
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.2.2,modeled_data,kg/kWh,CO2e_value:0.273,2ecc3753-d065-4dc8-a170-705d9e1ec825
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,68ffa2af-675e-4be1-84bf-81cf435b8fac
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,cca7e098-64b2-4741-b07f-8543b2228c06
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.3.2,modeled_data,kg/kWh,CO2e_value:0.273,31e6dfb9-2557-457f-9947-cb41c61d9351
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,69ffbe37-9cc5-41bc-a6f2-fff0387d5e41
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,a71e3e87-10f6-4d8c-b4a8-185a3ce7eba9
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.001373415056774086,II.4.2,modeled_data,kg/kWh,CO2e_value:0.273,8e2d6f7b-a65a-4d4e-b14b-cd7dc454de9e
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,e6bb58e8-2fd0-422c-9f82-d9354038894d
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,4c1f2ac9-a0a1-4cee-85c4-325dfa944725
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.273,13b80f7b-7baf-4c51-8124-6731a3e788d3
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,54b17332-12ca-4d7d-9e92-81e1854305df
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,8c26cc91-4b29-462d-8a47-3cfdfd438f2d
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.273,665cecd6-5e7c-4f18-9549-61a8d0091692
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,5f334924-71c0-4df0-af4d-afee1742dc74
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,ff3e7845-4110-4ee1-8d3e-b7397561706c
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.273,41cc88c4-24e2-48f7-a252-8a5041e838a5
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,3c991fcf-bc3e-476c-81c0-e80683d5f749
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,91aae925-7b54-4d7c-9cb7-99ed76de29eb
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.273,e3319620-b835-4b86-af91-c7e7e1d9c9fd
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.273,f8aa9d22-0bbc-4e31-acbf-b1817f71be1a
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,2ece2216-8448-4140-b45f-3d4443adf9ab
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.273,85fab3ca-1f0b-4933-a7f4-2accb6211636
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.273,facf2f28-46bd-41a1-8db5-4daccdacad9c
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,dbf6be25-775b-4d42-ba0d-69160db46e67
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.273,27976bc7-a8b1-4074-bcec-098120259e79
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,18839edb-5e47-4847-b0ed-fc84b9f4f6cf
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,64a8dc69-cb6c-441e-b327-473a39d76809
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.273,662638f6-c273-41e3-a831-6c660dae5fce
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,1dc5f79c-2a29-4f52-bf28-909b831ce6f3
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,8cda76e5-dc90-4fec-9776-f5e37b156499
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.273,0d3a19e0-8595-404a-9f7f-c50b34f5ad79
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,e8b751eb-c1f4-4d04-9130-051949fb4e92
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,f9188be0-109a-45d1-817e-4381fb1a688f
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.273,6010f8e1-2f4b-4302-9bbd-ef9e145a01af
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,9f519170-e926-4aea-ba73-eeab4f25eef9
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,ced121d3-f306-4d8c-b13d-6e6460be6553
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,4.997285554562609e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.273,054b49be-d2df-4ae1-b18a-7d89b654c474
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,9de15383-752b-4c16-b72e-2c9fcd42fbe5
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,5312af7f-9075-424d-a083-802e25aad685
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.1.2,modeled_data,kg/kWh,CO2e_value:0.127,b92e0f20-d157-48ef-b9b2-1b87bb9d7a9e
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,006fbdfb-f11f-4142-a0ea-e44c92c33238
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,a4039f3b-54f4-460a-8efb-9dcfa1a139ac
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.2.2,modeled_data,kg/kWh,CO2e_value:0.127,fc35e171-3e10-4b4e-b63a-4f1fd9381da7
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,68b109aa-6f5e-468a-9ca7-279bfb1dd328
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,b87b6ce0-6e73-474c-aa96-e1731898648a
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.3.2,modeled_data,kg/kWh,CO2e_value:0.127,786c1d36-7211-49fa-98a0-9cec3a9c1973
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,26967a7d-255d-476e-a0ac-6d78b4e9bc81
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,49415a82-535c-40b7-a56d-5f504215c607
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.4.2,modeled_data,kg/kWh,CO2e_value:0.127,51ab551d-af49-4651-95ad-4d2aa838be53
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.127,a762b1e9-7cb4-4090-886b-c5d4e370d84e
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,b96fbeb0-76ff-4fd8-a406-8b2b3d90cee3
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.5.2,modeled_data,kg/kWh,CO2e_value:0.127,e9fd882f-e384-42e9-8e63-5e2c72693fad
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.127,2ab5d7ca-9fe8-4431-afa4-518c51ae1411
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,64959c91-4cbf-422a-9cf3-c31e2b949407
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,I.6.2,modeled_data,kg/kWh,CO2e_value:0.127,dbdfb4a1-3261-4dc6-b5e9-8954b4b1d32e
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,515d5a06-576a-4bcd-b4f0-b936d843e3ca
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,0633102a-f4ad-42ba-be7d-19db524964cf
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.1.2,modeled_data,kg/kWh,CO2e_value:0.127,0ff5a2b5-c289-4fdc-b0a7-079cb8bce837
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,5cde9d7d-5d2d-4096-b26d-a5d69f6e3be7
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,b7508b89-c555-4e81-a78e-39b3b03393ce
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.2.2,modeled_data,kg/kWh,CO2e_value:0.127,22e17f79-0d42-49f7-87b7-092577d61f66
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,ccb2a0db-2dcb-4acb-a780-976ed541bc98
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,e1abca3e-d407-4ccc-b7ee-f8a91465fff5
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.3.2,modeled_data,kg/kWh,CO2e_value:0.127,39d2de29-1adc-485d-9b51-1ab541862d3c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,b60b6b8b-a39b-40dc-8544-1a860fc76484
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,b9a8101f-4c57-4fe6-82b9-0b81857a9e48
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.101714454801885,II.4.2,modeled_data,kg/kWh,CO2e_value:0.127,d360a153-1524-428d-bf33-4483563d8795
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,92ac1c34-404b-45b5-a056-17d68843ae59
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,bf388a24-c430-4e9a-be34-a5fa159cdafc
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.1.2,modeled_data,kg/kWh,CO2e_value:0.127,8b61e316-c0cc-4052-a573-ab7bf5de640c
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,5189d55e-37b4-4af6-a3c1-9ba72f5e1d78
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,53368889-de65-4ba8-be76-0dfb5e90bdab
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.2.2,modeled_data,kg/kWh,CO2e_value:0.127,3324fdf8-81b3-4435-8fd8-3718c1aaa667
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,36aaa6d3-f467-491f-b4f6-2befbe057944
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,db5d36ac-9a6e-4712-8e2b-eaa97305df7f
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.3.2,modeled_data,kg/kWh,CO2e_value:0.127,19232aa6-0092-4ed4-9fb6-1f2089e118ba
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,52ec7b2a-d8e5-4250-a2b9-94c20062d889
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,cfc42c08-4b93-4810-a78a-8f8001396a01
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.4.2,modeled_data,kg/kWh,CO2e_value:0.127,cdecacb2-4882-4b1d-b47f-8252ea3c3a79
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.127,72f72a5e-9646-42bc-a79e-3062ba6e007a
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,9c4f28f5-746f-478b-93f2-751d0ad59dd1
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.5.2,modeled_data,kg/kWh,CO2e_value:0.127,aaf13e6a-08b3-4121-b7e3-cdeedaaae644
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.127,85ca24a3-906d-4e08-86a3-b13bfbefd341
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,42e8a34c-a070-46a1-b1c5-b579972954fc
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,I.6.2,modeled_data,kg/kWh,CO2e_value:0.127,fd0fec79-7ea5-4c7a-8825-46ba6df275c6
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,9a1ae378-a048-42bb-bac6-a0a65c841684
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,4bdf2f3d-9579-4360-b958-0afa540513aa
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.1.2,modeled_data,kg/kWh,CO2e_value:0.127,c36b787e-5e72-4dda-b443-538188e458f0
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,805b3b05-e0a1-4ef5-ba77-0af80f5b84e9
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,eb57504a-03b3-4a36-9675-0af8f085b8c9
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.2.2,modeled_data,kg/kWh,CO2e_value:0.127,725ca112-3acd-4eb1-81a2-6fcc8e531b30
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,ba71ee89-409d-469e-8a43-7e623234c778
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,9ef0e3b2-e183-4ae4-aa5e-fa0e9f8fc43e
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.3.2,modeled_data,kg/kWh,CO2e_value:0.127,0f6f8771-e3bb-412f-b977-daafc3b10d34
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,1a6b8d30-145c-4c46-a31f-8a3894a69727
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,9bbc0244-2ac8-41ab-ab0a-052ab9d15dff
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.0006399818884346791,II.4.2,modeled_data,kg/kWh,CO2e_value:0.127,1fe68c4d-c819-471a-ae0d-7b92e762e730
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,bbe7367c-26fd-4894-8b53-ed601a383157
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,afcad7b5-b063-442a-9ff6-5e29d957c216
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.127,cfa53d1b-7e53-4f5e-86c1-f0331ecdb7e1
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,2f43e66d-5f58-4c95-bafd-fc305862dad0
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,b79327d7-eaf1-4ba6-b640-302535048257
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.127,ec89cef8-de19-47fb-b96f-f18fce7e1b41
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,c1bc7e20-5e10-4172-9f53-957c674bbddb
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,32860b9d-7579-4506-81ef-0e63dfb03cb1
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.127,d2889f08-7c3e-4046-b7bb-3c5be83c81d2
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,dffbaedf-cc10-4ed1-9489-ed00428c4825
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,43f11827-e0e6-4aaa-923b-f4d5c253402d
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.127,fd96f065-e531-4581-9233-c705721fc297
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.127,6a197f86-a22a-451e-8c91-f7811ed4390f
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,86a7f97c-7f51-479c-85ee-8a060be88db8
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.127,d1614a5d-3dbb-481b-968b-83c64833377d
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.127,2be19127-5116-4b60-8f50-68c3a4a7824c
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,4cbf6acf-0695-4ff2-8856-2b4ba103e5bf
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.127,dadc4cdf-c5ee-4163-97dc-7f80d3a09f9a
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.127,94f9c78a-4619-491a-8abc-5df98b57bf60
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,188cf5a3-3a5e-4397-b236-4cb5185751b8
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.127,5cf49e55-dd5b-4de6-9f69-166ac874f434
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.127,f59bb203-b94d-4432-9c6c-8ce921643661
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,b54ede24-c3e5-4f1b-a466-918407f4d54d
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.127,a9c593ee-40f3-4cf0-8c0a-2f656dd83456
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.127,000aeab2-942a-400d-89fd-c9731302e660
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,977a1662-671f-4662-9afc-fcee909329bf
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.127,a937e392-c8e9-4f5c-b768-ca60a19e6576
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.127,9b7f00e2-5e3f-4a91-94e1-ca09666fb080
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,d6f67733-6c7a-4be9-9cf2-85db50589269
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,2.328627628248283e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.127,d487c4ca-45af-4a09-9fef-e4a9ab0937a3
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,930f4be4-8161-4bc2-b656-f472f3cdc31c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,8835e7d3-800e-4639-9134-a9f15fd8d365
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.1.2,modeled_data,kg/kWh,CO2e_value:0.453,ea1a6524-2b26-4a87-9d10-84bd179f2ed1
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,4d582de8-66c9-4bb4-a5df-a1b220e5a1b1
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,346e421c-324b-4859-9749-f2cd9ba1d33a
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.2.2,modeled_data,kg/kWh,CO2e_value:0.453,85561337-121b-4493-aad5-d5c4849b2cc7
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,4d07dca1-b951-4865-a5e2-9cb591f18b07
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,26a65116-895a-4413-8357-569cc34098b9
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.3.2,modeled_data,kg/kWh,CO2e_value:0.453,525c90ff-3ff1-4d76-9004-222a18da6234
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,fda17cc6-7b42-4a42-aa91-60a13e5237b7
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,16add11e-18d3-401e-b346-625ceb9cae40
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.4.2,modeled_data,kg/kWh,CO2e_value:0.453,b33b22ed-0550-4f49-9a07-322da0a5bbd9
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.453,9018880f-6ea7-498c-be04-c29fe30f3096
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,bbd39ede-294a-43bb-aaee-38003a5be69a
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.5.2,modeled_data,kg/kWh,CO2e_value:0.453,765253e3-aa11-4210-b506-c695837d324c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.453,a5b93018-3e08-4775-87d3-5c1fde588bda
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,0d3c4ca3-bd6d-458c-9e8b-726cc99f700e
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,I.6.2,modeled_data,kg/kWh,CO2e_value:0.453,bb2e9c50-337f-490e-85a3-d2948173bad3
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,ff56dd2f-3a00-4899-8b67-7f1a3c7ac0d3
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,a6074dc8-74c7-4c72-a96e-a6dd4430eaff
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.1.2,modeled_data,kg/kWh,CO2e_value:0.453,98435354-3372-47e4-b55e-4cc0700cc5b0
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,5e7847b3-f31d-44b8-9500-f6fea7a82e49
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,9e49864a-c509-4433-955e-2e5b34b56dd4
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.2.2,modeled_data,kg/kWh,CO2e_value:0.453,6ef96945-771f-40b2-b6eb-7b0540ca07d3
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,c0c6f5da-a46b-4122-8fc7-9113a787c1e4
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,a3edea96-7d22-47e8-b1d5-9439c75d2533
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.3.2,modeled_data,kg/kWh,CO2e_value:0.453,cea7615f-6113-445e-8858-2c4749ebd1f5
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,75e00182-e0a8-41a1-8653-037bb0b33eb4
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,b9008143-0b8b-4c3e-b92f-7d06f9f1026e
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.3621391218004708,II.4.2,modeled_data,kg/kWh,CO2e_value:0.453,85297ebf-206e-45d0-b84f-fe71e3e41073
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,4f53384c-2f35-4b71-99b5-84fcd7a5ca5f
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,42ba09d2-325c-433c-9c13-a068b5d8a96d
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.1.2,modeled_data,kg/kWh,CO2e_value:0.453,0bbfce00-0ffa-4fc4-9d58-41befd725a00
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,de47ea84-5d74-4e7f-bef4-7e049b0c0304
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,734c900b-cc81-4fbc-93ac-cc2b19bf66cf
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.2.2,modeled_data,kg/kWh,CO2e_value:0.453,4be2761f-9bb8-473c-bcbf-2e0a8affaa5d
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,513b3837-5a77-4e9f-8f59-1ba6e0486f53
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,879bf22a-5405-40bd-8a40-76a93c476295
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.3.2,modeled_data,kg/kWh,CO2e_value:0.453,6b0b62b6-3ff2-453f-b8ad-8a7226bd859a
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,22f46281-1f14-444a-93bc-645c39fe6df1
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,869c64d7-eb3a-41d7-96b4-46563f4e1a98
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.4.2,modeled_data,kg/kWh,CO2e_value:0.453,e01a43f8-876f-453e-9ce6-65cf4f4b2b4b
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.453,f2a40acc-8cd2-4f9f-9bd6-211064cbb57b
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,733bb613-6b5f-453b-89a1-2f64c7244f2c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.5.2,modeled_data,kg/kWh,CO2e_value:0.453,78b00547-7e7d-446c-90f9-b048646c3b0e
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.453,8b2aaf00-d19d-46e7-9efc-cbd2cb2b0427
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,7b5fb5b2-aaba-4e49-994b-ff8fc0f7a765
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,I.6.2,modeled_data,kg/kWh,CO2e_value:0.453,3e8590fa-bf7f-48c1-bf21-5f7d11cbc303
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,6e87bef8-666e-477a-a5e4-70f7d1e07b5d
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,08b7dd52-4a8a-4c47-ab32-d4cecf950f91
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.1.2,modeled_data,kg/kWh,CO2e_value:0.453,930c4191-aba5-472c-be57-fd2822ec7904
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,91848ab6-a516-4ab1-b915-2ac57d8aa607
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,3aa09481-4b88-447b-8c17-79ea00c734ea
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.2.2,modeled_data,kg/kWh,CO2e_value:0.453,9244181a-a12c-4805-b830-170fab62c2bf
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,72b1e1a4-b76f-4e12-b96c-5467005df7f0
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,d1f2db46-a055-4db3-a662-060413089a55
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.3.2,modeled_data,kg/kWh,CO2e_value:0.453,657688a8-bdde-46aa-815b-364b3aa76e4e
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,89d29b80-f763-4680-9bfe-cec04ef4d1b2
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,225b37cb-0e33-4d32-a664-cbc70ced1651
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.0022785599106573246,II.4.2,modeled_data,kg/kWh,CO2e_value:0.453,242ce2bc-fa74-45e8-bb02-5a908322775b
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,85331ab3-1de0-4da5-91aa-d9d997c50597
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,3785db55-cc24-4a14-86e3-e0484d13a834
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.453,72c2d41a-7347-4781-b2bf-899b192d61c2
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,fc1f2199-ceb6-4e1f-8e1a-2d265e3e6799
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,b1e264ca-5d9f-4f2b-a4ff-23d5311e2692
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.453,0d645260-b6c5-41e6-8059-683749317c52
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,ed054c98-deb2-47f6-ba42-b7ac5883198f
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,5ff8c73b-bf7d-4f3e-a142-bc1bb77b4b9d
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.453,6dd6b864-f1eb-4f65-9aba-372791366ad4
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,2e2dcf2c-4c2a-4cba-b49b-18c1478e9f46
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,6154923b-18b9-4490-b24d-29210aba1624
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.453,f81af834-e9e8-437a-84e6-860144a7e7f5
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.453,f265b3ef-dd07-433d-9a9f-68f72aeb3ec1
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,9d971649-4aec-41a8-a365-552f0f075e64
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.453,bdddb1ee-3309-468f-a13a-9aa05ee09826
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.453,d8edd340-762e-47d4-9d1f-4f4b14eafbd9
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,91b257f8-635e-493e-b8d6-880ff3900ba7
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.453,0c5c507d-74cc-4045-91ac-d152258acc95
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.453,ce247273-a0e0-4d04-90ef-6b93c4f448e4
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,03abeb50-b2a9-488e-ab8f-176101bd42f6
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.453,0194f4dd-b3b4-4677-a170-0564daea5e96
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.453,cec550a4-6df7-49e5-ac58-ef42221e8617
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,7256f5d2-5e2d-4f75-9c63-233329cb95e6
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.453,e15eb4a2-c43a-421a-bdf1-f300575a1d59
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.453,d7d08488-6fd7-412e-b86d-401293dc91d4
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,2b864567-f07f-4706-a554-7948058f3d45
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.453,cd95cfcd-8c6c-4903-8dca-91cfe62cd43a
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.453,de1b1cfc-fade-408a-a796-27f7c12fc275
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.453,3fe2ba64-8e27-4c9b-9a66-d6912e58a8d2
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,8.290730810450339e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.453,23214ca2-9660-479e-9aa0-d6018731f340
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,3c197e99-82d3-499a-8092-28d33f6720a7
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0fabe0e6-1124-44bb-b9ae-7218b338376e
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.1.2,modeled_data,kg/kWh,CO2e_value:0.007,c226a932-1eae-4e22-a733-daa2389a643a
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,811d57c8-6729-43be-abd3-6f22299c6a3c
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,cfc77249-9e50-4622-b0e8-3b3f4d4f933d
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.2.2,modeled_data,kg/kWh,CO2e_value:0.007,9ff2675f-db64-41e1-a8de-ef5f9bff66c1
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,6841f11f-8a52-446e-bd7f-a28a437d374d
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,22fdb512-16c7-4ffd-b25d-95c5c1d13b74
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.3.2,modeled_data,kg/kWh,CO2e_value:0.007,8b125953-d8e3-4ca1-a001-4c9510a69e0c
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,a41f2325-295d-41ac-8fe3-fd577e43941e
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7b9f83fd-aa9c-4a11-b8f4-96c091c4fc87
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.4.2,modeled_data,kg/kWh,CO2e_value:0.007,5b109a0b-2491-43de-91bf-54b9d464a298
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.007,63a7d6a7-b6c1-4986-88f8-1674cb7bf95a
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,ecde84ee-8cad-44b3-ab8a-0bc841b47de1
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.5.2,modeled_data,kg/kWh,CO2e_value:0.007,444f363e-e4ef-4997-b698-41c033c68c2b
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.007,594aaec1-7bc7-4820-883c-669a6e047870
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b218b58b-4073-4cdf-b2d4-6a2a921fa934
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,I.6.2,modeled_data,kg/kWh,CO2e_value:0.007,a4179f50-18f0-4cca-af7b-8fc56d4c8a41
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,b98e8c0a-9788-4dcd-82bc-818da0e6b472
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b7614101-66e3-48ab-8596-fbfd25c9fe64
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.1.2,modeled_data,kg/kWh,CO2e_value:0.007,78fba6cd-4b41-41b0-b453-00d575ab2cab
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,20c963be-e667-4770-9398-4bafccf18d89
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,ea2f94f8-90d3-4f75-ac52-84ac6baa91f2
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.2.2,modeled_data,kg/kWh,CO2e_value:0.007,9797ae78-ab0d-4e2b-add0-f780223db80b
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,b487b3de-5185-47a3-a56d-7717e2f54700
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d0624eaf-58d9-4247-ab75-57b5ddf9e676
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.3.2,modeled_data,kg/kWh,CO2e_value:0.007,a79da7de-6ead-4807-8eae-247d569de2ff
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,55d68138-885f-45e8-ae8d-47507d007181
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2d280cd8-d9d1-404f-990b-36b20955c81e
+NO,Norway,2022,Production mix factor,CO2,0.005784000000000001,II.4.2,modeled_data,kg/kWh,CO2e_value:0.007,d1aca98e-a3e7-4fd1-8fd6-4d6d7fc5fc17
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,9a4ca8e8-a70a-4216-a6cc-931d2e426280
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1cdf83c5-c17c-4e23-9560-901f33d3b75b
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.007,1c315024-ca0b-496e-9c1d-a2b96126be91
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,6a745092-7e7d-405a-8805-affadf004a43
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c092fc80-0a46-48c1-b4a8-e94e8c7de8a0
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.007,7db6de64-7c2d-4189-acda-3fa7ce2f7303
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,21f1d617-b17d-45fa-af2c-5c2e3e2a75fe
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6232f7b0-cdc5-43b5-877e-53f8bf8eb6f2
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.007,e4c78e67-83be-4d24-9131-f5a96149fa22
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,cd7db9b8-995b-42be-ad76-97090f2f6855
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,46b76a95-c780-4915-a277-baca1b6a28b6
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.007,f8ff3298-d24a-412f-a1a7-ca13fd95c228
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.007,f65f7a3a-e370-4b40-a1dc-a19a312ead13
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1c0c1f13-a87c-4715-8fc4-fa34e5a70c5f
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.007,e1d94c6c-9942-486f-a749-0b40dcd43f96
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.007,85b702a1-68fc-4a5c-8770-2203b9467821
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,cbcc649e-ac3d-4018-b1a9-508ecbe136de
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.007,d8955e21-f17a-4a2f-adb0-7b9945f9bdc2
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,53559c60-c1d1-41e1-8f55-3a87ae010cc6
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,e948096c-4705-44e5-a9b7-66b75fb4fe71
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.007,a734301c-3c72-48e2-90fd-649894152b4b
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,03465281-aa67-43ca-b9d7-3a7cc41df20c
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,900d15c2-af7b-40a8-ad5a-42a416b8249c
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.007,a60b5826-23e9-4166-8680-e2fdd2fc7bb0
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,28559e8e-0a6a-45ba-8bc5-b582220089f0
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,61238190-a43b-401b-bd9a-06f49fe1ebec
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.007,b0db1054-7671-4542-87c4-e7e6b1200839
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,a3ce750b-eb67-45b4-ace0-8a2ff46de1dc
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f7740851-34e9-4a4d-b023-46c22e122ef9
+NO,Norway,2022,Production mix factor,CH4,3.639261744966443e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.007,d40ad940-7b83-4e54-88d3-0992a8edc6a6
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,cd7fa475-4a9e-4c70-a742-adae6a16e3d5
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,fbb63c1b-29c7-4f17-b1d3-8e194d2fb86f
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.007,b32b6e5c-5e29-434f-9c43-671bc026fa3c
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,f688485d-7f6b-4a8b-a60d-893f6cbef86b
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6e38775b-9967-4b33-8ab0-3812667a3536
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.007,f0fe1186-4181-4bc2-be59-a57738951ad0
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,54e37e0e-d153-4025-bd24-d0b6c61be21a
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,8ff3b92f-ab57-45e9-b06f-7330eb79b1fd
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.007,0c84a928-89ff-49e1-b7c3-fead843b5464
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,92bf1203-f7e3-4420-b963-cfa4b294c5cd
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f2beb78c-aeb5-477e-aad7-22c1ed4bbc37
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.007,6c1506c0-69b3-49b9-91c0-2cdf3b4b2405
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.007,db12024a-114b-4331-a36b-715387d3ab8e
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,91665283-9c23-4ad3-8477-e7bc35ffd084
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.007,588a6bf1-2b86-43c9-9848-9521dbb67c6a
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.007,c7468554-9aa0-49df-b8cd-f0d5a0ff055f
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,e072696c-3d2a-4489-85f5-96b24186dcff
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.007,75e112a7-e4b4-4e0f-a969-4e3db57e4e81
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,fc3c4111-a6f7-4475-a812-79f66f7aaad1
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1e70efd8-54b9-4e81-a2dc-87424f566cb9
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.007,19fa36e5-1fee-43d4-b92a-8be81dd4eb6b
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,df29aaff-f183-46ed-ad51-cc645e7ebfe6
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,50ef2fe4-bbdf-4ab6-8008-acd8774e6e95
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.007,dda66f0e-e4ce-4a87-bc31-9f41b76553b8
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,f68c0398-3ab9-471e-b8cc-dbc9fbc48423
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d90a20f4-143c-45b0-9662-93c2f9f09c06
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.007,0dfe217e-858b-426c-86d0-bf00bc13c9de
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,2db51cfe-b679-42b3-85eb-23517d9654dd
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,9174047c-b6ef-4da5-a943-879dec4ccad2
+NO,Norway,2022,Production mix factor,N2O,1.3241758241758245e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.007,1060acd9-00a6-47f5-953b-3d58e402ef68
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,60e260f5-ce58-46e5-b6ce-ba6a063e5d85
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,279c3c21-994d-4281-a365-ced97f691698
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,4d581127-2b97-4a5e-a4cd-5075cb7fd06f
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,1a380516-2be0-4327-9fec-b71291730e47
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,635e1b2b-97c8-4d8f-90b7-968755f77af5
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,8ab2db69-35f3-4dd9-a65b-7a78d679c983
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,90f26c9d-3af5-40df-b453-31eb90a85576
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,9e266823-71f2-43b3-b7ec-ba1b8bd70a14
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,8bc9c089-4e64-45c0-9f41-b8f03e2be684
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,de4f4fbc-0344-49ff-a998-bdeb14051539
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,2bee2be0-922b-4bbf-8a13-84c080108da1
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,656a14ca-284e-40f3-9875-e102c418070f
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,93fe2252-efbc-425f-8b15-9e27f3da9711
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,909063c2-df17-4c07-94a5-34a99d8d55db
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,88175504-8210-4cf3-b571-168c214d5383
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,f8c3adc9-0b38-4265-ac0a-92908dff26b4
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,b91eb805-d11a-49c0-823e-d467249120c3
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,5a55e6b3-f7de-4459-96eb-843fcb637e84
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,0b8ed0aa-4592-440f-aaec-0d7d2d0290b2
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,3ddf7432-c788-4544-95c0-d5b9951e767a
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,1434064b-b209-4853-b8b9-268b6406d8ae
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,7da19999-931a-4638-951b-9e6fdd07320d
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,93699f53-16a0-45cb-b1b7-3ecb43a0b0d4
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,0509461e-c6ef-46b4-bb8c-557bf8695517
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,31407f5e-88a6-4c74-96d2-8de97bee17e2
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,7f795315-48c0-45c3-bab0-52a0ccd7e337
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,7760c17a-ecd0-415f-bad5-74ea11fa368f
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,f337cc0d-6d6d-4b93-810f-cf27546fc66c
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,e8e368b7-66dc-4e15-9b0f-6ca980b4c3be
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.28613380670038285,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,a55ebd69-f163-404b-9aee-3bd9a3090488
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,422ea3e1-0b7d-4ced-bceb-7e86f3ac8c49
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,e63784cb-2e37-4c45-ae1c-3dbe45a1ac51
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,a508ba19-175f-489d-a6d9-b3ba29692ef5
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,e9d0b62b-cd0a-4cc7-8274-1d40efa35081
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,255e1334-12d6-41c1-a4a9-6cc93db7e9a0
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,10a8b1b8-0a52-45cf-a855-443832d6e1c0
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d2fbe72a-5c56-44cf-ad04-5ab788f70c91
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d9edef28-d0ee-4c0b-a398-15fbdd2ab3c6
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,7719aa37-b929-4a13-b886-045c813abf7b
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,87402948-32e2-42f9-88ee-770139dc68ae
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,1fee2aba-e6ee-42f1-9fc0-5a44876d87c6
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,c0c2060e-383c-4700-8414-2e8f4df1f156
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,9cfb6841-11f8-4f57-b435-9ed79b43c9a8
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,40c485aa-6d00-465b-972b-cb7082a4ed83
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,e2a112fc-fcbe-4538-a7bc-8282b7940906
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,216488b9-2e7b-4e13-a564-374926b6816c
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,4595e65c-f1b9-489d-b72f-87f23a86670d
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,dadf3833-370b-42c0-8000-30af316a632d
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,eae97b27-5e74-4093-9f85-1252e41fa056
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,80dda950-72ad-46e2-b9c5-2779bb42bc38
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,e66be4f9-004e-4378-a161-378a81ea1589
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,18ff1a6d-789e-4e61-9669-f4c59b478364
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,4003c9e1-03e1-4fcd-bba4-e3abe8723692
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,2ed228a0-9b17-40b8-9bb2-f6d9e6b56c8c
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,eca66fe4-5c5c-49b0-b1ab-69906ca11b9e
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,41e4fb07-ba67-47e5-a392-f3e80c764091
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,c3af0fa9-2031-43d8-9212-029553854e6b
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,72846a60-2c8d-4724-a807-223e5640202a
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,6639feb9-40cb-45de-a70c-dceeba846274
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0018003385488698583,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,a7e531b3-f370-4597-bb1f-e2f6d20aa6fa
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,2364258b-fc62-4c77-85fd-910d1c4fedf7
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,31ee1fb7-567e-4020-a2d6-8c4d6810ade0
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,a8caaff1-657a-46cf-a2c3-99193da4c5d0
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,5045e91b-27a6-4d3c-b08a-455717c9efcd
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,c025c408-ac42-4b74-b0a8-cda50ef02911
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,7a71c49b-8101-488e-b5b2-a6fff109eb76
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,2ab6c2d8-2b3e-4fef-a4de-8d0e06a14ad7
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,7e5dccd9-9782-447d-a54a-7fd7a40295bd
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,0dc77932-c920-4a8c-a024-2b24761d7aaf
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,5d546913-ff01-436a-b3a8-f0294619420f
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,10f82738-c3d7-4bcf-ae72-350516c846f0
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,853dd3cd-2f89-413b-a911-cce63731d9e1
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,3173e03b-9a1f-4470-8fc5-fca734323f34
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,c38b18ec-476b-400e-89d2-83d4a97e669e
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,486ff8e7-0cbc-4e4b-8539-b9eceed6353a
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,f924e9c6-67dc-4366-bc7a-2b48f5ceec22
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,57ab0a8c-1969-425b-b32c-c0ffcabda358
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,f5ae69ac-5f68-4672-aa0f-ffaf6b1452c2
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,0e59f46c-ab16-4fda-aa80-928cfab05a69
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,af563435-c688-4187-985d-dcf1a3b27a5f
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,edd85fd7-dbb7-4b67-ba21-18d1e90cb321
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,c981bd32-962b-4e0d-9246-20ad35f1ba2b
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,eea7d018-4646-409c-a533-681ead38ac84
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,e5714187-5e49-4013-8950-7d8dd29ca035
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,06ba897f-d1d7-4888-b8c2-5b2f6931fd39
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,2974eeb7-a565-49fa-a959-c1bdd4421636
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,9adb440e-18e5-42be-907c-24f5cf6de019
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,ee45526d-52fe-465a-adf4-827bed252511
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,9ff92f5a-15de-43c8-b563-0a39083cf2a3
+OM,Oman,2022,Calculated from Fuel Mix,N2O,6.550682387829278e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,21e6918e-e7db-4f6a-ae7e-b1e899a91a55
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.278,cceca83b-92c3-4f19-b837-8da09dd9b48d
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,6ba45830-5698-4f5e-a0ae-332794098655
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.1.2,modeled_data,kg/kWh,CO2e_value:0.278,c9daeeb3-0058-4ed8-bd8a-1da6a460c417
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.278,2e758fbd-22a1-405a-880b-2aaeecab1d2c
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,c9912522-819a-4b35-b14a-0bbf6b366ee1
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.2.2,modeled_data,kg/kWh,CO2e_value:0.278,45630709-df5b-42dc-b2fd-ce3b7454c96d
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.278,76472f9b-2f8f-4dcf-8ee8-a5110444edb5
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,95617557-5e55-442d-8767-e8ad67096f15
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.3.2,modeled_data,kg/kWh,CO2e_value:0.278,612e5c7b-7fc2-4a5a-afaa-a613acd876aa
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.278,73cd79c6-121d-4a76-84e5-acb2bfe6c357
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,6cb46ac3-e306-4208-a295-9496114eb1db
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.4.2,modeled_data,kg/kWh,CO2e_value:0.278,56a3681a-924d-4b4a-82ca-b5642bea72d6
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.278,47f75099-0761-4384-82f6-48a251c368d2
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,f965695f-b2ac-4445-9862-1b89bb59a43c
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.5.2,modeled_data,kg/kWh,CO2e_value:0.278,4a675b87-a7c6-4c17-adb1-ff028281a9bd
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.278,e674a543-041c-4c29-9561-a022dd9969ff
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,88039815-628f-4511-b4f5-4307db03fb23
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,I.6.2,modeled_data,kg/kWh,CO2e_value:0.278,237ca9c6-5aff-444f-a069-41a62146ea3e
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.278,756cc6ce-adfe-48f2-b02b-b082238cd40a
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,cab56b1d-f69c-4907-aa9d-eb97e855d2f5
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.1.2,modeled_data,kg/kWh,CO2e_value:0.278,c509d385-6bf5-422d-a5ee-6090486277e4
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.278,01501d02-6053-4976-bb72-b08aebe1ce64
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,c5f945e3-ea03-4388-9636-74ba5e6d63e5
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.2.2,modeled_data,kg/kWh,CO2e_value:0.278,e501ced9-cd61-4c51-8618-152a06ff1294
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.278,fa59638d-1b21-4913-92f7-f079dfe3d7ee
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,6fd4ca63-554f-4332-9070-6a62f83159cc
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.3.2,modeled_data,kg/kWh,CO2e_value:0.278,b6be9347-b6c6-481a-908c-43171c8f97c8
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.278,8908c9bf-95c4-4042-a110-fe0b6d8e3955
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,4d064af6-48c0-495c-be24-f20df50a148a
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.2225221245243748,II.4.2,modeled_data,kg/kWh,CO2e_value:0.278,aaeddc3c-eff9-4aa6-b81e-5d1186317982
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.278,863fe828-7eb4-4963-b2bc-aea3ca1cec8b
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,d71a19c3-0c2a-4fe7-85d0-98dadf938622
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.1.2,modeled_data,kg/kWh,CO2e_value:0.278,24c4bded-31de-40c1-9cc9-135a3535c015
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.278,2c090d08-7c68-40da-8bb1-fc7300db9144
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,7b748afb-afde-437f-af93-2402bdb1cc0c
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.2.2,modeled_data,kg/kWh,CO2e_value:0.278,b9338024-caaf-4b00-9ec3-97675b2124ff
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.278,e2633201-b39c-44fd-b436-36458b7344e9
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,478d8d94-4a49-4826-9862-bb58e92acca5
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.3.2,modeled_data,kg/kWh,CO2e_value:0.278,35dc1fed-a2da-4bb6-96bc-2c54a2f87ed9
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.278,ec669cc5-eb42-4188-8b26-1ed67049fb53
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,e9b1a3d9-8f37-4da0-ba3a-996f78fdb740
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.4.2,modeled_data,kg/kWh,CO2e_value:0.278,cfd9bb20-1bb6-468d-893e-da7a931f5155
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.278,f4e4d4d6-be8a-4036-81d1-5c9dff28fcea
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,5ed1bd86-1d9c-41a8-ab75-9c42b24ef2bb
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.5.2,modeled_data,kg/kWh,CO2e_value:0.278,ea57a7ad-fede-4e34-94c7-e19f1c434ed2
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.278,2daee32a-a320-482d-8cce-9389edbc06bd
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,75461498-b6f3-4f0d-bd2b-f88fd1b177b0
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,I.6.2,modeled_data,kg/kWh,CO2e_value:0.278,6ef67557-1b6e-4891-8ff3-22dc74a226e6
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.278,ce190671-0166-4185-aa56-fa63b749c56a
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,852b4412-b2f0-48e0-9036-62648a076d8a
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.1.2,modeled_data,kg/kWh,CO2e_value:0.278,4dc43ab4-1055-43ae-9897-4079df005540
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.278,734e7c3a-940f-4399-bbf8-6078cc7875bb
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,e137afe0-0d46-464a-bea5-1f62957da9da
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.2.2,modeled_data,kg/kWh,CO2e_value:0.278,67693ec5-ca4c-4204-8fff-3469c489aa3b
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.278,4e04859b-7593-4b5e-94a0-9c60cb8e03d5
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,d83479bd-d1fa-49f8-b956-11b4ca0a3f59
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.3.2,modeled_data,kg/kWh,CO2e_value:0.278,5fc7393f-1c68-4729-aced-e67056ac68c4
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.278,f0e02205-064f-4949-8616-93635a3cf7f3
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,054fbe65-203c-42f9-9ce7-bfa13cf466dc
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0014000972600107472,II.4.2,modeled_data,kg/kWh,CO2e_value:0.278,ab88b044-fbca-47c4-87ba-5bfaf4343be6
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.278,b83dc2d7-5c65-40e4-9ef3-1f96ec2105d9
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,930ee21f-cf76-4709-8bf9-4c323b008bc9
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.278,df2992b2-dc0c-4012-b27f-d992ae1d6610
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.278,dea0bc96-95f1-487f-ba1f-c33419cd290d
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,87610f70-82c3-48ef-a770-9aa2334d4201
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.278,d7b4228f-2c1c-4b17-b3bb-7ae31867c722
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.278,d5b854c7-150f-4d50-834d-a05b8b91658a
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,55d1b000-749c-42e3-a0dc-6c17c4889b58
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.278,793b0668-2a13-4a4e-9342-179492f77448
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.278,52979cc2-0140-41b1-b6f6-d6cef59fd005
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,990da159-2277-4365-8ff0-8f2550763510
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.278,22d83b81-163a-447b-8321-5175c17d0446
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.278,984267c3-79bf-4ea1-8b04-505eefaf152e
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,7a3f9cae-24fa-4c7e-aca5-a8bca61b7c4c
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.278,6b824215-a5fc-459b-afd1-7e6892e3da94
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.278,29c1284b-6b17-41ce-991f-40dd11eea275
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,1de18c89-a396-4518-9236-82f7c935395f
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.278,73cfe45c-289d-4f61-8dd7-e39ce9b1fdc8
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.278,a6181ded-f691-4fad-a19b-71dc04a2418f
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,d2e82b30-5d47-4cf6-bf7a-3bb7ddc37bce
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.278,4d6bf420-6415-4015-833e-7c3dc70119cd
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.278,e385475b-9323-4926-85fd-ce31bf2ce346
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,77a13e2d-7abb-4499-9a29-07a8c770f09f
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.278,c0d1237b-287a-402c-845d-34a269ef1184
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.278,7597a53a-6ef0-4c6c-aa6a-3095971fa1eb
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,d6eb44a3-8df5-4361-89ea-278c114374b9
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.278,08160faf-09b6-44c9-aad1-2dc4a9fe0932
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.278,b766c101-24eb-4fa5-9e73-48e4d68b327a
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.278,1d9dcbb0-36a4-4c28-af85-cab4766dc1af
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,5.094370982700889e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.278,f22d187c-1b5d-44a5-a058-f6e7ae29662e
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.386,e6bde707-656f-421f-bba4-534786f84306
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,2defe93d-5ab2-442f-956d-47a3d24fc13a
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.1.2,modeled_data,kg/kWh,CO2e_value:0.386,88a9d064-6d5e-46a7-982a-771d1e71f2ed
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.386,c22cf36d-66e7-4e09-8f1a-abb85c9d4f94
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,4fa11663-9e9a-461f-8047-81f41ca8ea96
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.2.2,modeled_data,kg/kWh,CO2e_value:0.386,285048cd-4d01-430c-a53a-f5ce4301470a
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.386,b41336a7-af91-4d0d-beb2-276d02f6c17c
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,305d375b-02de-4368-8813-f2c497b75019
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.3.2,modeled_data,kg/kWh,CO2e_value:0.386,fe733148-48be-42dd-b3e3-3abd2079042d
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.386,2c0c370d-64ec-4672-9313-c09bc7cc2eb4
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,9b18b1b7-2833-4086-9fcd-2bcfd15948f8
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.4.2,modeled_data,kg/kWh,CO2e_value:0.386,dce361f5-a6c8-4f8a-943b-73e05f71906d
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.386,d62ac059-f25e-481c-aff7-fe752db613e5
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,91883d76-c949-46bb-8a22-7021cef0bfb7
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.5.2,modeled_data,kg/kWh,CO2e_value:0.386,81043a9c-6176-410f-b059-51799e270ed7
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.386,5584ac24-b118-4cb4-bd32-d4b934627eba
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,4c1f5d5b-82d9-4647-b665-cce0d26ef461
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,I.6.2,modeled_data,kg/kWh,CO2e_value:0.386,216fe542-48f7-482e-a510-83b841e70960
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.386,1dca70ab-696b-4585-806e-961cef292d68
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,c82ba3a2-db8e-4a0a-87a0-7ebe37fef6e9
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.1.2,modeled_data,kg/kWh,CO2e_value:0.386,3ac8beed-eba1-4894-becc-b7efb91a1526
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.386,3cea5f37-11a6-4a03-bdb8-f79bd614a7c5
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,5349f68f-ba45-43b4-b962-a5674777ef60
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.2.2,modeled_data,kg/kWh,CO2e_value:0.386,c2856935-ca84-4f64-8ca0-7953358cd1bf
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.386,68cd02a6-4e3e-4d75-a7a3-b67c3ab85a51
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,6eba8e35-03cd-47ff-8a40-7d02b90f725f
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.3.2,modeled_data,kg/kWh,CO2e_value:0.386,329878a4-8dc0-4aee-851d-e90466e3658c
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.386,75556ad2-ee84-4dd0-a5cb-f72cfea28aed
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,16d05fba-a00a-4f27-8726-a28e94c68895
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.3084053380779983,II.4.2,modeled_data,kg/kWh,CO2e_value:0.386,417747b1-8852-46af-a3a5-14cfb594507b
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.386,45d71f61-664a-498a-b994-85f5ffb9f969
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,b2c7604f-06e4-472e-a85f-f3f6369d7716
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.1.2,modeled_data,kg/kWh,CO2e_value:0.386,cbc503c2-a83e-4705-8f3b-c3346cb99722
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.386,e9627641-ebca-407b-8d3a-bc9e1e990ef1
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,f656385c-2637-47eb-a170-7c6e77ecbf44
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.2.2,modeled_data,kg/kWh,CO2e_value:0.386,15acf132-b583-49e3-8376-c93b1063ed04
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.386,eaf8ec08-7563-4716-9290-e532f5fbfffd
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,242e8147-a94b-45ae-812a-a1e4da07c424
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.3.2,modeled_data,kg/kWh,CO2e_value:0.386,54b3367f-a6e2-4de7-8921-e035c9572635
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.386,eb40730c-1b1a-4910-a3d9-871220c61354
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,da5a6e20-3b9a-43ce-88d5-230e31a8a6f8
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.4.2,modeled_data,kg/kWh,CO2e_value:0.386,2ef975cf-ef46-4aae-af1f-eac43c51aec8
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.386,bf24a28c-a03d-434e-9b28-a751f3c42c37
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,eaaf069b-b021-4a97-99d2-2607c0b5611c
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.5.2,modeled_data,kg/kWh,CO2e_value:0.386,c69e9884-0d79-4359-870e-39e7414b4d24
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.386,c260d84e-cae9-4872-855b-258a038af2b0
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,f32702db-da42-4c50-894a-60e80ae505dc
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,I.6.2,modeled_data,kg/kWh,CO2e_value:0.386,2ab9d33f-bc22-44fa-9540-f8250d617932
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.386,cd75c43e-8648-4492-93f9-edab6e604efd
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,1b6f0ba3-6630-4a87-b1bb-53b37c5816e4
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.1.2,modeled_data,kg/kWh,CO2e_value:0.386,02549851-09f6-4c05-aaa8-0263bb9bd782
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.386,4d50f686-6b54-488d-9d18-119e3c05efec
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,c83f1481-6862-487b-9b59-e48a7cd49490
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.2.2,modeled_data,kg/kWh,CO2e_value:0.386,6bea3e00-ff38-49c7-871a-afb6896796bf
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.386,6140e1fd-c506-4ae4-a50a-cddb9b8ff1c4
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,485a96ca-5813-486a-a146-3dcb4777c132
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.3.2,modeled_data,kg/kWh,CO2e_value:0.386,ec7df7cc-a66e-4235-8954-de6286cba566
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.386,851c32c2-9384-4c29-ab06-a0cf1c9db0de
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,def4794c-88b5-4cba-9510-560157288b1b
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0019404698285108949,II.4.2,modeled_data,kg/kWh,CO2e_value:0.386,a6b72aad-ee67-417a-82fd-7b86a4b43396
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.386,b2df4c51-6660-4f1f-97b3-896272becb9e
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,d9fff8d4-8d53-4c2a-afe7-df980eb1277c
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.386,03f58f59-7a91-4121-a89d-d4a1077ccdaa
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.386,a337d926-4889-4536-bff0-1c6e362b1848
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,60f2a7d0-8405-4256-a253-289d8a3a01be
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.386,1efb588d-c44f-4efc-aad6-ac09c6bc8258
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.386,c5b73ce1-3a58-4f18-8b0f-c01eb98952ab
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,9bbd6350-60f6-4a60-9149-47a4108e81d0
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.386,d522bf43-619d-4188-8418-bc90c2d8b373
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.386,a7f296e1-28a7-40a3-b650-91e63749450c
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,90a6ae02-db09-45f5-b84a-1b9205b9fc38
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.386,d2d4cd0c-fb21-4b7d-9994-d07b102e9126
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.386,679f77b6-8af8-4737-ae7e-217bc599644f
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,9b3ba150-85ee-46e0-9fff-54d25d694f99
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.386,1186985d-066c-429a-86de-c9f194dc583e
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.386,53c9d520-cf29-4bc9-82f4-5913e35e28d5
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,627416eb-a087-4db7-9b00-f244f694882a
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.386,5980c7b8-ba7f-4c99-9591-fcb4997c8168
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.386,681ecc06-0e17-4f73-b3ac-d3e6ab9b3e95
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,16fb78ac-f635-409a-b868-06c832fde508
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.386,6cdd318d-0069-4881-a08e-26956d019a8c
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.386,85cb1616-683f-4c3c-91cc-d8d766e8ed5a
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,34a139eb-270c-4412-885c-4f42196cf254
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.386,5ee10180-db1a-4608-bd1b-63a05199e0b2
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.386,4c79a783-bdf4-4070-a84d-f9ad034c08c9
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,24083be2-91a4-4ebf-b4eb-4506255c3688
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.386,574c0c1a-a5a2-4e27-9d11-56dec8a84239
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.386,2361009f-7c38-4a31-8e2c-9eebf5c2cc4b
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.386,1d1e6a1e-7199-4adf-b3c0-43aa001e61f4
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,7.060561769184943e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.386,010a29d7-1059-4aa9-9613-2203a5913f81
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.155,5143a046-0c97-4038-a883-1ecd17c87140
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,c0e40990-f0f9-44bc-8d10-6652a51f57ca
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.1.2,modeled_data,kg/kWh,CO2e_value:0.155,88f9fc26-9d61-4475-b4b7-6ef23c25a875
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.155,563083cd-b6f4-46fc-9eed-e3acc9ee4443
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,268b650c-dec5-4baf-a118-c30c38339060
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.2.2,modeled_data,kg/kWh,CO2e_value:0.155,6e64bbb3-2203-4419-92a5-91136afb84c8
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.155,1627d331-f21b-4d00-9a9e-7edf56a6c24b
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,236acee3-fa4c-4167-8ba3-65bfbaf1c799
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.3.2,modeled_data,kg/kWh,CO2e_value:0.155,b5d27cc2-7c86-4e3e-9dd9-a09b44e4a747
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.155,a855d294-2e68-455a-9bbc-df07c63897d3
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,dc110be0-f8eb-44d0-96cb-522053e8c2fa
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.4.2,modeled_data,kg/kWh,CO2e_value:0.155,0eb66fa5-223a-4bd0-b763-f483d4352dcb
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.155,bda14aba-b1f7-45a7-a4fe-f633a05dac26
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,d25c5c0e-5c96-4acc-92fe-936c3ad162ae
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.5.2,modeled_data,kg/kWh,CO2e_value:0.155,b46cfb9e-762b-49d6-a970-25671fef77fa
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.155,49ce67b7-59db-47fb-8d47-47fd31b5c6f7
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,a76fdbbf-2627-4022-bc08-ba7f30266864
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,I.6.2,modeled_data,kg/kWh,CO2e_value:0.155,b3a9e597-9278-48f8-858d-5f2bfe984635
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.155,e649d523-c079-48fb-8dae-f3f945ca819e
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,803395c2-7e31-409b-a8f5-1af91639e414
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.1.2,modeled_data,kg/kWh,CO2e_value:0.155,5b27ab87-ad6f-4d3d-9528-b60b79b853c9
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.155,7e15cecd-a135-4580-8897-18b263b188a8
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,8a69ca29-db5b-46ae-b759-03e93d4ab86a
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.2.2,modeled_data,kg/kWh,CO2e_value:0.155,23a8b206-f673-4bf3-ac0b-e70960b2f1c2
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.155,e7e1606c-167d-4121-a19a-e540c3e8c70f
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,f983e0d2-adfd-4322-a86f-16eb5b14a3bd
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.3.2,modeled_data,kg/kWh,CO2e_value:0.155,ba2c06e1-207e-4ebd-a886-0a961c2bfa1d
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.155,460cf251-6157-45ce-860c-1580afb344e8
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,43067578-1de5-4b44-a934-237ea2dd6473
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.12376055617414752,II.4.2,modeled_data,kg/kWh,CO2e_value:0.155,be216f51-c91c-4bac-aa6d-7ddc889f32ea
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.155,ad468f05-8059-4e70-b7a4-c5606115e23a
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,5ea9e32a-e8ce-4e07-ad8c-ea3e5652722d
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.1.2,modeled_data,kg/kWh,CO2e_value:0.155,e2aa69dd-8a7c-4e02-8e3f-28b96d5dfec7
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.155,7cc6f672-114f-4ec8-801e-7c2d2b426db7
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,22aa90da-61fd-4fdb-aab7-f00b8633777f
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.2.2,modeled_data,kg/kWh,CO2e_value:0.155,2ae81c05-d7b5-4b35-bb8f-3e176ac55a64
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.155,c3963a3e-3eea-42cb-9e0f-8efe47e3011f
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,59c0b51f-6b3b-43c2-af3f-bf921d0a41ed
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.3.2,modeled_data,kg/kWh,CO2e_value:0.155,fa38a198-9e64-409c-82ac-279f4e0a465a
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.155,a23e36ec-d23f-4788-91f5-9afcc9305ff8
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,7c0bee56-2826-478a-bcdf-ac0a8db5b136
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.4.2,modeled_data,kg/kWh,CO2e_value:0.155,59c7fc44-1314-4bc8-956e-d2521e15a8cc
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.155,2c292271-1025-4d4f-9160-2c926f428a3a
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,f52dfa0f-c62e-450e-b0ca-3f4638e105e5
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.5.2,modeled_data,kg/kWh,CO2e_value:0.155,1b3969c5-dc49-4610-9c09-30a8d4267132
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.155,665781e4-cfa6-481b-8030-b9031aa62594
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,93ab1b6a-be11-459b-bc27-eeabd39e5619
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,I.6.2,modeled_data,kg/kWh,CO2e_value:0.155,fd0398cb-41ec-4e9a-bbf1-83dda42bca22
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.155,191efd64-cd89-4566-bea6-a5349033f427
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,545317d6-f299-447c-af56-a9ed2903e39f
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.1.2,modeled_data,kg/kWh,CO2e_value:0.155,2bcd8527-5a00-44cb-a358-822313de97df
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.155,d91f1dd8-01cd-4933-af85-d9a996b19496
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,24e626b1-43f6-4ba5-8f5f-07f6df142844
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.2.2,modeled_data,kg/kWh,CO2e_value:0.155,f162e4f0-b170-4002-8cb5-6f41b3f5701a
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.155,448f2e46-89a2-4d93-accf-5a019807633c
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,ce0a9021-ae87-4cf4-a3e1-8a5251ed4155
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.3.2,modeled_data,kg/kWh,CO2e_value:0.155,71d2da89-fadc-4d56-a0f2-cb4271620126
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.155,2ec7655d-4be7-45b2-b9f5-aa170906b08b
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,633d678c-8b1d-4bcc-8a53-e2cdec4c8614
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0007786947745856596,II.4.2,modeled_data,kg/kWh,CO2e_value:0.155,82c89d9c-53c0-428f-98b2-c4980f2b4ac6
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.155,1fb5ecfc-690c-45ed-b3a0-5041ad9406fc
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,0c9dfdb7-627a-48fc-a0b5-6474e1109475
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.155,3ec8faf5-5995-481a-83de-a375675eae9c
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.155,01f80a41-6485-48bc-9914-4c059f39bc0a
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,f6d34418-9f6c-4700-9e1e-70f3bfdb0002
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.155,1e60bc99-1ba9-48e7-80eb-79d518ebf2ef
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.155,3ac0bf6d-9c09-48d7-ae74-81ff0d0da5fc
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,fd21a176-7380-45ee-8d5a-883d6c59d9f8
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.155,30fafddf-db9b-4249-8ebc-374019245f10
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.155,5a8a6166-0f61-4b30-a138-964cb50b76b8
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,af9055c9-84ec-4ba7-b84f-ff66a1cbeb5a
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.155,b7c90281-05e7-4799-9d82-021a766f6ce0
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.155,a6cf5f6d-58b2-43b0-991b-1cff7123a98d
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,876527da-0e4a-4d50-a10a-b08f4c16ab51
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.155,64e022fe-79b0-4032-8b54-570342e5e493
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.155,da61959c-4793-479b-a79a-73aecf55c9e1
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,8c933452-1f1c-40b8-aec2-51629214a75f
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.155,a2d094b4-5478-473f-8d80-57536243fc6f
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.155,f0df3883-f7dc-4296-b87d-741e61ecb828
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,36f1f034-9f3d-43bf-9850-8911fbf821d5
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.155,6531bfe8-449a-46ad-a436-2f4b86f3c789
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.155,6ce7f2bc-6f18-4fb0-be22-62860c0333d5
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,37d1cd66-bc84-46f4-8a1a-88aa5771a5d0
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.155,74c804ae-7da2-4087-b474-4f3f481952cf
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.155,57d5613a-c5c2-4847-a51d-46f313c25a30
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,8907a275-2e14-4ba1-870f-b683ed249d18
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.155,85378212-f038-4138-afd9-f6238c2c2562
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.155,2e7e9e38-f6ba-40bc-a1e7-0ce35ef07b46
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.155,7c9ca1d9-7228-4c64-b960-f0f7375d219c
+PA,Panama,2021,Calculated from Fuel Mix,N2O,2.8333460662579562e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.155,fb6b6e02-a7c7-414c-bf92-a992f8292cc1
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.501,b3bc045b-8a87-42e8-a5a6-e80fc850ccf4
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,562be645-a23b-4ef3-bebd-b7c4066e4d3d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.1.2,modeled_data,kg/kWh,CO2e_value:0.501,a094c669-6ff4-47c3-9b8d-143dcd63ff4d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.501,436dbcef-7cd2-4aa5-a43b-864e4e154057
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,9700de5e-50fb-4bd6-ad18-fdd1d9ca5f05
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.2.2,modeled_data,kg/kWh,CO2e_value:0.501,74bd9218-222a-456a-ad3e-b79ecbaa6f04
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.501,e05ace1c-1252-48fd-8421-2b4ad521b201
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,94fd9839-c618-4e64-96a6-2be83c6a3097
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.3.2,modeled_data,kg/kWh,CO2e_value:0.501,4d5173d5-8771-4fb0-9a5e-6ad6eba8e457
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.501,b3cdaef8-e081-465e-b37a-809c206b0b38
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,b2a0d91d-9831-46a5-bd59-7029beb9c70a
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.4.2,modeled_data,kg/kWh,CO2e_value:0.501,4c1c04f2-795c-4a79-9240-77135de6f8e9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.501,73048e2d-876e-4f71-bde4-e02c5da25e65
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,2397acb4-7488-42cd-a0ac-858391fc31c3
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.5.2,modeled_data,kg/kWh,CO2e_value:0.501,02547105-8b11-456f-9778-04d0d4db9120
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.501,6c818336-ec06-4485-a3cb-a49df8c6df17
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,aae31c7e-1606-43d1-b561-fe5f9f6859bf
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,I.6.2,modeled_data,kg/kWh,CO2e_value:0.501,a02aa0d3-8728-482f-856e-8e6fd7a0e215
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.501,32d502a5-2ebe-47d2-a5d1-ddd4755de312
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,3a8fa17f-27a0-4131-90bb-59f9976a0d02
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.1.2,modeled_data,kg/kWh,CO2e_value:0.501,8f360b59-badf-4a4e-a9bd-07f2d526a17e
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.501,af86843d-cc6f-48dc-9a73-a14ac5d7cf29
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,7388a429-81c0-4d13-b6a3-72d49aa8a1dd
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.2.2,modeled_data,kg/kWh,CO2e_value:0.501,d237d5b5-390f-457f-850b-4bda37e23835
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.501,038110d7-a91d-47da-9c4c-f791efb1cb25
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,5bca2f05-d10c-41bc-bbd2-43f30ea6dc17
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.3.2,modeled_data,kg/kWh,CO2e_value:0.501,3187c8ce-3766-48dc-8abd-3fec435b1b0f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.501,3d71afff-8f59-4eae-be1d-e84cb68fb32f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,e6346d35-08e4-4b27-9283-853330b37912
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.4007621148092942,II.4.2,modeled_data,kg/kWh,CO2e_value:0.501,1b88ca3c-c8c9-4988-958e-0511356a20a9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.501,be262483-c94b-4dfb-962a-ddcca4053d4d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,531b1779-5b6b-4818-9f21-aced2a4113a9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.1.2,modeled_data,kg/kWh,CO2e_value:0.501,f74f1cd0-f008-45aa-87c2-06e3f0b1c351
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.501,a25c6418-896f-4b04-8ed9-40074c8b188e
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,e28fb52e-ce6d-469d-9b0a-280e8b4c0413
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.2.2,modeled_data,kg/kWh,CO2e_value:0.501,c767b8b2-4221-40e9-b452-0c0ad05b246c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.501,0e30b385-960c-4bb4-96bf-5a8d36327449
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,4169ef12-d2b5-4515-aa9a-5a05801c0b02
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.3.2,modeled_data,kg/kWh,CO2e_value:0.501,6c5181f9-eabf-4e47-a123-4563c187cbd8
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.501,638ffd2f-9784-430a-9cf3-b42aaa974d55
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,14f6f52c-e918-4ffa-899a-3d860fb30365
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.4.2,modeled_data,kg/kWh,CO2e_value:0.501,ad3caa16-30cc-41e5-b474-457492a23f20
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.501,e597a486-4909-4680-b3c6-53c96a88a4c4
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,93b105f8-2330-40a5-bdda-2c67100bb2ab
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.5.2,modeled_data,kg/kWh,CO2e_value:0.501,d8b0d2d9-4cbb-4aeb-af4a-c18d34d3724c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.501,34cc6c7a-650e-4270-ae4d-2137da3b3636
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,92ca3418-f950-4e09-ba4b-33f086c5fc74
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,I.6.2,modeled_data,kg/kWh,CO2e_value:0.501,67583e9e-f74d-4beb-810f-d8525e814769
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.501,20b70480-cbae-4806-a9e3-b1c3fd318379
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,11e2cf3c-b50e-4ed7-b438-469fe76c7321
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.1.2,modeled_data,kg/kWh,CO2e_value:0.501,8d3aa046-453b-4e85-9db4-4942f5e01af9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.501,6c27a65f-c27d-4039-ad24-a6bf4193e7ce
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,bfef17c9-247a-4391-b335-2eeb1c11264f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.2.2,modeled_data,kg/kWh,CO2e_value:0.501,3d760017-3e64-4563-9849-6eeec81f773a
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.501,507c814f-b14e-47fd-b356-023ca31a3a9a
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,cd27452d-d837-42fa-b955-85f03cb53c22
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.3.2,modeled_data,kg/kWh,CO2e_value:0.501,ed2c87db-38e4-4275-a9b5-7a5d7d2ab3e7
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.501,02b117cd-fd4f-401c-8df3-51a509d45108
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,1935d07b-de13-4eea-ab1c-3b5ba40b17ca
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.002521573708951096,II.4.2,modeled_data,kg/kWh,CO2e_value:0.501,dafd65e0-2677-4584-b307-f45108e3af15
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.501,ec031858-d0cb-4241-bbb4-80f30c50380b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,4b2586a7-69a3-45cf-8476-d61e53fa5377
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.501,002c931f-b639-4e1d-ad95-b9abd64d8846
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.501,db996552-162e-432b-a394-369af58accd9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,a14964dd-eff4-4417-a1f8-38802d18562a
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.501,77e30803-caec-46f9-891a-f6b5c3b6a6af
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.501,9b1aa52d-bd16-478c-acd0-eccdfa9a31d2
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,67d978d8-bbf0-4fdd-9da8-364b418c0817
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.501,cf56988d-ca56-4e6c-82dd-644fc0ee8f97
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.501,fbd92835-a8b3-46e9-9691-4ba737ff1561
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,f84948bf-3c39-4488-86ad-05cb74c550f5
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.501,80c2072e-5599-492a-b621-ed66dee145a2
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.501,53ac2215-5b89-4ce1-976d-7655238569fb
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,59205243-7cf2-46a6-a398-41057ceadf1f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.501,2de3461a-8c26-4e8b-a321-692b3e1ce74c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.501,4039869f-38ed-4c2b-8827-cc5d8b0de297
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,654f3087-45b4-49c3-a590-4901cf32a952
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.501,46c501b5-af60-4001-8c27-ebdfa07578a4
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.501,8d9e169d-a9a5-4695-99ed-889869bfa33f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,319da1ea-8398-4821-ba86-183f0c87be3d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.501,f42d0c0f-6787-4792-95af-41795772e150
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.501,3aa30f29-92c7-4f64-8efe-82ed66464a45
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,2df6ade4-7153-40d8-9d72-93ff3a74812d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.501,9ff3c806-5674-48cc-ad39-69f84dfe4c51
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.501,287c3e25-1543-4feb-b67e-0dd56b996cad
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,d252a33d-af6b-414c-8a9b-31f36bc01a01
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.501,dbf4fb93-ab67-4c69-b500-f90041b5ccb6
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.501,b7dff61b-7f14-4c6b-9045-61573419a882
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.501,e623cb82-8971-497a-81ed-0fcca445dda2
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,9.174956840872119e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.501,63fde0a0-b080-4955-92e8-dfe54b2dc31d
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,84e20144-1e1c-478b-9614-2b057770ac37
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,65a19259-9d80-4934-b333-bded351464b8
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.1.2,modeled_data,kg/kWh,CO2e_value:0.001,e2ef62b5-a5a4-49fe-83f6-3b4dbdfc03fa
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,f5c6545f-32ed-4c92-8761-55e2e67e8935
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9d6945c5-885e-43c3-a3df-d7585e5e2f6d
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.2.2,modeled_data,kg/kWh,CO2e_value:0.001,4d72b453-b875-40dc-97dc-e063dd54a01d
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,67b1b3b0-1816-41aa-84cb-316a3cac1d70
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,19088b02-cd3d-4c57-ae55-6c7a5de6e83e
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.3.2,modeled_data,kg/kWh,CO2e_value:0.001,1de8f36f-da33-47e7-b8d5-00edcd335e77
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,99ee276b-8181-4cab-9a70-9bd3f88c9ac7
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e01b271d-75dd-4912-a0c7-728aa84addd0
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.4.2,modeled_data,kg/kWh,CO2e_value:0.001,cbbc76ad-b636-4aae-a067-02b037a7af85
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.001,0db1f43e-b47e-48b2-a56a-75d8e4f5b267
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,6cb7c041-0d5b-4b8b-94d1-a5a6fffe30ba
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.5.2,modeled_data,kg/kWh,CO2e_value:0.001,b486cace-47b4-49e7-9376-c827275caf5c
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.001,135d6689-ff7a-4482-b1d7-3b922f1b4f7d
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,dfd8b793-1d5a-41b8-b750-5d087aeaf1f5
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,I.6.2,modeled_data,kg/kWh,CO2e_value:0.001,1feac025-53e1-4ae3-bd92-a66991ab4981
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,aa46db74-1865-4332-929b-9c6adf716b86
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4c578dbc-be48-4502-82d4-b138ad4a8887
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.1.2,modeled_data,kg/kWh,CO2e_value:0.001,bc4394db-4ea8-4ba5-9cb7-189fb5a24b88
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,6908f0fb-c376-40bc-a263-4a4f77351663
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,d68f209a-3940-47f4-9f50-bbecb211da39
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.2.2,modeled_data,kg/kWh,CO2e_value:0.001,6aba5c4f-ae6d-440e-8228-3bf653e83753
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,68ca509c-f0d4-4e05-9fa2-d2a57bb8c970
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,893b5bbe-ffe4-482e-bf29-c649b4849ce8
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.3.2,modeled_data,kg/kWh,CO2e_value:0.001,e864951b-9d93-4398-a688-29170facbb41
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,b4cdf073-47f4-47e3-aa2f-58583e4e58a9
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,13c40e97-ca73-447f-bbf6-00f6164958c1
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.0009243750866863228,II.4.2,modeled_data,kg/kWh,CO2e_value:0.001,b793c6c8-1288-46ab-acfe-8b038e43fb21
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,99204d7a-1f45-4297-8ab6-5279ccb00403
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,05c0c40d-fa84-4b3f-bf85-bba8d558f47d
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.001,965e964f-2c08-458e-b625-6d3206012c05
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,b146de2f-2545-4185-b82d-55a75cddef32
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8f77acbe-660d-47cc-831c-2da35b2de386
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.001,648c8678-3451-415b-b6eb-dfbc129ec14c
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,8d7b14c2-4e2d-4480-b756-47475fec92a5
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,59be4f10-7001-41e5-a173-96224df1a570
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.001,150ad8ba-3bc7-428c-a03c-3ebcdc16c6aa
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,be27d01f-3f98-448e-8ff6-5c70356aaebd
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1a6bd432-6075-4c89-9987-de1f1d022819
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.001,97ce3b38-6376-4d36-95d9-06b215af81bf
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.001,645f5b7e-86cb-4fc4-bf59-d2254577b2b8
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,d5e13d2d-e727-47cb-a2a0-b0484f58b38f
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.001,dfdc5fda-56b7-4050-9364-3497f310cfa5
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.001,4745d010-7aed-44ea-9698-a067d08c1808
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,088932d3-fe56-444e-b666-0059430c93a7
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.001,ac5ef361-6600-46b4-a4c4-e4327aaa0485
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,a64f3a40-7f21-40a6-aba4-e3bb6842df17
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,da6b4e68-7f14-4a9d-8d13-e560e7e33534
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.001,060487d0-b467-4bc9-9654-ff223bfe1b22
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,2609e957-c7fa-400f-89c8-037fe5bec948
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9bdec0da-7ade-4f25-a237-812d368bd257
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.001,5593d409-91b6-4703-877b-e63ef9132194
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,557453f2-0c0d-47b5-9c47-5606f2ee01f4
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,44f91eb2-39c6-47f6-93f3-79e22869ce26
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.001,25d435b4-f1eb-4b3e-bf3d-01bf633ae932
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,fb125b76-ce02-467e-b9c5-49c6e541bd9e
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,d6c8a913-ac0d-44fb-8952-b0e38c0a2b7c
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,5.816118414553205e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.001,caaa4829-8023-4681-8711-ca2da00bef6a
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,55679f82-f6ca-4a72-8d54-d76e99c08090
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,edcd4206-9c4f-4896-9e5d-a751e7f875f1
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.001,f92df3a4-d383-42c9-91b1-b4fffb2760f7
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,eb85b60a-a9d8-4670-b03a-bce1d2c48224
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ac4fdf8d-7611-423b-99cf-0dd5c4b60855
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.001,b7391b13-3ff1-4785-8e57-d3e0abf94a9d
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,05012c18-de0f-4fc9-aed5-12539552a928
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,282ebe64-6edf-4c8b-97e2-a2aadeeba1f4
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.001,9004a77b-3052-4b39-988b-3a9e814b435d
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,4e4b80e5-b228-40c2-9a24-30e5aa4a04f9
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2c6afae6-0b70-41ff-b723-6fa8ae08dd9b
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.001,5624379f-a8af-479f-bf0b-9938e9f069e7
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.001,8c7492d4-941f-4995-907e-bc7e6e1a4489
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9af7fc01-a9c5-4517-890c-43dcda914918
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.001,c11b7044-dbe5-446f-8852-3a39e6a87b8e
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.001,fb154042-61d0-4854-80cd-42ee76ccfbde
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,5b40b6b1-fb1a-47f5-b560-1fdce0a89691
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.001,6d6f5533-a768-44ab-82e8-5e6bbf78a424
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,dedaa6d5-b604-4207-a994-08980e29aefe
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1bf72796-fe67-4981-8fd0-792e721cbe6b
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.001,92bd1f6b-d2bc-4e86-9ea5-9b2926429ea2
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,c2ac5259-617a-4e32-a874-56ef4e23c47b
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,cf61bdcc-dabb-45bd-a95b-12a9c3f0713c
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.001,ba5c6286-da68-4cfd-8f83-d7e79e981d89
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,e7dd9181-ffa1-41a0-9d3c-022f4ec7ab32
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ddb25d4f-3b14-464d-a50a-fac466cb39db
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.001,2fe4d6f8-6ebf-41c9-a7ec-20875198ba9d
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,c8ee1822-fd7c-4683-9bb9-378b8b52fc6b
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,80ce9359-56d1-4925-a399-a640e8d4b98b
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,2.1162433303258306e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.001,e81d2a26-83f9-4fba-a7bf-d2b4120ecd74
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.195,3bb9f9fc-0c4c-41ff-a24b-8681054b0a3f
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,1f9d13a0-477d-4f87-bcce-be43efa18c86
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.1.2,modeled_data,kg/kWh,CO2e_value:0.195,11306f54-fe96-4b69-9c73-c09157e7299e
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.195,ae7d6a8c-6714-4381-abb7-275aac08eab5
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,a54592c7-d217-4eef-8514-85aff0fe0e48
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.2.2,modeled_data,kg/kWh,CO2e_value:0.195,69612299-d481-4b37-9572-4d35e93f1045
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.195,40a30ae4-3e61-4042-b597-1199c98fed04
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,1fd001de-c00b-4eb5-bcad-291753247865
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.3.2,modeled_data,kg/kWh,CO2e_value:0.195,17814ad3-93b9-4a64-bf50-e6eba0e44cb4
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.195,4dce904a-a20a-4d6c-9b0c-1493f096e907
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,fc668d8c-2dba-41f4-85ef-5933d7969363
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.4.2,modeled_data,kg/kWh,CO2e_value:0.195,96b9b16e-3902-4f51-8d28-938e6e17938d
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.195,ed11cce2-71fa-40b2-ad84-d3eb918a93fb
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,0b607c22-cc0f-4c56-9b87-ecafe5db3427
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.5.2,modeled_data,kg/kWh,CO2e_value:0.195,223ad738-1675-49dd-a368-40d3429723f3
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.195,b592a1ac-4f9e-469b-bcbb-e3f541a78879
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,401d681e-19bc-42d5-9802-f1cf3e649e4d
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,I.6.2,modeled_data,kg/kWh,CO2e_value:0.195,a906499c-8231-4778-b2e9-ec4857f30e76
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.195,650e15a2-9697-4608-9381-12b933b54e7c
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,81ecdc17-bc03-4ca7-bf6c-2a3d6646cdf9
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.1.2,modeled_data,kg/kWh,CO2e_value:0.195,72d858ec-39de-4020-a4e7-f2bce2a66aef
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.195,d5104eda-2912-4c0f-8064-5df639cd067f
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,83426908-0e64-4cc0-9853-e2fd1f1494ea
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.2.2,modeled_data,kg/kWh,CO2e_value:0.195,94e652ad-dbe7-4cd5-a0fe-dd2e431cfeff
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.195,9e4de359-827d-4f72-90f9-58bf0ffaf554
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,c84c73b2-b382-44e3-b380-aa9b0cef254d
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.3.2,modeled_data,kg/kWh,CO2e_value:0.195,2a56ea69-6f97-40e2-a6eb-ad5fd288c19c
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.195,363f74ac-3d0c-4bfa-8eb5-edbeaf99f4a6
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,d73a7167-eafc-4353-8ab9-c1ac8c863b74
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.15613086347906943,II.4.2,modeled_data,kg/kWh,CO2e_value:0.195,08cca888-9e54-4d5f-a748-334f792df2ef
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.195,ca2a26fc-c200-478a-ae13-de9cea338557
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,f378d6e2-5f45-417d-93f7-64f9896ebd6f
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.1.2,modeled_data,kg/kWh,CO2e_value:0.195,3bb5d66f-5fb9-4b7b-b088-7b7d6f99778b
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.195,9c541e3f-96de-4e56-afe4-389d690763c2
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,811e29d7-73c1-4e04-8b9a-95a464c63ee4
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.2.2,modeled_data,kg/kWh,CO2e_value:0.195,eaaab9c7-d73f-4ada-8048-c83a6b86e615
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.195,ceda7362-9bc6-402a-8cb1-f09d1006adab
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,60d9c007-8599-432d-b6d5-c5cc9ef06e9d
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.3.2,modeled_data,kg/kWh,CO2e_value:0.195,fd0b5450-b11f-42db-95ef-f5c68107bb15
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.195,4891cf67-3f02-4f9a-b60f-470868ebb8a4
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,4c930aa1-9c28-4a31-91ea-d920be8d43c3
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.4.2,modeled_data,kg/kWh,CO2e_value:0.195,de995e38-ab99-4990-837c-05a184034f94
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.195,b2fe4677-8f50-4466-984e-875ed926ae61
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,8a0b4ae7-ff6a-43e5-9cd2-96d72f338cd1
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.5.2,modeled_data,kg/kWh,CO2e_value:0.195,28b6dbdf-796a-419e-95dd-8a3affa2d745
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.195,ceca93f5-55c1-4afb-8b69-2737ff9e8adb
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,3af1f14a-c275-46a9-9d08-dd19c98ee289
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,I.6.2,modeled_data,kg/kWh,CO2e_value:0.195,a5bd0a91-938e-4c61-96dc-25f13463ad26
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.195,bd2c27d9-c190-4120-8fcc-805e57ab815f
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,b853a5d7-cc26-4a91-a2bb-66b96f7aaa59
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.1.2,modeled_data,kg/kWh,CO2e_value:0.195,567c5836-c777-43fd-bcb9-1308f86b022c
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.195,d58d7dc5-15c5-420f-9274-7294530f3ec0
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,e901e5ee-713d-42cf-8ebd-a6f0f15c3bea
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.2.2,modeled_data,kg/kWh,CO2e_value:0.195,a7bcaab1-e518-480c-8319-cb0c2738f159
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.195,b9afe312-0042-493d-beb1-850eb50ddb97
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,623e8a3e-5d9c-46c2-b2c9-e0c932b8718e
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.3.2,modeled_data,kg/kWh,CO2e_value:0.195,cfcd6474-3f0a-4661-aaf4-96009ebc727d
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.195,2c1242fb-1240-4302-bd98-552040476762
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,92c37ec0-f975-485f-81f0-ac2bcc2805a2
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0009823670101451515,II.4.2,modeled_data,kg/kWh,CO2e_value:0.195,761b829d-1098-410a-8735-eaa05415931a
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.195,b3a5d7ef-d898-44e1-bf4b-a40bb6dfcdec
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,ba2c2b65-d373-4997-b6c2-c258f65bb8df
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.195,1305bd2d-abe8-4d0c-82ae-69e477c217b9
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.195,60cd574f-1e50-4ce7-872d-bb0fa27b0208
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,14a82985-3331-4363-a9c8-b0d6563ce9a8
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.195,d0f13462-9f8f-4476-8d63-6761aadc1eae
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.195,d2bc2ede-e4a5-4267-bd15-73ad6a3c379f
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,3ac291ba-af88-40af-86fa-8c4706510c45
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.195,e865fd55-261d-41c0-aaa5-16339cfa136b
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.195,3595f580-bc21-45b9-a484-cdb91bf79da3
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,688ae799-623e-47b3-a1b5-82d29fbb43b7
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.195,af3a5b7a-f972-43ad-8e6d-b8fbd5836aa3
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.195,4ceb59c4-7efa-4611-af6c-1cb01bcdb34d
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,49acd3bc-1d24-4cb9-ba8b-44ddedcedbc2
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.195,e47dc5b5-e9d7-46e2-be6f-55533522939f
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.195,02abdfa3-66ea-449a-a4ba-e96fd255f8e2
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,3bd49485-973f-42ee-93d4-fc2030f1b847
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.195,74d98417-085e-44ec-b18a-042d91765acc
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.195,a4ef19bf-63b4-4c5a-a53b-d1da71a4ba0e
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,a46d41ef-363d-45a8-8a66-b4ee94670539
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.195,db8b6ed5-6c74-46be-99d8-25960a144820
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.195,e9eecf23-6d21-4e64-8b47-7592bd6c4ca0
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,0438cf4c-ff99-4735-a8c6-a8c57505a654
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.195,cc7f56f2-a6e9-4a20-ae8e-762018918707
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.195,0439c8b8-2812-47dc-9176-22b1136b27af
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,dfcb056f-b09b-4f9b-8e51-6e791f4d281e
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.195,a6da7a3a-b02f-4b95-ad6b-fc5797eddc3f
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.195,5f7b7ef4-4a2f-4aa8-b603-0afa5740a12a
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.195,51daf4c6-c634-4824-9a61-a8afca792086
+PE,Peru,2022,Calculated from Fuel Mix,N2O,3.574424530198476e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.195,0d01a1c5-8258-4324-a4a8-a7358504cbe9
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.523,0c8c2c52-464d-4127-8527-c2f96903c78b
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,f702b5e1-602d-4163-81d9-e1e00dc3f57a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.1.2,modeled_data,kg/kWh,CO2e_value:0.523,55620ea6-22fa-4cd2-b0dc-01150d21c67a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.523,040d4702-7886-4055-98ee-a3269a5a488e
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,91b05f20-7370-485e-9ed7-4306446b3bef
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.2.2,modeled_data,kg/kWh,CO2e_value:0.523,997523dd-a2e6-4a74-85dc-fbe6c1aa5080
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.523,f5495967-c7c8-40e1-bd5e-e167ee6e9133
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,80bf4c70-6356-4eae-bf98-d8dbf287ced6
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.3.2,modeled_data,kg/kWh,CO2e_value:0.523,85fcb15c-f322-48ba-a586-14519c1a9ee5
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.523,4c1bcab4-1237-4fb3-bb62-554985737cc7
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,1a3dd417-cdd5-4128-8b1f-681f21c80b6a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.4.2,modeled_data,kg/kWh,CO2e_value:0.523,d29243fe-b58e-47fc-8fae-468174c6afb6
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.523,4ac8cd17-23ca-467b-ae30-920b34bbdc43
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,76b18c85-2fe1-4571-b3e9-0035f95e2eb3
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.5.2,modeled_data,kg/kWh,CO2e_value:0.523,97406c1f-83be-41ed-a16d-deeef9ae01b4
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.523,0365d2b2-cef8-4167-98f1-4f85d584f04a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,91b63a78-e6ee-432c-af39-f51c291078a5
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,I.6.2,modeled_data,kg/kWh,CO2e_value:0.523,eca24cd0-d479-4712-ae93-46f81c64dbdd
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.523,07cc6222-6b22-4b1a-9977-db981a86da91
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,5007382f-a279-4313-b6f3-19f442ffe190
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.1.2,modeled_data,kg/kWh,CO2e_value:0.523,5011dc05-3bce-45b2-aade-14430c7d2c3b
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.523,3a176b17-9d8a-4ff2-9795-b8e9cffd8bfd
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,653a684b-7256-4a1c-8771-e954f3df5325
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.2.2,modeled_data,kg/kWh,CO2e_value:0.523,908f5013-d11d-427b-979a-4396086355ad
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.523,4df547fa-aa46-4b0e-bd24-73a5ceaba48c
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,ddd83b8e-548f-4ae3-acfb-eb90fbc070b5
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.3.2,modeled_data,kg/kWh,CO2e_value:0.523,21766c9c-84b2-4c16-9707-af8538489de4
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.523,7e1efd3d-a4b4-4701-b14e-2f6544befb30
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,72fded1e-fb6a-4162-9ff8-0efcdd4b646a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.41800224143013837,II.4.2,modeled_data,kg/kWh,CO2e_value:0.523,504884aa-fcf2-4a6f-8fd2-24359f93dd5b
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.523,bfa2e998-a699-4904-abac-330ac6cb6e3d
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,805bc4b8-ea70-45bc-8519-f3ea04ee4090
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.1.2,modeled_data,kg/kWh,CO2e_value:0.523,55c5cb86-4439-4f70-b15c-1029cc6c0153
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.523,b004ed26-fd4e-4e32-82e6-a9c144157ebf
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,b547a2b0-56a4-4cb3-96a8-c51b7a0132ab
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.2.2,modeled_data,kg/kWh,CO2e_value:0.523,d10fc46d-3e55-4011-af94-d0a6f1a0680f
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.523,d49b83f1-90e8-4d72-abfc-fbae284aa857
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,41503841-00fc-4937-8692-b81aa5ca722e
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.3.2,modeled_data,kg/kWh,CO2e_value:0.523,413d2eb2-4460-4bd2-bf8c-c40fbcf970d7
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.523,d28441e5-98fc-473d-a745-bffde4b04ff0
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,e09e2e01-c14e-4e4b-b4e4-c99fa8005965
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.4.2,modeled_data,kg/kWh,CO2e_value:0.523,0053975d-28c4-48b5-88be-438dd4e1a28a
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.523,bcfa94ab-58ba-4ec2-b2b8-f8622134e836
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,fa1a9050-57ad-4925-a26a-5c6c985e3ca2
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.5.2,modeled_data,kg/kWh,CO2e_value:0.523,0ac45e6a-14b7-4131-bdde-5b5ac77882cf
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.523,66d8b393-3b37-4a32-8235-27578a28e028
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,f507cfa0-87d5-4cff-91ed-150d296f1d1c
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,I.6.2,modeled_data,kg/kWh,CO2e_value:0.523,beaa0216-fbd4-4249-9a8c-a0dacf160a91
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.523,f26a5551-734b-4467-a3e0-7f1d2755dfaf
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,7fd4b6c4-6053-4341-9330-ca2c8c35e4f6
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.1.2,modeled_data,kg/kWh,CO2e_value:0.523,ac24420a-7a2a-4be6-8046-d74040a3adb4
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.523,0bc8a3eb-4d5f-412b-b665-6518ffba5865
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,989033d4-2453-43f9-a6e0-925c7cd87299
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.2.2,modeled_data,kg/kWh,CO2e_value:0.523,49ecf872-ddff-4bc7-ba22-e6a7fb29c2ef
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.523,19f9a959-0aee-4be0-b546-c33136e426fd
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,9a5e1e6f-2ef1-4379-9914-bda97f707d4f
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.3.2,modeled_data,kg/kWh,CO2e_value:0.523,a4ce43c1-7464-437e-ac14-cde393e04ca7
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.523,941b83ec-5421-42c9-87f6-063675e40979
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,4c36e2e8-079d-4bcc-8103-a1285993664d
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.002630047660005065,II.4.2,modeled_data,kg/kWh,CO2e_value:0.523,b3fb9e67-f6dd-4148-a00a-55d45f632470
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.523,22968a24-618c-47d9-a7db-bdef5d78d0f3
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,81bfde71-64ab-4fb7-b7e0-9d3e340cacba
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.523,bd10e773-563a-4b87-b5dd-0e408325bbe6
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.523,22b8d686-f637-4dbd-bec6-ca05a80ce088
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,815575c4-88a7-4a0a-9908-ba317b07172f
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.523,01da7452-4c7d-4625-89dd-80a7c1bf8432
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.523,b371adf3-2fb3-4d57-9800-8548ab266fd8
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,b171ec61-6235-44bf-a75d-c8a63c43bc39
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.523,84eadd4c-5a8b-453d-b2f3-280cec913181
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.523,d4fc0120-f8ba-45c2-a8d4-bdd77993b9b1
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,b86c5108-76d3-419f-b79f-8b9219aca518
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.523,0fa050b0-e0da-4dd9-ae81-f86971c90bfa
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.523,8fa94e5d-7987-406c-9d31-93b11d8dcda4
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,eab80025-3381-4c29-ad9b-3623fb6a7e16
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.523,5335eaec-962c-492a-97ef-a03263c3b9ba
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.523,ce7a653b-d79f-4bea-a551-66b89ff5e710
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,84431f79-dd26-4224-b24a-bed2b1969409
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.523,fcb498a3-fdca-485a-bb4c-e4138acca06c
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.523,023b48fd-de41-4518-8d43-49ef4a1de34e
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,c8e5a9a7-cc7b-44af-baee-82d86dd6c213
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.523,9049ae75-e455-4f7e-8225-80953eb388d1
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.523,8de750d6-0fae-4108-b714-13e4fb387dc6
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,cbdc990d-e6d8-4d02-bcb2-eb786d23e9c1
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.523,de507883-1340-44bf-9b18-104fdc3751b0
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.523,9847d254-eaa4-436a-957e-93e5830d69d0
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,7119de5a-3530-4bdb-9982-b9cb6d3f493e
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.523,0d26d9c0-9ee7-44e5-8e75-616ca73a828d
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.523,d58a81d7-794d-406c-815f-4659f8ed48ed
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.523,48438e0d-05cb-4079-a0cb-b1b7a837e7dc
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,9.569648384389614e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.523,d8280a65-e61b-49bb-b269-eef2a48f1395
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.757,552c6292-e562-4a9a-9b5b-5101f5a83212
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,21916b1c-1ac6-4489-8297-bd7ef4834725
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.1.2,modeled_data,kg/kWh,CO2e_value:0.757,b823e6a4-14a1-4878-b355-df12c2f7e585
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.757,af1649f3-f546-4fd7-8a7a-5dca7ac82c2a
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,8c64a3a2-eb75-48dc-ba16-1f3279b626d2
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.2.2,modeled_data,kg/kWh,CO2e_value:0.757,9bf80e46-4e1d-44e7-be8f-bdc58807d9e3
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.757,581067fb-ff5c-4d28-88ac-002ca3f8285e
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,332e140f-d71d-4bff-bec5-83ff2019a0eb
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.3.2,modeled_data,kg/kWh,CO2e_value:0.757,05d2c847-9bc3-4d78-bcb0-0beb3b28fc4e
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.757,b707a497-cf9a-4c66-bb7f-8b8340d45902
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,b434dd66-4e2b-4d94-b460-a5aced477c86
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.4.2,modeled_data,kg/kWh,CO2e_value:0.757,39f9f089-6cb7-4a49-8daf-5dbd9fc027c9
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.757,3f82813e-dd18-4809-94bf-6b3480798a5c
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,1dad73dc-7ad2-4944-bcde-06919b36028e
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.5.2,modeled_data,kg/kWh,CO2e_value:0.757,1ef52508-836e-4927-bae4-f04b5071aa32
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.757,7df6a3ff-2948-4df8-af26-77d1af8a34cb
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,c90d1d95-94a9-44d0-9601-bc889333f801
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,I.6.2,modeled_data,kg/kWh,CO2e_value:0.757,e81cccd1-ab07-428d-95bb-3c39a7225cef
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.757,b66333b0-bf8a-4ed6-b293-e181a6fb48d9
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,b4f47947-481e-4a85-b78e-c998bade502b
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.1.2,modeled_data,kg/kWh,CO2e_value:0.757,618e24b9-08ec-4902-a47e-460cf568a6da
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.757,6be0fdd7-ec65-45dd-9654-c3cbc144c8ce
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,6aab7a23-8af6-4d77-b449-7e84c9fef07e
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.2.2,modeled_data,kg/kWh,CO2e_value:0.757,4ebcc0b5-fefa-4c7a-a579-3bf88aa430a5
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.757,3c78b37d-def3-419f-9ac0-d8d3f08efe37
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,be998f95-b9dd-4ab3-8420-33efe3992345
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.3.2,modeled_data,kg/kWh,CO2e_value:0.757,3e257de5-e9ff-4672-b659-c53069823d6c
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.757,d4100f6a-cc33-4c5e-b5ac-99a7a0e1a765
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,21793fb3-917c-4c16-9c17-ded8a254fa75
+PL,Poland,2022,Production mix factor,CO2,0.6059680000000001,II.4.2,modeled_data,kg/kWh,CO2e_value:0.757,0b18d36e-86ab-4db2-8fd6-ddd9561bb3d4
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.757,a3d682c2-41c9-44a6-b83a-6ea17ec417d4
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,1f1a38bb-a5ce-49fa-8970-8bedd29d9f60
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.1.2,modeled_data,kg/kWh,CO2e_value:0.757,acc9a95a-2dd2-401a-8cb5-2f4f9ba0f726
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.757,7bf84bca-3310-419d-8ae7-1b4bad0871e0
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,7e7126bf-f786-4ce4-b378-be24284d45c0
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.2.2,modeled_data,kg/kWh,CO2e_value:0.757,62107bbc-1d11-407f-b9c6-9e78604aa854
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.757,993137db-09c2-4f25-8eb7-48e2fdf72133
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,a825ddac-e79c-48ca-853f-ee48a4e355f0
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.3.2,modeled_data,kg/kWh,CO2e_value:0.757,7bd8b1b3-7731-4b62-9b5b-ad42581580ab
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.757,0e1f1498-90d8-433f-a77e-f3e264b469b2
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,2cb1942a-0618-41d3-bcdd-bca0aaf39ee2
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.4.2,modeled_data,kg/kWh,CO2e_value:0.757,387a4932-5a97-4862-be56-5fbe9cd23ca1
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.757,dd905da0-6b32-4d11-a401-4e6350f1c5a4
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,1224a93c-2bc0-4b9c-a2f1-e137f1b18c90
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.5.2,modeled_data,kg/kWh,CO2e_value:0.757,ba094764-5e20-47e9-ae9f-616c51685c57
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.757,09188805-627d-4097-abc0-3429c99ac3dc
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,c1179d50-6ee9-4770-a674-29fb8de482cc
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,I.6.2,modeled_data,kg/kWh,CO2e_value:0.757,1e8bf3f5-b1e6-460d-ad72-778f59313be0
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.757,3ec75469-0be2-4ce1-9218-1372d6fa68ea
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,a1f6c122-465f-4f46-9e54-82d9bb385265
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.1.2,modeled_data,kg/kWh,CO2e_value:0.757,9cdf6096-89bb-4ee5-af44-b035451277e0
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.757,e23b8c02-29b0-41ed-aa7b-35cd671c1a54
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,b73fbd84-b6dd-4e93-a7a8-b9e4887fd49e
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.2.2,modeled_data,kg/kWh,CO2e_value:0.757,79d1d718-bae7-45a9-b4ab-8c82986b510c
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.757,8713a14c-8e44-4e66-8fc2-ca54764d8ad7
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,1d29c4a7-76c5-4d9f-9686-d9791005c37f
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.3.2,modeled_data,kg/kWh,CO2e_value:0.757,63f5aff1-2422-44bc-a05b-ee3ad6bd9e37
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.757,6236da42-fdf0-4340-bad3-aee0b938b2f8
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,1658adb6-0668-400a-88f3-7de45761d479
+PL,Poland,2022,Production mix factor,CH4,0.003812718120805369,II.4.2,modeled_data,kg/kWh,CO2e_value:0.757,81e8fe18-d03a-425d-a2a9-60b79c7f6790
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.757,953bdb57-0e45-48fc-9bd9-769cae7056be
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,0d6da012-d2b3-4d50-84bd-bfb06505df40
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.1.2,modeled_data,kg/kWh,CO2e_value:0.757,8b0c449e-7d3c-4f31-9468-517cc99b0ac6
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.757,68b6ea85-1f7f-4a35-94b1-b3023269e1a0
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,32a8a37a-c147-44cd-af82-a405101db7db
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.2.2,modeled_data,kg/kWh,CO2e_value:0.757,e4181b5d-db5b-4fe7-a0ab-5efb4c937d2c
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.757,1ac16fab-1357-467b-b3b1-1e3604f7c4f0
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,292ca46b-c807-4e3a-bd98-888588c90fcd
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.3.2,modeled_data,kg/kWh,CO2e_value:0.757,01c2993e-c328-4b0b-98f4-0126ed832ba7
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.757,feac93d2-541b-4dd1-8973-3a60ca7d734a
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,0fd36066-1df1-4a24-932a-a1fb76d667c3
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.4.2,modeled_data,kg/kWh,CO2e_value:0.757,2bb0bdd8-f777-4da8-a023-e49b6a1c8d7d
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.757,8702ecbf-095f-418f-a4e8-92d91d37184d
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,e0729c43-5c95-4b1c-bdde-8170ec7f7980
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.5.2,modeled_data,kg/kWh,CO2e_value:0.757,d4b4be47-b99a-4861-8e42-9565d3698a5c
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.757,65a9f733-75a8-431b-bff1-2b9e749c918a
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,3e5d19dd-c171-4c23-b0e9-00d6f3af59fc
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,I.6.2,modeled_data,kg/kWh,CO2e_value:0.757,1a2fbaab-b91b-4db1-a563-a7a77571107a
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.757,fae0cdcb-bd9f-4eda-a93a-fb8e62982eb2
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,bb0ba3a8-0a54-4781-950c-9d8dc1d6dc44
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.1.2,modeled_data,kg/kWh,CO2e_value:0.757,d6b328a4-3d6f-4966-92e5-3f7cf84537e4
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.757,b721175b-f5a2-40fe-8c1c-2d4188863cde
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,c3249dee-32dd-46ce-9a5d-42d898faff30
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.2.2,modeled_data,kg/kWh,CO2e_value:0.757,8583196c-d547-4588-bc45-9e53e910c405
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.757,69ca59c5-985d-4c98-aff1-cd8e078c0a8d
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,6c2e63cb-3c2e-4238-a84b-dedda6718f2c
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.3.2,modeled_data,kg/kWh,CO2e_value:0.757,c150e4b0-3232-4964-8b51-4e65c69900b9
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.757,e10385a7-efae-42dc-9692-1138044c3373
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.757,d3bbd6f3-ef91-4812-a0d2-f6f04a5d922b
+PL,Poland,2022,Production mix factor,N2O,0.00013872893772893773,II.4.2,modeled_data,kg/kWh,CO2e_value:0.757,acbcf39e-b912-4a34-8b51-d7a47fe434a3
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.137,26318574-b0e4-47c7-ae59-868955560bd1
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,d03bb033-6434-4f1b-a37b-ae3b30c4671c
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.1.2,modeled_data,kg/kWh,CO2e_value:0.137,c24f7e12-9d84-4330-8b19-f2a94871837e
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.137,954d694e-126d-4d98-a404-b70bb142e64d
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,239cbb9f-94dc-474b-9018-63bef5818666
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.2.2,modeled_data,kg/kWh,CO2e_value:0.137,332a9252-56e8-4ea3-a9a4-e2ae28853f5c
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.137,e6eb30b8-8d7a-4b79-a35b-9a4776157641
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,547bd2e6-f155-4884-8622-b64d29c7a4f9
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.3.2,modeled_data,kg/kWh,CO2e_value:0.137,9f952d20-08c7-47a6-885b-d32737bf5e7b
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.137,86e32f91-c86c-44c5-aa25-7da4b6d44a6a
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,cb6ebc6c-620d-4a86-8f73-dff42bb9bf7d
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.4.2,modeled_data,kg/kWh,CO2e_value:0.137,8f06b219-8c77-4b6c-93ae-f701653f46e5
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.137,f596e47e-b198-488e-9803-3aacdd120575
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,bd77f545-8437-481b-81a5-4827b1ea3543
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.5.2,modeled_data,kg/kWh,CO2e_value:0.137,1f1081b7-d1a5-4749-a33b-ba16f1b76448
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.137,e1aed17b-e094-485f-9e53-bcc5850c09e8
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,8d3ee2b2-1678-4e52-b176-9980b167dac6
+PT,Portugal,2022,Production mix factor,CO2,0.10976,I.6.2,modeled_data,kg/kWh,CO2e_value:0.137,dd7dad78-e34e-4496-86f0-5575bc6c39e7
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.137,80f7d6a6-d7c9-49f4-896e-24ac62b9b1d2
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,05e34ba6-dfe5-4559-8a78-265d6a78ad6b
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.1.2,modeled_data,kg/kWh,CO2e_value:0.137,098e09bf-21cd-4bb2-b611-719ac2c5aa4f
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.137,f96b0347-57d3-4c67-8b12-f08c4e33c80c
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,eb260db2-a232-4a51-987d-303473a2d842
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.2.2,modeled_data,kg/kWh,CO2e_value:0.137,5a71a8de-021f-4c55-b670-7e3fffbe7bf6
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.137,b92750d5-69f9-4c94-8ff2-06daa18d1fcc
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,04b1fa6d-6f13-4e75-a579-b56d06612130
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.3.2,modeled_data,kg/kWh,CO2e_value:0.137,7e5d11b0-abb8-40cd-9496-e8c08326773c
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.137,2712b0d2-69e3-40ad-84d8-d32c72d9e0dc
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,6f2cf439-458e-419b-9821-4bc24c416c34
+PT,Portugal,2022,Production mix factor,CO2,0.10976,II.4.2,modeled_data,kg/kWh,CO2e_value:0.137,1910afdc-5a47-40c1-b2da-53ddf5922cd5
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.137,4b4e41cf-a3ae-4359-8b51-321aaaa8dbb4
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,bdb395c2-c4ae-4bce-9f1c-f6795e1bbc95
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.1.2,modeled_data,kg/kWh,CO2e_value:0.137,13921e60-9a0e-4868-91bd-d6e4c37ff9b4
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.137,83174827-bb83-4947-9f57-6edba63d9d39
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,af8acaf1-6ea6-443b-9a83-174e34b13a7b
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.2.2,modeled_data,kg/kWh,CO2e_value:0.137,6f47a5db-ed24-4a42-a711-b9ba4d166735
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.137,52dc725d-fe67-42e0-938b-c7684d22f538
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,0af53110-2a64-46cd-a211-53d20e8bcf70
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.3.2,modeled_data,kg/kWh,CO2e_value:0.137,b0fc83f3-a457-47fa-88c0-8d01059031ac
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.137,6a07a569-3efb-409c-b7e0-e238e00e843a
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,8f9ca746-af7b-4440-943c-6de7922cc075
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.4.2,modeled_data,kg/kWh,CO2e_value:0.137,6c1c042b-e457-4424-8f4f-ce8061b863f3
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.137,143ed1cc-0b60-45d6-af8d-0a0fd6d13072
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,6a8d4ede-a7c8-42e6-8092-4b8b266ba18e
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.5.2,modeled_data,kg/kWh,CO2e_value:0.137,ecdc8b89-99ad-49f0-b78b-e21a52a62c0e
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.137,14eb113b-cac3-4e0c-bf71-9a97b608f733
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,2599eb57-f3e4-4f93-8340-165837e98e07
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,I.6.2,modeled_data,kg/kWh,CO2e_value:0.137,b28413b4-2c7f-4bbb-8e44-4bd26eb5a9cc
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.137,3eeec7d3-e515-4d84-90ea-efeafb89ef9a
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,5386bfcc-9085-41ca-a605-53dce10b83ef
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.1.2,modeled_data,kg/kWh,CO2e_value:0.137,ecf81c2f-b033-4350-bac4-6d31a7adcf44
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.137,458627ae-a6d1-4d58-a419-25cfb9e5e3b4
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,3125bcb0-c402-4bfd-8a93-91281f517f72
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.2.2,modeled_data,kg/kWh,CO2e_value:0.137,815aba92-3dcc-4c99-9ff8-cccb5c62d380
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.137,544da09c-fbd0-4bea-8dbe-1b1caac4aeb2
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,f39f7c0a-e809-4519-99b7-ef4ad3c0418c
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.3.2,modeled_data,kg/kWh,CO2e_value:0.137,dfd248f4-c374-41d6-8f70-b459666611e7
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.137,cdcda15a-e6a4-400f-a2db-1af939c9a43d
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,ead715c9-a814-420c-934d-859f2f9fea28
+PT,Portugal,2022,Production mix factor,CH4,0.0006906040268456375,II.4.2,modeled_data,kg/kWh,CO2e_value:0.137,00820a74-b4bf-44ac-8f7d-9e79fdbdfc04
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.137,e00dc334-1ecf-40cc-a9c2-021b886fc3cc
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,18e21624-8e2d-44fd-9a09-fa75748c80c7
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.137,5d06f26e-08bc-44fa-8791-f31a493582fb
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.137,add5e21c-50a3-4a30-9e34-483cb9bae331
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,3907ed0e-1e7a-4e61-9878-828a1dcc2534
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.137,d899df0c-b5da-4044-86e0-9c38c0c8e57e
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.137,4e7b3a4f-0e49-4217-9425-cab663ea64b5
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,1c672b66-aab2-49a7-8f75-d18d27699296
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.137,6f4214ad-919c-48e9-999e-f1f787cabf72
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.137,2c49d6fd-3fc0-4a70-92d2-609f54a95b2c
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,5576c809-459e-42ab-a495-e173e3432585
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.137,10c004cb-6245-43f7-83b3-687cbb954c8e
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.137,cfffdd1f-6ed3-479b-b3d8-d57aabc3442b
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,17669e2e-0812-4e9b-9c7f-a286d5777f27
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.137,1c0b326c-c0ed-470c-a29a-ec6e40c95758
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.137,1db193fb-8b0c-403a-9b8e-ad25f4eb512a
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,1c39b1ac-f10e-4321-9298-c1c005c891a2
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.137,196d187a-0425-486e-b23f-7efc9c29d9ff
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.137,057e325d-fc7d-40ed-9d2c-00bf988367a5
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,cbeda075-ac85-4bc1-abd7-27d0ba7ea8ae
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.137,54d2454f-e2b9-4fbf-9680-65c5c3dbc5e5
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.137,bff4253a-7391-49f0-8215-853a1d68f539
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,16e1d457-5440-4c3a-ae8c-0f2694c4f8cf
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.137,c1650540-f789-4867-870f-b38ffd941beb
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.137,b4169d26-e8a1-442a-8eb3-9ce3c43254c4
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,50a3fd10-4595-4d63-b153-406daf95cd9b
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.137,175d8d46-7e21-4cfd-9fb8-7d2b76bcf4c4
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.137,bd4cc500-d5df-4c3c-b700-8559de918c8c
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.137,c024f164-8756-4b7f-8ea8-fb637b5d1322
+PT,Portugal,2022,Production mix factor,N2O,2.5128205128205126e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.137,cbc7e24d-82b0-4725-9dd2-a17d89704004
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,0c88242d-f4c6-466b-820a-acf44bcac144
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,d05e12e1-802d-4888-a569-15aaa2fa21e3
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.1.2,modeled_data,kg/kWh,CO2e_value:0.663,9dfaa6a9-644c-472f-a2e7-b3bdd7e98d1e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,c6a9ac08-0600-4694-8927-e95023db4553
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,ea79cdff-83f7-44af-9d47-a22811120bf5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.2.2,modeled_data,kg/kWh,CO2e_value:0.663,7fe84bf8-ace7-4168-8f2b-e2606c90fa03
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,73b6a979-5984-441b-8232-f8c4400cce54
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,bdb698de-e086-4e7e-83ab-6239f18a6c12
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.3.2,modeled_data,kg/kWh,CO2e_value:0.663,873721da-ddc7-4420-9c6d-261d9fc89959
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,ca3b69b3-3748-4bc2-b4fe-28dd7e971b79
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,c8f59670-5270-41f9-9915-61dabe7209ce
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.4.2,modeled_data,kg/kWh,CO2e_value:0.663,173841d8-20c8-4510-9afe-eb30dbd8a94a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.663,8dadfbbb-ac1e-420d-9d3a-655141e97156
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,ec71bee3-189a-4685-889c-c5d2bb34ae06
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.5.2,modeled_data,kg/kWh,CO2e_value:0.663,01aeec9c-c6cc-4d0d-a031-7f3676e13878
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.663,5b08b789-a5a3-4a06-9c49-28175665635e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,cc6b9d3f-982a-466d-bf33-f2048bb919f1
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,I.6.2,modeled_data,kg/kWh,CO2e_value:0.663,a0996927-afcb-433c-b52c-e9fd25276a1c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,0e034b11-ea65-4834-b4fd-ef7dfec62d40
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,4c4a0785-7ea7-4183-9a7c-989d89b90de7
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.1.2,modeled_data,kg/kWh,CO2e_value:0.663,9d526243-fd3d-48f8-b26b-a2497dd284ad
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,82a09d07-1fbb-4780-87fc-98e55c780441
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,74c5ea99-79ab-4d4d-b180-c8d7c1531d89
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.2.2,modeled_data,kg/kWh,CO2e_value:0.663,7923cfad-3ced-4a99-9710-ecf5403f9d23
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,86e623aa-159f-4beb-855c-76f4c37da923
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,af0a27b2-635c-438d-85b5-b24cb0d94395
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.3.2,modeled_data,kg/kWh,CO2e_value:0.663,0a85a67f-85ca-45ff-8c07-a94e0a5b4e8b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,d7bc8642-761e-48bf-9bb2-095a17be3ba4
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,5542aea4-b51a-40f6-9cf5-0590a2b4a5dd
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.5301871629823797,II.4.2,modeled_data,kg/kWh,CO2e_value:0.663,c52ab3fe-8bd5-4a6c-af61-ac8552cb9bd1
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,6db38714-015b-4c32-bbe6-3bda7ec1809a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,16806120-da82-4d59-99f6-f35c9abde857
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.1.2,modeled_data,kg/kWh,CO2e_value:0.663,6e29041e-eddd-4d92-9854-18fd21ebaaa5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,4056f680-b7b1-449a-a09e-22bc6976d581
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,2593e32a-8a61-42f7-9d8a-70a1233dec3a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.2.2,modeled_data,kg/kWh,CO2e_value:0.663,2ecb33a5-a0c4-40fd-95fa-c350bec5616f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,be7624c1-3c7a-49bd-a15e-8468aef91a69
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,04ead701-25f0-45cc-8040-fa22ed13c4d4
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.3.2,modeled_data,kg/kWh,CO2e_value:0.663,d881e2e6-7bdc-4d2b-8e8e-657a5f49b1b8
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,91f317a1-c9bb-4993-b621-fa9b78e91521
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,808d0504-7f2c-47d4-ba14-555428aa4c48
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.4.2,modeled_data,kg/kWh,CO2e_value:0.663,f49e37d8-d1cc-41b9-a249-7a341a7b557e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.663,27c3521f-4408-4091-9866-7c3729b5c90f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,f4015a56-3e1a-437d-92fb-0901f81cf050
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.5.2,modeled_data,kg/kWh,CO2e_value:0.663,7a1f7fe1-636f-4bdd-b61c-5c09e21135ba
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.663,47cab778-7d16-463b-a330-6bdc2d1285ae
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,301e1b20-b6e8-4a7d-884b-205e3661cb2c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,I.6.2,modeled_data,kg/kWh,CO2e_value:0.663,cbeeda51-af27-4d28-94a7-3f42fbd06951
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,0891ae1c-8092-419c-9782-1518d52b8dc4
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,a3ec27ff-f525-4b49-b33c-cfb9d80fb10c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.1.2,modeled_data,kg/kWh,CO2e_value:0.663,11e0fbef-7ec2-42d5-9522-1f47123c1db0
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,5118f03a-52e4-47f6-9b4b-4ba8719cecd0
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,3f4f29ab-e95a-4d82-93f5-664d538b02e4
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.2.2,modeled_data,kg/kWh,CO2e_value:0.663,65d0bc56-2a77-4155-8e59-74d845c6810b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,ad87a985-6258-47bc-a98d-ceb61f824ad0
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,5d7dacbd-8bdc-48e6-8dee-b3121575a073
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.3.2,modeled_data,kg/kWh,CO2e_value:0.663,6af10efc-bc8b-4453-86b2-d87b188b7489
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,8a7c06c5-30e1-47f7-a1f0-806db4d852aa
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,304bfb96-5bbf-4f4a-b8e2-ca8ee60ea694
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.003335909163060274,II.4.2,modeled_data,kg/kWh,CO2e_value:0.663,b3c9e829-2f2f-4253-a2e4-37e01732dba0
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,4a3ee266-3a2e-4a7b-8d65-50caec3cfae6
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,9a16efa4-1cc4-4c30-a526-5f428024839e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.1.2,modeled_data,kg/kWh,CO2e_value:0.663,ebb530c3-0341-47a0-b2d1-e158b9bd4ddd
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,d6b98880-4c63-44f6-84a4-0a08ee5139db
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,1374fb5b-f759-4b62-9b8c-818ed4d6f4cd
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.2.2,modeled_data,kg/kWh,CO2e_value:0.663,6c10e4d3-2be8-4fbc-83ca-259b496660ae
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,b384832c-c535-400c-b0da-c7100f325828
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,791fc483-d9ca-4828-b11f-07a97abe464b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.3.2,modeled_data,kg/kWh,CO2e_value:0.663,a170dc77-e4ad-4a3d-99a9-70697a8cd792
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,9000ed81-7c93-41f3-afc5-8bf394c5f5e2
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,fa2929fd-1d9b-4725-b44e-ccc75d2b5a2a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.4.2,modeled_data,kg/kWh,CO2e_value:0.663,4d44a174-caad-4510-b701-35fb282fd5db
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.663,6c5f0205-1fb7-42a7-944a-3ee6b9ff193b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,63ca6224-d9d2-47ad-8523-a24e0aa3f5c2
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.5.2,modeled_data,kg/kWh,CO2e_value:0.663,e9469bc6-49e7-4213-bcf2-edb0ddad5705
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.663,e629880a-617f-4ad3-8806-6e43af71ee01
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,6ca747a5-2f3a-45c2-b82f-3d2aff7f4fc9
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,I.6.2,modeled_data,kg/kWh,CO2e_value:0.663,46f2e2f2-1cd2-4b86-9b27-544f85eb4395
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.663,d3a7aca1-0d85-4683-b0c8-0361d34e1a9f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,6c671367-afc0-4554-b3f8-eb9b5696b1fc
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.1.2,modeled_data,kg/kWh,CO2e_value:0.663,220658a1-8448-4a47-bb17-e2f74d8eea77
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.663,ca2876ef-b018-4bd4-a791-93d56f5438d7
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,1c507d77-8700-400e-a0f4-12c80f146a03
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.2.2,modeled_data,kg/kWh,CO2e_value:0.663,fa525c28-08d7-4771-8a51-bc32aed06e96
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.663,cd126dc7-718c-450a-8691-231fe67fcddb
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,86618b4d-f7cb-43a0-87e0-fd18c736ec88
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.3.2,modeled_data,kg/kWh,CO2e_value:0.663,3e521d7e-bc52-4d4e-90b4-205d70a1cdb3
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.663,9e3376e8-150e-47bc-8554-3d38a1d75472
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.663,742f6cd1-7b58-4862-9836-49da0b907410
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,0.00012137984500512355,II.4.2,modeled_data,kg/kWh,CO2e_value:0.663,03d11d3f-107b-442b-a01c-6c0b2383ba50
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,eb3d666e-d162-4883-8615-b3068d319f8d
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,94eb1d5e-10e9-4394-995c-98a006d759e6
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,91eff319-7b21-4d45-b06a-09070fb52f38
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,e6283088-ba87-49bf-9714-e34c52d1004f
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d72cd739-1532-480e-a714-8c400a3216db
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,12c832a6-ae17-4f8f-abd4-eb48adbef78a
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,6a51edbf-e856-400f-acba-718a1af8504a
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,a8b130f0-c28f-4153-a957-63312f48a015
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,1d69e6aa-2aec-4c06-a586-4e576ecf8090
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,7886eb54-60a2-4f36-b930-6dccf61eb2ae
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,970e0ec5-21b7-4e3b-bf97-20579cdc3eb6
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,1b37e71f-9656-4b76-8d12-cd4e04f18d0d
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,bcea3b67-3acc-43cc-991c-008cddaa1876
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,54b7bfa5-e7da-4b0e-adc5-7f9cd68b3a8c
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,ac9ae1f4-4e1c-4882-a8d7-aa635b66c223
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,edcb26cb-8808-49ce-b43d-fba643eff2aa
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,7240a868-b122-495c-bad0-c7b29208d380
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,b68d2e77-ba72-42d4-9af8-c44aaaf45f92
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d911f148-12d7-4a68-8c9a-c727c22b414f
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,0ee9531a-289b-4e69-9d81-a83e0bd8f918
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,7f07e6a0-dfe3-4705-bb60-fb54d112c0f6
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,9f13cb1d-f762-457c-a921-db75c1457ee1
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,5076528f-af0a-4831-b6f1-3bd18f7e98f2
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,3428c62a-9bac-4861-b315-6ee6374505ae
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,129fda6f-d8b9-4e40-9d43-c6bf00945495
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,ccb517d6-b633-46de-b585-def1faef5263
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,89dd5438-79a1-4d7b-bb1e-a0b886ae5f32
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,2878e913-be1c-45c9-a857-fd93bbdc1e09
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,800005fe-d488-483f-9cf5-014bcb61315c
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.28617142966715425,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,aa434a1e-1814-4500-bbdf-68f24a9d0ad8
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,a0b45b22-2e49-48f2-b059-69be4aa50971
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,a39a43ae-a60a-4f32-a523-14b14fb411d3
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,3f3a6584-e863-4a4f-a432-940f94e4ff9b
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,8fa8da29-c352-4e4d-8c34-bf1f96665e58
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,82ada5a6-79fb-4e04-92c2-b6aed6077280
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,5bb0b65d-1421-4440-a4bf-a3716cdb172f
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,5d766dcf-5c69-4ec0-8d01-33e8db617f66
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,217fe71d-194a-4962-a3d0-5e8c0a8af584
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,59cd3258-27b1-45d7-9fde-b666491b1bcb
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d71ce24e-ab00-4a6f-99e7-2d76e7f9b4db
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,6e679518-f53f-42b7-a638-1968ab0ad68e
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,64d00647-03ef-4830-a8cc-404000072104
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,94e8c98a-a0ba-4906-a6fd-3ff819d42561
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,bd03f7a6-09dc-404d-b934-e44d803e0b4f
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,50d649b3-f75b-412f-9177-a72868fbba39
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,e43fb3f5-ffd8-4089-ae65-acbbd8693b9c
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,3c93aa8c-ea63-494c-9939-8d45c952c1d3
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,ac43abbf-9d9d-4eb3-9739-a2a839687220
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,a879fa65-87ca-4fae-ab1d-d78b96e16f06
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,9d734c02-b924-4411-b149-b35a30d87506
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,d5947329-1796-446e-8bec-59e4220b3109
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,8fc682dc-d38f-45eb-a40e-e5565f853939
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,c53dd7a7-a8b2-4661-8b21-0ee2b2ddfb64
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,892fbfce-1e69-4769-8c23-7c21a6f85d7e
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,c11b29ea-9bd3-4bd8-abc1-a63f8e68a444
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,ac8a07db-1580-4c7d-8c9d-c8aa89d9573a
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,c1e5cd49-e67c-40a9-a59c-a3d387ca89c5
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,cd65ad3c-b8ac-4629-989f-c576dd5a12ca
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d399febd-1c5d-4b0d-8e8b-2019b733a839
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.001800575270556759,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,ebffb9a9-4d49-4afc-b0e4-e436ff44f2ea
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,cd8dc98b-cb44-4e4b-bb0a-b31436be5541
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,238ad872-b95c-4170-8d24-acc189acf8fb
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.358,23051ee8-9d68-4146-87ad-8c52f1ac3cbd
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,bcc15f4d-8e06-400a-93e4-afcff9abe98b
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,93f44fbb-c815-4466-bc49-367efa86c6a8
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.358,233683bf-ea07-4e2f-9494-681cb2d728c7
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,cfa98ecc-ef04-49ba-b73f-d3fca34dcda1
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,968999a8-38dc-4bca-9d64-b0c7b88a5ea1
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.358,b9f4eef3-c398-4156-b57f-81a208ca78ba
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,113b95b1-e8ec-4837-91e1-978de621ae8f
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,6dd00394-03ab-4992-8b7a-73c639dacc67
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.358,3d86b7db-69a1-4f72-a676-5eb9f01dc14d
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.358,7659deac-1712-42fe-ae86-25d0bf017804
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,af52096e-5357-4734-a913-fcf633f17053
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.358,194215b2-c854-4143-ad05-9ae1bb18c078
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.358,38ba2720-0c83-44f2-bbf0-5260731db2b7
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,e2763bb8-3aaa-4d6c-a5aa-1ed7917e450e
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.358,f6375fe2-e4ce-47d9-aefd-f55301c4d2fa
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.358,4eacf823-d7cb-4143-aa00-eb6808ee2280
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,2c0de19c-b59c-4183-a1bf-9b0dffaa0f3d
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.358,46483ac8-48bf-47fd-911a-c45a7a59b3a8
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.358,d56ca1cc-66fc-425b-bb99-c6bf34ebd75e
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,59277973-89ac-4d8b-9258-5b7e08967f51
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.358,7184ecee-510e-4785-9c08-8cbff65a017b
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.358,cb003389-9258-42da-bd98-a07725cee21d
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,d8fa37ed-9e5f-48ab-8896-4de4c5a1489f
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.358,dfcc5044-4227-474c-83ff-45e181248de5
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.358,89bae3fe-e338-499f-b86d-24cc84c94c97
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.358,abc7aa8c-21f8-40e2-9ea9-04007dbe6d0d
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,6.551543719486133e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.358,24581660-2b32-4134-8f75-59db1e94a27e
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.469,7311a4d4-df0f-4bc9-980e-b6dce1751a17
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,97e67fe7-e031-4270-af23-129f21b7e6ea
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.1.2,modeled_data,kg/kWh,CO2e_value:0.469,556c7300-7238-4e99-a1fa-e779e74f476a
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.469,cd690b8d-0ca9-492e-93d2-5bb27d2755ba
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,67137a71-96de-4f46-be79-a276d51c1e60
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.2.2,modeled_data,kg/kWh,CO2e_value:0.469,e8f3300c-d35a-49ee-b765-e9ee5d5b3829
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.469,a9520d64-55fc-4583-a81e-bd9a57cc64ad
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,aba01a0b-d790-4c6c-885f-991a6d63016e
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.3.2,modeled_data,kg/kWh,CO2e_value:0.469,2c77efae-e0f3-4d85-8e9f-e4175743ad9e
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.469,16bdc1d5-d5c1-4a83-baa2-5bf2d1cbe6f1
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,1661e239-41a6-4961-89a5-a1a4b5099463
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.4.2,modeled_data,kg/kWh,CO2e_value:0.469,13ef111f-66f3-48b8-8a85-a67760ec0490
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.469,925d4cd8-4083-4a74-9b92-f74339aa0fde
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,b93b4cc8-7f0a-4db7-9d2a-d38f1a67fc0b
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.5.2,modeled_data,kg/kWh,CO2e_value:0.469,605c66ad-74d5-4330-9a76-b3a718caa678
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.469,385d4c96-3fba-4672-bb3f-6d6494f6ba71
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,1196ec1e-0af3-47f8-8dcd-30e4f2ea1f53
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,I.6.2,modeled_data,kg/kWh,CO2e_value:0.469,30279be0-0eab-4810-8138-83a004a1cae4
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.469,d6b4b095-64dc-4c2d-87c7-bcf087e6c13b
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,892848dc-c968-4299-99ce-6dca4abbdd9b
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.1.2,modeled_data,kg/kWh,CO2e_value:0.469,c633c9a7-01f9-44c8-a288-6d1babdbc1d1
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.469,06ecbaad-2926-4020-a010-615e844de854
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,b48c32cf-adc3-4093-8e1a-2df103aea609
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.2.2,modeled_data,kg/kWh,CO2e_value:0.469,ef14e39e-474f-457f-be5f-ad910c1d3446
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.469,c752c32f-ff9c-4ed7-b5ce-d4e4fa751cf9
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,d70599a5-706c-40c2-ade7-bc6364601698
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.3.2,modeled_data,kg/kWh,CO2e_value:0.469,c7251cbc-de58-4ecb-ad1c-c052d2aec863
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.469,e4a0693b-f23c-4959-8477-c5e01c7170f7
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,b33caded-503e-4eea-a964-a39415f207ac
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.3748536766552714,II.4.2,modeled_data,kg/kWh,CO2e_value:0.469,f9635668-1112-4d35-9f56-81641b47b406
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.469,74caab65-4f0c-4e85-9758-7948c63f5d93
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,316ab9bd-6587-421f-a35a-5ab4a40e701b
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.1.2,modeled_data,kg/kWh,CO2e_value:0.469,3d996593-b6d1-49af-8be4-bfaf668580fa
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.469,ed726194-644c-47d1-870f-a79f4a6649ab
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,e177e1aa-7625-4b41-993f-036919d0ce31
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.2.2,modeled_data,kg/kWh,CO2e_value:0.469,bc2f80b8-47d3-429e-b589-9c1e0d8c093b
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.469,c285e6bb-72bc-4d64-98d8-6f0b54b08e99
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,7d38ea14-1271-40ac-9d7c-d6ae79be91fb
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.3.2,modeled_data,kg/kWh,CO2e_value:0.469,9570c27f-f188-4d06-aa92-154f598213fb
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.469,e1165816-49f1-4318-86ea-4cf7c2ce5312
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,32c913fe-a234-413d-a4e6-6c82d07b0513
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.4.2,modeled_data,kg/kWh,CO2e_value:0.469,d927cccb-f082-40a0-9756-98e9b778ce8a
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.469,22827c83-2aec-405a-b1b6-4e16a0667096
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,ceace9f8-9272-4bdb-88a1-fa43a6defa7d
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.5.2,modeled_data,kg/kWh,CO2e_value:0.469,a54f2008-6be7-4a43-abed-701a22feb0db
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.469,123a1fa0-9d21-4d09-88da-1165de15e3a5
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,00c036e6-47d3-4859-8b3e-0b836415978d
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,I.6.2,modeled_data,kg/kWh,CO2e_value:0.469,6302dd4f-bdd3-447c-9bad-ec244ccc43f2
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.469,fc37e14c-558d-49fd-99ff-ffbe2e9c464d
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,0cd5966f-41b2-42f4-be76-a9981620d263
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.1.2,modeled_data,kg/kWh,CO2e_value:0.469,37f48474-d475-45d0-91a2-3a5271f0cf87
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.469,cb5c23e2-ba93-4264-ae56-159fbdde7b8e
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,6cb7cb7f-2902-44d5-a7c6-1d82c98e693b
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.2.2,modeled_data,kg/kWh,CO2e_value:0.469,fee5543a-e1db-42af-bb0f-a6963b120650
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.469,2ed6caf2-155c-4daa-aa3d-ece6a7c88505
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,bc7b6606-c43b-48cc-8dbc-18e8ef7c2287
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.3.2,modeled_data,kg/kWh,CO2e_value:0.469,d5089340-60cb-4754-b48e-4b7852976973
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.469,0656aa71-3493-4b0f-9dd0-395e88f863b9
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,68e0dbd9-2213-4222-ae5f-edc51f7e36b2
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.0023585592071430667,II.4.2,modeled_data,kg/kWh,CO2e_value:0.469,f13648d5-b1e0-467d-b365-d025351ed9da
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.469,cc2407cc-528d-46bc-9b5d-482741f6e2a6
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,00578367-6324-4b56-aec5-fae9b01c0ad6
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.469,77732608-be22-444d-b610-08583e3bd581
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.469,1419cc03-5ada-4034-8bb6-86aea730646e
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,e689a1fd-c9c4-4bb6-be39-005c722438e6
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.469,fec6f65b-03f5-4a6b-ac6b-0bf9e280d416
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.469,443be58f-db86-41c2-a986-5f3fa6e8a561
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,4f865929-0f97-4176-b4bb-2e710d44f227
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.469,e1317a0c-8e77-4001-ba52-df16452dfa53
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.469,ad343b7d-bc9c-4620-ab3d-76947e089521
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,3a190cb7-ef7e-41e9-b0f6-25201da1f82f
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.469,05af885d-49aa-4793-bf2e-534b0d166ea8
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.469,c20d1749-2415-48d1-9c7f-af0e08c16dc9
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,bfab943e-99f1-4669-b8a7-3adc95f5c358
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.469,1d53c842-489f-4936-af6f-4b360c26c6fc
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.469,60ff9b8a-e7c5-4e7a-a170-43492be81b72
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,c202e4b6-96f3-4e60-9a5e-d0ff50f3acdc
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.469,bc8061a0-16f3-4cb7-8a10-1183e464e66c
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.469,f2bf8113-c30c-44bb-b9a0-8a37b2f64642
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,fb625f64-4345-4a79-9792-9b7bb256649d
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.469,de26d085-7497-4497-845a-1978c3469235
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.469,551c21c6-d119-4421-85a3-f4be43c81271
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,6b9db578-e939-4056-9e60-cccbd5f49764
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.469,dddda93e-5bc1-4a26-87f3-9e85d0658b76
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.469,98c2f5de-bd11-4dd1-b6d8-724e6a056975
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,839511a2-2268-49e8-a92d-d600f354d27e
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.469,88241004-f24a-4052-9be9-fffcbde7a20e
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.469,e6958122-474a-40e0-8591-b43982723c95
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.469,daefc356-0ab5-4083-86ce-0ff4433bc8da
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,8.581814941741561e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.469,779795c6-ac28-4926-b465-fec75db1fea2
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.271,4b9e8d87-6dbf-4ec3-a8d4-0409e6e8fb98
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,7ffafbe3-1341-439a-a85d-78bf906e79bc
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.1.2,modeled_data,kg/kWh,CO2e_value:0.271,0d23bd02-b888-4b76-a9e0-b11289f1e1ff
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.271,3837615b-3998-48ba-825e-78b21d32cc32
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,319bb802-b6d2-42d8-9822-71f61ed4b5b6
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.2.2,modeled_data,kg/kWh,CO2e_value:0.271,1eaa9de7-59b8-408a-ae24-3f66f8fc9396
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.271,b3e4116b-b19a-413b-8272-f50127e6ae60
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,57df663b-ab01-4561-8902-11e136465fdf
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.3.2,modeled_data,kg/kWh,CO2e_value:0.271,d9ef0354-2eff-41d1-9e46-3efaccb5a850
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.271,82cae5f1-7a9b-43ed-9dfb-ee93c95ddfec
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,fe9af0c7-935c-480b-89d4-bcc60cb27a81
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.4.2,modeled_data,kg/kWh,CO2e_value:0.271,3d5dc761-549b-4065-82ff-e8a1e8ca5d35
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.271,1fa9bb71-1af8-4110-b3ec-1b9e2df55d33
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,e4757913-368d-4c54-acc0-e905235dd3ee
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.5.2,modeled_data,kg/kWh,CO2e_value:0.271,16c432c0-93bc-4bb5-b44d-e4c6af5900d8
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.271,a98147e4-b7a9-482f-8174-6d547848eedd
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,a6fddecf-bb64-4c83-8c93-4a40098470de
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,I.6.2,modeled_data,kg/kWh,CO2e_value:0.271,b4aef811-045d-4eae-8e50-f7fcd715df4f
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.271,d58cfed2-a4b9-470a-9556-190160718cf5
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,1596fc32-3bfd-4b5e-893f-640ef7f981c4
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.1.2,modeled_data,kg/kWh,CO2e_value:0.271,12109a79-9afa-4737-82c8-38578609052d
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.271,0b93f6f6-c31f-487d-a278-6f5578f8960f
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,ce756cf6-6735-4f48-91b7-e1454152b696
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.2.2,modeled_data,kg/kWh,CO2e_value:0.271,2978164f-7a7f-4443-901a-b28ab173f834
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.271,2a0c4b76-1b06-49d8-bde1-537dcbf25639
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,a266f548-408e-41ed-9700-4b0386d95860
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.3.2,modeled_data,kg/kWh,CO2e_value:0.271,39025ff7-c3ed-4645-86eb-5bbaef4b7a28
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.271,28b9469f-757e-404c-9fe2-5d63b3fd2965
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,3967de36-5c5e-4a58-bbc6-ea08f5889fe6
+RO,Romania,2022,Production mix factor,CO2,0.21661599999999998,II.4.2,modeled_data,kg/kWh,CO2e_value:0.271,49516999-3df0-4e63-99fd-744a8c8bd12a
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.271,ad4e31d3-0227-4c5a-b380-6df4fc1d64e3
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,800d6027-18f5-4117-a333-18c50ffb65e3
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.1.2,modeled_data,kg/kWh,CO2e_value:0.271,65f0e269-3402-4672-868c-722e4ab24215
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.271,2a58645a-802d-47b1-ab15-5c2ec4f21cc3
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,a17e1c53-fa24-45ac-82ef-e8a54c12fd46
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.2.2,modeled_data,kg/kWh,CO2e_value:0.271,eab4a5f9-97b4-46cf-be37-740f5dd45679
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.271,1f79b1d1-ccf8-467a-acf7-45be2f6f44eb
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,562a98c5-d7cf-4ec3-bd3c-1e6347763f04
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.3.2,modeled_data,kg/kWh,CO2e_value:0.271,1a84dae8-aaa2-4583-b2b4-321371613f0d
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.271,f71487a4-5b60-446c-8fe6-a328e5e2b972
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,32168280-d202-4b77-9a04-702c3288c5e1
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.4.2,modeled_data,kg/kWh,CO2e_value:0.271,e3a55211-dab1-45ca-9df2-42f3fe232db9
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.271,c44eb172-12df-4558-b094-ab1a4401b1cc
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,863c36f7-3bb3-4116-9e27-76a274b9f509
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.5.2,modeled_data,kg/kWh,CO2e_value:0.271,d90823b7-3433-424b-b39c-0c7d7128ec73
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.271,2a1707c5-c3ef-4878-91c4-3d466dc2dedc
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,b0adf5a3-7e2f-4f0e-9a89-d1ff6d2c0411
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,I.6.2,modeled_data,kg/kWh,CO2e_value:0.271,4cf61e15-5f3b-401f-ad03-6cffea6f9d2e
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.271,147f1091-33db-4023-a56c-0e21bc76f9b3
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,43a6f559-71c8-4e30-9d85-918072bae56d
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.1.2,modeled_data,kg/kWh,CO2e_value:0.271,ab324749-3d8c-405b-a429-bcbe9af6cc5d
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.271,5e6fbdd8-14cb-4692-bf33-cf79cd98b299
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,51c225cb-4137-49d8-b173-f004e455bbc0
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.2.2,modeled_data,kg/kWh,CO2e_value:0.271,b67ef842-db61-496b-a178-76222103e279
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.271,aa0bff3d-6ec1-46f3-9a9c-c4c423067821
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,dafa446f-bb21-4ee3-8840-8f4cb9f1a10a
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.3.2,modeled_data,kg/kWh,CO2e_value:0.271,f7260bd9-e0f5-4133-950c-8c4f87558f05
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.271,9825cd5d-98f2-439e-8065-0c0ec33ef69f
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,b07fe8aa-9428-4f43-aba5-125325ccc966
+RO,Romania,2022,Production mix factor,CH4,0.0013629362416107378,II.4.2,modeled_data,kg/kWh,CO2e_value:0.271,2a2eedc2-bfb8-4823-8d71-a322c97c6ce2
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.271,25ec8f0a-0e38-4975-930a-5d7157ac6606
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,c37da2a0-0f9d-46e3-9442-d8e2c64cf484
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.271,5cb14f27-70a6-4d36-8902-b60635913bcd
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.271,df41442f-ed22-475b-9cad-23d7922b41bc
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,b5bbb03e-9a81-4812-9f65-147fc9b93dd3
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.271,5738ac99-b28c-4bb7-91e8-1fe8dbaf8303
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.271,2e2d51ec-8cfb-4b3c-ba79-a819e131a40e
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,46d3c5af-70b6-4bc3-85cc-f0d83f9a783e
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.271,210732ff-97a7-4a32-9165-c89861762b49
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.271,a5888e08-be7a-4aae-b920-a8ad1dd67e33
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,c9bc2657-7b41-4244-b144-9c9e8f79b256
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.271,8f646b70-b333-42a5-8abf-7f690c920d2a
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.271,6cfae91a-7f33-4899-855a-b1edebfe5978
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,2e5f2cba-2745-4e10-b08e-1abda190008f
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.271,62dbb097-45d6-4f9f-b127-6025f20caa7a
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.271,c247387b-84ae-4427-b727-68d4f1d35e0d
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,311d2e7d-9e29-4004-9c03-f36c39ecc89c
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.271,a8071aa3-305e-4118-ad9d-c625664013d7
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.271,aa3880cc-bb69-4a66-8076-15c483686602
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,d461749c-6696-4344-b08a-b3949bb3b8e6
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.271,3e2275eb-3aaf-442e-aab9-b379f35a610e
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.271,609bfd0d-df8d-425f-a054-56c20c86b631
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,0110d558-7b4b-4bfe-93f1-23d98c144484
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.271,e1c67d0a-1d91-4567-b666-c27aebb1a5d2
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.271,e37a1080-23cf-4ade-9bd3-b0a3142c3419
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,8a1a9994-b49c-4d83-8c1d-7ba06297adc0
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.271,aacf317d-76a2-42b0-a569-ef9ec58505c8
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.271,616bc0ff-d05f-469c-8536-00eac949fe22
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.271,173b6bde-e578-4f8c-a3d6-faee01e1228a
+RO,Romania,2022,Production mix factor,N2O,4.959157509157508e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.271,50566491-cb1c-413f-890c-fa671edd79f0
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.323,258f55a8-e0ba-4616-9ac7-d5934b2d6d2b
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,f509322a-b240-42e7-8f1c-cace786f8441
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.1.2,modeled_data,kg/kWh,CO2e_value:0.323,2ab873e2-2d39-4fe0-b430-e28932964fed
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.323,873b3a7f-c7f2-4e73-b024-136f44c675c5
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,47902b53-aedc-4ee9-99cc-14388c8d27a9
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.2.2,modeled_data,kg/kWh,CO2e_value:0.323,61f5fe30-ebab-4ebb-9985-f9b2a40ca5ec
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.323,29867ee7-5b84-426b-be2a-17546cb2657b
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,6417b359-32fd-44c0-b599-c7e751e6be2c
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.3.2,modeled_data,kg/kWh,CO2e_value:0.323,47e4d02c-c4c1-46bb-82bd-e5042c6775bd
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.323,0fe56bf5-d2ca-4cfe-8c04-104695b67c7c
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,c4770541-cc58-4555-ae0e-825495798766
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.4.2,modeled_data,kg/kWh,CO2e_value:0.323,0e0a13fd-4746-4a74-8eb5-5096ee75b6b9
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.323,a56c14cb-5f29-4507-9ae9-161c8538b4ee
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,b142cde8-7d4d-48f6-9b8c-e5377dbc11c3
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.5.2,modeled_data,kg/kWh,CO2e_value:0.323,1e3e7df8-a826-4c70-93c6-9a92b63fe84c
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.323,671619c0-09af-4645-9795-15cb9805bbd4
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,1be81df9-e2c1-43a6-88d4-b8afe7951c50
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,I.6.2,modeled_data,kg/kWh,CO2e_value:0.323,8e588fee-4963-421c-8c47-ba69322da2a1
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.323,8ffab84e-6d71-4687-93af-127b6bbb1aef
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,a6d786be-ecf2-436e-9972-a4e30349307f
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.1.2,modeled_data,kg/kWh,CO2e_value:0.323,593c84bf-e790-491d-a06e-e37584bce263
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.323,1ee16f8a-ff4a-4b33-af4b-0bf1a8258503
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,4694521c-dae7-4a83-ae5b-662b50c30983
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.2.2,modeled_data,kg/kWh,CO2e_value:0.323,bd1ab763-a776-4cca-9886-22ab87169127
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.323,0784f2c1-b894-4a11-b55b-b33b16088d35
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,744fa3da-f0e6-43e8-97f2-57b083276231
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.3.2,modeled_data,kg/kWh,CO2e_value:0.323,eb60aa40-d0d6-47f8-a93c-a1ed93f15a56
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.323,e3825112-7557-4efe-92db-682dbdeb714c
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,bfa7380a-2cd2-45e2-b60c-bfc43a75cd96
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.2586990946470907,II.4.2,modeled_data,kg/kWh,CO2e_value:0.323,46803f2d-dbb9-4be4-8acd-da809c326220
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.323,45014651-61cb-4aee-bc93-9a092b041000
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,d20b4a01-0b10-4f18-816e-7288b1479ebd
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.1.2,modeled_data,kg/kWh,CO2e_value:0.323,eda31360-f3dc-4621-b522-bc6fa9f4f34b
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.323,c6bc2781-350a-4e9e-b5ed-93e5c6db88a4
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,fd646343-b224-456b-b264-37a48f88d8a9
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.2.2,modeled_data,kg/kWh,CO2e_value:0.323,1366c57b-ebaf-4b50-bec3-2960e947d0a7
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.323,065b9736-d4bb-4966-b9ce-3ac5b63fdd5b
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,8764e310-8ae4-4ef1-b09e-a4bc7c85e60b
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.3.2,modeled_data,kg/kWh,CO2e_value:0.323,9b0c0b15-affd-4ef5-a11e-1fc55c1dd866
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.323,e444ef44-95d5-4293-829e-9c3315e60a6a
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,0a0bcfa0-176c-4b19-a7c4-9b1312ece14c
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.4.2,modeled_data,kg/kWh,CO2e_value:0.323,eee90b6e-9ced-4626-b6cc-bedbbb65374d
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.323,66a42f3c-a8c2-48da-ba02-ed94f5313f7e
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,837f4e5d-1b74-4183-921e-1680fb14e38f
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.5.2,modeled_data,kg/kWh,CO2e_value:0.323,d3b1eaec-8487-40a3-8fc8-92338274d59e
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.323,e60829eb-bba6-40b3-9d4c-beac02ae9f9f
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,a8f5cd1a-b5e6-44ec-9dd6-4d0fe1f9334f
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,I.6.2,modeled_data,kg/kWh,CO2e_value:0.323,fcd8619a-a485-4f10-affe-c7c63d8498f6
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.323,89c79fa2-c97a-4159-9e1d-5a9884426ac6
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,4037b089-ed5a-46a0-b7b6-358b360f959c
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.1.2,modeled_data,kg/kWh,CO2e_value:0.323,e0e861ec-4c98-4456-9f40-1c1b83f7a361
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.323,71e39824-4a17-4308-9cca-5b5338fb35ea
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,6707eadb-fdee-43f2-b7f5-b8fed315c21f
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.2.2,modeled_data,kg/kWh,CO2e_value:0.323,45cdf5bc-35ad-41e5-bfbe-e1fbf4af66e5
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.323,195800a0-25ab-4211-bffd-63484e049880
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,bcef390e-d32f-4705-a547-179e684f4fce
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.3.2,modeled_data,kg/kWh,CO2e_value:0.323,163eaea7-47fc-43fd-8581-0ac111eaf9e9
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.323,08a9ed3c-9221-4243-b0f8-96bc244c8813
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,91481424-c71f-49e9-a87d-102d19dd1b5e
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.001627720813635218,II.4.2,modeled_data,kg/kWh,CO2e_value:0.323,ec764e5a-67fb-4a9f-b131-1e4077e884ca
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.323,ae755082-f293-4762-956f-96de0ff1b22f
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,bc97cdf8-db94-4078-bf3b-33e09030e8a2
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.323,4586943b-1561-4e1a-bb9b-c99e7d0a4d92
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.323,19539042-ba18-42ca-b45a-30cce7404ba9
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,e6fcc27c-8566-4dfa-bbce-861bb4b21c07
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.323,982dc3c2-7add-43b3-91fc-43e224c250f4
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.323,6bbddfc4-7e17-4570-ae13-0d570d691a03
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,2042f17c-b227-4f9b-903f-8c208e000303
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.323,49c16aa6-b4e6-47aa-bf07-13ce802f4e05
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.323,eda64c04-f137-46bf-b477-5cf705dad9cb
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,2343d387-6f26-4943-8cbf-8a3ccee7735b
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.323,9fed78eb-d9d8-4067-b84c-df517ebdba7b
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.323,8cf8eb65-a80d-4506-a1cd-efb3d5aedf82
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,bf483106-c4a6-42cc-b6dc-6c7834f5d637
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.323,f04b860e-587e-4930-83df-0c04c021284c
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.323,d73ca5bd-247f-40ce-bec6-e40f83c1a3d6
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,5e188689-6438-49f5-9ad4-e8c05fd6c6d3
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.323,4e11d360-85ed-4a10-8f82-fc310ee62158
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.323,5ed45e93-b5ec-4a8d-817f-46e9cda451b8
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,aaf14e59-4e60-44ef-bce4-e638b01e0de0
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.323,05e23521-c164-4f84-a361-a3abbab7bb8d
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.323,0d907503-7a6f-4a79-8751-9e42c07c35ff
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,3539a621-bc9a-431e-9b97-51d032bf4e18
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.323,ba4c77d8-c5c3-47f5-b9de-26263bbb3a31
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.323,1de716ef-15cd-4050-9ab7-d65d40f7478c
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,025fde2c-818b-4eea-ae93-4aab9784c18f
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.323,fed99866-2f18-423c-95c3-55b7ae82cea1
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.323,d136e540-9c3c-4e97-99b2-c42dc6481ad3
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.323,4662efd3-62ec-4404-a5ab-c6b4150dc504
+RU,Russia,2022,Calculated from Fuel Mix,N2O,5.9225983206751525e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.323,49045d38-9096-432c-b3eb-eb0b30291a22
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.293,411cf72e-bc8f-44b7-8107-c851f081e0b5
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,a1061eca-54c1-4382-9a05-8b4d6409e8d7
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.1.2,modeled_data,kg/kWh,CO2e_value:0.293,8fb53574-6912-4efd-9834-7969d62c865b
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.293,66c74590-2fae-421a-a44d-025b04c90409
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,83e0169d-d736-46f3-a7a7-9f8f697611b3
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.2.2,modeled_data,kg/kWh,CO2e_value:0.293,c5cbea93-4d9f-4217-9e40-37d50eeda863
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.293,5894659c-8cc6-4d6d-b8bf-0e29c343e1ce
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,d9880bea-db14-42f5-87d9-f168695addb9
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.3.2,modeled_data,kg/kWh,CO2e_value:0.293,33a745e4-8fa1-4ebf-8fa5-e684d9bbdd80
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.293,3270633e-5b3c-4375-b207-9c7fc1f858df
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,f2187d4a-b1d6-4cb8-865d-121b129ec72f
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.4.2,modeled_data,kg/kWh,CO2e_value:0.293,b787594d-f05b-4df5-ac15-c396f231400c
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.293,45e41964-30cd-469d-8f74-436c7dcd090d
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,f7294eb7-ed1b-4b06-aeaf-83a64341333c
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.5.2,modeled_data,kg/kWh,CO2e_value:0.293,ddcce969-aeb0-4b64-8d3e-222be5dbc790
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.293,d021b876-7677-453e-acdf-946a20fde441
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,40ede3b6-5d87-41a7-9113-8ec03a8d34d3
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,I.6.2,modeled_data,kg/kWh,CO2e_value:0.293,357502a6-1414-45af-8f81-3ca3b4d7a8b0
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.293,34222601-8a7c-4eb3-813e-1dbc786a916d
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,2b88d039-481d-46a1-8ef1-4c4818b99e31
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.1.2,modeled_data,kg/kWh,CO2e_value:0.293,8f64a30e-5164-472c-826f-ca7688931db4
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.293,0b08d97b-1a46-438e-8abe-fd55dddfd7d2
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,b1cf9a33-81b3-4a9d-bbb1-fc20a5b94c06
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.2.2,modeled_data,kg/kWh,CO2e_value:0.293,eabef978-03cf-454f-92e5-f91390fdc981
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.293,bfcdcbb2-e66f-4dca-927b-c17fa29d0851
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,968624a8-e380-4307-9d04-d387bbbfe7ed
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.3.2,modeled_data,kg/kWh,CO2e_value:0.293,92708870-2ec3-4c3c-b894-b391e5a749f6
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.293,d380f92d-6d2f-40fc-8a5e-c881a86b5c85
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,b125a7c5-c50d-42ca-a127-3217a334cecf
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.23439025149545092,II.4.2,modeled_data,kg/kWh,CO2e_value:0.293,49f4b53d-9eb3-4811-81a7-f032c930ef0a
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.293,d1259f59-2d8b-4a6b-8295-1fc19eeba6d8
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,dfe9581f-67aa-4a48-b301-f5ff45c98a34
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.1.2,modeled_data,kg/kWh,CO2e_value:0.293,b5424321-6e3a-414f-afdc-a3f406ce86e1
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.293,1dc362b9-6b07-4a09-9096-c4816ce14369
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,b1a66079-117f-4760-a619-0ff0fc9b0fd4
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.2.2,modeled_data,kg/kWh,CO2e_value:0.293,0c3dbb04-10e9-4a41-8423-293d344d01ea
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.293,4ca45480-246c-410e-82e2-86be409bcc9c
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,f95d0897-1e88-480a-85e9-d872cfc76dd2
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.3.2,modeled_data,kg/kWh,CO2e_value:0.293,e66e2c69-e7ff-4a2a-b3c9-b2e5be24a568
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.293,d899f2fb-6ab2-4381-8572-cc902931afbb
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,e5f95687-74ac-4c1e-9cb0-0f1076179419
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.4.2,modeled_data,kg/kWh,CO2e_value:0.293,82a4a867-bca0-4c5f-bc2d-16ae56ca8541
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.293,5d205ccb-de69-431b-a1f0-452cb524f93d
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,f9479573-f89d-41e5-8035-6fc876fd3e96
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.5.2,modeled_data,kg/kWh,CO2e_value:0.293,a1942797-416d-4060-9b7f-2bd0d3222d39
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.293,16b28c8f-ed70-494f-acc2-cf1769e61efd
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,c6a27746-4e23-4171-8040-0964b6986049
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,I.6.2,modeled_data,kg/kWh,CO2e_value:0.293,b4e58d93-d16a-4c17-9c47-0fb806d565a5
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.293,8e82b8eb-8bc3-41cc-8dc4-443010af1269
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,1eb9644d-1a87-4718-a2b7-aa7cabbab65d
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.1.2,modeled_data,kg/kWh,CO2e_value:0.293,b99af4ab-6c04-4b53-8c75-37244441433e
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.293,28b441b9-cda1-4b42-bb1b-e0634136e23a
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,3e6e0b30-5095-4703-8551-50d2572b8ff3
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.2.2,modeled_data,kg/kWh,CO2e_value:0.293,9ed81b9b-cdbd-4127-a663-226c69e821d5
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.293,20a9d2a1-b9d7-4f90-8a9d-5461cfba6a4a
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,0db59ae0-987b-4997-b79a-81204031cd89
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.3.2,modeled_data,kg/kWh,CO2e_value:0.293,db66f4c4-43df-4a7f-b7cd-d3b1016793ca
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.293,cb3bb09b-f22e-44fe-95eb-7c798152f2ef
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,ff0cdb45-90bb-4d2b-a45a-197be1e45f67
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.0014747708776978873,II.4.2,modeled_data,kg/kWh,CO2e_value:0.293,619b4154-d392-4c00-892d-927af5dd6d22
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.293,c71b4c93-83bd-4d61-bac8-4f153d51faf7
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,b00715cd-579c-4fc2-b2e6-b39cd94df0ef
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.293,68d13112-c3c0-423f-a2f7-0f0878f5f41a
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.293,29de6061-3fb2-4947-989e-5cb7c1c54964
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,ec018b44-b114-478c-afdc-502e12dea9e4
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.293,864c8ec2-442d-4144-a6ac-3c49cd874e57
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.293,b54f3776-d7d2-41ba-8140-63bf2403dda6
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,d3ea39de-9e01-4cb1-833e-7fb0f2f12bf4
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.293,8e0b3a86-2c57-4756-9331-43b1c38113b8
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.293,2de85f1a-8d48-4f9e-abcf-865ac9b2e1a7
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,50016018-3111-4aeb-bc87-3d07fa19bf6e
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.293,8363c64d-ad1f-473b-b176-6fb4793d594b
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.293,ba5ea1c4-f19c-4e93-a36a-6ff50f359d7f
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,80d8e6a8-cfde-451d-b321-aeb8d05296d9
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.293,c63ff630-970d-4adb-af8b-c5046a8f8ff5
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.293,f7b6ada7-3acb-40bd-ad82-c26a16f2b565
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,4d82a362-27a9-4956-b841-e95753a68f7f
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.293,97c432cd-fb23-4ea9-827c-f778c5eedb82
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.293,8a5c69a9-4d17-477d-b6cb-f88b63bb4ec7
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,20325793-10ea-4ea6-be9b-f28c87ed1a94
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.293,680f7416-316e-4f77-a3d7-3f7cb563424a
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.293,31501acc-f748-4d98-b241-f356fff0438a
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,4f4c6990-d4b7-4c2c-abaf-090784af5169
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.293,61b11bfa-877a-470e-a64c-e274c9190f4e
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.293,1726a794-0f7c-4a83-ade1-92e266a2b9bf
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,7557f0b5-a523-40c8-b4a2-4e08b4cc86bb
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.293,990ce56d-86e9-46cb-aa67-01185a6bd2f6
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.293,4e464ace-530b-474b-b009-d27263e0b74d
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.293,ae0a1968-1897-445c-8d0f-927cbc9b1587
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,5.366077186251166e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.293,8a3de60c-ac7c-403c-885c-979d05f06ef3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.718,4b336a0b-a339-4c97-b840-b9c24c17f89e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,db4078b5-8a0b-41b6-838a-c075f2eeffa2
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.1.2,modeled_data,kg/kWh,CO2e_value:0.718,9bb958cf-b899-4a61-b284-773542e70ddd
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.718,7695c2c3-5c83-48f0-9a80-72e95f711357
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,47acf09c-5b6e-432a-a191-e06e43015c62
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.2.2,modeled_data,kg/kWh,CO2e_value:0.718,58067b9f-e79a-4f5b-9ad6-862c225eab10
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.718,6e257263-b48a-437e-83fa-7d9dc415ba56
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,e04f89fb-fb91-4bd5-9503-3f9bb564ed85
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.3.2,modeled_data,kg/kWh,CO2e_value:0.718,e9af7616-8268-4919-af9e-0d3256d2d00b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.718,81530e18-fc37-4619-8be6-f7df60ce42e5
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,4dd91735-02ab-4105-95f5-3eceb287fef3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.4.2,modeled_data,kg/kWh,CO2e_value:0.718,4fe30f5f-9fe7-405a-9866-c23f0eaaa9cd
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.718,4b373e7e-930f-4eb0-bb10-5fba1bd0dd08
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,90f1dfdc-e397-4a66-8043-5ccd7f568365
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.5.2,modeled_data,kg/kWh,CO2e_value:0.718,961d85c5-491c-4186-9453-2215a9a794c8
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.718,ab064c00-f585-4840-b440-3c5fb414290e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,c7535f79-10d9-4c8d-b3ec-f7eab40dfe23
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,I.6.2,modeled_data,kg/kWh,CO2e_value:0.718,7be26116-8cd3-4493-8e77-860117a4e52d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.718,af445a84-c6c3-442e-8800-2bdf36afef84
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,03ba2100-5bac-40c8-97fd-ddbf9910a248
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.1.2,modeled_data,kg/kWh,CO2e_value:0.718,10d58a42-5ead-41cf-84b1-866c3b10f8d9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.718,bd44ce45-6622-463e-997d-e15ee57c6ea6
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,2ae89722-76a6-4e77-aa27-4c8a7caf8a50
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.2.2,modeled_data,kg/kWh,CO2e_value:0.718,020b571b-4dbe-426d-a61e-391eff0b4695
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.718,3d1c8196-eb1e-42bb-b672-8daa25a29b24
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,52bbe035-7c11-4f89-ad6e-b46c89ddd2e0
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.3.2,modeled_data,kg/kWh,CO2e_value:0.718,bc04e701-5017-4115-83e2-67a402eff5af
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.718,4e1ccf9f-9ed0-4886-8807-b6094db0a1f2
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,2f493d92-bf70-4b1d-b8f9-9a1f9e6402fd
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.5742757416611042,II.4.2,modeled_data,kg/kWh,CO2e_value:0.718,06f55d68-a6f9-4476-8865-6f1193089434
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.718,62db9f02-2f0f-4f2e-9ba9-693c371fd4cc
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,baa46996-23eb-4ee4-96ed-435cfa9cfbd9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.718,fb923f8b-5e6e-4017-9e1c-b30069d1074f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.718,b3920831-76f3-40db-93ba-93050cf1f05b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,0d532094-f194-41b3-92c2-175fc346ee37
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.718,9499af8d-1ff1-459b-b12a-01f9cca0ec53
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.718,f442f32f-e902-4326-8df2-ebd3fa66fffb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,738b93c7-08df-4201-8af6-821c3d4647a9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.718,bf91b42a-cf4c-436b-9eed-eee67907ea14
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.718,dd4c3082-9c8d-43b2-821c-981c0b2ee2c0
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,bdda328b-47f4-4a42-9db7-b7165dc33c3d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.718,94c7b84d-2831-4f17-9460-3d82cfdf46d6
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.718,c8c6b926-489f-4d71-afd8-888aca67743a
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,e4bdb018-7918-4bf2-816e-75eeb5ad07fb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.718,35c13a47-dcdc-4ca9-a7be-78079a245ea9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.718,bf7e8c41-b691-4125-a97a-f79ffa1813ca
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,c1bf2dde-66e3-4b05-851e-7f579c3a7a6d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.718,ae2aef81-41e7-45e4-899e-c6030a16e064
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.718,b9aff32c-c5d5-4249-8975-84d599a75a4f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,d8954346-2548-4c32-9f7d-ae6c5a27890b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.718,afb4d6a0-433b-4b56-b619-48482545480f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.718,c4496ec0-b1dc-4a93-b5c5-9485dfda4b7a
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,e02f201e-81b5-4183-867b-9ca32978ce4d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.718,42069a1c-0e92-4cb1-99ca-013f76a7e8c9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.718,d17d47cd-4377-4491-ba98-5354a753797f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,bd0bc25d-97d4-4964-8df2-577e4dc863c4
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.718,c511a02f-9950-4cbb-b9d9-1ffb5205fd3b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.718,684c7591-a32d-47b6-9bf6-e8552020d0d8
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,0cd791fe-25a7-4b7b-bc67-2378ed5be052
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.0036133121329347995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.718,b6291bd0-d542-425d-ae66-f095e2629e2d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.718,dab211b9-1993-4449-a51d-94c6aec05ec8
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,372869c4-d355-463f-8f11-4971178ef1e7
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.1.2,modeled_data,kg/kWh,CO2e_value:0.718,eeb40057-4776-4bab-8240-ee50d651c1e7
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.718,9e1ce3f1-ce80-46c5-838a-de720f1ce28d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,89c664da-fb0b-4586-9390-224a23119070
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.2.2,modeled_data,kg/kWh,CO2e_value:0.718,e3065c54-3423-4a89-8614-168b1060603c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.718,629e675f-af6a-4b2b-8ed7-ba6b4944ca36
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,683748cb-47b2-4e2a-b4a7-235fe1e4b42c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.3.2,modeled_data,kg/kWh,CO2e_value:0.718,eae80f1b-181d-45ac-b6e2-7407def04061
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.718,9a89132c-4241-4f3a-9cd1-80b6343c81d5
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,b158e652-4110-49d6-aac1-bc2c56798bf0
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.4.2,modeled_data,kg/kWh,CO2e_value:0.718,cad74ef8-0b6a-4728-9067-4b606f620dbb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.718,87ee1da5-ad78-4803-a069-df15a7dea93b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,5fb27b5f-53ad-4482-a447-3fb2cd453d8f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.5.2,modeled_data,kg/kWh,CO2e_value:0.718,0b69dce5-93b2-4ec4-ba6c-e257ab13c9e7
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.718,08405291-3781-46ad-bf8e-91695b4917bb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,49227a15-ef00-4e81-b951-ec1870ea2cbc
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,I.6.2,modeled_data,kg/kWh,CO2e_value:0.718,3d401b5f-f928-4622-b6f7-0ea16a72981c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.718,3a367300-b63e-489c-9d98-314eb16c020b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,a0b242c1-9eee-4b94-989b-ddd854cb8e77
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.1.2,modeled_data,kg/kWh,CO2e_value:0.718,36ab7459-ef9b-47f2-bd41-eb7f630079eb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.718,ea0a9e64-a3f4-48da-80ff-dcd28b3df55e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,439ab339-3443-4444-a584-ce46927c47ea
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.2.2,modeled_data,kg/kWh,CO2e_value:0.718,70e54195-4fd0-40c9-a4c2-79bc637090e1
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.718,504fd8b8-fc97-46f9-94d5-0d11cee110c0
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,eeff7081-4e4c-4937-bcb8-b5753839959c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.3.2,modeled_data,kg/kWh,CO2e_value:0.718,fafecbef-b495-4112-b976-276f18c1b70e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.718,1950299e-3dde-4c16-90f9-379c3f305367
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.718,a0777b30-4d7c-4a09-862b-13e572a36760
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,0.00013147338407992312,II.4.2,modeled_data,kg/kWh,CO2e_value:0.718,b05da7c2-6718-4c82-a104-f01398b3d1b7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.672,16f4aa13-af5c-4d62-9c50-fc1bf288fcb0
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,b2864e55-d817-4048-9b98-2a4a4b96a7a0
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.1.2,modeled_data,kg/kWh,CO2e_value:0.672,cf319968-e52d-49df-bf19-d767137f2ab6
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.672,75a42610-cb06-4e11-87f5-65c9c82aba2e
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,d87b2821-9e02-4c63-8469-60a8253de408
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.2.2,modeled_data,kg/kWh,CO2e_value:0.672,82248dfa-90dc-4910-923d-dbe0f045ece8
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.672,864496ff-256f-4a4b-9d47-8e4df3c28f90
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,cfc384b1-2715-4a8a-ba4e-793490502d30
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.3.2,modeled_data,kg/kWh,CO2e_value:0.672,4f8e1861-757f-4e12-a021-e57a6f6b92c8
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.672,e18b6342-0908-4eb8-951b-c73d9a8d39c4
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,0f24e1d5-506f-4a6d-934a-1d39b227df87
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.4.2,modeled_data,kg/kWh,CO2e_value:0.672,da9bd937-7ead-4459-b849-5b384a30c23e
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.672,c18c3f98-7f1c-47cd-8e2f-1b090e754996
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,759177fc-7821-48d9-959d-680eefd0c960
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.5.2,modeled_data,kg/kWh,CO2e_value:0.672,fd7acc43-30e9-4e48-b71a-f1b89792e602
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.672,d2bb0ae2-d8fe-4c56-8c27-95e3a3d854d1
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,f87bfeb0-585f-48c8-9084-11d285b56c89
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,I.6.2,modeled_data,kg/kWh,CO2e_value:0.672,de753c2b-f3bd-4445-8d89-29c88ab35fb9
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.672,ee1e0640-353c-42d5-a25f-a93a022bcbd6
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,de074710-6266-4d9d-9599-cbe95cc589e7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.1.2,modeled_data,kg/kWh,CO2e_value:0.672,5211676d-eab2-4b48-a660-5250bb31038f
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.672,4068cad2-bdd6-40b6-b78b-3c67e2103ea5
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,e0ecb2c0-2b24-4868-b579-ccf356dd200f
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.2.2,modeled_data,kg/kWh,CO2e_value:0.672,65bf5a1e-913b-4df0-97e1-17385650b00d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.672,d3d77821-41f7-429a-bbe6-e0539e1c92cf
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,ff8cec88-e7f3-4206-8a58-04185cb0e665
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.3.2,modeled_data,kg/kWh,CO2e_value:0.672,2329ec00-58e8-490f-b614-f62114406040
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.672,78ad0b73-28c7-4dee-9986-75904394863f
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,0ccea357-1268-4f48-8846-e8e8d5d0ae82
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.5375353114392358,II.4.2,modeled_data,kg/kWh,CO2e_value:0.672,8f628740-8154-49b0-bb98-35b40e51c0e7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.672,9e8dc5dc-7485-419b-934d-9d4df53a9c74
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,4b882e86-8680-4fc4-9f9c-d3277986472c
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.1.2,modeled_data,kg/kWh,CO2e_value:0.672,64a6719a-4818-42dd-b8f9-69b27f88ef4d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.672,05dc2e64-3529-4391-94ca-9cb9b977a68b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,6b13f073-2667-4dd5-aa74-e899f51b0246
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.2.2,modeled_data,kg/kWh,CO2e_value:0.672,6c53f096-d56c-45aa-ba7f-b04605d779db
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.672,6cda4b06-ce83-4dc4-a2fc-9852835b1b0e
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,67ec0602-9ee8-4058-b0fd-91ffdf9e6ae0
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.3.2,modeled_data,kg/kWh,CO2e_value:0.672,d5acb924-05fc-4121-8744-99cd1e266323
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.672,8e4bda6c-dfd6-4b20-a761-4910e280e6e7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,cd98f617-eb9b-4f77-9a8a-9e26ae977caa
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.4.2,modeled_data,kg/kWh,CO2e_value:0.672,77160a36-c6e6-4927-937a-c258cadd6143
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.672,c80d0c68-bae3-4f22-bb3e-036c18c03dc4
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,a8be6d03-115c-4398-9506-79d88509a171
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.5.2,modeled_data,kg/kWh,CO2e_value:0.672,3e6518ec-2551-4590-9976-dd9d1efd0714
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.672,2e48fd6a-1c45-4de5-863e-feb3ebf5cac1
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,68879988-55a6-4188-9f27-7971c7114aa9
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,I.6.2,modeled_data,kg/kWh,CO2e_value:0.672,def903f6-d718-4f76-8e0c-49e007dd5125
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.672,0143f64a-b54c-4f95-ae80-62b4b48b8b98
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,7dd20862-56bb-40be-8764-f378f0302613
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.1.2,modeled_data,kg/kWh,CO2e_value:0.672,7a83a4bd-3127-4ffa-87f7-5405fec4a1ce
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.672,e5358a94-657c-4d51-8f96-81b70879fb76
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,ada8f368-06de-4208-b012-9eb708f93a06
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.2.2,modeled_data,kg/kWh,CO2e_value:0.672,27fa0348-b98e-48e4-a513-984a3d86d129
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.672,b89964d0-7b29-491f-81c1-d50dc4309c72
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,a9dc2ee5-ae0e-47e8-b709-d1935d036673
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.3.2,modeled_data,kg/kWh,CO2e_value:0.672,4e27f020-5cd5-4eaa-a181-f0fb4ed8fd29
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.672,9c113ae0-8f68-4338-b727-0690aaacb28e
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,25662cfd-aff5-41a1-9cfe-2db240690109
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.003382143318619353,II.4.2,modeled_data,kg/kWh,CO2e_value:0.672,8f110b62-f30b-4764-b214-7b79506cf089
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.672,ead6377f-021d-4ad9-bbbf-4b91a1c42941
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,2e56f513-6ec5-4e37-a519-a665a8a82208
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.1.2,modeled_data,kg/kWh,CO2e_value:0.672,6b35b337-7edb-4ad2-adbc-99b027ac1304
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.672,af2062b5-f637-46c5-bd4a-95c6a2eab7d7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,15e8fa6f-71a9-4f97-995d-8d2d08ab3d9b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.2.2,modeled_data,kg/kWh,CO2e_value:0.672,adc75052-09c0-4b73-a984-d1340057f722
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.672,affcdd3d-bd76-4c97-bd07-c89e0b67d7cb
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,13c803f2-1718-4ce1-b3cf-ce1ff05a4876
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.3.2,modeled_data,kg/kWh,CO2e_value:0.672,9e3a3a49-cc45-4bd0-8417-e45dc12c0dab
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.672,cd3a4f0b-b822-4289-aee3-305a0cf0fc93
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,d7eb3356-9fbd-4545-9c9d-4a0781b864cb
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.4.2,modeled_data,kg/kWh,CO2e_value:0.672,efacf6a5-3e9e-4ff5-86b1-c5c0e4624c23
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.672,450209ca-06cb-438b-a69b-aca8728f0171
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,2e908ce7-6ec4-4beb-bf14-8a8b3c74460a
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.5.2,modeled_data,kg/kWh,CO2e_value:0.672,963c2371-7525-4d81-85d3-bddf43e33c78
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.672,1c726463-3e3c-446e-832f-eb92b4c26ac7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,3d974ed5-66b3-4bdc-96f2-39af750502d7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,I.6.2,modeled_data,kg/kWh,CO2e_value:0.672,2b60c94e-740b-4978-b83e-d1b3173de0dd
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.672,557f97f6-078a-44fa-a697-ef9f515e50ed
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,a09e8fe7-2309-4280-9337-d7ed69e740fa
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.1.2,modeled_data,kg/kWh,CO2e_value:0.672,fed97d72-add9-48a6-9aad-6eb54750e8d4
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.672,358e5dba-03e4-4f0d-b68a-10dc1e9fa06a
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,e00cc978-c696-4cd8-abf9-c1990f1fd9c8
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.2.2,modeled_data,kg/kWh,CO2e_value:0.672,7abd85eb-90ac-43df-98e7-ae56dbb25a86
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.672,9879feee-4a0a-4a30-be4b-a702f776f24a
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,3463456c-4275-4cc7-9469-50508f823539
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.3.2,modeled_data,kg/kWh,CO2e_value:0.672,c5273286-65e8-4250-a303-4b17bbe89e08
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.672,91ba1e17-9585-47dd-bc63-91f99adb34e8
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.672,b7ca1436-c675-427c-bdb9-802cadd0993c
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,0.00012306211342473348,II.4.2,modeled_data,kg/kWh,CO2e_value:0.672,e40fe9f3-821f-47b8-8b0f-4a19d35a6756
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d43f22cd-7dc3-4602-b5be-9fc369810b39
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,9582370d-8992-465e-9d76-121710ab093c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,8249b2cc-98fc-4cf4-8cd3-8d4d628c259d
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,9932e5b0-a675-46e8-aeb5-b6d08a5f407e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,bd68fb42-dadf-4727-b3cf-ac78beb9403e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,8ce5713b-0ee1-44dd-8025-abfa446c5783
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2dac635b-d9b3-4148-82e8-8f59e1d2b2d7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b2fc485f-da18-48e1-9334-ea9aba12e9fa
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,fed98431-5f91-4c29-9378-5e866335bdc8
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,42f61334-8761-4899-9ece-341301233ede
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,86cb3264-0aa7-4465-85d9-3dd24311e923
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,43a90dae-9af4-4914-a6e8-858daa927634
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,ba8398f8-6e19-42e8-af88-116c1a14842e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,506c5eea-74f1-4047-beb3-fb9f4943c9b1
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,116b276c-bf6a-47f5-a8ba-04c252c22a74
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,10dd2f87-7c5e-4bec-ac06-87cfce5ff747
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,36a34107-8b90-464c-8c16-ce0adfd4cce0
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,042d86bb-cb4f-4b70-a4ec-f98c7b2e86b7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,4a119bf4-0d36-4596-835b-f3ba9dc07cd5
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,12193b97-7d89-4e3b-b4d8-cc1ab7872d81
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,a5a016f9-074f-4d3e-9c18-c487c8fb2e8d
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,28d42d77-0bf3-4c45-99ec-5ae74ae6e164
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4c4b94bd-0332-438f-a44d-942f7b8714f1
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,803bdaf1-3445-4934-a034-535570f7bf94
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,dfa889b8-3825-4c8e-a138-f97b3f8dd7fe
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,5204d075-46fb-4322-bde6-52dcb5068fd5
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,2c1dc038-2fe8-4cba-b418-2f6c56e67c6b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,7c7051f7-c90b-41a8-8dfa-cb529bd53f38
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,e947820e-5cd6-40f9-acf9-7a868204f135
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.5843635592313411,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,5e2cfd3a-6726-4574-8e3d-942138c8c60b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,b22206e2-fcf2-4b08-bb92-7bc34d60cbb5
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,841b4e6c-f78a-41b8-ac7d-6aea8de35fca
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,567998e4-18a0-4837-9333-a178c4decead
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,e34ce031-9f27-4303-8bdf-8bc3b7e95838
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,460fa730-25fc-4293-9e37-eb2367f19829
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,821b6cdc-8662-43f2-8945-70563097e5fb
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,97ce1a54-7061-43de-87e5-186758f06e17
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,8926918b-5726-40e2-b867-1546e4bd095c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,c3710d2b-6f88-47d1-95da-ed9f8e046dc4
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,7ee3b7f5-d579-426f-bb25-1a4b4ad8c4f0
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,bf55ed0e-c214-491a-8a55-7324b5326f9c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,e294ffe8-e80a-4bf6-999c-5d2fa090ce88
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a55f90e2-cc9b-43a5-878a-3b72d30483be
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,73e7420c-bcfa-4324-ba91-b2b79cf16cdd
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,961e13d0-caa3-46e7-8a4d-67fc15b88bcd
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,dcb8bb1a-5bdd-4a50-a457-be112aaf77d0
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,e839f0ff-7f09-4c00-a2c7-cabaad4a0e3c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,87e1f753-66ae-4140-8498-f48f2f8f4548
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,98559bbc-25b6-421b-aa45-298b21d7874c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4a4c32e1-bcbc-4184-9bcf-2eb328a5bf96
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,27c23e93-45f9-4dac-af40-fc794a4d30d3
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,bf0e00d9-70fe-4986-a7e9-cdaeb456ea40
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,ca49e320-0675-4887-af52-d027d96f7e7e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,166b14ec-c8d6-4a3d-bbd9-0ca1346a5f0a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,0091dbc7-598d-46d5-93d9-8d4ab9afb39e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,a70df75f-1bb7-4656-a266-61e691331b71
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,0f0bbd13-203b-4d8e-80ca-d94eb8c6953c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,7e985e4a-4b74-4ba5-bf40-df71c05a4d8c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b994af4c-418a-4620-aa14-a7150642ebc0
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.003676784139458941,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,a2bc52b3-7587-4da0-8801-0c15ab1b85f9
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d1f3f2a5-e4c7-4458-aba1-747376d41dda
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,0dfe05b1-69c8-4675-8175-e0d609e5c31f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,00a77956-a8b9-43cd-86c4-e50f0250db7e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,e5e133e2-3be1-44e4-a4dc-0fe3e0e4768b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,42b80aa6-c24e-44a5-96f1-32f0256f92b2
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,ac1b7119-0ef0-4891-881c-d268691bddfe
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,bffc28b3-1840-4e87-b54d-bf412e12e92a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,882004a5-a0ba-42cb-9682-8c43d02637fb
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,85353bbd-3f22-4ede-8dc8-44d840e1bd56
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2dbe57ed-e347-4f75-9924-6d4fdff86723
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,8e6b3c2b-1611-48e3-b28d-89a0c2eb28d0
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,79890e4b-300f-454c-a9d8-1843dacfae28
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,24f7bfba-5d09-4b8c-b5e2-49427f020a80
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,7d7d072a-e7f2-4eb3-94e4-1cbf98574c40
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,3adda361-5118-46b7-9f79-de9b51158382
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,146dbd7c-33d1-455d-9dec-135d06a5e271
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,d138b96d-0bbe-49f0-9161-f7bad79780fc
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,7209bfd3-9fe4-4ea9-965f-5003d1f3e0a1
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,106a5240-09e3-4b4e-9998-c913e009f05f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6b687449-38a5-48ca-af2e-e7a05b89652a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,1fbd1d68-9123-4279-82c2-5465f3d1c95a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,9df75a1b-08e9-4707-bf57-756f676ce652
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,2a30b894-3bf8-43dd-a113-c07728c029ac
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,9ce05b12-ddcf-415e-8364-eb4c88ae8594
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5aa6e8bf-810b-44c3-bed3-1f130ac38643
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,040a2f5a-8bf0-46ab-a2d3-a9b39ef975c8
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,84ef07cf-d614-4e80-8861-fa1e59b8196d
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,8ab1a8c2-708b-4e65-98eb-dd2f98fe9a9a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,3a6d32c4-bb2b-481d-bd30-6a067147117b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,0.00013378286612439127,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,9cc75857-21bd-4da4-bed2-c8f474fb29ea
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.576,c01e6c7f-2e97-4564-98b2-171c19711df4
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,223452b2-793e-4cc0-9a74-3945586ae873
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.1.2,modeled_data,kg/kWh,CO2e_value:0.576,9ff9f571-2e50-4062-a5be-6c9672447a44
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.576,db9de3a6-4594-406e-a868-f6bae4924502
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,6548ca6e-2077-47a4-87d3-c8ffe9da5815
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.2.2,modeled_data,kg/kWh,CO2e_value:0.576,9fa9edb1-0f5c-486c-9739-ac4f95cf61fa
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.576,b67a32a8-9d57-46ae-a075-adf1af435354
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,900db338-a705-4961-b6c8-9756be0cc11b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.3.2,modeled_data,kg/kWh,CO2e_value:0.576,3bff9d22-a6a6-4334-9d6a-020376c1843e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.576,35694c72-a570-46e9-a2ee-66dc2d2d0dde
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,f027f234-3526-4e6e-9fe7-258cbe0d3edb
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.4.2,modeled_data,kg/kWh,CO2e_value:0.576,f72b7c14-a362-4e87-91a6-8957bef489fe
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.576,f64e57be-d0d6-4950-93b8-ab3209bf0114
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,54eb940d-f6e9-44f7-900d-acb04a34a32f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.5.2,modeled_data,kg/kWh,CO2e_value:0.576,cbf4e327-a24c-49df-8ea2-9ba57c15bba2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.576,b7b0875d-9528-4cd5-80fa-486246dd9ac9
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,1206f23b-2c33-40cf-b5f5-855e4f1166c6
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,I.6.2,modeled_data,kg/kWh,CO2e_value:0.576,a5965b83-e3ad-48b1-93e2-7cac1a3cabe5
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.576,23087977-1c52-4ffb-8673-c0681e03508c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,05eb0eb6-2e8f-4087-962d-ebff74f0118a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.1.2,modeled_data,kg/kWh,CO2e_value:0.576,78f7a39f-b64c-4a1f-adda-41559177c6a3
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.576,86b0da67-42b9-4c31-a72f-bc4e17e65b92
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,24442ef5-61c6-4f79-b8fc-acb4ea53c0b7
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.2.2,modeled_data,kg/kWh,CO2e_value:0.576,7b5449db-cbe0-4344-8a99-c67ef186f0ec
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.576,ba05ec1e-c952-497c-8ab3-8b37a5805d02
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,f19134ed-c92f-4820-9663-955282211941
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.3.2,modeled_data,kg/kWh,CO2e_value:0.576,10daa0ed-5742-4782-82c8-156a795ee6be
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.576,559f441d-9365-4fac-bc87-ac86858e3251
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,fdbe4ee8-b0c7-4337-b0d5-b164a5b0847e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.46061390472013497,II.4.2,modeled_data,kg/kWh,CO2e_value:0.576,180496c5-2e32-4f61-bb8f-958351a461d0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.576,0fbd9916-36ca-4fd3-aa48-06242d11826e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,d62880bd-d722-4909-84ab-ebe95e5bfab2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.1.2,modeled_data,kg/kWh,CO2e_value:0.576,797f99a3-e198-4bed-85f5-c35f0015c5ae
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.576,c246df2a-c8cf-428d-97ac-a58dc94841ac
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,b593d6c3-752a-4035-a66f-2b5053568930
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.2.2,modeled_data,kg/kWh,CO2e_value:0.576,0489c82e-ddc6-4052-b174-7918cc78c703
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.576,2962cbea-0bb8-4d40-95b9-d72cf62e99b2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,68ed435e-7914-4a7e-941a-db226f7b198c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.3.2,modeled_data,kg/kWh,CO2e_value:0.576,ae53dd6b-fd45-4705-895c-65e3e94364ca
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.576,5f3b7b4a-0b68-4da3-bb0f-dae0f447cc28
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,fadb3f2a-a639-4e78-b41b-06f7052c89f0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.4.2,modeled_data,kg/kWh,CO2e_value:0.576,5c758f85-7e63-4256-860d-027a3b94ff4a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.576,53bd568f-16d3-4632-8d92-fba847ba9be7
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,475fa3fa-144b-4ef8-ad69-3d167e0f0c17
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.5.2,modeled_data,kg/kWh,CO2e_value:0.576,9e22d9c2-be68-46a1-aff4-de8daae8f982
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.576,5b6c4e01-a77c-40e7-a6d7-63ca918cdb2e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,ee2c9878-052c-458e-93bc-2690abe5cd4b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,I.6.2,modeled_data,kg/kWh,CO2e_value:0.576,e0d53dd5-2d8f-438a-8b88-807a3cab98c9
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.576,6e22ac16-698c-4bc0-8228-20eb4ffbea43
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,de72f32a-ef97-4fd5-b459-f1d15ef0fca8
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.1.2,modeled_data,kg/kWh,CO2e_value:0.576,16c82a33-f314-4b59-87d2-daf4af473ed1
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.576,90049c3c-3152-4e3d-9688-21da60ea9171
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,6f52a2de-41f2-47b5-a015-c16ae4eb4fbd
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.2.2,modeled_data,kg/kWh,CO2e_value:0.576,e2bd8ad7-a712-4b7b-b9ed-c3c3dbf1c424
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.576,9746857a-9a19-40b5-90ea-98f13d5403dd
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,bc69274e-a72d-433d-8942-3c6f011bd49c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.3.2,modeled_data,kg/kWh,CO2e_value:0.576,64b78023-f98a-4166-9b4d-36f0fe448417
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.576,8a0e102d-1465-454d-a1d5-1907f3a7a3af
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,77d080dd-98c9-4d39-affa-328f7674537f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,0.0028981579575511843,II.4.2,modeled_data,kg/kWh,CO2e_value:0.576,adfe7552-7413-4660-bdbc-e72ae2a16def
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.576,77bf60a0-3038-4c7e-a17f-f98d844ce8b2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,486f326b-72ee-46bd-9c03-a2143028f26d
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.1.2,modeled_data,kg/kWh,CO2e_value:0.576,837411bf-c5db-4b0a-8dc2-55de284567bb
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.576,415362a1-7e31-41c6-bd37-f7a151c67ead
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,6fcccbbd-90cc-4ba3-81b0-5c35d3e1d474
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.2.2,modeled_data,kg/kWh,CO2e_value:0.576,ca661da9-7aeb-4c56-bbc3-5f7b990393f4
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.576,ad002c5a-dc19-4806-aa77-8d115037ef75
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,9c6a070f-49e0-497a-b62b-68309d039a59
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.3.2,modeled_data,kg/kWh,CO2e_value:0.576,a6bf56a9-53fd-4cc7-b66e-6661f9ee8d70
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.576,7c467d7b-2dcd-48e9-9d5c-05810ddd2755
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,ca0f9168-73f4-468f-aa22-670dfdb59212
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.4.2,modeled_data,kg/kWh,CO2e_value:0.576,b5feeb90-3041-4102-9125-47f78c61e765
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.576,2be541c4-45e7-4699-8d60-185506c44edc
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,7c08d4e3-5e50-4b5e-9e7c-caaf8808e0ca
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.5.2,modeled_data,kg/kWh,CO2e_value:0.576,c365dd1e-f3b1-4209-84f1-388998406768
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.576,cabc4e63-984c-436b-9667-b4df22a4a88d
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,4190f8d2-e873-49bb-81da-bc7d256db534
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,I.6.2,modeled_data,kg/kWh,CO2e_value:0.576,ccac24d5-4abf-45e6-981c-9e1f7146e0e0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.576,3360434b-5a5d-4270-bf79-9b3f6c989264
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,65cb2ed4-5244-4a4d-9177-6c6169deb36c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.1.2,modeled_data,kg/kWh,CO2e_value:0.576,1b2ba4c0-f7b3-43b0-ba39-67ac4277ca33
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.576,7b73ea96-66ca-47bc-991e-9e9b016bce26
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,77f96160-56ac-47fc-b550-c822438bbf6f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.2.2,modeled_data,kg/kWh,CO2e_value:0.576,3e5d7837-1b4f-4899-9a07-48c2b374b9d7
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.576,b5fb185c-2326-4442-9f0a-4b1a600cde5b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,3437fa2d-9fac-4da4-8398-a64539174fcb
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.3.2,modeled_data,kg/kWh,CO2e_value:0.576,06687157-4965-4c5c-ba0e-7d587993bc84
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.576,9b819f85-5000-4891-a985-0b1c0306e270
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.576,2c798268-af53-41bd-82fc-80566faa62b7
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,0.00010545190126376717,II.4.2,modeled_data,kg/kWh,CO2e_value:0.576,c5a98bda-c722-43c2-b2bb-4c77306e4adc
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.475,ecdf07d1-506b-4541-859c-215acd827395
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,6b727be1-eb0b-4b56-9dea-c64b402f6552
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.1.2,modeled_data,kg/kWh,CO2e_value:0.475,d4ef4ca4-e1e8-4929-86ad-3061803074fc
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.475,f3e3ee39-c928-4c4d-ac5a-c88413ffbbab
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,499ed1e8-b326-490a-adde-e5aad94214a8
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.2.2,modeled_data,kg/kWh,CO2e_value:0.475,0aec86b4-b1cc-46dd-afee-65f8a08c1089
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.475,e6acf680-fe77-4be5-9d23-7a6202906a9d
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,d8aa0981-3693-4644-b7bd-1dfd6b8f39e1
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.3.2,modeled_data,kg/kWh,CO2e_value:0.475,6c265b61-0d27-41ec-b66c-8a9a4596480f
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.475,dd6d642c-02ce-436b-a53f-a5653ad25fe2
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,916c760c-f994-4bd1-9119-a61303b9f175
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.4.2,modeled_data,kg/kWh,CO2e_value:0.475,0b213c19-f96e-47f5-9a26-bb4e06176436
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.475,66788f9c-3e60-4151-9a98-04b41ccd794a
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,a7a2a869-a7f0-4627-bcf0-7ce5eacf2dea
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.5.2,modeled_data,kg/kWh,CO2e_value:0.475,1c71514b-620a-4e59-9535-977d7ff7c951
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.475,74523621-7b77-496c-ad3c-a534d05d73fe
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,4a9988b9-e51b-4d14-9d7d-ef2934d0d022
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,I.6.2,modeled_data,kg/kWh,CO2e_value:0.475,558a6f1f-2134-4063-8933-2563889151c9
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.475,d5a1be5f-ae24-422e-89ff-1097a4fb0c0e
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,fef057bc-0c1e-4837-8b41-3794f4233eae
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.1.2,modeled_data,kg/kWh,CO2e_value:0.475,ddcdf986-14f8-4ce4-a515-6d547a82306f
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.475,5ce05d9c-04a2-4fd0-bbbc-474fcbffc1ff
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,96eee4e1-79f4-4a58-8c7e-bdc1fec9e848
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.2.2,modeled_data,kg/kWh,CO2e_value:0.475,686dfbc8-8888-4df0-afa0-2510b6192f31
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.475,1c6bdee7-6b2e-4ef1-82f6-e59b5e2c0ebd
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,ea183ba8-3b2d-4a12-af62-620f789fb376
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.3.2,modeled_data,kg/kWh,CO2e_value:0.475,71cac339-0ecf-4eef-a12e-a48f699334fc
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.475,a2838edc-7b69-45d1-987c-7dba6221d339
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,4e738677-dd07-4368-968a-afa91a7c9ab2
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.37982362583498935,II.4.2,modeled_data,kg/kWh,CO2e_value:0.475,0f012fef-8e1b-4296-bc32-0174047be35b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.475,35e71f2b-96d6-4738-bd3d-1197025baced
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,04445d2a-ff4d-45d3-9dcb-f47fe9dbd219
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.1.2,modeled_data,kg/kWh,CO2e_value:0.475,b4635964-e0fa-496f-bee9-eadf35116571
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.475,d994ea54-01fa-4bdb-8c8d-649f39582483
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,829c29f3-1c0f-4a8b-a1e5-38da553f423d
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.2.2,modeled_data,kg/kWh,CO2e_value:0.475,68e607ec-1269-46db-b4b6-b535db71c76c
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.475,a8a1eb2d-b1bc-4c60-92ab-bc8d5065400b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,cb9436a4-4601-408c-a0dc-f8cf2a5f7ade
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.3.2,modeled_data,kg/kWh,CO2e_value:0.475,184f97ee-c66a-460a-abc8-ce98ec0a2f63
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.475,753d4a33-a5f4-46c4-9820-a9e6743b2869
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,71d60798-63c1-4b5c-9e0d-419bfe92d57b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.4.2,modeled_data,kg/kWh,CO2e_value:0.475,04f32c86-83a7-45e1-b445-4a6b6801b70b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.475,4a1506da-d5dc-4e54-8b3b-963de53a90c8
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,63556b53-5ea1-4508-8f22-49144bce5780
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.5.2,modeled_data,kg/kWh,CO2e_value:0.475,a2ce4996-d408-4384-afd3-a9b66798eaab
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.475,12613936-255d-4805-9e7f-b1aaf9272be2
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,28de1814-8758-45e8-bc17-d6aafbd639c1
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,I.6.2,modeled_data,kg/kWh,CO2e_value:0.475,946ab1c6-da60-418f-8467-9a223ac073c8
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.475,f7b0c742-185e-4d97-8c0d-22eaf8ac5d23
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,a4b72604-2bc7-425c-84bc-711f23c6758d
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.1.2,modeled_data,kg/kWh,CO2e_value:0.475,7fc5890c-3dfb-4efc-b5df-be05ca073469
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.475,04f72b36-9721-4050-92cc-acac162ab788
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,7260941f-b9d9-4707-abb4-c0ed77682a08
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.2.2,modeled_data,kg/kWh,CO2e_value:0.475,ef2d0814-21c7-481d-ae81-5d0d6c84af30
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.475,59d97386-66f7-4a3c-ad16-8ecfda6e0d1c
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,f4cfe8a3-00b3-4ad3-aa69-7342aa89ecbe
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.3.2,modeled_data,kg/kWh,CO2e_value:0.475,c72e4eba-208b-4b58-ad88-b3793bf88c44
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.475,bb7a2f49-02f7-4b68-bb32-e049fb4e4a7a
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,7ea25547-b746-41e0-b93a-c4c2508d2dcb
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.002389829860538943,II.4.2,modeled_data,kg/kWh,CO2e_value:0.475,60c5ac95-52cd-4bb9-81a6-936c35081c02
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.475,20f44b37-3cd0-4237-8d35-274a4d4d941b
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,2f02542b-f18a-4988-a883-58084c467c8f
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.475,c0640d32-8f26-49bc-bedd-11db82a5ab29
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.475,20e6e52e-5300-4215-be54-8e47e66e0132
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,b95ed857-e854-4b18-bde3-ba333a7d44a8
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.475,eccf5af8-8296-46fe-a7b9-a96e3b2a6f22
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.475,d7b1564a-5a6b-4298-b190-d5d5cfe2db4a
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,529f8277-9731-4744-8df2-6e4f8b823e10
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.475,0dc89fd1-af13-48db-afb6-17716e45d8ea
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.475,1ee21910-8c01-4aab-9e5d-fc5249398b45
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,9d3f86ae-8ea4-43ff-9a65-a2dee5640b8c
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.475,e6c83650-cbc3-454a-96da-8a707534c6b4
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.475,22d886ec-5aa8-4f84-ad87-cda4bd1702c8
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,6b3d112c-187c-4e14-9d3e-b604bb9d67aa
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.475,a7408aea-586f-4581-9357-29bc10124dc7
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.475,0121df42-5492-43ce-9bbb-4dd32adce3e5
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,3088410c-174c-478d-91db-aa5cd527ac77
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.475,9b6bfdee-b12a-4299-8484-561472bea6e8
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.475,981c14e5-50d3-478f-b2dd-b0f4a8775953
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,9352fdf0-8a6e-4e9a-8424-6d8360a99b24
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.475,062d8082-f5d3-40ca-9510-6e79884269ae
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.475,61474f01-242a-4ca6-b37a-4ca2ce14c78d
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,bf70da38-d748-4668-b671-392d5d7d7710
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.475,5ab93799-d87f-4cee-af45-b220cf48ae3c
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.475,dfec5544-9f3a-4428-bf8b-a95e41c8de2d
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,1c0529bb-5caa-416e-9a7c-d36ddb349bb5
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.475,7ef5717a-e53f-4678-af34-381b5582c380
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.475,6f8ff314-6a72-40a2-9b5a-2a9d532b8190
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,72d6c6cf-7557-4b9c-93a9-b02713624b19
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,8.695595829555617e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.475,fbc83696-950f-4e71-bc0f-138c443ed74f
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,589258bb-86c3-490e-8fc1-c5c1ab850019
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,344c9897-54e1-4d21-b74a-45af4f04c387
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.1.2,modeled_data,kg/kWh,CO2e_value:0.68,b36e3dd0-dfd0-49c5-9dbb-35cf92e6d24d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,2976bd54-3eba-4a96-ae96-4619d1213c7c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,6eec7946-98ba-4b6c-a489-362d9017835c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.2.2,modeled_data,kg/kWh,CO2e_value:0.68,be4e43a8-75c3-40a6-8ef2-6f1a2232bc1f
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,fc046a4c-557a-4657-a021-66c17cec5e47
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,8a53258a-4c20-4af7-a56d-d19ea1156eb5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.3.2,modeled_data,kg/kWh,CO2e_value:0.68,30fbe1c7-96d9-46f2-9c3b-7303c3585b74
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,0ee65178-d2e0-4bfa-a97e-14a32b84cfa1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,4a89bea1-aed8-496a-9cfb-96e1ac6a352a
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.4.2,modeled_data,kg/kWh,CO2e_value:0.68,b21b9238-ac2e-4ae1-811b-bd91ba60ff38
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.68,6a385d5a-f61c-4c70-8eca-64b748db5da2
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,a4180afa-4834-4095-8739-7664d7366f39
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.5.2,modeled_data,kg/kWh,CO2e_value:0.68,6c23ecdc-2e01-4caa-b4ed-1306b3e4c918
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.68,cc89d38a-9386-490d-8553-146156fd3bce
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,fb94091a-786f-44fc-ae01-401f7d806ba1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,I.6.2,modeled_data,kg/kWh,CO2e_value:0.68,7745ca97-ae7e-4067-9c86-448dc4fd4ff1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,01450e00-f431-4e37-a681-847bda8ee3da
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,665b5d52-cf76-4b0c-a791-d0a9929eb1c8
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.1.2,modeled_data,kg/kWh,CO2e_value:0.68,a78b1c83-cc51-4a27-ba32-b3f420d09d68
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,863f78ca-1596-4d31-9457-16084925ca75
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,5f650652-7495-458c-8d3c-da92fd75b733
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.2.2,modeled_data,kg/kWh,CO2e_value:0.68,202ccd3c-5c7c-429e-8f41-c1d70fc71bef
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,10c20d52-0b21-4859-9549-be9662a90316
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,6bb41464-4156-4561-9719-8fef724d39bc
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.3.2,modeled_data,kg/kWh,CO2e_value:0.68,795d7833-4483-4204-a1cd-acfe25f5b7f8
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,5c551741-e3c1-4aa4-b1c1-200789752866
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,7e515978-6649-4a7c-8c4c-9814ade2fc27
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.5438156421382397,II.4.2,modeled_data,kg/kWh,CO2e_value:0.68,c761fa7c-7516-4552-8142-26baa7ba5817
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,cfa3727b-9b1a-460d-a0e7-cc7c50e3d34f
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,90c4acd3-3e6d-48b1-b585-a4971102469d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.1.2,modeled_data,kg/kWh,CO2e_value:0.68,264daa4b-03e0-497d-bf77-7a4d714f3c02
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,5445c359-b2d8-4a8e-add3-df15c2a9f06b
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,1bc3cba1-e3d2-4db9-93b8-266a550efdc1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.2.2,modeled_data,kg/kWh,CO2e_value:0.68,3f0dba58-662b-4636-8226-526deb4b732c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,ea1b4ea0-54f6-44f2-8c21-9e9b5f2e5867
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,64e3c9dd-d41b-4d96-bd08-5b9758c10dfd
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.3.2,modeled_data,kg/kWh,CO2e_value:0.68,78cce699-acad-41b1-b5a9-3aee63d2bde5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,8f6cbbd0-ae53-44bd-9d65-149b18970d96
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,18912d74-aa3d-4d82-86b3-5f260de8985d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.4.2,modeled_data,kg/kWh,CO2e_value:0.68,4bee8f5c-3af5-461f-ae83-f84cc3d120d1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.68,f7101e36-f4e5-453e-bb1b-8ae58819e3fd
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,b2b9afac-2228-40ee-8af6-f5e2b9b5a353
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.5.2,modeled_data,kg/kWh,CO2e_value:0.68,c94e0ec5-0a70-42e2-9bca-603d9acaedb3
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.68,3b0c26b2-9a78-4880-aa61-3c6efd0eb7eb
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,c75fa517-c29d-40b6-a1d2-75cc6819ec47
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,I.6.2,modeled_data,kg/kWh,CO2e_value:0.68,d8ea498d-3e94-4152-9295-6b12037862f5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,aceecf59-ef25-410e-bd71-81005f46e622
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,50eb2021-56f9-48a3-90b5-0c3b31790a77
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.1.2,modeled_data,kg/kWh,CO2e_value:0.68,5bbb81a3-cf58-45c2-9c23-0682061a49ed
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,646686df-3f91-423d-8bb7-0afe79c6e4a7
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,73bfb817-f58a-4a03-aadd-f9a956f443c3
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.2.2,modeled_data,kg/kWh,CO2e_value:0.68,f49a6914-da41-4b61-9e4f-1609b08b8ab1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,60e4b2fc-4549-4aac-baaa-b26e1a7115ae
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,0a59d548-aac2-4299-abd5-d31b168d1870
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.3.2,modeled_data,kg/kWh,CO2e_value:0.68,618fc8a5-bdb5-468c-88d6-a660c8d62fe2
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,aaddb93e-1844-4762-bf5d-71ee98d9a969
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,03a32950-2f40-40d2-926d-a5203b088ccd
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.003421658822178522,II.4.2,modeled_data,kg/kWh,CO2e_value:0.68,7d1b605e-d368-4601-9f8d-66776e7296dc
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,12eab7ed-b3d4-4ca4-8654-ef61c3bd773f
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,72fc9415-0d47-423c-9c1f-2ea2f90d6add
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.1.2,modeled_data,kg/kWh,CO2e_value:0.68,30f33058-56dc-45e3-bdf5-79a0d3090d49
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,2047070f-94ff-4580-90cb-807aea614ce6
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,ba01a2c8-2700-47e5-a7bc-d82d708c519b
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.2.2,modeled_data,kg/kWh,CO2e_value:0.68,01f0f806-4f31-4f6d-baa8-f46ba6dad197
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,0066058c-00e5-4042-9919-e569b93ae0a5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,8acb3023-92bd-4572-8f67-298678aaa32d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.3.2,modeled_data,kg/kWh,CO2e_value:0.68,3783c8de-e393-4f55-b096-79a6cca293d3
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,3a237900-f3c6-474c-8be3-5dcc0e2b59c6
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,b8d0ff00-e60e-4a78-b05f-5cae4c492696
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.4.2,modeled_data,kg/kWh,CO2e_value:0.68,8bbb15c3-ff2c-4bd8-9b1b-70723547d9e4
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.68,238fad23-8eb5-4c50-8486-4fb8098f040a
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,e17be7ec-57bc-404c-969c-1ab0989be930
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.5.2,modeled_data,kg/kWh,CO2e_value:0.68,d5ad4870-9fc6-4883-bf4c-0c39f0886c4e
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.68,3c162667-c6be-4b85-89da-a4a1c36ba6dd
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,ce2758cc-a1a0-4047-a40e-fb41b3b7ec83
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,I.6.2,modeled_data,kg/kWh,CO2e_value:0.68,38d2803d-09aa-496a-a9a2-7345997d594d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.68,768e6a21-1bf4-4170-8284-afd13f573141
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,24bdd367-3c34-4e06-9f1b-a442bae75781
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.1.2,modeled_data,kg/kWh,CO2e_value:0.68,08203749-6259-434a-a0a5-da0560ff0720
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.68,09520c70-edeb-4f8b-a981-aa20cca1f311
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,808c7e10-0887-4467-a72f-fa56fdd844e4
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.2.2,modeled_data,kg/kWh,CO2e_value:0.68,1f1b062c-4717-47df-b1fd-578570128797
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.68,5f95fda0-97fa-4df1-b027-a6075186a162
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,3487af36-cc3b-41e2-bc5f-c028057294b0
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.3.2,modeled_data,kg/kWh,CO2e_value:0.68,a2338332-b398-4d78-b99b-5355325b797d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.68,572ac06a-8867-4a91-8bfd-7148191bbed3
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.68,3c26a3c3-4dd0-4af2-9d8e-5b1be0f2066c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,0.00012449991807194133,II.4.2,modeled_data,kg/kWh,CO2e_value:0.68,776f4948-99b8-44d6-b6fa-3752fc9951ca
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.572,4df75917-22ef-4f4d-8dab-cbcff5ce0748
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,853cdbfd-0b8e-46a5-b670-fefd9dfe7cd0
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.1.2,modeled_data,kg/kWh,CO2e_value:0.572,31b73f10-919d-4bd0-92c3-90a2e622140e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.572,7c5bb6c4-fef7-45a5-bfbf-962c7224d588
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,23466da2-508d-43ba-8ebf-d42234bf2c3f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.2.2,modeled_data,kg/kWh,CO2e_value:0.572,75db2971-f117-4b38-8524-775b59a1cf99
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.572,8771a245-b2cc-4c58-9d06-05277ec59f1f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,005e8968-6362-441c-8599-3b6b4fffddb3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.3.2,modeled_data,kg/kWh,CO2e_value:0.572,1192c5b5-68d5-45e5-bc1c-ab4d7fd64feb
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.572,eefe41b8-4dfc-42d5-9593-b1f1ade7b4cd
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,4d764c84-6567-4eb8-8dad-e5cba9fb98f9
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.4.2,modeled_data,kg/kWh,CO2e_value:0.572,eef7c8d5-559a-425a-9b74-3fc33aa8f520
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.572,79b66048-61ea-4480-aa78-200ea0cffb16
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,c57ab44c-1512-46ad-86b4-e83a69b023a8
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.5.2,modeled_data,kg/kWh,CO2e_value:0.572,3d15c88c-06df-4ef7-b91d-6778de9eefec
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.572,7278af51-ae6d-4947-96f9-0ce54332b0e7
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,de68c9b4-45a3-41c5-8620-ec4321a7af73
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,I.6.2,modeled_data,kg/kWh,CO2e_value:0.572,7080d3b5-cbab-4ab3-b613-791490ca3fcc
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.572,dcd73f32-33a6-4989-8582-8ca156e6eb13
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,48f16900-397c-42e4-a845-496905ebca0a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.1.2,modeled_data,kg/kWh,CO2e_value:0.572,160ad4a5-0874-4ffd-948b-7f596fd12e86
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.572,e47cbf1f-7b38-4615-8024-9a9768285094
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,f3a84381-cdee-4574-9e8c-bd5ce29a8116
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.2.2,modeled_data,kg/kWh,CO2e_value:0.572,da9fc87c-a02f-47a3-b4e8-da90298cc222
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.572,097ce3ee-9d4e-400d-967e-bc65897ba4d3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,6b56f9a8-766a-4bf6-bf00-61d4c92787ea
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.3.2,modeled_data,kg/kWh,CO2e_value:0.572,c0402e41-3663-41f7-ab6d-28414e193262
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.572,a4cd12c4-77dc-4e2c-b1ef-8fafe0d26246
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,d6e8a730-0a8f-4f8a-8612-b558e7608034
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.4573216161616162,II.4.2,modeled_data,kg/kWh,CO2e_value:0.572,2bb52090-7100-4c0b-a629-e5a1058cfda8
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.572,b4fd8689-be8f-4e45-aeab-c7dcea0741c5
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,787a8be2-f7ea-4f7a-8b09-b911fa39c2e9
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.1.2,modeled_data,kg/kWh,CO2e_value:0.572,e0ba1198-d2e1-4f3a-a888-8bbee21a8a8a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.572,23de5104-43a9-453d-b909-a693b7846d85
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,be26d7d2-85fe-4a10-ad1f-2d8b95717b45
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.2.2,modeled_data,kg/kWh,CO2e_value:0.572,283216ad-4af8-44d2-a9a7-8add696ba252
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.572,6f12a946-f096-4fe1-b873-cea914b71493
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,84075074-bd34-4c05-9fac-b32c318eddce
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.3.2,modeled_data,kg/kWh,CO2e_value:0.572,711a0e3b-a844-4e20-b828-a2639776d55f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.572,397d9cdb-238c-4b21-a928-939d70f856ce
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,3622c059-0afb-4345-879f-d5827b95bb97
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.4.2,modeled_data,kg/kWh,CO2e_value:0.572,47c30a67-afa5-439e-a2e6-756fa61f3764
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.572,69c0e866-8338-44b6-89fc-f79d2a9371a2
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,0633e3e3-c663-40fc-9387-30c39ba643bb
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.5.2,modeled_data,kg/kWh,CO2e_value:0.572,3fb19d3d-bd7c-47c7-8769-4bdc2bc65892
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.572,f7ef9da0-03da-4569-8731-971d17b90e3c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,8be4d913-dfaa-4512-ae33-272ccf5063b3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,I.6.2,modeled_data,kg/kWh,CO2e_value:0.572,d11ef6b1-aca9-4453-a664-dd1876841ca7
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.572,df1d99b3-4058-4d9f-8273-1c33d4d37f56
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,6f7e2124-b3ef-4ab0-b54c-4a993bdf0046
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.1.2,modeled_data,kg/kWh,CO2e_value:0.572,a09ebd0d-0f40-4a6e-81dc-ab20315b7c11
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.572,f691fc1e-57e8-45f3-96fc-0b0c8375420d
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,cbff2bf7-a607-41c8-a967-f953605008be
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.2.2,modeled_data,kg/kWh,CO2e_value:0.572,9566a0a2-4a31-49a8-9c4c-806d1443e3b0
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.572,37cfb3a4-f6c3-4ca8-bb5d-fe0b1e7e7780
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,32c8ff48-903c-4d57-b8f2-b4b3defe6d02
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.3.2,modeled_data,kg/kWh,CO2e_value:0.572,88fc6200-28de-4b29-a309-ac6c267543af
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.572,7501c708-ea57-4a1e-adc4-fa1865142997
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,d142fbe8-6e8d-42e3-877e-98c45df3874c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0028774430547081555,II.4.2,modeled_data,kg/kWh,CO2e_value:0.572,a03866a9-8c21-4867-b70c-eb4ceb672e73
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.572,c29cce42-f74f-4dd7-a13c-476dc1708288
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,857f7e97-b432-43a2-be71-f22710c5ddc5
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.1.2,modeled_data,kg/kWh,CO2e_value:0.572,fcb421ae-9ed2-4510-b147-91777f54e8e5
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.572,fbf48711-ccf6-4c56-8b0a-bab6b4eeecf1
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,467932a0-36c3-4572-a1fe-8ad6ff44d6fa
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.2.2,modeled_data,kg/kWh,CO2e_value:0.572,29133c8c-7175-40be-ae3b-880ee767ef5d
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.572,d100ff64-badf-4376-bef5-1a81fc5f7cda
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,605ea5e7-3641-498b-b58e-67872e102113
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.3.2,modeled_data,kg/kWh,CO2e_value:0.572,f7c7b287-8790-4ac9-91d3-ed59070189ce
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.572,b9986507-17b5-400c-9733-1faad894676b
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,53439212-1aa6-4acc-9602-fd0196a31a78
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.4.2,modeled_data,kg/kWh,CO2e_value:0.572,29ce02af-536b-4c87-a75e-18b5351096e1
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.572,029eed8c-cce4-4e59-a550-424c304c7725
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,b29bbf40-1613-48ec-bb7b-8a05aa8d224a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.5.2,modeled_data,kg/kWh,CO2e_value:0.572,7e1cd38d-1e63-42b1-8671-e42e53103e5b
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.572,0250c8fc-3e83-4bce-af94-a9a4881570f3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,86e1141a-66cf-444e-a12d-489e1d6a2444
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,I.6.2,modeled_data,kg/kWh,CO2e_value:0.572,077d5cc2-57d0-460c-9a0c-ae5f1156204c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.572,43aeb921-87d2-4457-b55b-d0b6c7c0d1ac
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,bdf918c6-e80e-4cdf-835f-0edd22ef9c58
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.1.2,modeled_data,kg/kWh,CO2e_value:0.572,0a8cfa1f-f294-49dd-9c4f-13ae811680f8
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.572,71d783f6-9ca7-4b85-b72e-b563cc427530
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,c39b4aac-e0f1-4d7e-9a8e-3c7c16e066ea
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.2.2,modeled_data,kg/kWh,CO2e_value:0.572,8fa6ba2e-aa0c-4bb8-bc5d-bfcdd71092c1
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.572,7e494040-c0ee-4ded-9427-86c68076ecad
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,925612b9-ff64-4e31-b982-eb61a3f931c4
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.3.2,modeled_data,kg/kWh,CO2e_value:0.572,e33d77dc-207f-45db-98c1-ab6bc109339c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.572,1be02728-0b69-448e-887c-579a1c1d37bf
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.572,343e368c-0f37-4b7d-b22d-2f56ba1741b1
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,0.0001046981721981722,II.4.2,modeled_data,kg/kWh,CO2e_value:0.572,b2e78c03-3d56-4cf1-a148-44198d495a0d
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.474,1406a04f-d47d-40dd-b7b8-ac78a829cb70
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,319a6a6c-2041-4206-ae47-4a2d04a9f2b2
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.1.2,modeled_data,kg/kWh,CO2e_value:0.474,bbcc43d9-af12-481e-9208-9a7c2bd7a40e
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.474,8a92ed66-20a2-4ac9-abe4-805e21538e53
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,e117ac7b-240e-4200-b779-96e171664994
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.2.2,modeled_data,kg/kWh,CO2e_value:0.474,f064e892-9b3e-4d29-8a20-ff721d7198c0
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.474,78a18f74-3850-4899-a9f1-491bdaf26409
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,0f24b942-ca8d-46ca-8702-7e67430a55dc
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.3.2,modeled_data,kg/kWh,CO2e_value:0.474,c1d7bb53-b4f9-4345-857e-34aa2af191a2
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.474,3beb3f69-7745-41aa-b7ef-b3d6f5bd32fd
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,5e1349d1-1aeb-4374-920b-26003afdef96
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.4.2,modeled_data,kg/kWh,CO2e_value:0.474,1d8d4267-5a7b-4a42-acc6-2977574c82ee
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.474,0d1b8f87-9c3b-44c6-ade7-5288a4f8d8af
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,b9d919b8-5b93-4975-ba21-84381c8a0ca8
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.5.2,modeled_data,kg/kWh,CO2e_value:0.474,d6e1638a-48ad-4141-a9a9-5cde361ec68d
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.474,70c7e39a-b74e-4a2b-854c-0e476bb1ff22
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,44a2c03d-feaf-41b1-b657-0c5116f7e5b2
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,I.6.2,modeled_data,kg/kWh,CO2e_value:0.474,ac25f5e4-e3aa-4ad3-b0e7-d41fe383ee08
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.474,a3726620-c7f2-4876-817e-a8dc571e3cec
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,8413172d-70c3-4439-9e9f-ef9548f9ff5b
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.1.2,modeled_data,kg/kWh,CO2e_value:0.474,b1633013-81a1-4b11-b2eb-9768f8cf5ea3
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.474,80456485-ec57-4d3a-bb88-4d7568107c23
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,aa817947-d8f7-4fa7-9ce1-f7618a220792
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.2.2,modeled_data,kg/kWh,CO2e_value:0.474,83fce15d-1976-4479-9964-f8b5fca384d4
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.474,94571e71-dc11-42b4-af29-1aab695b3911
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,f0a03477-a2eb-49cf-8971-d59b95fcd0a6
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.3.2,modeled_data,kg/kWh,CO2e_value:0.474,57c33a86-1ecb-46ba-8137-a8615c72dc9f
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.474,0f7539df-a0e3-4df7-b42e-6aeaae39e465
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,7bd53e4c-90a3-40d5-86e8-59ad37fda902
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.3795450990516342,II.4.2,modeled_data,kg/kWh,CO2e_value:0.474,b105fddb-d22d-4c91-8aec-0aa71094754e
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.474,74fbfb75-4b8d-4f2d-be92-edf947c4d6e7
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,2beb8755-bc18-4257-87a7-303677c0ff67
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.1.2,modeled_data,kg/kWh,CO2e_value:0.474,76d3395f-ea8a-40c0-b922-8352bde5db93
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.474,8e72bc85-def1-4055-91b1-edd4f8ca651b
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,c99aacc8-1939-4362-8293-79bea0632ba8
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.2.2,modeled_data,kg/kWh,CO2e_value:0.474,6ef94851-094b-43e1-89e7-19b02bafdb45
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.474,52df71e1-0618-468c-9f63-0e51be819af5
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,1e619571-11f8-4b20-b0a4-f1ba5239c4d4
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.3.2,modeled_data,kg/kWh,CO2e_value:0.474,78be16ef-a43c-46e1-9db7-b753bd064d44
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.474,35ed4f4e-e17a-477a-a4d1-0482c8026e75
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,b14087d6-5d26-47c2-84a8-aa10157a44ad
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.4.2,modeled_data,kg/kWh,CO2e_value:0.474,22c5f0bb-7c92-4393-924e-12e30ea05673
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.474,88c43e6c-1b59-4c7d-aea5-533a60e6e766
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,a2cb4016-7bbf-430c-8984-223221de2504
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.5.2,modeled_data,kg/kWh,CO2e_value:0.474,e6d1b087-2d41-4952-86a5-edc903b7ca30
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.474,28fa651f-0b80-45a7-8786-7cdc3d353837
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,b2b7be43-bd3b-4825-a5ed-b29a3d53600b
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,I.6.2,modeled_data,kg/kWh,CO2e_value:0.474,7a8236bd-9e5f-48b4-b4e9-03c227f07e52
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.474,55cd0163-6917-426f-847d-a244264c6f7e
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,344d9b20-3877-4247-b06f-8b48959f6df3
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.1.2,modeled_data,kg/kWh,CO2e_value:0.474,b53a0b3d-5a36-4507-8519-4b44438bf94d
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.474,24d3e9b9-781f-48ad-8ad4-ffbfe2901889
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,63e1e02f-05ce-43bd-bfff-1bc0fe75b33d
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.2.2,modeled_data,kg/kWh,CO2e_value:0.474,b19673de-5579-4840-a1a7-b564b493f5a9
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.474,ccf2ac94-33d0-432c-8815-839eb187af15
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,b0766a44-81c5-439f-89e2-17c439ae583d
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.3.2,modeled_data,kg/kWh,CO2e_value:0.474,25caf11d-ae70-448f-8cc2-dd336d238715
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.474,fbb44175-872c-4a97-9a93-0817015079e2
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,5c8f6598-a59a-4cb5-b1f3-e4c9354dd861
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0023880773849725306,II.4.2,modeled_data,kg/kWh,CO2e_value:0.474,98f74f32-332e-4cdd-924d-d0c4ef0fb909
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.474,da4650aa-f573-46fc-8f33-41a3e68baacb
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,0d33abac-0a36-4731-bf25-91f5962ed9a2
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.474,376f532d-5da2-4bbc-8310-f324ab23356b
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.474,66f5578b-4f2b-450f-8166-5fd981e55a4c
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,149e104f-04e5-4d57-ab99-ce852eccb361
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.474,e81bd100-9703-4526-87be-3f81ee27cf43
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.474,07f984c0-d2c2-4896-91df-1677a83ea479
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,1da6e717-10c3-4bbc-90c5-f25c611b0b34
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.474,69c0ef21-dd5c-43e4-8455-1a9beddc2af1
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.474,ef59e4d4-2c7f-42fe-bee6-e57d70653c80
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,8b4f8c28-0db6-4ada-81d1-70695def374d
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.474,128208b9-34d5-40c4-b63c-45521c675624
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.474,7eb30985-2ae4-45d7-8eef-91bf480e05a4
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,a62207a6-c1e5-4d5a-a60a-bdb35a889320
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.474,59ed48c3-0e78-49db-9f51-e34c8689b321
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.474,ea5ada39-a659-4ee0-9d64-0686df3a5047
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,0dd17ea1-9f16-4a40-974f-b3230ddeed5c
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.474,1bdee002-1c37-4fbb-90f9-01d9ec16c1d8
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.474,0dc14b88-2015-4ac3-b6db-4c2d371db251
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,8e06c498-064f-4134-b3ce-74dd617b3445
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.474,fda5b1b2-3566-4f5f-ae9b-c622f2ad0b18
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.474,efc35924-72b5-4aa7-851a-e898449c3d62
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,c27f5e2a-55e7-4bb1-8f83-fb83b6ac1100
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.474,e61774f2-b203-4435-b9a0-d70cac05e82c
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.474,dabe2bea-8f5a-495e-8880-255fbdfa8b76
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,ebaf58f0-f1b2-4c4b-9163-4238ee494370
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.474,f3b7fb34-f276-491d-82ba-a30d726fbd7a
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.474,7b13cc8b-6f7a-4bdc-90c0-6c1a41d7b2e7
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.474,f3019c4a-6475-43c7-9206-f3174d398f67
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,8.68921930063265e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.474,c1617c3e-66d5-43ba-830f-b5751416bb4a
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.87,bd30beed-0b47-4419-8634-450245cf2dff
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,860dcc96-1c94-4575-9522-df1bd29392fd
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.1.2,modeled_data,kg/kWh,CO2e_value:0.87,053685a1-6d50-469a-a826-c90450259a0d
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.87,bf0d0f26-a4d6-4c58-bd3d-8021ae01b6e3
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,c405e8e8-b445-463d-a515-98cfd4af729f
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.2.2,modeled_data,kg/kWh,CO2e_value:0.87,f50558df-6c73-4ba2-b54b-0f10fcc979d9
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.87,fb05b8c1-3f5b-40f1-a963-494692e417fd
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,b604205c-20e8-4442-a463-a8d3e2f5f7e7
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.3.2,modeled_data,kg/kWh,CO2e_value:0.87,2435cf60-6d67-4a08-8427-d5b6e380e617
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.87,15f7760b-e1d5-4411-80c8-e5b2b7b0681e
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,eba02c31-e83e-4a46-a434-95d0192d4937
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.4.2,modeled_data,kg/kWh,CO2e_value:0.87,ff0c38af-1df5-4d17-a5ab-2c17717cf82c
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.87,43055e08-ff34-4c64-a4dd-5bdbfdbd6a01
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,338b238d-7da6-4d34-95b1-8ba35d7acf1c
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.5.2,modeled_data,kg/kWh,CO2e_value:0.87,fb89943e-f505-446b-9941-bf2b8acf5a3f
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.87,cd39f5e3-8862-4e4a-a52e-7549d1316b75
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,34f9a669-7e55-4e47-b269-21b45e96b6cd
+RS,Serbia,2022,Production mix factor,CO2,0.696192,I.6.2,modeled_data,kg/kWh,CO2e_value:0.87,b69d24c0-7334-42b5-95ab-cf1b9612f1a4
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.87,007aea97-62d1-41fb-be8f-d735f16ac321
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,a8b8e352-4986-4708-b6f9-d38bd5f4bbd3
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.1.2,modeled_data,kg/kWh,CO2e_value:0.87,032d72d6-7242-4e03-a456-410e0748105c
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.87,164f4236-e3f1-43b9-a967-47c71f894951
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,3720d096-fa51-48f1-9d23-c49327498a3e
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.2.2,modeled_data,kg/kWh,CO2e_value:0.87,a0e3ec3f-bc17-4ed8-9412-a9eb3a7f5fd5
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.87,aa0c74a9-e88a-4ac9-933a-d11639419f74
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,f36337f1-2ede-48b1-b4ad-f31d1d358c9d
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.3.2,modeled_data,kg/kWh,CO2e_value:0.87,341d1b06-ae58-408c-be5e-a397764324e5
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.87,a376f421-bed5-409a-8fb7-6009642348fe
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,fb82fa13-1d46-4335-96af-1c739df9fd0e
+RS,Serbia,2022,Production mix factor,CO2,0.696192,II.4.2,modeled_data,kg/kWh,CO2e_value:0.87,401f77fd-af8f-4e61-a526-4c46ebcc1a65
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.87,d00caccf-917a-45ca-b559-7a5624cd93dd
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,7d434203-f8b6-4e38-9b4a-3f599b23962c
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.1.2,modeled_data,kg/kWh,CO2e_value:0.87,71576b83-6a20-4c51-8536-61ed5ffc0f0f
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.87,27d10bd7-d9dc-4b24-8186-e98b63150a31
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,1c9fb474-bb1e-402c-a928-6c2fb4133e6d
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.2.2,modeled_data,kg/kWh,CO2e_value:0.87,94c869c1-8630-4f07-b317-9c0151824d69
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.87,111560c0-f69b-41df-aade-971dcabd5a33
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,b66e9e77-0acd-46e5-936c-1bbbe8bfc82f
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.3.2,modeled_data,kg/kWh,CO2e_value:0.87,e8b93dec-402d-46da-bf2d-a268f87cf9d1
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.87,70df50a9-d8c5-40a7-87f2-7caed65a1be1
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,a2b3706d-00cc-474b-b7d9-397d44ea2956
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.4.2,modeled_data,kg/kWh,CO2e_value:0.87,613b5a28-e04b-4887-ae98-37522243b081
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.87,ff2e1422-cf76-4aa9-95bc-04b9ec840029
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,1162ee4b-a7f7-4399-8d7a-f016a723ab4a
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.5.2,modeled_data,kg/kWh,CO2e_value:0.87,a106eef0-5cda-4bf8-bfc4-5391a2246df1
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.87,df9cf014-2807-4f09-84ff-b949241e1166
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,a7b9cf86-6f77-4f25-9f97-8030a7caf095
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,I.6.2,modeled_data,kg/kWh,CO2e_value:0.87,b4ed7165-1a6a-4c66-bad3-18955a6b6666
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.87,c45744c3-1366-4858-a4c5-998bd7a485bb
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,21750eb6-df7c-4c50-92cb-0187c365f35e
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.1.2,modeled_data,kg/kWh,CO2e_value:0.87,8802c7ba-34fc-4384-96b2-07cd64d44608
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.87,27a6f04d-11ac-451a-83ea-91c502e58bef
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,60588fbb-c0af-4061-ad52-70cd8cc8c078
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.2.2,modeled_data,kg/kWh,CO2e_value:0.87,df9d2512-e991-433a-b8aa-6656daabc467
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.87,6d198097-2d16-4d6f-b4e4-f263a97819cd
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,0810e155-00c1-4766-a660-4065806b4009
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.3.2,modeled_data,kg/kWh,CO2e_value:0.87,dbe9f42f-8928-4f72-bfbb-0b5dff12f825
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.87,81203671-e719-4766-8e97-8a3ba83132d7
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,690b73cd-0d85-4698-a61b-dcbed71d0a72
+RS,Serbia,2022,Production mix factor,CH4,0.0043804026845637575,II.4.2,modeled_data,kg/kWh,CO2e_value:0.87,442b1378-02b9-4c28-be85-337b9e5c2077
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.87,351d8aee-41d0-4eb1-80d1-0b7b43ef1fb2
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,dfa75024-2f30-457a-a5c7-8aa93be378fb
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.1.2,modeled_data,kg/kWh,CO2e_value:0.87,3a495cc3-f0d5-4ae2-ae60-918d39c27b16
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.87,3df6eff4-50c1-46d8-826d-44df22fbd56b
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,f9fcfcae-ae6e-4e0e-b3e5-78d96f5866b3
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.2.2,modeled_data,kg/kWh,CO2e_value:0.87,90d0cdfb-7592-47d4-8e45-8212285e1d04
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.87,8ee22441-bf1d-4f96-a09b-96237fde3275
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,e551169a-a8b5-4f71-a759-b9144fba72ed
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.3.2,modeled_data,kg/kWh,CO2e_value:0.87,39edb9d6-cfb0-4a95-9707-ff8f92f87b3c
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.87,61ef6ed6-eb86-4349-aff5-a964956c0324
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,5eff10b4-c1ed-488b-9143-b34c6ee5d860
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.4.2,modeled_data,kg/kWh,CO2e_value:0.87,d0629a72-ef7c-4ecf-9479-9047141fa601
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.87,4aced4d4-184c-4d10-b1e4-0f64df979394
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,f70561ee-56b6-4636-b584-038e6a8cb4d7
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.5.2,modeled_data,kg/kWh,CO2e_value:0.87,3bc212c2-a49d-4c53-87a9-c926402e4889
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.87,64a20f52-8dfc-40b6-ac8a-65d9c05cdb9e
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,9cd31064-9a3e-4599-a322-4ec6d7939f59
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,I.6.2,modeled_data,kg/kWh,CO2e_value:0.87,897e852d-3efa-4e21-ad57-dfe1116ba9ab
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.87,dff6d154-b1df-48bb-aacb-6d5a6f228eee
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,a81d8b01-4ebd-4496-8899-da8295251fca
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.1.2,modeled_data,kg/kWh,CO2e_value:0.87,5347d3db-3758-4b01-a019-a0eeb674c261
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.87,9ea77dbe-ebbd-43d0-9b91-11f3039b8fb4
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,709d236f-1f00-446a-a6d0-3c76a8373dd9
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.2.2,modeled_data,kg/kWh,CO2e_value:0.87,6276353e-918b-411c-a0a6-d326c0de41a4
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.87,66319947-10ff-47f4-9d59-a17585c21615
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,0a0fb65d-4a84-404f-8902-5f29f9891a6a
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.3.2,modeled_data,kg/kWh,CO2e_value:0.87,f01b6972-fceb-436c-9b51-6aaa2512006b
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.87,71f6fa94-c30b-4f44-b3a0-9fabcce01033
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.87,133abcc0-407a-4d7e-8da4-1678dc1ef2e0
+RS,Serbia,2022,Production mix factor,N2O,0.00015938461538461538,II.4.2,modeled_data,kg/kWh,CO2e_value:0.87,2169facd-c5e9-4efd-818d-13e1e218db19
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,b66ec517-5d79-41cf-a56f-9f99609ddc74
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,ce694f92-ae98-491a-8ee6-e8a8cb5623da
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.1.2,modeled_data,kg/kWh,CO2e_value:0.67,0f640139-ceee-4573-8842-1956ceb0ab37
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,8bdbca81-c8ed-4b3f-b39c-5ef03379e2c4
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,3ae95c48-b93f-44f6-8329-2ba20fc8e810
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.2.2,modeled_data,kg/kWh,CO2e_value:0.67,e85ae723-6ae0-447e-9ce2-8c2da354b478
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,dbc0af5e-494a-4d29-9840-6fe19b81f295
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,ecf141d8-978d-4235-bdfe-32efccefca9f
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.3.2,modeled_data,kg/kWh,CO2e_value:0.67,8cfc88aa-2725-4453-ac53-eb790470d2ac
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,17ae6ab1-f636-48e1-b399-536f79628752
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,ebad2b8d-e37c-441b-9e7a-466c067aef92
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.4.2,modeled_data,kg/kWh,CO2e_value:0.67,65f47bbf-579c-4628-8824-37979c95a6e1
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.67,15a220a2-29b9-4fff-945b-631b67ec6509
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,a7fe9c08-df16-45d0-91cc-4aa437046d54
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.5.2,modeled_data,kg/kWh,CO2e_value:0.67,2c22a820-5200-4cbe-b527-49c210eddf85
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.67,89bb4899-5dac-4ee7-9a58-04850b459479
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,4af033ac-6e19-4c67-a32f-5bc1c86eeb7a
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,I.6.2,modeled_data,kg/kWh,CO2e_value:0.67,2dee5f0b-5612-4cbb-ade5-7b107086cc31
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,546e4961-804c-4790-8a72-e6788859f6e9
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,ea78ed34-1609-4a34-a71d-82f51053be2d
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.1.2,modeled_data,kg/kWh,CO2e_value:0.67,55a6e1c7-a31c-4722-8fd6-e663df5574d0
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,86925691-ee71-4ad4-b638-0c8e08a8beae
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,118391d6-730d-4a2c-9923-3f221e9cdbea
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.2.2,modeled_data,kg/kWh,CO2e_value:0.67,d1b9d3ca-6c37-4896-9e72-68bc33667e5f
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,997d98a0-c25d-4def-b2ff-1bc3d2d52046
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,add544cb-a659-47c0-8270-07c869d87027
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.3.2,modeled_data,kg/kWh,CO2e_value:0.67,8329c39c-a6fd-417d-b5dd-f5fdb7c469e3
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,f854730f-c07a-43f8-8380-00b98cc13e7a
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,db877bc8-bb00-40a6-bd1e-59164ced3f3c
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.5357640505057598,II.4.2,modeled_data,kg/kWh,CO2e_value:0.67,579d5488-bfeb-4bff-b41e-30df95081091
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,ac5268da-c582-4374-91a8-2027302bdc43
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,9270c8e1-ab43-4f6d-86f5-645f98a925d4
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.1.2,modeled_data,kg/kWh,CO2e_value:0.67,7a86b731-7e41-46e1-a963-bee8b951355f
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,0af710ee-9e1e-4bb2-a73b-ac7820abc0ff
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,41386b60-47ea-4ba9-9a84-75d46e3f4257
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.2.2,modeled_data,kg/kWh,CO2e_value:0.67,370e4f01-e6c2-4e13-83fa-4c0c514c01f6
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,be50ba19-8000-4970-881a-43372f32eceb
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,4afba3e0-8bf4-4986-80f4-1a5abb61be93
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.3.2,modeled_data,kg/kWh,CO2e_value:0.67,affdca9d-29a5-43b1-860a-07f8296643b9
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,452b029e-fde3-4384-b568-e47bdf62b64c
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,0b6245f6-d7c2-4b6b-9dbf-c3430ebf32f8
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.4.2,modeled_data,kg/kWh,CO2e_value:0.67,e03b5c75-caa3-4fd0-914a-b59cdb2235fa
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.67,4fd26c70-2eac-4787-b776-81878b72306e
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,c6f4f50f-82f5-4a52-8873-52856b619ea0
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.5.2,modeled_data,kg/kWh,CO2e_value:0.67,a3abfc89-19ba-4ff4-b3bf-6ea09c99e29c
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.67,1a8874f3-8928-4be2-917a-f422d7a4e32a
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,9ec20d92-2a74-4026-9c06-b46a097467b7
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,I.6.2,modeled_data,kg/kWh,CO2e_value:0.67,d07df95e-9890-4362-992c-3a240ca76fa6
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,0dbce3b3-9ef1-4bb6-8dac-e4637bd804aa
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,17d2bde6-d7d8-4160-bd3f-effd43f6862e
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.1.2,modeled_data,kg/kWh,CO2e_value:0.67,45ef559a-6139-43f8-af03-af953c0a1241
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,4c1bbd92-345a-4103-8729-49730b192483
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,a8199e4e-79d0-4100-9f23-27ed8f3189dd
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.2.2,modeled_data,kg/kWh,CO2e_value:0.67,2d31920c-50f6-4a3a-ba17-bb0863db42f2
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,4ee2b1db-91af-4fb7-a2ff-6a93a7ae8bec
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,e6220d0e-1002-4e8b-b80b-bfb8399816e0
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.3.2,modeled_data,kg/kWh,CO2e_value:0.67,44c0f201-3a6a-4ae9-aa14-98c8db438a90
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,35f5dfae-5322-482e-bc5b-3a02a92d95e6
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,940ce007-b5e1-4b6a-a956-d2c472cd3b53
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.0033709986399271794,II.4.2,modeled_data,kg/kWh,CO2e_value:0.67,ccb35a7b-40a8-49b1-aeef-89203536eef0
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,5519af1c-8a1f-4512-a375-21d44a1ec3a6
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,4574d009-ad6d-492d-ab90-74c7199f6b76
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.1.2,modeled_data,kg/kWh,CO2e_value:0.67,34be2c93-3f1d-455e-b663-119e4f7789d9
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,684905e2-c737-45cd-88b8-409d3c7a527a
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,cd808e37-f6b6-42c5-846e-c26905afcff9
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.2.2,modeled_data,kg/kWh,CO2e_value:0.67,6ca9e82f-a717-4de3-b98b-5a768496ab5a
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,1218d8af-3d36-4087-a13d-56479afa42b0
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,4a338003-5084-468d-a01a-e9ea270529da
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.3.2,modeled_data,kg/kWh,CO2e_value:0.67,5996dce6-0361-4c25-bdf8-369fbc01d711
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,00697b1c-1b05-4a39-8963-fc3f99310b3f
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,0966b71b-1679-4194-ac07-4d8287891239
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.4.2,modeled_data,kg/kWh,CO2e_value:0.67,cba139ab-c652-40ba-adec-9e9a2ddd1314
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.67,966a4fd6-b111-45b3-8545-e3c75fab14bf
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,30867bc3-1442-42e7-a24b-8d4f08491c74
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.5.2,modeled_data,kg/kWh,CO2e_value:0.67,057a5e91-df42-4c9f-9b15-9b12cf2bac3c
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.67,d94da39d-c3d7-4dfd-b2b5-941c3c1ec923
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,208705dd-c284-4827-9e19-3d1d5a9f23f2
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,I.6.2,modeled_data,kg/kWh,CO2e_value:0.67,48275dba-8229-4e92-a4bc-e37f0001cf21
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,fddb9f9a-50b5-4175-b3f3-2420d07fbd69
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,55352fc4-6895-41e4-bdf4-58b5392f04cf
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.1.2,modeled_data,kg/kWh,CO2e_value:0.67,4843c53f-fc62-48d2-9b58-bc111a3b3c9a
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,203b6aeb-fef8-4b57-8792-16354625cd3d
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,6c753d1f-f841-448c-a81f-4838cd07e302
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.2.2,modeled_data,kg/kWh,CO2e_value:0.67,2a05c1ff-f03c-422a-b4ce-5b8442ae1959
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,9fd3b06d-62f3-40a2-a3ce-ab3b3808ff90
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,b7dd7163-8f7b-4200-93f4-552619da4734
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.3.2,modeled_data,kg/kWh,CO2e_value:0.67,82068e18-f291-44cc-ba99-6a63d36cec87
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,e61c828f-685b-4603-a9e6-01c6a26332d3
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,32293aed-cf00-41db-8a5a-355981b0e8a3
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,0.00012265660496926735,II.4.2,modeled_data,kg/kWh,CO2e_value:0.67,32b590a3-aa16-40d6-80f7-94e28b363c83
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,1ebbef9e-f634-4d02-afa3-7f681dbd617c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,236529cf-b08c-4f90-87cb-26eb223a6c29
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.1.2,modeled_data,kg/kWh,CO2e_value:0.069,8959c543-1287-486a-99b0-d0c2a87f38ed
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,f8ab5f59-4efb-4004-98ae-7c45d6ff4935
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,55fd6954-bbee-411c-b851-2b141215fe0e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.2.2,modeled_data,kg/kWh,CO2e_value:0.069,bcc08f1a-1381-4fb6-b125-9a9974cf8547
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,2d280e26-f43e-43bd-8ff3-02ca574bca3a
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,c67dd79c-e292-40aa-949b-e3be30f89417
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.3.2,modeled_data,kg/kWh,CO2e_value:0.069,5f526455-697d-404f-b8a7-247d84e675ee
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,2667a95c-8e62-45cd-8cab-a826107fa430
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,42d299ca-d1d8-48e4-b20f-a4901071b3be
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.4.2,modeled_data,kg/kWh,CO2e_value:0.069,fbd57978-32b1-4276-b457-46436d324d28
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.069,a09bb4cc-1b3b-479d-a4eb-caee7f5004b4
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,0ed07d5c-236c-420f-84e0-6961a7b2fd37
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.5.2,modeled_data,kg/kWh,CO2e_value:0.069,fdb5da83-e4ce-425a-b79a-17884c6f542c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.069,33009f25-1eab-41f0-add6-d1b4a38bb5c3
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,ce0a03c0-f3ae-4d90-9b2d-48a8f32c8bb5
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,I.6.2,modeled_data,kg/kWh,CO2e_value:0.069,acce85bb-2dab-4738-a726-023ca578be71
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,36ef9322-b8b1-4845-ad66-56f62815fa9e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,0edd270f-d1d9-44be-b488-ae64cab1ce64
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.1.2,modeled_data,kg/kWh,CO2e_value:0.069,3f3b99b9-3826-4851-94ef-2192cbe79944
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,3f01d77c-4a70-4fc6-a324-4991d66fae0c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,27d330ca-e4ce-4681-a90d-e6b4484d3503
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.2.2,modeled_data,kg/kWh,CO2e_value:0.069,479be2e2-55e1-4de6-9f67-2e9da3ed19e6
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,d8b16486-e633-4434-802b-62ec4265d950
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9ac4529b-b049-47ea-bd34-bd5816a632e2
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.3.2,modeled_data,kg/kWh,CO2e_value:0.069,35034c4a-5fe1-45bb-8380-9ae615b15bce
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,861cb8fa-aa41-4518-8f5a-1df2f9752a0b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,a7b35bce-e8c6-4cba-81d2-daa7ef8f344c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0551163531709727,II.4.2,modeled_data,kg/kWh,CO2e_value:0.069,bc3dfa2b-425d-4511-8d35-05b20636c1fc
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,8d56790e-9b54-45c4-8d44-c4c451b455f3
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,5187a5ae-4533-4cba-a014-7c0f2b69a016
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.1.2,modeled_data,kg/kWh,CO2e_value:0.069,6c1b32ec-e3d7-4a93-bd1a-acb516bae723
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,4e333444-6f03-45fc-9988-def8dda9d82d
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9e1fa466-eada-4877-a842-3e0060ab675a
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.2.2,modeled_data,kg/kWh,CO2e_value:0.069,f9cb31ac-b14f-4b69-8556-6a6bf7cc8eff
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,14b8ad34-aee7-4b2b-bece-a56987c7ceb8
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,6f7ab5c7-0204-4765-929e-d2769470c673
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.3.2,modeled_data,kg/kWh,CO2e_value:0.069,3149b4ad-1c81-410b-83e2-a234b3740c3f
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,66799543-ee9e-44a6-8e79-531d97fd9902
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,acd8db89-abfb-4d7d-986f-432f4836c089
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.4.2,modeled_data,kg/kWh,CO2e_value:0.069,579c70cb-f941-44b8-ba35-649ae5e8c9e5
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.069,fd158f18-cd0f-4c78-b5ca-095b634b4e21
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,82807589-ccc3-4de2-b0db-231e8dede101
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.5.2,modeled_data,kg/kWh,CO2e_value:0.069,cc9494ac-c44f-497f-93ff-ea1be85bc1a8
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.069,4ed679d4-ad02-4cf3-80d4-51b9549a2dbf
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,3fd5a5e2-c89a-4bea-a4f2-5fccfa670296
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,I.6.2,modeled_data,kg/kWh,CO2e_value:0.069,16cde236-7290-443e-8247-8c9a2e583fbd
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,c4f17e0c-48bd-4a39-ac0b-d7e34b7d59c0
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,e6533ca7-82b4-4178-a9f6-75ecdb21af09
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.1.2,modeled_data,kg/kWh,CO2e_value:0.069,233cccd9-e42a-40ed-8d57-b2ca5f198c17
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,100b4817-e64e-49b7-a882-f6d3c1e27d44
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,b85f7cf3-37af-4b9e-b1b1-c1b913b477b1
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.2.2,modeled_data,kg/kWh,CO2e_value:0.069,b51b341e-4fc2-4719-b4b6-ed03d1bf9ff0
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,2fdf8bf0-ede0-4e2d-ae1d-c4f4a72bf181
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9b94e71c-c946-4535-bedd-2f39a715d358
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.3.2,modeled_data,kg/kWh,CO2e_value:0.069,0b0122b3-4179-4a1c-8968-c3eb08e16a93
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,71035344-c527-41b2-bc85-56f13ca940a8
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,cd7b88ec-04b6-4ad6-a4db-ae9932d351cc
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,0.00034678913488447584,II.4.2,modeled_data,kg/kWh,CO2e_value:0.069,20871659-5688-4ca6-bf8f-d4177e08d56b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,a5d941f9-52f3-456a-90f3-1bea687aa3a1
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,0095f506-f8b8-48a3-b662-6fc1845a62e2
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.069,4863bcb5-7858-4986-b433-55f196d200db
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,f3269fd3-f9d4-4564-a448-a9e382c4fdaf
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,dcb757f5-f99c-40aa-b30d-7a7d63ca4deb
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.069,03caa37d-2f24-418a-b6fa-59ad1986383d
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,c303ee25-184c-46d9-8e5d-d7837dc4479c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,20b3c38c-69f4-4d07-ab1e-0f4243455443
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.069,2a9ae24b-375f-432a-9f56-aa6ba9b50518
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,af832703-dc0e-475b-937e-480ebef72deb
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,dcce3712-8bc8-49e3-88f2-2cbd57e1655c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.069,caf1adae-96a0-46d5-b042-1cd396cbc25f
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.069,114ff3b6-8424-42f2-be67-67f794c8b74b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,954cb7a4-97c6-4488-adba-b1377ffbc61c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.069,e24ec40d-06b7-4faf-8b47-14ced4a6cfaa
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.069,8337aa03-3271-4461-bf1b-3a192e074ce3
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,c623fe9e-1042-419b-90eb-b6d9c951fd6b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.069,0b684efd-58a1-41be-b1b1-ca13d617ab2a
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.069,58f20426-fabf-413f-b4b0-0efe2688fabc
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,a4434d1b-ab7e-4193-ae7f-652e9f94d1b9
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.069,07df2b6a-ba2a-441a-9e29-83c227048a00
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.069,62a4ee5b-6504-4619-a1ee-18051153637b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,b84e1cb9-fb27-4b22-a35d-189fbe734c8c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.069,5a932004-d0f7-4646-923f-f793d5721f2e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.069,878f0a59-a5f5-42bd-b198-1da614e2506e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,4c951396-e1c7-4906-828d-947306ad8728
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.069,0cfb3de2-e0b8-4b94-8d77-1d2053130d70
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.069,b90cdbe9-4e05-4a49-a9fb-74827050bb01
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,94e0df76-5104-479c-b0e4-bb787ad86bc0
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2618212722292286e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.069,0138acf9-9659-43e7-bd10-702f11b9e80d
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,efd690a4-03ca-4585-a533-cdcccee5e8d4
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,55e555b5-0f05-4f36-a091-684ecfe8ac09
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.1.2,modeled_data,kg/kWh,CO2e_value:0.395,3fed3e97-8c2a-48ff-88e4-7cab34655fab
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,52c29555-8fcc-49e4-aa03-f26160854bde
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,0b9c6c2c-b53b-4d83-aa78-d6806d0a27b2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.2.2,modeled_data,kg/kWh,CO2e_value:0.395,ecd78ae5-d851-42d5-8dd5-561c625bd0b6
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,4580ead2-0db9-4fd4-8cda-e03d15238be4
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,7585d5f2-9b50-485c-b758-b8828a7595d8
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.3.2,modeled_data,kg/kWh,CO2e_value:0.395,841e5397-1041-41f4-9bf0-59a54a1096cb
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,955c3fc1-e1ba-45da-928f-28c2221556be
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,5d437a35-a2d0-4cc3-8a57-80e75a03901b
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.4.2,modeled_data,kg/kWh,CO2e_value:0.395,c775c65e-6264-4bb8-a179-e66a51733d08
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.395,38afcac1-4860-46b6-a283-62e244c2c92d
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,3ed6b227-57d2-4785-9291-215ce044b75b
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.5.2,modeled_data,kg/kWh,CO2e_value:0.395,82514e41-1ed4-4d48-854c-1925ec86b097
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.395,813481ae-2246-4e02-9c74-613ca10a2d3a
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,564cc35b-3aa4-44c4-abb3-a8b45590b9e3
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,I.6.2,modeled_data,kg/kWh,CO2e_value:0.395,86a7494c-fa7a-413c-8d7a-cd4cec2383f0
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,85b75944-b6d6-4a2b-9a9c-4cdc64df9769
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,8228d001-8a69-4ea7-afae-f92934aba1ba
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.1.2,modeled_data,kg/kWh,CO2e_value:0.395,83a18302-84b9-4fce-bfc9-6b56e73fb44f
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,55c7a599-4a08-4aa4-895e-7bd63f8a58e6
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,79de1412-cb3f-4ea7-8102-9eb922b9cc1c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.2.2,modeled_data,kg/kWh,CO2e_value:0.395,1f4a507e-378a-4e38-b940-c7318aade4ed
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,6073cf84-0947-4d72-9215-d2fb44635b4c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,4dd7a7fd-9b74-45e6-b517-5975a91fbc78
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.3.2,modeled_data,kg/kWh,CO2e_value:0.395,1570cbc8-a55f-4856-8b7b-4b81502cdddc
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,48fca083-5a4b-4c57-afd6-5c2009c668f2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,62a491c4-91b9-4b69-ab47-1ee667fd1fbd
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.3162927388925245,II.4.2,modeled_data,kg/kWh,CO2e_value:0.395,e0754089-8f46-4495-a257-dc8fdfb1d497
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,ee754347-c2af-4a40-8494-2adaed31cee2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,a385d89d-0fc0-4da2-85f0-a77dec431cba
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.1.2,modeled_data,kg/kWh,CO2e_value:0.395,a8ce3101-4d86-4d36-b2f5-3007d756cce9
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,5b13b9a6-3e3a-498b-b636-32b4946acbcd
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,9fb33407-1984-4e43-8fe7-1643af234645
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.2.2,modeled_data,kg/kWh,CO2e_value:0.395,56c7c27e-7f0c-4645-8bca-b14b5c7a8264
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,63a0ba84-79f6-4e7a-ae8c-257181417d0c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,67db3219-efde-4b35-baa4-844a667828ce
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.3.2,modeled_data,kg/kWh,CO2e_value:0.395,2566ec92-548c-42a6-ba8f-799bf4b0826c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,3dea1551-36ca-4ce6-a41f-b0fcf44758e6
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,9f12a5b8-d2f3-4d20-ab90-f960dcee4d12
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.4.2,modeled_data,kg/kWh,CO2e_value:0.395,96348421-92a4-45bc-90fd-39aeeb179bd0
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.395,ee18953d-d811-4a9e-8d00-7cd880005f92
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,913962a9-30fb-4baf-948e-4db775f84b22
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.5.2,modeled_data,kg/kWh,CO2e_value:0.395,8f4e3ab4-19e6-4a96-810e-4ceb406f92d4
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.395,2b3431bc-b595-437c-a223-ad64c77d11b7
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,912fc632-2987-4102-9fa5-c3699f84d2d1
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,I.6.2,modeled_data,kg/kWh,CO2e_value:0.395,2c8c4daf-8f55-4c29-987d-00d19d4054e1
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,e11ccde4-eb0a-4816-b25c-7fbdd209f837
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,8f30bbc5-3f7a-4b4c-af54-054c0b6a7875
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.1.2,modeled_data,kg/kWh,CO2e_value:0.395,9b541991-a4d5-41b2-af0a-0097f36da9a5
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,b2e09098-c378-4003-ad84-4625cc530785
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,e039ae6a-a569-4217-80c6-04854f70c3c8
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.2.2,modeled_data,kg/kWh,CO2e_value:0.395,6280268e-f289-4c2e-931d-41389b8884fe
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,74fccc0b-8278-4c42-8a53-25f0ae2a0951
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,6db4ba4d-1fcf-45f0-bdeb-d44e7e36cb28
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.3.2,modeled_data,kg/kWh,CO2e_value:0.395,2bf012cb-84f0-4fdc-8590-34705bff2d37
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,cc1ca15c-ff7a-4cbd-9919-344cf456ae3d
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,2fcc2138-4400-4704-8d85-f2919ccc1ecf
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,0.0019900969309512863,II.4.2,modeled_data,kg/kWh,CO2e_value:0.395,ec52a1eb-e90f-4659-b227-b12edbe183b8
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,71a885f2-0238-4bae-a67a-5a069d74de58
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,44d2a03a-78ca-4efa-935b-c17461696d20
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.395,e45fdf17-8cc5-44a4-918c-c9dff4a8d361
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,f86129b3-653b-4a31-8884-9098bdcea467
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,fadf7116-145f-4a3e-8113-be48cf0b01f8
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.395,0f181f7d-e4b8-4170-9784-41ecadd94ec9
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,47e7acf1-3b28-490d-96f1-598fb1617f30
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,ccb0af81-cd23-4e6f-9de2-be16922e4935
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.395,08c091a1-affc-4ab6-8252-3859707f4db5
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,988b81a4-4ca1-4ef2-8ee1-524be998a9da
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,8e4e791f-61fd-4671-b2fe-d0fda22e32ba
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.395,ceb27469-79c6-4d78-9cf4-d0a27a5d2cc0
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.395,a54934c8-fea9-45ff-96b7-68e73fdf6984
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,c9326056-7e1a-4a8f-a5a9-43c9b0ed8466
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.395,70196b8f-2d21-4f64-96ea-7b100739b2bf
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.395,94c33af1-ad92-4726-b942-b7a42efd380b
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,4d37acff-1fa6-4e5d-9344-976c72570e9e
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.395,f9283cfe-b4e5-491c-9ba7-fbe4e13594c2
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,f8b48432-5b58-40cb-85ee-287de3aef580
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,0f570bc8-d40b-4d5a-a821-334399e365a4
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.395,b214c001-fd46-46c3-9ad8-add152d91c29
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,70ec8c3b-05f2-4656-81f6-20f316649ec7
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,75e1f6f8-2e12-47ad-a4d8-3b39accbc0f3
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.395,1590936a-b61a-411f-9ee3-5959f4d8c19a
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,44a7d90f-d00d-4db3-b994-f29dc09610e7
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,53c56f14-6bf6-4dcc-b86d-b9781f6a23ce
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.395,64c16495-4982-4946-83e9-a892b81fbd40
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,8bf60796-b3fa-457a-9ff1-e73a23127797
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,bcbd2bdd-0aab-43c9-b3fe-64bd21b6a09e
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,7.241134132154866e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.395,0c4a5961-33ba-4f5e-8d8e-f1b24dcdca6b
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.157,bc37fcac-8cbc-48d1-bb95-3a3ca6554316
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,d3c0265b-201e-4c30-9529-a1dd0cdfb78e
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.157,5e210036-fd96-48af-848c-e94459fe140c
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.157,dacb1cbc-0991-41f6-be53-4d1e9ca227e8
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,54982357-68da-4048-a7ca-27fc0593da2e
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.157,c467c4e8-4841-4449-9cfb-abf8a478e099
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.157,75d65673-0818-4489-9e6c-bb07a73763f5
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,6fdbcae5-c518-4a1d-9585-778661c2e171
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.157,d9b7cf9c-54c3-48e9-9029-b0e5f4bc1d87
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.157,8ea44304-862e-499d-9d88-84af21822735
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,bd37604d-a7be-46b8-bf81-a418aab4b978
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.157,dfab452f-e1c3-4631-9b02-f87ba27a2c29
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.157,36ddf0f0-9399-4a53-bf22-0d18060530c9
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,478a4aa2-c4b3-4550-bf3b-331695769ef5
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.157,58f019b7-f46f-4a28-baf2-c7dc3a15402d
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.157,d66fd23f-5e2f-4106-aaef-cfaf318f1a81
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,a05b15ae-be9e-4778-a0c8-d2e8d4613952
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.157,df956184-0c83-47f2-b6c0-050aa85f9189
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.157,f965c6b9-f6c8-49b5-8029-438a4cf17c2c
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,6dfdfc75-2ee6-4a40-bc61-8af5ac29d02a
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.157,e456d68b-fcc2-429a-8925-aff3b0fe62fb
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.157,e64987b9-ab8a-43ef-b425-0ecc781850a4
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,538b1dff-92be-400d-9301-bb259f36d381
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.157,0a3084a2-2110-47b8-adee-4d5689d60ced
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.157,f4c94d27-0f7a-4a1d-affc-745e5c193e75
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,b1fcd5de-ec39-4f9c-b657-1e3b4fc08188
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.157,191294df-28b1-4758-885e-a67708dedfd6
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.157,18ae1fff-e82a-40d8-9e21-50f3e17ac436
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,1f27acc4-475c-40ab-820f-5b78de0394c1
+SK,Slovakia,2022,Production mix factor,CO2,0.12554400000000002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.157,f6b96a5f-eac3-4155-8403-e1e8fb2ea2e0
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.157,6f0104bd-7877-4875-abde-46626dec02bb
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,f3dbe5dc-1f09-44df-bdca-7fa0900c0bc8
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.1.2,modeled_data,kg/kWh,CO2e_value:0.157,4c57873c-745b-481d-8376-ad22f5b388b0
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.157,21d99774-746a-43d9-9d47-ac2be89d8efc
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,7dfee6a8-fd4c-47ee-8209-c9d1b2d1e284
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.2.2,modeled_data,kg/kWh,CO2e_value:0.157,b562affb-e992-4f80-970c-bc41bd129773
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.157,9ea66162-1414-4704-810d-50f211f87aaf
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,06ed589b-cdfb-4eea-9a98-caae4843d33e
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.3.2,modeled_data,kg/kWh,CO2e_value:0.157,9fca6a8e-6000-41d3-b3c6-903018cd9ddb
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.157,228cee32-f23e-4418-84ea-07eeb008d839
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,30ea602c-df5a-44e9-bb70-c8ba20d51900
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.4.2,modeled_data,kg/kWh,CO2e_value:0.157,8d2c25c9-24a2-4bef-a4f9-e0f34b5b52b5
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.157,009194e6-0646-4d2b-a7c4-7556adce90c4
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,d1f07209-bee4-4ddb-a78f-7223b162dc67
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.5.2,modeled_data,kg/kWh,CO2e_value:0.157,dd8fbbea-d261-4e53-befd-09a42944214a
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.157,ea32e802-ce00-4267-b9f3-3c4d3eef3c95
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,d6ba42ce-f0a8-4c67-825e-3c4e61fa3635
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,I.6.2,modeled_data,kg/kWh,CO2e_value:0.157,453cff6d-a60a-4e0f-ab94-b2c0588e78ac
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.157,5263be61-754d-4aa8-a39c-a2f03316a9fc
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,aece7fd7-489d-4855-8575-f188bcbb744d
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.1.2,modeled_data,kg/kWh,CO2e_value:0.157,6845c1e2-81ef-48f3-813c-561e4b95f2cb
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.157,a53a524c-9cef-4bfa-8912-c2ca7ffc2428
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,78409e89-bdb4-43ca-a290-f0d9c447a28a
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.2.2,modeled_data,kg/kWh,CO2e_value:0.157,0b2b4196-5ea9-4095-af18-1be25ecb9c6c
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.157,be41e94d-c8dc-4f98-a60b-73ce094262b6
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,a347e069-a754-4fe2-b8a7-2bec1077ff47
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.3.2,modeled_data,kg/kWh,CO2e_value:0.157,0135b099-860a-4bff-a329-fa3223b22019
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.157,c3e5a481-70b6-4d3c-a7af-44f02b30d6e3
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,a281236a-4517-423b-bd5d-79558c10f2fe
+SK,Slovakia,2022,Production mix factor,CH4,0.0007899161073825503,II.4.2,modeled_data,kg/kWh,CO2e_value:0.157,84998b84-554f-44f4-8519-cb71592e7aa2
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.157,118d1ca8-a2fa-4bed-85e6-c2422830c52f
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,3e4e27ce-67b6-4305-bff4-40f8c70724ee
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.157,a52255ba-fe32-455a-a7e6-efb49d48c4a3
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.157,026c4be8-7d87-437b-8010-7a6fa8a1f183
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,6d02f519-a7d0-4440-8387-2f14f2cf75b4
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.157,95444bbb-7cfb-481d-9deb-c5db18ebdda0
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.157,a40ea9ef-316e-4857-a126-af24970eb907
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,ab24aba7-0fe4-4d9f-82ec-e11ef8910d69
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.157,9832e37b-4ccb-4508-aece-e80193813cdb
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.157,b64db443-4faa-4256-ae87-2096192615e0
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,4e8ab11a-fba1-4744-9d97-d23fac787c49
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.157,ad8dd3d7-8b0f-41a0-a4d8-a16c72182f12
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.157,2262ae30-dbe1-4005-98bd-d27f8f62f789
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,feb9229e-6250-40ec-9183-eeb255de1d4e
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.157,4eb5ff60-aca9-454a-bc8a-9802c7a1bff7
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.157,56e42914-8f2b-46a8-b5aa-e2b723f4cd0d
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,ebc8b59c-5a40-4b21-bdeb-7978f839bb13
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.157,a449fbb7-062b-405c-a2f8-7cc49aa65109
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.157,1676e6f4-0c41-4287-82e3-4a626c215025
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,cf4a3511-5aa9-40b7-bbf3-ef26d9eab22a
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.157,67106e0b-d827-420d-a17d-279db30f7b55
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.157,82d43007-c31b-48e2-bf3a-94cd2ece5f42
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,a8511789-86d2-4371-b450-9df02022ce8a
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.157,0af22c7b-6665-4379-88c1-1d5c2115c7ac
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.157,9dc8767b-c7ff-4c7f-8184-2cfce6217f0e
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,7e2b2561-d76b-4652-a8e8-5d516e8ffcf0
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.157,42b863ec-baae-4566-b3a5-507c4fc6584b
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.157,79832a3b-c17a-4f57-b4b7-3b9f9bcb06e7
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.157,2b944d9a-2d30-4b5d-9fbb-478edd5ad1f1
+SK,Slovakia,2022,Production mix factor,N2O,2.8741758241758245e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.157,813b24bf-305b-4ae9-b0e5-c9164a6b56dc
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.246,d834cbab-646c-49d5-aabc-e67402307d49
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,83c47ca4-518d-47f0-9892-f3c4a51e6e0c
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.246,cde17828-5642-4030-96bd-188b0ce9be9e
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.246,da62b15e-36c5-4f24-b0b2-f20f15ccde21
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,78e6dde5-588c-42f5-ac7c-d8c850e67fea
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.246,5146a674-c948-432d-bc85-4119dc8ea026
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.246,790cf423-3a4f-45a6-a424-296223589b74
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,cf4f422e-7715-44ed-87d4-71636db08e4a
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.246,722cc597-2985-4dfa-829e-f88b4462bf41
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.246,34d7dfc5-706d-42a1-bb6d-8d6a71412b2b
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,840ac96d-e3c9-4fb2-92cb-9f08a488bcbf
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.246,5658dd16-72aa-4f4d-979c-fa6f4603ff4e
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.246,5a55a13f-9ccb-4d8a-a522-e16cb6c30c68
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,7b63aabe-41bc-4b38-9087-548df7d1b9d5
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.246,025f9fdc-99c0-4f3e-b565-1056c2476f28
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.246,a3d1b38a-20db-4253-ba0a-019a18caf151
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,2b348a60-28ea-4260-b7ec-1b0eaa230fd6
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.246,d692553a-a3d1-4f98-9b1f-f6cc636ca402
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.246,0f317b30-72ef-496d-b2a1-e2a445bcb22d
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,8ea2ad98-7cad-4501-bff2-119aec78e229
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.246,046b3c81-08c0-4156-8781-e168e63d07ff
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.246,2089c5e0-0dc5-4454-8938-2cadb2142876
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,adb9a34a-87e3-4175-976d-269d2ae21074
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.246,3fbced93-afcd-4c28-8438-acc429665a46
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.246,175ee0ba-183b-4067-b121-d47aae4ee2d4
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,626a3605-272b-4e44-967e-7028a5d16c7a
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.246,bc2aab68-7f30-4bcc-9756-e1f1f70b871f
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.246,5a15bbe9-55d7-4bae-b2dc-478333a8453a
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,99a19197-047b-4b71-abbe-e9a8d4225d57
+SI,Slovenia,2022,Production mix factor,CO2,0.19656800000000002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.246,aa50f492-a2b6-4781-aad0-f46d261528f7
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.246,8c4d0906-67b8-424e-8c13-7139052f44db
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,ee31d8bb-70f8-4af7-b1cf-780630cd835c
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.1.2,modeled_data,kg/kWh,CO2e_value:0.246,e31a70df-697c-4027-8326-9dd33b2e83e0
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.246,ad5facad-76e3-45f0-b203-e1fdcae22450
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,36c64a63-3fa8-4b21-ade5-d71d5db59779
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.2.2,modeled_data,kg/kWh,CO2e_value:0.246,4728cae8-a0dc-4dff-950d-2cbddb818f08
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.246,c30f54e0-fc8f-4e3f-831b-c1a34a16747e
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,da2642f8-ed95-4593-867c-805724f26637
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.3.2,modeled_data,kg/kWh,CO2e_value:0.246,a52afd91-2a8d-445e-9edf-bf17e519b2c2
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.246,7f978241-45a5-419d-b236-cb468afb83f2
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,50a7b060-736c-4e7b-ad5a-51b32936ebd0
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.4.2,modeled_data,kg/kWh,CO2e_value:0.246,eccbda3f-a7c0-42e9-b03d-56897bde57d8
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.246,9ec1f9f2-cebd-4186-a6de-46f68f0b8b8f
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,5479a2eb-630c-45f2-8712-03268bf171c9
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.5.2,modeled_data,kg/kWh,CO2e_value:0.246,5767af63-7ab2-44c8-b3dd-edc5a17a5102
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.246,8c6b8612-5e7d-43fc-8257-0b6fc1786bf4
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,d974cd20-a759-461a-a724-0153487ea564
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,I.6.2,modeled_data,kg/kWh,CO2e_value:0.246,f6ede6b3-2cf0-4e51-8c6c-36db8bcdee77
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.246,57fce75a-8899-4d90-af60-9b96192ca624
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,3c2ab052-5914-4655-a4d8-3c7e1d61df64
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.1.2,modeled_data,kg/kWh,CO2e_value:0.246,986a9446-9fce-42b0-a7c4-180749c1c780
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.246,017c4ec9-b803-40a9-ba73-70f4482dea25
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,d8807f54-6266-412b-b03f-d65db5d8bbca
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.2.2,modeled_data,kg/kWh,CO2e_value:0.246,13f63a9d-5286-4ef0-b5ed-e5e449ddc124
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.246,ee0609c8-8ca6-4fbd-a9db-e331a28b6313
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,2360cd11-4537-4235-a314-05b12df9b77b
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.3.2,modeled_data,kg/kWh,CO2e_value:0.246,306569f3-5432-46bf-9691-765b1465010c
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.246,40e1f2d3-4bfd-4210-bbfa-c06cc8b6c731
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,92111b3f-7ea9-4376-8e36-464af1a7e94e
+SI,Slovenia,2022,Production mix factor,CH4,0.001236795302013423,II.4.2,modeled_data,kg/kWh,CO2e_value:0.246,1ee02942-c040-41c7-bf6e-ed3ea2769a89
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.246,f94997c2-545d-4a0b-b6e5-eff44d7e9700
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,53efeed4-6137-4f23-92eb-37b44f3a4368
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.246,8717f90e-1e1d-4230-a2c5-a8942153ba58
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.246,533a1c18-ce27-439c-b4be-4e911595fced
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,01b206b9-f0f2-4671-ac07-9f11b2f1408b
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.246,be19ad7c-4350-4d78-b053-831e21cdb577
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.246,10fc92f7-8b54-41b5-937c-ea1afe83123d
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,b528fe7d-d215-4836-90bc-31fd481a4e37
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.246,9abde25e-74a2-46be-800e-7dc80db19117
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.246,b575c110-edfb-4853-92c8-e60a81e36199
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,27207372-6ba4-4cbe-ad3e-f0a7fba940c1
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.246,e050b322-ad6f-47e1-b6e4-939b8e5c3c32
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.246,cfffdf28-b9e9-4107-a586-39830cb4b232
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,fb9d6f23-3e3d-436b-a638-70b9b8578853
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.246,f6e2fc10-e240-4dff-b70e-e8030c4a20ae
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.246,c42ff496-4252-417e-8d88-7a76c36cde71
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,4f72f77e-5e3c-4b76-919d-3426ba2c8111
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.246,5716d992-af0f-4e7a-9124-bd0694495b4e
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.246,7354e684-6113-4fac-a399-a8909c8af1e0
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,3746d29a-4d71-4391-bc27-60ba9e46bebb
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.246,53e6bb06-b7ae-4892-a20e-f001befb8ec4
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.246,13abd741-45e8-4ec5-a98d-3e0cdd7c85ae
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,366cda40-a06e-4111-951c-be2f66c3c0a3
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.246,fece85eb-3077-4e46-8d02-94e0d0df1587
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.246,039b0860-c832-4e59-b8ca-032ac07f67a2
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,1e56e5cc-fbb0-4f5f-8533-42d6e01095bc
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.246,b8496453-dd23-4e48-88b2-161cfd1c63c3
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.246,69e7fe30-1b8c-4e6a-90ee-ea5dc1209ad7
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.246,caec5995-2763-4b21-92e0-4de9d1d32bfa
+SI,Slovenia,2022,Production mix factor,N2O,4.5001831501831505e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.246,87b8df7f-256b-4bd4-9bd3-ce72d150b318
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.726,5fee179a-593e-4cff-84ac-454271cf9e9e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,e574b605-1022-474a-b767-9a92f03f083c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.1.2,modeled_data,kg/kWh,CO2e_value:0.726,3c110fcb-de6d-4134-b924-fd72581d9880
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.726,95dc3ed5-b1e7-41b0-9764-9d2cebd0f1a5
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,1f7cea8e-3806-4eb6-86a1-f7a99c1292b8
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.2.2,modeled_data,kg/kWh,CO2e_value:0.726,2aa8024f-b242-4ff3-a877-58522dc9aeef
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.726,6ccd68c2-e208-47d8-83b1-a665776ef91a
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,4a052109-0fb8-43b2-b972-c57b43537ed8
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.3.2,modeled_data,kg/kWh,CO2e_value:0.726,69097ca2-9e50-44cd-b625-d4d5984957ab
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.726,97af9dc6-7b47-4f92-bb42-db58f393e298
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,f4043586-1859-48c8-84bd-5d001170aed7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.4.2,modeled_data,kg/kWh,CO2e_value:0.726,5aba662c-3581-4b02-9865-dac62609fcf1
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.726,b539e66b-4bc8-445f-a9f0-4216cbe5ad1b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,5226b8b0-7c10-40e9-988c-c76ce0c59be6
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.5.2,modeled_data,kg/kWh,CO2e_value:0.726,66db3a4d-d79f-4551-9f29-efc7b10d5fa3
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.726,be161263-0fa6-4644-9ff6-dc8947a09fcc
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,24a44428-e988-46b1-8564-4d16e38e9a51
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,I.6.2,modeled_data,kg/kWh,CO2e_value:0.726,3205e4b4-b31b-4812-9f56-aa35edab873a
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.726,e68cfac0-65f3-4842-8a49-4bafdfe26603
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,98b6517a-fc7d-4811-96cb-58f803520766
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.1.2,modeled_data,kg/kWh,CO2e_value:0.726,bda26187-d42c-4826-b9fc-798bd4c74263
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.726,f54173f9-a649-4655-8bf7-5f5aa7be75f0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,0d4ee488-baad-48d2-80ed-c76cad952c3d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.2.2,modeled_data,kg/kWh,CO2e_value:0.726,83163e4c-7016-4337-ac8e-3a160b681477
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.726,5430155a-6d5e-4080-b990-14ffa643b7c9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,99c56df2-7078-45de-b626-4da5e70e7467
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.3.2,modeled_data,kg/kWh,CO2e_value:0.726,54e7d94d-5494-4ae6-bb9a-563c706b3cde
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.726,734a1430-e891-4bfc-9e88-369ea33a460d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,1876d137-d654-4eff-9311-d9709d846511
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.5808122511046987,II.4.2,modeled_data,kg/kWh,CO2e_value:0.726,47dde18c-3b17-42a0-a0a3-36895d48be65
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.726,5f3cd2d5-6998-41d7-9512-82462fbf293e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,5f2476be-bb00-4500-b42d-619d0dfd64cd
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.1.2,modeled_data,kg/kWh,CO2e_value:0.726,3b706496-9501-4f99-9afa-636cda5c89a8
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.726,dfc1aaf5-d1bd-41d2-ba14-dc64796502d1
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,9e034e86-1c1a-4154-905b-d49af5dd566d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.2.2,modeled_data,kg/kWh,CO2e_value:0.726,62995616-c1a3-4948-9f6b-e81677e580e9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.726,466459ac-5e4e-4232-926a-0adef8dfc1d2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,4c7bf44a-1307-4a5c-8de5-205a4e5063f7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.3.2,modeled_data,kg/kWh,CO2e_value:0.726,c221f1cb-f127-4586-8da9-8f3b0fb6d7a9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.726,d96c8017-de18-4761-be53-e72d5fc43ae6
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,4c6e6ca3-9fb2-4544-bc5d-e5608bcb4c36
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.4.2,modeled_data,kg/kWh,CO2e_value:0.726,9470b4d4-d5bd-4e7b-b6fd-eb81d7f4cc64
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.726,dfe2a5cd-742e-44a9-b4d3-c2912b358466
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,1bdfd876-3481-40b5-91b5-fe27b96dfac1
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.5.2,modeled_data,kg/kWh,CO2e_value:0.726,64b98e78-597d-403a-bc29-f067fd87bb77
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.726,a637eecc-38fb-49ce-81e4-37069c0d7f2e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,435d182e-f108-4b1c-8eba-9eb52418c098
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,I.6.2,modeled_data,kg/kWh,CO2e_value:0.726,5661f901-cd27-4dec-a946-c310ce0ca3ac
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.726,252d2d4d-c90a-4abd-859a-5dae90e7f67e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,3570ce23-92a1-44a2-8d40-1266fc134d85
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.1.2,modeled_data,kg/kWh,CO2e_value:0.726,e8897367-a210-40b3-939e-c4c5b1ef884b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.726,03aedfd4-a1ca-47e2-a367-6ebdb81ff4f8
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,a778f3c3-97d1-499a-ad86-c84a078104b2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.2.2,modeled_data,kg/kWh,CO2e_value:0.726,053b6707-c6e3-4ea2-9c7c-4e3da60dce47
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.726,1f1d9b28-4474-4ca0-8b76-42161bee8439
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,55a58927-dd36-4a8b-a985-0b9f30d5d109
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.3.2,modeled_data,kg/kWh,CO2e_value:0.726,458b70fe-1341-4066-84f9-b0b25388fe4c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.726,5a71b427-99f0-42c4-99bf-7c847ac37798
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,1912e23e-9d7b-4388-ad55-fd7c8b56dcec
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0036544394994003694,II.4.2,modeled_data,kg/kWh,CO2e_value:0.726,a23eb454-3c8b-494e-81ca-aee46347255c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.726,a026cf95-ba38-4de8-8a15-5cc59c1e71b5
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,815b19df-c814-4fa8-a233-41fffd959a11
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.1.2,modeled_data,kg/kWh,CO2e_value:0.726,e216690e-bfa4-4e2d-a621-9b04cf053fcd
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.726,4fb0d23a-eb4f-4286-9488-a0f55681e9b9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,493a051d-5d1d-4ff9-afab-c2b7c83f7918
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.2.2,modeled_data,kg/kWh,CO2e_value:0.726,ab2f4e5c-3730-4514-a137-18e2e23e4284
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.726,c7a81d4d-d3f6-4b83-8100-48e43bdd549b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,f5f9aa96-c376-4679-81fb-5ba934e3beae
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.3.2,modeled_data,kg/kWh,CO2e_value:0.726,eb759c16-5354-45ff-be18-6b3469afcc6f
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.726,7a48dc6c-f4d1-4472-a710-f62ac243072b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,8464ad72-14d0-4de3-afac-f6a4e5702971
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.4.2,modeled_data,kg/kWh,CO2e_value:0.726,f05c9362-17c9-465b-8c6e-ded2a6ea8fe2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.726,f1379dec-683d-4f90-90a9-e414752b1b82
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,67bb139b-0d21-4ebe-8fbf-f6e1d3e3457c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.5.2,modeled_data,kg/kWh,CO2e_value:0.726,501ea281-86b3-455e-85ad-a2b2b3350172
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.726,661b11ba-276b-4fc1-b414-62afe06c11f7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,f3058d74-8a50-4834-8f26-1a2e81e70927
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,I.6.2,modeled_data,kg/kWh,CO2e_value:0.726,db6b8e29-bf13-4022-89a0-0776f5387d7e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.726,c445dc19-b433-40f0-922d-bf59564ac86e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,ddfdc24e-de89-4683-bc04-8113dc98bc6e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.1.2,modeled_data,kg/kWh,CO2e_value:0.726,c8c6af19-c55c-45f2-82bd-a2baf3f037c7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.726,d5dabffd-3fb7-4f84-8c27-59e57a8492ff
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,46db7b5e-de56-4500-bccb-e65ff86a9545
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.2.2,modeled_data,kg/kWh,CO2e_value:0.726,e6845643-4ad4-4e47-8ee2-8b84506a614c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.726,b440bb72-72fd-4523-a22b-b639077c1bac
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,94cfda75-601e-417c-99df-3dc1912bcf4d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.3.2,modeled_data,kg/kWh,CO2e_value:0.726,2fd9379e-2f06-41b7-a391-d9fb1cf43c91
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.726,2ca885b7-a032-4b77-9043-9573fe7b5264
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.726,ca228078-3644-44bd-91ff-03f0944d44ef
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,0.00013296983770711966,II.4.2,modeled_data,kg/kWh,CO2e_value:0.726,7a36c22f-369b-4bd2-8804-9abc62b46b1a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,3cfb526a-b0c7-4ac2-a287-b3212d6dd46a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2470896b-e7d9-427f-9af1-17e0540e57dd
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,4c25bc04-3464-4918-a20b-73a20fe66a6e
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,72866d2d-72d2-4e7e-af53-1dd88b1b7c18
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b9f03601-33ee-4d90-a946-b572114cf25a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,82601e0e-5072-4bdc-b748-57c208dff54a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,144100ea-f9c2-4d3f-92de-4180ff489e7c
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6f91cc28-bd84-49cb-8841-8ed58b3f57c2
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,c3f48d22-b173-4dd8-bc25-7521ca1f23fd
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,149214b4-a391-45ac-9bdd-fb71597d4204
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,205528f7-ff50-463c-b015-b335cb740fa5
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,3dfa78ee-4ac0-45be-a50b-05c3afd025e6
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,e03c739d-a4ef-41e2-ac11-117a025f7b53
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,0b9b360b-435d-4b1f-87a5-dc4ca794841a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,dcacb183-0f20-41fc-afe9-6228b02cdc53
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,c61d7688-2a7d-494b-865a-a95af45142f9
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d35c08f9-a30c-4c91-b017-8d5f6e562691
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,792921d3-f14d-44d0-b371-186ea5e37d99
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,247cc897-07bc-4171-b033-1f812015ecc8
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,d027ba63-57de-4c19-8649-bf2402681f09
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,f7af2f35-dbc9-442f-8aae-84cad879366c
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,641ee346-dc17-4c27-b232-1bc0d53c49b0
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7afae61b-64af-40d2-880e-c46a8f690ae9
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,48b3c7ba-dfcf-4beb-be20-e0c823f7f391
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,03d11fd3-9409-42e2-a6cb-f751e7f9dffb
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b9a3851d-9f36-4d52-b0f5-64e378ae77ef
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,99e45015-0739-4472-9e84-3bac9f5dd43a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a664eab3-4a60-4286-8a24-5bb217becc9b
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8487b044-aa93-4fde-a366-586438456382
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.5383619136534914,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,9aede673-7b6f-4860-9c51-37b829885961
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,396f6f47-c4bc-4cd4-abb3-11f3bf19d23b
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,ff11e285-9b05-467f-990a-5b408ab94d00
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,e73b5c2c-417d-4ebd-bfd5-a234ab0ae652
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,034ee55f-0a1f-42dc-98ee-c5bbbfacc1cf
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,5ba649ae-7800-4fbc-a21d-654d451921b2
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,3c094f56-1ae4-4ec6-a786-08a9e8a1cbe1
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,fa9bfa11-9165-4326-a5d0-5abcbc4b309a
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,537dbfc8-dcef-4ace-8282-5240a98ffa62
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,14eb9f36-4692-473d-bfb2-835e243d2594
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b9431146-4555-411f-b604-b81df48c4c0b
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,dff085c1-fdc7-432e-9554-b18c90102f02
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,1f1d28ec-6ad9-4484-bdbf-990221663c85
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f06c171d-a675-4ac5-bd46-bdb3e7b93066
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,460b7106-a363-487f-87ab-6c9a029bb261
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,569ce5a2-dd29-4181-a885-ed8c9aca88c0
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,bf06335c-6143-4777-bb5f-2bfd004dc69d
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,56f55814-040b-45ee-8e89-0121ab19a920
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,6a347ed5-4981-4753-b6ba-769fafadf66f
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,8b3f9e7a-e2fa-419e-bdf3-e8a2f183a334
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7dfa16f6-eca3-4d6b-9973-abbbd298ac90
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,c11fa0a8-ea75-4dab-82ad-5f2e00724f89
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,b563f512-32ca-4d5e-a83c-cbe6c76f1bab
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,54cf84b1-2dbe-4ef8-a499-f728cc9e6db8
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,4669f2c8-1abd-492c-880d-8ee98478cd66
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ae8c4e4a-6bbb-4852-97b4-202b07e25d20
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,b4b207ef-c4f4-49e1-af42-3693198d0fbc
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,fc407050-3202-4a1d-b16f-e19a3fc9c38e
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,f81e21d9-16f6-49fc-ae4c-df7f8e8ffe9d
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,8835b742-ff8d-45f0-842c-2e8709c2f3d1
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.0033873442553701213,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,e1065548-20ec-4e1a-a2b3-f940408db59a
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,9952ea81-e4b0-4d63-937c-4d7f4fb0576c
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,327af4a1-b477-400c-ac6a-7e68dca4a00e
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.1.2,modeled_data,kg/kWh,CO2e_value:0.673,ff081baa-2fd9-4549-a7fe-bff63595416d
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,fbba70ed-201a-4f98-9db9-256cf45a1e92
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6109ced7-63b4-4336-9d06-799ed4a01c4c
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.2.2,modeled_data,kg/kWh,CO2e_value:0.673,938c7dc7-75a1-4ef6-a43f-084cfc986d84
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,44284fe2-62fd-415f-9fb0-0bfc7f143d7e
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,6f0a061a-adc1-483e-8599-f1afd55e2102
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.3.2,modeled_data,kg/kWh,CO2e_value:0.673,660ea6e6-fa93-4893-9d20-67985f6ae34f
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,a897654d-363f-4605-97be-63920fac50af
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,7152aecb-de94-44e9-9a8b-a0f16442eabc
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.4.2,modeled_data,kg/kWh,CO2e_value:0.673,e6e1f13c-6a4c-4440-a0d9-e373f91bef73
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.673,036c8bd9-7bd0-490a-95b0-00dc96827e68
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,2a6c7faf-f2f1-4c1f-a9dd-db0bdfd267b4
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.5.2,modeled_data,kg/kWh,CO2e_value:0.673,fdf4fcc7-731a-4d66-8179-ad3141c34025
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.673,46925bb2-a010-4cda-91df-fc8812122dcd
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,458e4221-c0d9-4e96-af32-8d84fd543e34
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,I.6.2,modeled_data,kg/kWh,CO2e_value:0.673,26031747-6c8d-4475-8349-c9bef9c37bbe
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.673,e6d941e7-cba1-447b-846d-6d660290335d
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,e6c6d664-da5f-446e-9813-ec02c8b6006a
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.1.2,modeled_data,kg/kWh,CO2e_value:0.673,fd9d4239-a2a5-454b-9142-d0da639732e3
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.673,ec2afa5e-6821-425c-a55b-35204f8fedba
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,14b1e9a0-1bf3-4b49-882b-9f752b938894
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.2.2,modeled_data,kg/kWh,CO2e_value:0.673,fd245749-98c1-4906-a886-7dbee722c67c
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.673,9910248e-d6d5-4aa7-afdb-33be9f98624a
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,9ca04e4b-c786-4ba6-8a6b-a8aec4d98fae
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.3.2,modeled_data,kg/kWh,CO2e_value:0.673,fb09c8f0-f050-4722-bc62-36759f8a69b4
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.673,7677a59f-d5fd-4b77-b0db-a7ee34bbf922
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.673,97083e0d-77fd-42da-bef8-d535f411d66d
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,0.00012325135385840005,II.4.2,modeled_data,kg/kWh,CO2e_value:0.673,8aace2aa-8b85-4d4e-b317-7c775c902276
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.805,16357aab-a71b-49e1-9c5f-5767aad725f1
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,96257522-2736-438b-83a1-68fde39f7c3b
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.1.2,modeled_data,kg/kWh,CO2e_value:0.805,94b3c84c-9acd-4ddd-b47b-9f0978a5178c
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.805,be51c2ad-305b-4119-a486-9ffbc39106b2
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,4b71d255-8521-4c03-909f-f4e7200de939
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.2.2,modeled_data,kg/kWh,CO2e_value:0.805,b2ffd8bf-f369-422b-998a-3f896ad6ec5e
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.805,2982de3f-a2a1-41b3-b020-30933665a304
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,4ba8c120-7fb0-45e3-9f7d-7660a125275b
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.3.2,modeled_data,kg/kWh,CO2e_value:0.805,e6ae4b2e-82ff-4a31-8ec0-b1e70c2ef30f
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.805,512b5780-d228-4507-baae-ca6dc754fa07
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,d11e10bd-4e46-435f-ada2-4c66160fa1b5
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.4.2,modeled_data,kg/kWh,CO2e_value:0.805,ceb15390-20f6-4360-aee5-7cab01248c4b
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.805,4c71900b-26a4-4927-9973-36a2c7e93af2
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,b7cf8b55-2aea-44f0-a098-cb8db32be718
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.5.2,modeled_data,kg/kWh,CO2e_value:0.805,9aa91ffc-09db-4306-b24e-e9ce9f50a68d
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.805,7a41d58d-4937-4197-898f-72f0fe440053
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,929653bc-98f4-4920-8c55-814b7badbebe
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,I.6.2,modeled_data,kg/kWh,CO2e_value:0.805,3b203e64-a037-4006-9833-4cf9a1316c1f
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.805,426c80c9-4c27-4f19-a03f-45b2e3ce4f88
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,7d5634a6-89b2-4cee-a076-e3496faee509
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.1.2,modeled_data,kg/kWh,CO2e_value:0.805,9ee7fe37-1a58-4bef-af1a-de37a0320210
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.805,afce2363-fea8-4cea-9b52-b390211b5bff
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,e02940e8-5a3a-4471-8b25-343a8ae925b4
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.2.2,modeled_data,kg/kWh,CO2e_value:0.805,8d1d269a-8966-4f15-a6bd-bc6911f93016
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.805,b97b66ff-a5c9-452f-9a2b-563d822bd202
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,bd4981ba-3be0-47c8-a7ad-837d0a5ead49
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.3.2,modeled_data,kg/kWh,CO2e_value:0.805,a0ff4949-2a49-4279-b493-82defe8c96de
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.805,b5206c46-ad62-45d2-ad7c-71913bc1082b
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,3b0d1560-dd76-4265-bbe4-a45fbad6a7db
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.6441361938895712,II.4.2,modeled_data,kg/kWh,CO2e_value:0.805,f6756ff8-508a-4667-a07e-adad2392cafc
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.805,eff5b107-95e0-4985-bb37-f2cd3a6de975
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,99172830-fa27-42f2-b9fc-a2c70f2e5522
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.1.2,modeled_data,kg/kWh,CO2e_value:0.805,2cefd514-627b-413d-ba54-cad047528951
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.805,a1ccba33-5acb-408e-a339-2f722a02766c
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,05622a4b-3277-4ff8-b999-a2c3b91315d9
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.2.2,modeled_data,kg/kWh,CO2e_value:0.805,fed8be62-1240-4411-ad5f-6756268dcef1
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.805,3fa573ff-a896-46ca-9572-9ee51c39231a
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,e10dbb39-9955-484e-b902-2fd3365463bf
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.3.2,modeled_data,kg/kWh,CO2e_value:0.805,e1e4b9fd-b112-4cc5-ae28-f1f2d647e3db
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.805,8f02b3cb-b46e-463b-a877-19c0afb91975
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,291647d5-9ab2-49b8-8120-f1344ea7733b
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.4.2,modeled_data,kg/kWh,CO2e_value:0.805,04e79c46-e19e-4c56-a88c-03ef2f0b3f3a
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.805,cbf08fd6-46ba-4162-bc04-01e09a7cc332
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,18ada9e7-d46a-45ac-b6e3-394ad0306a6f
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.5.2,modeled_data,kg/kWh,CO2e_value:0.805,32ca3d1f-e96e-4270-8dd0-117ea4b63bd1
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.805,6b1709d4-80b0-4482-96ba-de1e3ba654e3
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,5fd9af95-c511-452d-9178-cf0c54a6c848
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,I.6.2,modeled_data,kg/kWh,CO2e_value:0.805,9435bd79-4d1b-41ab-a0e6-c106aee7f197
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.805,fcc36482-2b39-430a-ac7a-f4453272fd75
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,b948dfb0-a8fb-4ec8-ba0c-204dbf0539b9
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.1.2,modeled_data,kg/kWh,CO2e_value:0.805,b00ad111-f265-4b13-bbfb-f2789e54e5a6
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.805,f7e5424e-9605-4b1c-92bc-b4703cb34031
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,b3024e8e-da2f-4a72-b50b-d71c0f8c29ad
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.2.2,modeled_data,kg/kWh,CO2e_value:0.805,dd8e05d8-9372-4257-821a-9dc35bf7789f
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.805,0ee8283e-bd6f-41dd-ad63-56ae87932355
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,6fa992ac-50d2-4923-9c0e-6dbf18035a4b
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.3.2,modeled_data,kg/kWh,CO2e_value:0.805,e66db039-df65-414c-8c8d-4ad76be37349
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.805,11c2b58a-fa12-4427-8ae7-c7a33de7d37f
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,48d2a1f3-1b7d-4e49-b52f-764e4ff00356
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00405287034745955,II.4.2,modeled_data,kg/kWh,CO2e_value:0.805,a2eefa5d-819b-4277-8d46-478fa7adf2e2
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.805,537361a5-c686-4a60-96a5-7c217cc2873a
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,73084bb6-e1ed-46d1-8ae8-178ce810f7d6
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.1.2,modeled_data,kg/kWh,CO2e_value:0.805,0529b0e3-f319-4ef2-9aba-b5adc3b84103
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.805,5926d4a5-954e-464b-b7e3-a4d700f9acd4
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,5601919f-c6b2-4257-8d81-4cf907f4670c
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.2.2,modeled_data,kg/kWh,CO2e_value:0.805,8b53bf97-5b7f-428b-933f-b07b855a3f56
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.805,8a7a470e-a0c9-4052-bf10-5cb9f3777ddb
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,fc28c203-5b5b-4fd7-8198-8d2c4d4064b9
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.3.2,modeled_data,kg/kWh,CO2e_value:0.805,cc8ba2c5-8590-479e-a9d4-7b6810ed7bf0
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.805,33a59c7f-210c-47db-9035-ed66a7c44640
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,3b9a0941-cfbf-417e-97d5-73ca3e5e0e24
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.4.2,modeled_data,kg/kWh,CO2e_value:0.805,acb92dbb-e879-4cca-beef-ec6248fce66a
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.805,b82c80d1-dd15-4225-9a3f-2d32812d2783
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,ecf2ab52-f4c0-4586-a4d9-40b7497e4723
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.5.2,modeled_data,kg/kWh,CO2e_value:0.805,413cf9d9-fb95-4566-9a1f-274e0fa40141
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.805,3912b21a-4606-4852-8372-8f218d050cf6
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,e49c10b2-2e0c-4881-a69f-ae988ac5a734
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,I.6.2,modeled_data,kg/kWh,CO2e_value:0.805,6a005092-bebe-49e9-a8f6-c00afeaaa112
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.805,d6f3ecc4-fbbe-4736-a559-ea3a5b82fe52
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,1fdb5fb2-f645-4645-b809-e450de7343b4
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.1.2,modeled_data,kg/kWh,CO2e_value:0.805,cc382730-8dc4-48b1-88d3-cb6254b8adc8
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.805,07fef1a3-d2ab-4b05-99e2-1ecf8b0aea5a
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,0a52cc90-0fa4-4a96-b91a-e9dff7422b6b
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.2.2,modeled_data,kg/kWh,CO2e_value:0.805,2fdaee0b-d8d2-4987-82bd-54c5455f2074
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.805,9c8ce544-951e-448d-8c5e-2d1b0ac4b0f9
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,af7da037-e663-48c7-a1d5-a57307088cf6
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.3.2,modeled_data,kg/kWh,CO2e_value:0.805,ef132adc-adc8-40b1-9acc-3591f80e0d88
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.805,0d5b78af-4d50-44ce-b586-01c449afb4cd
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.805,b71a11f5-3bf1-459b-9d59-d6d817c41774
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,0.00014746707735567108,II.4.2,modeled_data,kg/kWh,CO2e_value:0.805,93d78a5b-12ec-4096-8822-89a76ae91c16
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,a7ef5784-efe8-4aa0-9660-6d1d6b86faec
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,a5a59bc4-3804-4de8-9a94-b806221be885
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.1.2,modeled_data,kg/kWh,CO2e_value:0.371,53cedc14-4cac-4580-9c76-0d0ba5067a06
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,d400a923-3078-4c54-ae74-5fb4812ee3af
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,0c544957-3460-4ad9-a3f8-f0d82293d160
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.2.2,modeled_data,kg/kWh,CO2e_value:0.371,aabd6ec3-3692-4c44-a2ce-eae661396360
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,a7909721-41b7-40a1-9dc9-fb26fb71cd4e
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,fb084872-69b4-491d-a3e2-c77a8ee0698c
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.3.2,modeled_data,kg/kWh,CO2e_value:0.371,e7067737-690d-4804-bbed-6072bd649835
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,98160855-f4d6-43d9-b7f6-d49561f32f5d
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,f3fe86a7-4bb5-4342-a1e8-285ba687f336
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.4.2,modeled_data,kg/kWh,CO2e_value:0.371,bba64e6e-b0d3-48b3-91c4-c8ec76934f0a
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.371,6f56dbbd-5487-49ab-bc7f-a5ce11729e08
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,9f08ba28-f08f-4142-81e9-cfa9ee0e24e8
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.5.2,modeled_data,kg/kWh,CO2e_value:0.371,32248df4-cee3-47ca-b9de-eb9600e18bde
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.371,ecd1bc06-19ad-47d2-a96c-6e7331f219a0
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,0a52efc9-cd85-46dd-b550-1704023da524
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,I.6.2,modeled_data,kg/kWh,CO2e_value:0.371,bd5d848e-d6d6-47f3-926f-2088bb02dd79
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,9a00c46d-3598-46d2-9bb4-5095abc7e3df
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,817c0584-e439-4f4b-abf0-badfd9dfebd8
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.1.2,modeled_data,kg/kWh,CO2e_value:0.371,95f4e50b-1576-4bed-b696-988bb4413ac3
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,8b4113a1-ba53-4b57-9aba-6b323e935d0e
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,d83ed07c-73e1-4b2a-a9c9-995aa322dbf5
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.2.2,modeled_data,kg/kWh,CO2e_value:0.371,12169760-c16b-4fd4-a346-8d546a5e12bb
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,d944b229-b24d-4b3a-a6f5-7f8eafdb6883
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,102bbd89-2a0a-48c8-8373-7ee2bc5dc321
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.3.2,modeled_data,kg/kWh,CO2e_value:0.371,49fb034c-d8a8-457b-a76b-a0991eb478b8
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,b33f1edb-8330-4910-b85a-1421c8a35b14
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,43b20b3d-fcb7-4018-8af7-6b1cf6400368
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.2964772266666667,II.4.2,modeled_data,kg/kWh,CO2e_value:0.371,65397a81-38f6-4ff4-aaaa-4ad64fee7e0d
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,4cc271a7-2a58-42ce-8fb9-11e191d70370
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,1489e01c-272d-4d3c-8b70-9d007165f0e8
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.1.2,modeled_data,kg/kWh,CO2e_value:0.371,7f502884-5869-4cf9-83eb-5aa09b121cd0
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,0bae90db-498a-4d9d-9387-17a89c3f3f04
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,8ea7c2fe-68dc-4910-bcd3-e7fcdab5f521
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.2.2,modeled_data,kg/kWh,CO2e_value:0.371,3eabb712-8582-4643-9cc6-8a9bcd932ec6
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,cfe2c551-a49b-4a9a-b6a2-bc9e7d3e67bd
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,7db39874-14d7-4604-8f9d-4ef7b5abf025
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.3.2,modeled_data,kg/kWh,CO2e_value:0.371,91b95364-9635-492c-a7e2-7db371a0b4f5
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,3ab2c32b-523b-4d95-9642-c3f616a3bf94
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,c91fe477-9e63-49fc-88c3-cee2d532a32b
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.4.2,modeled_data,kg/kWh,CO2e_value:0.371,6aeb2890-8476-4850-8aaf-202eb3471030
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.371,7ff7a512-d524-4e63-add5-1b1f753365f0
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,311d38bc-2da7-4810-b13a-9222874b56c9
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.5.2,modeled_data,kg/kWh,CO2e_value:0.371,25459941-3fbc-430f-a18d-95b7f8dd3d21
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.371,d5d3518a-07b5-4268-896b-e6c6ec940b7e
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,e60fd1f6-9420-448a-a936-f13f2927cabb
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,I.6.2,modeled_data,kg/kWh,CO2e_value:0.371,eae9afc6-10dc-4002-a094-b04ca703893d
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,28a4f1fb-f022-4955-9c26-0ed9b799b6c0
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,6933b605-48e6-4eee-8c2b-efad51568b3b
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.1.2,modeled_data,kg/kWh,CO2e_value:0.371,6357ce79-216c-40fb-b768-fff08ce50d6d
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,42bae56a-d68d-4206-aafc-a1d31566caea
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,7d0effaf-746a-4fd3-abb2-79aa37e4c3db
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.2.2,modeled_data,kg/kWh,CO2e_value:0.371,fbc3ddea-1d6e-4da9-9f6e-437ab75b8342
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,ced1dc9b-03ae-4633-a4f4-612e0620731a
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,69765d3b-b6e6-4320-a2c5-4ba33a3ccecb
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.3.2,modeled_data,kg/kWh,CO2e_value:0.371,9fef0c9a-20d1-48fc-a9f4-1021b94bc738
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,3f7e32e4-ad47-4084-b078-f127bf02ccfe
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,bd106ed9-e7f6-4c16-8862-2a6bfa7e2343
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.0018654187919463089,II.4.2,modeled_data,kg/kWh,CO2e_value:0.371,d15c692c-8bd1-4b5a-bda3-e3d8cec85fab
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,7476eadc-7f6f-4754-ad5c-58146513c149
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,c9bcaea3-754e-4b60-9b78-f5fcbd6a0f66
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.371,3c9d07b3-8f4d-4026-b7fd-240450fb7ed4
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,c6caf672-c641-43d4-ac73-6cd4f9ad9e9a
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,3360f59d-3678-4240-94ce-fdd88ecc99b4
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.371,4c1bf285-cfe7-4806-ab1b-dbdf1b1519dc
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,617a80ee-d1c0-497a-832d-9abd8ed2abad
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,42755ae8-3c9c-45ea-a452-6151d537ac26
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.371,b0f738c2-3cda-4448-8ade-3207590c3615
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,847c8269-a6cf-464e-8cee-cdbf2e7723e8
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,5fc52aeb-d13f-4ce8-8c55-001110b1ced6
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.371,a1cfefa1-187c-482b-aa61-cdd2df666b44
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.371,4a76a176-9b6a-4b4e-aca3-42dcdf8dbc0f
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,a4aca390-3c59-4e67-ba06-9ffa1e0c1585
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.371,c8b43f23-43bb-4335-aacd-597bab725a24
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.371,993d247b-a7e2-4f39-b9b5-5c5f59bdeebd
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,8a26a692-4590-4f0b-9ff3-305e44f8f31a
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.371,ab6dbdf5-afb1-4684-9a15-05929c279067
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.371,93714688-1f0c-42f9-93df-75bad1fedc1c
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,dec20b70-8e00-4f20-b65e-55e072d5be88
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.371,081cfb5a-c29a-4f21-8d9d-9518f4cc9758
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.371,7e21c39d-7cdc-4ec8-9abd-a12203c6e24b
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,6aff260a-1f7b-44d8-abd0-df39c3ab6732
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.371,5d883923-f3cd-49de-8149-e7c6725ae0a6
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.371,435569dc-f7fa-460a-931a-825b796d3abb
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,efe79348-ddff-4597-b384-dc1534734417
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.371,64eedba2-671e-4206-af43-6dacd1b352a8
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.371,3dcff48c-a10c-4fd5-b30c-d53b6826feed
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,ba7143f5-27ff-4830-9bf5-36b5d1861c04
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,6.787482295482296e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.371,2a351e8b-01fb-4080-af71-de991f7b23ae
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.763,04da359c-c2a1-4e88-bdce-06ab306f92c9
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,d5ea0126-ee86-40cb-8402-aabfbb5a06d5
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.1.2,modeled_data,kg/kWh,CO2e_value:0.763,d1250e5f-f396-4c2f-96ec-062d7e512943
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.763,5723d5b0-602b-4fa4-9877-772dede06be0
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,33ddc166-28c0-4d70-a867-02fdc0a3cca2
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.2.2,modeled_data,kg/kWh,CO2e_value:0.763,fbd40ebe-a38a-4f9a-9466-c49314014f12
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.763,581db354-7a81-4f93-84fc-931aeff4f6d2
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,1765743a-4d0b-4f08-b89e-b2bea9b479aa
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.3.2,modeled_data,kg/kWh,CO2e_value:0.763,649966ec-45e8-40ce-82b9-8df270a455ce
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.763,59f26ca0-8cae-45ad-874b-d9af13e32705
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,d6e78186-72ed-4c40-951d-b6cc8a62b6af
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.4.2,modeled_data,kg/kWh,CO2e_value:0.763,aa858df0-323c-4975-862b-a023e537ff90
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.763,7d57e032-acc9-410e-b2aa-75d1435ccdd7
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,b847a000-b8ed-4b73-ad53-bc524b539daf
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.5.2,modeled_data,kg/kWh,CO2e_value:0.763,3f210963-3b0a-4a7c-94d5-710095210954
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.763,8776ff33-9242-42ce-8a8f-8a6ede2f27bc
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,b4437071-5f1e-4946-8a9f-b1b39986e778
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,I.6.2,modeled_data,kg/kWh,CO2e_value:0.763,1ede26db-2044-488b-b6b0-161d941da2cb
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.763,82bef97c-5b28-451b-90d6-b7bf3e436685
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,012a4fe9-4243-469a-8092-af363a3ffb30
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.1.2,modeled_data,kg/kWh,CO2e_value:0.763,f2beb6f1-f790-4a21-8694-b2cb9651a5f9
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.763,28c5dc85-6459-4eb8-a218-f0c00e277a42
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,6fc3160d-2b7f-4c01-b1f1-7dd8870763fa
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.2.2,modeled_data,kg/kWh,CO2e_value:0.763,2d341d8e-e545-4643-9bdd-4e0988fffc75
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.763,abf8a01e-4c66-4a32-95f0-a34b3e340c90
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,448630e1-97fc-4413-af6e-f9cbc61f2f13
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.3.2,modeled_data,kg/kWh,CO2e_value:0.763,89cd38b0-b6bf-4a9d-82a3-8a43a902d47a
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.763,0770f00e-b5f3-48a6-8fc5-0439504712fd
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,ffd2faaf-01e4-4c12-a758-28904b9df423
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.6107002867222567,II.4.2,modeled_data,kg/kWh,CO2e_value:0.763,aac8075b-8eb6-4ea4-b783-50d9934302c9
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.763,d80f12e1-1412-434f-a492-28ea9dba7e94
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,135ae357-9548-4c7d-9779-0c02116ee4ee
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.1.2,modeled_data,kg/kWh,CO2e_value:0.763,52d2732e-21e0-40e3-89df-dacbe57229bf
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.763,73b7a553-8a4f-4e5e-8bbc-cf3df83def3d
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,fff0926e-fa42-498f-8fc2-5dbf244eb594
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.2.2,modeled_data,kg/kWh,CO2e_value:0.763,86fc454f-7a49-4a9e-8a3c-29f07090037b
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.763,cfffeb6c-0a49-4718-9fa9-28fee0962a65
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,99831b4b-de5c-4c37-863c-c3b421f3912a
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.3.2,modeled_data,kg/kWh,CO2e_value:0.763,e134881d-985b-4150-bded-15551b5b1594
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.763,f65dd5e0-96f3-4b68-8bc6-9fa0dd362ea7
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,b85d51ef-f646-45ac-bafc-52f3866fae25
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.4.2,modeled_data,kg/kWh,CO2e_value:0.763,7b48d24a-c878-4438-8716-e87d0c5842cd
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.763,29f75ea4-24ac-4dd7-a4a4-0bd8e7affa6e
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,21235003-4c18-49d9-b320-fb2e61c2f4be
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.5.2,modeled_data,kg/kWh,CO2e_value:0.763,fa2aad71-b7e1-4be5-9caa-d8f62af26465
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.763,f489064f-2169-428c-bab4-c85b4eaff693
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,d797d0e4-b3e6-4a2a-ac63-82b077f1e354
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,I.6.2,modeled_data,kg/kWh,CO2e_value:0.763,07f7c5ea-4e65-4cce-aca3-7ac572e1c222
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.763,b11ed968-b761-4220-b356-3f9ab49aaf7c
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,59271664-bbf8-46b5-94f3-c2a8868e20ee
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.1.2,modeled_data,kg/kWh,CO2e_value:0.763,f91f15f5-d559-4a5c-8ef2-ded932ee2b8b
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.763,6e870461-61a4-4f86-9880-38b4762c91a8
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,7e781a06-df19-4bb4-a999-598f1aa99548
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.2.2,modeled_data,kg/kWh,CO2e_value:0.763,0c21bf35-3827-4850-b7a8-64886348db3c
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.763,8db06c54-3800-4543-8ffa-218dd80eaa04
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,a674681e-7c0f-4f48-9245-18fd4e103f2c
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.3.2,modeled_data,kg/kWh,CO2e_value:0.763,3164d2c7-4d64-40c0-9f9c-2fb0eeef77d5
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.763,bd80d5b7-3b0f-420e-b798-1098bad806f5
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,e326fe4f-d578-4700-8a23-d89df51b9175
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,0.0038424934147792997,II.4.2,modeled_data,kg/kWh,CO2e_value:0.763,c43dfdfa-4fc2-4311-a201-d35309e2b35b
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.763,de9f15fe-7a93-4366-bed3-0d36c5d35642
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,94e6362e-37e6-48d5-a224-52a6c8ee9ddc
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.1.2,modeled_data,kg/kWh,CO2e_value:0.763,ec65d9ac-e9d1-46b3-900c-8e5a54df50e5
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.763,5be89876-aa0e-4e6c-af6d-dda5180b567c
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,c0e1d389-853e-4275-8b2f-4fbbcb730702
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.2.2,modeled_data,kg/kWh,CO2e_value:0.763,4416b6f7-9836-4259-9ca7-7dcb60fc643d
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.763,3f109e7b-f15d-413d-b0a9-cbc87740f8af
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,72e2574f-583c-4226-90ef-8d747e820ef3
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.3.2,modeled_data,kg/kWh,CO2e_value:0.763,d0dd248c-5fb1-4d0e-9a12-a0eb5ad7b797
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.763,f1992eff-d62d-4c3d-9102-9b90479862c9
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,e179351c-f63f-463f-a85a-b9b7f7dcdf62
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.4.2,modeled_data,kg/kWh,CO2e_value:0.763,5fd39a8a-b66e-4006-b67c-0c982e1703da
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.763,9fe9cef9-f922-4bcd-9e97-7dd40f5c6030
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,04195135-7f74-40ad-90f8-df07b63b6492
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.5.2,modeled_data,kg/kWh,CO2e_value:0.763,362a974f-25b2-42fb-a124-9d79b874a2a8
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.763,573cddb2-76a4-421b-9c47-4fff889f9d19
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,966ef068-6f73-4d53-8fc8-f4ef627e97dd
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,I.6.2,modeled_data,kg/kWh,CO2e_value:0.763,1f39262f-6694-4278-91af-45645d61d738
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.763,1bda33b8-ef49-401b-85d0-081f34a11446
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,9d439020-1a1d-4d0f-ad9a-eb482a53e019
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.1.2,modeled_data,kg/kWh,CO2e_value:0.763,cf784f2d-a684-47d5-b277-607f8435860a
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.763,fb49ba53-936b-446a-b6b4-a81addc95618
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,9b1fed61-9d97-4002-bfb4-249664c8e20a
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.2.2,modeled_data,kg/kWh,CO2e_value:0.763,a65f826c-f66d-46f4-be8a-ad7a5e481bb0
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.763,d0a175fb-4d69-4abe-9000-690076033574
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,9b980a9f-a197-4e5a-8f76-e89da2d87921
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.3.2,modeled_data,kg/kWh,CO2e_value:0.763,79841307-93d0-41ef-b00c-a71bee214da6
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.763,01c52153-6bb3-4af6-8574-087e8968705a
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.763,01d61d80-963e-48be-9ed4-59f3ca2a6f8b
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,0.00013981233670381336,II.4.2,modeled_data,kg/kWh,CO2e_value:0.763,455d1c9f-e250-4fbc-9519-fed32d622d2f
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,70175b19-79ae-4ca0-83f6-eaed798a5c69
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,c7c57464-f0b8-48f4-a487-bf9bcca4fff9
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.1.2,modeled_data,kg/kWh,CO2e_value:0.164,02c73e26-ac5a-4eb6-809e-c48adcec6d6c
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,e27a57fd-59e5-42e0-b1c6-48158ecce135
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,b4d4a045-3f6b-4e10-9aa0-dfd2dffd2154
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.2.2,modeled_data,kg/kWh,CO2e_value:0.164,2c44e039-74d9-4d41-862f-8320d1251b59
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,26cb7c14-305e-45a2-97f9-6b063fdcdf28
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,72c19028-896c-42bc-acad-04ad21ccbb98
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.3.2,modeled_data,kg/kWh,CO2e_value:0.164,2c6a645a-8a7b-44e7-b116-a7d2883d521a
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,96069cc0-2d8c-4aa2-8611-d20e53680286
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,79c996fa-2b0a-42ab-8b0f-984fcf54f51e
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.4.2,modeled_data,kg/kWh,CO2e_value:0.164,f4ded8f6-b9e1-4ddf-b95f-d6524f841721
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.164,91cf45bc-f47f-402f-a23e-2bce6108e3af
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,2ea95177-cee2-4135-8831-c907032486a0
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.5.2,modeled_data,kg/kWh,CO2e_value:0.164,8ff3a4f1-f673-428e-adca-1f7c1e9a54ae
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.164,da799069-7303-4ba5-b682-32154019bcb3
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,abef8bfb-681c-4d32-b152-322dbdcbef46
+ES,Spain,2022,Production mix factor,CO2,0.130976,I.6.2,modeled_data,kg/kWh,CO2e_value:0.164,46120cf9-2d35-4423-8276-a7385c0c6a64
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,b2c0601f-d4b7-4e5a-9ec3-0803ecbd5047
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,50f4c691-b29a-4f83-89d9-1eb10538d1d8
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.1.2,modeled_data,kg/kWh,CO2e_value:0.164,14876082-f538-4832-a3d3-20dd7b71c454
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,29d02f6c-76bc-4d68-94cb-f6f3f8cac30f
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,2ceb8a6a-07d4-490c-aec0-26f382b7f8b1
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.2.2,modeled_data,kg/kWh,CO2e_value:0.164,78e06721-47a2-4d81-921f-3844a0e44c1a
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,245bb312-c99c-41d9-8c24-5563a13d5dd9
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,1997356c-930d-4421-a7fc-780abb72fe13
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.3.2,modeled_data,kg/kWh,CO2e_value:0.164,bbb662c2-e117-46e6-b9e1-6780ea5a6d99
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,d56ef52d-21dc-4485-aefc-b4ef388e1817
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,bc724dcd-5477-4a35-a6d4-10f46b2400c5
+ES,Spain,2022,Production mix factor,CO2,0.130976,II.4.2,modeled_data,kg/kWh,CO2e_value:0.164,2de09386-04ef-43ca-811f-1830d69c68a7
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,c95476a9-2874-4f8f-81fa-86b46fc6300f
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,98a3f61f-e114-448e-9feb-5fccad867e51
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.1.2,modeled_data,kg/kWh,CO2e_value:0.164,953cfc2f-81ec-4f30-834e-8ce355524798
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,92959b51-63e6-4e52-9941-eb90b2241cfe
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,cb2a54ed-8f5f-4dae-a3a8-c3bf1d977b9a
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.2.2,modeled_data,kg/kWh,CO2e_value:0.164,27b2b785-aba2-4d67-8ebd-d153c94d7e64
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,087328de-06ad-4ddb-b061-28294ceccd8a
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,6c174be6-9cb4-4509-9b4c-b2bab90959bb
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.3.2,modeled_data,kg/kWh,CO2e_value:0.164,608eb7fc-d5a2-495c-aa52-f6fa42e4f983
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,17b1e57a-0204-4a62-a48c-29cd1706a454
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,d0e05341-c015-489d-ac98-5b70cd458cdd
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.4.2,modeled_data,kg/kWh,CO2e_value:0.164,63d712ce-faff-447b-b99e-a5cfdb9af253
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.164,a5171272-1c80-4a4c-aa0e-6334c1217554
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,b4a2e8e3-01cc-48b3-9689-ca42e2fd1f89
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.5.2,modeled_data,kg/kWh,CO2e_value:0.164,0d9a663b-7338-4fd9-8036-fbeff374618a
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.164,2a4539e1-101e-483b-93a9-d59d0db3910c
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,ba31a285-8fe7-4e84-90de-0765202efdee
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,I.6.2,modeled_data,kg/kWh,CO2e_value:0.164,cf1cee5b-a253-430e-b09d-98493ca035a6
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,6a8fe918-042d-41f6-81fe-764c01426c1d
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,58551e4b-2490-4e56-b1af-27f4badce4f8
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.1.2,modeled_data,kg/kWh,CO2e_value:0.164,1893e639-5dd1-4ec1-a87c-3c5d1bc44dcd
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,b602d14c-1f32-4a05-b49f-32aa3d86dff8
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,00d3f42d-a6e0-4645-9b34-26056c77230c
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.2.2,modeled_data,kg/kWh,CO2e_value:0.164,9beaed42-24c4-4309-8a8d-b445acc4b12b
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,ef7d9a80-f4f7-4d7c-8459-d711ca1aea43
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,fce9a1f1-1792-4338-840c-6a629da3859c
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.3.2,modeled_data,kg/kWh,CO2e_value:0.164,24a516ff-f674-49bb-8a41-b6f2ad35e36e
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,fc4af967-da28-4adc-810a-d2fff8a146be
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,287f2250-fe15-490a-b95b-c7c6fce1476d
+ES,Spain,2022,Production mix factor,CH4,0.0008240939597315436,II.4.2,modeled_data,kg/kWh,CO2e_value:0.164,77427526-af19-4231-bb95-f8939e3f5de8
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,db913143-9245-427f-bd18-be6c69ce0819
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,c7c249cb-8ba1-4780-8f34-0373dcf07675
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.164,72d15250-3438-4663-8d63-ebc6408cc1ff
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,4b9c8c7e-49fb-47e7-ad1a-c9f1c9714458
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,ab930180-f764-4afc-92f5-c03401c84299
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.164,fb160639-fa31-4a4f-9d4b-acd4228f00d6
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,77b43aae-db93-4d70-bf41-6c4825df6758
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,4a5e4db5-7a2e-4c64-9b24-dedc2556668f
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.164,02d4f714-aa94-42a6-a265-de925754a99b
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,29bf52c3-e3e2-450b-8d2c-d965ff0e0d53
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,b95b099e-0359-4883-9a3d-8aeba0268b39
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.164,2a1f7c2c-2041-47f8-9402-15ae71313007
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.164,4668a98d-a99c-4fb0-88b0-5c5927c56616
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,30b2d931-efba-4f96-a2d4-bc6c6e0c82bf
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.164,fa7e4c00-9434-4715-a5f4-2bc93f92e6a6
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.164,12f4b3f0-7001-4d88-b58e-199eeb5e1153
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,837f0c79-6172-4d2f-bd37-ad9cf71f9805
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.164,b956fde8-9866-411b-a4ed-57731d4ea7ee
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.164,e1778e75-090f-4461-b2d7-746c7950ade8
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,1eec25df-9ce9-406b-852d-b65fb41f7f0e
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.164,f160395c-7010-4e88-b96d-00a45b78ad47
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.164,bb822faa-c0bc-4995-b1f7-0c250a7f5c9a
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,20da3896-d0a3-4498-888f-a0888116dd3a
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.164,36bf1f18-fec7-4f61-b969-4c34c100f569
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.164,1eeeaaa8-0070-4d0a-a85c-e34d4447a704
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,c28594d7-2782-4169-8e19-ea62b7ecf2fa
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.164,f5b82ffc-63cf-45eb-9f1e-c794c034004d
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.164,44561cb1-ca33-402a-a911-5d8115121364
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.164,18dfab5e-87ed-4a72-a24e-eab7f73ab42a
+ES,Spain,2022,Production mix factor,N2O,2.9985347985347987e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.164,71bc9d9f-18c6-44f0-8d08-4f002b58ea50
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,2c2fddbe-b4ec-4af6-8090-9f93e5cc8268
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,79adf488-e646-4a1f-b880-49afc1344359
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.1.2,modeled_data,kg/kWh,CO2e_value:0.452,aa7e4e58-6b36-4905-8729-695c27b1e3ec
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,e5515986-bf8f-4948-b3a8-16f75bbbc13b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,d0d96a40-b81a-4888-b3a3-fd70663e118c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.2.2,modeled_data,kg/kWh,CO2e_value:0.452,f53dcca7-55c8-4419-b16b-5eaacb150c77
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,64f80ee1-94d1-4a1a-a35a-0499d3a3a828
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,db543798-dd42-46e0-8a5d-5a11b1844890
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.3.2,modeled_data,kg/kWh,CO2e_value:0.452,884bc317-b55a-4020-aa49-48db7c6998a5
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,781166b1-6313-42ac-9c24-b543839e7b39
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,e36b1fe2-5e93-456f-8910-a4cbcb3c2e81
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.4.2,modeled_data,kg/kWh,CO2e_value:0.452,f678b6de-1dc0-4c55-b39a-09be40779b80
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.452,49307e82-1b64-4d20-aa5a-24efadedc5cf
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,b75a1b30-da2a-4cd6-aa7c-cf7bb33b9708
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.5.2,modeled_data,kg/kWh,CO2e_value:0.452,96233db0-baa2-4f1c-bc30-ebfc39282eb3
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.452,60abad73-a959-455f-b07c-13c14a348b1f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,9e03cdd8-0fc2-4d1b-be9b-fcc307c22d49
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,I.6.2,modeled_data,kg/kWh,CO2e_value:0.452,a9c85a69-8ba6-45f1-8b23-e4a7ca793c00
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,72cab60d-44da-469f-bbde-310973e13e4d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,6f0ba2f4-ce88-4b5e-a43c-2b14b67ae26c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.1.2,modeled_data,kg/kWh,CO2e_value:0.452,57f973a7-db3b-484b-a829-c67ca657959d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,00cea0da-3322-4961-85bb-3c8d04d15481
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,3a94d802-d01d-4d45-a502-157ca03012f0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.2.2,modeled_data,kg/kWh,CO2e_value:0.452,6f0036fb-20b3-4031-8b96-29e131a159bc
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,afa8f710-a4bb-4945-9d19-fda5e2709246
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,c653c122-bcea-4b6a-8d04-4c6227af6eb1
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.3.2,modeled_data,kg/kWh,CO2e_value:0.452,12a27813-b13b-4de1-b9f7-c88fa3d81c3b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,956b002b-5660-4ddf-80c6-6ce80a6781f9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,4861dbb3-9dc2-4987-9df4-1de5f0c0ed3a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.361520796458606,II.4.2,modeled_data,kg/kWh,CO2e_value:0.452,618d01a4-7ef6-4207-9620-14c09d7a56b8
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,7cf26383-47c5-41bd-acb9-8bd69e3bf0c0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,1c23b0ca-f346-42fd-ab1c-b04e0ad4710a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.1.2,modeled_data,kg/kWh,CO2e_value:0.452,157e9ad8-087c-4565-8638-6d88fcda9d5b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,5025810a-16bc-4f0e-a300-913bd055e9fb
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,ab55a6ca-8093-488c-a158-a35f039230bb
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.2.2,modeled_data,kg/kWh,CO2e_value:0.452,8ba53b2b-9442-4cc2-a97a-0f2468a4a042
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,209aa525-b8fb-46b7-b341-5742b4bd6ec0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,22baf28c-c6f5-4a3e-9894-10afb06c9ca8
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.3.2,modeled_data,kg/kWh,CO2e_value:0.452,721dc6df-3fa7-4011-87f2-51b71d3a768c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,6a486cc1-5718-4ede-b06a-d27a07ec7478
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,c3bee72c-9641-485c-9bf1-ef99c9429178
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.4.2,modeled_data,kg/kWh,CO2e_value:0.452,7593399f-5736-4d62-85b2-ec5e05458e14
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.452,1a150a67-7e31-4dde-bde5-60c4b30d4606
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,f552d0b1-03f1-4461-abfb-f0907024fef6
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.5.2,modeled_data,kg/kWh,CO2e_value:0.452,9f4a1170-6fc3-4999-bef4-dd4efa82c756
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.452,687be954-ce97-4881-964e-d2eaa1c05341
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,c7a43b9f-d11a-4003-9f60-21516f1f700a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,I.6.2,modeled_data,kg/kWh,CO2e_value:0.452,c237d3f2-e666-47a2-84a0-f82abf02687c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,d003fdb8-a583-4922-9894-5c1d68328b2c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,9d35a97e-8c0d-4233-9537-06455e4a41ac
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.1.2,modeled_data,kg/kWh,CO2e_value:0.452,1370f59f-4eb6-4871-af6e-46494ad76643
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,3c31c72c-6e5f-4ffa-8f54-559a250b90a6
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,5e230ab1-cef9-44b8-af4d-b494e6d8de9c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.2.2,modeled_data,kg/kWh,CO2e_value:0.452,1d96113b-0e0c-49a1-9b15-f63a359fe13a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,7e806242-82ed-4371-89a5-7d6baf34c534
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,faa4b925-9a4d-490b-b7d1-fbb9ad7290ef
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.3.2,modeled_data,kg/kWh,CO2e_value:0.452,54ef935c-0776-4294-a32c-7d79304e0be9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,9f6e6553-a914-4bb9-add5-f8e0e687b90d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,1dd7e3e4-90e1-4288-a3f3-bc48240c1ff1
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0022746694408049876,II.4.2,modeled_data,kg/kWh,CO2e_value:0.452,b10d52ec-de9f-4a5d-95ec-678dbb67f66a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,bbb09ead-e37d-4c24-8cb7-653d1a2db75f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,215c8472-db0b-42c8-8083-3538dcaac312
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.452,2d986bef-192b-4dd8-ab5c-cdf198dca802
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,25132375-a1cd-42f4-b2fc-571c0b259f9e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,ba0d87c7-7110-4eb3-aedb-d8de436456fc
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.452,d604bad3-bf40-4d78-97fd-ee54b54d22d9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,636056fe-f687-439a-8f2c-a0067561d61a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,1ed94189-8923-47b3-9d1c-b6289518a95d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.452,bdc28107-bff4-4e36-b14d-25a6bf4c419d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,603af514-2758-4f20-9f3d-bf7361bfc06d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,412b3672-5116-481b-a04f-fa2aa7cd3963
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.452,f5100c30-ab33-4f60-8c8b-176dc1ef251e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.452,8bf3da39-092f-4441-93d9-9265753164a7
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,abfd6c62-5be2-4ba5-a8b2-b83d5eb6028b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.452,3bcfe721-9c67-40a2-8717-e1a15ff814d3
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.452,731f75d9-1f7b-4181-af34-d4c4a1097bb0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,623a43af-ef6a-43e1-979f-616f7c28f157
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.452,68d1be7e-e491-4894-832d-c3140ebae7d3
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.452,150d9182-c447-4596-bdbb-c85f23a3b9a2
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,4b742e8d-9d68-4c9a-9042-181d73788da7
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.452,63e4bc70-1948-49af-a244-3b85982dfbc1
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.452,85607e51-fe46-4899-8934-2d9ded685e6a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,bf9d5c59-569b-40d9-895e-8d9431a4857f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.452,b3bc9772-1f3c-488a-aa65-b0488bd223dd
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.452,8e8e6a2b-5e70-4d7a-86d4-698926419e50
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,885f4bfc-f41a-44fb-9ea9-d4c63a7383a7
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.452,f46e2cc2-403e-43d9-a347-bad505c44124
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.452,60a757d1-6d81-441a-b7ca-5c1d68d3e625
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.452,67e8a146-486d-4438-bdaa-c97a7fb1264d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,8.276575010499222e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.452,5531c2a0-ff97-4de7-a71f-f8c925422ebe
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.226,7b6d826a-1ba3-4fe9-a4a0-529ffd4a851c
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,7c48ef3e-f799-4d74-a6f2-9cacb90c25b9
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.1.2,modeled_data,kg/kWh,CO2e_value:0.226,29774fa8-c5b5-4778-8cbc-9025b3332403
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.226,7c6276e4-bf47-4a20-86c4-8e881a1156be
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,b8f1e437-10a8-4e69-9f64-e3ce8b73bdff
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.2.2,modeled_data,kg/kWh,CO2e_value:0.226,6b67d26c-5025-4ae7-8cc3-44b943a2f158
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.226,a815efb5-56cf-4c9e-b066-3148d14fb1d6
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,344d9a30-679d-4eb6-912e-6a6bf7db6d08
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.3.2,modeled_data,kg/kWh,CO2e_value:0.226,53d58e82-fba0-4bea-9025-768a9eb39086
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.226,478785e8-a148-464a-bdbd-6be1d0d82022
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,22fcafdb-7299-4ed9-ad57-31fd6500ebc4
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.4.2,modeled_data,kg/kWh,CO2e_value:0.226,53a00cc1-4829-43dc-8ddb-9b18c330e308
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.226,d2afb8da-132f-4729-a568-0d0f92624db9
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,330e7362-7857-44d2-8651-d5c38cf657c0
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.5.2,modeled_data,kg/kWh,CO2e_value:0.226,983ca2a5-b920-4a51-bfaf-7f8377729b69
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.226,ad6416e8-2f01-42fa-9e4c-d729023cae09
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,618f038f-1049-45dd-bb19-afba7b2e0868
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,I.6.2,modeled_data,kg/kWh,CO2e_value:0.226,768e63c9-cdd2-4ea3-8bed-f80cc63341ca
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.226,d67cd9e7-046d-4960-aa93-7c36063bfb93
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,5efd75c0-29aa-4576-bc92-e10b890b32f5
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.1.2,modeled_data,kg/kWh,CO2e_value:0.226,21453798-1441-41e9-b542-667019cccbfd
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.226,1afc9ebe-6239-459d-abca-076fe88b0d12
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,b4651624-e386-4929-86a6-f08656ed7b96
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.2.2,modeled_data,kg/kWh,CO2e_value:0.226,d83a648d-d46e-48b2-960e-d2ce5b03a8c5
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.226,8c96b479-c2fd-472a-a33f-7c0dc2e6fcf5
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,979a95cb-aeb2-4e92-b8f5-1fb4125c9d65
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.3.2,modeled_data,kg/kWh,CO2e_value:0.226,c072edc4-587e-48b7-9b50-3ab4800da41d
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.226,8890bb1d-a632-46ab-bae1-59aeb3c4692e
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,9fd8e04e-2c91-494d-a274-7e29ebbecada
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.1804839812177242,II.4.2,modeled_data,kg/kWh,CO2e_value:0.226,5d242275-ac74-4701-8c5f-499903dcf06b
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.226,e7bf46f9-26d8-46e8-9036-86ea92b19dcc
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,b5b5ee36-4833-44ed-87c3-e02032df8a2f
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.1.2,modeled_data,kg/kWh,CO2e_value:0.226,c05e629e-b829-4b33-a9a4-361b9a22c2db
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.226,90f8f406-d3e0-44a4-ac63-33c1ce34d45e
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,2698e31b-a3a2-4e79-b478-e26242a0e446
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.2.2,modeled_data,kg/kWh,CO2e_value:0.226,750f01bd-e913-4881-ab88-1f5bddf2e032
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.226,e0b57859-bf9b-48ef-bc1b-53072ed9b31f
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,f53be08c-d293-4708-a9d6-c49f053f3be0
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.3.2,modeled_data,kg/kWh,CO2e_value:0.226,a5073fe1-e9c4-403e-8b24-6393a66a3953
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.226,bdb5d6b7-07a4-4769-a0d1-25fba989f86a
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,84209b5f-a728-46ac-9561-cad7a547b40d
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.4.2,modeled_data,kg/kWh,CO2e_value:0.226,84b23940-91fb-4cd2-a127-cd53f2fea5d1
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.226,a7f25185-970a-4af4-8125-16dce5b83bab
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,b67b8644-a5cf-4543-9c8c-bfafa0222dca
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.5.2,modeled_data,kg/kWh,CO2e_value:0.226,bd07760a-ea34-481e-bda9-fa1bb27f1c85
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.226,cacfbe52-0279-4109-9e78-912078c170df
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,24e77216-7461-42ac-a17c-bfbce7e01f8e
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,I.6.2,modeled_data,kg/kWh,CO2e_value:0.226,4cf9983d-bc1b-481a-91e5-f1390323f742
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.226,9d127a85-03bc-4364-85d5-c956306b39b0
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,5b76e69c-acfe-4206-ace2-c87beea72f0f
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.1.2,modeled_data,kg/kWh,CO2e_value:0.226,43ca26b9-eae9-48e1-8512-630ddfaab961
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.226,0cb3f93f-71c5-4f1f-afff-4c94ccb65c2f
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,bb79e6dc-3f84-4c90-b477-ca991fbe31ab
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.2.2,modeled_data,kg/kWh,CO2e_value:0.226,bb66e616-60c7-483f-8552-5ccabc2b222a
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.226,0fa16644-f62b-442f-b2d6-505e1517e486
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,a2f016de-c708-4405-b02d-75c054114d9e
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.3.2,modeled_data,kg/kWh,CO2e_value:0.226,0269e1df-a71f-48e0-b609-a28fdace6502
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.226,4a601a1d-0f6c-4f4f-8683-28fc3e401d42
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,9e0cf0d1-a29d-48db-bbeb-ff7976756118
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.0011355955194068215,II.4.2,modeled_data,kg/kWh,CO2e_value:0.226,e18f9613-a3c5-499f-a352-f2a94dcee587
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.226,0e304626-757c-43a3-8430-67f6dd94b071
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,20b0e1bc-58d6-4385-bf6c-8cd59b6b673f
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.226,9f46a144-fd58-4f63-9244-80f3ec37fd24
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.226,71d57179-9612-4aaf-9f98-4351e8d7c5c6
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,9156c2bc-b30f-405d-8749-2307bb2fcdb0
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.226,67d7e1e5-ae80-4866-94cc-5458376c8cb0
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.226,fc87b12f-d00d-4610-a980-3b97f02d9fd7
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,b745de5c-a0ef-47a7-b773-07e47e664f36
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.226,952af2c1-ebf1-443f-b39d-d99c652008ed
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.226,fd3b6f72-f26b-4402-9000-3c777eab33b1
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,0c86364d-5635-4897-992c-6b02a69bbc74
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.226,b4777dfb-7a3d-4f98-b2a4-10c559bedb7f
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.226,e6d0012f-4aea-446d-910a-5b6f63ad1aff
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,21d52365-3434-4707-9a7c-db883ec3ce46
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.226,a81b8874-1802-49a8-bea0-f144ddc15ce3
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.226,df49ed8b-dbdc-4edc-81d9-0070a6e9268d
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,1e784a9e-2e53-433e-970b-ab7b4353a47c
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.226,5aed2e98-e553-433d-8f35-1eaf670b1c4e
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.226,beabede4-3e0f-4065-909d-6888f0e6f791
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,10bbb617-ad39-4280-a29b-b409c491d3f9
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.226,13a2e0ed-2b3a-4d18-813d-4d75fa8552dd
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.226,9d13a4aa-21e8-4483-86e4-94a1c0e1f3dc
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,9bd1d56c-70ba-4866-a1b9-6ae52f864fd3
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.226,388e02af-dfda-46e3-a531-38689db71cb3
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.226,f1d20271-3b32-4f6a-9940-2faa5266ccb9
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,cf551d4d-bb25-4d23-8dfa-5869e8a1a418
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.226,5c739caf-33dc-4ea7-bae5-99ee93a34894
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.226,f4f89bd8-99cf-4418-98f9-c3f4939ea578
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.226,1048eae2-2dae-4aa3-a2d0-373dad523cd3
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,4.13195927696255e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.226,c7cd6284-9b80-4e34-b8d7-9242907ba1a7
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,a1ab3ba9-cf62-411d-b2fa-515e1f2a2feb
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,b7a824cb-db7c-49b9-8ddc-de87c8b89203
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.1.2,modeled_data,kg/kWh,CO2e_value:0.376,eaddcee7-4c37-4827-8247-d3432ebfc1ef
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,e4b0fecf-d894-48a9-ad5f-a4f4e3c676dc
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,da366737-e759-4801-979d-e4f0fe85154e
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.2.2,modeled_data,kg/kWh,CO2e_value:0.376,9f654ff6-d335-4a07-87f6-aca6c53400b3
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,60c7243b-593b-4c0b-8ad8-0059170e3139
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,9d22d650-467e-45e0-8b28-2bbaab724d1e
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.3.2,modeled_data,kg/kWh,CO2e_value:0.376,4a4e5268-6ac6-4cde-9d3e-3597a1ff37af
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,9ea1dacc-d207-43f0-b4c1-625ff274d77c
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,875f7438-ca39-4fd2-a70c-e9a7ae857ba0
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.4.2,modeled_data,kg/kWh,CO2e_value:0.376,cae6a461-46af-4481-a744-a662ec4f5516
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.376,4c0db4a5-b178-46fe-94ae-a0b86e218936
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,53c17e52-90df-4fc0-a361-126d4dd15a1b
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.5.2,modeled_data,kg/kWh,CO2e_value:0.376,f07aa6fc-5056-4373-8c6e-d7fb3bdceb52
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.376,cf31ebb7-ae72-49b4-b2a9-6be4b85ab905
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,5bacfbcb-9771-4ebc-bb52-ed421eaeb453
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,I.6.2,modeled_data,kg/kWh,CO2e_value:0.376,299c140e-6cef-43cd-ac2e-e18ec4a2bc31
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,e7f96305-5bc3-4212-8ab9-9c69e63aac7b
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,22ad04f0-7243-4b20-91de-6d4141791b6d
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.1.2,modeled_data,kg/kWh,CO2e_value:0.376,d066514b-3a3b-4590-8c9e-0a5d99ebf314
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,3eb266d9-64f3-40fc-8774-79a3915d7f40
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,1a75cebb-73f2-4f6c-85b3-ca80002a8f8c
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.2.2,modeled_data,kg/kWh,CO2e_value:0.376,eef929fc-6908-4231-b945-c9e257bc6baa
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,e212b7d7-82ef-40e2-8175-5c68e348f5db
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,3b407fdf-54e0-49b3-9f8f-1b0759f80679
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.3.2,modeled_data,kg/kWh,CO2e_value:0.376,f48a0fc4-0a5f-4486-b901-f7c0dc9c625a
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,3fe0a041-f98d-4290-84fa-5cb46fd35fe9
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,27570c92-e937-4101-a764-3b23c826e22d
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.3005568865008067,II.4.2,modeled_data,kg/kWh,CO2e_value:0.376,00cc41b5-5d40-4f6a-96b3-a541b39b653b
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,0258f2f4-2ff7-4080-bf34-c9833d87799e
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,45b7ef7b-a282-49c6-bfb8-adf55f88df51
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.1.2,modeled_data,kg/kWh,CO2e_value:0.376,eb68a519-d459-47f5-9d83-654212a9e6d1
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,0b8bb0fd-a598-462c-9615-8f2174e0450c
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,6a4debaf-5ca5-47e5-b4b3-0de8821fe5e5
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.2.2,modeled_data,kg/kWh,CO2e_value:0.376,ba3f7a37-7c40-4b45-a778-6d60660ee003
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,9572c692-d844-4b04-b50e-162fc5cf8e0c
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,b9785c5d-f68c-42d4-a660-4e077ce1bcfd
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.3.2,modeled_data,kg/kWh,CO2e_value:0.376,ce488aed-ad8b-4b80-994e-3e0dbcecec0d
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,9c78ecba-7dcf-4eb0-9e67-1dcdb20616bd
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,9e8a7e3d-e06f-43e0-82c9-6e031c368ee7
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.4.2,modeled_data,kg/kWh,CO2e_value:0.376,f123865e-13e0-40ea-90a2-92d4ee0c707a
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.376,8da1f50d-6da2-4fa2-a769-622cb8460eb1
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,bffe0cd4-d259-4749-9526-abde416b4add
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.5.2,modeled_data,kg/kWh,CO2e_value:0.376,ae5cd9f7-2b6c-4d4a-aa56-9d9097b4e935
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.376,54435b85-08df-473d-b9ee-e766e01c9df6
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,21eb97f4-3baa-43cf-bce2-f01032105577
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,I.6.2,modeled_data,kg/kWh,CO2e_value:0.376,249cfbbf-cf27-4276-bf8d-16aa923e3f1b
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,61141f64-4f79-4d12-bfa7-409519d3b1ac
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,c75a62de-e08d-48fc-8f73-693343cbda78
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.1.2,modeled_data,kg/kWh,CO2e_value:0.376,9419fd16-af38-4262-899a-c127750bf554
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,c69aedf8-8b1d-4884-a972-2d151ff829c0
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,7dc4e93a-8dc2-4838-a0f9-26401802021a
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.2.2,modeled_data,kg/kWh,CO2e_value:0.376,a1a721d3-43ec-4ca4-8d1f-f0863d262431
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,2dd2280f-277e-4519-86ba-dd0f4a1faddc
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,31271795-65fc-4da7-bc97-76448efdd639
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.3.2,modeled_data,kg/kWh,CO2e_value:0.376,3d1d8cb7-40a0-4412-b923-0c22406f3daf
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,c892464b-bf8e-46ad-aa6e-5e93045e1f1f
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,5cc6b5a5-7a9c-4690-ab5b-478605b9c3bf
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,0.0018910877925805787,II.4.2,modeled_data,kg/kWh,CO2e_value:0.376,9af6d370-7293-4533-adb2-b6a431733ea6
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,e9dd6f8c-c055-4332-8240-57a667229f75
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,08db26a2-6be3-4777-994c-bb730df05add
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.376,945e1eec-b569-4c90-ac70-d4f4f763adc8
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,d31f52dc-7d32-48ba-a712-b5f59453b385
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,14a7708e-5c5e-4218-a928-2de4c1414e28
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.376,d832914a-b748-4a96-96cd-8a5d7a48a54d
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,897d0b23-a319-47ba-aa5c-e926bb79d4e3
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,93a20a03-88d5-4385-9336-881176462634
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.376,b0751a3e-9977-4a76-9bf7-f8d4e37ab668
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,47052ab6-b804-4510-bde8-9e2b326d6f9d
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,8c1e0f33-b14c-467d-93d9-dae06fb66693
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.376,89e3e3a0-5556-46ad-bd2f-3edae320c2e5
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.376,fcae192c-84a0-42c2-9201-7e378a93e24b
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,26131788-f2f2-42cd-a704-80007fc83e3d
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.376,22c44707-a096-43fe-a14f-82a4cd444855
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.376,476797e1-b81d-4bf1-9349-333c4691f1ed
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,6ce503fc-3c65-4cb9-b6cd-a3b5125015bf
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.376,0d79d1d0-79ac-4f6d-8add-f18b3690c969
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,2e7b766f-dd5b-445b-ae23-4e70cdd54c61
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,d21fd191-57d7-4f0a-8d12-3c7768f6363a
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.376,3c05b4cb-8c28-4ed4-8213-53f2b8026987
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,f7872e77-5a8e-4b68-9b86-cbec16172d6d
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,6954e68b-703c-49f6-9902-4ea5a92e8b11
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.376,b661b1cb-a680-49ba-8771-94e64aa80391
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,d84663ae-53e0-417d-947a-1c594dc00c7a
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,36a1967b-4a6c-4b23-aff2-b777e7c655dc
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.376,2146a936-b344-42f3-a0fb-8b710980e71d
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,436a9376-258b-4209-a3ad-e1df207e95df
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,709b001f-1a05-4d00-8976-9696189d6822
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,6.880881101208944e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.376,1c20281a-438d-46a1-9bec-3a8c7eb29a21
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,d9f0162e-a565-45e8-8564-d5d0b8f5cb31
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,22653696-54a6-400a-b421-aadbb0763114
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.1.2,modeled_data,kg/kWh,CO2e_value:0.007,9cc73a28-5c17-4c18-b54a-4b1a7fda7d78
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,6e0c3855-b304-4fd3-b6b6-c6eb3abc2e81
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,e307a6b9-8598-4cb9-8353-db9e4a777b58
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.2.2,modeled_data,kg/kWh,CO2e_value:0.007,a0e343fd-ced7-4d54-a29e-134b501545d5
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,c1c55ed7-2bef-4e1d-92cc-b75f8db5418a
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,8f66fb80-44ab-4891-84c6-f9faffa4f5b0
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.3.2,modeled_data,kg/kWh,CO2e_value:0.007,f808398b-bb23-4893-8c6f-649cb4a14c24
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,5be5dac0-3e7e-48af-a3c0-045dfdf6cca7
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,e82319be-5c3a-4972-9b24-ca1e0f2d9fe2
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.4.2,modeled_data,kg/kWh,CO2e_value:0.007,3d727eb9-492c-43d4-9954-29e68ab6c334
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.007,d1f32c51-f90c-4dec-821d-1300fe6978c7
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,763ccb76-36bc-4c40-83fd-70456b5c5743
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.5.2,modeled_data,kg/kWh,CO2e_value:0.007,182f58d7-9930-42cd-8211-48956e4b5ef6
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.007,e8cf6b17-1a88-49ee-bf1c-970221a48832
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b397d1c4-403d-4bec-b6d5-1e109f98d30e
+SE,Sweden,2022,Production mix factor,CO2,0.005296,I.6.2,modeled_data,kg/kWh,CO2e_value:0.007,f30d02df-2454-417a-89d9-43c545fd7c33
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,8a7c81ad-6d7a-4235-8bf8-efef16c5a4f2
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,844a43ae-f8b0-4c43-87a3-d8b8f3ac7fd3
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.1.2,modeled_data,kg/kWh,CO2e_value:0.007,240c18ef-44e6-44e6-b582-84b6bf78b7ae
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,93df0a83-c03f-4d44-bab0-4a286adb88c8
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,54a17690-f400-47c2-9254-87ded7f6b2e4
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.2.2,modeled_data,kg/kWh,CO2e_value:0.007,7393f0b9-d28c-475b-b920-34fcec7e769c
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,dd84832a-1736-4a4b-9200-a4cb3e717a0c
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,72f3bc8a-72d5-4641-a9c2-ffd299ca6a43
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.3.2,modeled_data,kg/kWh,CO2e_value:0.007,c7341538-6acb-449a-8ca3-9752842c78ee
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,47ae4268-3262-40aa-a471-9745d377b09e
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,32638751-d21d-4492-a3aa-0dd4fef6105f
+SE,Sweden,2022,Production mix factor,CO2,0.005296,II.4.2,modeled_data,kg/kWh,CO2e_value:0.007,7b082872-5436-4b51-b76c-c8df6ca95ac4
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,eb2fcc7e-c179-48da-990b-d96fc18bb2e6
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,98042d0f-549d-4731-99ab-004622d33676
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.007,2825cddd-ff27-496d-ab99-31b8c9f20354
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,d34fb074-a966-4627-8e37-8af2d705ea97
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,5010dcc8-e3d8-4934-83a6-3c676284d135
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.007,7b8a7b6e-3c83-4772-9c7b-c74bdc666407
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,642d488e-dde2-4313-b732-89eaee034865
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7d0cfb73-f340-402c-bc9b-3bd06e9938fe
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.007,8c2e40dd-3b52-4c4f-b7e7-6b5bbbfa9897
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,aa245372-ed5f-4ad6-b76b-d96539b87342
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6e8a58d3-82bf-40de-a2ba-a510d212fc26
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.007,34059cef-1991-41da-ab28-ac3b2f61d95a
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.007,030de536-0650-4462-b1c8-210413e45e2c
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f429b855-b3c9-49f8-b112-b063b5f22a66
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.007,3a5ec34e-263c-4004-9906-b0e6bfe087f0
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.007,3ff848d9-0573-49b3-9e47-f19969745e5e
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,5afca6f9-34dd-4b97-b12c-31f0f28e4574
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.007,66c4b553-7bdf-44ce-bcc4-faed60dd993e
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,0a8a3e83-0c81-483b-87a9-67c34780a23b
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,5b3ef6fd-43b0-4dba-89e3-474d66cc8754
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.007,577435c5-6480-48ca-840b-fecc1c2af446
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,0fff9d86-c353-494e-95eb-79635248511f
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b723fe3a-1a8f-4bf0-bd38-ff6a8066a2c7
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.007,1118411b-6cfd-4bc0-ade8-dd65d7b4adda
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,bdc0a55b-83c6-43fa-8057-fd0db207a76b
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2878f1e4-4fe5-4fd5-b4ea-1bdcf06faa0e
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.007,228c755d-f7c7-44e8-947a-207eb8bb050d
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,32613f08-1237-49e1-a38f-de6e04a52e65
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,00fe8ade-9289-4761-a75b-0ed16b8d0cb5
+SE,Sweden,2022,Production mix factor,CH4,3.332214765100671e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.007,133540f3-1333-4e93-935f-aa0021d3b7ae
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,07967e71-73e9-4427-b6cb-32ba60ff5e4d
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f7c41256-7104-443c-98cd-37d0dcf66175
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.007,70b77bc5-6f14-4919-be8a-4922249984a1
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,f57b684d-bfe0-4bad-a7e8-14e96df80af7
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,658f23ba-ead3-4cdc-9e73-eb8af384abae
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.007,bbf1e176-f6ab-4e58-a1d4-4f447c644e2c
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,1cd73703-f3d0-49ec-abd1-f8afb38083f4
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,3dc4ce81-56e5-4adf-83c7-e8be1b531db2
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.007,329690e7-f1bf-46eb-a852-3bd72db3a9b6
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,fde22b12-09f3-4160-8855-b7fc5e70830a
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0033f55e-8354-4738-8df2-0af1e9c112c8
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.007,404863fd-a641-4fd2-afd0-1090e68bae97
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.007,3ac9b93b-c76e-4e7a-adb6-5043278674da
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,812363a5-00b2-4181-ade7-7f6580d08660
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.007,ddedbb88-7649-4a7a-89ee-28e3276da04d
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.007,8d713d6d-8a88-436b-977a-3604814cc67c
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,fd43e42b-4783-4522-8d14-ffcda31cb0a5
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.007,b4098eea-8de3-4df8-8f51-7c1e82669256
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.007,a1caa755-7617-4ceb-ad06-5613c52b53c7
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f6169edd-1cbc-4c0f-80b8-9ad7cccb1063
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.007,50a84ef3-7aeb-425f-b3d9-1074869f6163
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.007,189ebaa3-647a-4da8-bb08-0519f80d6c6f
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c0c34b19-9980-4d8f-9257-63d1e0a6d1c0
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.007,d8e7a5c0-18e0-45b9-a2fc-d22526b01c9d
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.007,53830712-ec2c-4935-856b-2799e8f9978d
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,313a2bde-2a63-43bc-97b0-4a21279a6dc3
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.007,d1fdabf9-8e70-464c-894b-2148027240ec
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.007,951d3dc6-41f9-4f31-a22d-69a677e6fb6b
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,762f22c1-9745-434c-91e0-7ba6dbf18426
+SE,Sweden,2022,Production mix factor,N2O,1.2124542124542125e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.007,7e1c135c-798e-455f-8ad5-74e8d2f84db0
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,9a21c6df-09b0-45a2-b4ad-e5393e15e0e9
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,30badd87-66f9-4835-87ca-0eb59ed28c48
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.1.2,modeled_data,kg/kWh,CO2e_value:0.003,9a6fd230-eda9-4b5c-a418-e61c2bf14669
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,5b335486-13db-4eef-9bcd-f5689d322066
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,b01fbe89-1776-428e-90cf-29206d5d2a5c
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.2.2,modeled_data,kg/kWh,CO2e_value:0.003,a186f3f2-7f29-4d5f-879c-13e127379659
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,c4174477-93e7-49fa-b1ac-c05df0809a38
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,4bc6d8c7-2a39-463d-bb37-ff8fce850e9b
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.3.2,modeled_data,kg/kWh,CO2e_value:0.003,ee83406f-68f3-44f3-814a-cb14d531322c
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,090dbf68-73a2-409b-8461-468202d1d990
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,a0659cd1-53a5-4161-ad05-42648d6deb57
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.4.2,modeled_data,kg/kWh,CO2e_value:0.003,04f33209-5d72-4990-8c29-95eb91df9d0f
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.003,926008a4-0080-4760-bde9-2116b7d44202
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,67496189-0e08-4a05-a1ec-a4a085f69780
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.5.2,modeled_data,kg/kWh,CO2e_value:0.003,2f9b7d6a-8b08-4a16-9765-62584dacf718
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.003,97058753-0f22-4672-a731-57bf5c1dd904
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,3e855018-0c13-4f70-8271-fcf7bdb1e941
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,I.6.2,modeled_data,kg/kWh,CO2e_value:0.003,c1d34da9-9c95-4aff-9db3-9546c750552d
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,b1200215-af91-42a6-88dd-c4018fa742c2
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,d768ff81-9404-4fa6-b461-b12df5fb7298
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.1.2,modeled_data,kg/kWh,CO2e_value:0.003,310d8911-7f99-4ec2-a6d8-3b88a17aec83
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,b8861d44-4456-4934-83f6-74baa59808f9
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,471b522f-66c9-4946-bfab-4c14e821337a
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.2.2,modeled_data,kg/kWh,CO2e_value:0.003,2dd88bd6-8459-44ed-ac99-2f200caef2af
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,e63d3f55-5b6c-4bd2-9d3f-090cd954d72f
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,bc3eb417-b85c-483b-be82-69ccfe118434
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.3.2,modeled_data,kg/kWh,CO2e_value:0.003,f54461bc-f090-455b-a28c-672ab5ad7f15
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,93337409-c4b3-405e-ba3d-4bb3f1ea4896
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,651b0834-4b4e-4691-9377-b904bcfebc63
+CH,Switzerland,2022,Production mix factor,CO2,0.0020399999999999997,II.4.2,modeled_data,kg/kWh,CO2e_value:0.003,af019124-9592-4ad1-af0a-57b87395dbc5
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,4db31f60-164e-4dfd-862b-cf75d1b0ba26
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,0c7b7cb8-44ab-431d-8821-020cbcba17c8
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.003,e4259919-20f4-4f06-8587-b40e188de0a7
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,119bea28-57c8-437a-b963-fb2e08e90f2c
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,b6fe2a98-583a-43b4-adfc-6dc23ffc3518
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.003,3c6cd593-b3e3-4e55-8f8e-652562110fa3
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,9a0b6aaa-cfe7-44e7-9ea8-bce5b3b71256
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,370183b4-c8eb-4022-9866-fef33f7e20c2
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.003,d7b45297-af89-4930-8fbd-b5c8dd75c684
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,22660df1-3115-4948-a3ad-3c78b1810516
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,7c0ebeba-6281-485e-8e5c-a97d9095f727
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.003,2a40e9a8-511d-4a97-ad73-4b5f37444477
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.003,309cc0d7-3ac8-493d-8594-e75b4fdfc8fc
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,4e931ef9-9cef-46bc-bce5-df23b1188ba0
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.003,09d345b3-7563-4d61-a63d-5493b99f73b0
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.003,365098b3-e417-4659-820b-282445c660cb
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ef2c2f59-8409-4c09-8f49-2c65602b4078
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.003,3295a77e-ebd5-44c0-a6ec-20a230eaf430
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,02bc7d28-5387-4fef-a7ed-a1710be85cf3
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,aa094331-2bd6-4a93-93e8-a1248348b67f
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.003,e006809f-c77d-4d34-87d2-8e119a941c84
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,9be22288-1e0b-4e25-a9d8-f27a63befc5b
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,9423165e-cd6b-49e8-8151-a8a0bcb5be63
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.003,3d1b135e-0600-46c1-85ff-f5acde8f756e
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,89c67221-779e-47de-9aed-0132cc076199
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,6e08008f-62d5-40f4-a951-44767cbf03a8
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.003,62a45bb1-1344-456f-8fc5-bba23509bf24
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,2ea1a479-ea88-43f7-b7ba-414ce2c5ff65
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,5566e8d8-ebc8-45fd-a4eb-a60d986fc927
+CH,Switzerland,2022,Production mix factor,CH4,1.2835570469798656e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.003,09904a4b-62b6-43a6-ad9d-ffdc625384da
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,ebaac1fe-3b7a-4ec2-b4ad-a1f974b46e9c
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,e84d7f30-ac9e-45c9-afc9-e134e3fc4369
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.003,76ba501f-c6dc-4357-b4e1-703c4e10b9e5
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,9cc88c4a-4033-4da8-b9e8-1e0c42d29851
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,dbe9321c-371d-45ad-bbbe-1a95add35dda
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.003,c8058dea-f54a-40dd-885d-5779887437e9
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,58536595-8d26-4f82-a916-3c2e4454e1c2
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,71d3b5cb-d49b-4a60-b6a9-5f3a0559ff5a
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.003,e6c34fd0-8199-4cd6-92ce-32b1c9835aec
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,547e4640-2e84-46bf-ae7e-49d6ced6d4b3
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,b215c157-27fb-47d0-9424-22e8ecbf12d1
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.003,ddbe51df-4a59-40b8-baf9-a95ab5993e11
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.003,59458110-1313-4dcc-8b14-2c8c00467e94
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,64198c79-ca0f-401f-a437-402d1fc8b73c
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.003,01906c22-0aff-4ce6-a05f-4769dae2a3d8
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.003,b55f84e5-2763-4890-a5ad-1af8b11efd67
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,cab5c2fc-2113-4b0d-8e21-1658ef33091b
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.003,37a1fa99-e192-49cd-bb7a-aaf5061c48a0
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,d737aa3c-3e73-4ce6-9281-3c965591a120
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,e98de51c-3011-48d1-85fe-c8bcc039ef2d
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.003,396d4e85-ea68-4054-98c1-b1cbd097986b
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,08422e9d-4b5c-40d6-8694-5f43ce2dbda3
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,f04089c8-595f-4b9f-90bf-227bd4564ea2
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.003,4bf0c671-b95a-4dfc-8576-b89caa8b6c7b
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,3734f30d-d7f6-4d68-b443-455e6878a8a3
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,f10fab5b-3c9b-420a-82f8-c9425b87f6d9
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.003,83a7af55-f9a9-4031-b1a3-59bb64147c14
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,25f51657-56db-4380-83b3-a6e72dcd1387
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,1c408795-b590-4a57-a5d9-e6a093730dbd
+CH,Switzerland,2022,Production mix factor,N2O,4.67032967032967e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.003,6bf5c923-8f43-40ae-9329-63448e20b6bd
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.477,ce00d676-43b6-410f-be90-f76fa98442bb
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,74abaaf6-edfd-448a-8fc0-9b7963dd641b
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.1.2,modeled_data,kg/kWh,CO2e_value:0.477,07f4cda7-cadb-4704-8034-85b4e83bb275
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.477,1868933f-d82c-4322-8330-7d4be6318ce6
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,bcdfd2d0-06b2-4a7c-8e57-518ecc76ace8
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.2.2,modeled_data,kg/kWh,CO2e_value:0.477,3d42132d-4c93-464f-a49a-ec93c9ad5287
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.477,b899878c-5a6c-45e9-b01d-a9015d838525
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,10a2c853-6fd8-4b01-979a-2993290812be
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.3.2,modeled_data,kg/kWh,CO2e_value:0.477,22bdbcc6-afc8-4b69-8ba8-c321ac6f767e
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.477,e25d9ebb-a665-4bb3-bbb4-f2dd2378679f
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,0de6e7e8-ea90-429f-8573-78ba48cde5ee
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.4.2,modeled_data,kg/kWh,CO2e_value:0.477,d67ea497-e520-4800-9273-414506ad91dd
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.477,b66bb044-a17f-44fa-9d1e-22ee3d737469
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,fea7a4d7-0e96-492f-8109-ab7ef36641dc
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.5.2,modeled_data,kg/kWh,CO2e_value:0.477,d7b8c938-aff0-4105-991f-20b66ef79975
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.477,e98be01e-4a4f-4a60-aa2f-3c4c171abf9a
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,5b6ce53b-1957-4757-93a2-2dbf926a821b
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,I.6.2,modeled_data,kg/kWh,CO2e_value:0.477,7673c102-f8c2-4290-8a7f-7d624042d0cd
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.477,2f1708cf-3d79-4494-b77e-1303427ba3a9
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,1d5d119e-79d5-4f05-8340-952ef22bfbad
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.1.2,modeled_data,kg/kWh,CO2e_value:0.477,39fd5e26-9daa-49de-82d3-aeb9f6b583ed
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.477,5990b681-3673-479f-adfc-14f103e1313c
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,37571f77-a880-4dc7-b5a3-5e793e3ed6f9
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.2.2,modeled_data,kg/kWh,CO2e_value:0.477,7049d6eb-a90b-42e2-8baa-ff4121aaafd7
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.477,6142a1df-a076-419c-8e9e-1bbfdff93541
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,59f7a295-6705-48d9-93c0-ed9d489f42ca
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.3.2,modeled_data,kg/kWh,CO2e_value:0.477,5036d173-42b9-49c4-8709-6ff5875b4b0a
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.477,e91a353f-cf74-4efc-90aa-d9328a41d147
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,23bdc355-6787-4cf2-973f-5148816ca38f
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.38183447164577894,II.4.2,modeled_data,kg/kWh,CO2e_value:0.477,24033c90-b9a4-417f-9060-ee0e2d703897
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.477,06519970-6ec5-4855-ab18-1e27507dbee5
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,3dfbe7db-450c-4191-89ec-cd07c13a0ec7
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.1.2,modeled_data,kg/kWh,CO2e_value:0.477,999ac55e-7824-429d-8b80-8aeaa277ea0a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.477,fbda5e51-ed57-451c-8539-577a9a40d2fd
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,47230760-b926-4ac6-af97-4582d3dda424
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.2.2,modeled_data,kg/kWh,CO2e_value:0.477,0fea8e0c-7b0c-473c-8cd7-b76a71a6f0c0
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.477,32cbcb21-3b12-4751-8b6f-7eeb0191ada9
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,2a014bbd-279c-4a26-8856-1d450dbd11f6
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.3.2,modeled_data,kg/kWh,CO2e_value:0.477,a90dc90b-3dda-477b-8149-335b378b740f
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.477,72ec435b-4534-4845-92fe-faddbb21a781
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,47ddc14d-7be7-47e3-8a69-9e7b64f9a395
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.4.2,modeled_data,kg/kWh,CO2e_value:0.477,fd6629ba-92bd-4ae5-a7f1-47955db927c8
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.477,5f59f132-1e66-4ef9-9510-8fc95721e3b6
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,798667e2-a953-46fd-a432-3476b8b60b53
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.5.2,modeled_data,kg/kWh,CO2e_value:0.477,bafcf530-5e97-4b3c-9fe6-82129524240a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.477,0670b3aa-4a91-4aa9-bb98-6c5be2346f46
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,7df8c0a3-9968-470c-b11d-876d0da4872c
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,I.6.2,modeled_data,kg/kWh,CO2e_value:0.477,6220c4fd-14af-408b-9997-42437e2aecc3
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.477,3c8ce7f7-82b9-42ee-9c79-2a8f9b0bd97a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,2bfd2824-9f60-4ab6-be97-3bfb564e5180
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.1.2,modeled_data,kg/kWh,CO2e_value:0.477,20bfe045-af48-45e6-b976-ae03b6a8506e
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.477,3afc6f7f-5c05-4fd0-bba2-aed9fa0a23a1
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,5d71efa3-9fdf-44db-ad25-41cda570a6e4
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.2.2,modeled_data,kg/kWh,CO2e_value:0.477,00e9a8c8-522c-478a-9c6d-4b4950fe73c0
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.477,0182cce9-3e74-4bad-9709-5ac393713db7
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,fc51ee0a-45e7-4450-ad5b-e4bcad1c48e4
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.3.2,modeled_data,kg/kWh,CO2e_value:0.477,0f9bdb0a-f700-427b-af85-f7addb2022ce
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.477,0a8387b1-5ad4-4c01-ab6e-64e229e576d6
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,23e03312-46d7-46f4-b5d1-9bff77e59a9b
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.002402481994415555,II.4.2,modeled_data,kg/kWh,CO2e_value:0.477,3d032033-7f9c-4348-9e14-4efe56931499
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.477,39ad5f85-f5c2-4865-b047-55a793fa1791
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,7a979738-2269-47fc-ae08-e5c0312bf5be
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.477,bdbceae3-cb78-45a9-a5b7-aaeea36cfd2a
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.477,81a4d578-18aa-46c9-b074-a441ab9d837e
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,e9401a32-74e8-4b2d-80f0-138c779a86b5
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.477,31d618cb-fa42-4d1d-8a3f-6fc364c76e94
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.477,59a41c03-03b7-4663-ab7b-37da690bfbb2
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,80621364-f22b-488f-8233-35fbc3d2ea38
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.477,50222428-ff0e-4917-9791-01372896b1b8
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.477,bd90aa24-c222-4cf3-9683-2d009c3b5ae3
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,4dfb3b7c-08ee-44cb-b8f1-3bdf6d27af75
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.477,a476c44d-993a-46d8-8c41-8de31b903896
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.477,60f9b9eb-b854-4250-99c1-9d8b9619ad93
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,84da3a5b-be70-44e7-bda2-b1bab9c99f04
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.477,62280e2f-5956-43a5-8070-1a1b4f295014
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.477,37ae2fca-c4eb-4465-994e-d760642ae89b
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,0bf43c01-cf77-4f70-8698-275bc9c9725e
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.477,ac7470e2-4519-45c5-8717-b45e9ac74b8c
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.477,40d75a34-88a7-49d2-8e23-5a2b09039bf8
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,6a8f26ae-7c22-400e-ae50-5c394a1b3b3a
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.477,679ddc99-90ba-41d8-a7a8-d82025b7ea0f
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.477,fbf9710c-4f0b-4acd-b0b4-7eb8e4489af3
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,4f58827f-9b1c-44fa-8404-f66a0605d350
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.477,49c5ecba-8468-4fca-bb85-55e600308fae
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.477,b8e5a6d7-b79d-40f0-8d49-b71b692ecc81
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,1ec7961d-3ef8-40a0-8d59-9f9fa0a74abd
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.477,ffd4c000-91e9-47c3-b851-50902cd600f5
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.477,66fb2a47-8514-4c1a-ace3-e1c5292a0548
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.477,733e12d3-73c6-4de0-bc75-32b5c343c69a
+SY,Syria,2021,Calculated from Fuel Mix,N2O,8.741631676872229e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.477,2809071b-8f6e-48b3-b1c3-939035850ee8
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.465,53cb35f9-2e27-498a-894c-7f972374f108
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,f72565df-440d-4b6e-8596-32b5054f7d02
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.1.2,modeled_data,kg/kWh,CO2e_value:0.465,eac5940a-2c73-41dc-b103-b4c0ea3c341d
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.465,93f8ff80-b1e3-42c9-a7bf-94438e64b837
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,3971dc21-f040-4914-bf74-5bf4686bbfe6
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.2.2,modeled_data,kg/kWh,CO2e_value:0.465,a50c22e6-ab96-4ddf-b80b-b9dcd285d85c
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.465,6957850d-6a21-4727-99d8-6ac947a3e87c
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,e0690fb7-409c-4387-b1c0-ecf80a703f7f
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.3.2,modeled_data,kg/kWh,CO2e_value:0.465,22123df1-c050-42ff-bab3-0fbbbb542682
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.465,e1231985-7ff0-4af6-aa82-a0849dcbef8d
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,bae218e1-1320-4718-8605-0e3c1266f2b4
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.4.2,modeled_data,kg/kWh,CO2e_value:0.465,9a9637ba-4f57-4057-a240-19566d576914
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.465,911b0784-2578-4035-af30-7887febf4975
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,da13bc28-55c8-45dc-821e-21941e7b1d08
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.5.2,modeled_data,kg/kWh,CO2e_value:0.465,dc1bd4cc-79ae-4d23-ab88-97e227af6a57
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.465,6d74f64f-2da8-4c43-9e8d-3b6c9ac3b5a8
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,21f6eda3-af7e-4598-87ea-7c224e749f7f
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,I.6.2,modeled_data,kg/kWh,CO2e_value:0.465,06984489-2634-4932-9fd0-faa849071ade
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.465,77326d4e-acb4-4095-8ea7-74362d1dc5e9
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,18514f89-14a7-4e38-88d6-d55389bc512f
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.1.2,modeled_data,kg/kWh,CO2e_value:0.465,4b765feb-4266-4f01-bb01-799d24fb63ab
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.465,fa4038c3-eedb-446c-8177-c38a6dffd1ad
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,4fa77b6a-2624-4317-b9a1-6d04ab901715
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.2.2,modeled_data,kg/kWh,CO2e_value:0.465,d2849203-5f00-4b48-b85a-0ebeb3724515
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.465,4bdf02ca-1d31-4817-be53-ac6e81555fe0
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,d7c3019d-6305-4e7b-ba62-7523517885ba
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.3.2,modeled_data,kg/kWh,CO2e_value:0.465,133fbdb3-54df-438b-9548-1748327e5b56
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.465,85104197-164f-4f0c-b5bb-9021e8981e96
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,069a6471-504b-41a4-b795-6613f728c7bb
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.37166687762101663,II.4.2,modeled_data,kg/kWh,CO2e_value:0.465,f7a5cc75-5f20-4d01-8cef-fae5a803aa63
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.465,27b1c875-b244-40e1-bac3-af0f03b5967c
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,b82a991c-ba5f-4233-a327-fff7930a98e3
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.1.2,modeled_data,kg/kWh,CO2e_value:0.465,e7644ec3-b698-4c94-9fbd-793d413458a1
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.465,24526946-c36d-4c50-8dd4-ac11d7441e04
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,475475ef-904b-49ee-9f13-60cf99265c2c
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.2.2,modeled_data,kg/kWh,CO2e_value:0.465,8d552b20-c2a9-4d5d-bdb7-84fc890bd00c
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.465,dc290e34-8d6d-4bd8-aab5-be91be8bedeb
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,bfaa7ce8-9c9d-4574-9162-d45f02c904fb
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.3.2,modeled_data,kg/kWh,CO2e_value:0.465,7cfbca19-c202-4201-ad5c-4ab19b227fb9
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.465,72c93f13-1cbb-4f47-b9e6-e5ee67e742f0
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,64262d2d-655f-49c9-8e33-c10b6cb98341
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.4.2,modeled_data,kg/kWh,CO2e_value:0.465,69ca5301-49ff-46a6-9b28-ec3df69819df
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.465,c7568fff-5fa8-4902-b91d-48f43b8a196d
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,f2a5c4d2-1bda-4115-a25e-bf50ed7f65a3
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.5.2,modeled_data,kg/kWh,CO2e_value:0.465,f90640b3-e112-45c2-96eb-2b61ed27701a
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.465,4fb3d32f-002d-4665-8015-45b8df9c5f20
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,29b1c83c-55c3-4b14-a50c-f0d2f9622a45
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,I.6.2,modeled_data,kg/kWh,CO2e_value:0.465,7ad88355-fc71-4073-9c60-87307ccd5c0b
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.465,4cb0a81a-6c6b-4f08-84a7-c9ebf02c49fa
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,6f765386-aabe-4930-8601-baba5e1ac934
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.1.2,modeled_data,kg/kWh,CO2e_value:0.465,c219c6dc-e2c9-4493-ac1e-6bf2087d8327
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.465,47d3ffcb-f60b-487c-ad3b-3bb4a0fb617e
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,1f934177-1426-4d84-a14e-13e0e6e286d0
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.2.2,modeled_data,kg/kWh,CO2e_value:0.465,01cbc452-2cbf-466b-9c88-e40f521c08d6
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.465,543d6414-0d71-4654-896e-17709c738933
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,66ba08c9-3e97-43c6-bbe3-90c3a250391d
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.3.2,modeled_data,kg/kWh,CO2e_value:0.465,ffd7dc7d-acda-43c0-88b6-70eb6478c48a
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.465,119b082c-df41-41dd-9291-1fe7e06d5b2c
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,72c5a50f-2e19-4d7c-b98f-d7a3cc4486eb
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.002338508038722839,II.4.2,modeled_data,kg/kWh,CO2e_value:0.465,c9c22889-a2bb-485a-9326-ef5c1d32836c
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.465,1d1c5ea7-8a68-4684-9a9f-311cdf4527da
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,e11c573b-2352-4525-b419-a2ddfe98b738
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.465,67ed845c-d148-4529-9d14-ab922226497e
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.465,cecc37e9-8ae7-4af4-a93e-2c328966506a
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,a0eed2ff-d0df-47d1-9e87-56114ef49c17
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.465,8a67ea8b-6fad-42f1-9cbb-ccb304d90f2f
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.465,0e3ca79d-9cf9-4cc1-8d5c-73652b070109
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,93b4ae51-c9b5-4f93-8ff1-da96ede760c0
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.465,ecc7cfde-d21a-4734-9af6-e366d2562bcf
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.465,d2cf3c9f-eb1e-4ad7-9fe9-710cfb44c7d0
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,39c731f2-32a7-4136-ab2f-a38dc1f9bca0
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.465,4024ae3a-a6b2-4c51-8a88-fed6f95894cc
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.465,c6c78c2d-496a-431d-9f7d-80864be2a534
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,0b2c08ef-3149-4371-a268-f62f03b0464e
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.465,a534754a-ab61-48ca-860b-90f9b95cf32e
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.465,255801f1-20aa-47f7-8169-2f3efbdcfe39
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,6ac8a59c-bfa1-4534-b3a1-2724851bf61a
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.465,e656f6d4-ae7e-4b64-89c6-ad4db71b597e
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.465,463fa6f5-313d-443a-a0df-40ff3b589795
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,8c99bb8b-658c-4496-ac8d-2478c79d375c
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.465,b2e8ce68-3a17-43cc-8ade-bf03857186cc
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.465,285a1dbb-dd3a-4204-a6c0-ce5258ad3772
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,f75dca79-0975-47c0-bcc9-6cc0be6c3d4b
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.465,71508cbf-825e-476d-83ab-e54f47c8e956
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.465,4043b57b-b653-4c42-943e-dfbc172457a1
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,6fe481f3-3a8b-4518-bd22-5b0f9d686bd3
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.465,6474666e-e557-44a5-8a42-92038da2e1b9
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.465,ce756bce-d978-4ef5-8438-75f691d936c7
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.465,ee6c6de9-a279-4e59-905e-62803be5f146
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,8.508857088393238e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.465,45426353-8156-4e73-a99f-af05a4259c87
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.059,b3d8e7a5-3a30-43d9-b1d4-4c7ebb8a4cc3
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,e0969f4c-2b3f-4c81-85e5-880964478ea5
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.1.2,modeled_data,kg/kWh,CO2e_value:0.059,3561b673-5db3-4026-b100-58cb0f7c3a95
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.059,ab6a1a79-c632-434e-b062-a70204c962cb
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,146dc006-0932-4813-b615-fcd6db0c6d47
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.2.2,modeled_data,kg/kWh,CO2e_value:0.059,f6105a39-e8d1-4492-9638-b04d80130969
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.059,aa1978a4-866d-4201-86e8-59215442f4b7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,cee92601-6348-41e4-b602-04be8ffae3c7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.3.2,modeled_data,kg/kWh,CO2e_value:0.059,b3837819-9eb3-4343-bde2-10ebc21d73bc
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.059,f54a6a4e-dcdd-45c7-8a2e-1e4e4d94fbcc
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,24f9e930-fa13-40e2-8998-ee0289562361
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.4.2,modeled_data,kg/kWh,CO2e_value:0.059,11c83e5a-2bbb-4a2e-8b5c-db276675f0a9
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.059,ed98a277-1895-44a6-9094-86882b3cd56a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,7f246c0e-b723-470f-b30d-9b0751a9a653
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.5.2,modeled_data,kg/kWh,CO2e_value:0.059,0186c174-586e-4a5c-9088-c3420fd47219
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.059,662412ae-f573-44d3-8374-7d02032a8fb9
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,0247e533-dcd4-4bb3-b0b3-6fbec43f6c05
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,I.6.2,modeled_data,kg/kWh,CO2e_value:0.059,5c16b8fa-4bd5-4257-9042-42dd21730a94
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.059,5a7ce6c8-f87e-4a52-9b8a-ffac412fa1fe
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,8f499aab-773d-4214-9e15-611ca70eb504
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.1.2,modeled_data,kg/kWh,CO2e_value:0.059,c311e5ce-29ee-425c-b0d5-de342d2c2f1a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.059,5324a36b-b7ff-4d36-ba3a-e6c053973dd0
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,d05a352f-2251-435d-aee9-2fbb9e90e9c3
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.2.2,modeled_data,kg/kWh,CO2e_value:0.059,4166e0b2-55e8-4588-b792-d28bb1aced3e
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.059,26a7ba9a-cfd2-4ed4-880d-952e1b83f72b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,e345f313-19c0-4f2a-8ffa-3a33c4095f6d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.3.2,modeled_data,kg/kWh,CO2e_value:0.059,4592673e-f2f0-4fb9-a218-12682bef5188
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.059,b2a95aa1-f742-44d0-84f3-9043f565a3f3
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,0233fa0d-1df3-49bf-b49b-250826a00231
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.04697660549318232,II.4.2,modeled_data,kg/kWh,CO2e_value:0.059,c21b6389-9e50-4783-bfe1-520af9743823
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.059,710aeaf9-3008-4b15-a676-ea81dfb8fe53
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,eb083f58-c124-42cb-8094-2917e47f3a93
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.1.2,modeled_data,kg/kWh,CO2e_value:0.059,6686a5fe-0721-4cac-90dc-0b79aad5fb47
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.059,53ea013b-175e-4244-8913-5ca8a5f2a75b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,e6151e48-9ca1-4da8-9d6e-e14506cece15
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.2.2,modeled_data,kg/kWh,CO2e_value:0.059,4168892c-9798-4a70-8600-d8ec6cb2868a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.059,f8eb331e-dae7-4aab-ad4a-34888fba510a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,6f6552b2-499c-4923-88c8-e99ed9ce3ddd
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.3.2,modeled_data,kg/kWh,CO2e_value:0.059,19b5f464-8664-4925-a543-42d6439b5593
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.059,17837a2b-c5a6-4774-87ef-000d9868e06d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,8811d8a6-d753-4208-8d50-e2bc04248a64
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.4.2,modeled_data,kg/kWh,CO2e_value:0.059,9742bcaf-3f22-4410-9766-fa04e8108190
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.059,c4ee6f48-bc57-4f4e-8137-701e8b57fa33
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,6040a16f-a3e3-4621-aa82-f67744f230c2
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.5.2,modeled_data,kg/kWh,CO2e_value:0.059,6961b1e4-02cf-4fe2-b8fb-35e65c623e8d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.059,3fa3de4d-f0d7-49ef-94f2-67b43424e991
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,35687c3a-75a6-4145-a667-5b14620220a3
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,I.6.2,modeled_data,kg/kWh,CO2e_value:0.059,169ec5b4-826d-40e1-9ce0-3af30db84563
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.059,a87268be-06bc-46e1-a994-d504446657c6
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,f7aec469-3534-4b5c-96ac-c40259ce1668
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.1.2,modeled_data,kg/kWh,CO2e_value:0.059,8ba54c09-d665-4760-9b79-8fdccc57073a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.059,c6020156-ac93-4256-a3d3-064d3575f3b7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,57d1d9b2-53b6-49d0-80ab-dc86474363a9
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.2.2,modeled_data,kg/kWh,CO2e_value:0.059,23ceba9e-c931-4d00-9d93-b8151b0d205d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.059,a0572e74-d403-4d5a-907a-f8c1b2446131
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,050e1dfc-d2b0-4d98-9724-9044ead8d3fe
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.3.2,modeled_data,kg/kWh,CO2e_value:0.059,1739bb16-c8f9-4f02-8d41-5744479461ab
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.059,ae514108-0fd5-4696-b94e-fe41ecb3472d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,f8362816-9aa5-441d-9a1b-19df6b104d88
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,0.00029557427952925115,II.4.2,modeled_data,kg/kWh,CO2e_value:0.059,8609ccd7-c6d1-453a-a426-d862b4898dea
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.059,3e65151e-82d4-48a8-b1ab-ade3eff67a83
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,8455a8d1-fb97-4a2e-b619-95d61eb300db
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.059,998a558d-7fe5-4afe-b1be-aa1cefacd523
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.059,d334ca18-425f-4240-a3b0-4819220eb026
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,acf7a982-0866-40e5-af37-ae33d99534c6
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.059,2839cb0d-4399-46d3-a4a6-4072d00e4129
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.059,77e843ef-e777-4e84-b081-3a580034b663
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,431dda3a-f5a3-41a4-8536-435dc47855db
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.059,b7ca0349-29e4-4bcc-8487-a9c8804f05a3
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.059,86093c45-8c1b-4a28-9fda-066d3cd03a4f
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,191649de-acb9-4c97-87bd-05e3cab78f3d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.059,c97424e4-59b4-4ea3-a961-490267cfadb5
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.059,e46d2220-2b29-4a41-8c9f-00f6ffe751b9
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,dc11d16e-e7c5-4b8c-a105-505edb532d02
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.059,15154d4f-9515-4809-8e32-afd211596299
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.059,e294f634-5b44-4720-9a61-cd99ddf77f68
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,9c078a30-07ac-47fe-bc06-587b16a76ce7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.059,14bb76bf-9410-4808-bbad-278d4f8ca881
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.059,e8c589d4-17c6-467b-b7b6-34182c7d7f7d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,f241f452-2fc8-469d-9ff4-4de3f0a5a928
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.059,99d18f7a-363c-4948-8997-9b339fe32b5e
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.059,57fed028-be6b-4ea0-9a99-e51b0ab7c76e
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,e6143630-0173-4cf1-a43b-2bfe8036b665
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.059,e2a068d5-4d08-4b06-b187-12fb8dcf1233
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.059,176e67e2-7d4f-44d0-9e26-5f556b5d75a7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,b2b69ad9-b824-4506-b536-42460196c731
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.059,8b1eefda-c77f-49cb-a66a-7f08e1fb5e2b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.059,380e9a7e-567e-44cd-8d34-f27ec587ab1f
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.059,c3d685a3-7ebe-4bfd-8d41-911d455de8d3
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,1.0754717374812801e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.059,df6f4b66-ea03-4847-bcbb-740e4541064a
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.329,8063de4c-e698-4939-bb98-1a1873e6ff68
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,77a22ea3-d86d-42a0-81c8-48661ca1982b
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.1.2,modeled_data,kg/kWh,CO2e_value:0.329,df55ae20-53cf-4972-a952-839c617739f5
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.329,737c5609-f81f-478a-960f-d11eb56cb5e6
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,63f57030-08dd-4c77-9354-80cad1652f8e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.2.2,modeled_data,kg/kWh,CO2e_value:0.329,ccbe3a50-b4fd-47b1-8969-c28bcc6c2cbb
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.329,8613dcb9-a347-4396-8282-448589d45bd5
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,47a9b708-3ee9-4b13-a440-84d7623e5f78
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.3.2,modeled_data,kg/kWh,CO2e_value:0.329,c6d2a9f8-323b-4fb5-9c3a-28cff0de7003
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.329,1cea22b6-ea8c-4530-8c93-4dfab5fe739e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,4d16d277-b529-4fe1-bfee-3f95485cf0cc
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.4.2,modeled_data,kg/kWh,CO2e_value:0.329,8e56c320-0943-45df-a863-d33b44317615
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.329,7876945a-436f-4528-ac1b-2a5d618595f7
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,3ba7181c-5e65-4ff8-901b-288a20371343
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.5.2,modeled_data,kg/kWh,CO2e_value:0.329,ae8875f0-8e02-40c0-a5d4-c00f73275871
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.329,a1e1dd94-83a9-4e91-8c5b-982c6db8ec04
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,0a98cdbc-4834-489d-8b4e-a10d9d640673
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,I.6.2,modeled_data,kg/kWh,CO2e_value:0.329,1951b2b9-aa19-4956-90b1-e5b001250cb9
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.329,52cc21fd-7843-4953-9b7d-40d9fc219e28
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,d350c323-fde5-43c2-800c-b346c6d22272
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.1.2,modeled_data,kg/kWh,CO2e_value:0.329,656ea411-19a3-47fc-8043-681f9a080a5e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.329,03f4c6fb-8f5e-4517-9a54-ac78bc4d0c52
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,a57961c5-0be2-4b6f-adfa-347815234d04
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.2.2,modeled_data,kg/kWh,CO2e_value:0.329,759107dd-0517-49ac-b605-fb8308c6f378
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.329,c1db24e3-d9f1-49b2-8983-dcc319d71a86
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,3c0cf61e-3adc-4d08-a12f-56f085e24a75
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.3.2,modeled_data,kg/kWh,CO2e_value:0.329,5419a0d8-f071-4ee4-9838-29991f9cf3b6
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.329,d9683699-abfc-4fee-a483-5b0b0c5dc32a
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,ccb4e78d-4968-4c17-9a98-e2224258e9df
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.26331032442536373,II.4.2,modeled_data,kg/kWh,CO2e_value:0.329,4c5b802d-6348-4464-b18e-0b8f1e44747d
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.329,d50aaa2c-79f9-49af-9168-7940f7df3757
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,2baaa143-cfec-457e-9bdf-02fa5eaf84c1
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.1.2,modeled_data,kg/kWh,CO2e_value:0.329,9b474ce4-2f5a-4b11-a6b4-2b2a3f83b311
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.329,040643b9-8b70-4f25-93ce-09ec9e9becbf
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,88764dbd-ebb7-4406-9954-d82ddf73e12c
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.2.2,modeled_data,kg/kWh,CO2e_value:0.329,c52aacf4-1d8d-48e4-9e93-9622771c48ed
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.329,a1a4f436-a2ad-419c-a0d5-1bddae79fd18
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,db29ffb7-e010-4868-86ae-c4aa1f6845b2
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.3.2,modeled_data,kg/kWh,CO2e_value:0.329,309077bd-18c9-4798-866c-65282933e7f4
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.329,65ecf8b1-21d0-40ab-9f46-cf75ce0af364
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,3db41fa7-6672-46dd-ae7b-6190f37d7551
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.4.2,modeled_data,kg/kWh,CO2e_value:0.329,f5ce8082-56d8-4d35-b132-6444706fed82
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.329,d3eabc28-ece6-4321-a167-b997a70c0312
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,db69d695-80ca-455d-8e11-5eeef184c72e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.5.2,modeled_data,kg/kWh,CO2e_value:0.329,4562acb3-4c9e-4648-a96e-ff47369dc7a5
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.329,6699aa01-5029-4af9-a7c5-8e73ce2f8485
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,518ebc41-c040-47d3-b7eb-c6d3961f1ff3
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,I.6.2,modeled_data,kg/kWh,CO2e_value:0.329,48d7fd10-77bd-4738-9cc8-fc4bab7b35fb
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.329,791956b6-a79d-42b7-b21f-e4decb1b4e97
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,86d8d743-5916-40ab-9c32-a9b94a107a6e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.1.2,modeled_data,kg/kWh,CO2e_value:0.329,0cf23dab-e671-4622-ae73-9b1843e15756
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.329,f8ae47d1-c4a9-4e80-b132-1828e3918e8a
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,c94d1713-7db1-4f0f-a5fb-f21fd0ddafda
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.2.2,modeled_data,kg/kWh,CO2e_value:0.329,dfce44a5-ea08-4536-a213-b1643d264b45
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.329,74ff6b26-bffd-4cbf-9ce7-6f111e66af87
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,e9ed9aa9-e906-4f48-84c0-db9158594f36
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.3.2,modeled_data,kg/kWh,CO2e_value:0.329,c533e378-5657-4cc1-82aa-8489c5dcb4c4
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.329,ccab9141-8d78-4ad5-a9cd-d0c9f4b81aa1
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,e7079872-f245-4d8d-8e65-9de54bc09f9d
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.001656734423817305,II.4.2,modeled_data,kg/kWh,CO2e_value:0.329,66e6b030-542a-4903-b43c-cff3081e305d
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.329,4de32eab-24a5-498a-85e3-9d9e08516a59
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,40297a82-836d-4593-af6e-ccc6c39b4253
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.329,7f833611-a255-47da-8c6f-a62458137715
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.329,8093d5cc-97f8-4563-8bb9-b53cd9258959
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,620a3ab8-835c-44c5-9923-ad0b610d6e46
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.329,0e2c9173-2ebb-4a23-a473-44b4ad1daeb7
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.329,d9e27279-12f7-4511-869b-e5dfb2314a97
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,b2c5078d-e572-46d3-ae5f-bb9b813ab898
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.329,ae429ef3-1203-4429-8452-1dbebf93dc42
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.329,699a4dea-ddbc-48f0-9209-35d96cc41367
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,15b5ac23-51b4-4556-821b-5008cce26694
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.329,c3df2bc7-3cb5-4fe1-99b6-46b7bc80c47b
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.329,dd3d5a39-22bd-4cd2-a4e3-b20e5d5994e1
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,2cf01fd8-b61f-41c9-9aef-c53002172f0d
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.329,2f6e03a6-cf24-4118-a4b1-694b2fa6b17c
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.329,4d63984d-756b-43d3-8b09-e0f95256b0f8
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,c50da405-b0ca-4f0b-b198-0b27c16c2165
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.329,f55fedcd-3788-45bc-aa79-a6232174bde3
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.329,8a544acc-160e-4b4d-985c-19560017d2fe
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,7f0daf7c-bd9a-4fde-a13f-d8323bf25e51
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.329,f7b41a67-bc68-4520-8364-529ac679ec2c
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.329,2cb05b6d-9092-4ce2-89a3-40a1134e995f
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,c6957490-c2e7-43f5-aa72-5ba9030d5678
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.329,154f50f4-3542-47f8-9ceb-a5135137d4b5
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.329,f3834f43-b73b-40e6-8152-36230d22a10d
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,37598d1b-81b9-417b-a937-62643dae44e3
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.329,7683eeda-5ea3-4e96-81cb-e45e4cccc59f
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.329,ca8cff3a-3f57-46a3-8c09-f9be0219d572
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.329,64ef6569-b413-4a71-bae6-fd98d6b3b3e1
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,6.028166767979939e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.329,f48a5e1e-95b3-4aa5-85fa-354085962595
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.407,ed34634a-c63e-4327-8b0b-61ab8f6e495b
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,f0ba6d34-fb09-414a-8121-be8ed40aaedc
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.1.2,modeled_data,kg/kWh,CO2e_value:0.407,eb06dedb-b63f-4f9c-98e4-497c51eca10a
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.407,0089d68f-5f2f-4518-aa8e-3f14d951b0c3
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,b3530a9a-6b35-4bf9-a323-1f05aebfb670
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.2.2,modeled_data,kg/kWh,CO2e_value:0.407,79562264-1ac3-4027-8994-f604f66d5618
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.407,e3f391b4-54bd-4378-a936-19907a572ff6
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,9a414370-83db-4338-a927-f18034e0da66
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.3.2,modeled_data,kg/kWh,CO2e_value:0.407,d899a76d-837a-46c0-86dc-abcfce1f2da8
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.407,3cbf2f7a-e820-4d33-aa0a-58da0b4d0d6b
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,b517c014-5c42-45f9-91a8-4c4572c4f21d
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.4.2,modeled_data,kg/kWh,CO2e_value:0.407,b5c44f44-d8b1-4afc-b425-122da0c23dd3
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.407,65949a0f-eb67-46ec-af9c-879dad0912e4
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,0aa4173f-33e1-4de6-a802-9c289b1b1c70
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.5.2,modeled_data,kg/kWh,CO2e_value:0.407,894a00f8-e4ba-4a06-933f-220f8515cb36
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.407,e7316dd0-2abd-4833-a354-488274152027
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,8ef65cd9-cb92-41c0-8f32-5bcc0b9aaca7
+TH,Thailand,2022,Generation Factor,CO2,0.3256,I.6.2,modeled_data,kg/kWh,CO2e_value:0.407,c06686cd-033b-4a6f-994e-30011c57bd3f
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.407,9351d246-6888-4568-946e-be5c12f24978
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,7cb00aaa-f185-4d17-aae6-09f64ff2767f
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.1.2,modeled_data,kg/kWh,CO2e_value:0.407,70ef3720-bdfe-41be-bf5e-6ec2044f8c56
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.407,608a75d3-cbb7-4566-a54a-9c7f033649a1
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,6e964919-6bd6-4fde-aec9-54e4ddddb899
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.2.2,modeled_data,kg/kWh,CO2e_value:0.407,f2e9f8d3-2507-4af5-a38a-1842a6b8e3a8
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.407,b3fb855e-4a7a-4924-b477-16b1672dfc81
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,b6e4ac34-f012-41f6-874c-5acec3239e20
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.3.2,modeled_data,kg/kWh,CO2e_value:0.407,3d3e75be-6116-4ebc-8f8b-1f9e46e26745
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.407,e3becf26-4088-4553-b5a5-c0bad4a432d3
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,37770f4a-e2b2-4587-9739-4b58adb03b27
+TH,Thailand,2022,Generation Factor,CO2,0.3256,II.4.2,modeled_data,kg/kWh,CO2e_value:0.407,0cba27a7-bcd5-46b2-9451-99b465181f81
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.407,f2536e35-8b20-4c50-89a8-c7135953fa29
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,d8869a76-0ff5-4711-ada4-a3a8cab88a6b
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.1.2,modeled_data,kg/kWh,CO2e_value:0.407,9fe2dfa3-17ae-4c7f-a8f8-302d7659027d
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.407,0babe09a-6a72-4b9a-be75-7440275f546e
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,4c50d59f-7495-4c9d-999a-68fa45c47a91
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.2.2,modeled_data,kg/kWh,CO2e_value:0.407,4d75b37d-1c69-4193-a20a-23ec323ecd19
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.407,15f17be2-30c3-473f-b75e-ae4f575c9c08
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,c85c9e28-0513-48a1-ac87-18bf64ae44c4
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.3.2,modeled_data,kg/kWh,CO2e_value:0.407,684a19fe-a8e3-413f-a206-cb0e9a02d4ea
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.407,79bdb876-8a2f-409e-a0f8-2da1750e9b4f
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,7d71d7dc-c0d9-4d04-aaa1-aa98873e9872
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.4.2,modeled_data,kg/kWh,CO2e_value:0.407,122de251-b38d-4196-9c42-16d2052c0141
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.407,4bf6f5a8-4b07-46d7-b064-057cb6455096
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,4ae759df-110b-4c73-9088-287d869f0bee
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.5.2,modeled_data,kg/kWh,CO2e_value:0.407,a9239ece-6054-4312-a0f0-58b1852fa48b
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.407,a637c3e8-8aac-4098-827f-860f08c2bc35
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,1ee8c4e2-eee7-4d42-94ca-ba16e0e07b43
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,I.6.2,modeled_data,kg/kWh,CO2e_value:0.407,ac2711a5-afb5-4e32-9bd1-d129a81f4020
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.407,7dcc64ea-914f-4006-9446-a5527a48a9f3
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,b07d9b09-7fe5-4179-b528-92782fbfe315
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.1.2,modeled_data,kg/kWh,CO2e_value:0.407,9bc1d0b6-b000-486b-ae54-5bd2898a1ead
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.407,3db97488-7a40-4b72-872a-ed1375df7389
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,77ff1b2b-15e4-4f6c-bbc5-24e7afe80cee
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.2.2,modeled_data,kg/kWh,CO2e_value:0.407,6de8b976-926a-4a68-962f-ae7a02c9dce4
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.407,f346c515-a178-403c-9464-4d2adfea69b5
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,370b73a8-7a1a-437c-b90b-23097e43cc3e
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.3.2,modeled_data,kg/kWh,CO2e_value:0.407,63e5c058-4401-473b-9de4-8b13df495f8e
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.407,98b1eec6-4189-4a07-9470-6ee02152d7a3
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,1c1caf9f-8d08-4d8b-ad23-cbd69517cbb2
+TH,Thailand,2022,Generation Factor,CH4,0.002048657718120805,II.4.2,modeled_data,kg/kWh,CO2e_value:0.407,8ee94e95-3bc4-4adc-b91f-2c3f7fd1e37c
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.407,51c9bf07-01ba-4b9f-8d4a-3c8006320555
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,061dec6e-e9ad-4a1f-907c-b96cc0724094
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.407,e9e40eec-0976-4da2-a3f3-d761cc4dd8bb
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.407,14da9ae3-c9de-4908-a8e1-4d0f485fe8da
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,e7643db2-30d8-43b4-ad58-9e317cbe3c80
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.407,b7b5c294-ea91-48f1-ac9a-459b598c9cc2
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.407,dbee7716-f939-4431-8429-7bbedc2ca7e5
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,3ec1e287-5781-449d-88a7-2b14505b4d33
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.407,36b07514-b061-4f97-87cc-0ba3d081f2a9
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.407,1bcee46e-bed2-497c-965c-796dc40e6a77
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,bf8e7709-6e6d-4b2b-a18d-0e5d3bd5df12
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.407,f64a8129-84ca-4ae7-8d00-e9e67d0838e3
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.407,1178d424-9a97-4167-ab62-216e4603bfcc
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,e2afa99b-47ed-4027-b769-01a334515237
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.407,52b76e59-39ac-4599-896d-c8ee12669022
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.407,811ff520-369d-48f3-9f1f-4ecdd4c00c98
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,23cc8733-efcf-426c-ac61-5bfbb34fc362
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.407,01a3ea4f-54ce-467b-b211-450b921a3c8b
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.407,1c9a81a6-fad5-42ee-a943-9eabc604ad88
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,e518a855-6ce0-4fbe-a269-6c885677c58d
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.407,e689ffdd-4464-4b90-9e9e-35b350162c98
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.407,0d4e20e7-d602-4fd6-95e8-353decb4b99c
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,de4efb16-3d49-489b-9a0e-da39223657ff
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.407,c094af4f-ca08-4e0c-ae89-6dfa304958e9
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.407,60207020-c406-48a6-9c61-11082bdda8ee
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,f8231ba1-121d-4562-9d2e-10fd8891a119
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.407,30650184-0fe7-4955-b206-3d858424f527
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.407,2225d023-8847-477a-990f-13bba9818b2f
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.407,9092332b-da4c-4a49-b5d3-e893a092d6e6
+TH,Thailand,2022,Generation Factor,N2O,7.454212454212454e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.407,2552c654-4d9b-4f68-b830-6ee54e8aca30
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.459,d129de25-5774-4dee-9846-5439ebf96bfb
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,904b7ea5-ed71-4419-a339-082094642551
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.1.2,modeled_data,kg/kWh,CO2e_value:0.459,97576154-aebb-41a8-ad6d-90ae2de68755
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.459,1b3f828d-cdb2-481a-9221-a14f6840f514
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,e5018bdc-d591-4e42-8d2b-1980f35d8142
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.2.2,modeled_data,kg/kWh,CO2e_value:0.459,b4c4d324-bf9b-4957-b0b7-99b8dae77289
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.459,8689092a-434c-45b4-ba58-9662a0126f96
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,73f40b86-aeb1-4bf1-9699-ffdf9fd71c83
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.3.2,modeled_data,kg/kWh,CO2e_value:0.459,c9aecea0-699e-41ae-8246-910ebc79065f
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.459,73aae1db-33c6-43b1-a491-0f8e50cb8351
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,c8f1d5e9-cee1-4247-8985-a0acf51c6a24
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.4.2,modeled_data,kg/kWh,CO2e_value:0.459,cfbf4729-3f61-4801-ac66-eb5401ff34f8
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.459,d8db9930-ef82-4a6a-adbd-8007f2257bed
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,d400c5fb-4d5b-49f0-8fde-643a7ca27f85
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.5.2,modeled_data,kg/kWh,CO2e_value:0.459,6f1b201d-22c6-4ed8-8089-65a89f0413cc
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.459,dffdcf0b-797a-45a2-9df8-0a8451f13424
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,f1be6965-4e48-4928-95c9-215b24ce0286
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,I.6.2,modeled_data,kg/kWh,CO2e_value:0.459,48e0a8a7-81a0-4496-942e-65e1bec0b6ba
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.459,60493361-e705-4787-999d-ab89fd485aec
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,3562e1c6-5d2a-4079-b860-1f7a5800276a
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.1.2,modeled_data,kg/kWh,CO2e_value:0.459,941ce14f-6b93-4edd-b27b-ac52b0ba5518
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.459,0f548508-ba4b-4745-a69d-f73566d6e2c7
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,43f04b3b-6db1-4cde-8ac5-e12330c359e6
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.2.2,modeled_data,kg/kWh,CO2e_value:0.459,d751604b-57b2-46d6-8f17-f81c8d316b93
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.459,3675ef9f-eb1b-4a54-88f6-ecb932d1af24
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,ed480d8d-71f2-4797-97dd-6c80442a5ec7
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.3.2,modeled_data,kg/kWh,CO2e_value:0.459,b293eaca-0577-46f9-8404-223a4abff195
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.459,071fe5f9-8c78-4816-8f84-37453b521a34
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,024fc83d-2b2c-40cb-ab92-5728d7bcf825
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.36755643748889694,II.4.2,modeled_data,kg/kWh,CO2e_value:0.459,988b8d60-db49-4b25-8f4d-76f683687bb7
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.459,7780dadf-6021-4891-95bf-22f92508d261
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,66b9485f-d2ce-4431-967c-6d90362afdfd
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.1.2,modeled_data,kg/kWh,CO2e_value:0.459,d911f4ad-8791-4a87-b135-f7b271a0e54d
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.459,351fbedd-c6d4-4ce4-85ff-8f05771e43e7
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,5642deb4-3486-4c0f-aa19-3b3cb6bacead
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.2.2,modeled_data,kg/kWh,CO2e_value:0.459,bab225f7-6c49-472e-9ae6-eb7261408b37
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.459,92ad4156-1cd1-4f80-a7d0-87ad05e9573a
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,551a3366-91b8-49c0-a74c-9e8eb49f05d7
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.3.2,modeled_data,kg/kWh,CO2e_value:0.459,3820ee85-46ba-40e4-940c-05f871c26989
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.459,e74129f8-ca2e-454c-a0f9-57bbea7d6b09
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,0163ff52-dc66-4bb4-b980-9c7cda029f98
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.4.2,modeled_data,kg/kWh,CO2e_value:0.459,2803712c-7722-4709-9d70-4d283969f772
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.459,ec0dad59-ed6e-4c7c-8567-2ddbb1614e67
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,9f8d7af4-03a9-47b4-b395-7b7db7784972
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.5.2,modeled_data,kg/kWh,CO2e_value:0.459,6e299628-a27a-40c8-8e47-58cd6c558906
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.459,c1afa3ad-7761-44d7-8beb-79e7f18ca1bc
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,383037fc-b03e-4d72-9cd9-02a43e122f18
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,I.6.2,modeled_data,kg/kWh,CO2e_value:0.459,9ec2fc53-b7e8-4a1d-b490-43826636ea3d
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.459,de8f9f15-ab18-4700-a5ce-51125a76bec1
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,058ad8da-c00f-4ff4-852a-6c6d1b3e9e39
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.1.2,modeled_data,kg/kWh,CO2e_value:0.459,5047dd7e-f623-4ed5-b6be-7409580f2ce1
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.459,a2f53bd6-cfb9-4e45-b839-90ad5e161101
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,bac3cdc1-f7cc-4379-abd4-decc156db444
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.2.2,modeled_data,kg/kWh,CO2e_value:0.459,63564c27-d80e-4753-aed3-95fe8735c3d7
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.459,964d2f0e-1a96-4b2a-8483-82ac7da4a838
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,a26fa619-b359-4e46-a1a2-cda76176d58d
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.3.2,modeled_data,kg/kWh,CO2e_value:0.459,7d5ab4dc-dc6f-4e17-95d9-d0e5b2c255b8
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.459,d59e92b2-67ee-4ebd-9cd6-b2e53f2fd4c7
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,776e98c2-f893-4e00-920c-ce297a8d6397
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.0023126453701063144,II.4.2,modeled_data,kg/kWh,CO2e_value:0.459,90ff7e10-d09e-46fc-9427-3712dca04d89
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.459,0e28fbdb-4a0e-47d0-9c2a-b7a1c455a229
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,ae882dc4-4f33-453f-83e7-6b5c283ab490
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.459,f78438c0-b879-4536-8092-92c3cf7ca815
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.459,43a80cb3-7846-415c-ba38-aad21a5b663c
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,5999d416-4755-4c07-b282-674e804af3bb
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.459,b3417bba-887e-424a-b742-ecf4a3e15bb1
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.459,a1c6477d-9773-452e-b6fe-eee2880b3015
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,983d3470-4378-4b06-8d57-056e744e493d
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.459,225f5c31-64c8-4b79-9115-9b1c32884f44
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.459,aaa50462-9b86-4bf1-9fd9-5bd5ef1fdfb4
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,5a40d79c-26ff-4eaa-81f4-e7414fe6b692
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.459,1902c669-b3b9-4024-8fc5-c65acdfcf9cc
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.459,e95cda84-daa6-4af9-a6c6-79ef7dc64e25
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,da140958-8ab6-4d57-a874-c0c072574851
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.459,6547427a-b743-4a63-bd7f-4067806e19cd
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.459,44f6ab48-c514-4a15-8cde-5765fd049783
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,72ace2e5-5d47-4927-8e3c-08c14af72608
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.459,8f292deb-03f3-48ee-94d5-636418f58d2a
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.459,e0b1dd21-57f6-4a15-bbe8-213e2aaa53cc
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,9fdda6d1-4940-4395-b1bb-9b9a7564b5df
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.459,1e0ea74b-1a04-4acb-9857-8cbb85a79499
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.459,c6551938-90f0-4930-8aff-1b2a5a11fdeb
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,9d7611f2-8aa0-42c5-beba-7cd71b49beec
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.459,f51fab0c-133d-4ccb-bdef-6886e9f8c3a5
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.459,b62a4708-12f3-4f4b-a6c1-18d44fd7fe7b
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,c56b089c-f4f9-4b9a-ac9b-741d8e381e25
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.459,25977ab9-a3bd-47a9-8d14-a192756f0db4
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.459,cb00a989-deec-4f75-a322-83547cab2b6a
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.459,cf187b29-2dc8-4b94-93f5-962a664fabb7
+TG,Togo,2021,Calculated from Fuel Mix,N2O,8.41475360551504e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.459,36f0f1b9-e94d-42ce-8a28-107accdf2dd1
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.583,45b91d19-bfef-45f8-b3a0-9dad44e09edd
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,af134bd4-93a6-4b02-bb51-5d83382f9236
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.1.2,modeled_data,kg/kWh,CO2e_value:0.583,2950f620-9e04-48ab-8c66-70192b3b9172
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.583,5780d0bc-03ea-4ea3-bc26-fc0ce9c3e349
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,192f6111-77db-4a14-801b-fbfd03b73d7b
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.2.2,modeled_data,kg/kWh,CO2e_value:0.583,b8e46198-65d5-4bfc-a8a3-7e61a5a12a8a
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.583,10c23543-3047-4860-8990-b6ef0f969fd5
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,282f2416-efdf-4716-8f95-5c3e45c73204
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.3.2,modeled_data,kg/kWh,CO2e_value:0.583,1778857d-998b-40ea-965a-a69d4acd9c47
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.583,5d27eb5c-bf64-44bb-9209-77efeb62cef4
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,6e105995-9662-4e43-a578-2f95d5f748ab
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.4.2,modeled_data,kg/kWh,CO2e_value:0.583,f365b029-e92c-4ab0-9bf1-a0e70d16c167
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.583,5d2195aa-6daf-472b-b77c-6dde1ed04165
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,7ac78cb4-fdf6-481b-a7bb-b06848f80eaa
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.5.2,modeled_data,kg/kWh,CO2e_value:0.583,a658c3cc-c756-42c0-b2cd-025e89424cf1
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.583,1fb15bcd-94fa-4f8d-833d-340a0440e337
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,5cd12d53-94a7-4d98-9725-3027145e9428
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,I.6.2,modeled_data,kg/kWh,CO2e_value:0.583,55e019f6-e78a-4229-93e2-a45ffc6f26dc
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.583,55b80115-a4a3-4ca9-bbef-9cdbec8f2d3b
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,00a5859a-356b-4218-b2f7-526fa7c7fe27
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.1.2,modeled_data,kg/kWh,CO2e_value:0.583,5ce90b60-5781-4f98-b2d8-2cecf5057744
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.583,384a9ebf-57f5-4312-be1b-da99082856ce
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,ba06cb5a-feb0-41cb-b251-b4f01064f744
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.2.2,modeled_data,kg/kWh,CO2e_value:0.583,7433e5f0-32fa-4362-abe8-ccd91bbba89a
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.583,2e94be6c-944e-4b4a-aec4-9b9de50de472
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,b6198dc9-aea2-45f3-b1ec-6e56b9610aa2
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.3.2,modeled_data,kg/kWh,CO2e_value:0.583,97c2e97a-e1f1-4db9-b559-a031a2443b69
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.583,79542308-f79f-41c5-8d66-6c7bcbbe1d21
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,41677038-9cc2-473c-a349-4322aa4af9bc
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.4666424139273675,II.4.2,modeled_data,kg/kWh,CO2e_value:0.583,83fa8bfa-e4ce-495d-8425-84916994fc73
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.583,4aaa4154-3617-4977-b798-961a2cd35af8
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,cc5ae171-2e59-4b1a-9abe-c900e6d58c3e
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.1.2,modeled_data,kg/kWh,CO2e_value:0.583,277529f1-56a1-46d2-8f8d-b12200da97a7
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.583,448d7aff-e3dc-4b0e-b08c-08a3947e63f5
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,a9fd6294-cb25-40fa-b571-24e966943f18
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.2.2,modeled_data,kg/kWh,CO2e_value:0.583,37a2ffb7-33ff-4247-a33b-11d3471633a0
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.583,f4778032-cfe1-4080-8e52-92756a15d086
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,2847883f-c6cb-4b43-813c-2a606d231344
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.3.2,modeled_data,kg/kWh,CO2e_value:0.583,4c7aae6c-de42-4dfa-90ed-9acee2ab778f
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.583,30e100eb-08b6-4854-bb01-dfa6fcfbb93b
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,463db000-b3fe-49d7-811f-45b5a6a1e806
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.4.2,modeled_data,kg/kWh,CO2e_value:0.583,b3d42089-0bb3-423b-ba89-b832571aa5a9
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.583,ffc61bdf-6f2f-4d41-a3e7-8b560bede6f3
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,f5ad5578-3a3c-4ed3-b715-430445f0fbec
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.5.2,modeled_data,kg/kWh,CO2e_value:0.583,caadce3e-1a5f-48ea-9e0d-b2df4b3d45b6
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.583,ef40f72c-cf54-479f-9537-b9c1db3fcebf
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,4303fea0-cff8-462d-b36a-2947af3002a7
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,I.6.2,modeled_data,kg/kWh,CO2e_value:0.583,c72cc9cb-a9e5-482c-a3d6-1c151994e018
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.583,5ebcbd89-3902-4719-8aec-299f6e26a70e
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,d8985c29-8985-4056-957b-b0dd458f3d2f
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.1.2,modeled_data,kg/kWh,CO2e_value:0.583,b31260d7-1aeb-408b-adad-ba160546b6b6
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.583,29018c73-b3db-404e-a098-947b4a0b0aaa
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,f8f90397-4400-4a6f-acf9-a495144c3fd0
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.2.2,modeled_data,kg/kWh,CO2e_value:0.583,1c9b5d22-7ea5-40a6-89e5-69d202f0b225
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.583,f257b7f0-294a-4712-9677-6af74ad0aadc
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,03ecd25a-657f-48b0-8bf9-d1dbd202dd97
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.3.2,modeled_data,kg/kWh,CO2e_value:0.583,67bedb12-604e-4fa0-8255-2d0c8ae22c42
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.583,69752010-6ca3-4b85-a9b6-358ca90d92e5
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,50fcec77-d2a7-43bb-86a5-00af99982fec
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0029360890138047445,II.4.2,modeled_data,kg/kWh,CO2e_value:0.583,20192473-5aef-48b3-b16b-e4b76c36d721
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.583,1c5d4316-c315-4cc4-b58d-db603a8dbfe7
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,f7ca5d87-5e9e-4a69-99cc-d02305ee5992
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.1.2,modeled_data,kg/kWh,CO2e_value:0.583,04b8e930-87f9-4dd1-9702-8e5678290bc1
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.583,16446905-8492-4482-928c-eaa7613cb771
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,4a46942c-3928-4f59-b518-6603153a24ef
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.2.2,modeled_data,kg/kWh,CO2e_value:0.583,fa97034b-206b-4f39-8b3a-c688c9729963
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.583,7952a6ef-e1d8-4894-b437-f3ffa82d8d3b
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,cc46be25-73c2-4e7a-b166-ac295b026cb5
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.3.2,modeled_data,kg/kWh,CO2e_value:0.583,03cb70a1-93e1-4f41-951d-8c7607481f73
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.583,df51b0ca-db5e-4694-9606-2cb36c25d02b
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,df32223c-2fcd-40f1-84e2-b704b5dc2914
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.4.2,modeled_data,kg/kWh,CO2e_value:0.583,883a5229-0a82-47f9-821f-7c8ab513b423
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.583,ed7a6a5a-c6cf-49d6-9015-c5c54391a812
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,6fde3399-1f77-4ac7-b67d-b509e647d503
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.5.2,modeled_data,kg/kWh,CO2e_value:0.583,fa1a9bef-ce7a-44fc-9e58-3cb0409378c5
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.583,d89667cb-95cb-43d1-8bc2-58d1c448fdae
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,c284346e-ec5f-4d47-95d1-5240e234b679
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,I.6.2,modeled_data,kg/kWh,CO2e_value:0.583,8a238cfe-8448-43e2-9fa2-1775e8427b2c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.583,6584d32a-afcc-4d5d-a173-03bff378a13c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,20b74856-d75a-44b0-b561-22a5399031ef
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.1.2,modeled_data,kg/kWh,CO2e_value:0.583,606e944f-cfc7-4769-bf29-43625053cd3b
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.583,89a94e0a-abf2-4b06-a6c3-425e96d122ac
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,4f460c2c-fe16-45cf-a77f-23108018f07f
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.2.2,modeled_data,kg/kWh,CO2e_value:0.583,ce7f430e-7ff5-4bf8-98fb-e14da7317117
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.583,a302bbdb-84b1-4041-a4f1-2ef438f3de69
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,f2817ee4-7f8e-4904-ba24-649593aee263
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.3.2,modeled_data,kg/kWh,CO2e_value:0.583,7d4e6fa6-53c4-4dd1-a624-92f25281505e
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.583,46517b74-3d9a-4fff-9ec5-026800984813
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.583,76aaeedd-96d1-4bf0-8c52-f18842987240
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,0.00010683205447055117,II.4.2,modeled_data,kg/kWh,CO2e_value:0.583,670aeae0-4737-4ba7-9a9c-b0c05b0ff8e7
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.347,14ad8079-6858-4502-ae2a-e1f316e39233
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,18bd9957-26ab-4aa7-9b36-21cbea471f16
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.1.2,modeled_data,kg/kWh,CO2e_value:0.347,bf04d7b2-311a-44ae-8ced-af5111f29d75
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.347,6dbf0506-a905-48f1-a7ef-4f07a63e7e75
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,7783d37a-063c-4b3f-b1f8-2ec6ba5e7b5e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.2.2,modeled_data,kg/kWh,CO2e_value:0.347,d91db513-5d42-4a4a-9ca1-9679f04a6135
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.347,93c675ed-00d3-47f1-af8a-65973ebcedcb
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,96e98007-9d5d-4260-8151-75bd15f5a801
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.3.2,modeled_data,kg/kWh,CO2e_value:0.347,5c6f014a-d04c-415b-a729-146c59dbcd90
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.347,9eda092e-a50a-4568-92dc-bd9c14f6452f
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,87ec46f1-7d37-4bcc-9ca6-c662edf264a9
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.4.2,modeled_data,kg/kWh,CO2e_value:0.347,af4cbdca-f92a-43b2-a264-bdfacca4b850
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.347,23c189e3-0423-424a-b69c-05fe487620b4
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,ac567e9d-2506-4c31-a76f-a35f34f93e4d
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.5.2,modeled_data,kg/kWh,CO2e_value:0.347,687d6bd3-1225-4d8f-a950-c82419b41630
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.347,f8bfd7a6-4283-4fdb-a3dc-838d89a3cfce
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,77c81e81-f6db-48bc-a43d-f42e4096c9a8
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,I.6.2,modeled_data,kg/kWh,CO2e_value:0.347,9bfea208-6117-4589-9077-8a45e60ab0c5
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.347,d2d91523-9563-4cc6-a685-274a3a46d944
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,65ae463b-0578-47bc-ba89-1be2c1889d4c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.1.2,modeled_data,kg/kWh,CO2e_value:0.347,f7c64bff-1edd-43e2-a267-e63d4551aa51
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.347,a8212318-11ce-423c-9e3e-22c1079a730b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,68e2d453-6cc2-4969-b95a-570e8fe91e96
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.2.2,modeled_data,kg/kWh,CO2e_value:0.347,5391ed6c-5105-438d-a94c-729abd7e2415
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.347,0cd87b47-dce5-44af-805c-2fd9a544ff89
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,92c34d6d-b2b7-4439-ace0-4b5857fb73ab
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.3.2,modeled_data,kg/kWh,CO2e_value:0.347,baa068e7-d94e-4218-aaec-3d14c0d78d8b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.347,b525c8ef-b177-4929-ac3c-3452aa4cc648
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,a1cfc835-ca0f-4f0e-96bd-32ed4602918c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.27788495859538254,II.4.2,modeled_data,kg/kWh,CO2e_value:0.347,0045558e-aaf7-445a-924a-bc1592817093
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.347,e190de64-5c45-4b8b-82a5-674193cbaf79
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,fa89e919-6734-4df8-b080-687bc4106966
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.1.2,modeled_data,kg/kWh,CO2e_value:0.347,f89ee0d8-947f-48fd-a5c7-4bd4af15bcc3
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.347,20c45497-e618-4797-9b79-b156dbc0c6ea
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,dab5c855-4745-4a29-991a-4ddeb52ad0ef
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.2.2,modeled_data,kg/kWh,CO2e_value:0.347,02b59a58-f2e0-4d75-bd5a-d942e14df9e6
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.347,3f167169-0f63-4cae-b70a-e6a12dd34ad3
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,85685011-403f-4f4c-9e98-4b1d15aa77c4
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.3.2,modeled_data,kg/kWh,CO2e_value:0.347,135424f6-2e77-4423-b4a4-9de47097289b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.347,ef652396-86b8-4ac6-abd0-093e842cb7e5
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,f6639c9d-192e-431d-a214-1abf85d7d594
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.4.2,modeled_data,kg/kWh,CO2e_value:0.347,7807ab3f-3475-4e08-97f8-f7f69ddfd08a
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.347,e45d413d-65e6-4e11-88be-f075de10714b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,23f0c4fa-fc58-4a6f-9f6a-252fe9aefa82
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.5.2,modeled_data,kg/kWh,CO2e_value:0.347,a984ac33-8ced-4e9e-a974-5948761686f4
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.347,ec932eda-9f2b-4f6d-ae0e-9aec394a6e29
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,20fbb888-d639-413a-b990-09c8a339fce4
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,I.6.2,modeled_data,kg/kWh,CO2e_value:0.347,7b38b135-41d0-413d-9e59-0deb5a041d75
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.347,e69a72bd-52cc-4933-aca0-75b303e2a3f0
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,3b6eea22-6df4-4b67-849b-f811025a7277
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.1.2,modeled_data,kg/kWh,CO2e_value:0.347,162bb13e-a381-486d-a81f-fc5265da0599
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.347,47ef9520-2951-4c7c-a4b2-b4a03dd5eb5d
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,56132478-e033-41a6-91fa-68228ee6c0cb
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.2.2,modeled_data,kg/kWh,CO2e_value:0.347,5489fd6d-7bc0-4155-93cb-255b674a25c1
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.347,4aeed0d7-b1b7-4002-8564-337dda95a0d7
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,d0d7a9a0-f2b2-4381-bcff-65901e85868e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.3.2,modeled_data,kg/kWh,CO2e_value:0.347,0d80189c-800a-460d-a1f0-d1faa3f3b705
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.347,fb8ccafb-7ca4-476d-843b-299c89f2018f
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,5358a5f2-6070-40ba-8465-762be57886ed
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0017484372394843697,II.4.2,modeled_data,kg/kWh,CO2e_value:0.347,42810554-73ec-4a24-8830-2aaf92388313
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.347,3dbfd9fa-7948-45fa-839b-826d3a197c81
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,3e831679-ce52-4524-a269-1078f57be4bb
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.347,0469695e-15ec-4f88-9c60-b968a36ee521
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.347,43e4b8de-187c-4ae7-8451-2e7fc08c7e98
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,0fd0bba8-4789-4ca1-87e8-2d3e1d795355
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.347,5d8d49c3-36a3-41f2-a3c5-64b7c09efdb0
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.347,7452a19f-b351-49b7-8080-54821faa626a
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,29a621ce-caf9-41bc-b791-cb192d431670
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.347,64a67e15-bcdb-4a15-b5c5-62d55750147e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.347,4ddddb4f-f73c-4b72-b3c7-e9964bb9ff3c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,8b831e85-d01d-46a2-ac0b-1d03db23d038
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.347,f6594761-8635-4fd1-8440-945b7e1eaada
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.347,57e8208d-420a-4d72-9f2c-76c8d654ec6a
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,f7e49b8d-aa40-4bad-8bbe-11d5d616eec0
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.347,b8d15fbe-aa95-438a-98cd-4df2a8aab537
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.347,e1038b4c-60ed-42e4-aa83-360f8c170051
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,942af79e-7e35-40dc-bc97-c8eaddc2d4dc
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.347,ac51bb98-78fd-4700-b40f-a5ebf8e30751
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.347,1635c6e2-6676-4c35-8534-ec6b028815ac
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,a6651dc3-c238-46a7-9547-70723554c14e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.347,290d8448-84cb-4917-8913-e142f901d8bf
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.347,69215942-120a-4aa3-9556-9f5a7ae38254
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,d20b541f-d767-4dbe-82e5-f57ce9947c3b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.347,de8f5474-6eb4-4f6c-b8c6-9216174baea7
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.347,682c046c-ac3a-4d1c-9186-5b9594fc1e3b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,3800de71-50d1-4a6b-ad70-09f08fbf720d
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.347,21694dfa-b477-422f-a9be-b0fd0ef572de
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.347,6c0f4f8f-04a3-4377-9371-c7b8f2da0958
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.347,1ff88f8b-015e-41c1-8f27-990f9283adc9
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,6.361835132678171e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.347,5d60659a-c408-4e83-9d2a-650f305b1562
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.326,68ee4963-418e-4661-9d06-3775c8ad19fc
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,1a53b2dd-3c57-4543-8af2-daa9cde560b7
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.1.2,modeled_data,kg/kWh,CO2e_value:0.326,7bf7393d-6309-41bb-8cb6-040ba412952a
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.326,59e9918a-cc34-4306-80f9-9c90df6383aa
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,1f2045fd-2253-41af-ab60-b9d4e885422b
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.2.2,modeled_data,kg/kWh,CO2e_value:0.326,a9e46571-e902-4ee1-ba6e-7ddb1435ee45
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.326,666aa237-9d4a-4e2b-aae8-5a62ee0b20b6
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,41a13d54-deaf-465d-871b-3dd65e07c6e5
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.3.2,modeled_data,kg/kWh,CO2e_value:0.326,88cf7f09-cf2b-4aab-b849-383a2b3e19e7
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.326,02c1de47-6734-4109-8a9b-f53bdb570b86
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,689b7c6c-6e74-4b2e-be19-026f2cf5c052
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.4.2,modeled_data,kg/kWh,CO2e_value:0.326,dc2292b2-dd2f-48bf-ba2b-453a567e9f44
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.326,2bbc8e8a-d5c4-4291-a958-9204513878d8
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,1adac390-9cae-4a43-b0d2-59b87c5d046c
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.5.2,modeled_data,kg/kWh,CO2e_value:0.326,af2e6a81-28eb-47f8-b033-00f0da28decd
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.326,c8dc1cc8-3184-45d3-8531-bdb08d51ccfc
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,3331a49d-2631-4c72-ba14-1142fb67d4de
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,I.6.2,modeled_data,kg/kWh,CO2e_value:0.326,c884f144-96ce-4a39-ae8d-8685b7d8e9a2
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.326,49877512-9852-4c11-b4a9-458e691fea95
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,80471eb7-748b-4c17-bb08-8a4634dd3302
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.1.2,modeled_data,kg/kWh,CO2e_value:0.326,192ba549-415f-465b-95ef-8de9fae880bd
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.326,eb4fd789-1bd6-4aae-a4d2-c2b7fa64ebfb
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,418b14ac-d87b-41f2-819d-642a1878c676
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.2.2,modeled_data,kg/kWh,CO2e_value:0.326,5abdbf96-0cb3-4199-91dd-9e1239a3d59e
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.326,faa3d374-262e-4449-8e9b-0b0e31466851
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,8fcd5314-a55f-4cb4-9150-6d60328f0cd9
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.3.2,modeled_data,kg/kWh,CO2e_value:0.326,e3011b9a-88ce-450e-aa0d-4b04a2445885
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.326,bf37fb89-17d4-49f0-908c-709e33e8ed1f
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,d18571de-ecd5-4478-9031-f6cbdc57a0e2
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.2604983314102181,II.4.2,modeled_data,kg/kWh,CO2e_value:0.326,71ce16fc-e128-4945-87cd-1d476be8599f
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.326,cf9776a5-7ee3-4e24-bb5b-348e4eb8fbf0
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,b3860fc2-67a1-45ed-ad68-2267023da499
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.1.2,modeled_data,kg/kWh,CO2e_value:0.326,d577a50e-e0c7-4aaf-85cf-4f7945c1afba
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.326,13fd7d9a-296c-4fff-8cb1-1759f46ee340
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,086fb9ee-00e2-47bb-8466-05125982019e
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.2.2,modeled_data,kg/kWh,CO2e_value:0.326,37d66985-77bd-41a9-8c2e-792c79eb9ce8
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.326,026ed25f-c0f3-4a44-9aa4-26542cfee8d0
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,bf6240a0-36eb-4ca5-8e89-ae60d54ea933
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.3.2,modeled_data,kg/kWh,CO2e_value:0.326,77320b65-96e5-4b88-af2d-0f091a1e8b87
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.326,242b8adf-7872-4d68-9615-4e6f36cedffb
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,0e7b7195-68d5-4716-aa37-42b0c4317ed4
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.4.2,modeled_data,kg/kWh,CO2e_value:0.326,7325a005-b469-4be7-8250-92eacba13a8a
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.326,67ccfa25-5364-4748-9679-cfb03a56e1c3
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,b86d1062-46ae-48a5-9a14-c8110f1f4d79
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.5.2,modeled_data,kg/kWh,CO2e_value:0.326,f877534b-eb70-46b9-8b1b-da6576b7059d
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.326,f6e2cb52-746f-4d32-8611-2ccd5466456f
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,ce7b6012-89df-459c-a9bc-b1477e04f9f5
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,I.6.2,modeled_data,kg/kWh,CO2e_value:0.326,4c746e0a-8d4e-49c2-8c91-28a491977825
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.326,fae67f67-819a-4fa7-8f59-f5cc8acbed14
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,4a27c085-302f-4121-bf02-f5aa0b1be381
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.1.2,modeled_data,kg/kWh,CO2e_value:0.326,5e48b281-fca5-4343-81f6-72c466a1d99c
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.326,62b23334-d611-4fdd-9ca8-4fe06b7ab533
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,e5def0c3-8123-439e-9fdd-73c937121cbb
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.2.2,modeled_data,kg/kWh,CO2e_value:0.326,5eabc17c-9b08-4c90-a877-f8573bca996e
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.326,cab63188-47af-4082-933c-6c47e02a365f
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,860e68e9-2df0-4abd-a885-27cdd3b84c96
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.3.2,modeled_data,kg/kWh,CO2e_value:0.326,4a5e2b85-f5f0-4c94-bd6f-d6964e94ffb4
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.326,6e5ac96d-07b7-49cc-b5a3-67174a1b2b8c
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,8563f092-565f-4360-a031-52b634a6699b
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.0016390415147454996,II.4.2,modeled_data,kg/kWh,CO2e_value:0.326,cbbf5bf7-b9e3-40f9-8fc2-d1cb44278156
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.326,9d45c956-d303-4b34-9fea-cb4ed9b14126
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,0e87a25f-7e71-4d8b-984d-959b13fa62b5
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.326,39401c3e-3c69-4061-a0da-08076c02713d
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.326,85b52db3-6cff-48ab-8013-f5713d397c73
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,e4950156-3486-412f-80e4-27ed5cb76773
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.326,8d714043-81ba-4c45-9fe5-ae64c8e183aa
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.326,caa0ff8d-e5fb-41a0-b20f-c6cd4f28ad2b
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,12a277fe-7774-4d62-a207-15bdb84b59f8
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.326,145cebb5-55ce-4030-9910-35c4213fad4a
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.326,2755bd43-52f1-47ad-baf5-314ca80a1c2e
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,bf515589-a7d5-4f1e-8ba6-ded989127294
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.326,c33eb755-6e8d-4e43-a8bc-85e0e8c05f6d
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.326,80ba4197-9f3d-41f7-b5eb-bb23a77bb758
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,5a6193f6-2dd7-49f3-89d2-b0d1791b267c
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.326,5e27169b-fd27-4344-a44f-6974e46a5b6f
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.326,fb937a7b-70c3-4d46-a092-b9fd5622b430
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,b584aa9a-177e-4d35-8ba0-11ddf32c4d63
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.326,e8682b25-5cb9-4b61-8754-ed25d3a5a60a
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.326,76583887-4cd3-4a27-b90f-a339ba8ac54d
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,43fb232f-6500-474a-bd44-be050c2e5e4d
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.326,de54ccc6-9eaa-4775-9f5d-d52899d61c61
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.326,8bc8da47-93f1-48ed-b589-c3dd461b2813
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,3eba4ad9-4e75-4e03-8155-eafab96cc1bf
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.326,edc13176-1fac-4e43-99ee-c6a0d7908f4f
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.326,6e6f4632-40e1-44bf-971d-d5c4ae3b15cf
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,08e428d7-235b-4388-b821-92b44b7532ba
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.326,8ec4ebd9-ba6b-4bdb-a963-c43d58e22997
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.326,f3c25f50-4616-4104-b0e5-af42788d6f5c
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.326,e0bcd3c0-7782-447f-8474-407457536445
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,5.963789638512319e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.326,7ac09f87-16b5-493a-90d3-7905c45b6338
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.359,36fa9c2a-ee08-47d6-b053-6dfb597b9105
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,48c8f6b6-f3b1-46b7-953e-bb86c899d354
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.1.2,modeled_data,kg/kWh,CO2e_value:0.359,68869b63-0d50-408a-9dda-d9d52ba6ef90
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.359,77eec09d-cd2a-4f94-957a-2dd5ebad50f8
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,ff85e171-16e3-4e2a-82e8-636aa89f6cc4
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.2.2,modeled_data,kg/kWh,CO2e_value:0.359,59e14135-bdfa-4391-934d-0c512fc372b1
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.359,45fcbf5f-ccdb-43e3-b781-e910cbf067ab
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,7f4a9db3-5263-418e-aeed-848b35a48ef0
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.3.2,modeled_data,kg/kWh,CO2e_value:0.359,605d5e85-7822-4532-be03-ca451b95d1c0
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.359,008eac46-9952-4718-af5e-930e14d56cdf
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,0b9b6205-9239-498b-be85-aa1af237a3d5
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.4.2,modeled_data,kg/kWh,CO2e_value:0.359,8ee14f94-5db5-4f48-8dbe-8be5a9947985
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.359,85af0281-a0ca-488e-9a21-2c9a60763825
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,8dbe1db9-a98f-418a-8312-404ef01160f8
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.5.2,modeled_data,kg/kWh,CO2e_value:0.359,281b621e-de8e-4265-952d-00cc6ec24116
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.359,a2fffe81-6890-4354-8c43-642cbbc9a98d
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,6244ab52-cda7-40a7-8345-72d0a044c7e6
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,I.6.2,modeled_data,kg/kWh,CO2e_value:0.359,8d03be0a-cca6-4125-95aa-2dca13a5d21d
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.359,8b5d4b9c-5bce-49fe-acfd-1f9ba0030567
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,2e77adf9-315d-4260-9803-9b2a825ab5db
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.1.2,modeled_data,kg/kWh,CO2e_value:0.359,3f4b0d7a-810d-413c-b55d-b89715c08bf0
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.359,915cbeba-b995-4f76-a16e-19e8985d8aa1
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,1ba99201-9aae-4a1a-a06e-ebc9d3ebae89
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.2.2,modeled_data,kg/kWh,CO2e_value:0.359,88dddff0-fb13-49a2-aa00-638cf8cb82c8
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.359,99acb6a0-69d9-49c0-a044-cbb9591a92fd
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,fc21b8e0-b4d7-478a-8c56-44269b9bdd07
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.3.2,modeled_data,kg/kWh,CO2e_value:0.359,b3fc74e8-66a8-42a1-a11a-c7c190ffd527
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.359,8fe2bdc3-c8e1-4fdb-a23c-09261528de38
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,7ee69a04-6ca4-4a60-a6aa-4fe8dc2f97ad
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.28680867697363505,II.4.2,modeled_data,kg/kWh,CO2e_value:0.359,5b1fb243-8567-46d0-b49a-a4cfdc0822ee
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.359,8f1b2f86-92e4-4518-b3ff-709c213f3861
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,33962ecb-2c79-48e7-a76c-db032d60981b
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.1.2,modeled_data,kg/kWh,CO2e_value:0.359,55a233f9-318e-4f82-a8e1-919d68c163a7
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.359,23b16c1f-a952-497d-ab35-aa78a9ec40fc
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,952696c2-bfb8-4863-acb8-eb0b39f63111
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.2.2,modeled_data,kg/kWh,CO2e_value:0.359,17d07e52-71b6-407c-88fa-5c9bf4fdc767
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.359,8c3cc66d-fe17-4519-b4f0-a6b06cf0f548
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,bc2e8562-6229-4f32-9e70-462f0977a7d5
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.3.2,modeled_data,kg/kWh,CO2e_value:0.359,fedc5fe5-0211-423c-ac35-8f5493a2f01f
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.359,b6e79f46-41a4-494a-beb2-66a1330e90a6
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,9e6db3ac-4da6-4f29-b551-29b3778a5d6c
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.4.2,modeled_data,kg/kWh,CO2e_value:0.359,49c03441-b2cb-4af0-940f-56ea57f6ea39
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.359,d00f833b-8b70-48c6-9113-37435a2570c8
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,5b75ec6b-2523-47e9-a8ed-ee99d975cb56
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.5.2,modeled_data,kg/kWh,CO2e_value:0.359,ba104702-26a6-4608-a834-54139902d12b
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.359,1fac409c-1780-48ed-ab40-25ddc70537c8
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,3efbcf0d-07a9-4549-9207-ba991946e90c
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,I.6.2,modeled_data,kg/kWh,CO2e_value:0.359,52661c33-b007-47e9-ae28-1432480dd299
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.359,28c4f937-5069-4bd4-8d62-a5b1b9c85dc5
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,61728839-6ef2-45b8-a060-3058c646a623
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.1.2,modeled_data,kg/kWh,CO2e_value:0.359,cfb5c906-cec9-41f1-afb5-471223ba3d95
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.359,5e152f34-714f-497c-a3c8-04da6020aad5
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,6a9614b7-fee3-4c55-b677-452be8b30cb7
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.2.2,modeled_data,kg/kWh,CO2e_value:0.359,98881c5a-5ff5-46d3-9dc5-d626e2f60aac
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.359,7008fa17-382e-4095-9b95-0cb03a9b7787
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,b98e92f2-5d55-475e-a119-7fc4a31f9bff
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.3.2,modeled_data,kg/kWh,CO2e_value:0.359,960e80e7-a93c-4cbd-bdf4-13f120a3d51a
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.359,a20eff5e-7732-4d5d-b8a7-e52d3194fc04
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,2d239382-ec78-4a94-ba46-1470b7c2d5d2
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0018045847963945158,II.4.2,modeled_data,kg/kWh,CO2e_value:0.359,19d830e7-a234-4de4-a902-e3be4dd5674c
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.359,3e374c56-09a3-49fd-9bf3-bdab3b1654b4
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,c9f98b4e-473e-4e6e-865b-2da279697ddc
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.359,d16c027b-bd75-42c0-8337-b73b334c5598
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.359,12573bf8-49c5-425e-a1d0-b107aa97b3ae
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,7a371812-d51e-4b15-ad09-d31fffad4c38
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.359,3e7b7316-5c85-4852-9593-8497fa80364e
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.359,2aac4d94-24f2-4dbc-a845-20dc2a588755
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,cde9e244-d50a-4fc5-82ed-2d150cc42a89
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.359,67bc2a27-52a2-4b64-862f-a152ce24f910
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.359,25963c55-074f-4dc1-ac2f-6e3b809930aa
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,af7d0194-6cb4-4ce8-a8df-54ca7914ab00
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.359,d7dca75b-ddfb-48e2-b6a7-7a7fb9159f2b
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.359,32f652f8-7f41-4d78-a414-d5c0681b5956
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,60ba8f4e-d404-4815-bda2-1c94d7d120b4
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.359,c7e923bd-e8ba-4579-9891-80d80219667b
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.359,c5d4ed06-5162-4fa8-ba4f-ecfc022dbaa1
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,7331c3e1-4dea-46bb-a78c-560489bab4b9
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.359,b9ae9116-d211-4d38-932d-674ea5e67d61
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.359,6e04a5c6-b32c-481d-a257-6a7626ac50b1
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,c6b4c8b4-cca2-4999-8bcc-65bf87a699fd
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.359,1b27c8ef-a192-4586-b623-99c62aa6e8db
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.359,d45ccf7c-faad-44df-9355-873abccb2fe4
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,f9b96d15-2687-4e21-be35-570495a8d933
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.359,5cfcd5ed-9608-402e-bc8a-a6258aa08f75
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.359,60c1df85-207a-4c15-bbdc-321f5b43a22b
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,c6908fc2-0ca9-450d-86cb-d868bda0e721
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.359,cbe2e5ae-07ed-4177-9de6-c7bfae2c9fe2
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.359,d2fb0a80-5b42-48bd-aa5e-5c92144c6c71
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.359,1fdfee1b-723d-480f-a5dd-3078cf34a73a
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,6.566132714597872e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.359,02488d5c-93ca-4abf-a95a-ddade6a3ab36
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.393,6e75b84c-3867-4904-9aaf-ebe3f4ca01d3
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,1255168e-3b2e-49ba-b648-e567eb0fbb7c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.1.2,modeled_data,kg/kWh,CO2e_value:0.393,bf8a3d6d-c51c-4fcc-854c-8b9c108db385
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.393,760efb79-cc1e-4d47-8749-e94596839132
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,8e5faf92-f099-4950-87ff-15e8f6318c9c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.2.2,modeled_data,kg/kWh,CO2e_value:0.393,feb2172f-81d0-44a1-a94b-84e47b73f496
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.393,bff9b8fb-2cb4-4b72-8958-6ebb9799edc7
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,4dd3d61c-12e9-4c95-bf65-54db0d6d832b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.3.2,modeled_data,kg/kWh,CO2e_value:0.393,916bccbf-fe87-4579-8855-1098bf32e3a0
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.393,f0de620a-4565-46da-aecf-2a7bcdc17a44
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,65230bea-3bcd-44ff-af3d-93261c06c966
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.4.2,modeled_data,kg/kWh,CO2e_value:0.393,1f3cfcb8-9ef8-4549-b99c-532c16e04775
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.393,6d43a23d-8312-4fd1-bb6f-4aeabe3f2dbc
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,1d3f141c-c1dc-4b78-a309-512e8819027f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.5.2,modeled_data,kg/kWh,CO2e_value:0.393,1080dbfa-bc5f-44a9-83c4-5d0814515d04
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.393,0a7046c2-065c-463b-b072-4221a90a41de
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,77bf616c-6f87-4241-9855-fb09a0fc9921
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,I.6.2,modeled_data,kg/kWh,CO2e_value:0.393,1ff4970b-2134-4dc0-a367-d9eda567fc50
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.393,e8db8672-58b6-4af7-997e-33b1ce87eb1e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,25b46e2d-5921-4e6f-92d0-6f179f723520
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.1.2,modeled_data,kg/kWh,CO2e_value:0.393,e1eaa1a9-0264-49ca-8dc1-c0650b05da4e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.393,4d28ce48-dab9-434e-90a1-eae2de8ff312
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,c8658442-2f12-4f93-8de5-c50e247a8e41
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.2.2,modeled_data,kg/kWh,CO2e_value:0.393,ffa59492-62e4-43df-bb25-5933ce86eaed
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.393,fa399286-2190-4ad6-acfa-b146a8e0f3f8
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,2ab0938f-da81-466c-b32a-761c4ba298f5
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.3.2,modeled_data,kg/kWh,CO2e_value:0.393,2a205e4f-0e80-4378-ab9b-5c736fda1a5d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.393,37aace5a-71d8-4e61-ae95-295cbdc5a8c3
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,0d3c74ca-3306-4962-93fd-2a7cf77f433d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.3146311129273571,II.4.2,modeled_data,kg/kWh,CO2e_value:0.393,1315afa4-0e63-4e1a-9138-4533e36b93c0
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.393,bcf8a998-2a02-4876-bc1d-e295c96c976c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,c7e46b5f-fe7d-407c-8169-cbe12c7024b7
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.1.2,modeled_data,kg/kWh,CO2e_value:0.393,dd00b3cf-2592-4de5-8145-37d650b72078
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.393,e1e4da51-baca-4979-a9b3-b2bc8053ba26
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,5e5df5a8-3498-447d-9367-b5acbe9bbbd5
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.2.2,modeled_data,kg/kWh,CO2e_value:0.393,5f19ec6f-8162-4655-9be9-2e36a82ae70e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.393,b3219a68-99c0-40ca-8961-4cb082c2db93
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,d39b9dd6-e274-4ae0-9fe9-3cf400e1f701
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.3.2,modeled_data,kg/kWh,CO2e_value:0.393,31154e82-aca2-4c7a-8d2e-5ae3525e6719
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.393,ad5f93b8-6b5b-477c-b4bb-4b4c682f847d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,4e35c939-14ae-42b2-ab2b-3d10f8e5632f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.4.2,modeled_data,kg/kWh,CO2e_value:0.393,882c0a58-6a1c-4c8f-b4ad-4ca99a6409eb
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.393,e2776d3f-13af-474a-81e7-ef2f642cc28a
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,e45f0b84-ceb5-40ab-80a2-fd3fc9976355
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.5.2,modeled_data,kg/kWh,CO2e_value:0.393,f9287546-d555-40b0-9b1e-dd1ab90af94e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.393,b51c5c72-b0fb-4db2-a248-d18c7b03b79b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,79c3bbec-638c-4cdd-afbf-3fa20036d810
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,I.6.2,modeled_data,kg/kWh,CO2e_value:0.393,10323f50-30f3-401e-834b-ca89c5a96e4a
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.393,9f749e50-7bbd-4818-b117-712d1a1c7a04
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,be188e21-9177-4958-adad-ac280ccafee0
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.1.2,modeled_data,kg/kWh,CO2e_value:0.393,b75170ba-5423-43d3-b718-172c416c28af
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.393,908169f4-5efd-4785-9a69-fae3da1906c2
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,1eb66275-641e-485c-b25b-6b0d7d915f2d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.2.2,modeled_data,kg/kWh,CO2e_value:0.393,534584cd-4a83-40a9-b7da-1a9d52dd6340
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.393,8f671d44-d1cb-4c84-a07a-a37367a8309b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,f6cfb727-a219-498b-aa70-acd0dac5ef5d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.3.2,modeled_data,kg/kWh,CO2e_value:0.393,d6f7059f-3793-4c0a-9d62-acbaae3ed582
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.393,792d444f-368e-4f68-9c3e-e71392a3fe36
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,5d90201e-cd5a-4b7f-85fc-e008c7b93d8c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00197964206959327,II.4.2,modeled_data,kg/kWh,CO2e_value:0.393,040c1af1-1829-4006-b3d8-9ea989f02157
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.393,80da38d5-b68b-4dcc-84a0-21a2ef30eed3
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,ffe183a5-b7c9-4849-85c3-e429abf0f5b5
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.393,e50de154-36e2-490f-be4d-e9a62ece963e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.393,a4e78088-fcb8-41fb-8c0f-7b5ce956cbc5
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,6459a0a4-6641-4586-ad70-f7359b570523
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.393,dc80c979-9c76-42a3-992d-ba51552d2057
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.393,4e3671d3-4936-41ba-8dd9-329677802056
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,0d009a38-5f46-4631-9a53-d57542b72229
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.393,17af9611-c29f-4bf1-bb0d-a85b46ab3370
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.393,95aebea3-7c4f-414d-bb58-7a2c55386dfa
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,9aa56710-26f3-41a7-81d4-a77a78592a12
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.393,20bf3cd8-5771-40e0-a241-1c991c8f2352
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.393,882a9698-b4a4-4667-8c3b-7cc1772160c4
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,e713bb56-14aa-40d9-9cdc-44d55b056845
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.393,4918d3c5-febe-4890-817c-818672ff7629
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.393,b158704f-6c27-483f-9901-8675015f7d95
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,8c787f28-2481-46d1-a916-dda0f5d6e8cb
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.393,ccaf3ecf-6881-4ce5-b6bd-79aedcc490e1
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.393,125510b4-0590-405a-9159-cce8ec60b112
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,d2933c72-1c45-4ba1-bae0-6a127b132d3f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.393,4e797421-89a9-4c54-98d5-9b7960d294cd
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.393,2fdfabd1-552c-4a95-8a49-3dd1b1d99dd9
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,1392067c-4245-45da-a22c-7d69b580def6
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.393,4a1f7a46-b8d4-419e-a25a-10485ef44578
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.393,8fe366fc-2bd1-4868-931b-ed5e9dda9edd
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,960e3c90-b339-4430-8b40-68e123814d3f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.393,718297c5-4900-4075-9a0f-4337048ec2be
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.393,a2ec23a0-7f5d-4d47-a70b-8a34f3d17036
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.393,d2933745-9570-4d4f-9133-0cfee49af7f4
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,7.203093244673927e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.393,ff12eb6b-ad3d-40e3-aee2-950afcc9a07a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,2e53ef1e-f572-47d1-aa73-590c2599a062
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,f47e99de-21ca-44f0-b30c-fd075a80f08c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.1.2,modeled_data,kg/kWh,CO2e_value:0.667,0fbf1cbc-fa37-49a6-8074-43553c28cc8c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,8db8f8cd-dcb1-4718-8ee2-9b33c25f3eeb
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,bdfcfa4e-36fa-4e59-8489-aef29a6c3e34
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.2.2,modeled_data,kg/kWh,CO2e_value:0.667,3679027f-fd9c-4bab-a61e-2018f7768588
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,d425517e-dbcf-4d75-b7be-2d9c7f11021e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,577bc3a7-d937-446e-9909-412e00994290
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.3.2,modeled_data,kg/kWh,CO2e_value:0.667,aea9c4a8-f851-414f-8973-a5e44dd6e665
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,60e70fbf-b7d3-46ef-babe-ccda81783212
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,c4420f30-5404-4e97-ac68-a29a92486d9e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.4.2,modeled_data,kg/kWh,CO2e_value:0.667,0c4cc072-3534-475b-bb20-59652ad0cf7b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.667,2c1561dc-467a-4a9a-8e57-ca5722bc303e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,86a50932-e666-4171-8123-96e34c6c8606
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.5.2,modeled_data,kg/kWh,CO2e_value:0.667,4d2818bb-549f-4f9b-9658-41a125fae000
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.667,0a792bc2-fc5d-476c-ad0d-81e55ecd0f1d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,e283dbff-6053-4e68-9589-bb0eadfbcac7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,I.6.2,modeled_data,kg/kWh,CO2e_value:0.667,58947048-0fad-41dd-a931-1a7f9ba7cdb7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,40de1b72-9022-4e40-8b03-4b7742a6f1da
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,95238483-93d4-44bf-9bb2-ddee3b659393
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.1.2,modeled_data,kg/kWh,CO2e_value:0.667,faad61d7-6726-4c96-89fd-1aafcc00dbad
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,cf563d9e-c56b-44f5-aa28-55ba195e06b5
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,30e3e3b1-41f1-4338-b78d-0e7f5c42bf19
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.2.2,modeled_data,kg/kWh,CO2e_value:0.667,88a559e5-02a9-4914-8232-b4961040c42e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,47463aea-7ca9-4864-887e-8bfa05984707
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,876e91c4-3198-4a6e-bd98-c94d02cefde4
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.3.2,modeled_data,kg/kWh,CO2e_value:0.667,4e2d8aba-5c13-4c0a-b72d-622653eaf853
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,824d6057-8b61-4f6a-aacd-918a2b4e3c4d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,0221a04d-f2f3-4621-93a6-14ad1280b56b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.5333056159169914,II.4.2,modeled_data,kg/kWh,CO2e_value:0.667,8b9107a4-57d8-4994-9dce-7f9a95ca4e2c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,e27c8ef5-3e51-4526-b950-f24e07d2c9c1
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,88156049-988f-40d0-9293-c0774503fb21
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.1.2,modeled_data,kg/kWh,CO2e_value:0.667,c4f599b2-b22e-4960-b113-334a36736b89
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,50a4523c-75a4-4199-ba13-517bf1ae6440
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,ea458e17-8143-45cd-981a-0fa383dac627
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.2.2,modeled_data,kg/kWh,CO2e_value:0.667,523d7d43-2bf0-4347-9b1a-622d4f4bac35
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,fa8cdae4-a041-46f5-a99e-d1fa35c904aa
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,12fca9e2-8377-41fc-9941-7c92157e394a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.3.2,modeled_data,kg/kWh,CO2e_value:0.667,4198c12f-6d9e-49c9-a8cc-848184904e1f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,87afb246-4e05-44ac-9c2f-cd92373aaf31
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,51cc4312-88ed-4626-8474-f20e3677af11
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.4.2,modeled_data,kg/kWh,CO2e_value:0.667,3f31642f-7018-4688-a8b2-d66af379213e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.667,201d702c-a8d4-4d3a-bae6-efcf66002593
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,86573200-f566-4139-a350-76eff78ce018
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.5.2,modeled_data,kg/kWh,CO2e_value:0.667,c782c7e5-f5d6-4c3c-b943-1e738b26bae4
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.667,9a37ebdd-6b1a-487f-90d9-1f81deda3990
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,98312bc2-e8e0-4242-8b06-bcd3b338ea5a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,I.6.2,modeled_data,kg/kWh,CO2e_value:0.667,79485a55-6386-4f08-bd7c-c6e650fcb251
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,5affeac0-82b0-4ba1-bd8c-69e90ec7be99
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,9ccddbc8-0d6f-4273-baf7-b535f5d7e920
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.1.2,modeled_data,kg/kWh,CO2e_value:0.667,e9398339-35b2-4d4e-bf46-5a11e390130d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,b9913510-99f0-44c8-9669-23b768d5135a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,ec7603c5-5bb5-4928-85f3-ee6baa62cbd3
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.2.2,modeled_data,kg/kWh,CO2e_value:0.667,e94ecbd5-88ea-4b61-880f-99e85ea8ba9c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,917166cd-539d-411f-8b21-3afa1b47d9df
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,b86edcea-08e7-4914-8008-4440cc53ac49
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.3.2,modeled_data,kg/kWh,CO2e_value:0.667,3701112f-1ae5-49cc-8226-25543a1a5b93
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,c27a9cde-fd80-4b56-ba94-a15bd10f32ad
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,75e00819-0f79-472b-a1be-826419bb9ee7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0033555303014911365,II.4.2,modeled_data,kg/kWh,CO2e_value:0.667,96a53821-3c8d-4599-b8b5-ff9975ca7b79
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,d8967aee-775a-4da6-9f7c-452eaaa1411e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,58cf195b-a548-4f99-9250-48e9cfbdd11b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.1.2,modeled_data,kg/kWh,CO2e_value:0.667,156574b2-85ea-45f9-a863-8f927d2c7737
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,f8462b1c-a59f-4f8f-9e42-472909183077
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,55cdd9e5-1780-4b26-9996-834fc02b6f68
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.2.2,modeled_data,kg/kWh,CO2e_value:0.667,f8bf2a53-bb49-43fe-9790-81907c9d62eb
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,5502d153-4a46-45f6-814d-7d8698c4bfa9
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,a7508b01-5934-45a0-88a0-f30f6053d8ae
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.3.2,modeled_data,kg/kWh,CO2e_value:0.667,4fb600fc-c268-4b7c-b46f-5dc17ec52cbb
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,9f582e43-2b41-4abd-9268-b5f73aac2ee2
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,58b91af5-69a6-40f9-a07f-0fcc9d093e22
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.4.2,modeled_data,kg/kWh,CO2e_value:0.667,842bf5f4-d104-4e78-b8dd-06e85db574c8
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.667,4ef6fb75-a5b4-4af3-8ed5-5b687592a8f4
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,20124925-5145-48f3-89eb-1498c2617bf5
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.5.2,modeled_data,kg/kWh,CO2e_value:0.667,c55939bf-01b2-4b33-b968-a50059a55b15
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.667,af8de85a-47a9-4db8-a54f-a553d0dca564
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,20d605f7-8dd5-4626-8321-fc84e5b1d313
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,I.6.2,modeled_data,kg/kWh,CO2e_value:0.667,fb0a46b0-815c-4f50-9a88-720f8a796c2b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.667,e1c5e94d-37d3-4300-a17d-e73a9a13ffec
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,5f767feb-2b3f-4d66-a4f3-5b76a222d6e2
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.1.2,modeled_data,kg/kWh,CO2e_value:0.667,79b208c3-68a3-4a89-85e6-c5d19ee6d91f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.667,12423181-33b4-4530-83ae-dd73e6574f67
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,67f17f91-cadc-4960-b4e1-b7e0988d6b86
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.2.2,modeled_data,kg/kWh,CO2e_value:0.667,354d0f1b-4e82-4f6a-bea8-7f22bfbc10d1
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.667,9684a014-2383-4706-b6c4-4aeee683d9ee
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,298459f1-e5eb-4a1f-8720-fe8629b44738
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.3.2,modeled_data,kg/kWh,CO2e_value:0.667,af010ded-14aa-4843-801b-c1443d03d363
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.667,aecbf7bc-8f05-4ee3-9d8a-6269b94205af
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.667,14148bff-3c5b-42b7-a15c-e406330c0eeb
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,0.00012209377653777276,II.4.2,modeled_data,kg/kWh,CO2e_value:0.667,24439892-1e59-4664-b11f-859f5e7202a6
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,24bc8fb0-d905-4319-8ba7-d68992c83271
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a3d10a4f-1e67-474e-95b5-3cdf826021d6
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.1.2,modeled_data,kg/kWh,CO2e_value:0.02,8a77841c-c954-403a-8913-aada266acb7b
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,46bc7f02-794a-4284-82f0-429204f87f9f
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,8dcbdd44-3953-498b-b50c-a67374d5f876
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.2.2,modeled_data,kg/kWh,CO2e_value:0.02,6cf18698-aa20-4631-bbca-d7540bca1cf7
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,ce25ce10-dd82-4e1e-bd4e-21cc846f61cb
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e0205fcb-dcc2-41cb-9399-afcab29656ab
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.3.2,modeled_data,kg/kWh,CO2e_value:0.02,f5c7c0fb-04f8-495a-ba79-86109be6edf5
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,9aa2d8e3-a040-4c66-b8fe-1f5cbba937f4
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,92174e63-e31c-478d-976c-49d61956fd94
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.4.2,modeled_data,kg/kWh,CO2e_value:0.02,4cc6dd0f-b883-48f8-a6f6-92b2c81b520a
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.02,5c644651-6520-4201-a886-5f4596dc4c3d
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,c532cf65-64cd-492c-93d7-58f17cb97d3b
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.5.2,modeled_data,kg/kWh,CO2e_value:0.02,08a0b8f2-ecbb-4f8a-8d03-7b801441a87d
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.02,e9f20522-4b9b-4b2e-b540-1d419d09c279
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,9ee44769-f9d8-42d7-b99c-50c3aa018b2c
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,I.6.2,modeled_data,kg/kWh,CO2e_value:0.02,c446c0b7-ad71-42c2-9684-b687b0ef7cf3
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,3d350a9e-7942-4775-b7b7-5ec9da65ba9f
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,f794ba55-eb22-4ad0-938e-1325924dc8cf
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.1.2,modeled_data,kg/kWh,CO2e_value:0.02,40306f6f-995e-461e-bdf6-a0dd3a8860ae
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,99e7f06a-cc6d-4119-bc49-bb2c1a720fa1
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,114b639e-6f12-4efb-b74c-69610bd9109b
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.2.2,modeled_data,kg/kWh,CO2e_value:0.02,6ee4f69f-e508-484a-9f56-6e3175f20c05
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,92876308-e2c3-4976-9f1b-ad4be11aa445
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,2fd499cd-12ad-48d9-8bc6-8c8f4887e602
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.3.2,modeled_data,kg/kWh,CO2e_value:0.02,c3acd27f-2556-43ea-8970-cf4b1f4beb93
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,12eaa363-fbf1-41dd-ace7-d29d46f17c78
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1fa85ce4-4baf-4e26-8d24-84a6c41e7f3e
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.01624965116220106,II.4.2,modeled_data,kg/kWh,CO2e_value:0.02,ddd26dbd-d275-4d31-9584-ddef4c5ec5e8
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,6ad50568-f252-4397-ac0a-a158a6539892
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,36212e02-10aa-4dbf-853a-e30745181b03
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.1.2,modeled_data,kg/kWh,CO2e_value:0.02,11525503-7493-4c80-b7fe-34ed26646dd5
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,f452b656-4710-4c9c-9dd9-39b43de70fa2
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,49654806-6adc-4f5f-93b4-261d8b3bc692
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.2.2,modeled_data,kg/kWh,CO2e_value:0.02,02c6fafe-31c6-4e19-8f5d-323714f63108
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,584cc5de-10d7-4911-bdc5-56ab33df7816
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,6b5176f7-0de9-4186-b1a9-15aec1328173
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.3.2,modeled_data,kg/kWh,CO2e_value:0.02,fcbd9677-64ca-4407-a61f-216c2cdeedb2
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,6e3fbc99-f00b-4c52-ac68-2fe7f91dd775
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,593e84bd-85ff-454e-bf22-28e1a1e69da6
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.4.2,modeled_data,kg/kWh,CO2e_value:0.02,5463f710-3f3f-4c4a-bb4c-bad32a0fa61d
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.02,a5ccae07-1e43-4086-84cf-a95a859b5d96
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,46472f80-f2ef-448c-9dd6-aad62607a934
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.5.2,modeled_data,kg/kWh,CO2e_value:0.02,3da0c75a-3696-45e3-ae7b-11fb03856e49
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.02,3890be05-5280-4878-941b-895dcfb5e275
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,29aa8ffd-b610-492e-823f-eaa23a686697
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,I.6.2,modeled_data,kg/kWh,CO2e_value:0.02,994b7a6f-fc00-4e14-8889-7854a1de7e9b
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,7f24cc2e-b614-4314-bc32-4fbf93d7e203
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e4b34390-b83b-48e3-ba65-bb776de7f0d0
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.1.2,modeled_data,kg/kWh,CO2e_value:0.02,2851f172-3799-4faf-af97-6439ac8d8a4e
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,a59a636c-f2b9-461e-a265-33648ce67c75
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b07dd7d4-2aef-4ab0-a022-859c903af1f2
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.2.2,modeled_data,kg/kWh,CO2e_value:0.02,9f1049be-31ed-45a4-b4cb-a27996d2b3ff
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,3d61c84d-f6f9-43e0-b0b0-7c11d7fe6462
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,669556a3-a2a2-47b9-8ef0-990c0144fed5
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.3.2,modeled_data,kg/kWh,CO2e_value:0.02,dff26561-4295-4a71-b26d-02bfec5e0569
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,ce7afbd2-5425-4f4c-88c4-5d064d4edd1b
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a8be05a5-073b-4370-930d-5671ff5c995d
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,0.00010224193264807711,II.4.2,modeled_data,kg/kWh,CO2e_value:0.02,a0d74281-1355-433d-b05c-096d2c5e5f2f
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,ce6021f4-db43-4eb6-bda7-fff16ff3c91e
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,2d1031cf-a41a-4f79-a2a8-568a0b3d75ee
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.02,1e7a04e6-d92c-4234-b422-a8a2cdfff84a
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,8d150aa2-d49a-4cbb-b520-397e62894f0f
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,59a842c2-b7c9-4381-bb9b-3d9d02f63348
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.02,b8d177e1-8b97-4cf8-ab55-ee6772413a8e
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,ab2fab1c-104b-489c-9072-bc6cbf63db73
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,8ad997b0-5537-48c2-8ebc-7f6d1174a4fb
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.02,ec7cc8ab-a1cf-4d24-91df-8cb3d6430272
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,32e46b3b-c37d-41cf-8f7d-558ced3502ac
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,41d2013a-3ae0-4649-b3d6-f990028dc74f
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.02,daf729eb-3ab6-4bc7-aac3-283b5974eadb
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.02,d2bfcc91-6c32-4ee0-a020-68ca17d4dc54
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,412fab42-3cf5-4891-bc34-0f344001b412
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.02,f9477f38-16ff-4651-9f90-905e51a10092
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.02,b97aa784-aabf-453f-b0da-a91783d2dae3
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,2826826b-cc37-43ad-bb5f-1e849037c242
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.02,2b9dce9b-2b36-4c5e-ab2c-cf408957ef63
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,1bd23b57-764c-4fe5-8acb-bc32fd37da5b
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,45f82938-37e0-4ff0-b93c-f24d8815bd22
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.02,7798f17b-89c1-43a7-8cc8-7a64b03f5230
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,5f718a2a-e7b4-4fea-b504-9133ddce712d
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,5bf88fd9-17e7-46e7-9186-6364f9beb36e
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.02,a8d19ec0-0778-4c75-bddd-4953c72b954d
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,e6c6e9ad-b681-4bd2-97c5-02bd3a0eeb75
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1ad27814-e4f1-4217-bc8a-660305905ec3
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.02,270c8034-a70c-44fd-a19c-a3ede5db9cd9
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,091ca90f-6e33-46fd-81b9-e933949721ae
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,15a6d9f3-52c2-40be-b8e4-ba477a56f55b
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,3.7201582331046378e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.02,5dbcd98d-f62b-403b-9380-dc1b110b4bdd
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.183,122c3ef5-54b8-4278-982d-21741b653da9
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,a1996247-d02f-439b-a508-efae488fb64f
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.1.2,modeled_data,kg/kWh,CO2e_value:0.183,688d500d-c5ee-4bec-8d9b-5040c3671ac6
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.183,3f32b6d6-424b-423d-989e-2c13c102250f
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,02ec8611-7e40-4291-aa27-b87b19f33e9a
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.2.2,modeled_data,kg/kWh,CO2e_value:0.183,c1c44550-d97d-4da7-9264-071db74a210d
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.183,54cd6d9c-b7fe-4c15-98c2-3af0f8be605f
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,7bbb243a-8525-439d-9c54-949d3cbfeeaf
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.3.2,modeled_data,kg/kWh,CO2e_value:0.183,6a8e6286-bb5a-4959-80f0-418cff91a0aa
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.183,49e100ac-2404-4d76-aebf-dec1afaebcf4
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,03ebe861-f83c-4bdd-b36c-d62b5aef03c3
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.4.2,modeled_data,kg/kWh,CO2e_value:0.183,43f0e4c1-339d-4133-9110-5c1f000608d1
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.183,50d7923b-6828-4c81-9193-568e73d45569
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,5bd01b45-6b74-49ed-9603-21fa01628add
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.5.2,modeled_data,kg/kWh,CO2e_value:0.183,5b8f9caa-7a38-4f1e-be99-0b2c6026dcef
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.183,be45347e-ce7a-40ef-89b0-d362092c76bd
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,009c82f3-275d-409b-a850-cbb7d93bbee9
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,I.6.2,modeled_data,kg/kWh,CO2e_value:0.183,f2b05929-2a2c-4995-9dc6-61fff8a2c31e
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.183,3c353d85-aade-4468-82ba-6859067cda10
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,52fae7a3-ec64-4911-86d6-6f8e4d536854
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.1.2,modeled_data,kg/kWh,CO2e_value:0.183,a9587558-18ef-474a-b9be-cf54b8b231b6
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.183,22426517-745b-4de2-80c8-6370f7b395ca
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,6ad6bb35-52fe-4cde-908c-2b8f79020a30
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.2.2,modeled_data,kg/kWh,CO2e_value:0.183,b787753d-a51f-4819-89fe-d31ff1cd32cb
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.183,4c126ae4-187d-48e5-ad76-d5deccfd9284
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,5123d88d-378e-40d4-8d93-c407b57b1f61
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.3.2,modeled_data,kg/kWh,CO2e_value:0.183,5a5dec4b-7134-4782-9d7c-902690576b8f
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.183,7bec69bf-c730-4653-87b6-15d1cd8271ae
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,b75b28b1-6402-4eae-895c-efc33121156a
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.14640663957804612,II.4.2,modeled_data,kg/kWh,CO2e_value:0.183,08d1fb9e-1314-4efe-9738-8495f170f98a
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.183,26f755ef-290e-43e5-a5ef-4b536761603e
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,e7568548-2a9c-4e7e-bcb6-90c1e9c72bab
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.1.2,modeled_data,kg/kWh,CO2e_value:0.183,f18aa777-c1a5-4b42-9c5d-f6b9f6ebb6a6
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.183,37b4b406-5db0-409b-b4de-16225a67bc96
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,a76e0dfc-4c39-44f8-aa11-ed78dd912e63
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.2.2,modeled_data,kg/kWh,CO2e_value:0.183,950ac4f8-941c-4877-bce7-93b39417cd52
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.183,98c1f8ef-e9ca-4e1c-94e3-2d59ad60b57a
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,4a621269-5037-4af7-89ab-0c77266e2ac9
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.3.2,modeled_data,kg/kWh,CO2e_value:0.183,e1d301c4-1ea2-4d82-9c0c-e5a153228406
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.183,a559af3c-1c0d-44fb-86e2-5269802aa99d
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,4accc9af-8519-4ccd-aa6e-ebd4b41f0f2b
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.4.2,modeled_data,kg/kWh,CO2e_value:0.183,5439129c-099d-4430-bf58-63ae7a7dee1f
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.183,75da37e4-3b80-44ba-a05d-8df4e0434e9b
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,b2eaedc0-831c-49c6-9cac-873d1bf9cab7
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.5.2,modeled_data,kg/kWh,CO2e_value:0.183,d8e62602-9345-482c-8dde-9cde09ff6319
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.183,57048b1f-7559-417f-a2cd-6bb37cce8045
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,35d48bd8-0f55-4c77-978d-2ea31070d27e
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,I.6.2,modeled_data,kg/kWh,CO2e_value:0.183,210ca59c-02d7-4e9e-b465-159237c1cd09
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.183,0c1287ba-931f-481c-bda4-486805592c0a
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,2879806e-07ee-4545-8388-e8647583d194
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.1.2,modeled_data,kg/kWh,CO2e_value:0.183,6914c3da-c257-4855-ad56-0691370f52ca
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.183,e72fae93-1714-4845-b0b4-25bff1c8c53e
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,73d81343-9cdc-4abf-8f77-469f5db65423
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.2.2,modeled_data,kg/kWh,CO2e_value:0.183,5bbb7398-f5c8-4175-b976-f86989e9a2e6
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.183,0522587a-6554-42ca-9ce2-8d7a61b3928a
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,b82ce20e-b2ca-49b3-a7c5-066b1fdacf64
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.3.2,modeled_data,kg/kWh,CO2e_value:0.183,ffa28361-f484-4154-88ca-379329f380d3
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.183,9e6db92c-a799-4d50-9cea-f48bd47c10ac
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,8f618e91-1160-440f-8b1e-2d7c67f9eb37
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.0009211827154658942,II.4.2,modeled_data,kg/kWh,CO2e_value:0.183,67b2ed04-96bc-4bec-a66d-05e9877087f7
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.183,372e66c7-c57d-47df-ac59-e7ca07b945b5
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,f821f406-c99d-4c4c-a41c-2cf4a15351c8
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.183,80f03673-a7ca-43cc-b1ba-3162ac919881
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.183,a139c0da-4753-46fc-b8b9-149c39508d98
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,d9fb3a64-e8ef-4b12-b28a-90e6b64b193b
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.183,503d4df8-de77-47f9-9e0a-dc740fe9caa6
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.183,9c09b614-0ff2-47a7-b69a-9f7d5cd4086b
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,f13498e4-65f0-4933-8455-fc2587c83b5b
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.183,ea9a442a-71d4-4e01-9b76-3bfeed46bac5
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.183,de683f7e-442d-4c5a-aded-d352cf2584fd
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,8ac71d5c-d4c2-4a1a-b497-05731834cea6
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.183,d6b7d533-b27b-444c-9f81-41252e20cf18
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.183,a53c4826-0ede-479d-a8d3-ad331af0f53d
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,50eacd8a-d4fc-44ca-ba6f-8d237f20b7b4
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.183,8778e617-0906-4cc8-b953-e0785a36688d
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.183,b3627a78-a786-448c-8a1c-6eaa691d22c1
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,832e8e57-dd1a-48a8-980f-16675afca28b
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.183,f9201762-0ec4-4620-a7a5-f2bda3a920df
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.183,65cc4c00-d8f7-4657-b2e9-a9aa211238b4
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,734168d7-54e5-43ed-a4d5-049bf1fc94d1
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.183,8382ca4f-a781-48d1-a754-6e9008dd6f37
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.183,61f546dd-8824-41c6-8902-205e49c2f8bb
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,1080d3de-c975-4af0-8040-eb37757ed46e
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.183,70d39979-41bf-4be0-b94c-a99aff5f98bd
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.183,fd30c540-da1a-47eb-a4ad-ce2f87fccd51
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,ccb015b5-0712-4e32-8c07-e8a361f562c3
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.183,6450dc65-dd83-49bb-953b-3f113fc65c33
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.183,f7329c60-2be0-4963-b6d7-40dbfa316672
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.183,378ef203-5c5a-496d-924f-4a5c70749d28
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.35180035664025e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.183,2b18ce08-6c8b-4f24-9409-3eadbdc27e65
+AE,United Arab Emirates,2022,,CO2,0.32328,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.404,5aad0834-d847-446e-8a00-5c145f4f0d89
+AE,United Arab Emirates,2022,,CO2,0.32328,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,a287d3df-9c3f-437d-b1b6-b46b1015b146
+AE,United Arab Emirates,2022,,CO2,0.32328,I.1.2,modeled_data,kg/kWh,CO2e_value:0.404,81a4ace0-4346-4068-9b68-433503a76261
+AE,United Arab Emirates,2022,,CO2,0.32328,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.404,17ef2df5-ceaf-4f91-9b9f-f010ee8c5b59
+AE,United Arab Emirates,2022,,CO2,0.32328,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,574f26eb-8f7a-4a61-92f4-f0281f781bf4
+AE,United Arab Emirates,2022,,CO2,0.32328,I.2.2,modeled_data,kg/kWh,CO2e_value:0.404,977de002-1180-40f4-b22c-0e3e73859b84
+AE,United Arab Emirates,2022,,CO2,0.32328,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.404,5d80012e-3914-4281-ae49-7a62cc9edc12
+AE,United Arab Emirates,2022,,CO2,0.32328,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,13c9021d-5633-4a9c-9844-575989cc6711
+AE,United Arab Emirates,2022,,CO2,0.32328,I.3.2,modeled_data,kg/kWh,CO2e_value:0.404,8ac315df-3455-47ec-a9e2-f8b4b4613169
+AE,United Arab Emirates,2022,,CO2,0.32328,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.404,0fd92891-b611-4237-86b1-e413915ceb1c
+AE,United Arab Emirates,2022,,CO2,0.32328,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,9c19713a-a188-44be-827a-336b3ad57692
+AE,United Arab Emirates,2022,,CO2,0.32328,I.4.2,modeled_data,kg/kWh,CO2e_value:0.404,0c0eeb0c-e4f9-40ab-b3a9-ac6a0348578b
+AE,United Arab Emirates,2022,,CO2,0.32328,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.404,e1830e14-79ac-4d5a-89b1-89d7d1d64251
+AE,United Arab Emirates,2022,,CO2,0.32328,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,40a87798-b1a1-415d-8c9c-e8fb7e62f93a
+AE,United Arab Emirates,2022,,CO2,0.32328,I.5.2,modeled_data,kg/kWh,CO2e_value:0.404,bd366f41-80eb-4800-bbb2-46542a1f73f0
+AE,United Arab Emirates,2022,,CO2,0.32328,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.404,3b2a1858-16e8-470f-b986-ae92522ab9fc
+AE,United Arab Emirates,2022,,CO2,0.32328,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,3bd7a233-63ad-422b-9a8d-ac45271e47dc
+AE,United Arab Emirates,2022,,CO2,0.32328,I.6.2,modeled_data,kg/kWh,CO2e_value:0.404,f2a3479c-340a-40d0-ba71-c6deb94fb4de
+AE,United Arab Emirates,2022,,CO2,0.32328,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.404,9730bb98-347b-41b5-8c5f-3dd53bfe1650
+AE,United Arab Emirates,2022,,CO2,0.32328,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,87013e08-72fa-4d0a-99d3-f76e675e5284
+AE,United Arab Emirates,2022,,CO2,0.32328,II.1.2,modeled_data,kg/kWh,CO2e_value:0.404,18fad55d-aa82-4206-9edf-835a2547965e
+AE,United Arab Emirates,2022,,CO2,0.32328,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.404,f27a3403-ebc5-46da-8a12-9b7796116d2b
+AE,United Arab Emirates,2022,,CO2,0.32328,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,e7bda136-5c3c-4c01-8005-5a9c5179ef92
+AE,United Arab Emirates,2022,,CO2,0.32328,II.2.2,modeled_data,kg/kWh,CO2e_value:0.404,c45aca5e-cd1f-49d9-aea9-ca5527465982
+AE,United Arab Emirates,2022,,CO2,0.32328,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.404,ea9875fb-88a6-4cad-960a-df75420fffab
+AE,United Arab Emirates,2022,,CO2,0.32328,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,cb98e872-b397-41f2-82cc-52d21c75a3d1
+AE,United Arab Emirates,2022,,CO2,0.32328,II.3.2,modeled_data,kg/kWh,CO2e_value:0.404,ee510169-d6e1-4563-b4f7-57537c09d99e
+AE,United Arab Emirates,2022,,CO2,0.32328,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.404,fe5484be-0dae-48ab-b907-29993c4c3b71
+AE,United Arab Emirates,2022,,CO2,0.32328,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,7c08d742-954d-4278-902a-b2e48f9225dd
+AE,United Arab Emirates,2022,,CO2,0.32328,II.4.2,modeled_data,kg/kWh,CO2e_value:0.404,1a853daa-25b1-41d7-846b-a20b05b2764c
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.404,567daa3d-ddac-4935-ba78-03190573cbf9
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,e801f1e3-a475-464d-9020-3ee98c732b49
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.1.2,modeled_data,kg/kWh,CO2e_value:0.404,31c1640a-50e6-4489-ab2a-12c4b93773a9
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.404,f23e55e3-7187-4851-add3-8b4d62203d41
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,416a629b-9e91-4448-9d3f-b6969420b0a8
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.2.2,modeled_data,kg/kWh,CO2e_value:0.404,e0145ec0-18c9-45ad-8076-619da583b737
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.404,dc35f93f-5ace-4b28-a45f-e1f5012dd167
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,90efbd38-78b2-490d-b1a5-60f5cc46d91e
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.3.2,modeled_data,kg/kWh,CO2e_value:0.404,c88d2334-5c91-4f4f-ba37-2ce90cd78aec
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.404,23693155-ef42-42c3-bebb-ff437806ae9d
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,06cc3c75-0181-4ecd-a4f1-ce7978e18db4
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.4.2,modeled_data,kg/kWh,CO2e_value:0.404,11eb1b20-662f-47e8-8972-c69b9bbd2e1a
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.404,9917eba2-1f30-4447-9fc7-3812ff831bf5
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,2878e15a-84b4-41fb-a2cd-2d135f3b194b
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.5.2,modeled_data,kg/kWh,CO2e_value:0.404,dd351644-3213-4174-adfe-f185754eee2c
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.404,a22ccf9a-05d6-4747-bafa-bf15101326fd
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,84b3c6a6-92f6-4cd4-9a83-b04c98971879
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,I.6.2,modeled_data,kg/kWh,CO2e_value:0.404,b63ae3d5-963e-450b-8c02-4804414203d9
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.404,9b1a397e-6bc2-4086-a703-94b0c1e5dfcf
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,f66cf945-9da5-4d53-bb16-44be6cd12906
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.1.2,modeled_data,kg/kWh,CO2e_value:0.404,f5655c75-a2f0-4505-a019-63fe9147798c
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.404,07906cf4-b3c4-43d9-a7cb-3b576e78fe4a
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,9f9adf3f-e8d6-4554-8a0e-d86c687c5554
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.2.2,modeled_data,kg/kWh,CO2e_value:0.404,7f57f020-efab-41a5-87ec-98a98cfd1365
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.404,100d2365-5731-4271-bd34-2524e6bf76c8
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,7c1adccc-8439-434d-a035-b23b8234ed8a
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.3.2,modeled_data,kg/kWh,CO2e_value:0.404,03e2f944-665c-4b1e-a481-8d445f327d48
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.404,4e78801d-60dd-409a-9073-d1e9c273d1f8
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,7ef3aeb7-0297-4bc1-8fa6-e6ddfa633115
+AE,United Arab Emirates,2022,,CH4,0.002034060402684564,II.4.2,modeled_data,kg/kWh,CO2e_value:0.404,6ed9a17e-93d1-4f07-aa98-2c0a580804b6
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.404,86548ee5-1aae-46e2-99ab-a5e938ebe722
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,563edcb4-7d13-4e65-a7f7-f05e313b940b
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.404,923d493f-0023-49a7-85c6-b3b3ddb0209c
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.404,ffb3aba0-84b3-478f-b9a3-e054d2bac4b0
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,a68c0294-18dc-4a15-962c-5455cecce80d
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.404,6ee81549-6c57-438b-8451-1c3cd0e35300
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.404,de33849d-fd17-41d4-b808-479a706dea92
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,07b33333-d9d7-4d19-8eb4-adf027609512
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.404,e019e00c-538c-4532-90f1-9522e9bd42fc
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.404,c9f7a465-2863-4128-b3ef-12143dee6993
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,7d55758d-4186-4c06-892c-3cf75acce5df
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.404,887c6918-30dc-4eeb-a5ec-edf453b12c96
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.404,2c5e0085-8a3f-418a-afe7-793984ca6ae8
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,d273e57f-95b5-41c1-889d-49c45cbf9c0d
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.404,f443deb9-1d67-493f-bed9-5d2a46258513
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.404,483a5aa8-3ffd-4dc1-83a3-aef1a9f19789
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,fff2909b-9e2a-48cf-9937-b4d98cf47e16
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.404,624bc4ba-f227-48b4-8f73-389082119c84
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.404,504babdc-b06f-4348-80b1-ff8213acd1a4
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,220bd66b-eb7b-489f-bc05-74dec2c8f492
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.404,bd6312c2-a22f-46a7-b888-2d3dba0a90f1
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.404,9fb49bfb-dcd1-4c5e-831f-cbbb8fa3c818
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,05382180-e85c-41a0-9332-dc7d342b9a33
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.404,0e211bed-7f30-46b3-b78a-59366af56214
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.404,42a1eb11-44e1-461e-871e-f0a82f32d8e6
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,691d062a-fad0-4a3a-95d0-d612821860fc
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.404,0bdec088-2e7a-4e92-8a62-46db3acf6cb6
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.404,be7631f0-3aaf-460a-a514-aa6148d383db
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.404,fc781cef-b4f2-461f-a527-87200b5d5ee0
+AE,United Arab Emirates,2022,,N2O,7.401098901098901e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.404,908d48be-a3a5-49fd-b8bc-43b0d0f2f1cb
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,974804ad-7595-40f9-9a60-e41cadb2e4d4
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,20d98065-1af7-4617-b7b9-f5599b81d901
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.1.2,modeled_data,kg/kWh,CO2e_value:0.207,909a30a4-20a2-43ca-b797-df14befc69c3
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,0b0bf995-ba45-4f48-8c3b-a09aa101f7bc
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,4e2a8d38-b793-4f94-93e5-3cc61d93857b
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.2.2,modeled_data,kg/kWh,CO2e_value:0.207,804a80b4-4a30-4287-924d-7d254848d952
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,a4f646dc-bccc-4c15-992e-0a0bb04398a0
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,54679d62-3ce8-49f2-90db-7cb7e131d1ff
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.3.2,modeled_data,kg/kWh,CO2e_value:0.207,b1d429ee-0e91-4434-a7a7-c2df931d6957
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,d6a8d66c-8910-4edf-9dbd-eadf4da0b108
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,2daa39fe-621e-4810-b27a-b77ae8577402
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.4.2,modeled_data,kg/kWh,CO2e_value:0.207,d3c15198-c6eb-49a7-aa8c-b0a202c8f1c4
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.207,44fbbf02-f61b-4038-9245-9c5dbf8edf71
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,4d95ac42-13b1-4a17-b72b-0e5e78c92290
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.5.2,modeled_data,kg/kWh,CO2e_value:0.207,0aa8395e-97fa-4e34-a932-e214fddbf8ea
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.207,3e5fa5b3-aa41-4bd4-a34f-32106a590f07
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,717999c3-b435-415d-9bf4-1f8b04c06a2c
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,I.6.2,modeled_data,kg/kWh,CO2e_value:0.207,fb36b5d5-d19a-474a-83cc-56e897ab4c2e
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,953d6929-4e1c-4a17-98d5-e5f90e3a6653
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,134c08f3-578c-444e-8d42-c0f1c135bf29
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.1.2,modeled_data,kg/kWh,CO2e_value:0.207,60374551-c5f0-4a54-b136-953c4c8985e4
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,b8eb45c5-a6d0-443d-9d00-a3e0fdd511d5
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,23594b27-de66-4b0c-8566-f1027b6ea404
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.2.2,modeled_data,kg/kWh,CO2e_value:0.207,b4d80ffc-98b4-49f7-9242-7c8517d90517
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,0d25d7be-2333-41d9-8a2b-3dc3eb3e51b3
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,b20df1f3-71e1-444b-839d-245ca729b13d
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.3.2,modeled_data,kg/kWh,CO2e_value:0.207,a43cedb1-419b-46e8-8cd7-09ef2e1f9f80
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,6339f0ac-1f67-4705-bf06-c148bf87cc2b
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,5c59e5a8-88f5-419c-bce8-35967303d20b
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.16565943087248322,II.4.2,modeled_data,kg/kWh,CO2e_value:0.207,b9b82283-8d35-41c6-8913-f1610a570b04
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,2e7045a2-f06b-4d06-874e-ff7f26389213
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,86d18a1b-a8b9-465b-ab11-742672275353
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.1.2,modeled_data,kg/kWh,CO2e_value:0.207,4ba86f33-312c-49f5-8e3a-306af20bbe73
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,3f1baf61-1542-44da-9221-808bde7eb6d6
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,b57d2e19-8aa6-43db-9b02-984724423119
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.2.2,modeled_data,kg/kWh,CO2e_value:0.207,99e10334-a8df-4500-9688-a392ff810c47
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,c855cdfe-976c-420c-83c5-3081e95b2a9e
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,b9f08694-6fa1-40fe-a21a-83348a464a14
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.3.2,modeled_data,kg/kWh,CO2e_value:0.207,71736760-d355-4535-b3f6-3ebe41256609
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,72add0d4-f5cd-47ab-a2a1-dd7000c5db28
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,2dee2e4f-ea40-49fe-8542-cd28eee4fa31
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.4.2,modeled_data,kg/kWh,CO2e_value:0.207,bedcc86d-cebd-4474-8572-5b417e1b7561
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.207,49324a73-a053-4db9-b5c8-01a1ed2ae0fe
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,9727bc03-5960-432b-bdab-81c8db233ec4
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.5.2,modeled_data,kg/kWh,CO2e_value:0.207,df1b7413-1ba5-4487-b367-09970c859b75
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.207,37177039-c8d3-45c1-a67f-c424abfad44d
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,15812812-02c3-48ef-ade0-ce2cf4161a38
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,I.6.2,modeled_data,kg/kWh,CO2e_value:0.207,c25c37ae-e66a-4486-964b-061e1179bd63
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,f103370e-03bd-4144-aff9-57486b8753de
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,67eb8b1a-6254-4dca-8ba8-a1aee0997d4b
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.1.2,modeled_data,kg/kWh,CO2e_value:0.207,83c74e18-881a-4c8e-9886-ad136d9081a6
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,c8d4f01c-cfb0-4b05-a6a1-9978bd1bd97f
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,2804c15e-3115-4266-b2b6-9e5474564741
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.2.2,modeled_data,kg/kWh,CO2e_value:0.207,30716cc2-e793-42c7-baab-f06739180fe6
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,006ff4b2-61d4-4061-a6b3-fcf13ed3cf51
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,7e862cd6-4f91-4bd6-8f8d-16aac4a19d5f
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.3.2,modeled_data,kg/kWh,CO2e_value:0.207,5989bc7f-a100-4d03-a4e6-f9bca41f2e7a
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,bd070d31-cd07-4027-87e6-54427324e2c2
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,8f243bc9-f94b-4537-ad56-96e9c8653bb4
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0010423202445835771,II.4.2,modeled_data,kg/kWh,CO2e_value:0.207,8123752a-1142-4334-9139-3ee211a60875
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,0c91c4ad-1537-4755-8c66-ae7fad5c0a41
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,68438831-f35e-4569-97dd-55fc9d249a27
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.207,c7341482-5a4e-48cd-8ea0-7d47f40fc45a
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,6836de64-de61-44e6-b6ef-66d9e196eb12
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,e9713a06-ed22-44c3-ac94-9b596807dc27
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.207,39c135bd-9586-4654-b635-d99e6557d33d
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,bdb21e53-960e-4983-abf6-a299f79ad21c
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,f12c8930-7581-4a82-ade5-1d57f0dd0719
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.207,f43b1428-bc86-4904-816b-111268de1e48
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,653f2378-d0cf-4f88-a81d-686d5a5778e2
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,d5bf9d48-e429-46f8-b8c3-11d4b7dbbc21
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.207,f2b933e5-0794-48f6-b790-142d6b01fe82
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.207,17e9c19e-1fd6-4776-b8e0-301e664fcfa8
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,ac1a25f3-0f63-49bb-9c0d-a592215184cf
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.207,1361a329-8f86-4a8e-908e-d6332ab40cd0
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.207,6e83d45e-5d15-4219-94ed-aafb7ed86365
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,6629d0a0-0c5d-4929-9b57-74165e4d55c1
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.207,a238e175-39d3-46ef-968b-5f00006dac63
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,da97d7ab-4ea7-4e6c-999d-cb7fbd09dfb6
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,b619ec1c-57fe-4c1e-b799-eaa98c27cbbc
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.207,1b53b3da-feda-4c7a-9037-cb4a2d356304
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,65608262-78db-4041-92f5-ccfb83245339
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,733b44cf-55a2-4ab2-920d-f9d03880ce68
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.207,659bff3b-dc65-4674-b850-42f39c95c95e
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,92f56e56-1f11-40c5-93a8-82a3cb4496f0
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,119876f9-25eb-4420-8f25-ddb2096a59b2
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.207,91dcc734-5f2d-4a57-99bf-c1371a6ad3c0
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,100f1276-d7ea-4aca-b674-2f1dc3161b19
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,ac64b501-9496-43ef-8f4b-bee990bb078b
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.792569388106301e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.207,bc54c481-cd37-4330-9e6c-42ea763b9355
+US,United States,2021,,CO2,0.3109930146058242,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.389,2e69d0f5-b658-4fdf-8d82-34a8aa642b68
+US,United States,2021,,CO2,0.3109930146058242,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,7a1f3e27-d7be-4ee3-bfba-85d7dd6cb8ac
+US,United States,2021,,CO2,0.3109930146058242,I.1.2,modeled_data,kg/kWh,CO2e_value:0.389,9ea2e098-e8e6-4f4b-a044-1ec2092800cd
+US,United States,2021,,CO2,0.3109930146058242,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.389,f68caf33-f09a-43d1-ad21-017f716d268e
+US,United States,2021,,CO2,0.3109930146058242,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,7b6c1b0b-6251-4115-894f-a210e9493e5e
+US,United States,2021,,CO2,0.3109930146058242,I.2.2,modeled_data,kg/kWh,CO2e_value:0.389,51e72372-976b-43a3-b74c-51e7097fa5d4
+US,United States,2021,,CO2,0.3109930146058242,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.389,4dddb6dc-c95e-4c30-b4d3-200a72feb664
+US,United States,2021,,CO2,0.3109930146058242,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,ce238e9d-c82b-4f46-8874-8adbe2e724b8
+US,United States,2021,,CO2,0.3109930146058242,I.3.2,modeled_data,kg/kWh,CO2e_value:0.389,ed12a254-a66a-46fd-af5a-a05562b39a7f
+US,United States,2021,,CO2,0.3109930146058242,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.389,dbb4c978-7b21-4e08-8124-0bfc3e9dcf28
+US,United States,2021,,CO2,0.3109930146058242,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,93bb4651-ddb5-42ce-81b6-90a181b82260
+US,United States,2021,,CO2,0.3109930146058242,I.4.2,modeled_data,kg/kWh,CO2e_value:0.389,1d5d5872-ae28-4a7d-823b-dba64efc7631
+US,United States,2021,,CO2,0.3109930146058242,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.389,6141bee3-73ec-4fd7-9462-70e03405d102
+US,United States,2021,,CO2,0.3109930146058242,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,b89c07b6-179b-419c-bca5-e1efd4155b1f
+US,United States,2021,,CO2,0.3109930146058242,I.5.2,modeled_data,kg/kWh,CO2e_value:0.389,f586dc59-bbd8-41cd-9a60-9771aed9b808
+US,United States,2021,,CO2,0.3109930146058242,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.389,7ff8f255-c8dc-447e-a74d-95785d3592cd
+US,United States,2021,,CO2,0.3109930146058242,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,84f6f78c-3e69-4750-8e28-8d8a93f13d5a
+US,United States,2021,,CO2,0.3109930146058242,I.6.2,modeled_data,kg/kWh,CO2e_value:0.389,32d8988c-b5fc-48bb-bdd7-560cfe711244
+US,United States,2021,,CO2,0.3109930146058242,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.389,b6ff24a0-d013-4c57-a570-d0b085a06689
+US,United States,2021,,CO2,0.3109930146058242,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,27520c0b-9f03-483d-8e95-ed2420e87813
+US,United States,2021,,CO2,0.3109930146058242,II.1.2,modeled_data,kg/kWh,CO2e_value:0.389,a3766504-8c6c-4648-8924-ab92cf0569b8
+US,United States,2021,,CO2,0.3109930146058242,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.389,f3facfee-92ca-429a-8c64-b1ddc4910925
+US,United States,2021,,CO2,0.3109930146058242,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,dd81acd0-eb80-4f9b-b9df-177861ca0a04
+US,United States,2021,,CO2,0.3109930146058242,II.2.2,modeled_data,kg/kWh,CO2e_value:0.389,910e955a-9a72-4f6c-8d31-0a040fe36ab6
+US,United States,2021,,CO2,0.3109930146058242,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.389,5ed65ec8-043c-40a3-bf39-4c13ab56109f
+US,United States,2021,,CO2,0.3109930146058242,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,e4bace9c-2c57-44fa-9450-32a587139d85
+US,United States,2021,,CO2,0.3109930146058242,II.3.2,modeled_data,kg/kWh,CO2e_value:0.389,2e652d65-ef17-4278-b60c-d87b8d13e814
+US,United States,2021,,CO2,0.3109930146058242,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.389,bccf1071-8ad0-42fc-b9d7-0bf9efbdf3d2
+US,United States,2021,,CO2,0.3109930146058242,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,1aa2a615-db87-49a5-8f18-60c1c19ef992
+US,United States,2021,,CO2,0.3109930146058242,II.4.2,modeled_data,kg/kWh,CO2e_value:0.389,ee0a3686-8808-4df7-a948-28eb51384a88
+US,United States,2021,,CH4,0.001956751350288323,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.389,9d76e638-0171-4e06-9eec-225ba7674fcf
+US,United States,2021,,CH4,0.001956751350288323,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,c365eef3-c623-45fe-81c1-9353887e97b1
+US,United States,2021,,CH4,0.001956751350288323,I.1.2,modeled_data,kg/kWh,CO2e_value:0.389,8a85b1a0-3828-4150-860f-56fb88541534
+US,United States,2021,,CH4,0.001956751350288323,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.389,ed4fc6fb-c051-4d63-b95b-174089c5d0e6
+US,United States,2021,,CH4,0.001956751350288323,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,2e78fef2-b5ad-4055-a4de-572e5b8b2f56
+US,United States,2021,,CH4,0.001956751350288323,I.2.2,modeled_data,kg/kWh,CO2e_value:0.389,ae9cf55c-fdda-4e7d-8010-0f181589e335
+US,United States,2021,,CH4,0.001956751350288323,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.389,e6f55508-1633-4403-abbf-8c797000d76b
+US,United States,2021,,CH4,0.001956751350288323,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,457a57ad-8946-422b-989f-dc4cf1eabf8f
+US,United States,2021,,CH4,0.001956751350288323,I.3.2,modeled_data,kg/kWh,CO2e_value:0.389,d0e79f8d-d181-41f3-8ff1-72b1d4ab4d02
+US,United States,2021,,CH4,0.001956751350288323,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.389,8de77af4-6799-46a4-9b5f-4dc5a8191377
+US,United States,2021,,CH4,0.001956751350288323,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,d5c619d9-950b-43ec-875f-c5252de919cd
+US,United States,2021,,CH4,0.001956751350288323,I.4.2,modeled_data,kg/kWh,CO2e_value:0.389,24695b84-6b73-4694-9cd5-3adc00ac2caf
+US,United States,2021,,CH4,0.001956751350288323,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.389,bd30c6b2-93b9-4391-9597-7e7886cff6bf
+US,United States,2021,,CH4,0.001956751350288323,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,c05af1ae-b015-4980-8d05-0dc99b3a2663
+US,United States,2021,,CH4,0.001956751350288323,I.5.2,modeled_data,kg/kWh,CO2e_value:0.389,b35ed757-78d9-4e01-ab11-2ef73b090426
+US,United States,2021,,CH4,0.001956751350288323,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.389,3de71233-105f-4f5c-b528-61176d8958cd
+US,United States,2021,,CH4,0.001956751350288323,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,783c23b2-650a-4cfd-b9ee-d869c838df1f
+US,United States,2021,,CH4,0.001956751350288323,I.6.2,modeled_data,kg/kWh,CO2e_value:0.389,8730d618-47b1-45e8-ac81-2482a60f500a
+US,United States,2021,,CH4,0.001956751350288323,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.389,08a29a38-6926-4573-ace2-50c4d2a6458f
+US,United States,2021,,CH4,0.001956751350288323,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,5144c1ae-dc4d-4a6a-b7de-ac3222aee580
+US,United States,2021,,CH4,0.001956751350288323,II.1.2,modeled_data,kg/kWh,CO2e_value:0.389,b8b309b7-1abd-4c2f-9005-4bdf3819deaf
+US,United States,2021,,CH4,0.001956751350288323,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.389,50cddcc7-b30b-4bfa-a43d-17d8b6c750b4
+US,United States,2021,,CH4,0.001956751350288323,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,ead7e4a6-e305-4164-9d5d-1cefc6b4ced5
+US,United States,2021,,CH4,0.001956751350288323,II.2.2,modeled_data,kg/kWh,CO2e_value:0.389,8c36c6ff-664b-4cc5-9814-018eca85315f
+US,United States,2021,,CH4,0.001956751350288323,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.389,4f708f20-2666-44c2-8f94-62f57c6fa3cc
+US,United States,2021,,CH4,0.001956751350288323,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,aec0c692-cd64-4f3c-a98b-55c8eca19375
+US,United States,2021,,CH4,0.001956751350288323,II.3.2,modeled_data,kg/kWh,CO2e_value:0.389,cc33bb05-7084-48b1-a734-02ef7feaf38d
+US,United States,2021,,CH4,0.001956751350288323,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.389,1c5afa74-174b-407f-a05a-5f6aa32d5af4
+US,United States,2021,,CH4,0.001956751350288323,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,e5608fcb-5165-4057-9fef-3cec472a0ea2
+US,United States,2021,,CH4,0.001956751350288323,II.4.2,modeled_data,kg/kWh,CO2e_value:0.389,570c0e03-d4a1-476a-ab39-c6c343b3ec1c
+US,United States,2021,,N2O,7.119803447935536e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.389,73192477-835d-4692-880c-6aae04d0d73d
+US,United States,2021,,N2O,7.119803447935536e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,9b99112f-04f9-4398-8870-605ab34141e9
+US,United States,2021,,N2O,7.119803447935536e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.389,c1c9ded7-daed-4d4f-9f50-2f62b2b57278
+US,United States,2021,,N2O,7.119803447935536e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.389,d9917cf7-b1e2-4aec-ae0c-8cbdc57014f0
+US,United States,2021,,N2O,7.119803447935536e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,0c806b81-6cac-4ecf-8527-ac1d515d73e5
+US,United States,2021,,N2O,7.119803447935536e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.389,48cad961-56f4-4aea-8a8d-d04ecee4367c
+US,United States,2021,,N2O,7.119803447935536e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.389,53fd6408-a74d-4b39-bedc-1cb9d41d5ef0
+US,United States,2021,,N2O,7.119803447935536e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,610096b9-203e-4f10-842e-c47d21aa8c74
+US,United States,2021,,N2O,7.119803447935536e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.389,4e8a5d5f-fb77-4e70-9b93-2262526c2a8b
+US,United States,2021,,N2O,7.119803447935536e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.389,27be5673-9323-4a10-a46d-73d2dc7d3364
+US,United States,2021,,N2O,7.119803447935536e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,a5c78f6f-4e57-49dd-98ce-ff71369fbff7
+US,United States,2021,,N2O,7.119803447935536e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.389,4b88613a-fd72-47b7-b71f-cf707bb6b316
+US,United States,2021,,N2O,7.119803447935536e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.389,70a068de-1b39-44d5-9d4c-3c4075c76ab3
+US,United States,2021,,N2O,7.119803447935536e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,93d1cbe4-c9ac-496e-b73d-066139f7147d
+US,United States,2021,,N2O,7.119803447935536e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.389,a5582787-76c1-4ace-b017-834046643db2
+US,United States,2021,,N2O,7.119803447935536e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.389,68933d8f-457d-4d6a-ba6a-590de7a072dc
+US,United States,2021,,N2O,7.119803447935536e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,1083ae2b-d5ad-49b7-a9d1-98026ca41c13
+US,United States,2021,,N2O,7.119803447935536e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.389,6e0daa02-1711-47e0-9d29-761ed458e18d
+US,United States,2021,,N2O,7.119803447935536e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.389,684b6bfc-0f28-4ac4-9d30-e23b56caa759
+US,United States,2021,,N2O,7.119803447935536e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,c08bdfa2-d338-492d-8ca9-38a5a0682096
+US,United States,2021,,N2O,7.119803447935536e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.389,06c1203b-a165-49ba-9dd2-3ea8d781a1cd
+US,United States,2021,,N2O,7.119803447935536e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.389,2f6cc714-d95a-4339-958a-7825667cd7e3
+US,United States,2021,,N2O,7.119803447935536e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,256d07e9-479c-4492-9eec-6f3549ed7cf1
+US,United States,2021,,N2O,7.119803447935536e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.389,c91d9dd4-8ac7-4088-b443-243b31a6c65c
+US,United States,2021,,N2O,7.119803447935536e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.389,75b89f60-1495-409d-9dc8-47f2afbca685
+US,United States,2021,,N2O,7.119803447935536e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,91ba5502-030e-4e6e-8268-4e4841be9fb1
+US,United States,2021,,N2O,7.119803447935536e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.389,ed283745-9911-45a7-88ca-80531b6d249a
+US,United States,2021,,N2O,7.119803447935536e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.389,720ee182-b7fc-44a5-a02b-78d416eb9743
+US,United States,2021,,N2O,7.119803447935536e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.389,f5074719-926a-4241-bdaf-d017839eff29
+US,United States,2021,,N2O,7.119803447935536e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.389,f15a7336-9391-4600-870c-bdf49a3685f6
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.622,afc716b7-a080-4233-be5f-032adcd4d1c7
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,b9e8f6a7-b5df-4fea-be84-4f0f3b7cde5b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.1.2,modeled_data,kg/kWh,CO2e_value:0.622,f594a222-0058-447b-a061-6e9d111a77fe
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.622,fe2e9e92-fc84-4a6c-9d35-bbac4b393615
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,f72e856b-f61b-4faa-90a3-f88bd4472665
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.2.2,modeled_data,kg/kWh,CO2e_value:0.622,339de851-2a87-4b6a-875b-35c0634e0405
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.622,fb14ff1f-1e88-44b0-98b6-29a89be4f6f4
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,672de877-fced-4f84-9250-c9409bbd55ec
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.3.2,modeled_data,kg/kWh,CO2e_value:0.622,d748d23a-d91c-4b3c-bf2f-799517ee9da9
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.622,e91ed3e7-7e74-4ff0-a2f0-f7862a68760f
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,38a0d4df-db3a-421c-8892-1b98cbd8bfb4
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.4.2,modeled_data,kg/kWh,CO2e_value:0.622,9094dfee-7438-4061-b4e6-e21cae7960b5
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.622,15a0dd7b-e89f-4058-821b-60aff35129f8
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,518dc6ca-9c49-4392-9912-8eb9d73dfa84
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.5.2,modeled_data,kg/kWh,CO2e_value:0.622,097d2ffc-9116-430f-9f3b-c33a2aa20ceb
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.622,a1d4c59a-ee93-484b-b651-1e8be22928d3
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,7870b74f-46a9-4e86-bea3-97afbdc1c489
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,I.6.2,modeled_data,kg/kWh,CO2e_value:0.622,a1dd55a8-d399-4410-91bf-29c2ceaca972
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.622,95318a7b-669b-408d-aa24-136e19bf2211
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,fa773100-de9e-45d1-add1-94a85252f0fd
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.1.2,modeled_data,kg/kWh,CO2e_value:0.622,f44cf25d-4b0e-439b-b1e0-e19829f13399
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.622,84a022e2-775c-42d5-8625-4f21c97df152
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,71f6949d-fbd1-4ca6-aa45-fa5267d994bf
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.2.2,modeled_data,kg/kWh,CO2e_value:0.622,6329a3aa-9f01-4015-bd36-8053a9a8c98e
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.622,f0f82de9-b28f-40af-aafd-b707d45e14f9
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,6e299a9b-dc0d-40e0-842a-ea6b741236b1
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.3.2,modeled_data,kg/kWh,CO2e_value:0.622,f966ea45-c155-44a1-9826-0b0fb9030e1d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.622,85f5746e-5153-45b1-9a00-61b87ddf5efb
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,6096fb69-70f4-4b9b-8631-1cfbcba72593
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.497715966642194,II.4.2,modeled_data,kg/kWh,CO2e_value:0.622,fe173652-4e94-48ef-9ee6-911cb4013ed9
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.622,327a80d7-79a9-43a4-8717-765b906fe182
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,8ce90d48-6e81-4233-be95-2f915c6ea5e2
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.1.2,modeled_data,kg/kWh,CO2e_value:0.622,f6e5098b-ac31-4011-848b-295d35f843d8
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.622,a2bb6126-8cfa-4ef1-b01f-5ede5b4cae89
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,23a7e0be-1a07-4131-8f8f-6d4787852200
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.2.2,modeled_data,kg/kWh,CO2e_value:0.622,8901a679-32cb-407e-bfe0-40ae853ca19f
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.622,e7f959d0-c0e6-4c21-8d24-809ddcbd52d5
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,f21f1990-415e-4719-aab0-acf2b96847dd
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.3.2,modeled_data,kg/kWh,CO2e_value:0.622,c47e87ef-76dc-4841-83ba-f2aaa0ab2163
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.622,9e0dd710-a084-43ea-b7fb-e693cce1cd1a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,ff75eec2-06b2-4f58-b168-2513275a6746
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.4.2,modeled_data,kg/kWh,CO2e_value:0.622,7aa35ee1-1f9b-4591-a328-d627eef6a778
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.622,ab81f9cd-a700-4e7d-b847-596d313226e9
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,7ee2f4dc-36f6-4482-bb92-dc00d5f5e0d5
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.5.2,modeled_data,kg/kWh,CO2e_value:0.622,c1b9dd37-c74c-4808-ae64-fea6fc837b99
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.622,efd77b1b-1203-45b5-8ea9-dbb99166489b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,f6714b10-e6af-4bf8-9472-9b860be41acd
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,I.6.2,modeled_data,kg/kWh,CO2e_value:0.622,d1bf3dce-15cf-439d-92e9-8d1006a7a198
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.622,df0b9bc5-1236-4639-a7e6-015ebeb96c7a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,567e349d-5250-4555-b550-809905e6bcff
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.1.2,modeled_data,kg/kWh,CO2e_value:0.622,c7a6962a-5e3e-42ed-bec7-a0ff41b07c4f
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.622,595bf968-6a36-42fc-8a02-b896073323e5
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,8c75cb60-e84b-4222-9e47-41a300ac1a11
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.2.2,modeled_data,kg/kWh,CO2e_value:0.622,76fd9f75-ecf5-4a46-871e-a2a9a66d062b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.622,3785fe7c-e3b4-44eb-8aab-591b41440f4a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,dda61076-f1d8-472a-810f-fa28c59d9135
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.3.2,modeled_data,kg/kWh,CO2e_value:0.622,80f5567e-798d-4f4d-874d-c3d155f41729
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.622,3e0caf23-ab11-469f-b1ad-49ca555ee449
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,8a3e9aca-91f7-40e0-b9c8-bf826fe4c93e
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0031316021391077638,II.4.2,modeled_data,kg/kWh,CO2e_value:0.622,35ab53e1-a863-4678-8843-ef8be33a41f8
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.622,d0c7a7f8-6826-46a5-b19b-4fa24346221d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,7b18e974-349f-4908-9c28-770b08572d4b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.1.2,modeled_data,kg/kWh,CO2e_value:0.622,49d0a297-581b-43d1-b22e-b68eb7388e74
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.622,eb419141-c011-42ed-96e3-2d320ab42c68
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,0eaa9d1c-a431-43bc-9ce1-012b9b9cac27
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.2.2,modeled_data,kg/kWh,CO2e_value:0.622,2ce9fe5e-cdfa-4115-9b9d-bbabb9153ee3
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.622,8f21b4b1-6ad6-422b-a470-4015871e7850
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,3c844489-e288-4f4c-b9e9-5b67bbf1661c
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.3.2,modeled_data,kg/kWh,CO2e_value:0.622,4dc08e76-2f79-4f8d-8b30-14d33d373288
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.622,4e0f8a87-4365-40cb-93a2-19e5d1dcfc85
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,fe4a7f9d-050f-4502-884b-52124645498d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.4.2,modeled_data,kg/kWh,CO2e_value:0.622,da986752-1f5e-4131-811f-e871008ac7cc
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.622,a4bfb9df-d1ed-46c8-a050-c04114fffd3f
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,a139673e-36de-4f2e-a2b0-756f2e5d3b3a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.5.2,modeled_data,kg/kWh,CO2e_value:0.622,00a8c5d3-cc6d-4305-97f0-be300fd8235a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.622,d1cfd09d-ee63-4b6c-a594-c567ca0e8eb7
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,b0ee4699-785f-4d15-9b34-9eaa810413b2
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,I.6.2,modeled_data,kg/kWh,CO2e_value:0.622,05150c89-6276-4448-be6f-73f89ad8a38b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.622,281ae18b-c6db-48ac-942c-d7d67bb816ba
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,9f99605d-eb01-47e1-a9c0-4e9f9a5c28b7
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.1.2,modeled_data,kg/kWh,CO2e_value:0.622,b14b7a35-a556-4ea9-8024-41c82f914107
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.622,a206332e-f756-4217-9ac9-b1da9019772b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,5e9a005e-c551-4214-bbdc-08b836835488
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.2.2,modeled_data,kg/kWh,CO2e_value:0.622,d5370f71-4ff1-4434-bab2-b1ba93d40c46
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.622,d4db3218-d5c2-4465-beac-bea78e24a40e
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,088d8086-a245-49bb-a57d-610e55f61243
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.3.2,modeled_data,kg/kWh,CO2e_value:0.622,bd355694-141a-4e7d-a1e6-155a13a57728
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.622,8ed950bd-9ba4-4261-91d3-bfe7ce3c2c73
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.622,d2d29f35-d53f-4ae5-9692-7f03833e20f5
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,0.00011394596305911035,II.4.2,modeled_data,kg/kWh,CO2e_value:0.622,1925b3b6-ae41-4627-ac19-e5aad8861fb3
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.066,47b6fc6c-9ac8-438d-905a-5546e4b6b75a
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c694d594-c7a9-4bad-b7d7-8472f314f8b0
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.1.2,modeled_data,kg/kWh,CO2e_value:0.066,f84c92b7-1a0e-4cc4-9060-9c03507da0fc
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.066,49a7971d-cd5c-4c58-be09-26f7d37e5ccd
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,855c36fd-62c3-40b9-b689-79078fea18ae
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.2.2,modeled_data,kg/kWh,CO2e_value:0.066,2e109664-6e6f-4fa0-b348-36d70cad013a
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.066,89b47faa-fb1f-47a6-be72-77fabfb58670
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,57c4fae4-9bb5-4067-bd5e-5e1805f88966
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.3.2,modeled_data,kg/kWh,CO2e_value:0.066,521a17e1-2246-4451-8b6e-2ec876b30cfd
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.066,058f2511-5833-46bc-98d8-dfb931259a3e
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,1cb55036-3478-4085-b5f0-6a1536ec395a
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.4.2,modeled_data,kg/kWh,CO2e_value:0.066,930c5574-613e-43e2-8c79-c280d0fc5ec7
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.066,a303f907-4092-4bd0-a2f3-308e5634d61c
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,4cffd253-74af-4157-8c7f-a8b8cbdf7998
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.5.2,modeled_data,kg/kWh,CO2e_value:0.066,8ba381c4-2bc4-4ec3-9953-4eb358185e4a
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.066,6de8f72e-ea4b-4b13-b227-c455289ffb89
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,1bdd5d96-89b8-4871-a9ab-9c3561337b78
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,I.6.2,modeled_data,kg/kWh,CO2e_value:0.066,da726b7a-46f7-4ab1-b92d-050df7874c1b
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.066,dc98240a-a38c-4ea2-be08-7cc535467f89
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e6daaa74-5fd4-4354-9170-dfee2fffd289
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.1.2,modeled_data,kg/kWh,CO2e_value:0.066,92f1d3b0-a94f-4010-98fc-229f8e5df369
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.066,18afb4b1-12b4-4915-b4e6-39132e304b53
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,91de0fee-6200-4948-b290-30e76c9b7b8d
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.2.2,modeled_data,kg/kWh,CO2e_value:0.066,c5dcb17a-99ff-4b9f-9654-b7b9887f174c
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.066,8359ec44-056c-4cba-8cdb-b13945ece96d
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,bc2eb629-625e-42a4-b458-4e3e91397955
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.3.2,modeled_data,kg/kWh,CO2e_value:0.066,cc390b49-521e-4d01-b327-65e9ab26353d
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.066,e2a4e102-9c39-48f4-823f-d3bfed7d3f79
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,10988eaa-7002-4532-8981-ee946f2f675f
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.05278281342014171,II.4.2,modeled_data,kg/kWh,CO2e_value:0.066,f244d9ff-d098-4ff5-97e3-1744464cc893
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.066,6bfb7150-f871-43ba-8e7b-06532a35668f
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,3f9881f2-76b0-4d0b-a82f-028026ced8f5
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.1.2,modeled_data,kg/kWh,CO2e_value:0.066,74520515-ce4a-42b2-882b-936054da2022
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.066,8871e801-a2fe-49f7-a855-a454c95ff0a9
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,9b60d965-38ef-4f53-b6dc-8497f256648a
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.2.2,modeled_data,kg/kWh,CO2e_value:0.066,549c9691-9a7c-4679-9379-692c228fe1fa
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.066,c97465d4-1032-4859-83e2-9a88a408fc50
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,2f70a351-c6a6-4a02-892a-76d87ab5bb47
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.3.2,modeled_data,kg/kWh,CO2e_value:0.066,597e9589-a36f-473d-ba90-e5f19f5f3b73
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.066,fd97d091-719e-4857-9fb1-b315373bf384
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7f1cb980-12dc-429e-8b26-8eeb74132624
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.4.2,modeled_data,kg/kWh,CO2e_value:0.066,f8e8bf7c-73bc-4d36-b9ef-514714af4ed1
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.066,50346071-57d3-41e8-b395-bde4b42c6c47
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,ade8b54f-a6f7-4d6a-a612-3980eede8ceb
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.5.2,modeled_data,kg/kWh,CO2e_value:0.066,cfda855f-9270-4627-abdb-ca7cd1c02e99
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.066,c6b7f2a5-5c6a-4659-99fc-ac0997206a31
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,591383d3-ed08-4f3f-85b8-896bc55d5999
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,I.6.2,modeled_data,kg/kWh,CO2e_value:0.066,d912ae08-8d3c-4d8d-9325-d780d4768847
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.066,bcf2fb14-22ac-41b6-8529-3e0cbea63cc1
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,512bd765-3c4c-4b63-9da4-28eb9931ec54
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.1.2,modeled_data,kg/kWh,CO2e_value:0.066,327c36cb-0ebd-4abb-b34b-506c680a3bf6
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.066,87e069db-df7a-4be5-89c4-657767f323b2
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,144acd17-cc3e-446f-899c-9023b76f7c78
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.2.2,modeled_data,kg/kWh,CO2e_value:0.066,580e9d03-7733-4c95-838b-db8b336fc452
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.066,aba6dadc-c91d-403b-8ce4-e7ffbbb1474d
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c8e02db5-991d-4a06-b356-0807f03277e5
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.3.2,modeled_data,kg/kWh,CO2e_value:0.066,1cb7f364-4dba-43dd-bd34-a782dad06cbf
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.066,f617bb7c-cb53-48f2-8994-f42d415c2664
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,1801fab9-e8cb-4093-b9c5-ee853f5d6ede
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,0.0003321066280629721,II.4.2,modeled_data,kg/kWh,CO2e_value:0.066,1755a6bb-da1b-4c62-95c9-fa69240ca004
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.066,52ea1d81-b01a-49f5-9fa5-9b73a6c52084
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,d60b96f3-ba18-489a-8058-d34058449414
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.066,47d3b81c-1edf-4d90-9087-f92b23956b90
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.066,6df48d02-0c11-4003-95a7-ac25b11d1487
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e1c3d115-024e-43e3-bbc3-b29e4ea93d12
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.066,8a03fb0e-032d-4c1c-8100-39bb8c9f7cef
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.066,7e5b6235-64af-427a-8f2d-b2b266584307
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,cb4ad8bf-9e5e-49a2-968d-317f564c8e64
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.066,22c44d8d-c7bd-4e3b-a81b-4addb6e78b6c
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.066,64e653a5-4a3f-42cd-be4e-4ac88af439f6
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,dddf9199-29f2-4f40-8c0b-7f68736bb4a5
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.066,674ca13b-a7bf-4051-9a77-828a36ac2f8e
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.066,6b3275f0-40b9-4d5e-9b5b-2a5e96405687
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a29e01f4-fad1-4542-811c-ea8e0f1b5b3a
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.066,fb4d7701-c0d6-4627-9d17-16349e6faa72
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.066,7579d209-049d-4edb-88af-f51c010e5019
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,87bce90d-cf42-45e0-841a-7607ef8ea18f
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.066,1c0e5103-037e-4fbf-a738-7cfa52b3eb97
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.066,786fe9d5-4319-4a95-a70c-d48416f45c8a
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,af61f823-fb00-444d-ae34-680594019534
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.066,417b816d-2d08-455e-bdbc-c1aa25db8169
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.066,bfcfdb54-e4e8-4a9f-99dc-f3a14cae556b
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e9e1a9e9-09f7-4e7f-898e-6b8f6cf295d7
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.066,276f8242-afa8-4882-9338-c5fa1ac46d4e
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.066,81ae168b-814b-43a2-9b96-254a5dd1743e
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,f79f2155-4a0c-4a81-8890-f7ad2fe1b0ab
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.066,acaac7ee-e719-4a8f-9b93-119b248ec826
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.066,9187968a-ae4c-4411-a38d-5a44ce438909
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,1a90ee0b-7766-4af4-b5b3-852b18ca2351
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.2083977431351124e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.066,87898a6b-1c7b-4fe6-a7df-be7de9c0545c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.418,0f6fd617-e4ff-4b40-9c95-9c2200a2e1fc
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,c304a9bf-f2d7-4289-bb99-14bfeb6ba60a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.1.2,modeled_data,kg/kWh,CO2e_value:0.418,e8462e85-160d-4c72-b9c3-29ec4936edf5
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.418,f1a24ebf-2ec2-4270-b2b5-c403fbf6fb11
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,bc7bee16-2b8a-42c9-95ad-d4930f6dbc32
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.2.2,modeled_data,kg/kWh,CO2e_value:0.418,b507a0ce-260d-4e37-8fe0-2c7220f54c33
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.418,6437b258-c08f-4cfa-af21-389fa8408def
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,a5a7b909-ee26-4677-be55-d4fcd9610760
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.3.2,modeled_data,kg/kWh,CO2e_value:0.418,0eec0a5a-6241-4a06-89b3-cb7b9f75f91e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.418,56347b61-63cb-484a-a57d-8264ad2e3766
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,34ddb6ff-2adc-4569-b6cf-dbf52576a70b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.4.2,modeled_data,kg/kWh,CO2e_value:0.418,e58d6dae-b0f9-4182-b111-d4d0f57487fc
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.418,669a046b-4685-4e77-b1af-d7245ee45c6c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,2ab94310-f756-4a40-99e1-c56b3585fbcb
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.5.2,modeled_data,kg/kWh,CO2e_value:0.418,15ace192-beb1-4098-8917-c3fcca4999f9
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.418,e9ad3672-78a8-468b-af23-0ab9c8e864c3
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,51fa6aa8-4afc-4cdf-aa8a-d4a8899dbc48
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,I.6.2,modeled_data,kg/kWh,CO2e_value:0.418,9e56d480-ec32-4475-a50a-29e45e5be857
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.418,2995d912-1d9e-4adb-b9ff-ccda45e54588
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,089a64b3-8888-4695-8a1d-d1f1cc4b0c6d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.1.2,modeled_data,kg/kWh,CO2e_value:0.418,1d7fbd56-8cf4-4ad1-b3d3-c580bad4f283
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.418,a7cf6300-02ac-4969-8e26-d96694d6193a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,6aa869b0-28f1-4ff7-9f09-5323a52e8b1d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.2.2,modeled_data,kg/kWh,CO2e_value:0.418,c8b205bc-7a55-4305-999c-5423488ddbf0
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.418,29e2817b-d269-45a0-b152-2f61ba8cdd78
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,db9e8131-f269-456b-836c-4f938366f78b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.3.2,modeled_data,kg/kWh,CO2e_value:0.418,1453603c-c146-401e-86f4-d9681d49766e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.418,e3c36e21-d0b8-470a-8b97-c76ee9d40b2d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,e00a75e6-ab89-45a4-9db3-e968da38a708
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.33443709990031706,II.4.2,modeled_data,kg/kWh,CO2e_value:0.418,de7eb15b-b6fd-45b2-8cc9-2568b3e9c9c7
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.418,2903e051-5a23-4c79-930f-b50e8fdbbe6b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,83f7be56-9f52-4db7-8ea5-e07746a64032
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.1.2,modeled_data,kg/kWh,CO2e_value:0.418,d89d84f0-0931-4023-9baa-932abf4112e3
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.418,80701601-46da-410c-b179-5de298c365d9
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,803a2289-0eee-44b4-bc8f-7b51a27518b9
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.2.2,modeled_data,kg/kWh,CO2e_value:0.418,29ee3956-c27c-4f6f-8c2e-a2ef1ae4f46f
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.418,848f4b73-5892-4055-af97-3cf154bd6ddf
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,68f3d00d-7680-495e-89db-99d44a809bc3
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.3.2,modeled_data,kg/kWh,CO2e_value:0.418,b9ae8e17-f97b-434e-af67-154ce5dbd923
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.418,9ccf0aaf-f194-42d1-b7b9-f9aac8477715
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,ed0bc231-f01c-478f-b3df-c65919306b4c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.4.2,modeled_data,kg/kWh,CO2e_value:0.418,5ee1fba0-7597-424c-b7fb-7219e96d49c5
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.418,d7cbe6a7-e34a-4530-80b6-ab572a02443a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,041ce4d7-fedc-4a81-b3c0-edfe77eba535
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.5.2,modeled_data,kg/kWh,CO2e_value:0.418,decbe335-098d-4b60-9ea6-c620956a8be8
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.418,b23c35b5-4554-4e50-9760-8e4b4446a390
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,36c84a93-5385-46dd-80a0-ed8cb6161b44
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,I.6.2,modeled_data,kg/kWh,CO2e_value:0.418,8e6b99da-be85-4e21-bd66-03b63b53d4c3
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.418,8f6ae96e-8a9b-4730-bdc5-f404964c7c66
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,101156ad-f8fc-435f-aeab-8fedc53be3ca
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.1.2,modeled_data,kg/kWh,CO2e_value:0.418,8ee6c6a0-cc27-462c-af64-e8772244080a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.418,580fe869-7988-4375-aed7-f53fc5b99909
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,dadfd86c-cd95-474f-b554-191f8d719326
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.2.2,modeled_data,kg/kWh,CO2e_value:0.418,40076efb-d31b-4fe4-8eb5-9bcebcf94bf9
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.418,45ee3b08-1186-4745-bde7-20f64d8e15ea
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,cbe5342d-3620-4a3a-a1fc-c18280b55694
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.3.2,modeled_data,kg/kWh,CO2e_value:0.418,0138f405-15e5-4c03-a64d-5f954af5d597
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.418,7a2fb386-5518-41d4-8139-d019ba4eeb69
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,ccb2d40d-af6a-4011-9ce0-85ed162e1535
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.0021042602762184376,II.4.2,modeled_data,kg/kWh,CO2e_value:0.418,49add584-37cd-4c30-8cdd-f9227beac624
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.418,2bcc2e4c-d491-48ad-aeae-c7a1c9cad35a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,8a1f8f29-6934-4357-ae6f-beec178ab93b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.418,7269c99b-303c-4c65-9cc6-f1f85d5eabc5
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.418,9e3a1a2b-8e1b-4196-bbe2-852ce80e885d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,4dc0bdfa-e544-4cb1-b563-aff3287028af
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.418,578a7334-3433-43d2-8236-510097bc02ae
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.418,7b463ab4-23e2-45dd-89ca-8d95935b2e0c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,a495847c-b42c-4dd2-8a53-f9a905ef623e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.418,7b8d65bf-6f2f-451d-bb2d-a79493c841e2
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.418,85f79f7d-afec-498c-a1cf-74ab01bc22da
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,3794d68f-8a6f-4870-b622-f31004944124
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.418,52aa0694-3fb6-4de4-975a-543f9d3707ff
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.418,db47e8f2-3d9b-4915-b18d-a83257c10932
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,b709fba2-2aa8-43ff-a7c1-091c1ce49054
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.418,a89d5d64-a51d-4768-8534-a51d64f4d61b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.418,6a8af2a4-6896-47eb-9d8c-3bcec1c8cfd0
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,7b131ec7-0813-4e95-b4da-b38c7beda679
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.418,5cd80eb1-3d8c-4071-a74f-a9e066aa7d91
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.418,d79d9e8f-1c9f-44f7-856a-7862c8995850
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,400539bd-9ef1-4859-a196-9bd979fdc68d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.418,3a95b960-66c2-46b6-9c7c-315fe0ceffc4
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.418,cb6a1912-5a21-4ea1-af63-5f2b6fc6c9aa
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,faf95eb6-c2ed-47d4-a2da-318880db7cd8
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.418,23db34c2-fe16-4897-9fbe-632660b6c992
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.418,653839f3-2a8e-4ce4-a8c9-2f3f7c457fb0
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,a8821ae2-bbb7-4a68-a5ec-1964b2da1ea2
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.418,97be8ddd-86a0-48a3-9207-3c24ab872eeb
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.418,f91bd748-0517-43d0-ae47-4bbca7234fd9
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.418,ccaae070-22b6-478a-a1dd-87b9f6b7c892
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,7.656527012369896e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.418,74422772-6c4a-4883-9bcb-1f243a362e12
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,18affc42-6e0d-4a1e-a64e-af992eedb2c0
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,35c88d5e-c658-4249-8590-62fb3124f4e6
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,8ddd055d-caa1-4c66-9da8-1dd915b0bd51
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,73b00ec5-ae18-408a-aed0-9eb8d3349641
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,66cfd566-b6a4-43de-89e0-8bd6221c505f
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,7f98392a-d862-481a-8ad6-8bc5a72b8301
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,19398724-eb4e-4e51-9040-d0be8bb2d847
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,c312c999-cd77-4d6d-9105-265a8abd99cd
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,1460975d-0dc5-4660-9ead-9d5bd00ecbd1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,3598692f-ef43-4d82-b802-6e0f1431845f
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,f583133e-b7b3-4aa2-b08c-d4e85884dbbf
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,e83eb6a7-bd47-42c4-91fa-148efce3f981
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4383591d-de29-407d-94ea-c1552737db66
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,88d08a38-6d73-497b-b983-3400f8461835
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,a3bc4bf6-8b01-4ceb-b176-76e75b090ac7
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,e827e854-552e-4505-ade8-80f40711248d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,87f5f81b-1271-419f-adaa-ed5edb45094e
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,65bec0ae-b26c-4de8-89d5-f3fc5a0437b1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,322c6716-6200-41d4-bd53-d80422b29baf
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,9c3356ff-278b-402a-b3a4-fa21ced426fd
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,90b78c51-16f5-4d1a-bde0-8c8eea985a00
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,8fe705ee-520d-4f74-8d4b-401767765ee9
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,5120d94f-53a1-4d37-a136-e5c88e13973b
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,8d95b72b-9d8d-4b47-9939-58d5af601173
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,b617097e-db79-4c8e-b569-48065479ee23
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,c3cd509e-6b59-40e9-98f7-9687ea48df06
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,2cf066b3-429c-4f62-a60b-7c82dd0883c1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,855aa8d7-15e1-485f-815d-ca4a9f8244a0
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,13735c4a-3906-43e4-bcbb-7584c988d737
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.44806553881261757,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,e073a39b-4653-445c-8296-c16ac5a96a57
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,44449b5f-aedb-4600-aeb8-bd806cd9d301
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,8209df4f-0b93-42e8-add8-20f64134ac0f
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,2ea936a9-f5ee-4480-8e22-f9cf9170dd3f
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,f0498f93-9cc9-4c6b-93a8-7d5c5f38c30d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,6bb54abe-9c14-4d09-87cb-e43be9b4142a
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,9c563933-bcd1-4916-87a9-034e6530fe17
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,fd8f1f20-60cb-4b26-9d3d-8b01f7438bc5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,076738d8-c0b2-43f7-8c7e-07fa6eec1c41
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,5f75a77f-ed46-40d2-90b5-f7bef8741cb8
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,21862450-b3c8-442e-b14d-bf2ae06acca4
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,4f110306-1adc-486c-acb4-5289c0cbcf69
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,65dacfdc-0b57-48d1-9c6b-07d7674510f5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,7c8cb79a-ee55-4582-ae67-f7bf04b95c36
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,80c35768-2082-411c-a33c-bb4d7d36d3d0
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,cc2ef151-5738-469e-b27d-2167dcbe3bb1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,2c28ef4e-0cd6-4d5a-b848-6563d8811175
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,081628e9-ee3b-48c5-8b32-fffec3ded0b7
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,0cab8d3a-30be-4ad7-8ac2-24e986bac025
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4bf1df6c-78f3-4a23-a3e4-ff2134e322c6
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,860b6e89-cb68-42bb-aa6d-98c6d3d9ada5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,a21e748b-588c-4f37-a536-149f2e3646f5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,f0218f63-8c7c-4480-97f7-e94401e47e66
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,78388959-271e-45f4-bc0d-89d787f6b76b
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,7081ee23-cc21-403a-bb9d-a85c578e62dc
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,36922d81-71ed-4f12-b3fd-3783a3aa6fa4
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,86bb35b7-dad9-4598-a1b2-4604ec78105d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,57229f93-e00b-4639-9246-08471b99945b
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4d97b47f-e606-4532-9ef7-dbfbf7edbc9a
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,2daddb69-dba3-4e05-8a79-57c0e0f42654
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,0.0028192043129988517,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,661b8f66-bbe4-495f-a245-a7eb0c012c29
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,3e0d2b7b-de40-4380-9811-50f077fae8e5
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,785a6056-89f6-4c71-bb6f-7164ccb89804
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.1.2,modeled_data,kg/kWh,CO2e_value:0.56,a0150ba2-ee4e-4a3d-ac59-29b9de559dd3
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,f200ed93-c13a-4091-b4b5-eba728f77600
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,aefdea7b-3a9e-4f24-885d-26f1e427d6f1
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.2.2,modeled_data,kg/kWh,CO2e_value:0.56,c87a63ee-1339-4646-a3c9-50d6259a18d3
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,5830f4b3-0ea6-4c06-93f9-6e539033f840
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,b7f6f898-45f1-4b54-9f77-2a8d2f5e4a70
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.3.2,modeled_data,kg/kWh,CO2e_value:0.56,6045d14c-1da8-4488-b8f0-1658aaa6dc97
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,d8fa97ae-3baf-4bbd-9c4d-594d86f30804
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,b1bd46a4-8fc2-4e31-b84c-70e129ce51a6
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.4.2,modeled_data,kg/kWh,CO2e_value:0.56,88ebdc05-f66b-4ccd-9185-c1d98e6bf32c
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.56,726622d3-fc8b-4d95-8640-16bb42ba8a02
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,0fecdd6a-1c8e-4ef5-9495-8b59e53dbfc6
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.5.2,modeled_data,kg/kWh,CO2e_value:0.56,b3b698b8-8ae2-47c9-9109-c1fa10eb7cf8
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.56,4e804443-da15-436e-9a71-2b944c049045
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,d82003be-19d0-4f2a-b31d-da29d3a5edcb
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,I.6.2,modeled_data,kg/kWh,CO2e_value:0.56,72332b12-ae48-48c8-9609-b3b2646f63a7
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.56,a2069aa2-3e96-435d-8310-1958a877c53f
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,84a163bf-6613-4ddc-bb18-6cda83a27824
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.1.2,modeled_data,kg/kWh,CO2e_value:0.56,57a60ca1-0557-4b27-8775-2a2a5b26dcce
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.56,e9f5393e-47df-4740-8490-d22d9af35251
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,07b71ace-c240-4f5f-863d-9480c5df2301
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.2.2,modeled_data,kg/kWh,CO2e_value:0.56,9cd32705-ce7e-42da-820b-8cbb16e0bc22
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.56,e1edea18-d46a-4da9-ae99-a55f50acdb6d
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,1abc3e09-9b8b-487e-b31f-4ef96ac0dc21
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.3.2,modeled_data,kg/kWh,CO2e_value:0.56,07f62344-c9e1-41f2-9585-b8167ac856c7
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.56,124efc7a-0d5d-40a0-8de7-faae34ef02eb
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.56,63f784fe-4c01-41c0-8c34-a46d286493a9
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,0.0001025791068710205,II.4.2,modeled_data,kg/kWh,CO2e_value:0.56,a42ad0e4-8cdb-44b4-8855-2c6f75fde71a
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.18,fb6cfafc-afd5-487c-a23e-e282d99c1b0b
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,381ec98b-8f38-48bf-9416-6fb1436f8ab6
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.1.2,modeled_data,kg/kWh,CO2e_value:0.18,0d322cbc-0770-4027-8883-75e5bec46c3f
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.18,c93ec9bf-aa4d-40b1-a2b6-2b2b122e02c0
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,4aa5afd2-dac1-4043-8a8a-da1343832f4e
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.2.2,modeled_data,kg/kWh,CO2e_value:0.18,81085f72-3fd3-4d34-8da4-20e51b0aafb5
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.18,c764a28f-aaa1-47d1-b1e8-f8d78c4b19cd
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,b92c007f-8f20-449f-a420-7f6b593c26cd
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.3.2,modeled_data,kg/kWh,CO2e_value:0.18,09ff739a-9ad9-4cb7-a811-a5be9fb1f888
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.18,8f92ab22-25a9-4f9d-98fc-7cf565f60885
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,c0817055-d637-4256-9504-ae3aa0af0d10
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.4.2,modeled_data,kg/kWh,CO2e_value:0.18,b2f98b93-e640-4b1c-a8a7-2fc81164fd1a
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.18,49ecce4a-0066-403c-929c-a0f94a0ea778
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,b4fa09df-475e-472a-aa89-335fb49a880c
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.5.2,modeled_data,kg/kWh,CO2e_value:0.18,0fc61ac4-16d1-469a-b185-d811ffd6aba6
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.18,9cc41dab-52be-4fb8-8a3e-d4cace092778
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,e4e5a80e-4560-4e2a-9044-71b454d68ef6
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,I.6.2,modeled_data,kg/kWh,CO2e_value:0.18,d40b40c0-c358-4ed6-8bd5-dc350930f9ad
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.18,7cc84403-7569-42db-a29c-a4004cd523f8
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,ac72f2b3-25ad-4d9d-958a-b3033e034d1a
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.1.2,modeled_data,kg/kWh,CO2e_value:0.18,f496f622-f1a2-40a1-bcad-7058725682aa
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.18,24db2955-345d-4866-91e3-a49a790b1c37
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,7940916f-bdd7-40bc-a126-6f79ace94280
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.2.2,modeled_data,kg/kWh,CO2e_value:0.18,c0fcc0e4-01bd-4714-b6e6-8e0b431623a4
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.18,38770d7f-273a-43c7-bf19-99777aad8f5e
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,61d0e699-249d-4831-95ff-cb2243424b24
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.3.2,modeled_data,kg/kWh,CO2e_value:0.18,905d3cff-cbc4-42dd-8ed9-e28b21b6a740
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.18,23fbb220-bf6f-49df-9de3-d8232e2f57f3
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,68cfc69f-c0e3-4dd5-bb4c-824aa712b197
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.14413094786990044,II.4.2,modeled_data,kg/kWh,CO2e_value:0.18,5c90681d-87f8-41a4-9a9e-67514971ec02
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.18,6a414274-bcb6-428e-bc68-1f57cfad0366
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,dc0f58ea-003a-47a0-af65-d04a23bc25b7
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.1.2,modeled_data,kg/kWh,CO2e_value:0.18,77d8dfc7-a311-4698-ae85-091407213626
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.18,0a23b3b9-4e9c-46de-9ed1-3b9bff9f7de8
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,b3035658-5598-4e9a-b2ae-bba68795b5d6
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.2.2,modeled_data,kg/kWh,CO2e_value:0.18,f531f929-28c2-495a-85a1-9fe2e826076e
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.18,4e12d734-bde6-443f-8342-564b667fe40d
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,548d6a15-8d61-46c4-a689-41277c8eceaa
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.3.2,modeled_data,kg/kWh,CO2e_value:0.18,3058da15-d5f7-4182-ac15-5ae71de954af
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.18,43fe5ea6-b84f-4282-a11a-e7f98eb1e124
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,c2b2fec7-5fc1-4bed-8534-026b77738f7c
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.4.2,modeled_data,kg/kWh,CO2e_value:0.18,f7c0da10-6609-4e75-8e24-741758ab8214
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.18,f2db2576-24ba-45bf-82c0-8fc0d95f1d6c
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,bb00f7bd-6d5c-4c0d-95e2-000a62048bf8
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.5.2,modeled_data,kg/kWh,CO2e_value:0.18,338cffdb-8675-4be4-9b10-ff75aee80ce5
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.18,2a778758-fe5f-42b4-b615-dd8610ce6a8a
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,76d6be22-dc8e-45c8-a6ce-805e28871371
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,I.6.2,modeled_data,kg/kWh,CO2e_value:0.18,40fe0f7a-bb36-431a-b2b3-5ad32fffbdf5
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.18,b3940c65-fa2b-4f51-a179-845923fde8d7
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,02e99733-060b-4991-b023-aa2d12e428c0
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.1.2,modeled_data,kg/kWh,CO2e_value:0.18,7195113b-c742-4fc9-8fbb-d47c8bb5f8fc
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.18,61fbf767-b1c4-4ed8-8bc2-852467eb4d5c
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,68c699d0-9d7a-4a70-a8ab-0bf7f93bd2e4
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.2.2,modeled_data,kg/kWh,CO2e_value:0.18,7d636d7a-8cf1-4c86-9dce-72b97bde4759
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.18,b64bb192-6635-4999-9a01-6dd681cca138
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,04d81021-beca-4a6f-ae5a-7fe4f6fd6348
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.3.2,modeled_data,kg/kWh,CO2e_value:0.18,a69b5927-0a69-41d6-8259-a11703fcf8ec
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.18,6376c00e-46fc-4535-9cef-98e6b7ec9c06
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,a84a4c83-30ed-4efa-9837-1f0bb9b415c6
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,0.0009068641854230313,II.4.2,modeled_data,kg/kWh,CO2e_value:0.18,89ab4978-0558-4dbc-878f-271167e47418
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.18,3ef4f950-2087-4ecf-8c44-b699c9c3d230
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,ce091870-7683-4d73-88ab-ffdb0a29d7f4
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.18,fbc1462e-3aae-4c4b-80e1-f6bd6e937873
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.18,a6155b11-3f85-4cf9-abbf-339c824a5569
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,5c4fddf8-648d-4a3a-a898-e3224f0a2e8f
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.18,7d617b94-a614-4dd1-a4f7-cbfd5e949c3d
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.18,8ff9a61b-5067-49ab-ae8a-48db85ace56d
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,9583ad7d-f5db-415c-b4d1-9389d6b9e2da
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.18,851a31b2-96c8-4c43-9943-4a3b0d82c251
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.18,2eb2b6ea-4fbb-4bc2-8dd6-7a9f804a7a83
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,001e84b8-9f0a-4009-9c7b-6b18f6bddc4c
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.18,7d95ab43-1da4-4973-b932-f2e36a48de5a
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.18,4d7dd8e4-b930-4ce3-ace1-f2ee315791c7
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,07f1f174-31cb-44ab-ab4d-7eb9020d3da2
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.18,d6266464-440a-4ca2-b0a6-5ce1f29d1b1f
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.18,71065d94-4b9b-4efa-b2a3-11c97fcb4fdb
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,e7249da3-aaeb-44f3-818d-feb29001238d
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.18,2e40e870-9113-4117-81a6-1f2a78e46532
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.18,f1d49a94-173a-495a-a90c-11093877cd08
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,ab89b6c1-a10b-427b-9fbf-d8f5e8fa2577
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.18,a2a28ef0-93b1-44b2-8647-a93fad24446f
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.18,c78fb018-ea56-40d0-9374-0f733d2168f7
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,a1b8dbdb-a4f6-47ea-85cd-e224959f9520
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.18,e31198b4-b08f-4d22-a1a6-f43c2cbcafdf
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.18,40e70787-a94d-454a-89cf-f8943b698360
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,cacb0076-c02a-489f-bf8c-6eeab80934b6
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.18,2714829b-eff3-48b2-90d9-61ffc2336501
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.18,7b78e419-7267-42b6-9168-648bba44c63e
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.18,98f30447-81f4-48d7-a932-1984a1fa3126
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,3.299701187497721e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.18,c313375c-3b73-474a-8d5b-af5130f8784f
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.308,4eb49054-c1cc-4fff-bc2e-f35a93e72a31
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,5eea705c-d6ec-4655-86d4-1fdf96017e50
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.1.2,modeled_data,kg/kWh,CO2e_value:0.308,1d2e9b79-df3a-44ac-9900-96c1a23c4c85
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.308,d6f03696-af3d-4bff-a4ea-3066525c5f0b
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,cf32a0c7-364c-4e27-93de-73b0943ef05f
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.2.2,modeled_data,kg/kWh,CO2e_value:0.308,c525ef53-67aa-43ea-9b66-90c24d8743a4
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.308,2f1c028f-f8bf-44d1-bc6a-d599392f9363
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,8bee67fd-dd3a-42ca-83b1-adf7427d8330
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.3.2,modeled_data,kg/kWh,CO2e_value:0.308,be937e3e-c9ce-4bd2-ad08-3c8892d60fc8
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.308,128db139-1c60-4211-b667-1dad0c73d537
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,d18bc119-ed01-4b9d-9ce2-112d3d0075df
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.4.2,modeled_data,kg/kWh,CO2e_value:0.308,73d28c07-ed6c-4ef0-b8c2-7a911c62bbb2
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.308,358d6b4e-29ff-4212-8028-6ceaa777e330
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,227b73cf-b168-4644-8b13-b50235cf42e5
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.5.2,modeled_data,kg/kWh,CO2e_value:0.308,8a0d9574-a21c-4713-b56f-658dd7bdee99
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.308,aef859e3-ebc1-4028-9d47-b2adcde32a83
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,ca1c2504-458e-4b42-862b-ba344a52d163
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,I.6.2,modeled_data,kg/kWh,CO2e_value:0.308,2936612e-14b8-4ba5-8c5a-e10d78b8bdd3
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.308,bea87547-be24-4dc5-a82e-27205c0a6745
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,c07e4a7e-f7ac-44ef-9103-9db936f2f069
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.1.2,modeled_data,kg/kWh,CO2e_value:0.308,750eafab-c788-466d-8741-6bc233596ea9
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.308,6a3df111-f266-43bb-9b02-656af9b4c18a
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,6f71d3ca-1360-49b9-88a8-33dba2a28b8a
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.2.2,modeled_data,kg/kWh,CO2e_value:0.308,f3fdb234-1bf7-403d-b61d-b4fe3aa4b044
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.308,91b172e7-8f17-4c97-ad78-b81b3d119f75
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,37f6cfe9-598d-47b7-8d41-a9e15734e0a5
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.3.2,modeled_data,kg/kWh,CO2e_value:0.308,7ee9307c-37a0-4cb5-b98e-2e4ae9ea46e1
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.308,4807a9b4-dd0b-4593-a053-6dbcda21691c
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,870ec102-26f7-496d-bbc2-64fa5f2ff119
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.2464305855293144,II.4.2,modeled_data,kg/kWh,CO2e_value:0.308,ac462ccd-2376-4c8b-b8da-71cfe56b3842
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.308,b4fba05b-895a-4cd9-a37b-3232ad46ea9c
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,42555f13-6619-4868-881f-6440324c27ea
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.1.2,modeled_data,kg/kWh,CO2e_value:0.308,036a7c2c-580e-4322-96ef-b23255b4010f
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.308,85461418-c3de-421f-9f2d-eda90902b69a
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,e5980783-962d-4517-aa0e-d6d60a2fae50
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.2.2,modeled_data,kg/kWh,CO2e_value:0.308,545351c8-9218-424b-a463-daba7d0fd815
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.308,4614383a-d91f-4034-9430-be6175641780
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,15090529-79a1-45f7-9662-e455b43b9317
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.3.2,modeled_data,kg/kWh,CO2e_value:0.308,103cdf8a-d6fe-498a-9262-93d576e8a4cb
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.308,1198b2bb-3e86-4d1a-9058-b316e66ceec1
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,94f5471f-2b8e-4b89-8d74-e385441ad69f
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.4.2,modeled_data,kg/kWh,CO2e_value:0.308,53f66ebb-0ab7-47b8-b201-1d2d6651fc4e
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.308,c8c089e7-944b-4858-9f84-58a30964ab2e
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,734a1146-9576-42c5-8221-43d592b800d7
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.5.2,modeled_data,kg/kWh,CO2e_value:0.308,ad2fc5cb-0bd2-45b3-9508-4c2988d53844
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.308,c6aa5649-7535-4f64-bf38-e4718e7daa7a
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,7ed4b548-4ab2-4e63-9d78-f3c7ed6812f0
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,I.6.2,modeled_data,kg/kWh,CO2e_value:0.308,caef3152-90a7-45e7-9e51-9aa13a16e5be
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.308,75016e03-297e-4401-9ce6-99e74b04623a
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,0bb4ffb5-b458-45ab-964e-fa2fb83fc22f
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.1.2,modeled_data,kg/kWh,CO2e_value:0.308,b44ab00a-05e0-4b2b-8d42-dca97cb1b8ec
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.308,db3e5d23-4fdf-4778-a637-dca178f5325e
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,533c0455-2631-495a-b685-741bd2dc7200
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.2.2,modeled_data,kg/kWh,CO2e_value:0.308,c085679f-9967-4601-b90c-d569b9f1b4ad
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.308,6e801f9e-d914-481a-b8b2-aa7f0ed712aa
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,8d8813d0-58d6-40c5-b979-e0d8a5ab3eac
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.3.2,modeled_data,kg/kWh,CO2e_value:0.308,35b075db-3dd5-4100-bb2e-d6e4448e6d1f
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.308,17bc1fcd-4716-435d-9b71-228237d91d2a
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,ff85b6ef-7deb-4dcd-918f-e9aab92c662f
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.0015505280129780685,II.4.2,modeled_data,kg/kWh,CO2e_value:0.308,fae6964f-87d3-419e-9d84-ede1deb34d71
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.308,49d57564-a966-4882-96d6-bd1cf53f1266
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,c173acaa-d81f-40df-b72e-bc311c84fcf9
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.308,f57986d7-30ed-4a74-ac0a-f84755db3816
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.308,cac6548f-35a9-4016-a5eb-32f60e4e703b
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,d49c0f61-9278-4a10-99b5-97c0268b8f09
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.308,bb21621c-8e45-477c-af73-993c1e6c83ec
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.308,7d9344c4-ae52-45dd-852d-608f12d368c6
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,7361e035-d192-4690-8da3-ba4d1a4618de
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.308,9e2f0bca-00f5-4b36-b72f-59147432ab0f
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.308,6cfda2fe-f194-4bb0-bc83-6adc3c15ceef
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,3dc7fd7c-2057-4139-b2eb-fc54f9573cc2
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.308,c929a31e-cd08-4264-a17d-16ab1713c09d
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.308,852b0f35-4ab8-4991-88bf-ba0be0353bae
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,70ccdc35-2612-4154-84ec-303810e4713f
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.308,c04534aa-e0ef-47a3-b259-3a14820471c7
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.308,b2e6fa78-20b2-4722-b0b5-88da43a5d56e
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,a7169292-c6a4-43fb-bc4b-593b58f7aeb9
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.308,6c77e2c7-d543-4d6e-bfb1-50250eb2bb0e
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.308,d10f8d74-3072-4093-a7e4-a789bc21030d
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,98b3e628-8f33-44a3-8efd-cda9db5413d3
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.308,fdfeccfa-fc1e-455f-8d71-38c235e36239
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.308,d79dddae-2c32-4103-9ea7-88b04b590eb8
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,72f790df-f6f9-4af1-964b-af7f2cc52f5b
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.308,84fd22c4-8a93-424a-8d26-d514fef90dbe
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.308,bd5d9901-edf2-4458-889d-5776f9c9e900
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,7520abc6-e5e4-4caf-85d3-bb164928fe79
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.308,25c9a18c-e2e6-4b26-ada2-fc53b8ca8ab2
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.308,a4c10f5d-3646-4805-a240-20e7a152ea49
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.308,ef309b17-f415-4d95-8748-4f98cf180219
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,5.6417258591876006e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.308,0d592236-8fdf-46e5-9803-1915e04092c0
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.702,2eb622c5-d82a-4f3b-98d9-099a32ad39d1
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,8667d819-c563-498b-bb36-935ab1c9df00
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.1.2,modeled_data,kg/kWh,CO2e_value:0.702,41727df0-a9d0-4f95-9f4c-ad4140224e74
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.702,ee44fd61-6fa9-4ff3-adb6-925540b0c565
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,56274657-0c72-4168-b15b-007f4ac2b171
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.2.2,modeled_data,kg/kWh,CO2e_value:0.702,dd9b793a-8472-4945-baf9-d36fe4571e6a
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.702,8e5573e9-870c-4725-a0a0-a1cb3d75b93b
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,6e2fc96f-65d7-41aa-bee5-f9cdc49070f5
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.3.2,modeled_data,kg/kWh,CO2e_value:0.702,1afdfa46-aa36-4d93-bf9f-3d95566e802c
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.702,2c991ccf-5dfa-4d38-b196-a29ad02031d4
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,581d6b05-6265-4c41-838d-d7856f588f04
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.4.2,modeled_data,kg/kWh,CO2e_value:0.702,b91be8a3-3701-4d7b-80f4-1306e78a874c
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.702,33bf0dc1-dbb0-4a1e-8b1d-f4cd77f20487
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,7448dfca-d252-493b-bd07-6c40b790b936
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.5.2,modeled_data,kg/kWh,CO2e_value:0.702,33cb6804-12a3-4c80-963e-f6b793a4ace4
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.702,831e2db7-63ef-4d9d-bfd7-5ba3942b6482
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,d501551f-f40f-4fae-a928-fcf0599d89c8
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,I.6.2,modeled_data,kg/kWh,CO2e_value:0.702,15130533-f9a2-4880-9491-c14c58a252d7
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.702,f37d9add-3576-4f18-a8ab-b1e4f871d888
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,5fd8eb48-7493-4c40-946c-4fa9fa2fdc41
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.1.2,modeled_data,kg/kWh,CO2e_value:0.702,190e2c40-2177-4a7f-bdd4-e318e90d24b8
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.702,e3f122db-5338-4752-b466-785e8a47bb4a
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,31067eb1-a3b9-491e-a651-f6d1c79dd2d7
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.2.2,modeled_data,kg/kWh,CO2e_value:0.702,508029a1-57c3-46ec-a236-289a2d25a8d0
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.702,5bd7a1a4-2dd1-445f-85ef-afce8c212ddc
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,0b4fb146-6166-4f9a-a308-4abc57b0df3e
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.3.2,modeled_data,kg/kWh,CO2e_value:0.702,d42399f2-53f4-4a6d-8e7b-edf14a0aa202
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.702,6cd33e39-ab19-4b52-9723-234e5ba280ab
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,2548b42c-a407-490e-b679-c4515ed673e1
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.5619666383207036,II.4.2,modeled_data,kg/kWh,CO2e_value:0.702,34d84efb-bd8f-4032-b46c-0540380dbf23
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.702,858a1572-0449-492c-8996-ba13612b26a4
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,2b6b032d-24a5-4e24-863f-dde67cdb6d6b
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.1.2,modeled_data,kg/kWh,CO2e_value:0.702,93bf986a-a0d4-4ce1-90f7-6d3ff6c0da99
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.702,c169ae49-54fe-4636-9544-c1dda4d5d25f
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,31fad4cd-8567-4ff5-b073-3a81ffec9694
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.2.2,modeled_data,kg/kWh,CO2e_value:0.702,62d3ec37-ddb3-4f6d-ba94-4612958b2b0d
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.702,0136b5e5-1909-48fc-9989-4e0972b97b96
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,86af00d9-e9b5-4119-95ea-68ffa1b7bf72
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.3.2,modeled_data,kg/kWh,CO2e_value:0.702,aa7b9a49-5a31-4b7e-a940-8f4f0d8b02dd
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.702,13f21e1c-6593-4e18-a94e-2ce0f1b65430
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,5e58671c-8731-4c7f-88d7-c2603b0cc70b
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.4.2,modeled_data,kg/kWh,CO2e_value:0.702,1202a284-abd4-4d28-a2f8-680cb5a2da8a
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.702,8f9e2dd9-a78c-41d9-82f0-10a262eb24f8
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,064860a1-eb68-40c3-beb3-eb6b642c8d3c
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.5.2,modeled_data,kg/kWh,CO2e_value:0.702,2bba0fe3-c8d0-4bdd-a939-2ac8074d35a6
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.702,05528c63-1b2a-4597-a1bb-2cbec07a2752
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,1bc73bd4-0e79-4c05-a966-2613611359d1
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,I.6.2,modeled_data,kg/kWh,CO2e_value:0.702,8db34002-8a55-4283-932d-a857c5ac802b
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.702,03d9d24c-827d-41cb-abeb-d8620f07d0fa
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,43140850-ee0f-4fa5-a092-b7473f2ae2db
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.1.2,modeled_data,kg/kWh,CO2e_value:0.702,c1ac674d-435f-429a-9d24-6977434213a0
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.702,740133b5-aa63-4964-b60f-24e09a568d34
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,556d39d7-40da-4c0d-90bc-c3d4fd948b66
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.2.2,modeled_data,kg/kWh,CO2e_value:0.702,9ac46066-80e9-4134-b20c-7c3cc7a399b2
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.702,7d60842a-a5b4-4179-ac6c-1dc5ad138b5f
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,72161d0f-fd86-496b-b036-6dc14dfe3371
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.3.2,modeled_data,kg/kWh,CO2e_value:0.702,0548ca37-9bac-40a7-9352-4c692e643c12
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.702,0060cfc0-73b5-49b8-8f0d-ebd94c8f8591
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,3ff7eab0-3aa6-43b3-97d7-078d9cb53ed1
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0035358639156084534,II.4.2,modeled_data,kg/kWh,CO2e_value:0.702,81cd8a2e-f4d6-4ca1-b6a8-55c2b938c7b6
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.702,83f12367-28c2-4a9f-b286-263d7b82636b
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,e2f7f444-f3fb-4742-8d57-ed62a20a8126
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.1.2,modeled_data,kg/kWh,CO2e_value:0.702,7b04d530-1fe9-4cc0-acc5-96069532f770
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.702,2eeb12c7-a6ba-4571-8b4b-efaa02b7682f
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,ca1ea148-b78a-42fb-84d0-b077635b420f
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.2.2,modeled_data,kg/kWh,CO2e_value:0.702,aef64c4c-325f-42eb-a8ef-21275c5e17ef
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.702,cd7e7e65-b3cf-46a6-aab0-5b65132fe85c
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,accca718-0381-4791-bb52-8a7b11a5c4ba
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.3.2,modeled_data,kg/kWh,CO2e_value:0.702,916ca8a7-4dfd-424a-ba7c-ff155e744ca6
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.702,863b8bf4-1518-4834-9f12-172e09e7b5dd
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,fed60e9a-8eb6-4d79-a241-d9e519213f2a
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.4.2,modeled_data,kg/kWh,CO2e_value:0.702,15811735-7ab0-449e-8e73-93fd2d71bfa9
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.702,a075e2ec-8105-4cdc-864f-040af43804d9
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,1ac1fff8-0db0-4579-9894-7a038a865656
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.5.2,modeled_data,kg/kWh,CO2e_value:0.702,fba81bab-d529-4c39-bbe7-dc81a3fa7aba
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.702,d2473b9d-7af8-43b8-9846-2e90b48aeebf
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,1179b939-fc66-4093-9f1e-eb8da88856da
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,I.6.2,modeled_data,kg/kWh,CO2e_value:0.702,466f7476-d0b4-4fde-970e-90bd2d9a3852
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.702,d702c1f2-5ba9-43d2-befb-bc1d135857e1
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,c41bf7ed-b92a-401b-af62-aaa70d96bb0a
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.1.2,modeled_data,kg/kWh,CO2e_value:0.702,4436cfe4-e4c3-428a-aaca-fb6452f14009
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.702,70db3f96-4bae-49d4-ae90-98aacfd132bf
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,c15b8c68-5b29-4e5e-9903-b4d3d8cad413
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.2.2,modeled_data,kg/kWh,CO2e_value:0.702,dff17d15-3672-4c17-a145-540d01ba9bcc
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.702,303843f0-c323-44ba-a01a-29b466e6416a
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,22e43566-3d6a-421d-896d-9a9f3ae18282
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.3.2,modeled_data,kg/kWh,CO2e_value:0.702,c335fd59-6258-4f66-a922-871eb89a87f4
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.702,03626b94-99db-4229-9180-ab4ff36000b2
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.702,c4064557-1fa4-4f95-a290-dc10104f84c2
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,0.000128655365915912,II.4.2,modeled_data,kg/kWh,CO2e_value:0.702,02fecac4-e103-4360-bc87-6895e6cfe04d
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.539,e446b2ca-4ec9-4624-830c-75aa3bc9d29c
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,bf881b00-132b-4d3a-a223-468715ddf2f2
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.1.2,modeled_data,kg/kWh,CO2e_value:0.539,fa869353-4443-46b9-91c1-e4d63254a13f
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.539,b17ba9e1-e125-4832-af08-f054ba089c3d
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,74250d73-82b8-41fc-a14a-e74e2ad94ab6
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.2.2,modeled_data,kg/kWh,CO2e_value:0.539,211384f6-52e5-4280-b0c8-1b220193e6c7
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.539,6fab6e97-4ea3-43f3-a1fd-018484d756b9
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,5238f1dd-758e-4ee3-b9fb-57f3cb8e9d1c
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.3.2,modeled_data,kg/kWh,CO2e_value:0.539,cd29b4ac-b8cf-4e85-9adc-26f33390229b
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.539,0a6a8149-bbad-4a31-8cdb-9a7881832086
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,c437b353-9930-4404-96c4-1faffd13a0e9
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.4.2,modeled_data,kg/kWh,CO2e_value:0.539,b5e62b19-9a36-44ee-90f5-17f28fc88225
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.539,75b8a7b7-a5a0-4809-96d6-5c58e1983040
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,b57169ad-a284-4838-b671-c7416d59c3f3
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.5.2,modeled_data,kg/kWh,CO2e_value:0.539,e8d2036b-9f21-4d6d-953a-fb4be9a58c13
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.539,78bbd4b3-1c10-4b90-8bda-663fad70170d
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,432695d4-fca9-4b67-8b18-1ed5122cf784
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,I.6.2,modeled_data,kg/kWh,CO2e_value:0.539,d40c6290-2e84-4024-9f0e-770df50da2eb
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.539,4d435c66-b12e-4ad5-908c-29fa9308afc9
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,2348c4b9-b7e0-47f7-a2fd-db487a3ee0d3
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.1.2,modeled_data,kg/kWh,CO2e_value:0.539,862e1c22-c2d1-4123-b1f1-bf1166ca3d78
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.539,edafb279-bacd-4ef0-a589-956be338d346
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,0e812d76-4873-4ba8-a29b-ec423d09ddcb
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.2.2,modeled_data,kg/kWh,CO2e_value:0.539,eb7988d1-b208-4b1a-9db1-150e95da3b58
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.539,62872a04-b237-4f7d-beed-d841fa3e5933
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,cde7ac28-f18c-46cb-a48d-a527f1e8f195
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.3.2,modeled_data,kg/kWh,CO2e_value:0.539,6b3d1cfc-a94e-4a82-95ef-584fe89769f1
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.539,a2867ad7-0fcd-4c9e-ab43-6cb1192c9f41
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,84c42a25-a382-4d9d-8229-d3945b7b10b4
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.43107518969985903,II.4.2,modeled_data,kg/kWh,CO2e_value:0.539,f101b98d-c3b4-480a-bb69-848557a64082
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.539,33e0790b-98e6-40db-9377-02ede7796706
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,1d11e1eb-2e31-49d3-9675-25fc1fb09d25
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.1.2,modeled_data,kg/kWh,CO2e_value:0.539,47fe4006-c5c6-4252-8e15-c2ca2a93546f
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.539,6bbf3247-fa7d-437d-a67f-cbcfcad2119b
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,4b0d349f-48f2-4e59-8526-1fea8c98cc64
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.2.2,modeled_data,kg/kWh,CO2e_value:0.539,1ee24fc8-d25f-44d9-a54b-3d9b1abcba65
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.539,766d2d15-4dd5-4ec7-a3e0-3d6e7bf35202
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,321676c0-eb27-4d54-8cb2-0fdd37950da4
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.3.2,modeled_data,kg/kWh,CO2e_value:0.539,cdb75b6e-033f-4f1e-ba97-fe70344868d8
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.539,480bad60-3354-4df2-9751-b7bea89e1e31
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,73b93151-0e53-4336-a270-1507604fd5a3
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.4.2,modeled_data,kg/kWh,CO2e_value:0.539,783d772b-6917-4c6e-b0ad-532728c63939
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.539,44e7866f-4d24-4995-91ec-435083663cf3
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,a7e4b445-bcd2-4565-ba8d-581af07c5587
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.5.2,modeled_data,kg/kWh,CO2e_value:0.539,dd85296a-8fea-4077-813b-e3b1286c28ca
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.539,c847dbbc-857e-49cd-805e-23859580a474
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,1c4b1002-d051-4ab9-8cb2-e8eba5d659fd
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,I.6.2,modeled_data,kg/kWh,CO2e_value:0.539,8ca3eb72-ce8f-40e0-a406-f3a800dcb6d2
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.539,017e4c34-b491-447b-828d-9bc3d6f3b6e9
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,7fe1fd79-c4db-49c2-85ae-b197a625d35b
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.1.2,modeled_data,kg/kWh,CO2e_value:0.539,a26dd34b-c520-4075-8b34-ddc37011fb99
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.539,e2969c94-0c4c-4284-8526-76758f0de5ca
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,e219e585-9598-40d2-9b7c-563110c81fa2
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.2.2,modeled_data,kg/kWh,CO2e_value:0.539,a063a330-be5f-4f27-9836-7862ae5f8c2c
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.539,3a3b0815-4312-4ad3-9f11-8c1cbc54e302
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,6323d39f-98ee-436f-8b7b-ed9c69990c59
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.3.2,modeled_data,kg/kWh,CO2e_value:0.539,80266bd0-bb0f-4973-a215-8fc060d75287
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.539,6b60b2a1-5ca2-4897-922b-4ddbcde9fddf
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,2fbfea0c-5811-4c57-8f16-88520785bbd8
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.0027123019486148844,II.4.2,modeled_data,kg/kWh,CO2e_value:0.539,d007e4ce-6c03-4e86-aa64-a98e1768665b
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.539,d1232e91-422f-4ed6-a857-a4fcaaddfa80
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,5366803a-eb7b-452a-8b0f-64fa1c4115bd
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.539,d7db0634-0f37-43c9-bfe4-58866f6afede
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.539,db67d409-2ad2-45bf-ba35-091c3915d30c
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,fe39a5d0-f6ec-4c45-a80f-708234057329
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.539,f891f8ff-411a-4a59-a043-2be6b74af75c
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.539,3b14e118-c024-4a27-ba26-1a8b16138755
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,8fd96556-4711-4a13-a67f-037ec107f41d
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.539,c07ff794-d16b-48a5-9661-38022d92bc2b
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.539,962729c5-5f9e-4246-aff7-7199993c9a77
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,2b5b52d3-cc18-4ed1-80a7-81c3aed18274
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.539,18342da6-e01f-463f-b939-01ce7f505b79
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.539,5a509133-cb1b-482c-a240-03be7c579aa4
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,05684ca0-4527-416f-93bd-f90dcfc03490
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.539,3ab22700-8864-47b6-9352-215ea70de4b4
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.539,43ce9046-a42f-4589-9620-7fb5c11faa68
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,0bd450e8-498b-4541-8ace-56d0fa424754
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.539,1880489c-5632-4217-9005-790b87dfc7c7
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.539,c0024929-10b1-4429-9453-87ae3c777891
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,dd3b4c26-6da1-40d2-8391-56477b07eeac
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.539,e9144874-a471-44e8-9754-ab10621a2f78
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.539,10fa9a8f-3711-4090-8abe-8725124c898b
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,49337e27-8eb5-4c5a-9702-f77ecfc22d60
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.539,7f195086-d3f6-4a7c-b698-1b4aaa9f85a7
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.539,da33244a-3ec7-4b0f-98ff-4930e1cdca75
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,40d103ab-8df8-4efc-b74a-c11dc6e63637
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.539,cb9cf412-7354-4cd9-a648-9dad903f346f
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.539,874a0683-e9dc-4e1e-bcf8-e05b628565f2
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,060dcac4-3ca9-49b4-a17e-2bb1b2e96f70
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,9.86893749312864e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.539,97f5b4b8-6e0b-41b2-b105-d6a5a24c395e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.062,2c06b5aa-f3e0-4bb8-be68-f064ee0f23c9
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,99b637ae-1bb0-4973-bd06-0d4cedff2163
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.1.2,modeled_data,kg/kWh,CO2e_value:0.062,6245fac7-6425-4b84-8b24-848610020b77
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.062,a1fcda5d-bd95-4c2d-9afb-7b8fec1f611b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,436ee581-14dd-4c4d-9572-5e4f6ddda2a1
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.2.2,modeled_data,kg/kWh,CO2e_value:0.062,4af8805f-d675-4871-a356-0cece168352b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.062,59a757b7-444a-4078-ab17-d27dabe20c60
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,3c8e27ff-cde3-47fc-949f-1a0adccdf4dc
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.3.2,modeled_data,kg/kWh,CO2e_value:0.062,b4769402-d3f6-4792-a870-e35d500c9f0e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.062,006e91bd-49b2-4bba-99cb-9d6a034704bc
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,ee7aa7b8-2acf-4796-8545-081f5186099f
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.4.2,modeled_data,kg/kWh,CO2e_value:0.062,d3c04a78-c8a3-43eb-a4a9-6ee7e299278b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.062,ab6f2155-0ad3-4c84-9b85-f4ac3ed8b8d1
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,35f47687-38d0-451d-b41b-365839f4b238
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.5.2,modeled_data,kg/kWh,CO2e_value:0.062,fda7bd52-e1cc-48cb-8ad9-fb8c03d3dd12
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.062,50a1fa1e-bba2-42ba-b7cd-7a12af597a66
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,b09f1d82-8dad-492f-82b2-1f084660740e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,I.6.2,modeled_data,kg/kWh,CO2e_value:0.062,2bba4246-a7cd-4021-8458-f3cc2624e25e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.062,993c8f4d-1801-4de7-a47b-6d5d2384871b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,7cec1ffa-0b79-4384-98b5-ff9ceafca1f2
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.1.2,modeled_data,kg/kWh,CO2e_value:0.062,9f776425-28b8-4789-b615-f981684400f4
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.062,7fadec5e-77fa-4577-8595-5ad5c7efd102
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,63295ad8-eccc-42ff-bf94-29bc8e02ea67
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.2.2,modeled_data,kg/kWh,CO2e_value:0.062,42198e37-b52e-4ea5-9ff7-608f18945a2e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.062,e5b6919c-ffc8-4256-8a1e-4ddb7a5a828b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,f0d2d744-e085-4581-b8c7-47f1baa5a24f
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.3.2,modeled_data,kg/kWh,CO2e_value:0.062,8d74eefa-8388-423e-892d-0fabe93e7e8e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.062,136cb9fe-089b-47ac-ae93-2907318246f8
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,b4caddd2-8c7c-45f3-bd67-3739650d6047
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.049748254544578804,II.4.2,modeled_data,kg/kWh,CO2e_value:0.062,5effeb72-ff5b-4ff6-8abd-e6e52e976945
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.062,f2ac864d-9eb9-4447-8ab8-41e604763063
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,348759e3-0d5d-4c05-98ff-b4444822c426
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.1.2,modeled_data,kg/kWh,CO2e_value:0.062,db178684-ad89-4402-9ed5-8f8c715d26bf
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.062,706a29b8-3fb5-4695-a654-4918704135d6
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,1700ba73-b483-4866-932b-3859e98f70f7
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.2.2,modeled_data,kg/kWh,CO2e_value:0.062,b4983a52-af31-4960-809d-991283b0d40b
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.062,06479583-8a2c-4e83-be89-16dda903606a
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,227c282c-c3be-42d6-b7fd-35bf1a7480e5
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.3.2,modeled_data,kg/kWh,CO2e_value:0.062,35e61c09-333f-4b95-998d-c1462fb3527e
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.062,e0d38678-0f25-40d9-b43e-6903e7539046
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,039ef1ec-98a6-43f4-a064-f3f3efadce68
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.4.2,modeled_data,kg/kWh,CO2e_value:0.062,3ac8b25f-62ea-4be7-9af4-692c36a2e8ac
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.062,fdccb21e-46af-4b03-9fc0-ce5124483b8b
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,b1345e69-3657-4414-90c0-f1a20839f0b3
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.5.2,modeled_data,kg/kWh,CO2e_value:0.062,951de019-a1b6-48e6-91c1-2631937b5991
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.062,ec4ada07-3f6e-4a06-8dc4-94047cb5482b
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,8c380683-5a81-4c9f-be4d-5e433094cf7c
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,I.6.2,modeled_data,kg/kWh,CO2e_value:0.062,65a80810-915e-4f45-b0e8-e51e44d54f80
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.062,8d7c1a74-58de-41be-9a03-8d9317aa93a5
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,8d646132-e669-4955-a2d7-4c4157842d85
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.1.2,modeled_data,kg/kWh,CO2e_value:0.062,da1de00f-da4a-4e7b-903c-baf79f400149
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.062,168c0051-c293-44e4-a4c0-5a8dd47e6e10
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,ee777f67-8181-41c5-a486-66afbfa068cb
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.2.2,modeled_data,kg/kWh,CO2e_value:0.062,0f6c3ad3-668d-41a9-95df-590ba72282c8
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.062,f1d91a4b-363f-4c47-b11c-ceb2ddda844b
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,a3964b7b-69d0-4a86-b5ba-2898e1323edd
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.3.2,modeled_data,kg/kWh,CO2e_value:0.062,34bfe500-46eb-4282-882b-bc2e38ade1a4
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.062,0d324000-fcdb-484d-bbc8-a9edce49e46b
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,e70d13e5-25f4-4b21-bd2b-b99f4343e754
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,0.00031301334654726593,II.4.2,modeled_data,kg/kWh,CO2e_value:0.062,c3925251-d787-4a83-b853-79d5529139c5
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.062,20c37b7b-9787-4dbc-80f0-2dcd869dc586
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,08f32f24-b373-42a9-9734-ee9d27406ae8
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.062,861801ab-cd6d-4270-9355-eec104bfdb74
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.062,e3f9fa70-bc85-4a59-9d52-61d1a7a4f706
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,2433c637-8b58-45a1-a999-4295d74d80ed
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.062,d4d8c6ec-0070-45b7-a672-722a4709eb10
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.062,98ee540e-9d83-47eb-80a3-66b532d22811
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,2a7efeae-5d59-4cc8-84f4-34e0c8978dac
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.062,3a99ed5e-1e55-4364-a385-47fff608839c
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.062,501fdd0b-ea80-4b78-96b2-3a28eb4ee0d5
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,09ca2405-01a2-4f2f-81d8-9f76440928d2
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.062,179b8e90-bcf0-47de-8c9a-3cc2d6266672
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.062,aef7915d-ec6e-479a-b7a0-e81e405dbfcb
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,bfbbeec6-1370-4659-a65d-475a48f4f81f
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.062,c323d388-8be0-456a-a24f-149a06a80f1b
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.062,de61ff0a-0e52-4af6-bf24-078a74f5ec59
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,f17af6d9-5412-416a-80c1-c84ec290f19a
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.062,88ff1a1c-209b-45a7-96c4-bcaeaa99e3cc
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.062,6bb53618-a9e8-45aa-b1a5-695999450057
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,ae22b03e-1b32-4faf-bdba-caaefebbd9d9
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.062,476372e4-f838-4c99-9522-b7fdaec11a80
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.062,754d5cbb-23e3-454e-a0d7-2edbeedcb386
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,60a2fb3d-4d63-4aaf-b547-7ede36157e8c
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.062,9e7c4842-0406-43af-8066-0b0ed2dcddf9
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.062,f53afb2d-901a-4338-b666-bb95a164ad1f
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,de0a7787-5393-4fb8-bf60-40bacddb6264
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.062,9be80240-58dd-4927-80e1-885acd747fe1
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.062,13be3bc5-da0a-4924-82b7-2ba5fe468a9d
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,ad731723-a0b8-4e07-a254-0b5411ac902b
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,1.1389252414051924e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.062,d96c940a-b3da-4470-af16-d620dc4d1e9b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,e9204feb-9c80-4290-b3b5-5524eb66d529
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,60c9e576-f7d2-4ce6-9b77-d6cffdd911ae
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,3a609dfe-78c5-43d5-8085-53ec08f55092
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,149ecda3-88d1-429d-9a56-212265a8ab65
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,023fde21-9611-45bd-8f7d-03518194842a
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,705efba0-306f-4ecd-a429-5eaac0d9cab5
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,c0e84dd4-71c8-414e-8ea6-83485a9628f8
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,13868b09-0647-4a0d-a46c-0560744e7e89
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,bef86570-db14-4bdd-b3f1-96f053000f7f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,07900131-91a1-4551-af5c-a2477fd4c635
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,8f7f3075-54bf-4125-a11a-73fc522e0bc1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,a734307d-93f2-499a-a6c7-95d4165340b8
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,1cd9a146-9f05-4f13-997d-6492f449c52c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,a99136b4-03b0-4903-9bbf-d25edf2da96a
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,8c20aacc-9bb9-4355-92d8-69454a363e83
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,abba4d1b-340c-4650-ba25-1053fa54817a
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,8b348899-b048-402f-afb8-53f053890a1b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,44074c9b-e48f-4770-9cae-c95e0fe6b6ce
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,442fd3ad-7785-4371-ab0e-9eed6e7e2b77
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,0caf784a-e405-4b6c-acf1-96b839fcc6ed
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,7137aafa-a6f4-4f70-ac7e-16daf29ffce4
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,6d79058b-ee69-4031-94f1-89747ec7800d
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,855559a1-25a8-4035-85db-b792e0afecb7
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,5f8574f2-1287-496a-a4fb-0e2e69250430
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,94171b68-bad0-4644-88ec-f42f0c33fcea
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,41848b8e-fa7a-40f1-b2b1-92c3b7f6231f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,69a4e845-9e3d-499b-a89d-c5d2fc2d9384
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f68de21a-26ab-41f0-966b-6d85d2fe67d0
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,03cb90fd-0c95-407c-b31d-00216ee3f91f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.28857472985390215,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,457e5932-2483-4499-97d6-c0860e8dcf40
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,1c4bc1ba-2b08-4fc1-88e3-7f8b4ec4ecd8
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,1d13a106-ae45-44c1-821d-ed13c3decf25
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,0135cafa-c1ea-4745-98d4-190f8ede17aa
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,446b5fcf-87f7-4efd-adba-04b3f438bb7b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,fd1b2591-5c71-4b1c-a637-b3fa0727f156
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,bf4d300e-1c43-4d4f-aa12-387f2fca78a7
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,319f60e8-5ab7-43c4-8428-9abc8513f1f4
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,31b5b95d-532e-4544-ab1f-a2338e4cde86
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,e3fd09c7-5886-4436-b4ca-bcd27d2d56d0
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,35738523-d4c0-4ab8-a572-0fd1199e3419
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,77518aeb-3457-41db-8e5b-cc6cee7f351b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,65783d12-3037-48e0-ad92-74399e9be7d4
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,78a62839-de63-48ed-9594-bdd961f73abf
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,e13e0e0b-a2b6-497a-a652-98981f5c5299
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,e66298cb-608f-464c-82e1-66862115a65e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,f65eaa49-d7b2-4b76-afb7-4ead26cdf8b1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,f8cff15c-849b-429b-aade-b5b61faea717
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,0fecd01b-8e8c-48c3-a336-4c0fd0847954
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,d56ac8aa-44bb-4f9c-96bc-65ec87b46b14
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,7b356cf8-26ef-459a-ac19-cb6270dbe1c8
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,c6185017-3d9e-4d6c-92ea-504ae037515f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,fdc6f6c8-edcf-4543-92df-9d482f79bd8c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,bfb04901-dfed-4bb0-b529-080edbc77362
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,1ad4697f-938f-4a07-9418-7d1b6f2eb0e5
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,061181fb-8f35-4833-bcc4-849ca742e705
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,662a8334-cbe3-4e7a-b806-097581e4b829
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,976ec8a7-4c7d-415f-b84a-6027c6b7a26a
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,a519f99f-a0d3-4e8f-98b0-cd7fbea5b16c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,4d8f0305-1692-4615-a640-97f08fac5a6f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.001815696706295525,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,22a0976d-8461-4097-8984-6885986faae9
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,c61ef78f-5de1-4256-855f-1621ad7527e4
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,47467b62-39ad-4983-8d28-a07b460366a9
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.361,1f92f3d0-da85-4f2c-ad7b-35c72e781be1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,9252966b-73d1-46f2-9936-0105cf6e7881
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,d098a376-2ae3-4133-b9f1-4e6654227104
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.361,fb8eaecf-8a3b-41a2-8730-28856b7064a2
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,37569a91-b6c6-4fb8-aee6-fc69b2b86208
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,f38503b6-7844-459a-8d8f-402faf9fad52
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.361,2f468ea8-6bfc-42ad-b9e9-231ab7b33e27
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,b50bcfc1-f9c0-4cd8-bdf7-c60b4f116698
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,3b038d7f-9045-43a5-ac80-c2f26c574ba4
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.361,201180a7-99cb-4bcf-b51f-e24375e766d6
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.361,7f296c4d-5713-4217-995e-a0786020d68e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,84d3b0c5-c0c4-4b0b-8c30-94734e649d51
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.361,754496cf-d954-47c9-afb5-adc9b52b2a96
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.361,aac0915d-27c1-4a05-a083-67db994d3bf1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,61c83ee7-6c71-47ee-a556-e9a35b107e67
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.361,93da9939-fc6a-43a0-b04d-52ff191be925
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.361,10f96a89-21a2-47b3-be86-0f12f98daf04
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,eb9866a5-125e-4857-a375-811f8f8e9861
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.361,afbb10d0-5f3d-4c48-b665-840e05e19675
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.361,6eab4203-5faf-4654-9a78-398ef8a5f6c4
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,33f75510-626a-42e7-9200-1384a45be9ab
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.361,fe6a5788-3cd3-414c-971a-6ef2b1f59e65
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.361,98312d04-6ae6-4448-b54f-e473e49efbd9
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,b68cf572-c80a-4764-8eda-e18bc1ce4144
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.361,8130e650-7661-4809-b123-03ab39e51808
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.361,919333cc-4e80-4192-8c67-2a1e0a07a6ea
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.361,55de2faf-f8db-4dfd-91b7-ab920b542564
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.606564328157101e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.361,2535313f-cfa0-4f0e-953b-af4f0c642653
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,84262e65-5ca9-448e-bfa7-7a7227bd81d5
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,50e5554c-64c4-4a5e-9009-8ed23869a5c4
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,5f74c621-8bac-4225-b405-8e799abefaa4
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,be4efa4d-7885-4035-818d-aa06c1891245
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d7512076-f950-4b14-8319-e33f6126048d
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,97f787f5-9911-485a-9b04-718f01ec5b3e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,1f9f6bf4-5a7e-4a13-bc84-c11d3d365064
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1b90b6ab-9c6d-4f8c-86bf-3e48b8d81c31
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,463b0366-f5dc-4412-b566-134da759439e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,2f34dec9-6a63-4ed9-9a20-1408e01064f7
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a09ce58f-2b67-4acd-840e-f3f78eb6dd61
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,5a099f5c-902b-43e3-8489-6a526e90fc40
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f42f1782-9e06-4b9f-ad31-ae9b76aca194
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a2b3ad90-980a-40bd-9167-6ff14b2209e9
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,215427ac-540c-4712-afe7-47b4824e23ca
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,6e555c6a-77a8-4e3c-ac0d-2039f43a764b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,c3df6a27-f88d-411a-8601-320ffbf62ea5
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,88e65c2e-1d77-41fa-b356-0230eda63c11
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,52c6a53c-4084-4327-871a-a2a2442d9c64
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,fcc78e31-3a33-4873-b854-c6de0d0d384e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,ee411f46-2c27-43ec-8f84-5d8080e0c945
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,1d1d5fb2-5899-4393-9ea8-deb3a713ac93
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b6e21c65-1f17-4efd-a2f4-9ce01c04fc9d
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,061e30ec-8cf6-4a7c-b614-16cc810573e6
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,5ef2be43-626a-495f-8893-8252be4f6589
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,2274462a-057d-48cc-8060-6747cc861a3b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,1c1692b2-b531-4c84-bfde-fa4c18842fb9
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,950ccc72-48b3-4f14-a618-6688929da206
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,aedcfb01-a891-4e6a-935c-1aad3680c8d6
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,0.0157476639283063,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,9c3e588b-e12e-40fb-8e2e-93ca0403a4a7
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,32176f81-f1ab-40cb-bef9-281502ad5bd9
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a2ea358a-d529-431c-9877-296fcd4ee17b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,561f39d4-fc3a-42f5-ae5d-f86e76113796
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f0bf2058-085e-45f5-a367-75ade87ff380
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b9e1d343-32df-4a3a-9e1c-fd6bc197ad03
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,abe850bf-c232-49ef-8672-1bb6c7ef3a72
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,6874e279-06a2-4a4e-b5b4-eeab3aa1a566
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a8568857-45f4-404e-a0d4-d8b26bb327df
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,00366d75-949b-419a-892d-cfa3be8200ae
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,2330c452-199c-4527-a955-933a3dd94e12
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,15e1cb4d-e624-4325-bb3d-eb8ea91dd0c8
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,701acfff-6c64-4dea-8a93-146453f43fcb
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,fa461cff-ab3a-4579-bcc8-0c42c56ff0ae
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,16e7651c-fd53-4f99-802d-39ffbd9e4576
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,48d1efd0-d305-41bb-96eb-0a71684773bb
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9eb474c7-f5d2-430c-8759-b7a802647ee8
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,040ee333-79a0-4cd0-a76c-d37878b3a06e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,0703be8a-f506-4b0d-acb0-a913cb93cd81
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,8a539fb8-c3dd-4967-b102-73ffbd7ae27c
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,5f187b8f-1d92-461d-8954-cd63341d9425
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,81429655-ef43-4262-935f-9de6e1301875
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,d5f36954-ded8-493e-8e1d-6147aa87e760
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,6a44659c-99ea-4a28-bff2-392dc2cd2b31
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,e17bdbff-a10a-4fc6-ab39-fc9675a1ce8d
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,dc730b1f-cef1-4a67-95cd-f1e0c3a1ef77
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1b9f227c-f518-47c5-9298-5b1c1f754f8b
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,38723b37-558e-44c6-afd9-d39b0127fe52
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,27fcaeac-c2a0-4730-9010-81b2613de723
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d4a3cc04-a086-48d7-a99a-f83228cc85ad
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,9.908345592474601e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,56cdf1fe-a175-4b0f-a9e1-97285e7e09e5
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,5b883366-66a4-42cf-8155-c85e7e800a8a
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,8ce6a66b-d442-44b9-9a99-fe0133fb9036
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,c223a16e-957f-498a-9b69-234c8416aafa
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,792e766c-4315-4e8a-9eb8-f57188c2f4c1
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,58da5df3-2169-4ea3-ad8e-65e9ee22a886
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,dbb2b4ae-7fb9-486e-854d-f8bcf4e1c1d7
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,8ef3ab55-f3d4-4be0-a6a8-b67af85f2d7a
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4404833b-b5cb-4f78-8ae5-3bed9cdef403
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,379e1c56-85cf-4dd7-a4f5-e46f00faabe8
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,b10e81cc-fce3-40f3-abf1-8bbfdd6011dd
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,ff70c104-e46f-4af0-b491-728e36a8cfc5
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,98ee4710-5c39-43a5-81e6-b6830f4c5107
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,793d5b5a-86dd-4476-bd43-7718d6de6ebd
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4cd6811b-7186-4945-a68e-b31df5f6c146
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,7f525b12-7766-4260-ab64-93bbb085dec2
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,734fadb2-0f23-476f-9dd7-35e68a3d546a
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,52cfc311-9980-4635-8c9c-af5d623fb919
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,55406198-4bed-46f5-8025-ffdff2c350ea
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9b07cf04-7fc2-4d74-9b75-2b817ab0b2da
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,174a94bb-7f14-4470-923b-75c80cb74968
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,222644a4-fd15-4bcc-b66e-1ac7e60660f1
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,07f36e93-2d92-4c21-8c2a-23a648ff39a4
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,248217e3-db56-4d01-a1c1-fff47374a744
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,a7128f11-5ff3-4806-9190-6e454d2e948a
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,c0a760df-4845-46ba-b157-f225977e3146
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d83b9601-5a09-43c4-a435-f87c72a8405b
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,e0c614d4-3b68-47c5-82ca-076d56baf24d
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,c10bf86d-0b84-4bcf-a0dd-91830aabcb25
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,899dbb09-88f8-4b3d-b1ba-5357980bfb02
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,3.605234415821039e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,4fa55c05-780e-4250-a23c-1618dc33ce34
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ee014c5e-7f2f-45ca-a2bf-527c52bbe299
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1c250e4e-deff-4bfa-ada6-a65aa13f2c54
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,f917c5fc-070b-4b91-b9b4-c84d8ebc5676
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,38841ec8-ccbb-4d9f-b196-2a6700d1b774
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0f090734-7842-4595-9b1d-0751e121573c
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,8106b398-d595-4022-80cb-3b5b452afadb
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,80a30487-3895-49ef-84c7-1579f4d26e42
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4a0e06fb-1f88-4a76-9910-d7409e3c5104
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,0bd96830-0e48-4db9-a954-eaf971bf69b2
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,76d08a2a-45cc-4137-8873-0a2b862d9d1c
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dd2f120b-c912-4f03-9471-dbd1f7c9ecfd
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,7cf6705d-b858-495c-bb64-9605540e0f75
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,2b2d7a0a-b317-4d61-8ca6-52ecde1aa9a3
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6ae4d098-b7f0-4954-aafe-49000a7c1946
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,f170f5c1-7466-4386-bc1f-a8c91445a7de
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,bb0ec4ea-328a-4d38-a908-d95f108dacd3
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b481f1a0-d7cd-4fe5-a0ed-ebecce289288
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,5b847ac1-1a68-46f0-abf9-407a9f11fc1b
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9ba59305-a424-4a29-bce9-3601dbc8356c
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ee551bbd-9b52-43fb-a344-d1a82dede165
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,c320821f-e0b6-4fe5-8c8e-2a50b783986e
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7ca0ef49-cd89-410e-abce-50e5d9862852
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,516ab1bb-748c-4286-90c0-822debd2a7c7
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,154e164a-8084-44fa-9865-ef452b350d08
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5af9cf16-8650-4176-b123-180990995c38
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,66243293-48a3-4a17-81ec-eb94c5af220d
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,85c72ebb-9dfd-47ba-85f5-7ea3d230a7a4
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5773ba54-90fd-4927-90dd-fc4929fd634b
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e0fd7a9e-500f-4b67-8a69-909f80042304
+AL,Albania,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,c0f494e6-04bc-42e5-8803-00a783620c00
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f6f6f69b-8dcc-43e2-a1e0-3e48cdd1d53d
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6c7b7fd2-fb10-45de-bbfd-bb8e54000530
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,c39928e0-f7ba-4412-a000-2be9ca703c60
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f323b23e-d363-401d-92c6-f1707b9eb85e
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b884aa47-2d02-48c9-903e-339d88e76c5d
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,0af4ae24-2752-438e-9629-2560c81ccb27
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,56b6d15f-40b1-4ea7-97e5-346c440c8b32
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,45257662-802d-474a-aa2e-27dd48a6ad12
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,9cb70d0a-c99a-4457-bcef-b35f77fd3809
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,467edea2-094e-46b0-ac76-625f33503f38
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,076ad186-8ab6-4f2b-8615-b9a44bb5f997
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,120a7cb4-803c-45df-8dc2-3c5f48e6cfbf
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,22756711-e9da-44fc-80f8-c5dd3f2002b3
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d2fa81c1-cb52-4f1d-94d0-006456c2416c
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,a82d69d3-ba5f-44a3-aa55-7e32add31a12
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,57b72ef9-0b5a-4a92-8412-6ad4a1718c3b
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e10e9524-fb06-43b7-8a3b-17e1af3d6ae0
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,3da46231-dbfb-430b-935f-cbc0e4cd7da4
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a7cb3046-501e-436b-a4e7-1955fe7c7de4
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1491a142-32f0-438e-8e52-e15d3233383e
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,c33d174e-8070-43cf-9f4c-55e76b6382eb
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6ecdae9a-f5c4-4931-9527-a811bb7ffedb
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6bd57267-5e65-44d5-95d8-67808153a4de
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,278ba457-c9e0-41ba-a32c-46403f506b34
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e31ed886-d608-4736-972c-4a814c729e31
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,adf27882-e11b-4fc9-adca-f1583ac520a0
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,5b65c891-4a20-4832-8974-27449b49894e
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1a103ac8-4171-465f-a41d-5619188d0778
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,30fd71a3-bc65-43e8-9fda-c6844aa7d518
+AL,Albania,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,c2cc0e45-8bf4-49cd-9fdc-ee98bf31643f
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a803102f-ae01-4ba4-b366-91504383aa72
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c6cc6d5a-20ce-41a4-a296-101317d5783d
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,c9be5ea5-d6a3-407f-b036-f28b91271558
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0c25ff53-434d-42e1-8189-023162b014ee
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7d5afde7-19c0-4e2d-b692-045cd29b9ad4
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,ac028a43-e592-4652-a0d3-91ec68732ff0
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f13d9866-61df-4416-b706-d81ed554db6f
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c8b3669f-1858-4eac-8b21-4ff80d6b3cff
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,c818c1b9-2941-40ce-9360-df3c01420530
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e05c1cac-4ecf-4c1d-b3e5-3a1e22538d23
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,02272bed-2134-403d-93ff-afbe0c6ecd18
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,7b94f1c1-1cb4-4afd-9206-b5d88fc4ee18
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0a1d9b46-6807-42e1-baa9-2d3f7ae24af2
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4ea76d52-00af-4005-8bac-317681c6d8dc
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,da21d2e6-99be-4e72-a40a-d9d3e1cd68fd
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,293dae37-3f0e-41ad-9995-c725735ed1e5
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9c5d4d22-5f11-4938-bdc3-621c9e517fde
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,6ba77705-9673-4624-8b33-56b0cb432752
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,efd9c315-2782-49cc-bffa-8b542d1bde7b
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,168e778a-2596-431a-af6c-5ae19d4699d1
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,910708bd-e4c2-4195-8319-ec1cde8a94d1
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5e47cd92-2f31-4912-b16e-c59b3afc26aa
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8c6fef8f-a3fa-4fc5-9dd3-2c97b5852e89
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,6698cfe5-b3e4-4cb1-a238-e791defd7653
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6f99e425-2a0e-49c4-9dfe-4a64bbf9ce32
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9da2d707-dfa9-4882-86eb-08616111f6e4
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,0a3a86e5-75a9-4e5a-a4a3-0a99d3c31127
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b705253f-ced0-4ce1-9585-f26a989a08da
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6f83f50f-6830-4627-bbb2-482398baf431
+AL,Albania,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,61671f6d-1cd1-4a0e-bdec-7f2e7e18798b
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,fbfdf5df-7895-49ec-a870-f2323c623f62
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,ff60b634-3dc9-418f-8bd2-c1749d436ead
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,1c4a5633-f732-464e-ba4d-8164c78dc25d
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,eb9bbae6-621e-44ad-a2e9-c9e46a2d8050
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,8f3d9d2a-0306-4231-871c-0d21f6ce3358
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,30c71bad-7e0b-4b67-a39b-768f00df217a
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,15355a6a-a6ec-4604-9ea6-b8134ef55ca3
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,463788cb-e791-4b20-aa67-39b418e86d22
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,7ac8b2c6-f9db-44a9-ae40-b134d0674bc3
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,60750ebb-d6fd-49c8-9c35-52f67bd428ac
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,ad86df83-dafb-44d5-b413-4f82badd5791
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,c872321c-4245-4a62-bebc-41ea9ba66fdb
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,353abe38-a7b6-47cb-bff0-4bcb0116bebf
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,69d8ddaf-da5a-4f19-beb8-76813797a440
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,b2164205-f2be-4e02-a484-36c3f6cb7c51
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,15791822-3414-477e-bdf8-81b29da97f38
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,7adede9f-e1d9-4303-90d9-7f52387b837e
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,1cc2bfc7-12ac-4696-8199-e945b2223095
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,07129406-7fb8-4739-a509-925007d0145d
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,4e067e7d-0188-44ab-89ea-2d59e1f1bb70
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,b1d17768-cc77-4c13-941e-b8f864b3a882
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,bfe91b03-5014-4571-b267-5d11d97242e0
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,cb2b1ba4-3049-42f4-a878-5d844226b732
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,27ca26b8-0091-4400-a23a-4812a0c684be
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,cc54a5fc-279a-423c-a22e-5b098afcf2f7
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,382aacec-0973-49a4-bb97-13a1b307e7a8
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,00c5d94a-5cdc-4383-b30c-8ae3ba5aba68
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,2c5e4ed7-c668-4da1-bfc8-e5db6fdfda57
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,47e6905a-e27a-4ff8-bfd5-fccba154c282
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,0.02689543571406145,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,1da0746c-bb0c-4ed0-8620-33d45c9e1e8d
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,d7762a04-8359-4704-9e43-c58f88ac33b8
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,7506f360-e879-4e22-88b1-02b975b84fcb
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,286e97de-cde3-406e-b8f4-50992183b987
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,c6cdf910-d3bf-47af-9f1c-e123bdc400bc
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b3bb3a33-24c6-4d5d-af51-6bdc2f5122ce
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,3853c9b6-2157-488c-b600-0f7efeb67ee1
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,279eecc9-8936-407d-bb51-f000c0ba1745
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,4e9f1338-c127-484d-861a-d42b4577a2c6
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,9a88d099-1ccb-4c2c-9c8c-31d933c77ae3
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,513ee4e5-2e49-4f80-98e6-983eb2a05392
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,cfe684c0-1979-4c07-b590-473f7c89337a
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,35e830be-bb10-4b0b-b4d5-0ba1fff7421b
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,0f14aa5c-64ce-417f-b9d1-96d01bdff45f
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,5476f5bd-f83b-41a6-b0bb-461ea6bea569
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,f5152f33-01c4-4905-bea0-660b7b37d898
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,65e42a47-b202-462d-a909-4d4b92720057
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,82099f9b-c3a7-4ce5-91ce-1270374ea3bc
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,34494802-75b0-49c5-8f8e-a1d327369aea
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,3e078bfd-e943-42d0-afd0-a6c3ad554eb1
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,c3e790a4-0072-4956-a0a8-14837d4b7c6e
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,3dd64d8b-01d0-45d4-a3d1-db2007e8dad4
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,17448b73-258e-4650-b75e-b5034a6e1f40
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,687c9d65-0305-43ff-b1f3-eb377d54997a
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,9e3a9780-f3b2-42e3-ac99-7ed884fe88e5
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,826a66e7-a082-4035-a190-b77367300d69
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,8d1ae0ba-1f9e-49fc-9922-07b08a7e8d73
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,f5fbdc09-23ff-409d-b673-12a26ac1d102
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,49ff420e-6450-490a-a86a-4a786b4336e1
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,de92d7ba-4c5c-4013-9672-66c26d3b520c
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,0.00016922463746263494,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,5da156f6-1946-415a-9cb2-8a9aa5879bc6
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,3c3be694-3eb2-4f1e-a0fb-e3c89af42cdb
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,8f5a29aa-164e-4ff8-8643-c84336b568fa
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,17e43aa9-8207-482f-a557-b9b6bd84d26e
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,dbc82623-655b-4ba6-a0c2-c7d1b240dfb9
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,fa5f2498-1705-4cf9-be38-1c42c63c617e
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,f0f309f7-f631-4f0e-8502-d97679a6730f
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,14010fa2-488f-4fa3-a5d8-18411f0316db
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,bacc092d-4bc7-4370-9f80-8fa0603e68d0
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,49c9f261-e1f8-4cab-8c1e-381d5f5e0a82
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,8887b477-3558-4e14-a8fa-4a49e6fb4e08
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,c35795f7-0ebe-4ec4-93c0-69fd70d46518
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,7782e4c0-0a11-41a8-8392-a463ceec14e4
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,3f1db922-cac1-445b-aab1-66fbf58cf4c2
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,2c48f8a1-d755-43c1-9b22-de7780606afe
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,2416126e-f0da-456b-a775-b17c473a81bb
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,bb742496-9d2f-4cc6-bee0-fb04ca70d51c
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b8ec5a67-0319-4f9a-80d2-539e9dc9c677
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,f1cc2e9d-a930-4ee0-9d84-4e0358243fd1
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,e836c41a-2f4f-470a-8ab1-b743d3853ccb
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,d43a8c6f-82e4-41ce-b699-31147965f095
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,94a41d19-ed65-459d-b765-f372d6732a2e
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,3a73d5f4-8871-49a1-b794-6f3b55189743
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,271af05e-a560-45fe-a2e2-93cb862b75ac
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,2746ac3e-c982-4042-aa27-b3c1ad4ce478
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,7edd05ef-2b02-49bf-a762-dc73c57de662
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,c6195622-5053-48ea-8612-a5b519ce28f8
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,a2b91ae4-6875-45b2-9d40-c1ee44b9630b
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,0d38a6fb-4791-4b04-ac94-14c10973c8c8
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,cd38500b-87ac-4033-849b-cec1b9ec60a0
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,6.157379971167915e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,d140775b-d05d-441e-9bc5-c34a57f9caf4
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,264ff0ba-a324-41f7-80f7-938c7f8aa62f
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,36864d79-9570-47c5-8a60-d72b52f47882
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,7a5bc067-a9dd-4ff9-9c37-2bbf15022098
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,1efb01ae-1a2a-4129-b04e-5caf724833f9
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,0e5f82a0-d14e-4895-b714-9e3a311f39a8
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,1168b804-8629-4455-9a72-09aea464af70
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,508d3c63-ccb6-4f94-870c-4490ca8d46f5
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,e86fa8ca-6a72-4ec3-b420-93155d52fbf7
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,bc948291-abf0-4ff2-b652-91a55ffd48df
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,685628e1-2f5a-48b4-a151-2e73dfbd68a2
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,9b9c016b-035d-4bc4-9f1a-69eab5c7dd41
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,b04a6981-bf69-4fa0-9e93-577d925b1089
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,78eb8308-39e4-46f7-a897-32449741721a
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,bbb552b1-e044-4914-8606-8b249681a5c1
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,d1c43163-70c1-45f3-ab7e-ac67cb5257d6
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,13781b96-c000-4beb-8ca3-6c503731ecda
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,2bc70bd5-f570-4566-b5fa-63778d98c39f
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,7da068ce-1393-42c8-866d-679a497c7a95
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,0b989ba7-05ca-4c5f-b71e-a87831ed5bd7
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,5849abb2-34fc-4d3a-8406-0c9bd10868e8
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,65f9e628-5c9f-478c-a80a-3c1770551731
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,533ea73d-ffa9-4454-b8a4-6b1ec037def2
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f34d85a3-1966-4ad6-b645-75f80971059a
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,9e311640-e6a0-4f3a-8c20-199921ac7057
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,10412ec2-013a-44ac-a6f6-fb15b207309c
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,3d5f8860-d6bb-4e03-b272-2c81d054fb26
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,bc651934-0717-43db-9f9d-888c06964540
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,33c48b63-716d-4715-b1d7-33aebb5192c7
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,b00cdb7c-da41-496c-a7f2-96785ecae29a
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,0.04787276201454157,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,dc5d3ea1-c131-41cf-868f-486c012c7264
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,3bdf3807-4778-4426-bce5-6cdaa2914529
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,228a0243-d74b-4ba2-9449-6e2dee2f5dd2
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,c586015e-d673-4f73-934f-6f8c55a48393
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,e0f9e779-2595-49a8-ac7f-a55e361603f4
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,532725ec-270a-40db-87e3-d241aa0653b1
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,daecb8c4-5247-4330-843c-5c42980cd527
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,b28b4e22-905d-4696-a051-324492cb6a41
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,957c2b81-fb0b-4dd4-b21e-a0e7587c7ac9
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,7709178b-54bf-4aea-8595-dd62954adf16
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d45c6101-56e6-4cb8-84bc-e714f6be3958
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,d6ba462d-76e6-465b-a305-7af238d5ae76
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,69ac8676-2870-445f-934b-5adde915df41
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,34d73aa2-f145-4907-8dc5-cbc52fb6d87e
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,dc9a9107-de49-4557-adec-11b30acb5ec9
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,18fe5447-7c95-49d4-9f60-4ef253a8bc33
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,c72f4d8f-aceb-4ef9-8b54-b5124eb5f9b8
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,ee831aa6-893d-42d5-a8e7-663fbf4b73c9
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,5d2e7aa2-edca-4899-8939-0e624a452d9f
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,df5b16e6-3de0-4df9-b8d8-51fbfceda16f
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,09c3449c-7920-4124-b9ee-fb4a3b11c139
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,1e2cfaaf-d927-4811-80c2-335c94bee84f
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,dcb4a503-ac6f-4f7f-85f1-81fdf098712d
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,83e8b89e-f8af-449c-afec-5d7b5068679d
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,14cc9d30-f0c1-418c-82f0-c2cf694c73d3
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,074ae500-ad8e-4a67-9df1-ec8ad4b9581f
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,a4df0e0d-2660-4ec0-90b8-3d0923e67e4a
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,c47c6cd1-4c7c-4b6a-b387-e9fa7c0f0055
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,8c9963a4-b111-4de5-8b66-8241585d540f
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,4255ecbb-1ea1-4173-af49-d616af63335a
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,0.00030121284824585716,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,78b5f020-abe8-4aa3-8280-60439f4c112e
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,8e9dc918-f6fa-41c6-867b-031783e0ff40
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,15f79176-ebf0-4f75-ac0f-6d38ba8f4571
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,14775b35-2712-4a26-9ef1-9ffb3087fe8b
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,bc7d5a3a-5270-4523-a27e-0385e3391b91
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,41678876-63ea-41d5-8200-520a4208a438
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,e8d7b48c-c735-47aa-99f6-f96ea7a9a8b1
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,c3d93978-b19a-4302-ab10-fa0257127e74
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,63476dd8-70a0-431b-9fbe-76c26a737570
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,c38e6bcd-1ce7-427a-bd2a-5a7183f2f21e
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,240c96d7-4b8e-4fd1-a18e-033162016087
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f9a4ba8d-d4b7-4a0a-8aec-5b8f51f3912a
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,f7143edc-6d1a-409a-8d75-59ac0a310b40
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,adfaba0b-29a9-4371-be19-0672d62671ac
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,aa3e5c61-5ca8-4e64-a23e-2d9ed458abc9
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,58136ec4-d3e3-4864-b5a9-43e9c0c1ff2a
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,e23d9136-3ed3-4426-984c-8d8c1f78745c
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f7c78b85-b1dd-466f-9e69-766a0671618c
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,d36ab9d8-2fd7-41ea-b7f3-5ceea55f0920
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,12a64bb4-2946-4d98-8636-a9e9c91140a8
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,9ca6726d-c42a-4a9f-98a8-97a29f5a3ae8
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,591267b9-0b98-446a-996e-20df26185466
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,f5c36cf3-26fa-40d2-8476-64026e8e7224
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,5f10786f-ba17-44ef-adff-7561d90df2ec
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,6706320f-b5cb-4ae4-b0cb-4f3bc8330936
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,658cb984-740a-45b8-b551-92f8bea25c33
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,b4333b3d-f6a8-412b-85ad-4cb34e4a0e0e
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,558d6fb0-64a2-4810-8cf1-dcb8edd08ccd
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,37f874ba-df90-4261-8057-b057b976ad7a
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,8c0ce27e-5d43-45cf-b483-38ea55190934
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,1.0959881413585523e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,05cfa26f-60a1-4f32-9412-34f97568a602
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,c82fd6cf-f04c-4529-828e-f10304171b4c
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,c8f4b6e6-a174-44c2-af82-264c2434f85f
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.1.3,modeled_data,kg/kWh,CO2e_value:0.028,90a4e20a-0b7f-4994-af04-033a3e9201f9
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,9e812bdd-df04-47a1-9d80-82756b00b08d
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,0aff94ae-6fd8-4870-9a50-72f8df1ee2f1
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.2.3,modeled_data,kg/kWh,CO2e_value:0.028,818c689d-c7c8-4339-b2f2-12f94f80d3c9
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,8030a05d-5641-4a2a-b916-282d407012e8
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,c9155672-b293-4077-b150-15e15f70c8e5
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.3.3,modeled_data,kg/kWh,CO2e_value:0.028,107f912a-d518-46f9-94eb-a23b2985a775
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,e72db5bd-87eb-4afc-b732-993a31dd5bf8
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,d06aed65-9ee2-4fb7-a23c-3c35e3cb6f77
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.4.3,modeled_data,kg/kWh,CO2e_value:0.028,f5a76940-3217-45ac-9205-7b156f8a9b7e
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.028,cfa327b7-ec11-4c57-a9dc-62acd36ca43f
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,20e55df7-5929-42c3-8b8a-82330c7b4c8e
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.5.3,modeled_data,kg/kWh,CO2e_value:0.028,2574315d-b391-4399-9348-7736259cf7ff
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.028,3fc49769-c393-4448-803f-a14e10c7e076
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,2531d616-d484-4411-9715-de8cfd68fb86
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,I.6.3,modeled_data,kg/kWh,CO2e_value:0.028,a3ffb4a0-9f7c-4050-b7e6-4886999d9341
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,19e4021d-9aaf-4140-9f93-dea6c895aabf
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,b1e546da-3253-4ca0-bc00-ea639eb03d7d
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.1.3,modeled_data,kg/kWh,CO2e_value:0.028,e6f78360-e50b-45fa-8024-b40f66457aba
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,9725e8c4-716a-49de-92bb-a4f5e2eafdc1
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,70faf672-8fe5-4f0f-a09f-bd30af871107
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.2.3,modeled_data,kg/kWh,CO2e_value:0.028,7dd6969f-80db-4e39-bb9c-f486dde4b77a
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,40cc2166-db37-4971-aead-cb0371666ad3
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,facb2c58-f11b-4506-b042-06ee53a00a71
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.3.3,modeled_data,kg/kWh,CO2e_value:0.028,0b398f5b-3eb3-4d5e-9908-5ccbaf65f7d0
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,965c2492-39f2-4e5b-90fb-1b1f61dcb6dd
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,29b90de0-6532-4733-9027-d59f5d16f21b
+AO,Angola,2021,Calculated from Fuel Mix,CO2,0.02229357990338687,II.4.3,modeled_data,kg/kWh,CO2e_value:0.028,0088206f-d283-430f-9a30-73a95347aea0
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,9c3b680b-f6c5-46ea-9bbe-8e1abdc13621
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,dd10ea0f-d6f8-4426-bfc3-cd1281b2fb53
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.1.3,modeled_data,kg/kWh,CO2e_value:0.028,01ba04cf-f4c7-4ef3-8a08-18545a08338e
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,19ab48ee-6aa2-475e-bc50-08b6cd621e66
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,88f0204d-d3fb-4478-8f00-693809cdc238
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.2.3,modeled_data,kg/kWh,CO2e_value:0.028,313868fa-b0ac-4703-a294-76a30aa44cc9
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,477386a8-96d7-4a2c-aa8c-ee01dea369c8
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,6f980d6d-6486-45fb-bafd-d1241c1be61b
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.3.3,modeled_data,kg/kWh,CO2e_value:0.028,622e4d7a-cce8-4b8b-b9ea-607168814529
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,7e7ab579-f4ad-453f-9790-198733ea32be
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,f45e4877-bc5d-4077-9e8b-2b399c8ca79d
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.4.3,modeled_data,kg/kWh,CO2e_value:0.028,cfba7968-bd15-48e9-980c-4617d248cec3
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.028,3493409b-bf4f-4bbb-ac2e-d659d4fdc3fb
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,0ef08d68-02dc-408c-8b09-2d132214e81c
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.5.3,modeled_data,kg/kWh,CO2e_value:0.028,82898415-fbea-4731-b589-e51ec2add5fd
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.028,b4acb08a-db08-4774-bf15-5c641886a3be
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,b53b16c1-f87a-4402-a68f-7c43addc0070
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,I.6.3,modeled_data,kg/kWh,CO2e_value:0.028,8ecdb3ed-e5f6-4959-b389-daf8006e651c
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,bcc12225-794c-4de2-b645-da01a061d6ec
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,d98cad6a-cbff-4d04-ae1f-3aae982eccc3
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.1.3,modeled_data,kg/kWh,CO2e_value:0.028,a39248bf-9cd7-498e-939e-a7d62773aec5
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,ee8fb7fd-1bfb-46b5-b989-0f175324e43b
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,f2fcebea-54cf-4965-ad94-c003de243304
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.2.3,modeled_data,kg/kWh,CO2e_value:0.028,ad69f1a1-a712-43e0-979c-22c08afe5443
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,c6373ed0-df04-444e-87b9-be47344e1e66
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,47309c84-01ab-45e7-af44-3c3576b99abd
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.3.3,modeled_data,kg/kWh,CO2e_value:0.028,123dabcd-bf04-498c-a4bf-2d1e9af2c0d4
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,35f85fbf-bdac-4e1b-8063-f1bc8bbe1ae9
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,77c9c9b3-b5ff-4168-9630-5389bf92f678
+AO,Angola,2021,Calculated from Fuel Mix,CH4,0.00014027000778137712,II.4.3,modeled_data,kg/kWh,CO2e_value:0.028,6d9b37f5-5f51-4f89-a376-f207a32269de
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,dc1bf5b5-7ae9-4beb-97c7-b4a74d7e6116
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,494a9760-7f45-465b-a1a9-c55a2772c6a1
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.028,a9d93d81-1198-453d-9e99-937a29174adf
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,def8db2a-fca9-40e1-ae93-d96e356745c3
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,66031b91-a317-4959-bdee-aa0dc6516b5b
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.028,00048f61-1d97-4315-b51e-76bc35c2e925
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,bd61b64b-213f-45a4-8f89-0cb2cc5adf31
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,ec280833-7f1a-479c-afc1-bbba49c7ed9b
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.028,608532f9-1114-4354-9cb0-5d4262e0d5f5
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,a615a522-eac5-4caf-95c4-593303567550
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,ed96be89-d437-4d98-9ff2-79df264d8d7d
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.028,e2d47359-7ba7-4d46-91f8-0c2c27b70110
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.028,88139849-af17-4234-9cc9-14cb2a6a10fb
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,d47967a8-2415-4e3e-b060-62c7ef32b2cb
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.028,1a4040ec-c5a2-46ed-9d4a-c69305eef315
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.028,f17007dc-6a72-4a82-9d45-f4c2996a75cb
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,34b5d1c9-bc8d-420f-b31c-a0f311813a5c
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.028,922a3a94-74b9-44b3-8f74-569146d9199c
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,946032c7-deb6-48b9-9c5c-da1d6c6a2731
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,aa0a0dc9-42a8-4481-84fe-a40b83802cac
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.028,148bc6a3-5cef-4d91-8fe9-f1d46cbfae12
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,52706639-7172-42ad-adda-24b622f5c6e0
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,622e152e-e63e-47be-9bed-372678aafed9
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.028,4b037ebc-a717-434a-bcdb-37d2153ecc86
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,b7f8ce75-7aa2-434d-b53b-b7f69fb11fd2
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,dd6e41b8-5410-4113-a07d-1722cbdaa92d
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.028,a29a0e01-510b-4e24-a60c-ceb9183f9029
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,a9730300-3eef-408e-af76-98d9843623ea
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,6d5eda0c-5098-49d5-8798-37f997748602
+AO,Angola,2021,Calculated from Fuel Mix,N2O,5.103841552973184e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.028,d1feb20f-8704-49cf-b964-d71b09a1ecff
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,7b16009e-ac62-413c-9448-775c9da3499e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,425665c7-21aa-4440-be92-36fdcda47cdf
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.1.3,modeled_data,kg/kWh,CO2e_value:0.105,60ea69da-371b-4b24-b7ca-9a552a20c3fb
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,66591f56-7dc5-4f4c-8732-e272b5812aef
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,48c988a5-b96c-4be6-8f1e-90aade081b92
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.2.3,modeled_data,kg/kWh,CO2e_value:0.105,740e0188-14e0-4cdb-8200-9030c1c94617
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,8580f3fb-e221-4517-b805-48e92a05029a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,98597ef3-4226-4d90-9c66-a3416e7f3212
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.3.3,modeled_data,kg/kWh,CO2e_value:0.105,4360dd64-593b-4c5e-88ff-9924e8fb570c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,f71e788f-d713-4351-a39c-e5a99e34d8f6
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,759ac8a2-346d-4754-bdcf-af84effb6cfa
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.4.3,modeled_data,kg/kWh,CO2e_value:0.105,8a1d3ca1-8e1f-4886-89fe-6d6dac94a4bf
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.105,6b12e761-5dde-4edf-a291-cd5b9c33c585
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,0f780afb-4865-4e30-a312-8ed327bdef76
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.5.3,modeled_data,kg/kWh,CO2e_value:0.105,c4dbd079-7b53-4bee-95ad-cea423201111
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.105,d1343e64-2f25-4c1e-9812-443cbae04bbc
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,2ec81f29-de21-4580-b2f9-037db04675a8
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,I.6.3,modeled_data,kg/kWh,CO2e_value:0.105,6123c5b3-d07b-4f0b-b31a-f0d58e67c326
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,e910797d-e39e-4ffb-aa8b-688bf7fb0898
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,8db3c0f5-2a96-43e9-9965-e76462c703fa
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.1.3,modeled_data,kg/kWh,CO2e_value:0.105,4d33d073-d315-4e4b-8c74-d601507e672d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,1145dcc6-0bac-47dd-9306-282613cd7430
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,4093284b-dcb0-4b67-a3fe-fcf6f7e4bd9e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.2.3,modeled_data,kg/kWh,CO2e_value:0.105,efefd9d7-e787-4d5e-8cae-a11a38b74843
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,b09a9a4d-9a4e-4d83-9fcb-dacb063c868d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,2f50a13b-ec89-4515-99db-519e6b6b5a07
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.3.3,modeled_data,kg/kWh,CO2e_value:0.105,877015d0-6221-46c0-92cb-4a8a60014725
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,0da0615f-7228-4eae-99f0-b55601a08c77
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,990ce750-179d-45e7-a36a-fc82497fdc2f
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,0.08366798377632796,II.4.3,modeled_data,kg/kWh,CO2e_value:0.105,e035aa4f-0952-4c2b-a960-bd943185fd44
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,b2c194af-4d91-4919-9df7-d93485b39694
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,1f95ecd2-b03f-444a-b994-3d1c16e9f59f
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.1.3,modeled_data,kg/kWh,CO2e_value:0.105,5ef78bdf-a1c6-4d3f-8719-598582ae2054
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,e313bea6-43d2-4c6f-93a7-619208ae6937
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,17fc1bc5-0079-44b0-bd36-b8ba59f9f49f
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.2.3,modeled_data,kg/kWh,CO2e_value:0.105,8a37819d-01fc-4ce1-8bec-8986d788473d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,5be4537e-1093-4555-912e-606989ce327c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,4dab1f0b-b195-434c-b870-79448fa61f5e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.3.3,modeled_data,kg/kWh,CO2e_value:0.105,c43c1a48-ed7d-47a7-aa49-ed05d16c0ca3
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,69f530ee-b924-47d6-9ffd-1e5874385ffa
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,05d1923e-1ba6-44c1-9384-2bc4a69fb3f4
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.4.3,modeled_data,kg/kWh,CO2e_value:0.105,9b452c98-2fa5-4689-9dd6-b74a07c82e33
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.105,ac840ea2-0870-4992-a38b-fb079e1b50bf
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,1fe85e21-af9e-4dc7-b1bb-da1b78d5369e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.5.3,modeled_data,kg/kWh,CO2e_value:0.105,4229b162-fea1-40e8-8712-ea3816b2e3f4
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.105,af0b65ec-bc71-4229-b538-c50a1ec24eda
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,559c55bc-375e-44a7-9638-7ff60397cc4b
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,I.6.3,modeled_data,kg/kWh,CO2e_value:0.105,a0f0387a-778a-4ee6-8ee5-19fd936d57cd
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,5cc9ad6e-7838-4951-97c0-e34c49e9d440
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,d3205e0c-cb47-48ca-8cae-9d749df99522
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.1.3,modeled_data,kg/kWh,CO2e_value:0.105,28656b66-e0a8-4836-b8ce-7abb39ea5c56
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,f861c482-c377-4e83-b6aa-2c4fd85a9ca1
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,59452d8c-4fb7-467d-91f8-e1657965fd9c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.2.3,modeled_data,kg/kWh,CO2e_value:0.105,db006118-78cd-4e95-a7a0-f6088db6d517
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,e816dac5-d3a7-4f7b-b25b-5d4ef2590fe9
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,7187a406-dc94-4ddc-aba5-dad9884be980
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.3.3,modeled_data,kg/kWh,CO2e_value:0.105,ba80e01c-9aca-457c-a36e-e7da9c6ac41a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,a5738d7d-4d90-4077-99a4-19fb5ebe0aae
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,1e60cabf-bd33-4042-87fc-dd292bbaa938
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,0.0005264344616799158,II.4.3,modeled_data,kg/kWh,CO2e_value:0.105,87245b4b-e292-4d23-9713-3d6d8427776a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,250d9bd4-85de-4e04-892e-8aabad16b364
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,a2b29c1c-aedb-4330-a1ad-569fc6ee783a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.105,414f301b-a221-48e3-9b0d-63bc6becf9c0
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,772273b5-fb6f-41e2-a5d0-7769dd595c56
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,e0615c86-9ae5-46eb-97fd-d120cb48b9a6
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.105,17ad47f4-c3b5-4c96-943f-60121b5bc073
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,cc9d480a-aa1f-49e4-8a63-4410f3c40426
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,f94a83a6-6533-4f6c-a790-f02472bddb8e
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.105,ad80ad8f-ebb8-4a50-9add-5d9a9f8dad05
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,79cfdff1-ac4d-4dc8-b754-e44dd6fb1ac2
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,2d578f91-99b3-4001-8fc8-d79811bc6407
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.105,52e54dc7-0b7a-4a6e-b758-c4000bd00a10
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.105,03478ffd-2187-4369-9aec-ff78a419480a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,0a15a4f9-ed90-456d-aa11-9f6c81767e04
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.105,25fb0356-98a1-4c09-8db2-1466edd75ca6
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.105,dd0413c1-ea76-4756-8198-2b791958e6cd
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,48b9d11b-37f6-4a52-81ab-91a844902b8d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.105,31620de9-ddf7-435f-bbb4-80b7ed592480
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,3ee8995c-c1d6-4244-b977-694b3496196f
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,a177357f-2a80-49a8-ab2c-8484bab7be8c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.105,8fb6670c-a75f-47fb-8e68-9ddbbb2bfc09
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,0cda1485-90f9-4f50-9a89-63ad0af3aa2c
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,47aedddd-7b29-4a41-bddf-05d88773f3d0
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.105,30b468ff-37e7-4753-a571-605ae1f5193a
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,21960a74-e0c4-447d-918f-55729b54ec97
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,ecef134b-9b8c-4a61-b496-f576db952585
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.105,5f2abe4f-16c9-4fde-a969-0e79e613e5cb
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,d5d161a2-0c78-4cc7-8f8d-da5c27c1d61d
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,f9245e77-215b-4747-870d-0f3456b944d5
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,1.9154758190551273e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.105,2efd7b66-7551-480a-95f7-73bdc0fd2d0c
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,da900a00-7460-4690-99de-68321066747f
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,798777b3-6569-4695-afe1-c6bf9f7f7d9e
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.1.3,modeled_data,kg/kWh,CO2e_value:0.04,8ee5992a-c03b-45dd-a2f6-c4937dc55c41
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,17d81e6e-27d3-4db1-8ca3-a38a985e60ac
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,50e618f0-d491-4e4b-9dcb-7aa481310716
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.2.3,modeled_data,kg/kWh,CO2e_value:0.04,ad594403-f9f6-4115-b3dd-1a18a1c7797d
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,d0a1ae24-d46b-494b-9f9f-4a5c32329958
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,85cd5d34-d533-4863-83fe-1e1b5aade07f
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.3.3,modeled_data,kg/kWh,CO2e_value:0.04,04652d3f-8f38-4397-b83e-520ee9ad8abf
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,725be4d8-67fa-4a3f-82f6-3848d3dbac42
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,f76d31fa-438c-4440-809a-b7c5d015f30c
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.4.3,modeled_data,kg/kWh,CO2e_value:0.04,12962fb6-aa0f-4178-ad72-1cc1549c0d11
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.04,caa0be81-0888-4fff-90b4-ea941fa16034
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,552fa999-3738-4690-98c3-f5adde18def3
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.5.3,modeled_data,kg/kWh,CO2e_value:0.04,059fc97f-7c53-49ea-82c0-4bacee45f359
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.04,bf752517-a63f-4f60-aae6-21a53b52c699
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,6d77d550-7408-403f-ad63-0ef3c792d07f
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,I.6.3,modeled_data,kg/kWh,CO2e_value:0.04,e725591c-cc5b-46aa-aa94-f526cfd56a77
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,a67bbe57-fc40-4bdc-bacf-cf9020d4f6b0
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,59954734-2bbd-4611-8cb5-0a60fdcdd489
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.1.3,modeled_data,kg/kWh,CO2e_value:0.04,00df2447-4409-4941-b9c2-42f33bccc564
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,9e614d00-fad5-4dac-b0e9-97ba22e990f2
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,3794bda6-ed66-4a70-b22e-8e7ce1ddcffe
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.2.3,modeled_data,kg/kWh,CO2e_value:0.04,a31e22f5-1d1c-411d-870f-7656add61bf9
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,e427dfbb-329b-4e04-aead-c8697f829fba
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,282aeba5-5394-4406-b70a-49f16af4dbf6
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.3.3,modeled_data,kg/kWh,CO2e_value:0.04,bd5f26c6-7fbe-44c9-bf07-89db0bffe2c7
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,79dd54f0-e132-4c3d-87eb-ee6cc968a209
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,3e36eac8-70e9-4660-804b-1b3f3f8bb86c
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,0.03226720000000001,II.4.3,modeled_data,kg/kWh,CO2e_value:0.04,fee32042-4fa5-421c-9ca4-ae198b05c8a4
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,2afff3cb-3ba6-427a-a88c-c51de6910564
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,2f0d731b-1144-4322-b5a1-2ebc616e9e76
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.1.3,modeled_data,kg/kWh,CO2e_value:0.04,8047d00c-824e-40e4-b6a1-66fc1d632154
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,cdf3fd93-30c6-4b75-8dd5-14aef2d3cbee
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,3cc9e0df-ce86-4435-97a4-7d4b221e364c
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.2.3,modeled_data,kg/kWh,CO2e_value:0.04,30cc2a2b-7c34-4e22-a698-f53fac37ec84
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,d0359bd2-d51e-495c-ab0d-d2f099c5bf8b
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,272050a8-c181-4ff4-bbd4-b19434bdae94
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.3.3,modeled_data,kg/kWh,CO2e_value:0.04,d3db007e-94fb-4f32-8445-1885379ee616
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,f82ddcf5-0fab-4ac5-9d0e-e62734f2d853
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,359b2ddf-c517-4738-ae09-2d0cd794427f
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.4.3,modeled_data,kg/kWh,CO2e_value:0.04,0c096903-354c-4d82-8dd6-bf6c4054b36b
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.04,af26435c-0c55-4a95-a9ac-2cdcd1cd198d
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,8e95fedc-ad26-48e9-bc2a-d54119b48243
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.5.3,modeled_data,kg/kWh,CO2e_value:0.04,f41b8787-521e-445a-80d6-5696f1206bec
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.04,21c863a4-013e-4c73-8c7e-e2e89bc76746
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,8bc0bc44-d7ba-4673-b29b-f3ed53805837
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,I.6.3,modeled_data,kg/kWh,CO2e_value:0.04,bacb661b-3f68-4284-b675-03a61bda881e
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,5511e20b-4e60-484d-9573-63c3c75e442d
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,1b6c9262-b9f7-4690-a5d8-9fe9d9903664
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.1.3,modeled_data,kg/kWh,CO2e_value:0.04,dbc24473-0a1e-4d22-adbf-334723d3841b
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,27c55dc6-c88b-48ba-b4af-51a11cee1e6a
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,15355597-febe-40ad-8a66-04c41da06168
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.2.3,modeled_data,kg/kWh,CO2e_value:0.04,f5b1011d-aa6f-4cd8-a62d-5720105db6db
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,61ed8b6f-0c1b-4cb6-af23-b3d246d9ce0c
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,a4885686-b566-4b4b-b9e8-06f78040c434
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.3.3,modeled_data,kg/kWh,CO2e_value:0.04,74ac6a6a-8628-40d3-a243-0d5209e57967
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,21fe3e87-550e-4cbc-9967-c6e9b01ef8eb
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,225faa4a-c6ac-42a2-94e8-b1adf2adf90b
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,0.00020302348993288594,II.4.3,modeled_data,kg/kWh,CO2e_value:0.04,275e0bba-016c-44bf-b8cc-8a2e23bf9cfa
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,ca120cf3-4de3-4cac-91be-82d1e8a063d6
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,6a398911-d336-4efc-9e4b-fe7fac7d795e
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.04,2fc88695-e4f5-4cfb-a207-de13f0a73ddb
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,c9c515c3-b29f-4705-8d3c-888dab1292b4
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,58b5813b-1b86-4ecb-aa96-10fa93f0e99e
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.04,18e51476-89a1-443f-b966-c6ce8af6629d
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,96a8a8f8-c20e-4320-a848-bdc1591ccb5c
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,b8e22e77-8d05-4400-a124-c7365545c25e
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.04,3400a8db-9043-4ff3-81d5-4d36ccc1fbf7
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,028d2e97-f7b4-42a4-ac5f-c394267f2630
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,c8a87890-f20c-48da-a704-88480b6214fa
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.04,ad0643c1-d4e5-46ed-8551-0b9b634be2df
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.04,5b0622dc-fce1-487f-9bdf-d65e0e5b66b7
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,d4769686-fe68-44a5-bca5-c8d8ad6bb594
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.04,18a0fbd0-8c05-4d43-93f7-4500238a9b65
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.04,103ed03e-236c-4db6-856c-639dc4ed2a76
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,dad8de6c-754e-42a9-986f-ab4b09083bfd
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.04,e5685016-3d05-48eb-a194-65e65deb28f0
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,fa1f3e02-7cec-4778-9d2f-c5cfeef41702
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,feff82d6-bfa4-4731-b6e9-9f8e79cd1706
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.04,347c2b8e-a692-42f1-a3ee-d5f5501512fe
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,8169818d-cfa7-480f-805c-1c9e7b30d012
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,2e86c34f-86b5-4bc6-a1b4-398a45148257
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.04,3acb889b-5d8f-4986-9883-b8855364e00a
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,cbadad49-c6c6-43a3-b450-afeb1fb18c67
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,b479672b-d77b-4517-a8ae-189eecd4bdc6
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.04,8490600c-1308-422e-bd54-72672234637a
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,05edfea5-f602-4d7f-8725-da416f7b261a
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,9be1ba43-0b9f-4fc8-a55e-80c1c6fe502f
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,7.38717948717949e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.04,d6a5c1f2-c196-4d27-a768-be328dddc032
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,7481438c-6cd1-4367-9f77-e911ba0156ce
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a9342b16-2922-4912-af85-c6ae24e9b26c
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,df6acdef-52e2-4cef-ab81-d9a2c76b6e5f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,1abc5e2c-b037-4a40-a82b-5e03640a256d
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,28eaa550-e455-4175-9f77-a049db4a02d6
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,ff209812-aca9-4603-ba3a-db34ddec3c09
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,d6c19378-43ad-4e93-a954-cb04eec8c0fb
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,dbee883a-463e-496d-979b-46f90848ac29
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,169a8d9f-ff90-4354-a3f9-5e41711004bc
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,dfc78fa6-5447-4635-bb62-05d54824278a
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d9994d6d-902d-4aef-b85b-96613374e8ad
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,8ff14b8c-9aac-49a2-b738-03956e8898b6
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,b42ba70f-43dc-4d6b-935c-f15a9931dd2a
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,8ccd58ee-e48f-49e7-b472-315597205866
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,c9f88eb7-7a8e-4269-a447-db7a0f93769d
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,c421c8e1-6b85-4c27-871a-4e5578e6bdb5
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4715da8a-dc73-4fc9-aabc-4b56a409c94f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,10f81ffa-f1e5-4ed7-8d79-e702f5a1509f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,2ea0f13d-8ce7-450f-965f-2e0125fbcd46
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ccb0e6cc-a4bf-41d8-a8f9-fe2c528919cc
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,276aaa55-9f2a-4606-8e8a-2708e32b769f
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,c6481a61-9824-4ec3-91ab-c549fa130ef5
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d599673a-823a-4b87-906f-eab1b275f865
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,a901c478-0002-4bab-817c-b9843f32962c
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,91ebf8bd-d9bd-48b9-aac8-606bcf8aad0c
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c64c50d9-4eec-4504-9876-f9903748ebaa
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,cb4233b5-d721-4ada-ac0d-8ae99a0b90db
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,db491178-54f3-47cf-bbbf-23945042f31c
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e0805e6f-e3bc-43de-a1d6-d1c599d3c1d4
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,0.011166745980991086,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,a36b74d5-d1f3-43be-95ea-c96f36ddd4d5
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,9884bf43-c6d9-432d-b1a2-a68341b55f43
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d4e491d0-248d-4bc6-985d-da480670d7db
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,96d1966f-85aa-497b-b70d-abf312ec16a5
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,0ed22599-daa9-41a8-b00d-6fa0d0e4e8a3
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,298d841c-ea2e-40de-9bf0-faf3ca0a435f
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,f44676ee-fdf8-4764-97e3-051802693484
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,1aa7740b-c34e-426c-a102-a9393c529be7
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f8d1d964-b9fa-47d5-803d-44dc99f50d8e
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,0fe59358-a5b6-4480-ac2a-75622a050278
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,b7e8ab8e-3010-4267-827f-214d3ba72147
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c4219dd4-bb23-4a9c-94e9-47e5b991fb73
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,f9682cbc-f9ac-4215-a4a1-7d97f1f24706
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,bbe149de-c97b-42b9-b734-cc981dfdd6fd
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,0a76c1e4-bd75-4134-974f-29398ea58a19
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,b70ecbc2-a8e1-49c3-a11b-e77ad76e41c7
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,250b2803-7538-4d8a-8821-f8afad1c1446
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a459c7d6-21c5-467a-9e4b-207540ea15f2
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,962d1ad3-7259-4b38-8036-1e499d922648
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f6b6609a-f361-4399-8c51-a83f57781d76
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a8e4ec8a-afa1-4d38-a677-3cb23f336996
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,f0de1678-b8bc-4512-8cd5-e880df9aea46
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,28294ca4-8280-480b-8e07-a7b61cc3e580
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c178748b-9c9f-4481-98f6-c9aa6e3c6412
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,7bf8399f-c612-497d-928c-6597ff77cc0b
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,648a4dab-94c8-481f-8d5d-66f0acd4ebff
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,dc902dc0-bb90-444e-a7e7-d5523bbbc19f
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,4e794ed1-5ac6-48da-998a-1d3607f93c3f
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,1a768084-a89f-46db-98ee-825f75ededb9
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,42c0ae56-668b-462b-97e6-5426de814e78
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,7.02605661555647e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,e5da70b8-bacb-4727-b67c-b554366a13db
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,5f88f256-737c-445d-917e-0534a1ff45f7
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f00ee896-cc1b-4454-a5f1-bfddf3dacb8b
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,45335cb3-d5a9-427b-add6-626a3ade41dc
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,24cfa63c-e044-4132-a3b7-bd393d5a8a51
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,1fa72801-7f29-4c94-9dba-e90dfce503d4
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,ff51fead-6d4f-4a0f-9af2-806a14aad0f5
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,8ed68fec-2bbc-45ea-ace2-58918b91cac2
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,8be9993f-03bc-4b8d-84da-79f5b85fc44a
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,3d7d0eed-00cd-41ca-986d-a73be9b86ba2
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,74f4a7be-e366-4e59-80ac-7ed5714ac447
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c376796b-a914-47bc-aa9c-ce1477ef2f90
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,e3f571d2-44c4-4a5b-afcf-108d67579440
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,b0cdd75d-94cd-4595-ba81-4f477bbc6628
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ecfd6eeb-bf27-4e2c-9019-6384716f9699
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,331efcec-4c81-4777-81fa-d3f589ecf867
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,343456ee-9776-42ef-a70d-cb1c15831fcc
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f3b5a66a-1d83-4999-8c09-31647874e13e
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,e87919c8-04ff-43f9-9344-79690309bfaf
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,ee5ee695-a52a-4ced-9ad0-6899ae7074ea
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,6b8d822e-edd0-43c1-9b6e-f8b41b04a1ac
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,e41727c4-80e7-4b44-abc6-0fa5400bd157
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3b55dca0-fdbc-4304-8c7b-2f7f26340bda
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f1149314-8fc3-41b5-80cf-a55297b0d53d
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,5a338f82-bbed-4ab4-8aa9-02664f8a4040
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,2eecb02f-df63-4e9f-b7da-6c630f38a6e4
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,1f64feb0-0fd1-4c1a-ab35-b203429f0cf1
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,8cebb030-4e17-44fb-bc8d-dc007ef1fd28
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,7419a58c-f30d-41a4-87a7-4ebe725beef4
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4ab639f5-f2c1-45f1-aa8e-68923487b5c5
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,2.556489464512611e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,e4c1b107-7f0f-40c8-9758-3a6a5b3f4e75
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,5710747c-cb92-4e59-aba3-49721c8c38a8
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,b3b531a6-5449-427a-80b4-a2c9a8263d96
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.1.3,modeled_data,kg/kWh,CO2e_value:0.05,0292e8be-0a4f-49e4-9453-4454208cf74e
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,057645a0-b032-4a2d-87fc-4071cfa7dd92
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,7da4dbe2-28f4-4bc6-91e0-1c7e2e1446c9
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.2.3,modeled_data,kg/kWh,CO2e_value:0.05,5bd5973b-64fd-4faa-ad71-a30b5ac98d0b
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,599fa926-4220-4746-879a-a04553d9fa72
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,dc550b20-1089-4092-86fd-1a92c29373d8
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.3.3,modeled_data,kg/kWh,CO2e_value:0.05,3bffa519-f5ee-42d3-a156-81d01c796e42
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,f0d74f69-07c3-4861-9026-eb058d25d078
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,e5edeee3-6401-44cf-8b04-9f2bf6ff1d84
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.4.3,modeled_data,kg/kWh,CO2e_value:0.05,703f463a-89f3-4638-9a05-d96464de714e
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.05,24f891eb-c4c1-4717-9669-b793c1c90a0c
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,1e54fa48-b44c-422a-a022-8cc9050cf41d
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.5.3,modeled_data,kg/kWh,CO2e_value:0.05,e0e023e7-3270-4980-b8b7-658514bc27e8
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.05,c60adddc-f27a-481f-946f-d70db3678e40
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,f1423886-698d-40cc-ad18-2ea17a9d5406
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,I.6.3,modeled_data,kg/kWh,CO2e_value:0.05,adcdf7f5-e9d8-4579-8599-ab3a83176c75
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,64872d2b-0f9a-410b-881f-732501b4bac1
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,1d516319-b914-486c-9f3b-b8f1f001a672
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.1.3,modeled_data,kg/kWh,CO2e_value:0.05,ae5dd30f-66e8-4692-bb98-93313580ba8c
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,23932177-7b96-4f4e-ad67-38238a20af5d
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,7c1988fa-e4f8-44c9-bfd8-69d2244872dc
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.2.3,modeled_data,kg/kWh,CO2e_value:0.05,a2ae9e14-03a6-41b2-ad05-c6052d795e9e
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,f249454a-bd00-4677-bab8-daf8f73dfa6d
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,2d48caa4-f5e5-40ca-a5c3-1bcfbcd0f52d
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.3.3,modeled_data,kg/kWh,CO2e_value:0.05,ef81fbc9-685c-4f11-b1d8-ee38bbb6ef7b
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,211acc3b-8f27-41a6-8baf-6b25a0c39f9e
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,f6e19ab5-086f-4f2a-b529-f050be5f8f58
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,0.04015134699502182,II.4.3,modeled_data,kg/kWh,CO2e_value:0.05,d0efe728-bcfd-40b8-8156-eca5212d2b88
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,0c6b91ac-5d83-41ac-87c7-9b0a68578a05
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,bd0f0293-26c0-408a-9ef1-0e222d6dd83e
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.1.3,modeled_data,kg/kWh,CO2e_value:0.05,a38846fb-ca98-4d76-afe0-3301e3234c7f
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,5e96a261-da95-4d80-927b-4fed35d5b284
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,45457a9e-a4dc-4395-a655-6e7a507cde1e
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.2.3,modeled_data,kg/kWh,CO2e_value:0.05,eb7db3b5-b243-4554-9d7a-edd59c36d163
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,2cd9a03d-122a-4cf2-8a8f-4b804e31cee4
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,1c67a3bc-8127-45f0-9a29-0a2b932245cd
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.3.3,modeled_data,kg/kWh,CO2e_value:0.05,9304c977-f3fd-4fea-85d7-717c419f1199
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,57e5a10a-7953-4a63-ab60-1f2f82456417
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,31982b23-a5ca-42ad-93a9-6cd3e68d6ece
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.4.3,modeled_data,kg/kWh,CO2e_value:0.05,ca6b227b-a53d-4183-b4bb-9adb8b96b0e5
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.05,74bf684b-a891-46a7-93a1-0acb6ff21343
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,bc3a65c0-f21d-47e7-86ae-d1fba9f43264
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.5.3,modeled_data,kg/kWh,CO2e_value:0.05,d0a4b548-4135-45b6-bf2c-103c4d737dcc
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.05,34e27c8d-9f80-45b1-bdea-1539f02daea7
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,439ad8bc-0db7-427d-bc45-6c8196ecd350
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,I.6.3,modeled_data,kg/kWh,CO2e_value:0.05,8999fae1-7e36-450c-83a0-377f6505b8b2
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,f349e7ad-e4d4-4147-a385-56e9439b21da
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,aa867100-cf74-4cc8-a22f-ffd8ff89353b
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.1.3,modeled_data,kg/kWh,CO2e_value:0.05,2aca8637-b465-46eb-8112-8ee34d703b67
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,40eb883a-c9c8-4af7-aafc-780eae0d5af5
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,8261e800-1cd1-4bf9-a23f-b15517ac2f8d
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.2.3,modeled_data,kg/kWh,CO2e_value:0.05,8c46caec-5c44-41bd-826a-01f8fea26fc3
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,0ce9976d-9ab7-4f25-a99e-76a8bc2e6557
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,eb59fdd1-78ec-46de-b625-34a475485630
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.3.3,modeled_data,kg/kWh,CO2e_value:0.05,eb5357b0-8d4c-4925-83f9-7f1f415418ee
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,abc83064-497e-4385-868a-a16ce2a76537
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,e2fd7c32-6f3d-4b73-9249-260fe907d996
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,0.0002526301195156574,II.4.3,modeled_data,kg/kWh,CO2e_value:0.05,8eaa9d9d-8a47-41df-9ea4-e7a5b3064eda
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,6baddd57-12fa-4712-ac32-65ed0c06c379
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,913b0285-5e08-4e1a-a066-648fd41a191a
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.05,bf40fbff-2e8d-42f9-9ecf-6e193b8dfcad
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,d84021a4-92b9-44c9-a2cc-0ac2cd020727
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,b9bec7d1-93eb-4a52-a2a5-bb4ee01acf29
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.05,38e185e7-fa5e-4ed5-9140-30901df2ad0d
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,57e4bde9-ceb4-46a7-8e72-f7ad5281c083
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,36d88b4d-61bc-4ed3-9774-5d3fa9a530e4
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.05,311f11ce-28ba-4508-9dfa-87981fbd492b
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,ceb708b8-134b-45cf-b2c4-0db9836bd5de
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,00047bff-3ecb-4d5a-9c4c-b41a620c2288
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.05,9eb65d99-16b3-4c57-980e-2dcb50f9a482
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.05,5e50f3a1-ec72-4426-b605-777563e9de04
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,a1a154a4-1837-4dfb-9840-284ee5873d80
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.05,dac6d61c-a43e-4dd5-890e-ff14598fc7e9
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.05,52103587-6104-40e9-a28f-df9535aac5c7
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,22e1bbde-49d7-4b7d-bf01-3f9b4e76b010
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.05,cd54cffa-68b3-4a8c-84ac-59c72452b72e
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,c3b31c75-7e3d-425e-97e8-1ad6a64fd426
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,27a34f9d-8940-4d02-bf99-d63aabecbff2
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.05,e7dfce93-4250-480f-ad1b-ecf873c63040
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,8762efee-4ad4-4a90-b334-b250c4546b03
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,1a8ef947-77a1-4879-8643-e509b4a14b2b
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.05,0f158f3e-f451-4496-90d7-21e4c0c6e018
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,85cf8bc2-85ca-484c-a206-013cbce04bf4
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,0d37b2e4-8626-413d-b640-fc53d1b6d2b7
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.05,e95ddb76-9604-43dc-a256-43bd61741b31
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,6a531f8d-cc29-4885-94d3-a71deb65c53a
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,8520610f-0cd6-42cb-9157-38ab7d933c66
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,9.192158194831003e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.05,08cbcb34-95a1-4524-8ccc-acbf2a183252
+AU,Australia,2022,,CO2,0.072,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f67b4dea-cfb0-498b-b00c-6dcd79214c17
+AU,Australia,2022,,CO2,0.072,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,e810f64f-3ea4-410a-b778-0caaf7fd7c96
+AU,Australia,2022,,CO2,0.072,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,353637ea-704d-4c8b-9432-4a88a3b3b75b
+AU,Australia,2022,,CO2,0.072,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,e54bc387-280d-4a5d-8028-d882128e8ffd
+AU,Australia,2022,,CO2,0.072,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,f48388ef-83f9-43f5-84ff-955ecadbcb86
+AU,Australia,2022,,CO2,0.072,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,6f53640c-7ce5-4801-b3f4-6c897012ea0e
+AU,Australia,2022,,CO2,0.072,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,2bdc0779-c952-47df-abec-160893e489f2
+AU,Australia,2022,,CO2,0.072,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,2a3a4148-2375-40e5-b0b5-77c0e6775f02
+AU,Australia,2022,,CO2,0.072,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,68518d2f-9ed8-4f33-b46e-5d9fe41951eb
+AU,Australia,2022,,CO2,0.072,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,6f4c6e64-2c4f-4421-b995-59e7e2d7ff87
+AU,Australia,2022,,CO2,0.072,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,699d3e31-e78b-49d3-99a5-f56315a247b6
+AU,Australia,2022,,CO2,0.072,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,1a5f17cb-d770-4c82-a5a7-641ff265ab1e
+AU,Australia,2022,,CO2,0.072,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,ba70114e-cace-479e-9a65-0d1ed048efe4
+AU,Australia,2022,,CO2,0.072,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,13b6e86b-2359-426d-a998-8763df27faf0
+AU,Australia,2022,,CO2,0.072,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,25bbc605-b5fc-40a1-a3d9-8088d7b0f806
+AU,Australia,2022,,CO2,0.072,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,6db34bb7-cc07-430d-b986-11e28b4ea8b2
+AU,Australia,2022,,CO2,0.072,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,975f6cd1-9a89-4e6d-9660-c5a725b187d9
+AU,Australia,2022,,CO2,0.072,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,d1b3cd5b-dc07-4b77-b14b-0956b23f3db7
+AU,Australia,2022,,CO2,0.072,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,a8e8b884-0dd5-442f-9f03-63bfb8d49c27
+AU,Australia,2022,,CO2,0.072,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,211fb26b-abfe-4f9b-a5e6-1789f4fdc759
+AU,Australia,2022,,CO2,0.072,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,06b23430-b6f6-4249-95c7-d3a91ac77804
+AU,Australia,2022,,CO2,0.072,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,3e8d3625-066b-4064-80a5-bd8a7c424a05
+AU,Australia,2022,,CO2,0.072,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,2c144a28-94e8-4014-97db-0f9f89760c0a
+AU,Australia,2022,,CO2,0.072,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,f3be986c-3ddc-4cf6-8321-c8e9d1fea8f5
+AU,Australia,2022,,CO2,0.072,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,614a5c28-a25c-415a-bb4b-2da18847eac3
+AU,Australia,2022,,CO2,0.072,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,3f416b1b-9d4c-490e-9846-048cb9a3cfa2
+AU,Australia,2022,,CO2,0.072,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,dae32b98-1f81-4879-b10e-77d3c6d17122
+AU,Australia,2022,,CO2,0.072,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f2a4bf72-844f-4931-a157-0a25d85b7265
+AU,Australia,2022,,CO2,0.072,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b1f35259-1725-4161-9921-8aca78c268ad
+AU,Australia,2022,,CO2,0.072,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,c720554a-b6a4-4276-bd85-734e429c0c97
+AU,Australia,2022,,CH4,0.0004530201342281879,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,46697d4d-efbd-465f-9671-1f64278c15c8
+AU,Australia,2022,,CH4,0.0004530201342281879,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,3b2c6a1a-4ac5-4f7d-8e49-f8ef8e8c7ed1
+AU,Australia,2022,,CH4,0.0004530201342281879,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,393f128d-0909-43b3-a240-026ea6959886
+AU,Australia,2022,,CH4,0.0004530201342281879,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,66cbcbd3-c86b-4d46-9174-3a29ad337106
+AU,Australia,2022,,CH4,0.0004530201342281879,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,638dbc0e-287c-4f5e-94e4-3948bcede7bf
+AU,Australia,2022,,CH4,0.0004530201342281879,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,16a9f323-c786-4c46-9878-28b24b8efea0
+AU,Australia,2022,,CH4,0.0004530201342281879,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,7a442264-f5e1-4cfe-9e38-c71b0aab4bd7
+AU,Australia,2022,,CH4,0.0004530201342281879,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,5acb2c32-bf9e-4b13-b80a-2bc3f02bb95a
+AU,Australia,2022,,CH4,0.0004530201342281879,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,cbbdd752-ae4f-4fd1-bafc-e5c531b58ba3
+AU,Australia,2022,,CH4,0.0004530201342281879,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,9ad6a562-0d53-446f-9e9d-b98582dc28e0
+AU,Australia,2022,,CH4,0.0004530201342281879,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,f80fd0a6-59c8-454a-8ec6-cc680f776272
+AU,Australia,2022,,CH4,0.0004530201342281879,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,d586d516-0c42-4f41-8abb-de93caaa8916
+AU,Australia,2022,,CH4,0.0004530201342281879,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,e9698cf0-7c5a-4930-96e9-0bd0b3d96f1d
+AU,Australia,2022,,CH4,0.0004530201342281879,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,0738335b-4216-4f41-90f4-6d4d209634df
+AU,Australia,2022,,CH4,0.0004530201342281879,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,67d27842-f096-4cd3-b646-3cc4c72534fc
+AU,Australia,2022,,CH4,0.0004530201342281879,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,82cb144e-f78b-4cfa-8436-c79c56d90865
+AU,Australia,2022,,CH4,0.0004530201342281879,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,22eaa781-4c68-497d-8663-f13f2d83bc25
+AU,Australia,2022,,CH4,0.0004530201342281879,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,0766a325-0bf9-4d84-9758-f0780333074d
+AU,Australia,2022,,CH4,0.0004530201342281879,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,b85368bf-3c77-451c-9dfb-e688ae05442f
+AU,Australia,2022,,CH4,0.0004530201342281879,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,030fb8e4-17d5-45fb-91bb-e04df8b0e4bd
+AU,Australia,2022,,CH4,0.0004530201342281879,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,e69af93c-f6e5-44de-a6f3-529cd765dc44
+AU,Australia,2022,,CH4,0.0004530201342281879,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,ff711b1e-4938-4887-8722-caa6dfddf2e5
+AU,Australia,2022,,CH4,0.0004530201342281879,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,c2c3952a-9c31-4f6f-a2fe-767e7a0d4ff3
+AU,Australia,2022,,CH4,0.0004530201342281879,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,57029818-3d1c-4a0d-89b2-ecd26e45f72c
+AU,Australia,2022,,CH4,0.0004530201342281879,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,2cb7d790-fd8e-447b-ba4d-ae0f6d2f627d
+AU,Australia,2022,,CH4,0.0004530201342281879,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,cc2f4b7c-5772-4df4-b139-ecaa839487a5
+AU,Australia,2022,,CH4,0.0004530201342281879,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,9ff99403-dafd-45d0-80ea-05c1723d19e0
+AU,Australia,2022,,CH4,0.0004530201342281879,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,7c39324f-a4f4-4d33-b21c-2015333c2e38
+AU,Australia,2022,,CH4,0.0004530201342281879,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,1c010caf-76ac-4208-bbcc-6832c2a7bb2d
+AU,Australia,2022,,CH4,0.0004530201342281879,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,787a8f55-0053-42fd-bfc2-3c8fd2c81719
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,5bcca121-62bd-4ff9-98e0-564c5def7f30
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,55673719-a484-4d53-88e5-5a0c603e7989
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,16ae9c58-6651-4a00-b323-75cf2c4d1f7f
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,e8afb9c6-4d82-422b-8abf-f05752f8ca26
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,8868ca2a-d278-4bbd-9b98-87778ce180c4
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,eb6c77a5-75d9-46df-9e9d-98674f6afcc9
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f55c3186-1377-48ff-abbe-bb8a353f7ac9
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,9100b531-1f1d-4df4-8410-d7c8527152ad
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,62750896-fb77-4a45-963f-b1e35789557d
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,cfa95c3c-9ae9-431f-bce8-ac0eaff2513c
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,5ada5ac0-a93c-444c-abd0-013b5823ae8e
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,c336b9a7-2000-460c-b610-cb195081a8fc
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,fd654d52-21c6-474a-a2f9-cf9c06830632
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,1814f693-59fd-496a-b266-ef475c9ac686
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,7bf5ec7e-d208-448f-a9ed-7c90276b015c
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,d15e72ec-4e89-48fb-abba-253c583481bd
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,55b9b6ee-e1ed-4d9b-831a-f7cc1d363fc8
+AU,Australia,2022,,N2O,1.6483516483516482e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,8ce1f692-2e22-4e4e-9819-1f99a441b433
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,fd853e19-a3fe-4853-a842-293d16a1614f
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,0cc19f19-9629-4f09-9357-6f6e1b425e99
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,65efd1ec-2ba9-4646-a956-ab13d6d82843
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,fa40a703-a82f-4897-b746-93556a162834
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,03fcca31-8d15-4065-9466-ba9ab6a35406
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,41922041-62d1-4f1e-ad81-9ff74d7a6da9
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f53b4f23-8a2f-4bd5-960b-d596bc88d543
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,d3d2df7b-be52-42d7-a510-4bf1b643234d
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,670cc30b-b19f-45e0-bdd2-cf3fe191ba29
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,965ce1cb-d6d1-4c23-b0ae-398e04991baa
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,0c0168c3-82aa-47cc-9bfe-d00867230dee
+AU,Australia,2022,,N2O,1.6483516483516482e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,0d7a070c-34a5-4774-86a1-697d586e560e
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,5c34438c-175e-4a13-a584-d766fc5576ca
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,0b073e80-8f64-4a4f-bee0-c0e0997f43f8
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,b713d6ee-48de-49a3-b656-4678db72859e
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9752b46a-0ff3-453e-9e24-8bb1920c3971
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,5643537f-9882-4e66-b580-7e0548775098
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,99c43767-002e-48ff-8a6a-d0db9446515a
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f6e0cce5-9c3e-4003-9e8c-8fb71eb86831
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b1ce2054-9636-49c0-a0fe-cb1af35ecf08
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,0f3dc39c-d844-452a-8620-36319b65ead8
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f01590f6-0b2c-4aca-b723-373c428522fb
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,5dc770f3-d4e1-438a-a6bd-aef369304442
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,b36452f7-ab06-4742-b093-047966296d5a
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,620c2b4d-5442-41e0-8caf-e746fdbb15ae
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e7961652-19cf-4713-a86f-7ee04aca914c
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,3e46e3fc-e2ab-410d-8b3a-597ef9335ba6
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,cb60eff6-2a7a-4fc5-9003-e1daf2b17728
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,950685dc-874d-4e5f-bbef-16da64614d67
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,2cc3c7bd-7790-4807-ab50-86d58c2bee90
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,c57e9d2a-36bf-4adf-b0a5-0d28e7a07557
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,edc591cd-9235-45f0-bf82-cf7a3e150d6c
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,39b74244-aaff-4ade-a9ea-f10ddcdc6efb
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,602d09b7-b2e4-40d7-80e5-a30029f54a49
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,35f3842a-4f8b-4e71-b405-e9a1d4372021
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,ff7cc8b6-a4f1-420b-8fdb-40d09f5f7427
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9fdae817-976d-4dac-84d8-85818653674b
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,56b9db91-d76f-4ead-8186-7841e3a8340b
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,3bbc839f-2a94-4cec-8aa0-3471bc17bfa0
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,953c9d33-ee13-4056-8d72-21084c35bb28
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,f04bedc2-78c6-4974-bedf-ece3c02ce853
+AT,Austria,2022,Production mix factor,CO2,0.016124954275898124,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,efe70006-211a-480b-9072-75deb449c96d
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9b17f808-f0a6-402f-bb63-135725141153
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,2aa6ed27-1fa5-4d9a-b435-f71c0f916fa3
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,2183b4a9-bd56-4d99-bd28-ac58245b6166
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,052fe351-1d58-4605-9534-b502a7b51426
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,ee59bb8d-ccd8-4408-9439-a72a5086abaa
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,314d0aaf-2cd7-49e5-b802-9ff6a75cc4bd
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,003e7ece-a6e5-4df8-aa15-c7f697d47cb8
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,59364236-05a7-4eba-b026-bac6b593d829
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,1e44f6b9-19f7-4cc0-bca7-0441980ae183
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,69e10cc6-b770-490d-866c-c21a0683c3fa
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,46b3a51b-6f0c-420a-b015-210db07577f0
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,9b83a6c8-89ca-40de-8450-0cf1817564d6
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,645078de-2082-4e93-97a3-84b48c2f5281
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,25b4022c-ff06-46b5-a781-ff1744552fa7
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,c13a3a62-5b5b-48b1-b713-5b58b03d7463
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,e31e5d4b-3649-4420-87de-b49577bfab0f
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,33b9e445-efa4-47bf-9acc-9d44e949582d
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,84a7cd67-0abc-4f6b-beb1-be74b8ebf298
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9fc8c46c-1945-4098-aad0-83358c6305e6
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,7be23d03-5107-41e9-ade9-b021e809bf2e
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,1c594528-08f7-4e47-9c85-9b2f35e9ba86
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,c36efbc9-cef4-44d8-ad9f-0e6d18b16823
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a95efb87-085c-4ce2-a113-69832f5338c5
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,2f29a2dc-58f5-4b62-bbf9-026034aff816
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,42e52e5b-d7b4-46f4-bf4e-01a509515167
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a92b7047-fdc2-4f80-a754-759a6a3d5596
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,5a2077dc-a7bb-4a47-8dd3-11a4eb7e311c
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,e5f01a53-1a72-4886-9eb8-007175864421
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,3bb9fdf8-24c3-4383-9088-733cf2c2e8ad
+AT,Austria,2022,Production mix factor,CH4,0.0001014573465345939,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,9d5539c1-1348-400c-b103-c6dcef0663cd
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,d8ffe61e-5f33-4f6a-a7c1-d62dea17126a
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a46ad0ae-ec50-4d6f-a8ab-6a7f0c6f8516
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,1b58ce78-8042-49d6-bdae-8cb8b4dbb2e3
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,255f2b89-305d-4b86-a0e6-267bad554215
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,dd56d23e-d180-4ced-be88-1690913db1dc
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,1dcf7c8f-6ca3-4e78-8f8d-51feffc2e3c6
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,bac6a84b-f122-40c8-b3b7-581f7bd3a02e
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,baa80d28-b1ad-4d0c-b176-7837759b12c9
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,a784c647-0f8b-4c16-892c-03841f216957
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,061132e2-0336-4b29-9a11-cfdb2ab1ba85
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,dac228df-2e1e-4f17-b17b-447b13a88a61
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,3caea7a3-07d6-433d-986a-dd68c74a8a11
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f7380a77-c762-4ef8-8bbc-d8f8af9bf485
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,c48b84c7-2ff0-4f02-8dd1-dce4781937d8
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,cda80585-ef9f-4037-abcf-ba1206ce9cf0
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,c1b6f322-f53a-4369-8246-3cf85b9001ed
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,bc30298a-9c4e-4a04-97d3-85988d206ad7
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,02018586-708a-48ec-a530-6002d371c9d9
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,0e029c70-e6f4-4621-ad12-24fc83b47fd7
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,decd7a36-74e3-43ad-9269-38948ffad09c
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,61d1f692-d54b-4d4e-b9df-436626588b0f
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,1ee81408-64ff-4a73-a7f7-e88c50662ae6
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,818c745a-ffc5-44cd-b0ff-bfa747db2409
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,f3ac1c0e-6882-460b-bcef-cf809a1b3694
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,782122e3-441d-4da4-a20a-193429a95288
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a39d7e82-55f0-45f3-b817-efbb7a0533e4
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,bbb07930-2b94-4b9d-b451-02ea6c15adab
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,636a833f-b822-4d86-9046-d56871e442ae
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b3e1ff04-7032-471d-8c37-af2099d5a459
+AT,Austria,2022,Production mix factor,N2O,3.6916104111488378e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,c7c7099a-879c-4faf-a417-17006f9244a6
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,5308fe65-c4c9-48dc-b14d-90a6b64540a7
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,d2595c37-5e16-4072-bfc6-77e86c20586b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.1.3,modeled_data,kg/kWh,CO2e_value:0.078,b53deafb-a9be-4a03-bfb6-6bf8682bfa34
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,ead024be-c720-4a24-b628-ed5a5da5926b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,43d50025-72d3-4bd4-b2aa-ec64e5ec6975
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.2.3,modeled_data,kg/kWh,CO2e_value:0.078,161fe108-8f23-4568-8975-0786552691f6
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,71fae0e3-dfa2-42fd-b898-d82ff9fdb9cb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,c5d810e5-5e11-451b-8bf2-a19aed8943dd
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.3.3,modeled_data,kg/kWh,CO2e_value:0.078,fef326da-dbe6-4830-b742-d3c48990ca37
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,36b72314-5995-46df-ac00-8f1d2b1691a3
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,43180e4b-c473-416b-9a20-551c0172019a
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.4.3,modeled_data,kg/kWh,CO2e_value:0.078,88654d07-8376-41f5-b6c4-218c85839ce3
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.078,f9f8caa9-5c1b-41b0-b2f8-4c4f48d7c25d
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,62ffa333-adf9-4bdc-9741-2bb59661c4cf
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.5.3,modeled_data,kg/kWh,CO2e_value:0.078,6bcdd8af-0b6c-410b-aadc-589b40b9b8cb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.078,efdc9285-c7f1-4300-aa18-73127763ae81
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,e82bbd28-71e1-44d8-b650-b8e9731cac30
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,I.6.3,modeled_data,kg/kWh,CO2e_value:0.078,02ba42dd-99e8-4cf6-b1cf-6f28eb774d8d
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,2cee1ad7-7c8a-47e5-98af-7694b6a99715
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,48b7dd83-f0ef-41e1-9fe4-d7ee497f1b20
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.1.3,modeled_data,kg/kWh,CO2e_value:0.078,095b8b4c-e02d-4c46-81dc-7d9a7f4756a5
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,64da2984-063d-4813-93e5-4b6c54c9644c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,1a47ced2-f837-4a14-aa02-8bca282b5a9f
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.2.3,modeled_data,kg/kWh,CO2e_value:0.078,8defa46c-9906-4b6b-8031-e89839362fca
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,311b641a-14b6-48de-b254-628688888086
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,bfabc668-b0cd-4af6-8dff-5d023222440e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.3.3,modeled_data,kg/kWh,CO2e_value:0.078,5e124c2b-1543-4a40-a8fe-e6dbe1e03f74
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,8c7d51aa-a337-4a0d-9b12-be0f4e3c2d2c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,1aee6270-6adf-454e-a532-13c66d66742c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,0.06268263319408403,II.4.3,modeled_data,kg/kWh,CO2e_value:0.078,198a4b70-ce47-49d3-b48c-c6c0b9b8e762
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,f1dfaa44-0e0c-470a-9983-853497ddc6fb
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,d41ac70e-af8e-4f73-bcab-dbb3d08a012b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.1.3,modeled_data,kg/kWh,CO2e_value:0.078,3520bf29-8da1-4963-b9a4-c34e9a83efc9
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,e45b927b-63c8-48e8-85a6-5b2776cf7b88
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,21b2eaaf-fc5c-45cb-9836-dd32eb37b0ce
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.2.3,modeled_data,kg/kWh,CO2e_value:0.078,791bffc3-6249-4f51-a68d-da2a2d105ef4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,f6c93733-4ca3-4f27-992d-238484e32014
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,71fae1c2-9b66-4cdf-a900-b069e3990cd0
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.3.3,modeled_data,kg/kWh,CO2e_value:0.078,2a764bfb-b5a8-4092-9acb-10b05830383d
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,df7cb2ff-bbe6-41f6-a8d4-883956f8f79c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,360256c3-cb89-4f1f-9b31-002a9611f69c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.4.3,modeled_data,kg/kWh,CO2e_value:0.078,16711d9f-1749-4802-bd71-d918589b0927
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.078,e01cfec0-3736-4caa-b473-f5aa60b7d8ff
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,bdc877f8-201b-4f31-87a6-ed278e4d24d0
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.5.3,modeled_data,kg/kWh,CO2e_value:0.078,3d78884d-e563-449b-85ad-9be9a486b359
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.078,b83020ad-88b9-4fb5-a70e-e084f3dcfa9c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,5e077e76-b87f-4821-a607-80d5a3e260d1
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,I.6.3,modeled_data,kg/kWh,CO2e_value:0.078,1f440b2e-9537-42d7-a1c7-8b22a1c2036f
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,3589ed04-2e1a-41f1-a565-8c016464b630
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,f0c25ca8-fe54-432e-95b3-19d3b50192b7
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.1.3,modeled_data,kg/kWh,CO2e_value:0.078,0c30a97f-ef91-47c9-b828-962e26feb7f8
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,94aac004-b8ed-4804-876f-4c94242943d5
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,31d8c9c0-4dce-419f-823e-02f02262ea23
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.2.3,modeled_data,kg/kWh,CO2e_value:0.078,bccdda57-4880-47a9-b4c3-4262b8ad0d93
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,2469421b-35a4-4a30-b17c-26871df6a6d2
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,add1278c-df24-4728-8ecb-186bb4625828
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.3.3,modeled_data,kg/kWh,CO2e_value:0.078,9ce25f16-e1ef-419b-9c43-3e0ebbcaf49d
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,df92a1d0-8f6e-4175-a4c4-09d8b8ea01c4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,9f61e55d-327b-4591-a984-0c06313f7357
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,0.0003943957625466696,II.4.3,modeled_data,kg/kWh,CO2e_value:0.078,10c3c442-63f2-4b53-bfa6-14d0933ba750
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,b062ee38-7953-4561-936f-4351ab90373e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,1248a502-d6ef-416c-b48f-d16b0617f551
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.078,2f8a2010-e893-43cf-8380-060a967470a3
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,9ad9dd9a-487e-4ce5-8fb5-77f3176ea040
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,a422c411-5c35-46f6-b385-d44de54f39c7
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.078,ea4350d9-5a15-4c03-9ab3-b80b27ba9b99
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,0aab2d36-9b9d-425e-9226-4798cea1d176
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,204d69f8-c401-41ed-9101-2835236668e1
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.078,3da7ad78-5181-4b22-a101-3ceb7454759e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,1d7c9343-5584-44e9-9d32-ba1b0e53ec30
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,4852b014-acb0-4f5e-96cc-05fb2117ab9b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.078,6adf0ea8-2cf5-4123-89dc-48dd4949111e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.078,02f1492d-f581-49fc-b77f-5da5bde6daae
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,5c787347-de80-4a18-b761-221ecf8ebe4c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.078,57a722fb-22d7-4b66-9fae-f83aeff3273b
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.078,952bd7fb-7a35-4091-ab1e-16401089e4e7
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,f4e02f6d-5bb4-4a02-88d3-083782976e1c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.078,bda6fb77-d9ba-49e3-a5eb-367fdf02db43
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,a693454e-df3a-4a52-b2b8-934a9d8c4ec9
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,d8d8088d-abf4-4dec-bbe7-d7195056c6ab
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.078,d0f3525a-6bf0-47d4-ad07-7631e402a04c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,0b5fddae-f0d8-437d-aa4f-390deb0e07f4
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,833ba58f-ebad-4667-aecf-0ef93c050065
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.078,470cd1b6-d8e0-4a91-90cb-811370f37bd1
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,ac4cdd52-82e2-4c3e-87dc-cc8f3ec7baf3
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,946a64b9-5f84-4e3d-bb6f-119569a0a966
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.078,f8a5a576-12d3-47f2-9eb0-459e95013391
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,1e10f11b-cb6b-447e-962d-06b56dc525f9
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,ec8027b1-f10c-4f60-9102-3f90df3ecc4f
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,1.43504196872903e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.078,908421fc-28be-4bba-9031-6315060fe9fe
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,39564f2f-5624-4154-90a6-0881b318fc5a
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,22929c06-d881-4e3c-a304-b22658f82458
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.1.3,modeled_data,kg/kWh,CO2e_value:0.084,28caf64c-f474-4369-97bc-7c0158f9c29b
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,662e80d8-83e7-4e0f-9e4c-c2f57f8edb4f
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,4579f090-f35b-4d82-949c-35c3a14dc399
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.2.3,modeled_data,kg/kWh,CO2e_value:0.084,3aa23048-be62-4ec1-9a0b-d755a01a6665
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,449a45dd-23fb-46b1-a3f1-7d39b586586a
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,c9208571-b50f-410e-941d-4103bf0dd86d
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.3.3,modeled_data,kg/kWh,CO2e_value:0.084,be90f41a-eaad-49c5-897b-3fe8a589d22f
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,6353d5db-7e7f-4cd5-9bf6-cbf30a0f569b
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,925290d9-1f98-4ba1-9395-3884c99b16ba
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.4.3,modeled_data,kg/kWh,CO2e_value:0.084,29aa44ae-2fe3-4295-a0a4-b08255ee5fcb
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.084,b01d3a81-4602-4548-8cdb-d4cdce6270a6
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,8b5f2a48-92cf-4ef0-aae5-0ae70eddf844
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.5.3,modeled_data,kg/kWh,CO2e_value:0.084,38d954b2-06c1-4892-8c5b-ec926e81900e
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.084,50085f43-460c-473a-8311-71d2e7d46864
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,48a3dba3-cd56-4456-945f-18415e2c18f9
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,I.6.3,modeled_data,kg/kWh,CO2e_value:0.084,30494bc1-0259-42f1-b6dd-39ccb723d25e
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,30a18803-97ea-40b1-be48-ee344113f0a5
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,853f6288-0b10-4292-a855-a40a17a3d12c
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.1.3,modeled_data,kg/kWh,CO2e_value:0.084,4b2e855d-2644-45aa-9659-fba5727820cb
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,4383e92f-85d0-4cfa-a951-081d3bece35b
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,0ae2cb4f-c2c8-4596-8e16-7d8645e2029a
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.2.3,modeled_data,kg/kWh,CO2e_value:0.084,7f2e9eca-f5d5-47b5-9282-aaa26290401f
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,6412ed8a-ad33-4937-a54b-fd91faa622c0
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,a8da0f56-39eb-448b-86c7-d7239d995525
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.3.3,modeled_data,kg/kWh,CO2e_value:0.084,bf83a4fd-2325-416d-bc67-ee0b401031f3
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,69221354-f52b-4e63-b700-640789609fd7
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,ce19242f-b96b-4322-96ce-535e04ff2c54
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,0.06730836061407901,II.4.3,modeled_data,kg/kWh,CO2e_value:0.084,35826da2-abee-454b-8901-dd8d0e9c7bcb
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,a157eb0d-454e-48c7-bb0f-a0bc8add7c12
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,38e7c96f-a43c-4850-a260-051b3ff315fe
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.1.3,modeled_data,kg/kWh,CO2e_value:0.084,f46f762c-b54e-42b0-a670-328e98ee25f4
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,1faa289c-870a-4609-8a62-0dac4a1f2fb9
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,2ed39b70-03e4-4d19-998e-37176a1058fe
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.2.3,modeled_data,kg/kWh,CO2e_value:0.084,562ca2d1-89a5-4f7b-8b68-7277730ff826
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,b1996dfe-f2ab-48e6-bdfe-732414c53ac8
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,f8a3a7ce-9d77-41ce-95fc-86f0a48b6949
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.3.3,modeled_data,kg/kWh,CO2e_value:0.084,cf5e22a0-c9af-4eea-bb90-94d0aecf6430
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,74541eb3-54ab-4854-b414-93585dce58a8
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,93ed5ba7-143b-4b22-88c4-ffc67bfca469
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.4.3,modeled_data,kg/kWh,CO2e_value:0.084,5721cba9-d670-4739-a61a-bcfd56fa8b68
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.084,f22e696c-449c-4c6b-8126-401587be5ed8
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,e47ab25b-ad5b-4d0b-9aac-3e7e8c2fd6f4
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.5.3,modeled_data,kg/kWh,CO2e_value:0.084,bf73636b-4427-4b44-abe0-278f171c5be5
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.084,f15f7c25-c5da-4daf-b62a-94e44ddf1dfc
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,e66dadf6-53f5-49f8-9bf0-c2ec764eb468
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,I.6.3,modeled_data,kg/kWh,CO2e_value:0.084,4321ba8e-153e-476d-ba93-5ae840c47c78
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,b47ec314-09e7-4a9c-bcf3-2fe7b1f67728
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,31f980bb-57f7-430e-af10-f0b7e3be5324
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.1.3,modeled_data,kg/kWh,CO2e_value:0.084,ce88386d-32b9-4e6c-8f81-4ea19e33afd4
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,73d01bbc-0ae1-41d7-bdac-fd3e4bfa24bb
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,ed0d6719-2494-4f0c-93e3-eb26f7b806df
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.2.3,modeled_data,kg/kWh,CO2e_value:0.084,a1d6a0a9-19c4-4e2d-9be8-03128ee4f1e5
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,00ac0fd3-e28f-4dc4-a991-6b47b01a74e4
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,2ab07294-35dd-4664-9ee2-9e916e7d87c8
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.3.3,modeled_data,kg/kWh,CO2e_value:0.084,18ccd410-4db8-4d09-8a84-023a12cf442b
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,a4670909-965e-41b4-ba55-97a7eaf19aec
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,13385ce2-0ccf-4484-9a6c-c619f7ef32d0
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,0.0004235005911120743,II.4.3,modeled_data,kg/kWh,CO2e_value:0.084,60304851-4435-4441-80ef-389ae580595a
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,3e5c0baf-30c3-469f-992c-9b652b2b77be
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,74de74ca-7129-4abf-b465-f083f0c54cc3
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.084,910b6be2-34c0-4877-8184-9584dec3d951
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,9f59cd27-daac-46e2-bc8c-246205765064
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,970574e4-abdd-4930-b498-c8a3b3bd8fbd
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.084,f97a915d-7236-468f-80c6-b132ffebb40e
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,7f5cb733-f91b-4a93-8eff-18cb6d571d61
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,3a0eb9ac-224c-40ce-9346-9ead7f67debd
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.084,45d8d049-aeae-4efc-a78d-49b8f4654fb1
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,46e51684-9737-4cce-83b9-a8d0cb545c0f
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,d4dff106-2789-4d15-a9b1-96d664e685c9
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.084,fc3fc044-390f-4740-a777-86e6fa1afa66
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.084,1e086c26-f662-4dd7-bff7-83c7deeaf0a1
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,a085975e-f8bc-46e4-b713-564899d8d65a
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.084,06ec2020-f2f3-4e5c-a808-5741a0cb4643
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.084,7febba5d-0ccb-494c-9beb-82255de274d9
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,b1ec5b66-ce0f-4b0b-a5cc-74de9dff18e3
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.084,2da0c3b5-604b-4d8b-b1d8-f590c4bb190a
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,6cbf8da6-97bd-46c2-9faf-b1f75c8eec1b
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,69505a94-6899-4a5e-946c-e8ee8a321fb4
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.084,b0ab9daf-fc6a-4f7c-8b47-05f99d6a6407
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,b15a1bae-a19a-44d1-8bf6-0cf8fd60aa51
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,6ea800bc-f82f-407a-b8be-0dc722dac9da
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.084,30ecb462-5e8d-440e-854d-21f8cc44176e
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,a100291d-51e4-4c93-a412-32c79da2d330
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,dda8b6bc-4989-4b9c-8245-facdd8591d30
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.084,ff7b510d-81c9-40bd-b546-6cce50d4a44e
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,2953bd5c-1bce-4172-b14f-3c09eeca6f47
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,b9947ca9-c7b9-4710-aa04-40db92811906
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,1.540942321750893e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.084,28dd9a12-4765-4ca5-a098-9c99c76fd383
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,f2e27b01-ed27-4058-9d30-f7f7c591e0d0
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,8c695030-5acc-4236-ae34-b10664696f59
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,9326d9e8-2749-4fd6-b4aa-73b09b0be454
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c820edd0-d005-44ca-9e0f-0fe63622d03f
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,beb790e1-d9bb-4864-93a6-89c69d9f992d
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,c6861bb5-0cda-4501-a87e-5b3f11135e08
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c0be2534-1d47-432e-8785-e69bb0700eeb
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,65191b64-6058-4e4e-b4c7-a01cbb05153a
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,761dfd6d-b71e-479f-98fa-b15e2aa3a880
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,b9463e6f-0a2f-4ed3-86bb-6d26a2b9811c
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,1927cbfa-347b-47fa-aedd-60cd215020de
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,c6b823fa-e967-476c-b3c4-98d47ebea35c
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,cfc70d91-4919-4734-a550-0a4a40dd5a7e
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a1c27f61-dc88-45d8-9e95-de23ad4aa216
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,ec6dcc96-075c-47eb-adcc-63ad7ba11c6c
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1d8ac125-147f-44cd-9378-4f356c27a69d
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d7e45261-113a-45ea-a6bb-61aa4a669650
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,0afa355b-ec7d-4958-baa4-fbca2d97494f
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,cbcefaa3-088f-47c8-920c-f3d6c2c5d676
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e99e6c4e-1d1c-4291-b0eb-e10151fbbc47
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,819c2370-0f1e-4c52-8a9f-ccda056cf972
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,839165ae-7501-48e1-ba32-c4af66fd45ff
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,8666c407-5fdb-43bc-9fa0-9f2d37d1d83e
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,9d666d94-de01-4e1c-8740-0db3a59b9c94
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,24b75174-2ada-4315-8ea4-4f71865cd340
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,1c9bdcb6-f4fd-415f-a0bb-2d049ecd89e7
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,4fdf0b65-675e-4073-b5ee-7761cb4fb229
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,46b7c98b-8df8-4c51-aed8-0fc625c7be71
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,4636d7f9-5a77-403b-9177-92deef3017e0
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,0.05114711285855411,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,9bd3bb93-12cb-4de9-b390-b3273c3379c0
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,79871ee2-10f8-4e46-84ed-e3d73d93f800
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d27a3ed4-b744-43c1-875f-5a205d530b7d
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,6d42a252-ffd8-4562-86dc-ea0c36286586
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,a6f9c61f-1630-4b72-a66d-2599ec2aed03
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,b6b22e02-db38-44aa-af0d-5390d04a49d4
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,e6ea2d0d-7fda-4739-8e29-ab8335c034f7
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,98f7a0ee-66f3-42d8-b08e-18b3b4ee4640
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a9e25cce-75e7-4d80-b384-caf432db8361
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,c70e359c-9c04-4133-8313-f8bbe55050d3
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,eec26ed6-7d5f-4065-b12c-fab04a78192b
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c174ff9e-cc32-4ebf-a8c2-a6c689d294ae
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,c76843dd-c9d8-43c0-99b2-784f640d7f9a
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,7e47c958-4609-46eb-9721-41aaf1eb3024
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a3e33459-6b25-40a8-b906-47ff2c5bcdc1
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,dabb860d-4250-4848-9b56-71243c30547f
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,12fb48a0-cabb-4e60-a5e0-87d85ac1a3c7
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,bc5869a4-6f4e-4f5a-a4bd-efeebf95277d
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,e8d1555f-9711-4b8e-af4f-033a865ce623
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,8a4139a2-471c-46b7-bad8-c00626024671
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,b45696c9-8590-4c1e-bd49-c3ff9ee23f7a
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,57ff0085-b6fb-4aee-8e8d-506e3893c86e
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,a63b7cfd-2709-4d87-9566-3af4d7e1c4f1
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,481801b5-7bc5-434d-83af-4beb2d61818c
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,cd663bf9-3555-4c09-af00-10c02cbf413b
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,ec6f4262-f8f8-47c3-84c4-d57ef50023e8
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,255223e3-5d9e-4636-b54f-bc65dbe2251b
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,98c184df-78ea-41e5-8297-bb4dd0128f4a
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,eef74605-e47c-4813-8596-e858ccea27ce
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,aa5cd7fe-99d3-42f7-b209-c741d70cb024
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,0.00032181488795231196,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,243e8bd0-151a-4054-833b-70deea7fc6d5
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,062ea7c6-1b26-4271-be20-adc936df3f6e
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c3b7f589-fee5-4dad-9d5e-08b37bd24dfc
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,b7376537-13a3-4693-93d5-c7a8597a42e7
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,bc10093f-46eb-4a2e-b46b-033704d63250
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,be0b44d4-7ce8-4259-9f09-ad8285f0f5b9
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,42af211e-447a-465a-9cc4-40e3ff71b239
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,65f2e40c-b3a6-45a3-bd30-5c3a775a470a
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,be4ca53b-2229-42a1-aca3-b58b518bcee2
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,8104f417-122a-4561-8752-d6dbd371c58e
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,7439c466-d22e-4282-bca2-cde81b90e380
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,366e10ee-3037-4a7b-bb2f-4cd2db7d3362
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,b6b31f34-6486-49dc-a7d1-2b244a1cf772
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,053ec298-7233-4c76-ade6-2905e02e750b
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,8f78ed12-e2df-4dba-8606-1f433bacc5ed
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,515e5c9c-37fd-4a45-b56a-872a8b79c9af
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,5e14cd9b-201b-4258-b9ef-57fc180cde51
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,07aa25d2-f706-408e-97a3-dfdd57335687
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,1a8ee3b5-1eea-42cf-92e3-9b92df186067
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c4e145cb-7071-46dc-af17-414977149592
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a4883087-4626-4598-bad1-4a568c00f323
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,be1d6491-eebe-4869-b21b-690b8c794cf6
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,210a2866-77b1-4055-8be0-e4471d79be8d
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,b91134f5-268f-437f-a9ae-4d4abe53c995
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,c7de6ec7-1510-4fb6-a633-b8dbf2d4d052
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,14ff2738-2700-4e7a-b1fd-113541b51d4e
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,6c8f93cc-2f58-4d81-9b9a-2debe4bd982a
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,e6f00541-7306-4aa4-a628-ff45434d9980
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d75a588e-0002-48ed-9cc4-0f47895551dd
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,7f818238-6adc-49c6-90b6-94e6b0966013
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,1.1709503859559091e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,5cebf747-8ff2-4f77-a387-c25c5ae077cb
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,70593d78-a5a6-4846-b7c2-cbbaf08f27c9
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a5ad5dd7-68c0-4667-9a7b-35c2b5a2baf2
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,9e1d53fb-5f94-439c-965b-588ba379d997
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ffe18b13-3076-4e09-9f59-f02fdeea9b40
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,4b928b1c-fdc6-4a53-9dfc-753a72cd05d9
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,99258bee-a3b0-491b-89ca-2ad1f51fa6d7
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,81e11b23-aa4a-4f11-81f8-1bcf6f5c07d3
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,bc0cccf4-c865-4eb8-94fe-08aaf690ff53
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,07bc0be7-6107-4754-bb95-006215cc0a59
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,800fdb69-a8ca-4389-a874-06514597179d
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,0426b148-3e1b-4a45-a842-b3c8324c1897
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,f3854a2a-93c1-4b7e-8863-9584914cbffd
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ce877685-918c-49f8-ae77-8c758a467395
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,63c93847-b9d2-4db5-849e-876ef2953f2a
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,351b319a-72ab-46ba-9fd3-0af7c33fbd75
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,53dca1b7-5312-47a5-a521-a04e21edbca5
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a6ae4043-5ab7-47df-ad81-5d45a174efcb
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,a8f1896e-614d-4a59-ad7d-a154e4eba1c3
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,8ba30f03-f0dd-4a77-90f3-12960f60195b
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,cff48b31-bf01-4dd8-badd-6d658449ae71
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,d405ac2c-8320-43f3-8aed-d7819f38aafc
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,c3032b1e-a18b-48eb-9e93-4c754fa507d8
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,cbe55a9a-8855-4bd4-acd8-00ec48143072
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,060998d5-42a5-43ac-b5b5-c323004710df
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7fb62a66-05bd-4e5b-ae0c-f7bd809ca0fe
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,1157fd7a-fdab-4521-815b-7e2552efee01
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,47b30957-c386-4350-bc99-6e9c97f1bb0c
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,e9181896-bc59-4fb6-ab0f-7e0c2b4429b3
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e8aac7f4-90f0-4ebc-9e00-938918f76eff
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,0.06821367646123216,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,9339035a-52dc-486a-824e-bbc67311a56d
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,d226ceee-0778-4c19-b0d2-099aec7c382a
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a6b22005-8fd2-4df7-b2ff-bddc7c556cc8
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,2a914119-09a9-420e-a9fd-9bc84be261a7
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,2139e8d2-56d2-4985-a551-8acf7c74f472
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,fcedf2f4-5f54-4d22-a924-5b3098ddd055
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,c105e3d6-d286-48d0-8601-dbcd678f62fc
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b473ac58-8384-42dc-9894-dcbb47c0396e
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b2e7267c-3bbe-4a24-9eae-0fe7aecc16ae
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,001909da-9b94-4bad-8897-e9bb5a1237e6
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,c31e7ee8-9984-4c8e-bffa-3a2999b251f0
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a58cafa1-4b64-488e-aacf-9ad4fa5333d4
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,01bd836e-a88e-40e0-bc93-98560af9908f
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,79a631d9-df3e-45ea-9823-0b7c461fa8ba
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f902f8b5-8ac3-4196-85a8-d80241a7aa62
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,bb4f7020-db0f-4e8a-98f7-896a63fec671
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,0e72748e-178e-4fce-9d30-c1cdfc337156
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,876bc10b-8943-45ad-81af-93c152579aaa
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,97e09b66-b5e0-490b-9ccb-a0b56ac11129
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,c7197398-472d-4d3d-9b51-128a8dfd1f5d
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5ba8a43c-8a24-4a47-ab3c-71ff5c84bcc6
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,2b63ab22-9253-4ae0-a4f1-c2bea575de6b
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ff6ab158-b954-4208-af92-04e1cf522c78
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d20cf58b-1a7c-40be-9dc5-cd621447518a
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,e43bae53-84a0-49b2-8000-65a0d91828b3
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,a19ee384-f185-4a3d-8542-4422f3b6d295
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3dd03ae9-1309-497a-9db4-f820a497a254
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,7d0f2e6d-783f-47f0-9fb1-c79d083bce6e
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,f7e9469f-4d48-45c0-822b-e777d03d114e
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9106faf7-4f29-4a34-9661-62b748039de1
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,0.0004291967898147997,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,c58ff3b5-2fca-42ab-90eb-58d5a6023941
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,e7a2fc91-fae3-4af4-b771-fe7404256e98
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,8f01dcad-6384-413b-a555-1d0859e98c11
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,fa1bc0f1-736e-42d5-8a92-d7bd310bbca7
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,06a3340c-547f-4089-a0a2-f36297045f94
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,8c581c59-9078-4ac6-9a6b-818de43de07e
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,7fcd4998-80eb-4b60-a78a-fd49fe9c56bf
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,8438beeb-b25d-4d28-aedf-8bc4adb873bf
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e693b388-d3dd-40ea-aac3-2938928d35b7
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,0c1fa451-42b4-40b6-a8fb-d2fb14d89967
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,472f08a8-4291-4e6c-adee-f64529eb00e0
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,2fb2ef39-a1ae-4331-b142-8d5dc8beb331
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,47277ce5-2648-400d-ae33-5f473cebafe0
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b50ffea1-afc0-45b4-9d54-8bcb129f029c
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,fe127e69-9062-4461-8d08-8055b2c6300b
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,a56a8b80-ad28-45a4-91c3-021fa13744bf
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,6604776e-7f52-42e9-8ad3-43915904b6af
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,8a3e384d-5d2e-40d7-8a28-f9a942e5ba56
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,9e567389-bd5c-4a50-a7ab-dc42ec369565
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,211a3f93-3462-41f6-bf7b-a16e85e1cbef
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,93314109-fb80-494b-91ea-1d0f0dd185ed
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,4a182995-f2b9-4a36-a999-7234e2ab1a42
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,05c37ca7-1505-4760-a876-394053caa5f9
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,13e2339d-4089-4ec1-ad20-e598f70a03fa
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,61e00cf0-9ef8-48fe-b0f9-976c84349f8f
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,502351df-c041-42e8-9ee6-f52c6fb3b480
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,841219b0-3472-46df-99bc-5ecd3004ef1c
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,931899d3-cc35-459b-934b-0fccfeae6680
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,58f5ff85-aeb6-43ef-9de0-d82fd0214477
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,976c25b4-df4c-4935-9170-cdb358bb0f26
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,1.561668417152751e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,d2906629-7d91-40ff-80a6-e183a1905a6b
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.116,479425ad-aeec-434b-b265-8cb94f2d8a3c
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,48f495df-152e-414c-a938-ee8914b19e40
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.1.3,modeled_data,kg/kWh,CO2e_value:0.116,94144352-1a8b-48b5-b50d-91a99f20d408
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.116,a9c8dd30-b944-4fcf-85b4-b04e2f6b2a35
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,3d3d7102-8841-46ef-896c-fc438d4a2dd6
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.2.3,modeled_data,kg/kWh,CO2e_value:0.116,33c2d9de-8a9c-4941-9ab0-d6c0908215d6
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.116,3eff71e2-6e3d-4521-91ce-6fa0a585c4c0
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,b5615f26-d673-46fb-88c8-c36db79745b9
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.3.3,modeled_data,kg/kWh,CO2e_value:0.116,9b3501fd-8cf6-4c3d-aeea-1c7a40a39e47
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.116,66fe399e-13c8-44d2-9461-2dc2f35f9f22
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,d275b710-ab3d-4124-ab7e-b1cbae606219
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.4.3,modeled_data,kg/kWh,CO2e_value:0.116,ff1deda9-3248-40b3-b231-91623fd15ce7
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.116,22fd14ab-b75a-4824-9554-3bcaca541715
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,a11256de-4d77-4557-9fb3-c164bdd70fdc
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.5.3,modeled_data,kg/kWh,CO2e_value:0.116,8fe65741-4225-4cb1-bc86-8ccb8fa54591
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.116,1db9c364-2636-4da9-9d74-d8b2479b5205
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,1b4746eb-c748-4425-ab6c-7d45aa15c707
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,I.6.3,modeled_data,kg/kWh,CO2e_value:0.116,2b6886d9-4496-481c-8eda-88993deac329
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.116,60206f71-e046-48fe-9bc7-6c117e5aba22
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,fc4e709f-4257-478d-b1ec-672a42a98be6
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.1.3,modeled_data,kg/kWh,CO2e_value:0.116,6ca3522b-d7ae-4227-8910-0ef9a680d6f1
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.116,286b2127-ec3c-4363-8e2b-3231cc37e466
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,b818ecbc-b598-4722-8ca1-39dda6fa2dd3
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.2.3,modeled_data,kg/kWh,CO2e_value:0.116,d415beb5-55b2-4e7e-836a-13c945b45d28
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.116,f61f5bce-0187-4a1d-97fa-74d450de45db
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,e7b3da88-5425-4618-9d30-69c636de8d8e
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.3.3,modeled_data,kg/kWh,CO2e_value:0.116,84fdd66a-e82b-4ba8-aabc-f117119cb82e
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.116,3ed1b0fc-b6ec-4bf2-83d1-3a93366190a6
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,cd5cf6f1-df69-4dae-8be6-0db4ca870e35
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,0.0930255535156659,II.4.3,modeled_data,kg/kWh,CO2e_value:0.116,79b6436c-e48d-4e4d-ad56-05bcae874e71
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.116,5fb34ae5-2f85-4bf0-8824-1621e8a1ba85
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,0ae9b2cc-931e-4313-bdac-80122db6f428
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.1.3,modeled_data,kg/kWh,CO2e_value:0.116,03706f77-0e7b-480b-8c41-da65b553440b
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.116,444a1b35-b672-45ec-8cf5-e64d7fbb9e43
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,a01d5af3-2e08-4213-a74b-c2070c0a48e2
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.2.3,modeled_data,kg/kWh,CO2e_value:0.116,cebf6150-02cd-434a-b2e5-02abfffa7b33
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.116,685027c7-bc1e-414b-a309-f51fae514a83
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,bf7d7c50-75d0-4213-b746-37c847c13346
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.3.3,modeled_data,kg/kWh,CO2e_value:0.116,21656e90-115a-4187-9efa-fe958dfcd35a
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.116,50b0a6fd-d8cc-4f45-8b8d-29248b6ded5a
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,3584fe21-ea57-4e1a-bfe3-1cb933319fb2
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.4.3,modeled_data,kg/kWh,CO2e_value:0.116,42917d6d-3990-4924-8523-504d4ecd6ab5
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.116,aba24d47-374b-4185-bff4-0bac62160d9b
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,df6de0d3-ee9d-4978-9678-67d7d92cd7b0
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.5.3,modeled_data,kg/kWh,CO2e_value:0.116,7a18dfa3-c7a1-4a5f-93b1-d1de8febdc15
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.116,7cd5837b-dba3-40c0-a172-62bf5b3d2c56
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,64b0147e-4a06-41f7-b866-cf09ae6e72eb
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,I.6.3,modeled_data,kg/kWh,CO2e_value:0.116,afd82934-f66a-4e8c-8a67-a13fda4df3a9
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.116,2230c7fe-2e89-425e-914f-97c6589fcc0d
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,9831c43f-70ca-4878-875f-1cf29ed9fe87
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.1.3,modeled_data,kg/kWh,CO2e_value:0.116,87542359-96b5-4580-ad72-4341fde2fd12
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.116,9ccac003-90c9-4c23-a034-57139ce210ae
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,f31a067d-084b-44ba-ac2a-4faeafc2bb08
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.2.3,modeled_data,kg/kWh,CO2e_value:0.116,e1dc39e3-a7a2-43f6-bbdd-cf9b2ed8a7bd
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.116,b044a081-526e-4ed3-af2b-6ba14fc068e1
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,a91942f4-8894-4291-9d4c-fab4bc784400
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.3.3,modeled_data,kg/kWh,CO2e_value:0.116,22df1969-435e-4718-89a0-c0d950121e28
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.116,873869e2-5f90-4abe-9b8d-71c610573fe3
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,30119077-fdcd-4cc0-97f6-91945cf05562
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,0.0005853117880599783,II.4.3,modeled_data,kg/kWh,CO2e_value:0.116,e9e3f5c6-136d-4114-8375-9f33bc76ebd5
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.116,aeb241a3-f86e-499a-b91f-65cda4085604
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,f3cd6825-e82e-4cb8-89b8-587aaa32b052
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.116,db0702a4-8695-47b5-9e09-b35fc4fd8bf4
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.116,859cb7e9-b1c4-4080-9410-1bd50be34090
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,c99ff071-b6bf-453d-9209-e21dd653bc6e
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.116,70e24ab8-b2ed-46f5-9bfd-af7a22212a1f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.116,7bf2ad79-550c-491c-854d-3d6d7cef910d
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,cb4de924-3611-4c1e-bcb5-ca64ab59a825
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.116,d960ac6c-640e-4c53-a529-165ea50cba2a
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.116,3bf3fa60-e6d2-425c-8073-acad157b6934
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,43b4df5d-fe45-41f7-b0eb-0d685044fafb
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.116,e03674ec-47a0-4f0a-bda8-6669df81b09b
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.116,9900b779-9380-4cce-a164-633516ae83dc
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,c646b2d7-a614-4584-a978-41b9ebbc16fb
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.116,feb2f02d-112b-4804-8e9a-585531e4c49c
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.116,30114903-694a-4d57-82d5-d8471ef66a7b
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,b3ea22b5-877a-437b-bf82-cad995c48b85
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.116,901a4fa6-5311-4662-8e8a-1f60ecb4995e
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.116,efd1ff9e-78b9-4e81-b91b-f96e1980b42f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,d7f5d3e5-3d4e-45ba-a176-eef0f6c9b16a
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.116,067dbf9c-582f-46d5-91f6-532e87ce21e8
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.116,51299238-504e-4db3-a211-0641529625c5
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,eb6756ac-d14e-4bc3-82a2-c780ad6602c8
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.116,f6bbad11-5c7e-402a-a46a-fc74d9efed4f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.116,cf4e657f-7775-49e9-a715-b9e586509826
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,3ce2b5b8-1322-4941-9ddd-500fcdecf15f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.116,32f8ff02-f687-4576-b6f6-d2c7b6cb500f
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.116,72761a6a-86c5-44d7-aee0-93ad384406d8
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.116,bf81ff58-13ce-4d3d-a92e-b13f5b291597
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,2.1297058955051717e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.116,63f9cd7f-2f0b-4d02-ba87-18bfb977d4c6
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,822c6fff-c179-407c-b604-f222f41b5ea0
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,4583739c-7fc2-4d1a-9207-d8f5d4b7b848
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,b624d0e6-411f-476c-92a2-aac9db5a29d0
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,21cf7b6d-b67f-406d-ae0a-2d9e36774be7
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,f2e18d40-2def-439b-8e2d-cce5abe1a7ec
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,4a46b1ca-6e53-4ede-ad23-bdb7f9fd02f7
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,07b9ab77-ed48-4d70-a60b-4fd77c1d6f97
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,caf107d5-eee8-4127-86d3-f7b3d96ca56b
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,41d8dc56-8d79-4340-ab5d-fca5ec070256
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,acadfc28-cca4-4481-bd0b-e40434877934
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,07e32658-da48-46bd-9748-a7b66079c3e2
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,c83dec10-bfc7-42df-a47c-10d0ca920bf0
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,fc80c8d7-e0da-4093-a4eb-b605827f1ab3
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,918ca968-b168-452a-9721-dc1b20251176
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,07745070-57e3-46d4-b60d-a57883eb3b13
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,1a72090d-1274-4538-8fbf-93ed52c82d45
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,68a23d1a-af30-4f57-a388-010acdc9cfa4
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,125282dc-5a2d-408e-aaa7-8a6c95d7da51
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,00e36d05-dca7-4bc0-9840-031a51355da0
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,b47b1a9b-030e-4442-954c-4ea1ea539fcd
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,91903991-2485-4b0c-9d87-691b9dc6b93f
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,3e335b04-e136-4e9d-9e1a-c998c3a32b83
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,8754ea75-04a7-48fa-893f-c10cbbdc9f0c
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,cceb9e5d-5fe7-49a1-95ca-0c44539b811d
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,7e6684bd-bde1-43fb-bc61-81b91ff7323e
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,7f26b853-f507-4890-af8c-95b7aee13300
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,1985caf8-d98e-45a0-91fb-e38b9ad0f952
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,0e72e286-a84a-4295-9d54-96f3294d1f1b
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,4fc96e4a-28fb-4e6c-a230-1d6f9da361fc
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,0.05421101005754486,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,1d19fb5b-bc38-40cc-9493-8bf942b63be9
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,28ae3a29-831e-4e31-8b2b-f81548f2979d
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,851928a8-00cd-48e2-8d25-41076bf0e285
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,497eabc0-64a4-4ebe-9192-da5c5496ad91
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,4e4ddb99-dd92-455a-a7c4-1267efc59971
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,e8a5b160-0509-486e-b7ca-4517facc39ad
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,03c04a5b-4cf5-48ab-a1d2-888177a7954a
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9c55e943-4f19-4cef-beb5-5a2acccb1657
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,d5857328-f01f-4541-aee9-0db1d854b029
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,492b9c57-8cdc-4d2d-add4-23105ddabdf0
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,e18c848f-587f-41bd-8252-27f171589f56
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,09236f68-0aae-4ac3-9489-bf0618b8eb82
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,b983aec7-8b1c-4eb3-b5a8-d009388f0f45
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,bf874c9f-b399-4a1a-bc8e-00700a4e3698
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,c7713c8e-bc9f-4837-b8a9-13c1a15b34ab
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,3314ca0e-77f8-4075-9690-2686a96ce3bb
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,b273a54b-a69c-49bc-93d3-5b3f0a1bf6b1
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,1c6fe3ed-c6b9-409c-a4d8-3fbbea66d5f2
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,67925210-e0ea-4ce6-b154-1584631fcd31
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,896cfc5e-5ef1-45f6-9aa5-892b3b738e9f
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,c99263a9-7fd7-4a36-98db-e5da3ccc2119
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,c21c358b-65d2-4c26-9cb1-d6eed95261cd
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,afdd2564-c1a8-4d38-9cec-45986ef55a4f
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,39ede9bb-2507-4e20-a7af-a7e585a37b41
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,a1ebd038-83d1-490f-9f50-ec409234846a
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,645a080e-d056-4c48-aeb0-3c74845ca713
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,230d8e65-1228-4790-9166-a68222db3771
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,a00e73e0-adab-47a2-a7c4-f53461824b9e
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9d2b6c7a-353a-4911-bc5c-6b2c1aaa85e7
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,431a7001-78eb-4e34-b45b-35042599be7a
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,0.0003410927646238141,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,d9922be1-01ec-4750-b541-0ddb13b82ba6
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,b3516047-a32b-4cff-8d73-6bd2e8739d43
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,b5605585-eb5f-4a75-9234-294ce299cb19
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,3dd72f53-ecfd-43ae-a78b-472a5c4951e2
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,af2ca136-ac52-4c18-8c46-34dbb30bb5b5
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,dd19c39f-d91e-4ad9-b5a2-b44f7c38f43e
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,d1c10417-2ba1-4ece-a558-470cdd592438
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,38959426-cd6f-4e7c-b16b-8ec36f8ee5fc
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,d99dd39a-ccc9-4fe3-bd89-89c7c985c3a6
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,cabc14fd-2be5-4744-bf75-b038a9a0d552
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,1ba4ec9d-f68b-443d-9425-e0e393d666d2
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,47c8ba29-9a11-45e9-98aa-edac3ea19577
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,1087560f-85f3-468f-b6c6-b2ee4464c0d4
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,ff02b771-fc1d-4fb1-a421-367afba6dfc2
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,3f7d0e0c-0bd8-4432-b8f8-fad60e892f25
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,71800c7e-36cc-4463-aafc-633a5562de7d
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,0c51c2cd-6e04-4eec-bdf4-36cd6a915a0a
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,66624a9f-03d7-42bf-8b75-6620b2547fed
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,8fb14a47-f467-405b-9604-3cb51ec4f6bc
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9508d9e4-b942-41d2-8a7f-723691dfd0e6
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,00553ad2-9f33-47a1-927b-4381f5f1c832
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,14c2c9c2-15b4-4e56-937c-fdd28bcef7f9
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,d3a1ba11-a3ca-4153-b54b-bac38b80ba76
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,375c5591-88c6-4c7f-8671-de3f045fe10c
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,7cf535af-a1d4-4764-947b-560118fa08d5
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,6a4315eb-37f9-4e51-a43f-5d76b88ae7bd
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,60d8389a-78d2-4003-95d3-53e32c57ba57
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,ec9ef8ba-9e82-4ffc-87d1-c9993aab6e20
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,6114db4a-bc93-42b1-9a84-a028fdd221b6
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,6e4fb445-60c6-494b-a195-99dfe2cd0f8e
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,1.2410945525994702e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,bd03dc36-5762-459f-9f2c-041c2afba9cf
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f31f5785-1d55-4972-a061-af517d768197
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,fa5bd851-2dc5-488a-ba90-9709f530626c
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,219cae1d-269b-4de7-a2b7-ce231982a749
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,a5a8141c-f117-4db7-9a47-6adcfa911299
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,17a2bccf-866a-4c80-8e8c-aadfce1e9e23
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,96016f96-4772-4101-96d3-719934dd2a66
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f8c0dd7e-38df-4c1f-be3e-d92cca4807e3
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,ba763bdd-e2a5-457b-8c0b-a8c92969bb82
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,c0128d99-8641-4e22-bd96-a39bc43080dc
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,4ef452b0-72ee-465f-b706-fb05cb576e77
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,73b73362-ecc5-4750-b232-865dd69398e5
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,377e2ca3-dcb6-4559-bc15-827b7fa4b742
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,85fb72ce-2735-4a33-81a7-831d7cdf361b
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,aac8ae16-cd37-4af5-af85-19e9fe7aed16
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,08df25f4-5d87-4af8-a44c-662ea254e058
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,0e39b99b-b530-4e61-82d0-a3c51f9fa90f
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,966f8f01-e068-4077-aa9a-51ab53ba16e2
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,3b330031-79f1-489d-8f0a-bd30fc36fa44
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,cb6144cc-91fd-40fb-ad5d-f0a7900a60c9
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,e31a3e16-88fc-4b32-8204-534f8593960e
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,cc7bf95f-1651-414d-a3f9-1c578efc4632
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,197a4921-455b-4fe9-a817-f14c29f32015
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,d4471dbb-008c-41e5-8ade-3d96367e4685
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,5f80a471-399a-4464-8ed4-363f412e64dd
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,754cffde-4bda-47b6-8c59-6eb787e91402
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,182685bd-adf9-4329-abf9-b51cddf025f5
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,4effcaab-9e01-4a43-be30-94b8b5e0f1f4
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,baeca978-9790-46af-9ef6-8e8912a9e362
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,afc8ce8e-2a9c-46ae-a6ca-1244fa1ffd5d
+BE,Belgium,2022,Production mix factor,CO2,0.013638240000000003,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,877a3428-ec0c-4eef-8754-2c8260cb1a05
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,8a5bb9a9-cf87-4e1d-98cf-8c1b968447d7
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,4d44d960-82f3-4cbc-b0de-80ba85579f41
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,bbc5e5dc-2e53-469c-8660-62d083943ba7
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,d63725ac-918d-463f-ba76-44dedf338ace
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,eb13979a-0aeb-45be-bde4-63f844c2cde1
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,4216f9e8-b015-4541-b2ad-07788f0bd719
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,b36fceeb-d03e-4abc-8393-bfb2854819fd
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,235814be-e143-4c60-a3fa-0c0a75fe0bba
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,0b588f80-c60a-4597-9385-7c1aaec75bc0
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,b3e96d49-130a-43fd-aad9-58388190f177
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,1a17592b-0e4f-46cb-9041-921d9aa12ccf
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,8201aab5-5b51-4d8a-a8c9-b7456f09ffc5
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,972b7e42-65b6-457f-87dd-6f75aa15a0aa
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,9ce53289-7f93-4cd8-850c-220d75902634
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,dbb06cc8-702e-45ba-b5fc-ae95110802b5
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,b00643f3-9574-46b5-9e06-60be43c0aa41
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,37edb2c5-0589-407d-aa4a-644ca65547ea
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,75bd2e4b-d4fc-42b4-a716-850ff2eaa1f6
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,4311369c-428a-4fce-88e6-db4602e2eb9f
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,9e1b545f-1701-48ec-83c6-f8ff0dbe98ff
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,3d8554d4-18a1-4e73-8b0d-273cee57d4fa
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,dc3d397e-fc9d-4656-b5c5-2c1c638c512a
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,b312f4fe-dd69-4458-9b61-5db40d218e4a
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,ccfc9053-4d31-4d01-87d4-3433f36ec257
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,2b201ad0-e313-4437-8196-f467b1b90973
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,3dc088cc-b516-40d6-b3e3-e0b65d2039ad
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,75bdc315-5cd8-4ec8-9117-54a47213503a
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,092d0de3-55ef-4180-a177-67e31adde295
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,15ca04c1-71f8-448a-936b-f1a06a7980a7
+BE,Belgium,2022,Production mix factor,CH4,8.581107382550336e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,ac78e233-8b0c-4126-b311-d65f69ec2a8b
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,d746252e-d4ae-4a0b-a917-61e48ced8f66
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,5307c00e-7cde-4e19-9fde-c120b4e98eb3
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,df481687-b270-4254-8671-fda30c5e7c07
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,d777a5a2-7289-441e-b64b-21c0ece64999
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,41555808-dc25-435c-a61e-947b4ea45d91
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,672c4873-7f69-4d8e-a3db-c96d4a1838f7
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,5673072f-4f62-4d26-aa95-c5993ec93b2e
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,23caee5a-aa4c-4c2b-92d4-492113199864
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,51af57b3-9907-404a-a67e-55f794f6df33
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,5ca5462b-4156-4aa3-b853-82daf12f9131
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,ad0f8883-30ac-4c73-bffd-a77e417f6129
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,9022c3e1-1f00-456e-bde9-058fa91093c6
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f4bfeff2-6b7c-448f-b773-082973cfdca1
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,aaea0698-8207-48ef-8f23-6bab89129b8a
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,ed53359c-9ae5-4654-828f-5e842947b653
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f73fcf12-d6c8-4dae-a318-d2dfbeb4b537
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,f0a5c547-0e53-4e94-a891-aafeef1ef572
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,f34f82ac-ff0a-4f4c-a669-d25498a47fa7
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,8d339929-4167-491d-a6ad-b2061e0283df
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,2a71abbe-7ff3-4113-a116-093bf88f4462
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,8fea5739-d294-43eb-8145-1f8cfc0b377c
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,56cc1998-9fdb-46f3-8b66-6b424a66a7b9
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,53b07ef2-00bb-4c83-b915-609f2c07f017
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,2f9fc4d0-64e9-4643-9081-56e858ea642c
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,7c8a7a14-e885-4375-9ad6-468337090bba
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,b5cb71e2-a7c3-4347-a8ab-b4230a95bd63
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,9b87b1e2-0e02-4085-8ce0-43cb6ad67916
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c2625ff8-a875-4e2f-9237-cb5057a20006
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,179d8898-0273-4234-92c9-75d2df36d768
+BE,Belgium,2022,Production mix factor,N2O,3.122307692307693e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,c9bf9005-96dc-44a0-900e-322795422703
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,2f1ba202-1da7-43da-9427-99d4ab4cbf80
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,81b7178c-94c3-4a6a-83c4-c15d569ae644
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,9779129c-7355-42fd-bb22-06ad505a6c36
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,03154503-213d-4b3b-91c0-a740a868b41f
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,d588d4f8-8605-4a7c-8d7d-4c8fc2824665
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,3dfe01b5-5bf3-40e4-b57c-762b97d47269
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,97e0baaa-6e76-42af-9262-315c1f0468a9
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,5bdd83aa-a0e0-4ae1-961f-50f7868a1708
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,10e77f56-8979-4164-9e4e-1ac6cc293828
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,4624b99f-337f-43d2-829a-402b82d7f335
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,c28e2f8c-8185-4035-a5a3-ba8b835a2eaa
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,913c750c-082a-45bb-8c9c-479439071dd8
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,64c5ec19-b053-414d-98ea-e206802db437
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,294b3694-3bb8-47fd-b9c2-3f052a66c782
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,b2f11352-9597-440f-83f4-74fb3b70622d
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,6de99f3c-24cc-481d-816d-dc663b5ebd5a
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,dfd101a8-5b87-4ee1-af43-7781b43ef45a
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,be735c90-3785-4fc7-bba7-20c122bb1b20
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,d5232b74-732b-4e84-84d3-1372a95c5053
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,61452f64-efe4-41ea-a4aa-35a007c049e0
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,12c6233e-992e-4682-8c97-ab6da6dc4560
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,3566f980-9dd6-4646-809e-2550b6852686
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,94c62bbd-e032-404b-b02e-1d811239078f
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,5b9c0224-afdb-4d76-a738-8f5ee593012d
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,ed5dbefb-f32f-4868-8978-9249547fdde0
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,8a66a8ac-5eba-4fbb-9f6c-a047ee87762d
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,42fb609a-2f77-4176-a386-90640f96bc56
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,66b23f71-80ce-4345-ab83-c2a00086a758
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,56052322-b8f1-4913-bb72-514b7975fb44
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,0.0636378007478805,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,0776e436-4a4f-4f67-9bf6-9008e649182e
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,7a2a9e91-e849-43a8-abba-c67580b8aed9
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,abab81ad-3f1d-4800-be7d-56c7b4fe1827
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,26bad89d-2346-4911-bf2e-3bfb6e229531
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,2ef00990-11e7-4a1b-ae9d-57ff5cffeede
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,05bf698c-c0be-4724-bf67-2daf3137e150
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,32e307ad-3052-4507-bf91-2abae12929ee
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,5966d330-567b-4615-a8e1-6addf29ee8e7
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,1d1821bc-2388-420c-84db-c9bf165a16fe
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,83b551c4-2f97-40d6-af70-c17a8a8eb732
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,72af49b4-02b9-4f04-aa7b-530197a07b78
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,463da8f3-4372-42d2-bf7f-647ed60950b2
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,929ce4f2-55e2-4a43-914c-9f2db27d4915
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,28856db7-ed0f-445f-a80b-5004aabed8f3
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,c8958dff-ba76-484d-a719-4eeecc5461dd
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,9420a984-9355-4d03-8fdf-d8e795d06808
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,010f77e4-6e41-4c86-b05a-71143460f989
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,9eb7c33c-a9db-4a79-a775-0a8d0688049f
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,b3c254cc-9770-4188-8a36-5fb3d54ec5a8
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,4ab7ab71-c25c-41ed-9a27-c71eaaa77d42
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,ab6f8156-1ff5-4c83-997e-e09032610036
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,bbb7740b-961a-473e-bf36-cd1599cc2939
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,07341efe-bf21-4b1b-9919-29adbe8dc204
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,0f9d7982-2033-4cdf-9c6f-8940a1b3c412
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,be4e113c-ccb2-4d73-90c3-2114397af27e
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,3c2891c1-c3a5-485a-b981-005a952787c9
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,8ec2deaf-95dc-44ab-aedc-0d209431ba23
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,ffdbc36e-2487-44fb-b770-bd966404cfaa
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,9c590039-e052-4fa5-b3f8-7cddf091f238
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,50c573a4-924a-4ed0-9f5b-262b1bae6856
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,0.0004004056255109931,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,6e6571da-59e2-45ba-b12e-5ce212dad09c
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,9dde0cda-307d-47ed-bb2f-08e107c4d9f4
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,7bf60ced-28dd-42fb-8914-b62a0ffe3fed
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,d488b0e2-6f2c-418f-aaaa-90d5a0285341
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,0ff9c38a-ed94-4139-bf0f-58320f207508
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,abe08c22-b6ba-4fd1-94f8-56938e1607e1
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,4d216a64-3c93-4070-b819-b4df68bd5351
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,b2479034-f7ee-4585-9731-a95bc59aca0f
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,20e1f63c-13ed-4c3e-8994-ba45be7f5ca3
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,7572323e-079e-4f19-bf50-7f4ce3917bd9
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,71f2eeb5-a9c1-492a-9fa3-a3812ad58ca6
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,940aae1b-8b69-4b4f-985b-bd082b3cd74d
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,2e6edeee-5039-4e22-9724-44c40d1ce417
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,879e545e-4e67-42b1-8ca4-265a9daa88c6
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,ca20d8a7-87fd-484a-8abb-90c7ed133779
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,e28a113e-9862-4bd3-b57c-e96992b3797b
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,8d33cdbc-9258-4b6c-ba58-5de36e4ea6fe
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,b8d3cb3f-dbea-4281-af1b-62ec50aa8cc1
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,b561fbe9-456b-4e22-a0e8-dcc9e765d7e7
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,7c845564-c737-40cc-9c9e-cf22a1e8a1b7
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,edaa7605-05b3-44b2-a527-d1d2c7ecb175
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,ca221503-828c-4208-8229-89cf64863026
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,00d34dbe-a576-44bb-b211-4db8b42480e6
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,f7ba45f0-3618-4337-9612-adaef2aad7f0
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,477b8402-bd52-4007-ad38-d79cb9d5c509
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,5e5471b9-7180-41fe-9511-2d7011bcb09e
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,a599ae15-01ab-44e8-b32b-936a088ef89a
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,bc4cd9d9-5076-41df-b8d4-a0a4d1bdedc7
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,8e177790-62cf-479e-9c33-f4296a1373fb
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,7bcf5ac8-f0e5-4ee2-babd-dd42551ff686
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,1.456909357781147e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,3e3f1092-f57e-41e4-9ac6-17b91a3448f8
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,a27819ce-74d0-4a57-bc3d-f684b78b872a
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,574d9e78-c6a6-40d9-a99a-a9cfff567f9b
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,225d8a7a-f323-4e57-b6a7-ffd2b131ccc1
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,bd067c0d-d5cf-4672-9c6c-78bc133d4db0
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a8361347-575e-49da-bffc-fb554cd66e8e
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,8db75146-acfd-4d6d-8f2f-06476c127780
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,4805ad3b-3de2-4f71-96cd-a9e79dbeabe4
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e36ad538-de26-42e4-8b91-46ea8a931603
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,d4528c00-12c2-4d7a-a279-212123f33f6f
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,b7a30508-f899-4ca9-b1dc-b7454365aa77
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,1581a6b1-656c-40e7-b51d-545c61d1495c
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,bca7ce2f-4688-40d8-83db-a1cb5078db6e
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,0f49c984-e993-4592-b417-9cc3eeeb19da
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c5a145eb-9511-47e1-b961-ed06923520a7
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,649c97cc-4b01-49d7-827f-36c8501524cf
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,346abd47-5fa8-4766-9c9b-254ab8225f58
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,8ebe2a6f-c387-4d3b-82f1-0827c6671d10
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,ecf43a4d-ff80-4d5c-83f5-2a6aa4b28dc6
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,00ea70a5-680b-48f5-b5a3-de7b18024363
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,2b93e87f-a2d3-4409-a247-80dcdaa8e0d6
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,3bc9fd6a-3c1a-40f2-b49c-0ea9266d05ca
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,f8cbfeab-40c5-4583-af27-7a8e92d0b998
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,61dad17b-2c53-4414-82d2-196e9189e553
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,a4942e23-2a0c-4689-9a06-bd171b21f867
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,efe77c8c-bedd-4fb4-8d13-170ae2f39ca9
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,b885a135-787c-4426-8776-7940bb437aaa
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,67af6003-2c0f-4493-89dc-8958acc5aca7
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,52937bfe-79de-4ea2-a225-838339d4d9a9
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,3e83ffe4-8e16-4441-9a8e-8a27cab75a74
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,0.05314475569801385,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,c47e6558-bc40-472f-8387-d4c38e31c290
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,093afd51-9f65-4ba1-a754-4c79643c247f
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,5553d7f5-d015-4c01-a060-3d27c5faa574
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,3b1bda77-141e-4adf-9427-0e6bd3223621
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,e5ea7e53-03e3-4389-a742-825ae6f2b23d
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,d65352d1-7277-4bc9-9099-88d03142df04
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,870391f4-39fa-4983-a721-7f845419495a
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,a0dfb178-6e2b-49b5-938b-e561930d8873
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,21ad94b3-f758-4d68-b958-939d38fe26c3
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,7671a360-35df-4de8-adb4-ab6ce4e44ea2
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,61c0ea18-76d8-4df0-a91c-c2318247874b
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,70a16887-9f1a-49ce-9c6d-cc8d4e2baa1d
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,fe1f3da4-8fa7-4be0-9174-98f505d2bc06
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,4a7c6ca5-1a71-48bc-9fb1-d7a06cba378c
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a2edba02-30b6-4272-92e0-179fc0c9f79b
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,0006d6b8-cf8d-45f7-bfa7-f61d1a4dcc54
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,3811bef8-258e-4b27-8bec-f64832fbe615
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0f5c1691-f22a-454c-99e1-778a9ed3232f
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,7aa092a7-a5ab-4555-a0e2-e70df1fa2501
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,80f0e601-7411-4ca0-86ee-0775519267ab
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,f3940918-7f05-494e-965f-c3d84e41274b
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,dbb8ebd2-87f7-460c-9c86-440d1cb4552c
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,c3097528-a756-43d7-86e3-5d281abb57d6
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,3a849a4e-922f-4386-ad38-514c06a88fae
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,9070efc5-2e83-4adc-869d-00eb693ccdf0
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,b9d240d5-cd35-432a-a6ef-f334e8f190c6
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,d0693699-2e08-42e1-81ff-6c1320fb8eec
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,91874970-17a5-451c-b07d-82835143d7f6
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6f3d36c3-26d3-4378-8184-26c068788b98
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,290e030c-da5d-48fa-baf7-9d923e760fd9
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,0.00033438394944220124,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,07bdd7ac-477d-4969-97ce-81d903589e80
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,bfcffc2b-7996-4232-b135-7baf0c4d8c66
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,9816e6d9-1fe2-41b3-9960-02ce2f13102a
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,350927f7-dd13-4b67-b7da-d62f67bcc593
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6e995613-caa6-4223-923b-1f578edef804
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,f78e3f99-47d3-4769-9ea7-a390f07265eb
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,29bf8ea8-306d-4cba-a2d1-ac350fff0052
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,92c3a1a0-17bd-48ed-a1ae-ac7d18d7b360
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,b7cfd693-64fa-495f-85db-1be760fe50f2
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,11739d37-7dcc-401d-ba10-78ea73d9a8b9
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,f5c51379-1d3d-4b33-9200-97cc54446406
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,ebda44f2-38be-4ba8-93ab-e3b83d66eaa6
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,3a25c524-8b0e-4e84-9df3-162eb8d678d8
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,e44df306-46fc-4acb-8a4d-f2067713444a
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,5973aaee-5d6d-4175-ae6c-f624f062d23b
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,6ae9d619-7fdb-4fb8-b0cf-fedb4cdaa702
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,8582ed22-9700-419d-b290-85dc955fdf42
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,ca4af34f-2d07-4f8d-a13c-41d800562969
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,d2eb6e88-f480-4390-94b3-bd4057a600fe
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,99cb3047-9806-4145-9ecd-9da4b870cd0c
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,17afd17c-0e1b-4021-8ee9-54f3a4ae750b
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,a942438a-a700-4df8-9c37-ab32483a5f52
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,dbfb7b6e-3de5-4ee6-b67d-31c2901d2e5e
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,f6f68725-f8f7-4a4e-bdb2-cc1cc1ce2fcf
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,e169d384-6990-4e43-b2ac-83a80712c8b6
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,4e495b43-041a-490b-93b2-449ec81af4e6
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0d20c1ff-3534-4bd3-912d-670ffe21b5c9
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,5d25c66a-5b63-45d1-bc4f-2f083af1cbf3
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,d061949b-b98a-4a18-a47a-f93fb251f30a
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,2371a651-641c-48a9-b9cf-b39450189435
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,1.216683967445372e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,d31a46f8-4fb5-4dfd-8163-9cc0a538902d
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,67a20d7a-b755-412a-adb4-aa8df583db21
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,17839fec-b940-4406-82ad-5eb5d13a9676
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,0d6d555e-9278-40f1-ad8b-310a1af6e8ba
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,aa6094a8-8423-4e69-ad3e-d802a967fab3
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bcf5a578-57c7-4ab8-8a69-80731916e185
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,67c331d8-798d-4fe3-94e0-db14375506a7
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d4470743-a7be-4a03-9e15-9ad70a886d10
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,58d23513-868f-416f-a5e5-4d52ac4d0829
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f057b407-2339-4bfd-ad8c-9b8aa16faaeb
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,23fd5c98-b492-4e41-8040-3181e9769574
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6677e7c1-da5f-4dd6-9c9e-4f74e2014255
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,9204b40a-507f-4725-88d5-3921472a0f11
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,54e9955c-7e0a-458a-89fc-fc777b329604
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,47390639-2c33-44fe-bbb5-7bdc891ea7b1
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,1b647e5e-7ded-46e9-9a96-93c39a86400e
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5f51dd97-31fd-4044-9727-63386124c788
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7fe29fbc-4b32-43c6-a1da-db37755a2689
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,9d591a00-714c-414c-af6f-123ead4f7840
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7eaa88ca-46b9-4746-88c9-a7f7b1a21932
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0fc3aff1-af90-4466-92b8-eccb83acb17d
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,944a24a9-8a73-4e03-b9e1-932645cca1b7
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3a3d32ca-16ac-4919-b6c7-8e945310804a
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,51af6639-54ae-41a0-a514-e1e19bd66a78
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,91db46c5-42f1-4cb3-aeb7-513bf82e16c1
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5baa6c30-fbf9-4a1c-8106-1bf9054aaaf8
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b0f4e54e-d732-4805-b4f0-bb6e96062140
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,05cfe45c-928d-4613-b563-adfb1e462b9e
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,11aa2172-de0b-4703-b86a-b4e4bb44634f
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,74bbb742-c9d3-46da-9317-fc2752361ebf
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,a74ad668-25c5-4553-bfbd-692399addb69
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,da11c924-5658-42cf-8b8d-b7b9562a5887
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f9ad5e53-6697-45d9-a100-1b33d43b6af5
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,8c3fa11d-324b-4750-91d0-86b83a962fc8
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9c01809a-a5be-4628-b58f-6ab0501298c3
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,43d31367-5a07-4e22-b215-6945314c0635
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,ab12c3d8-5c94-4ee6-afd5-9dfaa03f6e75
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e45fc661-d289-463c-89f2-e2308757390c
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dc802ca8-3d3a-490b-8f4c-ae7ba1cf799f
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,c834b5aa-14e6-493d-8004-bd2da259413b
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b0e0c929-571b-47a0-95b6-4b7e9a7e39b2
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3d4c9711-4bd7-49aa-ab42-354807be518f
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,4530eead-4afd-4ec3-a6b2-6601e25ace1b
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,096b0af1-d02a-4f5a-b110-a9a6d4d89a8c
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,adfc27ff-d101-4b9f-a6da-0858d74bed1c
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,ba662a40-db90-43e7-aeb0-67e3d23790ad
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d172663d-c835-4855-912d-936b823bbda4
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bb804414-b914-4b1e-ae80-798db023d34e
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,265b3d19-d7d8-4bd6-a598-740137331d7c
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,73d0a816-7080-472c-88d9-4674afec8c96
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dd23d058-c985-442e-930e-712a09c8d53f
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,721928d9-6c9b-4136-8363-5adab7f8002f
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f6213635-0956-41fc-8fc7-8dc8c09b1cae
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,843c1edf-38a1-4eda-8915-022608ed6823
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,0caec913-6f16-48b7-8970-42e906f09257
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,75b7fc99-7620-4969-8f1e-6a343c9eaa44
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bfa0e3c8-a967-4ba3-bfb7-2c65f61d95a4
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,624524ae-4beb-43c1-9a93-f121eb4433ab
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,220e5edf-e9be-4df1-ab9a-54238da94f14
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e72b7f73-0c1e-45cd-83d5-54f239d9f9b4
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,30bd9afd-4545-48ba-8790-6babf0515c95
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6e585803-f5c4-4c1e-9e84-fb8fd82e9915
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7c819086-fad2-4ec1-a945-3a900a6e0fa2
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,cf46951c-ada5-48a4-a476-5afc6c84ae05
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,655a9bcc-7c5e-4746-9ddd-7f04743aedc7
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,747a85d4-e3f1-4506-9a3e-e6a752a2e035
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,a4216345-c8d7-40e9-8e50-aa3a68f03718
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,efe4a5c2-3e5a-4210-b882-9634c9936ab9
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d2a3db75-ac9b-486f-96a8-ca531fd36e33
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,4deb42cd-35b4-4099-b223-1b3d51f517dd
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d08bc3c9-30fb-44fe-a375-6315bdb99775
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,252478a4-4a77-4c06-b8a8-5bd7ba033964
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,c2ae7ca6-7fe0-43e3-8c40-c8621d2794a0
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,2cfaa372-6aaa-46bd-b694-c1daea668742
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,eec562e2-450a-4a3e-b827-f1bcdf4b5f14
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,67d40d31-cedf-476b-ac68-8f295c3cc7f5
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,28c3ae7b-32c1-47a0-ab94-e48aec49bfce
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,82c6abcd-7307-4568-9cbe-c43a59703e74
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,ce7afb69-f3e0-4c40-825b-a0340fb9136e
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d48cf33b-74ee-41d5-8d82-7da90382d7ef
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3ccb5a54-f907-4692-9637-2114644e90d1
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,edcffc71-c448-495d-9c3e-8b4b785dfa6a
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,78978ce0-5222-433c-b9ab-3e8728c281be
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e550aae7-8d19-4ed5-9117-4be155ee1ba4
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,3712cf62-f42e-41d5-88cf-e19490f63c15
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e65f459b-f4b5-40f3-a6db-6d8c68c0f8ce
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,28129027-2aae-454a-9e3d-a03f6910d289
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,af696141-01a2-421e-944f-13cb031dcb05
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,144c0379-8977-4cb8-817e-715f9d40be20
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,41c212c3-5574-45ea-9d2c-3cb758088055
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,7fde647a-bb3c-4ede-9698-6da8c2049206
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1dae6ef9-c677-48fd-a1a8-97ec78c7c245
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d508d573-8729-459a-8b90-4652e01964c8
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,e3b83ed9-bf6f-4233-a835-1806a4d77624
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,79bd3ae6-815f-4945-9f7c-fd22a11da047
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,9e7cfbbc-1570-47f6-b137-7da31890ccce
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,b6f1a560-67c2-45b4-b61e-f51594377ab0
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,ce3cfc23-4a9a-4df8-959f-0d3d9e3d3a4a
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d46bdaa3-7bea-4ae1-9d69-cc4e042f59cc
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,86238bb2-9821-4ff1-af5c-bc475afc696a
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,19c8375f-1e1e-44f8-bb57-f07dbcf47ad3
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,18b3cc6b-e254-46f7-b530-117053c1e6e5
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,95a3421a-7342-4d13-8c67-c5ed6e39fde7
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,5574162c-4679-4bd1-8862-e9d632302bad
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,43aaaa1e-3448-4d8a-9fd5-d7719e664b91
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,081b0206-21e3-4bc0-b96d-68bd0ce5fb57
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,2f8d90ec-fc97-4fba-ab12-9522fcb7f79d
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,82ff0f57-a80a-4e85-b63d-598db1e83491
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,ef342994-f651-4553-a4fa-7f6a7454f40a
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,630e0c06-da49-4eb2-9d4c-53eaf92e7154
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,11856329-efd9-4473-a105-025cde3c6fbf
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,7d3147ba-4e31-4ea8-9be5-3b81f824ff46
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c00fcbe4-4035-41ce-a346-fc128b23e0eb
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,11f9a932-bbd0-4cbe-a581-95f92323e739
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,c29134fd-9f66-4c21-9fe9-bd1ebfd22fe2
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,e1029466-235b-40d4-9138-574b88147627
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,539ca86f-6cc4-4a36-bbe5-fab406138764
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,ecef6099-17c1-45f5-8fb5-98f77f421d09
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,30869253-d823-4aa1-b68d-294db2c4af9e
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3c4f9c28-bd82-4371-b5fb-a2847e1cef8e
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,0.030203024658674957,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,fe83f3dd-b960-4939-8359-cea56b31808b
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,0e0300f4-6609-4408-a12a-44a1b179a0aa
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,7690b8d3-e4b1-452e-9daf-d6e0f5527a4a
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,59f667e3-9264-4c1c-8618-be608beea452
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,23f6a551-c9ee-4e8f-8f2f-df628d60a85c
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,8b3e7bc4-e9ff-40c5-be21-17fe112243e6
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,7b3fc967-a9c2-456f-aeea-dadc9bbb9e87
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1179e7cd-f5e8-477d-8ae7-f992ce107674
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,095137ca-9d3d-4685-844e-ac6dfe657daf
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,ddd7abb7-f992-4f3a-96bb-97642533eb92
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,dc8d2ede-0216-461a-b7a6-2c727bb8fe74
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,45fddc5a-9fce-431d-89c1-024bcd57d7f5
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,15972e53-ecc2-4c57-b746-4c540b9fb19d
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,36b410a3-2999-4dec-a5ea-41225cae96cf
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,a72cd2ac-bf9b-412a-81fa-11a71df57d60
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,c0edba7f-84a6-48e2-ae75-ad12ac02b115
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,34bf7e9b-736c-4dc7-9fd8-d56f89ab7c05
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,42181384-04b5-4a49-9c91-c4f40916a9f5
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,b5a06ba1-6d51-4589-970c-ca6f109c8103
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,98aaa26d-7401-4ac6-8773-0ed2bb073e6f
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,90a9be51-7ca8-4b09-8759-ab9bbb7e4264
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,925fcb6a-533c-48f8-a89d-0a17e02812d9
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,18bc875c-43fb-4f1a-908f-63dac322a107
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b78c5c23-4e3d-494b-9a2b-7f44f2430762
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,55d36cc5-c3ca-4bf0-b0c4-4d1f242a3fad
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,a25a4d98-cc3c-433f-a4dd-c5706af0763e
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,a0192c66-09c0-4f48-a8b8-1a8a7f58efce
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,79df736f-230e-466a-a7b0-ffe17f74b40c
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9fd6ccac-7b6a-40c9-9467-6c3f1f16e664
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,2037ba6c-597a-4a6a-b0be-be8647fd50f1
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,0.00019003580951347494,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,37070bf8-d9dc-4566-a579-f22c7519300c
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,aeb21426-83a7-4448-8fc1-c7a46079c65a
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,2426c5d3-5cb9-4796-a308-29ee20b0a160
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,89c560b2-1394-4921-a9d3-1ff4f0e57066
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d4c0d467-14db-4f52-898b-c381ef027bca
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,6f1a4062-49d0-4bcb-890a-1247eb4566f6
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,680a59c5-7273-4239-9752-2a6c99e4beec
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,f4f09235-447a-4bb3-90eb-9cfa4a023991
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d53e50ac-2b4e-49db-b783-ab2951ae7791
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,fa43c944-d214-49b5-b51f-bf73e6b78f24
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,49faa8df-5f6a-47b3-add2-96cb54cb0353
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ef011a97-7b74-4502-9ca6-a51c837ed426
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,969db64e-6178-444a-849a-27173f260f39
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,231d1878-6efd-4850-b976-a37d7ee9ff3c
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,e3773c9a-9447-42aa-9d5b-7ffe6687f776
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,48b0b7ae-45f9-43ae-a936-229a203c2e6f
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,149c2074-b9b9-4958-982e-c390cbd7ef8d
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,bbc82159-6301-45a6-9ecb-689e7f842515
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,ea208ccf-a673-49ef-b26d-d9eb4980df92
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,66ee1c78-c88d-453e-8f05-624f8082b3e7
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,bc68159b-8a08-49f5-8807-eb3297c0a2f8
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,ec0385cb-d558-4c8c-bb59-302ef343b507
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,5a59d859-fd57-43db-8054-0f833d17cb78
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ca21fd18-0e53-4b77-b48d-7c2147a0cc45
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,8fd1eef6-910c-44ca-b2b7-c2aeb2a96202
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b600258b-a173-459e-8cc0-01a4047f5b1a
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,8cc6d014-5c83-4712-9130-971c698cf8eb
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,f5370f37-add5-4e5c-b696-794b2fc65ead
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,e90a5a5a-d306-48d7-bd01-d01381f8c447
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,2403ab4c-c993-4aba-8236-860aa32eac12
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,6.91461187240727e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,9d88447a-7578-4410-8fc8-e1f933a403c4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.127,c789646c-4ccd-4772-b842-58159a1a83f3
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,37dc5710-01b5-4456-827b-71c9a0aa82bc
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.1.3,modeled_data,kg/kWh,CO2e_value:0.127,9a4af564-d139-48b1-9d3f-2041ee0ccf3d
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.127,2d2f95ad-7428-4815-8265-829e2c9a65bb
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,2b008356-cd38-4faf-ae35-7190cd077ace
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.2.3,modeled_data,kg/kWh,CO2e_value:0.127,622ebfd7-8c2b-49dc-b73a-9a0171d3d991
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.127,3123ce9c-dc8f-490e-801e-91749c0ca8b5
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,0ad20d71-6737-48f4-8fa5-7970678281eb
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.3.3,modeled_data,kg/kWh,CO2e_value:0.127,13f307f2-9664-4b26-a0a2-af6790b71dce
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.127,d91050ea-7d7f-4055-8b8d-8b0ad2d1abc5
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,e2c91d1a-1ab6-4d8a-acd5-0421254f3723
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.4.3,modeled_data,kg/kWh,CO2e_value:0.127,c3a6f6aa-914c-4ad0-b821-46ab05ee6533
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.127,27507392-e667-4816-afd2-236e0e074d77
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,798366d2-5e6a-495c-a20e-d4cceaba0ae3
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.5.3,modeled_data,kg/kWh,CO2e_value:0.127,3b34adfc-a2f3-4466-bba1-873704b22c5f
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.127,e3396445-6af6-4832-8b75-5da85b660a1e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,7203991c-d66d-4341-8e33-fa8922d9147e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,I.6.3,modeled_data,kg/kWh,CO2e_value:0.127,b98751ba-eb4a-47d6-b575-fa544de09097
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.127,bfb21cb0-98eb-4bdc-beff-4cba84c089f1
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,c691dd13-99df-44be-ac4d-5eb1e0bf3896
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.1.3,modeled_data,kg/kWh,CO2e_value:0.127,7790223a-3cd3-45e0-b2c5-58bb3bd7683c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.127,6e2d90f9-426b-44e4-959f-b1328b6b6d0d
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,c8c6e8f1-b8f6-4227-9bb1-20f0586ef3a0
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.2.3,modeled_data,kg/kWh,CO2e_value:0.127,f8d1f563-9d8c-44b5-87f8-c847e83fb371
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.127,2a385166-a66e-4033-97b6-f231acc415ff
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,0bc36d12-341a-48ef-9346-7f4b3589f57f
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.3.3,modeled_data,kg/kWh,CO2e_value:0.127,1e866fa1-77c9-416d-96a8-7afa671a4f35
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.127,6dd80336-5b1a-449b-9f1b-6fba890bf003
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,a442a133-d00e-4331-b01a-dd0e1a457a05
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.10149549565277155,II.4.3,modeled_data,kg/kWh,CO2e_value:0.127,2e2ab4b8-a2bb-4638-95eb-f58721c1eda3
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.127,1c31a7fa-7501-44a4-bbc3-86a49265580a
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,1100c4e8-996f-46a6-abaf-9729d0fe10b7
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.1.3,modeled_data,kg/kWh,CO2e_value:0.127,e41e6ce0-3ce8-4a6b-a85a-78ee5e829a9a
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.127,fd0ad7d9-bf62-4eff-bec7-661a3e025c2b
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,3c38dcce-2517-43ba-9736-2869f5280040
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.2.3,modeled_data,kg/kWh,CO2e_value:0.127,2fa4dace-c7de-4c83-83e4-71fce294be76
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.127,cb4079bc-f47c-467d-8dc1-326e09743d3c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,644d0a71-e612-4680-82b0-f609bdb3d030
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.3.3,modeled_data,kg/kWh,CO2e_value:0.127,856ca9f9-0f20-474e-939b-5854f38e862b
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.127,02439149-d064-416b-aac3-1c7e4949cac2
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,6b4f6321-ef0f-4628-bf76-3752aaf40201
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.4.3,modeled_data,kg/kWh,CO2e_value:0.127,5d36a652-c6ab-404e-b33f-4a715cd2effd
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.127,c59eeeb0-ce87-4066-abc0-4fcc9d57768d
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,464a35b0-0a99-4aea-ba53-8f5faf16a21c
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.5.3,modeled_data,kg/kWh,CO2e_value:0.127,d0285f00-46b7-47b8-86b6-122455d1069e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.127,0cefa388-2973-4caa-bfed-d1cf9d027663
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,01501837-4ecb-4885-a8fd-a2c5f56693d4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,I.6.3,modeled_data,kg/kWh,CO2e_value:0.127,ede2f568-9ed7-4e38-8c61-c546540702c0
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.127,41719d5b-5e8f-4c4a-89f5-fd388e7167f5
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,6e64d485-eb92-4854-aade-b7a3709e1af6
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.1.3,modeled_data,kg/kWh,CO2e_value:0.127,7f46b2ba-370a-4ba2-b2d6-1b525cf79fe7
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.127,5f36e951-f399-4608-811d-440dc2616cfb
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,06bd29fa-740a-4699-a035-81e27e5d7544
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.2.3,modeled_data,kg/kWh,CO2e_value:0.127,09473966-49d5-49b4-9b39-27bb99639267
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.127,c14455a0-5378-43ca-8a25-0421ede50647
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,0dafc338-2e28-4fbc-8559-0c685b892669
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.3.3,modeled_data,kg/kWh,CO2e_value:0.127,103f5074-3200-49d0-aba0-8308f5e37d18
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.127,03bab8d7-e44b-44be-a9f6-3daff736dafe
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,37fdfd55-9da7-4dde-82e0-cbc34a5b8513
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.0006386042092246531,II.4.3,modeled_data,kg/kWh,CO2e_value:0.127,8db7010f-bd9d-410b-aec9-54a21a166cd1
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.127,8f0bca22-1393-4504-a535-3f3dec43f2c3
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,9e177701-bafb-42f9-8c42-bd08aca02ba4
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.127,ad8ab46c-a5ec-4faa-9827-506419a936c9
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.127,fb6c0d72-5dda-4b5e-82af-60b439ae3ad1
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,e8fc535f-5448-4207-b85f-effcf0043666
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.127,240d6548-95a7-4ae1-a449-46ac83227749
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.127,5928b7dd-3b21-482f-bade-850d880abda8
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,899458ac-6cfe-4786-8336-55c25be7c37f
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.127,a6347632-8ab8-4f7f-95d6-704bb2fc1090
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.127,ecb85696-c1a6-482b-8236-610bb57355f8
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,57890f46-8a40-49ba-8d92-3c77e8e3e249
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.127,12cc129f-d4cc-4225-8ab1-2154ea60cb8e
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.127,d6aa4188-2124-4a14-83d3-5d1d94eb07ab
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,d2a1dded-26a8-47aa-b264-ac8ea5b870e1
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.127,a6dbd200-08ef-4134-a7eb-010bc9c7cab0
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.127,8172fcaf-4847-409b-97b6-a13d6e49528a
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,a7745129-932b-4c9e-a687-d4d92c45b0e4
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.127,02fce1f1-0d95-4382-853d-76f3e573a32c
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.127,dec7e40e-3d8b-49e8-8b93-3f3493f25187
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,2b366604-7c8c-4599-a1c6-48272d52ec0a
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.127,5211e212-3e5c-44c0-a8c9-d4382c275043
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.127,231fe46f-5c8d-408c-8ec8-2f9577e4cc56
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,0cc091c5-5599-4039-a4e6-0753f300d5db
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.127,445b8118-1f9f-47c2-9592-dc58dadf8a84
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.127,1fda8e33-41f6-431f-ad3c-8d02bb1e95ee
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,1f2d2636-1c98-4ca1-8cc9-628209874b27
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.127,7f837feb-dbdd-483e-9017-804841173a04
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.127,9e6e7de2-e47a-4892-ba43-0f5503273775
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.127,693147b4-2bd7-4dfb-b748-39c397fe8778
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,2.3236148272154658e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.127,ab505bee-70d5-4af7-b662-8c7cf02277cb
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.129,d22e27b8-f8ff-4c7e-bb05-236756cde993
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,68065cb7-4cec-4ebf-a62c-823726edd779
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.1.3,modeled_data,kg/kWh,CO2e_value:0.129,226f1fad-55ae-4454-8437-7d3b9bcf3bb2
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.129,e4024b51-677a-4442-a048-782d96614238
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,c96d7470-ce9e-4598-ad7d-fe130004a890
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.2.3,modeled_data,kg/kWh,CO2e_value:0.129,e075cebe-a282-4b7c-afa0-0c9e05ce7b71
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.129,c917a9bf-adcf-4610-9f32-ecfbea33cfbe
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,673a7f5a-0ee5-4079-b6ba-b38dd171b4d6
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.3.3,modeled_data,kg/kWh,CO2e_value:0.129,6ecc4ee9-4d28-4f1a-8992-5e82e9685297
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.129,baf93879-0161-4510-9c78-02ea735a72b7
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,5abee131-3217-44e2-8527-5d91fa93f39d
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.4.3,modeled_data,kg/kWh,CO2e_value:0.129,6cb1c1be-b1a8-41fd-8c06-0a12afa5f41a
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.129,359eda38-8690-4157-a65b-7eea25e3b750
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,bbc42896-2c85-4c0d-9e8a-21b9d1359788
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.5.3,modeled_data,kg/kWh,CO2e_value:0.129,c07ef5f2-774c-486b-8dd3-dfd6a07bd2ec
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.129,4db5cfec-2c87-42d1-8f41-c6b682c2a3f8
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,79dc1390-d226-410e-bc9c-f660f76a1c13
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,I.6.3,modeled_data,kg/kWh,CO2e_value:0.129,6b38aa16-e3dd-48ce-ab82-d6f3e25bbbba
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.129,03372719-59b8-42bc-b08a-88c0d77e41b9
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,8ed5ffc0-2340-44f6-bd74-52a09bfb0ef4
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.1.3,modeled_data,kg/kWh,CO2e_value:0.129,37f3a635-f312-43d1-84db-9b9b10d53a8e
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.129,e79430b6-4821-466a-b244-8342c64ab77f
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,988c6dd1-cee3-42ea-a0f6-b5f0798a7bfd
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.2.3,modeled_data,kg/kWh,CO2e_value:0.129,80d3b399-87d7-46aa-84a7-ce57c925a57f
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.129,881a8f1e-3b89-4071-988d-eca5b88cf7f6
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,81f39ec8-77d7-4ca2-931c-19e88be8c0ae
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.3.3,modeled_data,kg/kWh,CO2e_value:0.129,321bdc72-f70f-451f-9a5c-7320358bde6a
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.129,0ce83786-16be-457f-b772-4f8721c6d9bd
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,915d0667-9e66-4ab4-9dce-475625b44a12
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,0.1033871748143854,II.4.3,modeled_data,kg/kWh,CO2e_value:0.129,af23dcfa-7cd5-40a3-aff3-182cb683ff93
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.129,fa039da2-7f0f-4a24-b0e0-4c08e4354bb8
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,1e96518c-70f8-4f6e-b89e-d3ae6aa50759
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.1.3,modeled_data,kg/kWh,CO2e_value:0.129,ec119c3e-317c-4298-b325-e91c9a27c638
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.129,e0d7d9fd-cff2-46ce-b7c5-e596163e7326
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,d0a51b6a-e2a0-4658-87d4-a656efe927e1
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.2.3,modeled_data,kg/kWh,CO2e_value:0.129,c874b49b-c3bc-4545-8552-414de61ccd80
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.129,e607311f-4513-43b9-95f5-2f2f1f744c38
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,27c2be40-0e5c-4bde-8797-dbda791768c0
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.3.3,modeled_data,kg/kWh,CO2e_value:0.129,b6b22fb8-b1c9-4eb6-b30d-9437fce8c602
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.129,aace21a6-5ea7-46e0-a2f2-a6d36bc6cf29
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,413aa185-428f-4d34-a827-5516aeef6fa7
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.4.3,modeled_data,kg/kWh,CO2e_value:0.129,24de31e7-bc27-449c-b05d-b90a7e6ba9fe
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.129,58e135f9-b9af-4015-bee9-212686c69448
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,48a8535e-e813-48c1-9ca3-d3b10ac634ed
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.5.3,modeled_data,kg/kWh,CO2e_value:0.129,a707efca-0f50-4c70-a23e-07b9f817a5a3
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.129,06e65592-71b8-4ac1-99b6-f09319bd00a0
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,d097865e-c474-4df6-a871-a8893ebfceea
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,I.6.3,modeled_data,kg/kWh,CO2e_value:0.129,56d115d8-a357-4ff7-99cf-162eb48f1138
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.129,3803d0f9-26f4-408a-a935-b09ca0d92a81
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,0fc9b4f1-60a2-493e-97d9-52fd827e5fe8
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.1.3,modeled_data,kg/kWh,CO2e_value:0.129,714315c5-62c4-4fb7-a36f-4596c3713502
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.129,24726020-0e57-4970-bb4f-93aac5f7a13d
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,8891121c-66ab-4742-b8e4-2fc4493f9569
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.2.3,modeled_data,kg/kWh,CO2e_value:0.129,7daf30f4-767d-423e-9630-afbc3882d19c
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.129,13a970a0-fc66-4208-8486-8b2a81373d86
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,264cd37b-3a27-4e71-9b9c-119247ad9da3
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.3.3,modeled_data,kg/kWh,CO2e_value:0.129,6274feaa-310c-4795-8298-bb407367c308
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.129,1bb12af1-6551-4cc0-b510-7d8b27cfa357
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,86b9b3bb-2a18-4ff8-8a27-3bbcc13a63f3
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,0.0006505065529428611,II.4.3,modeled_data,kg/kWh,CO2e_value:0.129,6e42253b-40fd-4108-8d28-9a71638e8b14
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.129,84550d89-7b58-4842-a086-9695a41d7d72
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,c027e0ec-e2a7-4e50-aa3b-7828e3c1f814
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.129,21eba314-5c22-4416-9068-9512649de0ef
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.129,1862d0be-6006-47f7-b43c-c6ae7cdc4f69
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,53a112f3-709a-4a94-b4d3-2f1bc860f6b8
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.129,e67dad4d-5d1c-4791-8bdf-93804d162e66
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.129,f3198134-c2c3-4879-b037-eb252cd82c80
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,ae7176f9-5b2b-45e7-8a2e-5978aedfba04
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.129,418e490c-dd51-49bd-a9d4-5914a058f302
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.129,28d299bf-bdda-4eda-ad66-31ac581889b9
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,9894b22c-9d13-4068-a5ac-353e909fba72
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.129,fa9397b7-91c4-4732-beb6-72feef8fcd66
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.129,82516d98-a136-45ef-8773-467a3e2d23dd
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,a07dba4b-1516-4e00-a1a6-9c7baaef97b9
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.129,3fb71d3a-2d97-4ef3-b5b0-d7cae4bd2212
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.129,ddd29c46-de41-4fda-8ad5-8962dcd1c22b
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,ee2df25d-9681-4301-90f0-04493f1188b3
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.129,8dae3f7d-355f-4036-a1ce-d0e7a526ca3c
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.129,73d98546-f36f-492b-b35c-14fb3fc44da6
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,aea2d6e7-2ba3-41c3-88a2-50d06c1af92c
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.129,9bd4e083-8aea-4986-b6d7-0d4e91a7af71
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.129,6c219271-4763-470c-b2a4-8ff467afecde
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,02ad1edd-75f0-414f-84a5-c7936faeab06
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.129,62ac8d47-b5b9-43fe-b329-fb9484ced740
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.129,834fefb0-b6b4-45bf-89af-28812d84a1f8
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,c14f940d-c1dd-4c95-a296-e1e51288bed6
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.129,dc7fb781-209c-457a-99bc-74da0e5e4f8b
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.129,82d1d610-99ec-4929-a178-df4f47057bd2
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.129,7b40b217-5ae8-48ba-bf45-ee0c58436597
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,2.366922500329336e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.129,f9b8b369-c589-437a-b458-22f360c7ed78
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,6f02de95-5fe1-43c4-87c0-8d5fe60c1a43
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,5d6dd4e5-9831-4377-8105-2405050e1ae4
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,7dc658bd-613a-4f81-a62f-97ae6d8fcd9b
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,16853d27-cde1-47c6-939c-f73d7a7858bb
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,e0c3b268-188e-480b-8dbf-543fe622cb33
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,3a8a61f3-b6d6-49f1-af53-93db92f28c3f
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,8c285552-ca14-4122-9534-f1f6e4b44668
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4b5b7be6-f02d-40dd-a23a-ad6e0d2ac234
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,f83feae3-bd28-44a9-924f-e9eed7d48d94
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,2287b5b1-1425-430c-92ef-1b967c70c595
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9611e98b-c023-4dd5-8dd0-2c47618bb329
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,578aa194-7b23-4cd9-8400-4d1ee6c54745
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,2e4eb531-0d55-4bc8-b7c4-c66f7284ea19
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9cd2764b-6366-4eda-ac41-9430a930eacb
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,29ec15cd-aea2-425c-8a21-a3209decb5ff
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,64ac8a4b-ea39-4d92-9305-ce86f7a51ddf
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,3f82661a-b41f-4f34-9870-7c7665816bec
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,77f05150-8dba-42fd-8db7-40d0a08226fb
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,dba5742a-12fd-42e1-96dd-9771172d3a65
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,3f1a210f-cde3-4c98-8d6b-25ddd49259b5
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,c1e9b8a9-9176-4b8e-ac0c-c7a18dc3e8c4
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,f09de669-608d-45b9-ac02-28eaf54f5d42
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,62c41cc0-c129-4b1a-821a-456c942b17cb
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,6ff72b2d-5733-40f3-91e4-d229134aa4d2
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,a4d96da3-f4ed-432c-8903-8f29435613b1
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,78b4a87e-12bc-4434-a1ca-751d69e738c6
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,36f81a73-5c84-42b6-89c8-e0758f3d3d8e
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,0c916269-e649-4f40-82d7-9ad618581207
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,b3d922e1-8366-4156-8ae3-800555f527a5
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,0.015574356507096463,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,71699f1b-e500-473c-80fa-9680c57e98e4
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,3ccc5316-3763-408f-8728-2dff958980de
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,03e850a0-3205-4b3a-a5e3-d0510830eb3c
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,5438f8a8-4c31-446a-a810-747a251584c2
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,15e4cb01-fe7a-4230-aae2-48eecd389b0f
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,c5531f23-6bc7-4741-bba0-f0177fa7802e
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,d5ef1aed-c09d-40f9-a413-bc923baebe02
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,e9695000-0ed5-4cce-bc3c-031adaf09371
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,bd334958-aaa9-42a8-b91a-2bc015237a11
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,8499eee4-f222-4ed5-b481-2c021cb32d40
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,5cbe96de-eb50-4305-9f51-e46286760ebd
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,03947058-b411-43e0-9d17-52ca51cef51d
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,ae06f9cb-befb-4b8c-88e6-686b856cfceb
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,6123147c-490b-4c7b-97b8-6f17e8f355ff
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,999c278c-574a-4469-af70-47611935a836
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,c64133dc-8754-4a95-b9b2-8cec7367761b
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,295aed4d-abab-4986-b9d9-ba6e033194ea
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,727d7fc5-d255-4d88-84f1-d70267b5305c
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,5be1a38c-be2c-4ea2-af7e-a3a1962425c7
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,279e0144-9da4-4c81-b56b-12a9e5f75494
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,36bf17fc-1ad6-4d21-9139-323424eaa24b
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,bab664b8-7691-4d5a-9d0f-11948972753a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,a2a51267-dc20-4ad2-8277-f94a27778016
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a341b5f4-7a4d-4efe-b550-7dd5f8fc808a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,a9300622-41ef-448b-ab07-462f41905146
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,57889503-a1f8-4f8c-b076-edc37b0f0b3a
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,7799c0c3-55fe-4ad5-bdf8-b0a392ec2584
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,5330c352-e262-4e1d-8c77-64278646e9f1
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,c2e83b50-f307-47c0-9bf6-00d66b606ced
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,6681e8c8-6f97-4928-b72f-2296c0b42bdc
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,9.799301493559015e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,0c4570e0-f495-4627-91db-5fa286c64343
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,20addafa-f2eb-419e-a845-b2d79bac7a1e
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,36eb0059-9d70-40ba-8726-aeab53ff9777
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,250d5591-a61c-435a-9812-7564fb76a8fd
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,338b4856-300e-4e6e-89a8-180bde23e7d8
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,bca83723-d5ed-4eb7-bf88-047a8d8290c8
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,1d242bd0-bc5c-4aaf-8232-e08eefe7ff76
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,902085eb-d4db-4836-abd2-3d919f16dfbb
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a92f7f16-9960-41c5-b2d9-73e065d11e99
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,03942d8d-89e7-455d-9d8e-ed644c5b31da
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,09a347ae-3254-4a16-b0f8-d224aaade4ea
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,13d9abf3-7c24-45a3-b643-3805ce59da59
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,7c40893f-3e11-46ea-a8d1-0a671fb4d07e
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,4c698153-bbf9-4ce3-aa83-9684a97bf842
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,02052b7c-fa25-4470-9e75-144ec4df2c8c
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,5195f1f2-d05d-43df-808f-66d1c89d7669
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,1975e010-f02f-4122-9fd2-9e4798d4e309
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4ed8be72-861f-4448-8223-629be45ebdfc
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,bb1499c0-f2ff-4da5-8c5a-02872ed18f5f
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,49b0a00f-ea28-4be2-ab99-3bc5c6253994
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,282ebebb-a47f-479d-a952-bb92721cbbe9
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,c500f6c9-4dce-4d5c-9691-8e471650f85c
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,8b65958b-be86-407d-9a30-f063de45f482
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,b12e6fd5-2c31-426c-8c66-b88143ef50f7
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,8ea1c143-2eef-4553-b356-051e27e78937
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,46cab7ef-c020-42e6-b066-896bf0dd19ec
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,46722bba-800b-4826-8d8d-6d7fc96efb58
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,45ba3bad-4e12-4561-a32e-a47d041443ad
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,9900b87f-e158-441a-8123-f7ae5e44208d
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,62ea1326-65c0-4053-950f-6398121be209
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,3.565557808401205e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,c1f674df-cb4f-4aaa-ad17-1a4c4f2b0ac2
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,84f90f9a-83d8-494b-8e4f-90fd28e7acac
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,d0db2d5b-f4a2-444c-aff1-43273b7daf77
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.1.3,modeled_data,kg/kWh,CO2e_value:0.111,b092900f-bef0-4019-a28d-39132edf0c73
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,052bf725-a220-458c-a6a1-c7f2204111e8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,af81111c-500e-4a46-b8a6-0cb43e7c234b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.2.3,modeled_data,kg/kWh,CO2e_value:0.111,3f5994ec-2df4-43a6-88b0-7773c7ccdd39
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,1ea2143e-0f57-4b35-ab16-70271fa2250f
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,c1eb11d2-22c0-4e10-94ce-1336b05d9a55
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.3.3,modeled_data,kg/kWh,CO2e_value:0.111,295c5680-3562-400f-aa0e-e012dc69f2e2
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,c200e17f-e1c0-44a0-beb9-02c792ae5ee8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,639ffcaf-559c-43ed-af34-210e754dbfb6
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.4.3,modeled_data,kg/kWh,CO2e_value:0.111,72b8f43a-e722-4947-a06d-0c47569fbb6b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.111,948fb690-8da6-45bd-9687-72f3a16d3dea
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,c46e01c9-cb08-4640-a4e6-a10972dd3256
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.5.3,modeled_data,kg/kWh,CO2e_value:0.111,68906921-8635-40f3-b6e1-94f32aef53bf
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.111,8d9ffa51-7cf9-421e-bae0-b8fdc8769650
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,1e794783-e3e2-4a8e-bdc9-e2a41aedd28e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.6.3,modeled_data,kg/kWh,CO2e_value:0.111,3807543f-94f0-4208-a09a-bd1bff1cb6de
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,178d6031-106a-4a3d-bfa7-c5c52fa39538
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,4948f723-7900-4ede-90ed-ec749c9d91aa
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.1.3,modeled_data,kg/kWh,CO2e_value:0.111,69b89d30-d4c4-4fd3-83f3-ff970c48e8ae
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,c88577b5-903b-463a-886d-ef7e66f763d5
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,d3d74658-23b1-457d-aab6-43b21d5aa9c8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.2.3,modeled_data,kg/kWh,CO2e_value:0.111,43fe3f18-9dc6-4c90-a68e-917e3c0ddd57
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,5fdb9b35-2ee8-4625-b6ad-9ab8a9fd2035
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,0803979d-1d15-4d6c-b50b-0a84378be1fa
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.3.3,modeled_data,kg/kWh,CO2e_value:0.111,9c607684-5743-47ab-9039-d046b7787ca5
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,96892c39-1e0b-4ccd-b563-b44e90cbd341
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,45b88590-39a7-4796-aa8f-c23101ee37ee
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.4.3,modeled_data,kg/kWh,CO2e_value:0.111,1fc5dccd-18aa-4dbe-ab30-b781ceb3e49d
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,1be1b63d-6b07-44d0-900c-59ef28195da2
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6aca6595-ca13-4ab0-bec5-fd4807ccb1d8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.1.3,modeled_data,kg/kWh,CO2e_value:0.111,baf5ffd8-e57b-4b1c-84b5-24fe1a25daf8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,20f96b4d-17e7-4754-9c7e-add5182b30c8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,c05906e1-52d9-48e8-b319-3464fb55a859
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.2.3,modeled_data,kg/kWh,CO2e_value:0.111,1f398bbc-b85f-44ea-90ec-16449964c403
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,e5b009d1-fe21-4c49-99d5-4ebc582c924b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,48f84949-7e5b-41a1-83c3-4d66b1207447
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.3.3,modeled_data,kg/kWh,CO2e_value:0.111,a3d7120f-585e-4c0f-add5-4e146b5af748
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,36ef5a50-9499-45bc-bf25-17afaa184e7b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,86c413ae-921e-4dfe-a223-08e13dcdac77
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.4.3,modeled_data,kg/kWh,CO2e_value:0.111,a0c59356-29ff-4101-9531-22263495feac
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.111,2862dfa3-15a7-415d-9de4-be7453792ef9
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,ddca9b13-0a74-4de2-a4b4-917dd15de234
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.5.3,modeled_data,kg/kWh,CO2e_value:0.111,64f1c677-a018-4a74-8245-bebf71b84c0f
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.111,b4ec703f-008e-4e0c-997c-5ee1d9853f78
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,2c060ccb-5ccb-4c8f-857f-f54bbd9385c8
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.6.3,modeled_data,kg/kWh,CO2e_value:0.111,bb83bb11-d3b7-432d-ac4c-c45dfd0ceec9
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,ee72e591-2a5e-4a43-8ed7-5a3827603564
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,f0ae5c3b-84a2-4bd5-9c39-b28c5959e347
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.1.3,modeled_data,kg/kWh,CO2e_value:0.111,f7d88762-4c97-4d65-b966-d2b368c56729
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,c4049330-d5cd-4a37-ab72-ac97bd4b120b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,9dbdbc74-5923-4d05-916b-a76eb3e8679c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.2.3,modeled_data,kg/kWh,CO2e_value:0.111,4eeb304d-7b35-4acc-9eb0-1af05fd91743
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,b9eeb161-bb6d-4575-bf53-cd608b86e011
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,1ac94b7f-4358-442d-84f3-8d4ae06dbef5
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.3.3,modeled_data,kg/kWh,CO2e_value:0.111,980ac204-bffe-40af-a6ad-c14ccc077bfc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,da23d616-9edf-41ef-bce4-e8eec3bf4226
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,69545a68-a35d-4648-b1a3-ba9cb1784611
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.4.3,modeled_data,kg/kWh,CO2e_value:0.111,9712b879-c54a-4bc6-a92a-f6a7e26caf04
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,88889b85-56f9-49e9-9bbb-862a378c5e4c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,857cee9b-e15c-404d-860d-547eafc8d886
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.111,e2668bb7-15bb-4b9b-9285-4794815b7113
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,18129d0c-87cb-4036-a3df-033e738651cb
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,8ea26cb4-3908-4849-8e86-da01e1ee4699
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.111,a80fe4e9-32fb-472a-8e9a-abfd9509a161
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,fbb60d52-71b3-4f30-ab82-b467fb1a6c38
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,d24b986b-bb6c-46cc-804f-c5ad44b7a0cc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.111,185019f7-f4fa-474c-b446-1fb975c9ff7c
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,4a1849fa-c5b6-4f1d-ac23-da03e192bf12
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,2a5c0712-2ea9-4a54-bc5a-81c9dda550f1
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.111,cc2fd9a4-8053-40f9-aa78-1d8b232cb10e
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.111,2785e0eb-5c9f-413d-a092-f517b226ec51
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,fa5306b4-144a-4d97-8f83-927dc8db0859
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.111,0781f234-7006-4000-9981-192c748dc6a9
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.111,4ea20040-54ff-4f2c-a1d6-31597bdcc744
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,539aa869-962b-473c-9d01-b13977cc53ac
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.111,ef2ec3b6-4298-4043-935e-4634cb3b3363
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,8d9bec7b-ebe7-4df5-9dbe-14553c5f1f74
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,f7e287ee-b27b-4b4c-8df2-b52c2fbced60
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.111,9b6ab10b-cde8-4b8f-b900-b45bc819ef46
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,74fdbc28-46a5-4cda-b8d1-9d25454c5aa3
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,4740864f-332c-412b-b279-7e2779612c2b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.111,6426182d-8b24-494a-b942-a822b2573443
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,de8ee777-3623-45b2-b58f-a5ca1d544ea0
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,074a8b70-7608-4b11-9043-ef56324c9bcb
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.111,9f3ae422-727f-470a-bedf-570a7574cec1
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,dd710e57-4043-493b-b427-1955ad62f288
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,f7bf64d7-46bc-40f0-b316-88104ab76768
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.111,3c9eb41e-c8ba-4f23-9188-0c3637e4824b
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.125,3ddcd02d-983f-473f-9141-697fbe451baf
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,92e07982-87e0-4daf-81cb-00a177a0b774
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.1.3,modeled_data,kg/kWh,CO2e_value:0.125,c6149b8d-17fb-4663-b140-31a6b46977a6
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.125,dfeec298-a86e-4e09-9f69-9bf23ed347c5
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,a62bdc09-7adc-4242-bf8e-ed9ad7a8592b
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.2.3,modeled_data,kg/kWh,CO2e_value:0.125,655e173d-e55b-424c-9c66-a276ca7d1921
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.125,be746148-d415-40f5-9270-c224d1ae0f57
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,e8cb9bf1-f6fb-4645-bf78-a9ba00ef49cf
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.3.3,modeled_data,kg/kWh,CO2e_value:0.125,32d752f2-e792-4dd0-b79e-b4aa6df9fbe2
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.125,6ed286bd-ebae-446c-a4c6-a71bd6df5558
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,7ae70eec-9023-47db-a19e-d8898dac3ccd
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.4.3,modeled_data,kg/kWh,CO2e_value:0.125,ab63f52e-1c66-4f50-b484-d7f5300ed02f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.125,c78c50a3-c006-4ca8-822d-7890e17d7bab
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,4b499a27-e802-4bc0-a072-32693b9444fb
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.5.3,modeled_data,kg/kWh,CO2e_value:0.125,dad15598-5685-4731-85bc-8f88504c134c
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.125,ebd0339b-7ba1-4c5d-a0e8-5846973ad818
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,20e2a2b1-ff59-4ad8-9ba1-ba67b44b7397
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,I.6.3,modeled_data,kg/kWh,CO2e_value:0.125,bcc0f548-ba2b-4dbb-bd91-72f4ddcbd231
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.125,7e04bf1a-cf85-4f83-bdf6-636518074c3f
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,c8176218-ad13-486a-a5f5-136438ecae11
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.1.3,modeled_data,kg/kWh,CO2e_value:0.125,4a7713fe-8e55-450d-8cbd-c28ec666a0cc
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.125,9506ae7e-80a7-487e-9701-56d84e0cca72
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,cf546a8f-7934-43e4-b1ea-2406956182f8
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.2.3,modeled_data,kg/kWh,CO2e_value:0.125,c2f6acc0-fd40-49a5-b86f-74d6a2f5a9e5
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.125,ea24ac77-6791-40a2-a11f-9beb8bb72603
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,f4930dc1-78dd-47e3-b43e-9e13567b1cd7
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.3.3,modeled_data,kg/kWh,CO2e_value:0.125,49fdd5f5-18ce-4bc4-8fd0-49d6b0485e54
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.125,9bb18782-8ea9-46ea-88b7-b4176a5f0378
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,93cb1da6-61ff-4029-9a73-8ff0f40a85b6
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,0.10020455521214362,II.4.3,modeled_data,kg/kWh,CO2e_value:0.125,f2a5a73f-4e22-4a58-a0e0-f0b500edccf9
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.125,9ac5350c-efd6-48cd-bd6b-f1e78d211dee
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,dc90cf37-024d-485d-9a82-d2b7547dde11
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.1.3,modeled_data,kg/kWh,CO2e_value:0.125,00a7448d-da4d-437f-b9d4-c2aadee2a5b7
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.125,a45c1c07-cc2f-4888-aaa2-e43430a9a978
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,2346e726-5433-4941-8416-d9341c4f3843
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.2.3,modeled_data,kg/kWh,CO2e_value:0.125,9aec47be-d3d1-4be6-8275-82a7b99b216d
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.125,96cae3ee-115a-4202-8540-c0b28cc5ea90
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,75a032f4-dccb-4486-9a78-ad1363bc4c48
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.3.3,modeled_data,kg/kWh,CO2e_value:0.125,c18b0c92-50c7-4477-bce5-eab3bce9419f
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.125,8d15fdb7-c27a-4387-bcb6-7c08235cc094
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,ad38c60a-a415-4d61-a538-c8640271d8cd
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.4.3,modeled_data,kg/kWh,CO2e_value:0.125,59377b08-2caa-4fbb-9204-2e5c40607fd5
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.125,909a6586-30fa-47e7-8d10-ffd7aea64877
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,eaa79b62-4717-47ed-8121-b939813a641c
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.5.3,modeled_data,kg/kWh,CO2e_value:0.125,332bcbc9-3371-4f5c-835d-8fe90b7204fc
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.125,7ec35c18-db34-4ffa-912a-058ecbb45a5a
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,e697cbec-bfaa-4677-8d23-414f4ce99fa9
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,I.6.3,modeled_data,kg/kWh,CO2e_value:0.125,ecd34983-b03b-4908-883c-9a845d3401bf
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.125,3ae0fed6-4ff1-4b8f-8244-39ac52aca5e1
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,8c488863-8dfa-4916-a1af-c9fe2eb86177
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.1.3,modeled_data,kg/kWh,CO2e_value:0.125,8f9490c7-67b1-4fc3-950a-1d256e7edf5d
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.125,f2342429-d615-4737-afae-4d051da0afd8
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,93cbf892-79a2-4661-93d6-f14113018706
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.2.3,modeled_data,kg/kWh,CO2e_value:0.125,c96f4ac5-9316-48a2-9543-1f8166c1c0cc
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.125,d7d04a06-474e-4c60-9a57-ef0adb2c3f8f
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,b4597909-04ab-4b03-a2ee-136c2f6ebe6d
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.3.3,modeled_data,kg/kWh,CO2e_value:0.125,3203bdf7-bb06-467c-9729-cb5939154669
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.125,6a51c447-b795-48df-a6d3-726a7f08385a
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,2b43a18b-1405-493d-9c5d-f2b990f1f86a
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,0.0006304816812844606,II.4.3,modeled_data,kg/kWh,CO2e_value:0.125,5c4e4c06-461c-423a-bb81-2740af097a11
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.125,ef6a8613-ad36-4840-bf80-de4c0c217450
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,70c0eb93-1cd1-4624-81cd-44dd9ac8b38c
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.125,fc1e8ffc-6afe-443d-98fb-a716bd2ed9ff
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.125,423babfd-f08b-4028-b2ba-be7822b7812f
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,9479dc4f-c79e-45a3-8dde-7194b9030f89
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.125,b3be4f43-01c4-44e7-ad14-9a443d129b84
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.125,7c0ab870-9b0a-40d0-886d-d502e397e3b1
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,4cd03dfa-9686-454b-bb66-55f1c21048c7
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.125,65f47f3c-fbd8-47d5-ac35-9dd6c061f35d
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.125,1a02babd-e86f-4ce5-989a-70441f94711a
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,da7fa26c-4ab6-4a26-829e-97054c84255a
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.125,4a0ae7e7-711b-4e77-9101-2e7d4a36264c
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.125,c39a708b-eae3-4ad5-8a27-9105f9814bed
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,0cfb7881-a9a7-4834-a021-06562257a658
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.125,059246bb-f611-4c57-b5ca-6861929ffd76
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.125,39d4b324-7051-49b0-8eec-68f8acb891c2
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,faba499d-2f68-49e3-b302-79629c92ddd5
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.125,0509cb62-7e2c-4fa2-b43d-5a107a19ad40
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.125,e8251299-2e8d-4585-b74e-76a7a19e8456
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,5319781c-6e9f-4e14-a247-8ab0553f4d2b
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.125,3b3d6947-f628-4c7c-9837-05c7e7fa0a1f
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.125,da20f89b-268b-4b0e-a2cf-8765485ec3d9
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,2ef05936-fea2-4a03-ad76-337b4f0afefc
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.125,a418cb81-b8b6-4c71-920c-7aa722b7a818
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.125,a24d4a21-4b84-40af-a1d8-c6acb64892f7
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,025901c3-154b-42fe-a8a5-c2f9aff9923c
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.125,bbc0b562-eb14-477c-9ead-bec33b64a468
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.125,689076ac-6335-49f3-a16e-3779ebe98efc
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,1fd969d3-d755-4899-8214-9f8a301ea95f
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,2.294060329948343e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.125,7f152f32-05b3-4bfb-bc24-0f55a58b51da
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.072,61a3007d-0073-43ad-b73c-d543ec17bf99
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,4b6b49ac-96c2-45c9-8dbb-927778f5e926
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.1.3,modeled_data,kg/kWh,CO2e_value:0.072,e04c76cb-25f9-45b5-af8c-e10cdb515eca
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.072,3671d2f8-937f-47c7-bca4-3d1a841e41ee
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,938318d4-b4be-4005-8148-87900ff978ba
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.2.3,modeled_data,kg/kWh,CO2e_value:0.072,abeef523-ed56-473b-bf35-3741a546fb3d
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.072,dfef9f7f-3873-4c85-ad57-6b04b59321b7
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,5354a960-4d09-4d1c-b82c-2e3c56d9e4e9
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.3.3,modeled_data,kg/kWh,CO2e_value:0.072,4cdc0e41-696c-46ec-a058-506f0132c4b8
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.072,7a89b0b6-a2a2-4471-813f-5ec9546a5125
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,ff23890c-7071-4e25-ae24-3e0ea1df2dd7
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.4.3,modeled_data,kg/kWh,CO2e_value:0.072,6c8221b7-c94e-4aa0-aef9-f800d3768f1c
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.072,863aa0da-9336-427b-940c-1d9448f2b7dc
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,aac9fa46-913b-4335-bfdf-91f849ba766b
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.5.3,modeled_data,kg/kWh,CO2e_value:0.072,8495bf51-4059-4615-8f92-ffeef5de6f0c
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.072,71e83368-25f8-4f6c-bc66-6eeec90a5385
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,5a246bcf-937f-4361-b973-f4c881b98cc6
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,I.6.3,modeled_data,kg/kWh,CO2e_value:0.072,95d0ec5e-d112-465c-8a81-64b092d2ffe6
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.072,b0c77c06-2b4e-4123-8d5b-aefe28f0a45d
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,fe8a23e7-520b-43db-b378-9be1bb3d561a
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.1.3,modeled_data,kg/kWh,CO2e_value:0.072,90f0cdb4-efe2-494a-916e-7585090aee04
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.072,6f3c522f-a9bd-4a1f-9ac2-b5d4971120cd
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,d944a371-643d-4b3c-8c69-21adf77b344a
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.2.3,modeled_data,kg/kWh,CO2e_value:0.072,1c10c68b-954e-429c-8bea-a4eeaa7cf22b
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.072,56715702-a15c-4d8b-b91f-96175a03b0d8
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,767db6c0-8a88-4df1-a07c-095410869e87
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.3.3,modeled_data,kg/kWh,CO2e_value:0.072,9e8d6f5e-d622-439e-8852-0bc0e26f8a87
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.072,ae6fc296-7acb-4b6a-b7fb-30515dc99d3b
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,2e78a579-5960-48b6-94f3-50ca634a3daf
+BG,Bulgaria,2022,Production mix factor,CO2,0.057889702738925734,II.4.3,modeled_data,kg/kWh,CO2e_value:0.072,d46734aa-c311-494d-b2db-ed3dcd333c83
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.072,c564ea67-2922-4a36-aee1-6eac3d9e41eb
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,a831d2bb-2726-473e-97c1-ca4096489cca
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.1.3,modeled_data,kg/kWh,CO2e_value:0.072,c2f042cc-214a-487d-be85-589f8c869ada
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.072,a6708071-6441-4ee4-b45e-c16071dd100c
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,a98d3260-b877-4d8d-9057-8e7003b578f6
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.2.3,modeled_data,kg/kWh,CO2e_value:0.072,262b1f62-e265-480f-b44d-6933c0ac248f
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.072,81cae7fa-5f9a-4b81-aaf3-62e09b495c9b
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,2612e4a7-1c55-404d-a356-20d3cfad5bf7
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.3.3,modeled_data,kg/kWh,CO2e_value:0.072,8907ec90-7d4f-4f68-80ee-9579d3d1075a
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.072,fadd42c2-d7ae-4d4b-9387-356e9e6a49b2
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,a6f4cff4-c7aa-4d92-94f4-b1eca5e80bf4
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.4.3,modeled_data,kg/kWh,CO2e_value:0.072,e64f42c9-5c57-4f3f-ae5c-c7c7d07919e0
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.072,0f497993-fae2-47f6-a10d-51495479dd97
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,311b9a4e-5511-484b-8406-57ba23e8ca07
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.5.3,modeled_data,kg/kWh,CO2e_value:0.072,7db2ad66-e443-4401-95b7-24fd88ae5c60
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.072,6f564134-0fa9-4e8d-b247-fcc686202ff0
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,7cf8f434-e01c-435f-a419-048330a5fca7
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,I.6.3,modeled_data,kg/kWh,CO2e_value:0.072,e15668be-aa6e-44cd-8d3f-56c67f1e42c7
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.072,c723ad48-8a07-4dde-9238-19afab609f57
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,3dbb229e-4a5b-440c-b904-c6e8933a8166
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.1.3,modeled_data,kg/kWh,CO2e_value:0.072,3bf89182-7d4a-4476-963f-99930a58575d
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.072,e7c74795-0233-4683-83ba-c62080b89b62
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,ab5849f1-8dc8-48e9-be34-41b37d8eed86
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.2.3,modeled_data,kg/kWh,CO2e_value:0.072,2a160e72-5df0-4d90-8649-d51934657889
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.072,a991fdbb-9efa-49f8-84e0-47c94f7d59e0
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,c22a23db-b9cf-48dd-ae94-718066d63cdb
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.3.3,modeled_data,kg/kWh,CO2e_value:0.072,0e000bad-62bb-42b8-aa48-713f28da73a7
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.072,16115766-e6a8-44f4-8d57-529d3560701c
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,b01228b8-7719-4df6-a55e-5fde1124ed05
+BG,Bulgaria,2022,Production mix factor,CH4,0.0003642389014613616,II.4.3,modeled_data,kg/kWh,CO2e_value:0.072,368314f3-b1d6-4b3f-aab6-e62e515e5448
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.072,926c953a-682c-4d4c-bc1f-c9cbc1763b33
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,6ff9c55c-2b63-4e74-8fce-9950609a3bc7
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.072,a433e87e-f36d-4ebc-b0c6-40d597edb469
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.072,503b0ef3-7192-4dec-9237-b708b3c1c38f
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,c0010ae4-a782-4180-a885-d459fa226995
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.072,6f9a1d0f-bb25-4263-b1b2-9f1d1f0c8bd9
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.072,841854e8-8b19-47ff-8f31-5b8d954371c8
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,a7fac728-9005-40d8-9269-5001f6b271cb
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.072,e48ad1f3-7c3d-45d5-9d81-fe54a3b16d60
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.072,dbcba19e-0a2d-41ae-a452-9c62239ade65
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,05007e2d-1104-4eb4-aa7a-66dfae2b35b0
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.072,72c5f8a1-ebf8-4b3f-8212-b78a9958e92b
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.072,41feb064-f0ed-4103-8879-afbde05a36bd
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,3d230154-7616-45ab-94d4-13b6a2717573
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.072,29f1d8e3-38ef-4cbb-aa7e-b79dd2f5774b
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.072,cf902d62-8b8b-4958-bac5-468b6ed2e189
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,3c215111-1e64-46b6-b6c6-e7c197e9267b
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.072,5c82ced3-4019-4ebc-9cec-9ca46d2b1afe
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.072,0379fc8c-ffe2-46b8-bab3-ad812e9a180f
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,fe07915a-b7ef-41e1-983b-1994f558fad2
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.072,7251b1a7-a0f6-446d-93af-732563e80514
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.072,9b101260-a755-4375-9899-9fe070e17c1f
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,ae621be5-ee86-45fa-aae2-8ba5e7700a59
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.072,fa8ac93d-8edb-4a77-8304-be461db4ec71
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.072,9dc38fd1-4f29-4e4a-b7e4-0bd9ae9e1404
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,53bd26ca-a461-4ff8-b818-f8ffc3801113
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.072,4819b97b-ca84-4b63-9a1f-1842ff955efe
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.072,36e80f32-ee18-48e7-a78e-4876d07dbc87
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.072,994fde4d-62c5-482b-8c19-be2c73b3d262
+BG,Bulgaria,2022,Production mix factor,N2O,1.3253137073929884e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.072,946047dd-06a3-45ef-a378-ab82ff09f4da
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.131,e8856397-b3a0-46b3-8e5d-8c0920d791dd
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,a24ec1dd-c76d-48ea-8881-5d1342e59e52
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.1.3,modeled_data,kg/kWh,CO2e_value:0.131,0185af1f-f49d-488a-82c5-b31c92ff750e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.131,ec3f2249-eb7b-4461-b0ce-aaf4ac44a4d0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,b7721dda-d870-4295-a47d-ffecdccc8283
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.2.3,modeled_data,kg/kWh,CO2e_value:0.131,c189e899-840a-4798-b9f0-7eafca85dae5
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.131,68ad9ca2-6f0d-4661-be6e-7feed1ade7fa
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,28f14f05-95da-4bf6-a750-c5023fcf11a0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.3.3,modeled_data,kg/kWh,CO2e_value:0.131,ec4175b0-9f2a-428b-9f40-5c0ca5e1a687
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.131,1f410e85-5cf4-46bd-96a8-94ac1cd31470
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,f2b9a5a0-506f-4828-b79b-378f50ab22c9
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.4.3,modeled_data,kg/kWh,CO2e_value:0.131,f6509f7c-5bcd-453b-b6e5-63a1ba7627d9
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.131,860af29f-9311-4d42-a93e-044ba4aff90d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,7859fd04-3c17-46c1-bef4-803fa12e1948
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.5.3,modeled_data,kg/kWh,CO2e_value:0.131,ca3306ab-d025-469a-bf43-2d6caf0dfc0f
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.131,a1bb80e7-4be7-4d80-948e-b7b0a17da8e5
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,5e5b24fb-a68b-46b9-9550-40fcdee8f706
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,I.6.3,modeled_data,kg/kWh,CO2e_value:0.131,cb91188e-a3e0-4066-b1b3-a9407e8566da
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.131,61cfdc3f-b5bd-4e92-b4e0-a29b14f37432
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,19cbadbb-eacb-49b0-a2eb-40355d92e9a2
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.1.3,modeled_data,kg/kWh,CO2e_value:0.131,9c4781fc-7bfc-4c00-b868-2536348873b6
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.131,c1e4d79e-a150-465f-8707-d6dc0853c04e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,67a382c9-5d5e-482b-ba1a-f4efca530d3b
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.2.3,modeled_data,kg/kWh,CO2e_value:0.131,f8564b74-9c0b-4efd-825f-61826383d281
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.131,38d1131d-f487-4b3d-b489-c5ccebf5c7a2
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,f9a92c94-7f9f-47ea-ad46-e6559014f706
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.3.3,modeled_data,kg/kWh,CO2e_value:0.131,92b85798-9829-4e48-b5e8-1dae0de0c208
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.131,efdc7d3c-fb4d-4a20-aecd-3c64ffb62e9f
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,caba1282-a9ae-42f9-8930-aaa4dfa08291
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,0.1044781714346009,II.4.3,modeled_data,kg/kWh,CO2e_value:0.131,0ac36d24-21f4-4589-b835-1399bfc1fa3c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.131,80484054-b622-4145-b4f3-b6ada8c338ba
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,6a02eec5-d968-4371-bf75-42e93d15a116
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.1.3,modeled_data,kg/kWh,CO2e_value:0.131,2964fc44-6af9-4c65-8fb6-8b1009e787c8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.131,b3b59b21-ac6e-455c-b4b7-36095e2052ef
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,5a49af37-3e32-457e-b1a7-e6e72606ce4d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.2.3,modeled_data,kg/kWh,CO2e_value:0.131,909e1d08-12b5-41ff-b906-c80519732bb8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.131,acb5e741-0cf4-4af5-8090-5e8ece046a68
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,b4d5615b-3faf-46de-8fcf-28c714f5eaab
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.3.3,modeled_data,kg/kWh,CO2e_value:0.131,81d38a9e-d806-46ac-b4da-267fa758fb05
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.131,0b509f9f-451d-4025-b8fd-40cb176619d8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,287be6c1-aaa6-4914-9850-35189d5cfd2c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.4.3,modeled_data,kg/kWh,CO2e_value:0.131,1d319092-6618-4686-ad60-9613655b79dd
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.131,21a30708-d779-4461-98fa-c20d72d7e343
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,a53ab818-e4a5-449e-bb40-7a438ee79c5d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.5.3,modeled_data,kg/kWh,CO2e_value:0.131,a3251ddf-ef70-414f-ba10-59263cb2631e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.131,afd91ec6-44cf-4e3f-9f38-b8710a2e8a17
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,955b3298-a06b-4531-b1c1-91a6543bec8c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,I.6.3,modeled_data,kg/kWh,CO2e_value:0.131,27189267-9f6a-4c52-b840-ca511338eb5e
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.131,b7d0d857-d9cb-4ee9-8395-0b33ff8cf3aa
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,84f2a7c1-d4e0-455a-9c47-a06d062af771
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.1.3,modeled_data,kg/kWh,CO2e_value:0.131,2ad15161-53b6-455d-9387-99093925e687
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.131,f4c0a8b2-cb88-45e2-9310-1a96824f8e9b
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,0c571f24-28b3-4a19-aae1-990419ee6f9a
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.2.3,modeled_data,kg/kWh,CO2e_value:0.131,8e0cd143-e530-4a68-990d-1a9c4cd336f7
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.131,f92890bf-1ccc-45f3-838a-8859f2be0580
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,14cb5ad3-f0ad-46d8-b876-589e028254da
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.3.3,modeled_data,kg/kWh,CO2e_value:0.131,78319e83-1949-421a-bf55-4ba0830c9fb3
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.131,a10048fd-d6f3-4fc3-97f3-32b8457ad9e2
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,1e298b21-225e-481c-81fc-8b5bc2f15a1c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,0.0006573710451002573,II.4.3,modeled_data,kg/kWh,CO2e_value:0.131,becc53c9-9dd8-488b-ac63-f29b63474827
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.131,94fde9a7-6275-4c02-8cd0-252c2cfb335d
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,5b39a792-8a43-477c-bd6c-c9047a292811
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.131,86affcf0-87a0-4513-ba11-a7cb271338ea
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.131,03641826-90c7-44fc-beda-af0b7a1b31e2
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,7b8a0141-1481-4b02-815b-2170ef21c159
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.131,42d231f7-c4a6-4a32-b083-6ca34f5f6d25
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.131,84bd8881-2a0f-4a9c-9ace-8fe2ae35dfcd
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,99899ea9-3ed3-4681-9a8a-b6edca6d4977
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.131,2218f094-a1c7-4cbc-8b5b-47bb52e7f35f
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.131,83c1fd51-3001-49af-8285-81e2acafcdbf
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,0f887151-c488-4463-bd3d-7dd736009963
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.131,1ec5c0eb-9ad5-4c37-bf65-aafd7be29102
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.131,d2e1796b-fa40-4612-badd-718b45a10793
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,0806f149-d9fe-4688-aec7-a34c3084a11b
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.131,fd0b4193-d5b0-4c3d-8b09-09c7b5064558
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.131,6cc50f27-6f3b-48c1-84f5-45a512941dc5
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,3fb97cda-8a54-4677-9ddf-1129c698222a
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.131,4ab2fa06-0d7e-4870-818d-0a25f451aa67
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.131,ca90cb00-2a5c-48da-91b9-c9f7c3f10323
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,91a0fbf4-6ec2-45eb-9e98-3aee2891f3c3
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.131,ed89a71e-4aac-40b9-ae77-d1a3e1fbd2a7
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.131,48da3f61-b96b-407a-9e90-6b786dd05be8
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,6d7fe306-9c7f-4f8b-92f5-5aef1ae7c6be
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.131,866b8ad1-be22-40ab-a314-658beebcac73
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.131,7e96d6bf-f472-4e0c-a6f3-51fe986d6251
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,962842ac-bc6c-4055-8fb0-09db43f1a64b
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.131,7ccc3a34-c02e-4e12-98f9-be13ec6f53e0
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.131,59888cb2-5bf4-4a4b-abf0-2209ffac7181
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.131,f6492c30-0d17-40d9-8c85-b69a2bbb1608
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,2.3918995291804238e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.131,f08dbe68-c63d-4695-bc20-febd207923a0
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,7a96bdba-8be8-41f9-84e5-e890dc092147
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,4c7e37bc-ea97-4626-9408-b49953c19e1b
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,044578d5-2a70-4fc4-a551-128dc2075a66
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,16c585d9-aebe-474c-9e2d-40afbd8e96de
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,87b5f050-62aa-4a77-b1eb-76f11953d21b
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,ce0229c7-f093-4f9e-bf13-cea446f877bb
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,205edac0-ca9d-4ff3-9269-50477b0762f6
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,6e49ae6d-09a3-4a65-9f4d-9b9cfa215b15
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,6bf88abc-00ca-479d-a564-678e8c7f584b
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,567332b5-5098-46f0-8144-8f141ca545a8
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b14ab67b-f5a6-40fe-9322-5cb7314f79fb
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,7d1fcff6-d117-476e-971f-129f75b13d97
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,d465a8dc-d8b4-40d9-b8c1-96cf80d63ea4
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,17a91a2d-3db0-46f3-bcca-b8fcdea9a7ff
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,3c23fc55-d79a-4826-bd11-c0113f4024f9
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,dbaff0d7-f026-4f99-a086-a4ea96b7ff7c
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,8df9f586-d3a8-4173-9714-5ad225a63574
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,fe697596-7a28-4c72-ac77-7e384497eee5
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,a998eaf0-8cf9-4e95-920a-66a5ea5b1588
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,5d463d77-1172-4369-a840-0562261ebda6
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,4737e697-7b3d-458a-9c38-fbabb8fd3b61
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,6a064275-9231-4f49-b263-312b534c6183
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b68e291a-04c5-4bd5-9b32-f8da2bce7ebb
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,451417b7-2ef5-4ece-80a1-46cbbf72b92d
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,8c6ba627-150b-4bbf-b407-9511bdf54ee9
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,e584c6fb-374a-4b81-92bf-13e9a8fb0847
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,321bed0a-1b1f-4803-9cd6-ec5a1244d355
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,43774674-e385-424b-8c1a-a0171e538e22
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,c005dfe7-26d4-40ba-a8e9-eedb2bb62b64
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,0.02719815666766683,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,e4754bef-ca49-4072-8fc4-96359af2b03f
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,501c70e8-7af1-486c-9c41-d17e56014f4c
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,a08c2e59-8a94-45a7-869f-8d520a1a37f2
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,d396af07-47c9-4de7-949b-c3ff139410f0
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,8d53a857-bd42-4246-83ab-7693a2cd6906
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,3a8dec8a-eeaa-4976-837b-95f3ee0a6580
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,b7df9754-508f-4458-bb73-ec7d8a4dec36
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,f6ede0e8-df60-4fa0-83c1-da754e949dc9
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,d3401763-95a9-4541-96a8-6bbdd6102a8d
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,06b94863-b028-4769-b83a-747f213a6f51
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,c287061c-58cc-4e97-8d8e-5e6c8c47c4af
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,4179ef83-b935-4977-bb0a-b74c35249bc1
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,0d99944a-1766-403c-9350-e350adf3f8c8
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,e60a35fd-f33f-4ee7-b51c-8ddd7a6fee63
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,be37ae71-c714-4553-8e4a-695c790853d8
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,56e44de7-07fe-4c34-a03e-9acd86ed7f2e
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,05d5ae46-224b-46c9-b0e4-a3ef07ea0e11
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,79ef3b15-e72b-40a0-9ce8-a412d0b0f24d
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,191f494e-6548-466f-abc7-bd0a6e9fd39e
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,f3a40bd9-f0d9-45ac-b013-80b855e6dfb4
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,feab740d-4bf6-4de3-9628-55c00b689a40
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,db34f790-f959-4cdb-a5cd-a71086c942fd
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,54b2b752-8e25-4450-8b61-5895f2c7cc6e
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,52d844de-1c36-4b67-8d27-1550fe6d7494
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,9b49292c-07c4-4186-ba74-4b599bc88ed0
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,231616e1-5f42-47a9-9187-6c77c5874c0b
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,416999da-e413-4e42-933e-a5de546643ef
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,6e389418-4e44-4eca-94f8-800ce381d67b
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,f0cf3b13-11b8-416a-bcd7-042f1ffa7b34
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,c975bd7d-8cd2-42e9-8c3a-8460feccabe6
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,0.00017112934144924597,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,eeb40048-56d5-427e-8cb7-9ad5620f9090
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,8cffbb49-d7ae-4993-b438-1f2d2440a06d
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,79e17979-5bed-425d-a492-f8892cf3368b
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,a8b0631e-4c31-41b5-b79b-b23d5c20ad03
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,c33b9394-bc12-4c97-b126-55a4e4131853
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,f95231c5-6911-4634-ba95-02656bbccdfc
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,5bc335cc-4f66-46f0-a3e5-41fcb36a93ea
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,1b77acc0-c456-4767-8716-02fef3a2ecab
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b7ed3cd1-4396-4feb-9cb1-6f2aec24b02f
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,3ef6068c-a22d-474c-9d58-e7eb26e3633f
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,59dbb0fb-742e-48a4-bff6-a39619f01969
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b0a6376b-2c46-481c-a23f-d65da33795f3
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,997d5106-ee26-4d20-a2e4-67fd8f021575
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,1e00553d-3df9-4a46-abca-5733583c87be
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,7a207b77-788d-4607-ae48-6402a16cc1ee
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,242c2bfe-a1fc-486a-adba-0e3f4b67c25b
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,18a331b8-27b0-4dd9-998b-f30971377769
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,5d4557ad-fee6-4dd1-9f24-c76c1f1fb5c1
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,16ea9179-bf0f-41ed-a4d3-1395445c5ebe
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,681ec347-2431-487f-b0f2-3abab8e8f8c2
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,ba6af7c4-5841-42e9-a455-ce13d68d39bd
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,ef17b68c-964b-45fa-8fbb-9b14f0bdde92
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,908a4b05-b8ab-4a5a-a7e1-99b06d84eef8
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,de402029-3d30-4020-92e1-c9a6493f77dd
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,856c84a3-6b06-43b1-a017-8a472fae5b12
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,86b44ec7-03be-4029-9b4e-c0c7172091c8
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,8b99ae2f-2e6a-41d8-83d6-bdb24d677a3f
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,274b73fa-9248-491f-9555-364363fbf1ac
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,47d0f297-fd28-44df-8294-5cf97ff0aa15
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,7df7d618-f6ef-4e11-9fb4-fa51a730c84d
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,6.226684218788193e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,88cf3da0-ca35-4b9f-91a4-040a74313e1f
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,6fff99f5-dbbe-4e71-9dbc-1c77d9ac8de5
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,1e1e20d3-21b3-4bf3-88ce-9da9576b9f75
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.1.3,modeled_data,kg/kWh,CO2e_value:0.057,1e8bddf7-86d6-4f0d-ad46-6ac2c1baf7a5
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,6463f5a4-65e4-42c6-9115-1fcdab5dd330
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,81d3dc8d-3b94-4440-9d88-5780ae2211eb
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.2.3,modeled_data,kg/kWh,CO2e_value:0.057,5bd6588e-86e0-4ff6-b65a-9846981797be
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,edd84e17-fa65-4cce-a1c1-a2bb5471e99b
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,361b85e3-9846-47e7-aef1-7ed3e2a772bd
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.3.3,modeled_data,kg/kWh,CO2e_value:0.057,55a96ba8-150e-4c21-8ff1-3cfd999b7595
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,fc1db532-f756-4e05-8564-10db3553ac15
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,937840f0-fc18-4b68-83d3-b59b1f52b9dd
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.4.3,modeled_data,kg/kWh,CO2e_value:0.057,334da2c5-3170-4155-bbf0-ad1ec70cc923
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.057,1e1286e7-b623-48c4-b1b4-6b9b78ce8630
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,59f076a5-28de-40ee-9c4b-3fa2e98041d2
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.5.3,modeled_data,kg/kWh,CO2e_value:0.057,76582c52-61bb-4fdb-97c2-e3db17af1abd
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.057,b63731a3-36e1-41a4-bb1f-bf6caad5e13a
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,d10b32c1-3e41-4798-b810-f584db96db60
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,I.6.3,modeled_data,kg/kWh,CO2e_value:0.057,43f4b710-1666-4fe2-85d0-393055984829
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,671a2172-d576-4dda-ba63-e917a7f01568
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,62d05f46-2ea8-46e9-a8b4-88157a6cc342
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.1.3,modeled_data,kg/kWh,CO2e_value:0.057,51070865-279e-4912-a12a-91b4df8bfc3e
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,d3b9fe59-b269-416f-8a8e-c45c3acbb9f2
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,c313cd97-e63d-4a68-b64b-61c83a16e9b6
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.2.3,modeled_data,kg/kWh,CO2e_value:0.057,3b1e2469-3421-4247-83c4-55274cf8e46c
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,7805ede9-29e8-4a02-a783-8469876aeaab
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,bbde6303-fc16-4b52-924d-b8b62a23de11
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.3.3,modeled_data,kg/kWh,CO2e_value:0.057,bac550c8-86e3-42f7-b005-825bb8e60135
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,d0b6652a-54cf-4704-8672-06644a61ee5b
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,e436946e-93c3-44e0-bf9e-bb52b0ff414c
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,0.045963068897619294,II.4.3,modeled_data,kg/kWh,CO2e_value:0.057,769f49a7-d029-4111-9a88-8489b4e5c404
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,f121dde6-523f-48a6-b36c-a62850baf017
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,285563d4-cc85-4b00-abae-126b03c1c2f8
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.1.3,modeled_data,kg/kWh,CO2e_value:0.057,3d074315-b69a-4f1d-be4d-0dd71f4ae9ad
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,ace1e807-c6ca-46b1-8b67-b11d2ef13f6c
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,8caddc57-522c-4e7d-b6f6-277f686c5e8f
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.2.3,modeled_data,kg/kWh,CO2e_value:0.057,62c8761f-20c6-43bd-94de-884e3cb37390
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,c54f13e0-7c34-4e85-b9c6-9918940d6b2d
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,354aeaf0-fa1f-486b-92ee-4c4052e48484
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.3.3,modeled_data,kg/kWh,CO2e_value:0.057,ba25a4c3-65c4-4445-b89a-e6323d97dd46
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,a175eda9-10d5-4737-818c-2934c5bdc4f9
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,02b9869c-0a98-4501-8b18-503aacbb48e4
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.4.3,modeled_data,kg/kWh,CO2e_value:0.057,711d9d43-759d-4ff3-b441-1c48df038a10
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.057,f79d9e5e-a7a6-432e-84dd-d58474c525fb
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,5eeed261-bf5c-46c7-b69f-435cad0f6748
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.5.3,modeled_data,kg/kWh,CO2e_value:0.057,9dadf290-2607-4082-81c2-d83180ffc168
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.057,95c57bde-18e4-49e9-9740-7fb4a6574a3b
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,9b052a48-75da-41b1-a2a2-9bf8e478be1d
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,I.6.3,modeled_data,kg/kWh,CO2e_value:0.057,9438472a-309e-430a-bffc-571f51b7c24c
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,0284aa67-8684-4caf-ba4e-1b6bd7904732
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,aaab6a1f-68fb-4423-acbd-ecb144053521
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.1.3,modeled_data,kg/kWh,CO2e_value:0.057,08f717c4-02c8-4b2b-b4d8-fcaece887522
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,a585fd88-5b0c-436b-bd5d-2a9fc318609e
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,a3af76c0-ac50-4347-a218-1035a56bfffb
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.2.3,modeled_data,kg/kWh,CO2e_value:0.057,81f28cf3-08d0-44c9-83a3-e47b294f78af
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,a8b4bbd6-4f93-4555-a82f-e9f850c13fa9
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,905ae629-5520-46e3-b1d7-597b826546c8
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.3.3,modeled_data,kg/kWh,CO2e_value:0.057,7c61a1d8-48b3-4bc8-b037-f8966760c124
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,9ff16c90-40d2-441c-8691-362abad32ec2
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,f26610f5-1190-4e15-9984-81fd0dea2749
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,0.0002891971616880408,II.4.3,modeled_data,kg/kWh,CO2e_value:0.057,93acbae0-d5db-4f0f-a80d-83eab708de3f
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,fb080773-d649-4c6a-87f6-ca836bbeb5c6
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,39de1771-769e-4b4d-98e9-62b8350f6d7a
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.057,c8622463-1ee9-4a82-ab41-17d25e82a26f
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,a889d7c5-da0a-4a8b-a37f-1c1adb1ead36
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,9d4759b4-af47-43e5-9ae7-56c892f7d7cf
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.057,e9d9f41c-9908-4c2c-8464-67765dfc35e4
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,b8f04d80-d53c-4e7c-8ef2-192d9204a197
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,9e63a682-0638-4a78-b31e-1b61d493b446
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.057,a5117590-3dd3-49c9-b7c3-ab1c637e7a91
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,6ac0bae5-31cf-406d-8329-3e7e03bbad8a
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,beda22a2-7837-4b4a-802e-befcd044a124
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.057,c9996a32-da8a-4b85-98b9-018f7ef35127
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.057,4dbb0965-035a-451a-8b1f-8038f589deae
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,3530b8a9-fdf5-4b88-ae3b-66c09052c53a
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.057,ac9ab6b2-50ff-4e3a-956d-007e271d0b28
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.057,5c631815-b7b3-4e8c-9bd8-6fd3966d29bf
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,b03f6b6e-1250-437b-960b-c6837fe2ac3f
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.057,7a06a2c9-ea1c-42bb-8542-d5b92e2165da
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,e1e0f768-d388-41f7-b391-f2227ea130e8
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,13d55b3a-cf33-45f5-b415-caa4e7f767c0
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.057,3a30e99c-ee3d-4886-aa7e-5b30a66bdea6
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,b567c28e-476f-4c2d-90f8-14c732953ac0
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,fc2f9fe7-6026-4281-b4d6-1fee8780df8e
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.057,038b2e2e-83ea-4a85-9474-466765b76ce5
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,92dfeedd-bea0-4e2d-a2e9-2498cf29c1a8
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,2841e94b-d45e-44e7-b9d7-08bf56f8da32
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.057,a09f77ff-a5f8-4253-8b84-4318471809b6
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,6829276f-4a85-4275-9abb-536c6fbb4b04
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,70e07036-e1be-4fb2-a253-998e635f8795
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,1.0522680608429326e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.057,cb26d3d3-3866-48fd-80a4-1ceb926d856e
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ab8dc30b-1969-4abb-ac5f-b363e355b650
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ca9854f8-5721-41f9-8945-2f4eb868f6fb
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,c0640225-2edb-4194-abea-b7140bc176b7
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,7f97df5c-ced3-475a-8694-1df843e86f12
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,48b15ec7-370b-4413-ba81-5842241d6e85
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,e49e50d7-9f73-486f-9ce0-037c3e61f46e
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,c933163c-890a-4c01-afb1-bf86704a22bb
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a94b6d81-9cbb-4ea1-a4ba-e588c24f641c
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,e8093a1b-200c-4c76-bdf1-2beb7f90e990
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,b54f9b90-fa59-4d27-92f8-bd722a1b9c00
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,51ca1b37-6117-4182-bb33-b6fbea9bff8b
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,b4a1c5f9-cc80-434a-be03-5f377c74db05
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ed62d39f-3a42-4f1f-ad5a-54ba6bb3948a
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,427845b9-a05e-4cce-9cd1-866fbcb9beb5
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,2976e6d4-03c0-423b-9bc8-bcae586f6783
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,761887ab-3d6a-4382-944e-5006414a7aed
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,aef4e9e7-f808-4419-863d-e88f2febf923
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,aaa3be8c-2d12-4c2b-845d-54758d71d006
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,79898a8e-d857-4903-a23b-f432e318b48a
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,f80ee6f5-fabe-4833-ba00-d4510941cb4d
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,bfd65b59-a7df-4cd7-b2dd-746f56fb5585
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,8e82cbc8-e8b7-45c6-b2df-c4a2649d2df6
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,07891142-a6f3-45fd-b2c8-ae651a14a756
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,89b3563c-4764-48dd-bcb7-d15e7d8fa98c
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,349f9490-8d27-4fbd-b047-053d4e07ef51
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,932d1751-d25f-41a1-8b8c-3a9d61c89f4b
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,389f99e8-3a84-400d-96e1-928e360eb6d2
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,d3e545ce-94bc-4021-b347-8285bad2bce5
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ce0cdadd-253d-4534-91e8-096c8e792519
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,0.03586596155473307,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,3698a52b-d12e-4d06-9466-75da29526cb4
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,2329ed43-4316-4e79-b227-34fc6df4537a
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d8f53262-647e-4673-b58f-b774cc5b82e6
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,f384625b-6f92-47c5-a7db-84bc68ebbf05
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,70c0e238-0b80-4f85-aff1-334d8957f1c9
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,128f8624-08f3-4cb6-9563-0e495cea2aab
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,1b33571f-5cff-4a10-905e-b4c64e0e2593
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,2dda4d58-7450-4cfa-bd11-742f6df2f150
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,1a9935f8-2a22-445c-9a98-003295f6821c
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,1fc2d41e-1208-4186-a39e-f0dc0b254b0c
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,2c773033-4dca-4c54-b187-a4a4eaa000a8
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,830631b6-2a3f-4ce2-aafc-013b634bd3fc
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,0bcb837e-8669-45d9-99c4-46a09203212e
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,51047edc-34f0-4736-aafb-632e2c10e235
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a0a3f2f9-a716-4bf8-a2ef-141a7797ae2e
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,fdd9afb5-ab74-4b04-bbd6-95a3046475a7
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,271411ae-fc1b-4759-9b56-50d76f0f56b9
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ff47def7-1fd3-4053-bbb1-d0130dcc373b
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,2b8f381e-908a-4cde-99b6-06707d1f004a
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,2d21ccbc-bd52-449d-9408-0321f0af5272
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,53c4a9b8-604a-47c1-a0fc-c2ec644bbd48
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,73b6c754-c2b8-4258-8409-f63750a2c4f3
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,d09e2328-1cad-47c0-8fc2-78662b5351ca
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,900453e5-9ac6-4894-9122-51c51b5c610f
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,aac32d26-d9b5-465d-830b-e831724ff07a
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,37c9c476-5a03-420c-8e76-aa7922335f8d
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,202655e2-8722-44e9-a635-35250d9fdd37
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,7983ae69-5117-43bb-884c-e98a9fa7fbd6
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,0f84d800-5a0b-4139-8f90-a13dfc10a21d
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,10a24453-7803-4a8b-9b2d-51052a4ab482
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,0.00022566670441316947,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,4e50267c-64ce-45f3-8361-cf0b9809424d
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,647593ac-f108-4687-b47a-a55a70198318
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2e625047-ede0-44fe-a3e4-4489dd0e838b
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,9025cd5d-b9a1-428c-ac6c-732eb79818e0
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,79cf7a7c-4cb3-4e2d-be06-1c01497b5853
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d143e224-0784-4e89-8b14-121fa66fdee3
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,bf968524-8e88-48b2-8bf7-cbc8aeecea94
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,01e509c3-2ec7-49be-8c59-b968c1b71564
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3371fbe1-3f48-463d-8603-4c48261d6fb4
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,08462944-244b-49a9-a4fa-a74161cbf985
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ee728ff6-bd4b-4982-a7df-786792eaa692
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,aea0ce2d-5007-431a-9f28-424822e26c5b
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,74218834-37cc-4fce-88e3-4654aa71be28
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,36b08a36-e6fc-4162-8b3d-fafc8cec938b
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2d480d31-384a-413a-85ce-9613520406f6
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,49093eee-4515-4a80-a5f0-676b0a285d61
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,66cd7aa3-81b0-4cda-9250-966a6df99783
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,b77f2994-8674-47b5-8ffb-06d586186820
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,329781fc-3a17-48a2-bde2-09d52b7d7376
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,41bae0e4-55e4-4029-9a07-4acc9fff6cd8
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a208910f-c2d2-4171-b91a-8b2bcbccd535
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,6e36435a-d2a6-491b-9b04-b95f78bebb89
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,9a0f4371-94d0-4e5d-9660-e262f9089f7b
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,6089fc14-a948-4a49-915d-c5655686381f
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,9e825bf2-45f3-494c-9ade-d4af2502bb54
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,cc510f3f-79df-4e1a-b6cc-0d3e0f30d2d6
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,aa18dc88-c708-47e5-892b-a850c99e526d
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,7aa60847-6007-42d7-8b7c-5ea8522c5d37
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,d6234e68-f335-4496-b30d-d1c597b54b27
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,16745ac2-0892-4c12-b019-e359ee742327
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,8.211071784508486e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,5bd309d9-37f8-4f93-8fc1-21b6f554f774
+CA,Canada,2021,,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,886ff186-9255-4e20-a2d7-fca5d82d7577
+CA,Canada,2021,,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ebf65a6b-8b58-4ee2-87b2-fdc49ee926b0
+CA,Canada,2021,,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,5b98126b-ffc8-4814-b66f-60d393adaade
+CA,Canada,2021,,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,55d0ad25-ccdf-4913-87c2-94c5b99422f2
+CA,Canada,2021,,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,06e704eb-0e78-4eb1-8dd0-a4e194da54b8
+CA,Canada,2021,,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,27ceb8e6-f51d-44a9-b7ef-b3fbbb3d5268
+CA,Canada,2021,,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5904e922-0539-467e-af47-12a34477c861
+CA,Canada,2021,,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,21d6926d-e31e-4d10-945f-272aa7912e20
+CA,Canada,2021,,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,7f5c588e-7540-4abf-92f8-dd60457c2ce5
+CA,Canada,2021,,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,568ca122-e619-4f44-a36d-2990e2d1f1c6
+CA,Canada,2021,,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d09ad3c6-2d5d-4671-947f-5fd92df1df75
+CA,Canada,2021,,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,cecd0517-148e-4bf6-a833-ba5a1e984b45
+CA,Canada,2021,,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,728b4db4-30c0-4c8b-8286-35731d0d6ab5
+CA,Canada,2021,,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0cab08bf-992a-4c3d-82da-c02eed30fd0e
+CA,Canada,2021,,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,03a324b3-0560-4349-8a5f-21f18cd38f6a
+CA,Canada,2021,,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6f69abac-409e-4829-aef7-e43cb891596c
+CA,Canada,2021,,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8ebd599c-14fc-47ef-8f57-de15f0ca3fd6
+CA,Canada,2021,,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,ecdc1985-ac11-413f-83cc-53069db2d9bc
+CA,Canada,2021,,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5e19f69b-5154-4ec6-a92a-6b4b846f515d
+CA,Canada,2021,,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,57d57c77-03bf-4166-a77e-1f7251042738
+CA,Canada,2021,,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,8ff1acaa-4c49-42b9-a464-156858df6fed
+CA,Canada,2021,,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c9dbcf67-2858-4505-98c8-5c1f80cd9de5
+CA,Canada,2021,,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5843dc36-c211-4e22-aa1c-38059fc026f0
+CA,Canada,2021,,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,6d2a5ff1-af86-43fa-b0fb-75169d0f25e3
+CA,Canada,2021,,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c34814d2-1e9d-48a5-84bd-6cdaf60be9a7
+CA,Canada,2021,,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,43faa2b8-c342-4db1-a876-819117a93122
+CA,Canada,2021,,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,ca819192-9e10-4199-93b4-01a1e201db9f
+CA,Canada,2021,,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,27bc8b7e-faa7-462c-9829-db5248ec789b
+CA,Canada,2021,,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b7929c9c-a877-4617-8019-92201d119ee4
+CA,Canada,2021,,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,0b35994c-1817-48d6-827b-070da761a764
+CA,Canada,2021,,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a4515904-57d9-45c4-a5e6-f36067c59f48
+CA,Canada,2021,,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7dcc5a6b-de8b-4d09-8e4c-35eea5b12ff8
+CA,Canada,2021,,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,fe8c5258-f823-4ee0-936a-0a38793021f4
+CA,Canada,2021,,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7a3c4665-200e-4d0f-a9b9-5f3c42f785cd
+CA,Canada,2021,,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1b5ac39f-19c1-4e7b-b09e-64b0ce4b9ddd
+CA,Canada,2021,,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,4a8faf5f-40e2-44a8-a68f-152d7761ca5a
+CA,Canada,2021,,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1c762aeb-904f-45a8-84ce-e2560ddb7ad9
+CA,Canada,2021,,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f2f1a32f-8684-4927-8d07-0ae68934f50e
+CA,Canada,2021,,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,277a7d9f-0fc4-4130-84b6-f18ca20182ed
+CA,Canada,2021,,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,861c4380-bf30-4a2c-8d63-fdc1c3b48eb5
+CA,Canada,2021,,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d22daba4-b358-4c87-a77e-bfeda5391256
+CA,Canada,2021,,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,c79eba11-b197-4f7c-a955-f06e618b6c82
+CA,Canada,2021,,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,02b1d13b-8798-4e28-9168-01b5f68f9e55
+CA,Canada,2021,,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,228484e6-3135-4942-b63f-23dc351a8777
+CA,Canada,2021,,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,051e109b-2d30-4d7f-91ec-a10ba992e6bf
+CA,Canada,2021,,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,90d3e428-62ef-4d5b-98ec-f0e468acdc3c
+CA,Canada,2021,,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d5313367-cce2-493f-bdb7-9882795d14c8
+CA,Canada,2021,,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,da5ac200-2b72-4e68-9e38-456f45705d52
+CA,Canada,2021,,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8bc9e312-3808-4635-b4e4-ddb6cd2a180f
+CA,Canada,2021,,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6aed3018-4e18-4402-b218-ceeeca0cc1df
+CA,Canada,2021,,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,90057a09-3f50-484c-8d88-0a59a1712196
+CA,Canada,2021,,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,aa3197ec-a86c-45bf-9cb6-eef020b4b03b
+CA,Canada,2021,,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e8f50561-3110-44f3-81e6-71208a11dc17
+CA,Canada,2021,,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,737060ff-3e90-4227-b6a1-732988dac13c
+CA,Canada,2021,,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,20974788-05e5-4911-926b-66424b8e2906
+CA,Canada,2021,,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7143b5a6-a0e5-4941-8e30-9fafc103648f
+CA,Canada,2021,,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,bae91afd-3cf7-4798-8679-7f7e5a9080bc
+CA,Canada,2021,,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f7c58f05-6003-49b6-a382-84677f1012a1
+CA,Canada,2021,,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,31418de8-7fef-4352-acd1-7a4405aa3da6
+CA,Canada,2021,,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,0c70ee3a-48e6-40d2-8845-a0414096fd19
+CA,Canada,2021,,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f3329ecd-114d-41b7-b39e-c74121f40bd9
+CA,Canada,2021,,N2O,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ef28821c-71ab-4c55-81cb-19a5fbcb0282
+CA,Canada,2021,,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,c6d5ad75-5c27-4df0-b75d-95a6f019e6ba
+CA,Canada,2021,,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6edc8352-0a0b-4a13-9be9-59e9bc651943
+CA,Canada,2021,,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,95d0403d-51fd-49e0-b37c-9fa6a4054a78
+CA,Canada,2021,,N2O,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,53781bae-2033-4b58-aeea-a62722d0c78b
+CA,Canada,2021,,N2O,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6ed7bb8c-a248-40e7-bf97-4717adedfb0a
+CA,Canada,2021,,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9931e14c-6083-496f-a476-8f2a19155a85
+CA,Canada,2021,,N2O,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,b04cd358-ce65-446a-9e29-34cec78a6b8a
+CA,Canada,2021,,N2O,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,aec9ebf8-0ddc-4e7d-8a48-d1dee2d33e08
+CA,Canada,2021,,N2O,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5a3befe2-5816-466c-998e-c9f56d6dad7b
+CA,Canada,2021,,N2O,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,8e1e43db-d34a-4871-ab37-c3c54cb9de23
+CA,Canada,2021,,N2O,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7f8b62c8-0f7c-4d91-97f1-0a131e4732a5
+CA,Canada,2021,,N2O,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,744785fb-1873-4e4f-94f5-0fa310c1a623
+CA,Canada,2021,,N2O,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,3f244005-2353-4b63-87bd-e9e74bce2bc4
+CA,Canada,2021,,N2O,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ab77473b-bbe1-410d-a6fb-f3fcfad2a71a
+CA,Canada,2021,,N2O,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1a46cc0e-3a34-44a4-a178-39bdf918c930
+CA,Canada,2021,,N2O,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,0068b636-6c20-413f-a549-a04c3998878c
+CA,Canada,2021,,N2O,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f2d8b1bb-eeb1-431e-ac07-f85c6459c884
+CA,Canada,2021,,N2O,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0f9cdd8b-db36-4fb8-a42d-84c85708832d
+CA,Canada,2021,,N2O,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,c851deae-600b-4abd-8d89-4f95c9383b48
+CA,Canada,2021,,N2O,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ad5727f8-fe77-4fcb-b809-6e25831f1af8
+CA,Canada,2021,,N2O,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7b5285af-2063-4aba-a728-856645cdf336
+CA,Canada,2021,,N2O,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,09dceab8-9b71-46fc-9bff-e7dcea5530a1
+CA,Canada,2021,,N2O,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,4501dc67-fafe-4a11-bc73-d59205bb0f68
+CA,Canada,2021,,N2O,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8fd02195-835a-4055-b102-2b4d269827e1
+CA,Canada,2021,,N2O,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,82af283a-0877-4aca-82cf-e9b93ea4451f
+CA,Canada,2021,,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1bf70440-4b3d-4ba2-bcc7-2d7fc2b9feb4
+CA,Canada,2021,,N2O,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9536d842-12a7-44a8-b8c7-bfb3a5f28ee3
+CA,Canada,2021,,N2O,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,a57a7646-aac9-4961-b18a-d108dfd7caee
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.101,0d9382f7-aa23-4630-bc22-797e8e119b40
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,4ed8eddc-1627-48c4-bbbc-c4b6ec808f41
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.1.3,modeled_data,kg/kWh,CO2e_value:0.101,0c0e07c4-ae01-4c5b-9883-74e66d05549d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.101,b2feac36-5ac9-4e1f-a248-622ea9ca233d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,a408881f-1a1f-4d72-857c-6b245ab45401
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.2.3,modeled_data,kg/kWh,CO2e_value:0.101,cf925d36-dca2-4326-82c0-df9701ea0533
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.101,63808700-fc90-4fa7-8304-ef7ff8e779da
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,ea03f13f-e402-41c0-bce4-e1def7464328
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.3.3,modeled_data,kg/kWh,CO2e_value:0.101,c6a91e92-fd32-4767-9dfc-9a36805a4c08
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.101,70c1cc89-b4e3-43ab-b35b-64ea67beb418
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,0519d295-bc0a-43c6-8b29-1549b98714b3
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.4.3,modeled_data,kg/kWh,CO2e_value:0.101,14e6bf38-2073-45e9-9c33-4b216cd03725
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.101,441e3068-b970-419e-adae-fffc94262ea3
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,96464974-fb30-44c8-9074-8470b05960fa
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.5.3,modeled_data,kg/kWh,CO2e_value:0.101,8de7c075-2c72-4ffd-984f-31259a1114b8
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.101,1b52599f-e039-4df9-ad06-f5654e3bf36a
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,21163f91-3a2c-441a-b731-dd77d1ca4f91
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,I.6.3,modeled_data,kg/kWh,CO2e_value:0.101,0b92a22a-7671-4252-a414-b47c4ec1c3ea
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.101,871a5670-b71b-45e1-ae56-31b4ecf2cf60
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,908dd0f6-8bad-41d6-8a89-2b021a33d1c5
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.1.3,modeled_data,kg/kWh,CO2e_value:0.101,3d481bc3-ff43-4e1b-bb91-02825ba54043
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.101,e97ab1fc-ba47-45c9-a707-8046a28794b1
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,c58c49bd-1f8e-424f-a54a-cf702b20b11d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.2.3,modeled_data,kg/kWh,CO2e_value:0.101,52c19ab9-3b83-4e99-a20d-1958d4a0a3cf
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.101,98f40915-73c7-45b6-8230-649e574967cd
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,a113b9d5-d106-4e54-b214-630560f108e5
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.3.3,modeled_data,kg/kWh,CO2e_value:0.101,948ace89-acaa-42d9-8150-6b0d48fbd3fd
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.101,c6494a0e-c133-4d43-9b43-ab81d90f58e7
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,58ac22a3-389c-404a-8adc-71930ce35969
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,0.08046497113319241,II.4.3,modeled_data,kg/kWh,CO2e_value:0.101,e16b1089-f141-46db-a7c9-97130b998767
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.101,42e35da0-b8ac-4645-9a1c-3019eed6b41d
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,3ae40259-16a6-439c-9c73-3d1a75542878
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.1.3,modeled_data,kg/kWh,CO2e_value:0.101,73d3e649-1a96-44d8-9cc2-7752fdd29b65
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.101,979e222f-7f98-4f26-b689-b2cacd5b3688
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,26500552-f63b-433a-9352-2f1e9116955c
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.2.3,modeled_data,kg/kWh,CO2e_value:0.101,42274973-f654-402a-8e2f-1f510acf9ade
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.101,a9ed2376-d8f5-4f6f-8efc-47de0bd6949b
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,bf3cb9c1-f1f5-4d3e-a51a-ca25446ae4b4
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.3.3,modeled_data,kg/kWh,CO2e_value:0.101,c6ee5580-8eac-4714-8691-8a75cf990efd
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.101,19ddd691-89a5-4c84-84b7-c9a3cddd8011
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,78d92e56-6cc4-40a8-8a24-e027dd94ec5f
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.4.3,modeled_data,kg/kWh,CO2e_value:0.101,4c06ad22-cef2-4c19-abb6-bd9b1876b286
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.101,4bcdaf15-3064-4ceb-b073-032ed2b00651
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,8137d1d5-ecd3-4775-99e3-b1660adbd5b1
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.5.3,modeled_data,kg/kWh,CO2e_value:0.101,c61b7c49-cc4b-409d-8d7e-e8bc755413fd
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.101,2a1e6390-ea96-4054-a490-76fe2a443d04
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,1e1de9db-f4dd-40d9-a55e-ea26b74e3718
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,I.6.3,modeled_data,kg/kWh,CO2e_value:0.101,8c7d6d78-d16c-4f7f-a1f8-169fd6fe2f37
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.101,d90535b6-7fc4-4158-961e-0cff07f19902
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,3baca6a3-f1a6-4ce3-82cc-45850ef061e9
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.1.3,modeled_data,kg/kWh,CO2e_value:0.101,3d40da68-756b-4ac3-b947-579a5edf0916
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.101,00f76329-25e4-449f-b549-9a271006a270
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,d4208b2a-4ebf-432b-a2ff-3e618b27ef91
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.2.3,modeled_data,kg/kWh,CO2e_value:0.101,d712e2c4-7052-4669-a01a-9f4b4b083c97
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.101,335da92b-087d-4d2e-a054-4299e04fbd3b
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,a0c63b30-06a6-4469-bdc0-cb9af36443e4
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.3.3,modeled_data,kg/kWh,CO2e_value:0.101,633e499e-e401-4afa-b56c-acd16f5fd4f2
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.101,be34e0b3-1de7-4dda-b4f6-c938e456781e
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,77290e1c-20e1-49c9-99ff-97ff2af199b5
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,0.0005062812781031402,II.4.3,modeled_data,kg/kWh,CO2e_value:0.101,1b2e2389-280e-4124-896e-8d9807cfe370
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.101,e0ab4a03-b61b-4e93-aaa7-6b7209988c95
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,4fdb5f61-2c75-4087-8975-de3273987259
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.101,f65ffd91-14af-4c47-ac6e-17fe53a6157c
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.101,bd95a408-6933-405c-9864-0e779c6e82ef
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,464de594-f2e1-4821-9b3b-81dc548769a9
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.101,f1b56d24-2144-44f6-a7cf-b9ae92caf411
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.101,ff2c1055-fcfc-4641-b5ce-5bfa7b1b55bb
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,a739ef85-ef07-4dd9-aaa9-4d7488ddaee9
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.101,6014c56d-aa0b-4385-b7ee-aa7d8e96912c
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.101,c3dd255c-c15f-4c19-99ac-fdbbfafac5f3
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,b7637d3e-d46e-4a9e-b0c0-542a0e06702f
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.101,43b741b7-21b5-46ab-b197-1df31b12def2
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.101,c0ac6c63-c7b2-49d6-9ab1-e4c3ea633c85
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,7f9668ab-a453-47cc-a87e-afa5a78b6507
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.101,30ec405e-5830-412e-8117-20f5c7b848b1
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.101,cfeb2ef7-f15c-41e1-b8c8-50bd41b8fa2a
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,e3048593-22df-42db-a168-a47488c25a3a
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.101,ce6644f2-911f-4284-9b1c-d06f496ddb96
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.101,c5c8f906-26e2-4f11-8fcc-897f0b2f386c
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,00265541-08e1-4f25-82fc-85e81ba38c86
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.101,f819a7bd-6a53-4739-a527-9478427c143e
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.101,302d6420-01b2-4fb6-b8c4-3fb80fd1f866
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,03a48a42-3a03-4ec8-8c5c-446a39a23a41
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.101,64760b53-e990-4c16-a8ec-a2150b1ce86d
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.101,fcead5de-6eff-40a4-abdf-66714bc93a2a
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,2a8f9206-31b3-49ec-97f3-cb1521559c2e
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.101,3278fd14-5df4-4d85-86ba-3e793b7a7f0e
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.101,3423adec-b73f-4f56-bf51-71bac8e4edb8
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.101,dc7aef16-5136-443e-a4d5-41d36a9acc28
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,1.842146775027299e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.101,5e68045f-06ba-458e-8ea3-5118802dbcfd
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,356dc36f-52a5-4428-a62b-3302ec7faa84
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,be35f6e6-2ddb-4a5a-8ea7-e6a4be65eddc
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,8d1d7d30-cb0b-4621-8ed6-450d81f47701
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,3ff05e82-2b37-46c8-9582-447946493a16
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,a6a92ba6-c359-4264-a63c-5649277f3a2f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,04aca818-8fe1-4f0a-acfe-116099df8fe6
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,67e6b1c0-bd7e-46f8-9082-ab1d2d7d5fd4
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,ded8f0f1-1cb4-4488-abd4-91b03f17f315
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,b6f05cb0-eaa9-4bfd-95ec-cfe33b6e5b15
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,859ac5cf-f9b1-477f-9cd2-5c40f0fbd525
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,38ac8bc2-273a-4ab2-94ce-40feb3cc7f2f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,165ac714-d6c3-4b81-be9e-2a606dca4756
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,f22be869-3a45-49b4-b4c2-26958b5665fd
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c5cdc78d-422b-45df-afc4-a3dccda1c043
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,dd9a31fd-1f48-43d5-ad19-c40bea33447d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,ccfd5daf-3bdd-488a-bac3-07a0cc39f17a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,d22d7d13-f5c9-436d-b836-daef5800c9e6
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,620bc7c1-e058-4555-a393-07f81c146a5a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,1214a085-61fa-4661-925b-b7172603208b
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,eb80b351-0d11-4a85-9efb-9934d73ea8f8
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,7fe30952-15b7-4aca-9a01-5e6de15744e9
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,0eadfc19-8616-443e-9292-1965eee8d2d0
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,4db4fbcf-b399-417b-95ab-8920f5d273a9
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,a1580dbf-14de-4bad-bb0d-ba639c48a7a8
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,7dcaa0d5-07d0-463a-928c-f7db2c426bdb
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,859ae2c9-8e35-4dca-977b-c3a4ffc3df44
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,2f3a09ff-3aa1-41a7-8682-b54b65fceee1
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c551712b-2a06-4b51-bc81-47ae9ffcbac3
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,06ace472-0aae-4492-813d-7f078302b843
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,0.08630757187320622,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,b59d1968-3832-4d92-803a-7a2a4a9b540a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,bbffe9d0-b4fa-4d8c-a6d3-e79048f58f3f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,baaeb104-e5a4-415c-a828-0766bf59f615
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,af881f6d-7c98-458c-b59c-9cd22b46d0b5
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,5ab3b514-c3d3-4b10-9c87-ae4d4f53f797
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,edf56723-9e85-4d36-8742-71dcc64a4fbd
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,0d3190d3-4d5f-412c-b22f-09705277837a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,e66dc80d-4863-43ba-b4d8-7a8a4ea8dc29
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,a31130ac-b7a0-4465-91d1-5367d7c284c1
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,de826b59-9050-4e67-b48f-bf90c4982581
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,7f124b94-fdc9-4608-af86-1e9ae494dd4a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,8c208541-907e-41b5-a1ea-d5adc9fca239
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,1e6239a4-2656-4e48-bcbc-04a7b2ed2f85
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,4e6af5f0-a43c-485e-8ff8-ca7b6be5cc8f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,8aad0b1b-5ba4-483b-91e0-4a3a2eaef95e
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,7bfb8a07-cdb5-4e2a-bfe6-cb4ab0090208
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,08a28e1f-a343-4548-9d6e-5ff7bb4641b2
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,520b97e5-6517-4cf2-88fd-a21feaf4bda1
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,c1e8c93b-2f8b-4777-9a04-f5bdd591d198
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,2fb6ca0d-4fa5-489e-934f-15ae7b57c96b
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,68bb5496-0ac2-49a7-816b-4db2f3ce2e08
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,6ce4c3ff-92c7-4019-b453-da348a979bc6
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,6daca92b-212d-4895-8410-a8a5f9588f71
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5be45b5c-f47b-4534-bf83-5734b5b87eff
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,8c8470e9-d3f2-4229-a093-e207ac7185c4
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,da57b2ac-41eb-4211-9731-f78c23601f11
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,b96522e5-be18-44f1-9412-fc8df216170b
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,202f294f-5899-4a77-ab52-5a6bb5871123
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,1ba204cf-e06d-4939-9cd4-a756d4f1632e
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,a4d1f652-03fd-4da0-b91a-1ebb6720bb93
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,0.0005430426082626229,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,7dc8673c-5ea0-4c78-b234-953784c9d7db
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,f36029cb-2a13-44a9-9e99-307441e760ee
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c6e290f2-7f51-44a8-a2b3-3fd68bb3e2a5
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,e2c05aff-ebca-4680-8515-dc1c0663bfc2
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,38b431bb-102f-4565-a5c3-0d2168b7d0fe
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,03fc1a35-6fa8-43ea-a4e0-d7945467161d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,a0e02c41-c2d3-4a34-b90e-4f74234c0937
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,bf23cb2d-3197-4cc5-bc1e-0c483a1e5b48
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,746793d3-59ba-4432-9d82-63fa983e32ae
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,5bf7f1fb-cfb4-42cc-b2af-15b720a14845
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,184d2827-1743-447e-8d32-217f095ec4e5
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,d1563840-8063-4661-970c-4d6514a341b1
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,712df047-3db5-4a1f-aee8-143a958d0134
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,f41dc1dd-8427-4869-83cd-ae0f1e0624ce
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,d4e66be9-f964-4a97-9672-3fe3521fb6d6
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,9d84d018-91c6-45e7-9833-879a08c8ee83
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,5b03221e-87ff-44aa-b045-118763612a47
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,f6bea612-c358-444e-9cbf-f98cc50f4cc8
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,570191ff-55b5-4bce-b011-f8198693e61f
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,4b421632-b2e4-4f35-834b-1f41439842ac
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,9a453235-5424-4299-a1a5-c4bf0fa0d6d4
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,354971a2-758d-4d45-aae8-9b59da70a96e
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,24d48cb0-6436-4c86-8ba9-821f8c2b4b29
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,7177c227-9e33-4f80-bdb2-356ac7b7030a
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,96af02f0-05bd-47f0-894d-0672d5beab78
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,cb2ce4e5-54a6-4644-a648-8d91c1af98fc
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,9dbe375f-0df7-498e-95fa-82d0b943adc8
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,2f8f99a0-d382-4bae-8ef4-0d4fec262bd7
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,61591c76-d407-4a36-8847-6b0f7f0ca1ad
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5d579f82-5b07-4081-b075-4ab7e2ea930e
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,1.975905949478164e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,2fba7362-6c45-4d93-9872-ed83fcfe6aa7
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,45892628-e9c3-465c-a244-bb5f0bc38d15
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,724dee1c-49f0-42aa-ae89-497f36623a54
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,ea8c6b72-5131-4f8f-9c73-7017401eb959
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e2aac5ba-05f9-4d6f-8a29-6c6ff0580c0b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b354baf2-e9e8-4d1f-aafd-6d44af39c106
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,8ef23d4e-2fd9-47a6-b682-ea560e617e1b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,cf4fd043-bcf5-49e1-8673-90186c6aede7
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,92b051da-25ff-440f-b417-b3bcb4185c52
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,e4bd1836-b914-4067-9117-eaaf4892fc54
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,74060671-458a-41a5-ab4f-1eabaa09a9fa
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d44a3b27-ae61-4082-b70e-a94b2424df67
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,5cdbffab-350e-49c7-91d8-ba2ee70f579d
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,77088989-11d0-48cc-b57f-00ee97104718
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9c0b39b3-89fc-4b9f-a095-9df3320f689b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,504f96d7-6c53-4c88-b8b0-8526b6d5b268
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,54e5f396-bc19-4f15-b2fb-5cb690d7d08f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,30f73e9a-bc48-44d3-95ae-a7f09eafffdd
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,c32585d0-461d-4e90-802d-4231a06dc100
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,943cfcdd-548e-4559-a273-fcbbe9ef68c3
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ef7e6f1a-096c-467b-b707-bec2b0001f92
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,61f88474-7fe5-4e5f-a8a1-69b334fee22d
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e0530e3f-339f-4995-9099-b23ced1f826a
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,21ddcc38-d9c3-4dab-8faa-32a32519dd37
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,63c16a54-94c5-4fcf-9c34-57ce92847b2e
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,265dafa6-ce4d-4d8f-8295-0693a8ca1fa4
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2d047ab8-84ba-4f25-9d61-9f8be5b6b3c2
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f6c7f717-3ec3-442b-a936-3b587b655346
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8b01856c-6611-4d54-b435-291a74088c2a
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a6f0b58c-db07-4553-bb08-09b553318559
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,d6afa0a5-3ff1-4633-bfc3-46b5ec3e21f9
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,78459a82-c30f-40ab-9cb0-88d39e55d2cb
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ced769ca-e00f-4b09-a1d4-7fdc6148ac0b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,a8f53fb7-1064-49c1-b918-64f2c9e0630a
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3a7eb3fa-efd1-4047-bba6-9bd8a7c469fc
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,86094527-8f19-442e-9b79-cd73f4e5f163
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,6c435352-b1a0-494f-a558-ec24d8d20809
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,598fbd2c-4d0f-496a-8e7c-03b27a9dd8b9
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0bf36321-a74c-464d-9d80-5d1d82427288
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,b3a4205c-336c-441d-a4d6-74b87e74272f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,77fe21ea-01ec-4057-9bb7-13ccd0bc8764
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e9ea6313-3ea9-4ab9-a9bf-4de4950b9034
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,e06bd27b-25c1-43a4-810f-e646f7694922
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,72a94787-ddea-41eb-8eee-9fd18885d1fa
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9f58b969-04dd-4c26-a66f-ca0fde19ea03
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,20d983d3-24ae-4ee9-ad43-38b0ea37c4d3
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1add5695-b25b-4f28-8ba8-9ec1e1930e1f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,fe991486-591d-4310-80a0-913a319be83d
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,aa8fe4ce-684e-4ace-ab1c-840257498433
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,27565149-2307-4629-afae-fbb4ef0fa688
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c025e771-7c65-4b44-a62b-3fa3c751158f
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,ccdf2acb-3c4d-4273-91d5-a1fb66ed648b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,73f0a3e1-22dd-4416-b8e8-4345cc57b191
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,378ba89a-72c5-43e1-8d1b-a583d525cd70
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,1ae7f90d-ec74-4a2b-88c5-1ede51e5a496
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9f4f8599-c882-4f3a-a251-e9fe7225f498
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,627f925e-63dc-4a84-8fe7-b33e887e43de
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,0ffac01b-dd6f-4a83-a5f7-a869ca5f53d0
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9db4f7bc-40d5-4baa-99e4-b13800910627
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c8dac6bd-1a4a-4cc1-9979-56ace8a20e0b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,af1d6eff-7ce1-4307-bf85-339bff661d45
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,61e7044c-73cb-48d9-b7cf-ede655ba1101
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,65782835-ce07-45fd-b116-c4a91d96a7aa
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,fa0ae7ff-2e86-4d16-bca2-474d7caf47bf
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3e03e15a-3d50-40ff-b7ce-1e23338013d3
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,10db19bd-3c3f-467d-a217-dc450e81f5a3
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,846dfb27-5937-4abf-acf9-b70ccc7585e6
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,72371a81-6c8f-4a49-a9c0-8ab7cee0b284
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3777c074-3632-47cc-b1ba-93abdc6bdd1d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,61985b31-021a-4ae0-9853-9821ec178201
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,440c90e3-b932-4a71-90c0-3fcafaa5829d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,52b41bf8-cc5e-4da0-a80c-263ab5e8fecf
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,a88ea155-386f-4486-924a-b4be2d8755cd
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,45a20376-843f-4ab5-8c6d-261b1e0d5d55
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c53b8332-b1f2-4cb8-8513-1217eae07988
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,c3e32744-49db-4ba0-a58b-a6570f42edef
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d7cb5a8e-db69-451c-8720-71fb2d8d87fe
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8180e860-4f28-4dbb-ad4c-03cd5b460b3d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,b0b32bdc-7815-43ce-a3b5-775a4c0f23bb
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c43ea162-5796-417f-8f94-64458f5bf15e
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dabc1f51-1776-476d-b6cc-24cb97e4b4af
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,50e3dd94-5ce8-4213-9d28-7e779e9bc983
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a0fdb4e3-2292-4894-998e-1601a072cea2
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,42281e7a-a13c-497a-909e-2daad4252262
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,4bdb779b-7e20-4a4f-9312-5c7724ef1fe9
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5c59a5d8-8b23-4764-a89c-a971010f509d
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f9a56288-d8a1-47c9-8a0a-50f960382df5
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,0953db3f-68a6-4cf2-a34e-6246e66f18a1
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c51eb730-135d-431d-b6c0-8bc51ccc1325
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,80901d8b-e24f-4e3d-af6b-6e17b1745018
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,da828341-e3e6-428e-a162-5304ef196e6b
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.115,138115e0-ef58-40a0-9350-55000adc923a
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,9061046a-a51d-45f5-8070-4117e5aff832
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.1.3,modeled_data,kg/kWh,CO2e_value:0.115,8044e591-c3dd-40a4-9eb3-6ccc73d19b33
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.115,6a9ed177-f26a-4a2a-912f-ffc3b657a07f
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,e00f5fae-28b9-4d5f-9e30-320712937434
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.2.3,modeled_data,kg/kWh,CO2e_value:0.115,02ac3de1-5bac-44d0-a61f-50470dcfbfa5
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.115,77fd14a8-0ee0-45fa-974d-1126c36debe8
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,6e791b54-79e1-444f-884c-de5a8d3fe63b
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.3.3,modeled_data,kg/kWh,CO2e_value:0.115,2fc43acb-2ec6-4a57-91cf-ab724cc4c8ae
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.115,49680c41-d8f3-4584-b91f-216dd991f2f1
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,505aad32-e0f5-4d2d-bb7f-c60c36c83a69
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.4.3,modeled_data,kg/kWh,CO2e_value:0.115,1f0ac3f1-d704-422b-80e5-8a0606b0cc71
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.115,64c6c9b2-56ae-48c2-beba-ac4146e1c34d
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,276c9ba9-9d84-4d3c-9661-1800280c7458
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.5.3,modeled_data,kg/kWh,CO2e_value:0.115,35bb0e9b-f5ef-4463-9db7-63008a9f61fb
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.115,805188a5-c443-47a4-a7ad-af3e8a2e49e0
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,f74959b4-b99a-4f33-9aa2-d0a0a3092dc0
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,I.6.3,modeled_data,kg/kWh,CO2e_value:0.115,8c4f8265-9d61-4cba-b954-48d29ab1cee6
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.115,43e78cfa-6ba2-4b09-bb70-03dcae076b7c
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,7934ec6e-cce3-4e98-8369-f46344b1b048
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.1.3,modeled_data,kg/kWh,CO2e_value:0.115,73d36edd-1001-48c1-aad5-5ce0da7da9a0
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.115,f5be8f69-1ee9-4e2b-9d3a-0dd10dda1203
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,5b0d6db3-591c-41bc-a8b2-17444a268717
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.2.3,modeled_data,kg/kWh,CO2e_value:0.115,4ff793a1-f0b3-4660-abba-297578c883b8
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.115,2336fc1a-5b78-4bb6-9f48-643624de7b88
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,ded7b158-fa21-415f-9a43-89c1dff17cb3
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.3.3,modeled_data,kg/kWh,CO2e_value:0.115,976f10e7-bdbb-42fc-a72a-3fa1118b66c1
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.115,2176c51a-1211-4191-9f87-7b6c5e521658
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,52167a34-bab1-4055-bac0-6c59ef786a58
+TD,Chad,2021,Calculated from Fuel Mix,CO2,0.09221367667665298,II.4.3,modeled_data,kg/kWh,CO2e_value:0.115,f787ac3f-6cf7-4eed-ad5d-c6833f01aa74
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.115,ca79b0da-c394-4063-966d-6bc54866c0e9
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,6aebf7a9-f3c1-4f6c-9274-5d94741b300b
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.1.3,modeled_data,kg/kWh,CO2e_value:0.115,9a5bdd6a-b7f3-4662-be6d-2901363a596a
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.115,92107e27-07a0-4a7e-877e-fdedf4daf500
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,c3f4bf84-0c64-4883-be0c-abe5389a94dd
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.2.3,modeled_data,kg/kWh,CO2e_value:0.115,7d3ccbb9-9b2f-483b-9c74-24935c17916d
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.115,1706d359-4de8-4cd3-b898-cc4d93672503
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,fa50ab95-beba-4597-81f1-6e75da91dda0
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.3.3,modeled_data,kg/kWh,CO2e_value:0.115,5e1769b3-d8a7-4db8-8874-ea3903ee123b
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.115,4fc5450a-258f-4136-bed9-d53b8818816e
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,33d59b38-f728-471a-a983-b3edd3f7acb1
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.4.3,modeled_data,kg/kWh,CO2e_value:0.115,5c7be0a4-4a8f-4b63-9597-54ba78561932
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.115,04f11ec0-cec3-47fe-b29d-c278c961e745
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,39c172f7-08fe-4893-b248-36cd56f6fea7
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.5.3,modeled_data,kg/kWh,CO2e_value:0.115,dc30aa5d-0e2e-4331-9478-0d4c0dfa780e
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.115,9a0911d8-921f-4ef0-afde-363afb4681e1
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,2b979662-9e17-4878-88d3-a7f81b292a61
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,I.6.3,modeled_data,kg/kWh,CO2e_value:0.115,b13f7fdf-c9d1-4997-af76-80cd9df1e4c8
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.115,460936c8-1db5-415c-a68c-c86a25e8362f
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,fb9d522d-ce6a-434b-9ff7-ad2f51efd040
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.1.3,modeled_data,kg/kWh,CO2e_value:0.115,c34d29cb-09aa-45b2-830e-584f97410d61
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.115,d5d22bc3-9aba-4ec6-b761-779eae5eb6c3
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,00f28e1b-89ea-4b4c-b231-4321fc104fa7
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.2.3,modeled_data,kg/kWh,CO2e_value:0.115,e05815a5-5931-45b1-a0a1-3c2b90fc54ad
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.115,01915bbf-2a47-4617-ba0e-498fba836bdc
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,57e8a667-0883-4cdd-95ce-e15c93f6aadb
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.3.3,modeled_data,kg/kWh,CO2e_value:0.115,d50b391e-af97-4935-8c71-30f8e8c19414
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.115,5795540f-9e7d-4054-a7ab-d89948818ece
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,dff1daf0-e72c-4a04-8a00-167da7f5a13c
+TD,Chad,2021,Calculated from Fuel Mix,CH4,0.0005802035025796119,II.4.3,modeled_data,kg/kWh,CO2e_value:0.115,34d0841c-9558-42f2-9b4e-480f8b0de3f3
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.115,e9aeef37-9d71-4e1b-980f-ed0cd8739f55
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,9dbe731f-6f5c-4862-a6ac-f7635b143119
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.115,811f688a-e604-4863-b809-bf577d848011
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.115,ed4213b7-29ce-4c7d-8e34-779496b1f856
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,401f8554-0a15-43e4-9fc2-76e724166699
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.115,f3f366db-b4ba-4152-9994-64422f2184c6
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.115,4e404ead-cae4-4787-a0a9-dc84c26c07d6
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,bdcf36c8-cbba-4604-9c48-6fe9cb0e663e
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.115,a1d8c7cd-c178-48c5-a271-371ec31c49bd
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.115,fd9a8459-10ba-4b6c-a1eb-da122a0aca16
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,f2dd81ea-abb7-4a4c-8b51-5a7b65f41691
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.115,9711fdd8-47ab-44af-a935-f97d50ac8b74
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.115,4f107b6c-da72-4be5-9a24-ae53e8053d16
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,55d1434f-0c44-404c-85f3-ba91c7b8f9b3
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.115,502fc94a-6c92-4bd7-ad06-8a7bf61594f7
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.115,4ad2c167-6dfd-438d-879e-21a5a2c44ec4
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,46b2f975-7e19-42b6-bdad-f3c65ee14c0c
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.115,bfe0efaa-4521-426f-b3b8-3624121731fc
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.115,cfb5107f-79dd-43dd-a280-76248b2bcacd
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,8aa5258d-fe39-42af-9f77-099f7f3a5884
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.115,7671b9fe-2c41-4b2e-bd17-83c7c31fdb10
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.115,b6ce420e-ad82-4069-bdbf-4b87b13a32e7
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,96440236-75d2-4e43-892f-003cae50f948
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.115,fe01bb10-6056-46ac-b6ca-726bfd6894ac
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.115,759be4e0-412e-4565-a6a2-10002057af4b
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,0d8095dd-c687-417b-9198-b5c6f42c23ea
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.115,51527372-1719-4a9d-aa64-8e1a92712c45
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.115,44243f35-e380-4971-a7af-af541d458682
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.115,229ce70d-7064-42ed-bbc6-a440e8aed68f
+TD,Chad,2021,Calculated from Fuel Mix,N2O,2.1111189715350958e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.115,4e4aa4ef-f792-464a-9261-72b0910f1278
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,e71d3ae2-de02-427b-a3b1-29746d7141f5
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,d2d251d3-b34a-4717-98f3-7a633df273b3
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,ca4b33dc-2e0b-46ee-a280-d75d71e5bf74
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,c30c564d-5308-4dc5-904b-b09a5b48963b
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,6d0e3978-be0e-489a-9652-efadeeb7c696
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,9dd0fe7a-51a9-415b-bb24-507fc081e8af
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,306ffa3b-4a3c-47b4-8aa8-aacb7659386d
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,c86d944c-21e6-4a02-bff7-ac289dce1023
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,de8ae3f9-aa71-4763-9334-daa8423c690a
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,a7f2304b-d1e2-493f-9a45-53c69c652257
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,05939d03-f2f4-4b28-80f5-a42c07e79730
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,12755d22-67cb-4002-8218-be265637f6af
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,a50bfdac-d13d-4772-ad1a-9c65bcf10ba7
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,d22212ac-2344-44b1-9e71-1f67ba148337
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,9751e6ad-c655-4c56-b2bb-7fe728a6c6bf
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,ff877ce1-9df6-4e34-a7c5-b39f1a58e8c6
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,b9d980bb-df7d-4aa8-8bd5-a124edd042a3
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,ce4803eb-c845-4330-b4d2-a7cf48b755aa
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,8c98294e-9e8d-4dc2-9e64-3db02ff4170e
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,0e874cd5-cf11-4f7c-832d-d67c768beec5
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,73012b08-193f-474e-9211-4151b8b0e3df
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,64408492-7538-434d-969f-7d7e39a83fb3
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,97face23-3b39-458a-b3ef-c024bdf2e75a
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,d2fc1634-99e7-4453-a9aa-68dd1b63ae57
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,97010bec-2f06-462c-8854-5aaaf60e4c56
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,946516b1-05df-4bc7-8d2b-0feb8a1a6866
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,bbc167fb-c597-4cfa-ab4c-43c7b7fde064
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,6ea8ec2a-d6fe-4f64-940d-6254d8ab5313
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,2fa88064-65df-43bb-bc08-df1f3ea80340
+CL,Chile,2022,Calculated from Fuel Mix,CO2,0.049105731937421876,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,718511d3-0c74-4c43-8dd4-d2c59b003822
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,290ed036-4a92-4eaf-8bc6-cbbba8f30b59
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,adcf651e-3faa-4f99-ba9f-aa3fa96f77a6
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,fce37efd-b608-4a5e-8524-1a906c5501f1
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,0d10b021-0d86-4274-81c1-5541d363cb96
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,721a51b2-7eed-49cc-b9c6-4e3b2e90efa6
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,339122ce-c44a-4035-93e0-8af5ee624bee
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,7ffe51b4-a161-4574-a497-8cb2d9a93948
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,6c5c0d02-b739-40e6-8011-0e9bbe59124f
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,929b40e8-56b3-4c4e-850d-ea9de0efe679
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,200fced6-96d7-4ef0-b088-064ea27fcdad
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,ecfc80b9-3d5e-4769-800a-062fa1efbcbf
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,4e06ad23-d326-4996-94d7-7f3f44147aa6
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,c1a06a56-3348-4d07-a94a-829529a8aec2
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f42840b8-ae93-4de9-9035-a154266c3edd
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,c6c1dfe4-89fe-430f-ad60-69855ab11b75
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,2f4cbd4a-2e34-45a6-9046-ebacf209e632
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,1477689c-09e8-47b4-9cd1-788e046f1505
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,f053ba56-b246-4581-bff1-a7cc1d041f9c
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,c1a35a65-95da-4644-887b-004af2164fa4
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,08b1264c-f174-4fc4-ad92-f9319de52d2e
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,9d09965b-b845-4c5f-91db-46edc3b8e5ed
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,0ea3bff6-7ce9-4c02-8ec3-66fdc5e9d942
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,965d4c5b-e2e5-4f4d-ba1d-b525f0d65913
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,4f605b4f-8f20-4e5f-bade-ba802b56a904
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,64ae3ded-9215-4e86-b010-9e11dbd216d2
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,c7e1d991-7cb5-49f8-ba63-0d34d3a6d6e4
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,a48d2d55-ea27-456b-b6ee-24c106f21e4a
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,45274bba-02e3-4dba-97ff-ec1c42b61984
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,686606fd-acf0-4523-b476-364bb388d872
+CL,Chile,2022,Calculated from Fuel Mix,CH4,0.0003089706288008927,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,efbdf3a0-ce27-4931-bf62-999756600fb5
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,2fcfb0f5-6c79-4577-818f-cffb256899f9
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,33eddd20-6771-489e-bc6e-10b29204160c
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,d5edca42-8f04-4bf3-b516-e7d976345331
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,39e8e301-2382-4572-afea-b5a4abf5e4e6
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,9281beb3-4ed1-47bd-9430-7da0cf64bee3
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,639581e4-034b-4639-b9e2-9e356712bf0f
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,3303dbac-4c32-423b-9121-d1340dc013cd
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,7909ba0a-e370-4d4b-a214-45c9c38decb7
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,f69f7200-e357-43aa-9559-f04f4044a648
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,0566e5ea-fcca-4a34-a4b4-ad48840f3be4
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,5601e7b4-0a94-4e17-b383-ba31a6015b7e
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,211fb207-49da-4a63-8f50-76832716ae6c
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,54fad353-02b9-478c-b271-4b3d57d9edeb
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,9b8a496a-419d-4e4f-8c65-f3fc524e346f
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,0521fab1-9d79-4673-aaef-1ae9b818e674
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,b41c4404-c4ed-45d7-9940-29ed9db60718
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,eb6011cc-1901-4ca6-baf0-f1c5a844340f
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,be523f3e-50ff-4867-b652-22a9b5837523
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,7abadd65-7b64-4e93-a3cd-18047c0b4fec
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,e2b1648d-e7bf-42c2-a6f4-9297087ed945
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,86d31d14-b28c-4292-9e96-050365673dd1
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,fdd6b794-9e2f-41bf-9582-36d7ec87bdb4
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,9448d965-950f-4811-9708-ffd135c252d5
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,031dd8c0-349c-4c5e-9ac2-931790089adc
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,bed1aaec-6736-45c5-9d8f-5508d2bf3d78
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,bdde4683-b4c5-4227-8c93-fa719e37d4c5
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,9683713f-41ec-4c9d-bdf1-3b4b19b369b6
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,0636a676-5a38-4478-b4f0-a1bf412324c4
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,4afcf357-8ec8-492e-b578-421016db0ad3
+CL,Chile,2022,Calculated from Fuel Mix,N2O,1.1242154747578269e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,276e1743-bb22-4f6a-ba45-e0222d1d4593
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.073,d7bcd0c3-5d56-4b9b-9e38-602f184c03d0
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,6e57d272-e96f-4810-981d-8f1271c63a9a
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.1.3,modeled_data,kg/kWh,CO2e_value:0.073,1b39780a-be34-4370-bb51-adba713274fd
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.073,f9844afb-3d39-432f-a6fb-fe111e78c846
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,f9ed8aaa-7376-4499-9ac0-aded96deff55
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.2.3,modeled_data,kg/kWh,CO2e_value:0.073,5dc0a73a-ab12-46ac-996c-1151fb338bb1
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.073,75717e5e-e58d-4add-9cf3-48f3b2e98479
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,af3f8657-8af8-4e38-bb9b-521610ad9b8b
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.3.3,modeled_data,kg/kWh,CO2e_value:0.073,5432d83f-4d3b-485b-92b7-24f42d9dcea0
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.073,5870a5ae-f745-4737-99d7-5feb0c03d15e
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,7a1ac86b-5673-469b-af58-c19f0e52cd7e
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.4.3,modeled_data,kg/kWh,CO2e_value:0.073,914e0a8e-4f85-4f07-82c7-cab9a12b32d0
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.073,ea834f75-5ed4-4b29-b4da-dc8985f54a7c
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,554334ed-5b6f-419a-861b-351440bc2598
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.5.3,modeled_data,kg/kWh,CO2e_value:0.073,d3324e59-7f10-4e54-9204-1950dbf0fbde
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.073,2fbddc9e-42aa-4853-9792-d7bc2d0ced11
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,4c4aac42-41c5-4bfe-81c6-fa80b54797cb
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,I.6.3,modeled_data,kg/kWh,CO2e_value:0.073,c47456eb-caf0-44f8-abb0-ac42d9eda1cf
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.073,b45b793d-9873-4df5-bcfe-2ae9684558ba
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,c835f064-91c6-423e-818e-ae886df17578
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.1.3,modeled_data,kg/kWh,CO2e_value:0.073,1cd7348b-884e-406c-bc44-9b126dacbff5
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.073,38c7a7e0-4ae6-4952-91c5-2689ec5ccea4
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,f807ad2d-3a76-4c3e-a2be-c98db99b962c
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.2.3,modeled_data,kg/kWh,CO2e_value:0.073,ddca81f8-a529-45bd-b995-6cb61ff32f0e
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.073,d9930c29-4163-498e-a1a2-777b2aa1e3ef
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,d0eeb60e-12ca-4eb3-a9ce-f50d2dcc2c85
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.3.3,modeled_data,kg/kWh,CO2e_value:0.073,48e09931-7d1d-4f84-87f9-21e37f46a4d8
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.073,e0743a01-86c9-482f-8709-16d6f36c77e0
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,25265b3c-5ef8-4dff-9463-5d4193d22882
+CN,China,2021,Emissions intensity of the power sector,CO2,0.05817717091213316,II.4.3,modeled_data,kg/kWh,CO2e_value:0.073,8f29126f-4ea7-4689-8289-342e11899176
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.073,907ce7b6-efc1-4aef-82ed-47a32674dd45
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,48516acd-68e7-49ed-aa80-39defc3e0474
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.1.3,modeled_data,kg/kWh,CO2e_value:0.073,31dbeb3c-3f00-40a6-a99b-fcac7deb47c5
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.073,1c7d0f6b-4c36-495d-83c3-87ab488fa66f
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,b6fe377e-beca-4c7c-b8b7-c39dd63177fe
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.2.3,modeled_data,kg/kWh,CO2e_value:0.073,a21343ce-dad5-4586-93fa-6d5377c60fcf
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.073,c329f193-8b04-49dc-bd9e-8a4b35503576
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,0d6d6203-054a-455e-b898-4b472ddff2c2
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.3.3,modeled_data,kg/kWh,CO2e_value:0.073,76cf77d3-d4b4-4f02-b93f-e362c3fe1d0b
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.073,efe249ca-65b0-42b2-ac10-93e8bdf0abd8
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,b17cb763-6aee-4e13-8328-4b5b6749847c
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.4.3,modeled_data,kg/kWh,CO2e_value:0.073,089148b7-4384-4a82-bb34-51972df3deb4
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.073,c57e187f-cfa4-4c7d-b97d-28e5d6ca0491
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,dfc4dac6-5469-4e13-9993-eb3ec0aadfee
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.5.3,modeled_data,kg/kWh,CO2e_value:0.073,5314d428-14e8-4e8d-ba0d-ea5672872994
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.073,ab205a2d-6c80-48b4-ac64-913ba01f348d
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,224e1674-d27f-4619-bffc-b4c2992f20f6
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,I.6.3,modeled_data,kg/kWh,CO2e_value:0.073,4547a4c6-23fb-4819-9d67-afc37d38b870
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.073,4e391d45-507c-40aa-bf17-6e4447ce62a9
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,f5f3ded2-7dec-44d1-a938-33f2fd7a61fb
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.1.3,modeled_data,kg/kWh,CO2e_value:0.073,42d8171b-17a0-430f-9e11-7a44c6a5a013
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.073,3cffe9e4-5dfb-4a46-a329-9172bb80442a
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,4cbb4f41-228e-4432-9258-045123c9e3f8
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.2.3,modeled_data,kg/kWh,CO2e_value:0.073,9b55c79a-fd90-4a1b-bb9a-ff1a96573447
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.073,969e59e7-2407-4efa-bf33-ae26089388e5
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,12da3f00-a8af-4151-98c6-a27d2a09e26d
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.3.3,modeled_data,kg/kWh,CO2e_value:0.073,acecfca5-b0a1-4d48-98c0-174430141477
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.073,7be3647d-f364-436b-b935-ef47fad8162a
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,52468112-3083-4a9d-b763-73c8e1c8c8d5
+CN,China,2021,Emissions intensity of the power sector,CH4,0.0003660476357726499,II.4.3,modeled_data,kg/kWh,CO2e_value:0.073,02299c34-88ba-4feb-99a9-298b128aec60
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.073,cc7d2b84-ee8a-427b-af57-84a3ab1081bf
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,7c253a58-a828-48c5-b07e-e5ffb88b68e6
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.073,2998e3c5-612f-475b-9ef0-a0b9f389bc20
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.073,ac79ebec-a4fb-456b-a869-952c37e184a8
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,d7519287-9733-4701-8e6a-082f2af61f55
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.073,2e897ce8-06aa-4a67-9819-914442006e84
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.073,c250d1d9-f470-4335-a980-aebb27ac79f0
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,25e8a326-35ba-40f0-bc4d-98b65d7983b1
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.073,dfced18f-f535-47fe-9aa4-20b06d072ebe
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.073,8c0184ea-bffb-4da5-9a23-1757bd6f34a0
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,8774d431-538f-4dca-8c53-9ed0990396c7
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.073,cfdbced0-7ba1-497a-957f-b75e45f13e76
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.073,32b32cd7-82ad-4183-af67-b83431f48a55
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,2a5735ea-7d09-46f9-9fd2-1986072faad9
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.073,e4a97def-ca4a-4ec0-b1af-e9105c09cfde
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.073,5a1576ec-0045-4521-affe-723c7e91dd19
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,3d4712de-4307-455b-a136-1dc1f0c07c93
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.073,c7df8780-2692-4b05-a68a-466c0c52e847
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.073,d8cfb420-5b14-49aa-b8da-944a9b27e229
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,89674960-9b97-4fdb-b9f6-b2ee2fe06a67
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.073,22bb82c1-3b46-45a7-aa49-a04409df5409
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.073,ea5b744b-d7c0-4e3d-9ca5-5f520123b3ec
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,fee466b3-8a01-4693-a184-dc5253bfb370
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.073,aaf0733e-fed0-40c1-ae2f-e398d95e4ff7
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.073,a0e97176-50a5-4e48-97ad-6906ebb6fde4
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,5a186ce2-e46d-449d-bd76-bf409ca099ea
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.073,498c8a17-7b06-41c9-9517-cdec8bbcf9c9
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.073,e5346fa5-ff99-4747-9a0f-f05d3c83155d
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.073,fc99b21e-f73b-45b9-aecf-218c04a0c9f9
+CN,China,2021,Emissions intensity of the power sector,N2O,1.331894938464587e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.073,d43dece9-2852-4992-8d9c-e8ddf3b3c6bd
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9e9e78a5-6761-4af3-98a1-2e87329e9263
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,5d6ea768-d4fc-4e2a-9614-625a3b17b02c
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,d81e05b0-e126-420f-b94e-3b26c0431037
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,6af1ddfc-62e2-4768-a79d-fb571642bb9e
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,930c3ec6-68ea-4f25-90b1-f90f8f26ceaf
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,df105a92-ba7b-4ea7-a9c9-b27226d1e841
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,8a414c80-a3ca-4aba-8a23-d7932e01bf49
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,2d75bfae-948f-4520-9160-f9401264640d
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,9d80b864-f4ce-434b-9102-55847a1ffd38
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,8b92bfa1-d958-4acd-9865-590e7d99d704
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,39f4cbba-6bc1-4914-ba6a-23683337147b
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,d3163217-ba01-44b1-821c-52635d59508c
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,a025e418-e582-4b29-9a03-5a8245e23c51
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,05bd59f0-437d-4072-854e-40081b0cda38
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,439208ee-1fd3-41c4-a760-854efeae175e
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,2014adc2-d3a3-4c09-9133-f152b3cfac0d
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,744224f2-d541-4ff4-b6a4-379c123bc22d
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,c8d3f7e3-f901-4e3c-9be4-3b717da0e72d
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,7f216ba8-74ef-4e36-80fd-e5e4924fc088
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7fbe09d8-9bc1-48c6-96d9-be084ee160da
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,f09977bf-3f02-4ca5-a86c-66956280003b
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,0064b230-31ab-4a6f-a47f-d131a88fa957
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,5926c25c-605b-4520-9d32-4751f05fb64f
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,04c4ad34-32b2-4dda-831c-512f1a16ffe9
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,cff2a6f9-03b9-4e2d-a9c2-1d923d12972d
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b9a919a0-d016-4bb6-88ba-94566998c555
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,87da7291-9d0e-4278-ae5e-03bc9027432c
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,91aeccf5-715c-4a2a-9f65-fed5abbf4e7f
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7b394eed-febf-4a51-b86f-122e5b226a79
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,0.010246958477554228,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,7a565b1f-5957-4e7d-bf57-a6879a6ac644
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,611388a3-b748-4b8a-ad83-42f460c32605
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d019ed30-8c1c-4d69-b664-597e92e2cfdb
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,61650496-7782-4511-917b-40e2d6a0c2d7
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b02633e7-d0a2-4195-8ccb-5b1a38a51ec3
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,acb3efcc-27f7-419a-991a-745ebcb1c8a2
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,53049ae2-b373-4f47-93a8-d70592e44847
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ca289a0b-6705-4228-af6a-a3bc116a8e49
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,fbcc1ba7-9a41-4a18-b2f8-e0ff5fced5a3
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,99ffb6d3-f694-4616-84d2-c376667be3d1
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,51f3b573-72b6-43e2-b28a-b7c3aa7df3dd
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,be48b4eb-a261-4e2e-8379-fb211de92c5e
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,01c3129a-3751-45d1-aaa8-f0043aef92a6
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b1ae42ab-3a2d-4c54-ae2e-fea9b253cae9
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b844aa2e-86e3-4e13-be7d-d847b3b0ab8f
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,79549b4f-62fc-4592-8261-c70fad02e242
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,851a116f-7d3f-468c-b917-4760932e008c
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,e4dc74dd-f852-4137-989b-edc1d2bb4f15
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,9a7f993c-4801-4006-a2bb-dfdb67a4c454
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b82da4ea-498f-46c8-aac4-0a6deb32546e
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,20bbdc7e-1d83-49ae-935a-22984038f046
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,5a6f29a1-34e1-404f-8f55-1d76f80397f3
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,d9c5823c-c0ad-4d26-a4da-1021332a3ab9
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,4abf5568-54a7-4fc7-a58e-e016d6b75b05
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,b7f8733d-5355-4c74-82d7-cd91e63e46b1
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ab69db26-b7b1-4a21-a8fc-c772f41b9b2a
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,8db06b79-98c3-4d58-b96f-8afa00df1f1d
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,97587d18-e071-42e3-a932-6a922bb11ccc
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,d04dec68-6ef7-488f-b5cb-a84386857515
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,de107d4c-acb2-4dad-9c32-cb7928fe0c29
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,6.447331256850395e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,7d65a535-8dfb-4d0a-a9eb-d1894871c933
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f2857863-f02a-48af-ba54-a208a70da7cf
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,48e630a1-45db-47c0-80cf-87278d5f7f9e
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,2bbed029-95a4-47b0-ae41-2913ad641482
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9a0d6dac-3d96-4e48-aa1c-817d3711b65e
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,24b678f8-f80b-4205-b35b-01d2e987915e
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,6040571a-b316-4dc4-b520-fe28727ebec2
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b3abeaa0-5c75-41ce-92a7-629c1d492bd5
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,52e1be33-b00c-44f7-91be-e66e125ba8ae
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,8847c99d-1fa1-4f58-8aab-76ecda4a3908
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f43e614c-ea1c-4d12-b224-50b0c0381b52
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,1a1d5cc5-44d0-42ca-bc75-6292e28e945f
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,2df94f21-c08d-45c5-be47-c2dc61091a98
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,a8774b6e-cc63-4297-bdbf-9e9885b93a57
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,04374a6b-9a43-4dbe-b3e9-bcd4c0c7907c
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,89b33ad8-972c-4a45-a633-d93aa6bc6502
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,6d95e2bb-3d45-4e68-b389-16552166d984
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,e0e3896e-492a-464b-8209-b6f7f5c026e3
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,78e09dc5-3991-47d3-9eab-ab3ce8bd83a5
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,e964e71a-1190-49e7-ab69-1ad8b950062c
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,109cd35a-e0bd-44ed-a66c-374dfe5c340a
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,fee0c078-1a75-47db-99a1-169f40affe22
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,0472f2ab-1b9f-4153-86d5-120391b776a3
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ddccf68c-ac22-476a-8d87-f8d51ec7c0f1
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,73720490-d08d-493f-92e0-16e8d648b227
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,60c9d281-c84b-4859-95ef-a6b28ee7a5de
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,0e7e41c7-bf94-43fb-bcbd-6036d7fdb336
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,112ed92e-1ac0-4765-99bd-dab89005ef92
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b052de9b-9ffe-47b0-a1e9-2317035dec3f
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,22308243-8cb3-4a8c-b268-062cdac36a46
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,2.345915402370473e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,5c9e82ae-4658-469c-86e6-9fba82cdf1a6
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,8922abbd-de74-4415-a35b-e14921dc0b16
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6c629f6b-9371-4c66-81b7-c0032c0a6b25
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,310d1a44-bdd9-41d8-9295-879feb496473
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0fe8da11-d680-4c66-8e6e-b1fc64e357d4
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,089277e1-4c45-4776-8ca8-7f8b2cd8a252
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,a143af7e-e042-492e-be6f-2eb86630b5c1
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,82206ad1-934a-4900-a23b-628e837fb17b
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,14e538bb-ce56-40c0-afb7-31b1177ca21f
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,52b539f6-c049-4494-ab35-01b26f3ad7cc
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,40f42ae7-6197-4f9f-be1f-71397e3375c3
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,babb367a-af91-42fb-b47f-bad36ca84e2a
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,90c414e7-a218-4df0-aeda-6bc2ff2f85ca
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,fcc3f511-a735-4841-899a-336bad7961ed
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9e734492-38e9-4235-87d1-1898e840664e
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,b3db2906-a582-4bf3-b330-ea1d618f78c0
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6f508982-3b9f-44d6-9110-208060df4d9d
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9172174b-c92a-4684-a84c-0e89eb679056
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,26974f87-e3c6-430b-9751-7552bf068706
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,11616c12-43f8-4823-8f70-041bbe10894e
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,0e775e30-33ad-453e-ae26-41ea8326b6d8
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,b1ee2492-9063-43ed-b64e-dd29b8c40c3f
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,9ee5b68d-bec8-4f7c-976b-9b94e6ac8177
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7a4016af-d274-4a3b-be0d-a428ed314a7a
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,7d21f398-a2a1-4a24-87f2-d7f912c851e8
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,85f8017a-17ac-4f7c-b953-bf354ff8464f
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,63e0b2c3-9b20-4457-93b9-b273f099818d
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,3eaf8442-43b7-455e-8c52-c7d36fc116e3
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,36c1e47c-02b1-468a-b049-422bf5de3936
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,8fbbe05c-f078-4971-a89d-23d09f156c3b
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,1045bfe2-0275-4b3c-a296-184a0a96f891
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,464f8252-bb47-4e97-9351-fac4decac974
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,dead5006-7abb-4a69-b10d-8c301d069c2a
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,9285ec21-407b-415b-8546-88e053da7f65
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0271087e-15e1-4f30-bd06-6f829845d821
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,90c56f4a-229d-4d64-a9f0-dc9629996b6f
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,75c61f50-190c-4e10-8ad0-38efc1c26ecf
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,cef5d86a-9166-4097-8350-f2a45568d358
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,3c0a2870-7984-4782-9595-1e3cc057ac23
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,216783c8-eef0-46bb-a803-9127a30edf4c
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,7d04cdf8-e00f-4589-b53e-9ae398e405d5
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,e2309f6a-5de3-4b77-865b-429e137bcc6a
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,52630cc1-aba7-4978-8875-1c7c0e5f6800
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6ea206c5-6d94-435d-abd0-f1d03405611b
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6cdb6583-2238-49f6-a528-760489b9c3c0
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,0a01fbc5-ab25-4243-a1f2-2d1b6f7a654d
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,e814e81b-a6ab-4ad5-9d91-b70a9f9deaca
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,da1d0f8b-e72f-4d40-bcd8-6f20f541492d
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,a5f2e5ef-f6f6-456e-bd5e-7411acaeca9c
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,8b29a1ca-a660-439b-a4f1-5e1cc3705695
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,324b5249-41af-46a2-8847-0b27d5a0dd65
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,b4ba4757-0f1f-48a9-b05e-73a264446875
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,477a6acf-255c-4ed9-81fa-59e498e2c1d0
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,cb552d66-b736-4092-9c74-50070e00ca16
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,3fd9ec27-673c-4251-8911-c281641383b4
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,08d9fe86-09c9-4534-950f-2b7be52b7219
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f4608ffb-759a-4b3c-9e00-2276665d59a8
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,a74b4f28-8130-4932-af34-14fc200a83a3
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,3d18f96e-e0b0-43f7-8b8f-adcd324f75f1
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,c7dbeece-f44a-4564-beaa-e490da865d5f
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,5b078ea0-2980-456f-8d11-b259996455aa
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f5dafbf3-f387-48ac-a4f8-9d887a1cc69f
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,ab0a77d5-881a-46b8-b88f-c04eeca602c6
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,d3a91530-b33d-4f92-82d4-e34609e91a04
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,a4a52b88-820d-4ce7-8933-3ec7d366557f
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,034505bb-7610-4fd3-a80c-b8add59842ac
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,3fef1bd6-d6e8-4d92-b891-2ae146bd038d
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,1e3640f0-41fe-40ed-b567-03f678bb304e
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,81d723a7-4df8-4f73-9357-7849d108e5a1
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,b8bb3a1a-c52e-4586-bacf-522f2de834f4
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,27bfafcb-5f1c-4b0f-8365-e7f425cf386f
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f86d264b-97e6-4ab5-ad59-101618eba107
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,64d786bb-919b-47f4-af0b-d50d90fe36ee
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b978919b-2566-4807-836d-9e87d37a7b1e
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6cd40fed-fa1b-4e61-a812-f34266c21fa6
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,233987fc-b1eb-4193-9e3f-47490feecfd6
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,4c4a24d8-3f1b-486e-b90a-ac12d99a3ea3
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6b04efa2-d54b-4e95-ba6c-47bce272fdcf
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,04501255-b90e-440a-8c5d-ddba60fe35be
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,177ed31d-5cd1-4448-b126-50aaf72fe84d
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,05a78840-057e-45a6-877c-0b26b266cb5f
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,9cc28f7e-a0bd-4d33-855b-618b8f8a6b65
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,7d54496f-a0b3-4b0b-8570-8ab22e3f2de1
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,863261fd-42ac-4ba8-8c2c-888f02fc9678
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,301dde8b-1e84-4e2a-ac22-bb85f2055bcb
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,a2aa572c-5d49-4cae-8857-8cf5b2fc31e2
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,552732b9-0f2e-43eb-acd7-34c1f93172ad
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,e5285b36-b2a0-439e-8df2-e566f954f434
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b8876466-1a45-4404-85ac-8e26249d1aa0
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,51f58f11-dd0c-4aed-a969-55865a8e76d7
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,4e7699d9-7243-461b-a7d7-4d8b9c770b11
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,a833485c-5331-47ec-adf8-63decd1f00f5
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,ccc76215-c7f6-44aa-82e7-c32a0e099a54
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.1.3,modeled_data,kg/kWh,CO2e_value:0.053,338489e2-98ea-4468-91f8-ff39d8bafde9
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,9cef5c5c-8be5-48e1-b7dd-d74763d15702
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,3bfebc9f-2941-48ba-88b9-79fbe7aa64a0
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.2.3,modeled_data,kg/kWh,CO2e_value:0.053,cd85779e-ecac-42ff-85e9-506905461a5f
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,c77f2153-5544-465b-9238-6361c0584670
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,2cf5b39c-81dc-43c3-a619-5677108fb9d1
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.3.3,modeled_data,kg/kWh,CO2e_value:0.053,cab03b0a-2dba-4c90-af67-45391f65a6e6
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,003fa6af-8f4a-48c8-b448-cab4af2f74fb
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,49f8b25b-ce9d-422b-8197-b9a758317c4e
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.4.3,modeled_data,kg/kWh,CO2e_value:0.053,fc4146bd-61f9-4eea-a1ef-38b5ad7f060f
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.053,6d85cf7d-e89d-4970-9a9c-9525f1cfd9ae
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,e5e7c160-ac69-40f5-968a-fa245c11d43b
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.5.3,modeled_data,kg/kWh,CO2e_value:0.053,7a34c4e5-eb94-4720-8d65-afdac950cdfa
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.053,265f3d08-9e21-45cf-a8d8-ae52da0e7453
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,d01b7b65-6fce-419d-86da-11a45fa4b6e0
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,I.6.3,modeled_data,kg/kWh,CO2e_value:0.053,c06e198d-3da3-44e4-a30b-93a741492330
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,c3371763-190f-4a32-b617-76a44715424e
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,39ff6587-c302-40ac-8095-3a6f9f46c727
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.1.3,modeled_data,kg/kWh,CO2e_value:0.053,55faa887-0f80-4375-9de6-d67826e3a23f
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,99614233-3b5b-477b-bf23-09e61d07fcab
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,0e507ee2-c5fb-48a1-82d6-44f705016dcc
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.2.3,modeled_data,kg/kWh,CO2e_value:0.053,883c44bc-00b6-41c6-a751-a829705b6094
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,adaa20b0-c39b-4eb7-969f-9ce99cd08d74
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,aa34040e-c93a-435e-a278-460fb45919c2
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.3.3,modeled_data,kg/kWh,CO2e_value:0.053,59c23cd8-8ff6-4881-bc30-8e31ced9353a
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,0857a4ae-cf09-4e21-b4ca-eeb95ddd07c3
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,f9be8147-e5a4-465d-b1ba-042798efc1ac
+CG,Congo,2021,Calculated from Fuel Mix,CO2,0.04250570806731696,II.4.3,modeled_data,kg/kWh,CO2e_value:0.053,64c2a280-d52f-4b30-9295-d3e8a1045420
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,a63d9950-8014-475a-bce4-71fb04f9cf1a
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,576584eb-9292-4084-80fb-8fdd8fac9e1c
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.1.3,modeled_data,kg/kWh,CO2e_value:0.053,024b7ce1-d6bf-492c-a497-61b27372d0bf
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,ae2d29aa-c1e9-42b3-bdd6-b7b7f33eb4b8
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,172c6b5b-62f5-4e0b-8701-6ecd44e116de
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.2.3,modeled_data,kg/kWh,CO2e_value:0.053,0ff521ae-5322-44ca-866c-876cd7e4c85c
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,47f608e4-ed02-4acc-b388-cb38374081f3
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,232a5136-12aa-49b6-b7d6-bc62a20c4000
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.3.3,modeled_data,kg/kWh,CO2e_value:0.053,34a4fba4-bdc3-4c1d-9555-e3ebcadc88b0
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,3ffeb1b6-8535-42df-bbb3-832d69359d6c
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,a26480da-5f32-4ebe-8fe5-dcdda03c2ecb
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.4.3,modeled_data,kg/kWh,CO2e_value:0.053,dc55a853-f34b-44e5-ab77-02bdf49f7c51
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.053,71f90331-8a67-46f6-a8f2-5f74794bcf11
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,17b29e69-8a3e-4269-8962-a8e51f84cacf
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.5.3,modeled_data,kg/kWh,CO2e_value:0.053,c9ab720b-8367-4217-a3c8-1ae355d1607a
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.053,90b6a895-71ab-4449-9cf2-22ca993a40f1
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,1ce52f1a-2e6c-4a5a-9e7b-1f184a35e773
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,I.6.3,modeled_data,kg/kWh,CO2e_value:0.053,0cfdc48d-837b-4f7f-833d-4be96f4c11a1
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,362e7a2a-88ab-4869-9ddc-601ec86a14cf
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,9affbbaa-4065-4912-bd66-b84d1e2eb0d1
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.1.3,modeled_data,kg/kWh,CO2e_value:0.053,244dfca9-677b-4a08-b651-c258ed61b347
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,a2b72d45-7127-4aa0-a3e7-9fd9906bf728
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,b4505b30-eb2c-4559-8bac-d5c275791999
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.2.3,modeled_data,kg/kWh,CO2e_value:0.053,2c3b10b5-cec2-483b-b180-9f041370110d
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,408f30d9-9cc8-465d-8b60-4b05fecfdd36
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,e382c3a8-9b09-4e19-a118-3b098ebfb3d1
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.3.3,modeled_data,kg/kWh,CO2e_value:0.053,71b26270-bc9b-4fcb-acb7-65cc7562fc9d
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,564deaac-2a40-4992-81e4-40cae3ef8c00
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,eb0c2ad7-a6eb-40e8-aeb2-bd0388ab5963
+CG,Congo,2021,Calculated from Fuel Mix,CH4,0.00026744363297389023,II.4.3,modeled_data,kg/kWh,CO2e_value:0.053,7b53abd1-d0be-4c0a-a934-46d8d01b2f20
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,78c34517-fbdd-4c09-9795-df518b3d8492
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,958d4a2d-8eca-41b7-9d43-9b7c6fe993e3
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.053,2e6366c3-3bb1-4de1-bf56-0ee29ff7400c
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,9c9edc67-3a18-43c4-8662-1b7526404fc0
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,792e32be-9f31-4e83-a62f-0eef64cd9350
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.053,c6d91776-947f-463d-9b59-07642a79e6f6
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,ac6a8dc2-c7be-4bbc-8a68-50441d3a41e7
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,8be1a8b8-233d-4613-b5ec-716371bd441a
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.053,e38a9600-1f09-41e5-9fe9-f2f0c0c19de3
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,bf56e158-d02b-4423-a4be-371b2c5ad067
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,7e7b8756-4317-437e-892a-42564b7b0601
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.053,3828ed08-27eb-4ccc-84ff-94acab825e32
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.053,77029f29-f941-4ba3-92f5-99da7ec8f39f
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,5fb99744-ca8c-46c8-b978-e8da84115471
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.053,eccfec5f-ca6a-4961-83e6-58b69bc675eb
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.053,5d0a9d34-18ac-4d21-b19f-022224f7f0c3
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,55c643b6-ff15-4d57-b4bd-f40c9833aea0
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.053,5ccd4540-dce5-472b-bee9-08147a8937d0
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,3976597e-9e35-4bff-b877-2b3fcae8901b
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,cd64f74a-122f-4cb3-af53-688597359c39
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.053,da5f5e82-7f65-4792-869b-cdc456ddcb62
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,0c29e359-78f8-4c06-84d2-563d7cb9404b
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,fb0ea8a5-9e58-455e-9ef1-9802fa2a56d6
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.053,e9129c5c-9951-476d-bd64-d81187f91100
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,e65f6401-40bd-4231-bae2-6275c38c7c02
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,9bb89f41-cb36-4a73-bae2-e56fb46b08a2
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.053,60b8bf64-b197-4be1-832c-35437376974d
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,03614834-24f5-4931-8631-ff3405baa90b
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,ebdd5df0-c085-4d85-9554-e2effe20c037
+CG,Congo,2021,Calculated from Fuel Mix,N2O,9.731160271821648e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.053,1a693d3c-ffd5-41ee-ae41-aa1c69cf38a6
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,38784aa4-884f-4479-a2e7-d7b219c72e43
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,6dc5d1d4-4435-4309-ae30-61b5b7d084f7
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.1.3,modeled_data,kg/kWh,CO2e_value:0.067,563fabcc-d3b7-4e43-8b1d-2cdc6603399d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,c4e981c6-9602-4c36-b003-4f1ff9359f82
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,efbf24bb-b8ac-4fc7-9def-09100d68b6bf
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.2.3,modeled_data,kg/kWh,CO2e_value:0.067,a90c36c8-5ac8-4106-88cb-34cf5cf7c034
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,434d2362-cbce-4053-b5e8-5202ff2d6902
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,e084085e-2503-4b95-aabe-987eee88dd36
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.3.3,modeled_data,kg/kWh,CO2e_value:0.067,bf5f0d8c-511d-4f41-b9f7-07a8a75a212e
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,cadffa14-0124-46be-828d-49e89d815a89
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,a3c77f60-cc01-44b1-be00-f547c0dad97e
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.4.3,modeled_data,kg/kWh,CO2e_value:0.067,8b61f2af-24d8-4007-87b7-53ca6a69ec2f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.067,bcf9195b-c593-4df7-a3d9-ab32a5f18cfb
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,521a24f3-6024-4f13-8e4b-6b2b97afec81
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.5.3,modeled_data,kg/kWh,CO2e_value:0.067,662957a9-fec8-4988-b3ef-e15076c7e2c4
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.067,3e83a4e9-4ab0-4011-8176-045b474d8125
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,56b96dba-e721-4be7-9ce0-6cbd2744aa08
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,I.6.3,modeled_data,kg/kWh,CO2e_value:0.067,aba89e1c-ef75-4342-9b34-d8939ceebace
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,627b5047-fd7d-4d41-a644-6a2d1b34b57f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,bb3b0096-5f82-43de-8f0c-48ed7dfc4b38
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.1.3,modeled_data,kg/kWh,CO2e_value:0.067,04226c5b-1e18-41df-8422-16465ba0deff
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,b71a3ac6-a4f0-4549-96f7-cde484c9b958
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,0ce8dfe4-5d18-44c1-a84e-a84d23b6d360
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.2.3,modeled_data,kg/kWh,CO2e_value:0.067,835f9748-7495-41b0-991e-5603dacb0470
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,3e582199-b1f9-42c1-929d-372da31376ae
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,f9b791b0-2cd7-408c-82ac-72dd5e567821
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.3.3,modeled_data,kg/kWh,CO2e_value:0.067,f0c49198-b780-4199-8c4d-e248cda40d66
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,0bae8bb9-ce67-443f-8922-9af1d3115374
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,7e609931-d641-49c7-bea6-4ec341ba3606
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,0.05324326482326619,II.4.3,modeled_data,kg/kWh,CO2e_value:0.067,ad13bc7d-7f04-427b-b350-3796d1cfdc66
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,55ae12d7-bf63-4389-b82a-9c225bf46a45
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,716928eb-fdc9-477f-a810-44e62bcdb7a5
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.1.3,modeled_data,kg/kWh,CO2e_value:0.067,26cfab2b-4290-4999-9e2f-98df84d57b5f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,f9112e4e-2dde-4ebb-b91f-f87094db2cb6
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,45980cc5-0cba-4af2-9aef-b1dc48d0aa78
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.2.3,modeled_data,kg/kWh,CO2e_value:0.067,38fd680b-c2bb-4a3c-afb2-2b8ce0cb9dbf
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,f654b934-a9bd-43a9-93ee-82fd989f47c8
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,7739f8a3-1c31-448f-ae58-32bb00c6ae5b
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.3.3,modeled_data,kg/kWh,CO2e_value:0.067,ac9a9e58-5e17-45a3-acff-8fae205e7df4
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,b122c711-7270-4765-8efb-1c363a19e82d
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,7fd8cd7d-decc-4865-9d5e-b29eebb841f4
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.4.3,modeled_data,kg/kWh,CO2e_value:0.067,a7bf8a68-e1a1-4c52-bf34-90222187db0c
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.067,daef8e26-940b-44c3-b987-91a202cfb861
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,fa91bcd8-bad1-4d1a-a97d-0ac2162e82af
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.5.3,modeled_data,kg/kWh,CO2e_value:0.067,5c15bd63-8415-446c-b8c3-bd042cbe6a86
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.067,20f50f17-2700-44f1-a2a1-22be39ec998f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,2f991d52-ef5c-47ec-b447-238f08f5bccc
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,I.6.3,modeled_data,kg/kWh,CO2e_value:0.067,1031d9c0-b178-4f45-b7eb-edb12b5acd5a
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,2111b3da-7596-4394-a611-2bda1243a9b7
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,7f32b52d-4550-495e-b3b4-d7966d9c54b3
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.1.3,modeled_data,kg/kWh,CO2e_value:0.067,4e7d9f15-6577-4115-af26-2c440b0d9121
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,2fb6383c-e182-4e93-8607-05022ec31255
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,29a3d778-61cd-46e4-8450-e589db084d0f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.2.3,modeled_data,kg/kWh,CO2e_value:0.067,e17bce31-5c88-4988-bab2-fc4cf011d79a
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,92d2d968-d11e-474a-9b1f-d73c06cf24f3
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,5766c7c6-0ab4-497e-a811-94d57bccd875
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.3.3,modeled_data,kg/kWh,CO2e_value:0.067,0e19a103-44e3-4f39-8586-50f48fc6e21a
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,c17816b7-3a19-48e8-8c50-e86478933811
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,2b51c9ec-c8c7-41a5-8531-8e09d6357b76
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,0.0003350037635692084,II.4.3,modeled_data,kg/kWh,CO2e_value:0.067,e1c33718-74af-4e67-8f30-b82eec8d743e
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,045ddf8b-fc57-41aa-bc1e-7b06e22549af
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,94e07a08-4e07-4664-b0b3-3dd057a42c31
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.067,180a98c8-488d-4296-9868-befcd959ba6f
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,105acfb8-47cd-46a1-a76e-ca38b20d6d1d
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,70ea83c4-7155-489c-a4ce-5cb1f6baa0d8
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.067,f86563e0-40c7-4648-b0c6-f2b2765e56b4
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,bc897f01-4852-4f9f-82bc-9fc83bccbea1
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,93703303-1ea2-44e2-8e37-eb577a38b409
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.067,d3e19e4d-0d44-442e-98e6-97e8babf8da2
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,a23f4a89-2eda-4ce9-994f-f3ccf8aea1fe
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,03afb399-e6da-4dba-a5e4-ef969bbf53b5
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.067,9ba741e5-0c9e-42bb-a099-4ff6b15f35b5
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.067,1fd50655-d985-446e-aec5-ad40691b5477
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,af210b62-08c1-4e34-96c2-6345904d7967
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.067,02aa85c9-b983-47c5-b8ea-5d9328ba8e49
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.067,ba210a27-c563-4798-960e-2690a2296965
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,3d9105db-47f6-46f7-ae72-e32db915d90a
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.067,f224d604-c231-4849-acf1-632f542caba2
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,464c9308-d5e5-4d77-956c-600cd87e224e
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,3cbffef3-0922-4393-ab6f-456b28c0ae2d
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.067,39279002-9de0-409a-8fe3-9d861be6a03c
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,672b93f3-9d05-4388-8227-039ca04f95e2
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,61d73202-ac78-4bb2-8cdb-cc38219293d2
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.067,52eb9a0f-469b-480d-8fda-03491c7b6ab7
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,dbd45d66-ee53-4dd8-966e-60458ca34641
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,2b7576cb-6ba6-40f5-a259-95f7213139ca
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.067,b0bdd5e2-a360-4d5d-a0e9-188afc031482
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,21662249-9a5e-4bde-8065-39dee47201a3
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,5f8d0601-911e-43cd-b9d3-5f56b03cbd05
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,1.2189392129868633e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.067,8b996e46-e9a5-4768-a613-a08c1215e326
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.003,14c91214-133a-45a9-9bb5-28492d2ca512
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,049606ee-f277-43f6-80ab-4d7e78e58256
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.1.3,modeled_data,kg/kWh,CO2e_value:0.003,3344c864-2431-4725-acdf-391b4000d0f7
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.003,4bfbdfd6-0024-4e7c-85c4-73cf44cc7379
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,a4d65aa6-9adb-4106-b853-3244b41f204e
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.2.3,modeled_data,kg/kWh,CO2e_value:0.003,795e16ee-8bfa-4311-b956-7f8ea50bc27c
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.003,e6b694c5-b071-4aea-a698-d179de74cabd
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,694b4287-5d99-44bd-9105-91871ee13540
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.3.3,modeled_data,kg/kWh,CO2e_value:0.003,b5a7ec40-d9cb-4245-b4bb-62dcbf1fdcea
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.003,1a2f7bdc-f276-4819-9550-70f8d72123a3
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,bf5f79ec-bd21-4e7c-88d6-1740f4fef364
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.4.3,modeled_data,kg/kWh,CO2e_value:0.003,8ba90e86-8cbb-4ca1-bf74-92350e2f3b4d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.003,6916457c-cc0f-49ac-8297-691b64bed11d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,a8d84430-96a3-42e2-b419-c7fa1af6e861
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.5.3,modeled_data,kg/kWh,CO2e_value:0.003,3b76dd63-007a-47d4-8430-aae1690424d5
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.003,d8249ef6-55cb-44c1-a0f7-deccb0dd6d80
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,0a9f6c7e-04e5-4a70-a380-359a947d58f6
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,I.6.3,modeled_data,kg/kWh,CO2e_value:0.003,fe8ebe27-5e3c-4526-adaa-ffb08217a338
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.003,9d2ea6d8-918e-4c9c-ae58-d692e5798a30
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,4b3fd71f-2b66-4e02-8bb4-90c0ee6ebf18
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.1.3,modeled_data,kg/kWh,CO2e_value:0.003,81a73bb6-e7b9-42b8-87da-67bb9f4ae07a
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.003,460c8533-cb17-4545-bc29-c0d69b939064
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,622ec0d9-fdd1-44f3-900d-2a393240f2cb
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.2.3,modeled_data,kg/kWh,CO2e_value:0.003,229cfdf1-bb2b-4316-aefc-822e6cdc4bf8
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.003,7bce5f25-75d7-480c-b7be-766084b689a9
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,f6dd462c-ee06-463a-bf28-0d52d0b840a8
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.3.3,modeled_data,kg/kWh,CO2e_value:0.003,b47b2c68-4fa9-4adf-b1f7-435ada84eeec
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.003,99ee5949-1129-456b-805c-2d9cc4da2bee
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,4652164c-3c46-477a-91ff-7ad335dada17
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,0.0023874401991156313,II.4.3,modeled_data,kg/kWh,CO2e_value:0.003,e8645ecc-4466-4b87-832e-357ba0898076
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.003,3d004789-1876-4407-b4d8-a3133ee1a5f5
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,86e99e72-c90e-4550-8830-cb210d84f3cd
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.003,3060afbe-a6b4-4b13-913b-c30192b0a056
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.003,caef55d8-c457-4620-978d-bc2003a54e5e
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,4be6a0ae-e5f3-43a9-be39-e4ede2afbae6
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.003,c7929d16-d0f9-4549-a7a0-4bc5f4d44aa7
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.003,82ea60e5-4102-435c-9f61-d4783e8a2267
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,f58f1e70-80ad-4037-a13e-b401dde61e80
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.003,8ab08efc-90cf-441b-98d8-da25a8e718b2
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.003,44c664fd-5bbf-4fa6-9b74-dfba6d579992
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,39bc643c-ff86-4138-a502-58234a54a6d2
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.003,e90450ba-67f6-4ffe-bce3-fac51b3a893e
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.003,1dcc6146-a980-49a3-b672-5ab5cc572ce9
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,97021940-e143-47cf-9d6f-aa3f739afe5b
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.003,9d62f7b8-563b-40f2-b37b-cb81f8ea3965
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.003,fc07d1fa-0874-4680-9ac7-c3a2fd23ad4c
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,74546070-b587-4590-9e6d-435df6677727
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.003,ad971c8b-1b43-499a-8667-4c2994c7f00f
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.003,eb00b3c5-032a-43c7-bb5e-416e41b16143
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,cfdbe61b-21c4-4f9a-a7e9-b6eae46e9c57
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.003,578024bf-34aa-4460-9d78-37c89d75d74c
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.003,7bbbc23e-4029-466b-a9e8-547a4832e1b0
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,dc9601d7-64f0-4ac0-abff-98630e650aa9
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.003,b3999800-d39f-48d3-a2e1-84fdf4eccfdc
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.003,89b1129c-1c15-4e44-b985-e4d8b301025f
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,e7642450-fa5b-49bd-b308-2e1deef68777
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.003,687b62b5-90ae-4c88-b7fa-9953ec3381fc
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.003,6bf872f6-fc26-498f-86f5-d88f90546975
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,428975aa-32f8-49c6-a47b-df11b9133c06
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,1.502164554812687e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.003,97afacd8-4869-41a3-99a5-349c04cac5f3
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.003,c59ec2f2-b0ac-4f01-a03f-22f5440e449b
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,00b11f93-6dde-48ba-bcaf-394456fd29c4
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.003,9912b616-ee62-4004-943f-136bd06fe24d
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.003,3139d9e0-43ba-45b9-90ad-3692e3861362
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,74c2bf7e-f7ec-476d-93f0-48f58deba1e1
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.003,470c9f31-2d77-4b6e-81c8-cac18e8add96
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.003,a8fb056d-9177-47d7-803e-ea77195639f5
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,0c2c5bca-1ba6-4cc0-8e0a-72b4e5c82d5b
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.003,ec65720c-6444-4a9c-aa8b-89fabfa431cc
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.003,80d41812-ce7f-49d8-a6e1-ea4c35c45dc9
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,21d7bd25-0b17-4320-8853-d9e1d9ab862a
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.003,c77bcb4d-4005-4873-9133-d55cdd67e7c3
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.003,95a3db82-ee31-43a2-abac-5a0878159348
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,659377ec-061f-4fe8-9ad9-b1d5cb537a86
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.003,b114acd6-b5f5-4914-bc7e-24fc31fe310f
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.003,28b1aa0b-ac93-4626-9269-1ade585c3f76
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,c8f4d6c6-15ff-4a6e-bb62-ad9bc7780219
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.003,1fb5f727-ca72-4cb8-a44c-3fd4c1573b82
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.003,baf2b99b-0e69-4558-88af-d26b21dc6f49
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,cf87349d-7521-4529-b79f-c16d279697c3
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.003,ee4d66ec-44ca-4bb5-bd8c-c86b60d917b2
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.003,db899281-003d-443d-87aa-408dd453b851
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,7c7cd4e8-3c01-48d8-b840-ee3588635402
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.003,cc83c9e8-cf6d-401f-bd5c-4fedb98de6a2
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.003,0265cc1b-b46d-4205-9b5d-8e3081536901
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,da36df12-25d6-48c8-8672-c668fbb5f11f
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.003,26ef7743-99bb-40d2-bec9-1f09eef6442a
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.003,415b1935-860d-42ca-bd96-534c64929a24
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,bb2503d2-244d-487d-8fdb-5ce6d46565d2
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,5.46575137160172e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.003,34612153-a595-4185-b24e-e06e2e2dede6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,0bb40f33-f507-49ac-84dc-849d5c2482c6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,d95d7f02-3e2d-4a3b-9e16-94cc623ac756
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,c1b11738-54f2-475a-8d07-404a49e2c438
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,fcbb1de3-1544-406e-93f0-e5b37fe1490d
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,76382b06-7328-4184-826d-96250cbdc754
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,e1147d97-451a-4f83-9c33-35791432ac3e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,a9d51519-2633-47d7-bf3f-e9a7c8c9ba41
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,500a2e47-33b3-45ee-a7ce-ef25b2686208
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,9b1f08b2-f2ff-4308-aa81-157d2fcc91ed
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,85d98eed-2204-4631-87ee-49de898746da
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,999967f6-f833-41d4-97a1-8b99a3e907ed
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,d19d4f54-349e-4694-b480-0195a22ac7e5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,a5e62c72-3ab2-4f0e-bcc1-16ce1c466dc8
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,0d876127-407e-43c5-9dc7-5681afc5d7a8
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,55ed9fc1-1a3f-465e-a5b1-66b5e7037731
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,91732d54-0537-49a4-923c-ae3ec80e6f37
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,0b88b74c-dbf8-4fdf-9c6a-e7d3f3514c29
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,f51cf35b-fb9e-4fbb-9b26-791e0136f3a5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,24db0a94-d94b-438c-b08c-0ae2bd7e2b37
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4a0398f3-acfb-41f2-92c9-3f1923f3d227
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,c2e228dd-a167-4545-9322-1f41fab2f33a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,2c8274d2-d514-4be9-aeab-4833b30d8bb8
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,ca1f8ab1-da0a-4818-b624-8d361c434249
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,1c11207e-4e68-44d7-bb46-5b3fc9ef4e33
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,a3f26854-c727-418e-b8ec-b6ccb8b04bb1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,408bb0db-d40d-4872-8c32-02f186cff6c1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,feccbf99-4d54-49ea-b968-41c71c976f56
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,e1ddbde3-e7e1-47c5-9681-f13314d4854e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,46205791-9f49-47ac-8547-0017b105b069
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,0.024376045323555074,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,edfe0715-2a4e-4836-826c-5cd25179be03
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,634cd88b-b648-469b-b533-659497fe9b7b
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4d260001-9b9c-4866-a27f-466924615b70
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,531d4074-5a09-4872-be13-85be0cbeac16
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,3d337591-b3f8-4dd0-8b12-b3f92720ca08
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,bcedf3d0-4227-409d-9c70-59ff2da9dcbe
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,398fafc8-a60e-4f22-b8b2-5d07f64993bb
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,0347d87d-6f6a-4cfa-a983-4ab8f1f11881
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,dd62d8d7-c8b9-44e6-9fb5-bdba1520ce0a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,fbe9a3b1-d3ac-419d-bd66-a23186cb6818
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,637e96ff-17da-4202-822c-fac5995c92cc
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,948c804b-0bae-4b55-8422-980a1b5ee3f5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,2c49bb93-3618-4fa9-9712-96d11cc75b53
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,1fb8b5e3-da2a-4335-b040-2717574c05e4
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,cc2e5d53-96be-4a32-af7e-85ebd1b76fc3
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,1d93afb9-3b4a-4602-b88d-8e781d2cf06d
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,9c9d572c-3034-4ba9-acd1-5b990042ba16
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,681334b8-efb4-49a8-a372-96f2c9ab411e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,b7582bcb-9b07-4938-969f-97a75973cbf5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,e85abfb6-775b-4165-9239-8532e75362c2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,9bbe4094-4e0b-45e9-a542-c98ad90b3d14
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,bd369f2f-dfb1-421c-88a8-c135240efd64
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,2bc19a2c-801c-4712-8674-6de3cf191b21
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a175d597-aa06-4ec8-9e62-f86900d5bfd9
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,1731b8a4-a871-45ab-9d37-399a3f6862e1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,9b38014b-18a6-4f8e-a38c-f62d9a6d0dd9
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,98c85734-3d68-4ae6-8d00-3e0378554794
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,2c851c56-2708-4a6c-8715-8a544d502516
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,4524eeca-3a9f-4a25-bfb5-2924dcc5a318
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,7f6d370f-47f6-451a-b330-c82ab68818ec
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,0.00015337276839485153,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,f4a77461-af43-469e-bdca-9448999095b9
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,58cbfe43-2b2f-490f-8d53-a1040222aea8
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,97c17983-afd5-46f6-bdc3-3f7970e4c13e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,b41fb4eb-a6c6-448c-883c-1201ee7b85b3
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,ca167412-27e0-479c-ae39-3678996e0d10
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,499e3368-7e2b-40f7-a54b-8e5cad60d8d6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,5a27115e-9bf1-46d9-a41f-2870a3b566fd
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,787713b4-476b-491b-a1c7-7afbba0fd0f4
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,0a779049-a332-4a79-927d-d97bfafcbe2d
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,c6e7af8c-a3bd-498f-a0b4-6ccae4f978d4
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,9e582d2b-60a1-43b7-b29f-177f024e35b2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,31e62fde-5c8f-4d25-a7a7-e5eb9868cdc2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,cf065865-eee4-491f-9ea4-8306d571cbe1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,3b1ddb46-fb15-4c30-9972-304e1bb038bb
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,1e87b1d6-2092-44a0-8c70-cf10f726ab2a
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,25296b9e-a3f0-4b7d-9f9e-7160ee9dbf09
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,aefd77c0-1b03-4e09-b5f9-7be2e50d5454
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,6d5e7b22-9560-48f6-944e-7a458f3f779e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,ed3b21e5-b9a2-4c72-af46-9583531dccf3
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,bc20fd76-6f8f-47cd-9647-3ae38e0fa945
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a5526f56-d120-4afd-ac83-869f802f70ca
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,ad347682-b76f-4efe-a985-ce49f9ca9263
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,7bcb2f34-a030-4452-b1b9-f579e794bb63
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a919ceab-7ee5-4925-93fa-c122cd23b5c1
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,6f96cee0-cc8d-4782-b062-87b356eef182
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,bf6d243b-5a86-473c-8c56-79de4e9ef0b6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,af548a5c-70a4-4991-ba81-8d3afe338bd5
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,ba30be01-2e55-4a99-846a-3edd4e084dad
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,c7b0fd20-efc1-48b9-9ec4-4231e120fa7e
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,1c3644da-d850-48bc-8a37-600ffda81748
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,5.5805964568578464e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,7de0a9fa-b12e-47d3-b723-a0d64163aaea
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,b703349e-f931-41fa-a797-0e372da90b19
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,8420d247-78f5-4bdb-b47d-ea5f6c47b5f7
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,a3b5e035-e7e8-4023-a0e5-0f4270155434
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,2565d1eb-236e-436e-a349-4a6bcacf346e
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,ad3f7686-11f7-4c1e-bdf7-58093676e4d5
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,2c888e96-6679-46b6-88d7-32c5d9d2008d
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,2b0a6bff-8f53-4c99-b992-a15491e46d2c
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,b65cda41-0d7d-4c9a-ac7a-20a0f211b850
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,6c7e74fa-de28-4f58-8588-f2db9af9c285
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,d0ce4ab2-9b0f-4fbf-8b9c-1182f55b7f39
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,9e2a8fe5-7820-4cbb-ade0-cccfc1002305
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,96330d61-eb84-48c5-af63-f67346c36cf4
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,02f63b75-1025-41ed-ad20-4062d369e5a7
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,3d779e38-059f-4fdb-afc7-5cbaee910764
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,26ae5757-0fb9-4292-a36f-f27fc90207c0
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6b507a61-3c98-4160-af26-cb9ec97f63d9
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,920deb1c-972e-4259-8ec1-1bbe139c4905
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,b8122154-325d-4001-b19a-3a5771d3b59c
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,f28dff51-6a2a-440c-bcac-191f52c5031b
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,fec024e4-3546-4edb-ae78-15d8a87e5a5c
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,a255cbd5-c500-4c58-a8c1-7a392567a1e1
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6c1e1f10-5a7a-4fef-b816-15e5e30b5845
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,1b5942c2-7c76-4ca0-97aa-55277f5f8977
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,fbcbaec5-3020-4c41-9a43-621b4e179785
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,8881c181-559f-4f26-b43c-2402fbac6bbe
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,9e064814-dd8e-4948-81eb-a2e1f9ea5914
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,f329537d-44a5-4047-bd73-237e3d0399b1
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,c3d0256b-aa98-48bf-a184-459c1cbdba7f
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,fdc334a7-54e9-4bf9-b6b0-a451c8a9f66d
+HR,Croatia,2022,Production mix factor,CO2,0.02662794034159249,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,a01e448a-c115-4f13-ab09-59ac3ae02c9d
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,a35e60f5-2665-4e3f-99e0-ecfca372217f
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4232bfe4-590e-49c8-a0ce-e41be9aa89cb
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,183f86c8-b0e0-4f7a-b9d3-47898efc9497
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6cb5021e-c399-494b-961e-4acc88cbe0a1
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,429bf625-5423-4558-a9cd-ab3367a936c9
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,f87290b8-abc6-4c9d-9c1a-96b35d43cf8d
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,58df8a5b-9302-42f7-8e87-992bf97e8c7a
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,8824f756-bd46-4ba0-b47e-3af6a7b68a51
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,a806941e-4f63-44d5-81fd-075ed3322251
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,8e80a587-fa57-4d0a-94b2-15fb2308a3cc
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4ef83043-cf90-407d-a1ac-916d591d3146
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,3f83c06e-5cf1-4e11-bcaf-50732a2c1d95
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,2acb7cb7-71c1-462f-ad58-2adad8c7ccd8
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c8dccc51-d9e5-4f65-9101-5cbaef9621a8
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,c2c9be28-c391-4ecc-810e-9796f5af1e95
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6c5283f5-9a8e-4447-a6dc-0c33533abf46
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,43b57031-3e8a-4241-b71a-7ac1393d3b4a
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,f6a508c9-9557-4113-a1b4-66b8d9a04ec8
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,e7540ff5-75d0-4b47-a7d4-cd756f17e263
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,7a9fb826-d37a-4777-b219-2ced0aee7c16
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,a83d70a7-2050-4998-8467-dfcc4ab7e437
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,037129ef-dfd3-408e-8f8a-9137d469c1f3
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,404c9e17-e5ed-4306-ae62-70a19fc0b50b
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,250c6023-8935-4f6c-8cdf-5c2929b2da41
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,1417befd-ee38-4511-a88d-f28b472b9c6a
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e8a3b311-5770-48b5-a1d2-2aac963291cb
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,44ac73f3-1916-46f1-8eb8-64b5bdddb9ed
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,9b35e2ef-6028-4eec-a653-c8bbc01c93ef
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,dc5e5e4f-0449-4a66-a55e-0614807c960d
+HR,Croatia,2022,Production mix factor,CH4,0.0001675415709412279,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,5b7e14a1-0376-4561-a147-396a8a2f112d
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,23e27ac9-8e8a-4898-9c27-0eb380a49723
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,925e6865-956c-4cd4-8b3e-0a7be443489e
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,47055914-10ce-47b2-8b8e-16dc064878b6
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,38cce70b-48e2-4a3d-98d2-7dd43edbb6d2
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e751c2d0-c498-44bd-9785-ce5a4801f236
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,a108710a-1883-4a69-8ee0-671acf388b49
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,5a9b1e0f-2a6b-4774-bf0d-ad89e5aa105a
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,921df7aa-e01c-44cb-b2a5-758b14cc1629
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,88339002-94e6-4b7e-ab83-4d3ecdbfe2c8
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,883c157b-6b0a-412c-aef2-410767b14ba1
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,d062ccc8-e5cc-461b-a2f7-cc6fe6a4883d
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,4cfa6f08-43d7-4d29-9e38-3d991d74acca
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,a151b336-4ab1-44af-b16f-21f0e4011263
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,3552ec33-fb93-4d19-99aa-70b022eb4e5f
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,1afaaf89-b70a-48e8-afe5-c574226a214c
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,ba4a79d3-5c27-47f6-b726-d817a347defe
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4491b7eb-68b7-40f8-bbc1-7e96069efc99
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,7e965e0e-f6d5-4fac-991e-1f0f1d399914
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,9704ac44-0e3d-45dd-955c-a93e989621f3
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,0eb7e9dc-484b-46a5-bcb5-b9fdaaedbe8e
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,d5abd6ec-6cf4-479e-ae93-b7c598325462
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,69e80d63-34b2-4a09-b219-cfba51bbb132
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,638f5aaf-da0c-4f08-a7e7-fe4b04d90ec0
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,e41d4b2a-2607-4171-9dcf-d3b36680aae0
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,c58e0c89-754d-419d-abc0-df86cce275e5
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,647e3871-d534-4763-aa80-854cb3be4807
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,66176a12-a26b-442c-ae01-375880adf388
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,8c0f464e-92f1-4fe7-97dc-1c076b0915ca
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,eb9123e8-114d-4fe9-bce5-537feb91ab53
+HR,Croatia,2022,Production mix factor,N2O,6.096140188093519e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,bfae9af6-f37b-4324-b4fd-bc9bf2990e2c
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.089,33a541ba-2aec-4bdc-857c-14588a2f2c7b
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,87c671d5-b552-47eb-8a0b-c02a5271f862
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.1.3,modeled_data,kg/kWh,CO2e_value:0.089,ab68e402-ede3-4800-862b-67791a91ed9f
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.089,808990c3-4d2c-48ed-8452-303405936567
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,912e07f1-42af-47f1-8b28-4ecd75830ee3
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.2.3,modeled_data,kg/kWh,CO2e_value:0.089,9efb27bb-c933-4ae6-b76a-cf8c155ef15b
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.089,bca26c54-cd8d-4421-adf6-186fe285a01a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,47c53d33-82eb-4ae3-b6d3-9c641ce3e18c
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.3.3,modeled_data,kg/kWh,CO2e_value:0.089,9dc01930-5379-4dc9-bcd3-8561d1df77fb
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.089,29d85b98-ca7a-49fc-b9d3-b075bdf3de67
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,682e13e8-4df0-4baf-b37b-00c806434edb
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.4.3,modeled_data,kg/kWh,CO2e_value:0.089,9470d4e3-62c6-4e3e-831e-5dffb00807cb
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.089,f448e87f-02ed-4845-af24-97f403264468
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,10b06590-95df-43ac-a949-199c1abf8143
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.5.3,modeled_data,kg/kWh,CO2e_value:0.089,536a66b8-0db4-4d21-93e4-af8462a560c8
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.089,102695fc-4641-48a0-9880-8ee9892e4f25
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,4c0e5328-94f1-4909-a17a-52a84b75e3fe
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,I.6.3,modeled_data,kg/kWh,CO2e_value:0.089,ae92fa96-0c8e-44c2-9e8a-73b07fcc20a5
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.089,96f07310-bb03-4afc-9f1b-37a3be663446
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,585df429-8d5a-4b37-b99a-b3dccd7a3a7d
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.1.3,modeled_data,kg/kWh,CO2e_value:0.089,58e9c719-87dd-4cf0-abb9-62eeea7a5424
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.089,c67a6163-bc86-4955-b78c-4ce7d14b98a5
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,e1fe0871-0015-4362-9304-0c83ca887eed
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.2.3,modeled_data,kg/kWh,CO2e_value:0.089,12624f7b-8a1d-4611-9b84-e8a08857bc0e
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.089,3ba9bd9a-cf80-4d12-887b-ae61c4cd908b
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,f1569949-fdd2-4c98-9c2b-f2c2ac3b70a0
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.3.3,modeled_data,kg/kWh,CO2e_value:0.089,48dcfdc7-800d-42cc-a805-0c0caae1fa85
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.089,3fa50dd8-3f17-409a-871e-417e924a1697
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,8925d479-8b31-4512-bc40-39b25599166a
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,0.07136215763596919,II.4.3,modeled_data,kg/kWh,CO2e_value:0.089,c5af4d2e-d620-4ea0-b7a9-7c70096d5186
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.089,02110c32-8f79-4864-8aed-aae4085f0710
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,854f473c-bdfb-4830-a701-6b85dc5f8acd
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.1.3,modeled_data,kg/kWh,CO2e_value:0.089,5bf0dd98-6688-43d8-92d1-ede3a7f3319f
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.089,aec1738d-2cc4-49d0-8673-1bfa74f73c53
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,3472d015-5303-43ce-b899-6410b5ebf2e2
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.2.3,modeled_data,kg/kWh,CO2e_value:0.089,5395ccf1-f565-4eba-a7b4-708deb887421
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.089,062a6a14-d968-4c1f-a9ab-bc2f2a604842
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,ca65ba11-2a53-45f4-bcc3-0350c58e55f5
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.3.3,modeled_data,kg/kWh,CO2e_value:0.089,a5fbb231-6d6e-429b-91bc-4f24f8670589
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.089,8f127d66-c3a7-4d00-8a42-9aa1310cfa93
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,db396959-c1db-451f-a811-3b076c713288
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.4.3,modeled_data,kg/kWh,CO2e_value:0.089,eea70f7d-4c0c-4c1f-a0c3-744882a8de15
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.089,bebcb658-a5db-40a3-ba10-925bb9256252
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,522552a6-cc37-49a8-af8b-252d18633cc5
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.5.3,modeled_data,kg/kWh,CO2e_value:0.089,66296c8c-b5c5-4bc9-9e33-8d25e43523f6
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.089,2c484b82-de0f-4618-bab5-3db9d5a558ec
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,e89dba57-c73a-46e5-8a68-e7e7e30385d8
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,I.6.3,modeled_data,kg/kWh,CO2e_value:0.089,9d3ca8f8-1c83-4874-9cd7-c3459580ca96
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.089,a28a74e5-517e-49c6-862d-d294fafb2f42
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,7f00921e-d5a6-4497-9bf6-b834cbe48a4d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.1.3,modeled_data,kg/kWh,CO2e_value:0.089,862bb41c-8c3b-4000-af60-1fe1dff1f9bf
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.089,d53a1a87-a120-4314-8ec9-fe110411423c
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,4383f710-155c-4943-8760-59e86470c4db
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.2.3,modeled_data,kg/kWh,CO2e_value:0.089,f6ddc65c-7cf7-4c76-ad6e-a260ed444c20
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.089,6236311a-0962-43aa-9062-5d9dc831f0c5
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,2d5d9edc-077f-4e1b-9645-1178c2f41aad
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.3.3,modeled_data,kg/kWh,CO2e_value:0.089,122bbff0-78d8-4145-9555-b27db2077731
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.089,216827a0-eeb9-4f9e-9c14-88844cc7a77d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,bb429bb7-925b-4f84-9a25-e278d873cb5a
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,0.00044900686432027594,II.4.3,modeled_data,kg/kWh,CO2e_value:0.089,a1ef8cf9-559d-4534-8095-914dd2d04752
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.089,71b934c8-8d9a-4b3e-92ea-0a92118338e5
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,a419dbdd-d01b-4271-b456-a1da53a338eb
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.089,4660e5b8-90e2-4d3b-9a87-a2c4bebcbbda
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.089,95e20a14-1371-40c6-9d6d-f9fdbdb446bf
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,842f4617-6623-4161-9846-fe55e2bff5f7
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.089,1be49e52-2968-4fdb-a040-08cb913ae05d
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.089,4c2467f8-6409-448a-8b9d-c3dee37b84ff
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,9c048490-23c8-4c3f-96f3-e61c74ea77c5
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.089,d07333da-4aa4-433a-b534-3b6ec5309b09
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.089,2436aa45-4e2b-4377-bdd5-bf11db23e2a0
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,b77787c9-d502-4f11-bb49-59b148b03a11
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.089,954ccc9e-89a4-4a98-9292-b57c90333b09
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.089,16ffd6bf-40b1-494e-9bfc-4c60d77063c4
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,79d4fffe-e065-4659-aa5c-2800ab2fcd2b
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.089,8d02a068-6c16-4485-bacc-19bbbd525eda
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.089,fd749bd5-e62d-4027-bd8c-8fa84f5ba608
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,ea80bbb8-93b3-4b25-a126-5db1cfa06d00
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.089,95da1c7f-7bcc-47af-a52e-3c5eccd2ed21
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.089,aefac991-1a2c-4edb-ad2a-e385cbd9c3ae
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,6cf12aae-c6fc-4043-9165-ad600c27e82e
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.089,d1935c9f-4c92-4ab9-a4ec-e813442fe651
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.089,8d9f26b8-ecab-4009-b020-5110ba9a227b
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,8e0d8a03-e790-4bbe-a13e-19a30d007b0f
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.089,9b50f784-85cc-4862-b3db-28bb20c3c42c
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.089,84662af4-5730-4fcd-99d1-ffe8724d5230
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,68d764fd-cf42-4d4a-a55a-1fcd723f048e
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.089,b323984c-cf22-4b64-b009-d0ef06c1f06e
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.089,24605792-0f54-4de1-a145-165a225cf538
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.089,0550db37-f661-49b4-81ca-beeb616d7338
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,1.6337490301274996e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.089,4cb3b8e1-b6e8-4305-851f-be10969f933c
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,92504472-c091-4189-9aa1-1929957652fd
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,ab8db318-ef59-411c-a806-b2da293f78bd
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.1.3,modeled_data,kg/kWh,CO2e_value:0.046,7887031a-7fe1-48be-a34e-3a078ccfecc2
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,052c6377-7c38-4ed6-b9af-ec2baec13302
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,fb0e3d01-9f63-4f7b-8765-59188f03fb57
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.2.3,modeled_data,kg/kWh,CO2e_value:0.046,4757ab14-80d8-4936-9514-abe7bb69a5a6
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,a224108d-da6f-44a8-bdec-50c1e12e1171
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,45692938-e615-4cef-bc39-e82b9fc450e6
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.3.3,modeled_data,kg/kWh,CO2e_value:0.046,d70b4919-bd71-4a2b-9c8b-9456ee9d8661
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,06edc437-eab8-4300-84ab-98208adde90d
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,d60bd657-bdb8-4ac0-b4ba-f3a350da4710
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.4.3,modeled_data,kg/kWh,CO2e_value:0.046,f2ab217d-6f14-45d8-8e30-b24b24bb861d
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f2d2683b-9f84-4047-a7c4-7bf84c24d5d8
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,a9b4cb95-6e75-41cb-a0a2-ac7240604398
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.5.3,modeled_data,kg/kWh,CO2e_value:0.046,3b8bde50-44c8-444a-84a3-54ba8739166e
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.046,b2e5b284-9d2c-4496-b40f-f1dc7299da12
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,68a29a64-c5ce-455a-8942-26225ddc71f4
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,I.6.3,modeled_data,kg/kWh,CO2e_value:0.046,b9e08874-fd21-4c99-accf-28a2d23e1653
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,dc20d6a9-88d6-47be-a110-16be1d5cb332
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,1bf148bb-659e-4824-8e81-8e3a498edaae
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.1.3,modeled_data,kg/kWh,CO2e_value:0.046,9b36d1c0-6d70-4633-a1a2-517e9a6c810a
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,09e406e2-dd95-4ac2-a903-ee89a03d0248
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,d7f57a1d-f03d-49a3-9d47-7bed2d9eb884
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.2.3,modeled_data,kg/kWh,CO2e_value:0.046,978704fe-0879-4bd4-9d0d-0edafd2f7f00
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,82bfebff-f555-44f6-9e35-f464f8f6cbfc
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,81d05916-598d-4004-bec1-107f78e68774
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.3.3,modeled_data,kg/kWh,CO2e_value:0.046,56301e74-b2d3-4d62-a2ac-013ede394ccc
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,2998a691-37c0-4846-a928-b86661aa6268
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,455b113c-d214-405c-816d-a31bd9761607
+CY,Cyprus,2022,Production mix factor,CO2,0.03679320181470597,II.4.3,modeled_data,kg/kWh,CO2e_value:0.046,2bb3cdee-de6b-4a43-b642-fa43fb3760a7
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,55c86680-2877-448d-96ad-a6774a21387a
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,098829bc-14c8-4af2-8b36-99996513fc6c
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.1.3,modeled_data,kg/kWh,CO2e_value:0.046,4df253e0-8709-494c-80e1-d5aa28cfa8ec
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,5527f576-12c6-4ad1-bafb-9c8c195d7639
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,c541be0f-57bd-46d2-8edb-4fc1c411708c
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.2.3,modeled_data,kg/kWh,CO2e_value:0.046,7119d32b-d996-4855-aba2-54a5354bf72c
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,4570e026-7b4b-48c2-8507-1de8463069b5
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,b8044496-9a21-432c-b2f7-4beb20694623
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.3.3,modeled_data,kg/kWh,CO2e_value:0.046,7fb6cc47-0666-4c37-8acc-568bcf17688b
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,53520eaf-25a7-42f5-9fdc-fe9eb6a0cf8e
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,3d12f600-6147-4558-b34d-049efe575156
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.4.3,modeled_data,kg/kWh,CO2e_value:0.046,289f3228-5b03-4c05-aecd-1a57abdc072e
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.046,0d1dc5eb-3e04-4254-a17c-4bcd60626976
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,89d45d73-6b38-4e49-b0a6-c486d4b9798e
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.5.3,modeled_data,kg/kWh,CO2e_value:0.046,199fba10-de22-4606-8bcb-0804479d0fd4
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.046,bcf72c99-8be1-466d-9972-ea7b2ea5cafb
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,e4d2de65-6fd1-4747-9708-f38a39da49a6
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,I.6.3,modeled_data,kg/kWh,CO2e_value:0.046,ebc8db5e-7a31-45ec-aa69-2da0a4a7c0ca
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,be5338a0-e055-48fb-bf1c-626c6b7d91d2
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,2a96729b-b645-4d62-bbcc-60177698feee
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.1.3,modeled_data,kg/kWh,CO2e_value:0.046,2f0797b5-934d-4991-b7a9-7eee353aff05
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f610c3d3-71c3-4c7d-b7d6-e24b901807bc
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,7cace011-1fde-4b98-9b21-ed31a47c437e
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.2.3,modeled_data,kg/kWh,CO2e_value:0.046,2f7d5552-ea98-4637-ac54-aef5819b4d66
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,e12eb472-e57e-471e-9916-4fd86a4ea7a5
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,cb57a4f9-16a5-46b2-b20e-127d5a138a3c
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.3.3,modeled_data,kg/kWh,CO2e_value:0.046,5c06e70f-f238-4249-8ed8-739835ec6c5c
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,bebb726e-51b8-4b44-8ac6-7c87d290afbb
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,5da7d138-00db-49eb-8f8a-9864ee311c0e
+CY,Cyprus,2022,Production mix factor,CH4,0.000231500850344207,II.4.3,modeled_data,kg/kWh,CO2e_value:0.046,ed92c0b1-6a17-42a1-a264-2fa73829f6be
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,ace32c92-5011-404d-ad4a-d024dead1f99
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,d8671c74-036f-4f67-ad88-3356463e4fb8
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.046,4c3728fa-9da1-41a2-aca5-5cbbd22a0044
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,dc49c51e-ec35-45a6-97d6-73e246a3f3a3
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,f436ec47-a83d-4aa2-bf7a-e6a064185180
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.046,517c649d-58fe-4063-80b5-cb6e6de409df
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,533a595e-2171-4fb9-809f-28fa3b44ec98
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,d59d2309-eae6-4d37-aff6-86cc82a0d238
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.046,a8b2ab75-418e-4b91-90fe-cad78fd12d8a
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,8841b891-e096-4c9a-8361-e32d6bf2ed2c
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,ffb0a603-a540-40bc-a3ee-b580f6758e04
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.046,6a0ac9e2-e667-4869-bc8b-2e8f6d7cff2f
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.046,8f209b11-9121-46cb-98a2-36d425af6df4
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,8870c006-f5ad-4e8f-b8a2-562458bf86b5
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.046,ae4103b8-640a-402e-874d-060057862353
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.046,58f2dcdd-33a5-4c3f-9029-dcb076d40146
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,0add35cb-2d93-4c5b-8c08-82e8a0f30e2d
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.046,261e09d0-9ccc-4048-a46d-3bbac92cf488
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,a2c7f4ed-1ce1-4055-a92b-5b5bb5a6bafe
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,5877d226-cc17-4472-9ab9-b9e6a092bcff
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.046,f3257376-067d-4478-ab27-b86cbd57d37b
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,b0342511-f121-42a2-bd63-1663d6e04f3c
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,1390358d-8d80-479e-b455-7561cd0ce93e
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.046,d77e17f2-778d-4202-9b24-74af3b3519d1
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f48ea461-f7c1-4351-afe4-c151d2abd2bd
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,ee73ab62-199f-4fdb-a9ac-4f8be5768840
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.046,e54bd81b-65af-4e38-8b59-7505201b869c
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,9e1cd548-11df-47f2-a189-c0c83a72dcc2
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,8385bcba-9b21-41d8-8b04-f83bde695526
+CY,Cyprus,2022,Production mix factor,N2O,8.423352063806311e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.046,5527d9fb-3f39-4263-b9fd-3473dd0995b0
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.122,f4efb8e4-ecdf-4eb0-b440-d889dea6bb2d
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,631627e5-fdd8-42ee-88c5-f1fa5bd9252c
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.1.3,modeled_data,kg/kWh,CO2e_value:0.122,9384649a-19e6-47a5-93e1-7a6f8d260a0b
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.122,adaca5d4-2121-4123-8b3f-06b0a23c303a
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,cf034169-27a2-4467-9c53-6996caa74e2e
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.2.3,modeled_data,kg/kWh,CO2e_value:0.122,015e0132-89e2-4eb0-b7e3-008b84e35c04
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.122,493903a9-872d-406b-b4da-92be1f4ae21d
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,1b604ab9-fb7c-4d6c-acf4-795ae45b7c70
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.3.3,modeled_data,kg/kWh,CO2e_value:0.122,92474981-6a54-4e28-828e-ce92f65d7851
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.122,025d12b2-e2ed-4a00-85e1-70d4998ef942
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,c7bccd34-0fd8-477d-ab50-5c54ef22b6b5
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.4.3,modeled_data,kg/kWh,CO2e_value:0.122,e0f1ec83-9afd-468b-b747-b8277c9cac28
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.122,286f8f49-1305-472a-8ed1-760af389cfee
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,8ebde6cd-ba6d-48c7-8b5a-09d516eb7dc2
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.5.3,modeled_data,kg/kWh,CO2e_value:0.122,0e6012b4-7f51-4756-8c9b-89eff7f567a2
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.122,5508d289-3c38-4feb-8a9b-f1b5b914feff
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,06a65434-1ee2-40c4-bb28-44cdf3037f2c
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,I.6.3,modeled_data,kg/kWh,CO2e_value:0.122,5bc4b786-b77e-4b88-b4cb-9fb7295ecb6f
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.122,e8e2d877-6f96-41c0-88a9-db8d4c0e625b
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,52703d68-3d68-4ffe-87e9-eccea8908233
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.1.3,modeled_data,kg/kWh,CO2e_value:0.122,d630aa71-e430-4c82-aa5e-515a8b588f6b
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.122,7dabcc17-a326-40b8-babd-34e30b498fc5
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,1a636dc4-b03d-461b-b667-809e3a1f2787
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.2.3,modeled_data,kg/kWh,CO2e_value:0.122,02586e77-9a48-49ce-a341-89f4b39077bb
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.122,7b4b9d43-b235-4eae-9681-1006412a077a
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,a024d215-d870-4322-b67a-947523fbe45c
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.3.3,modeled_data,kg/kWh,CO2e_value:0.122,a9b1efc2-26cd-4864-87c3-99d304c80850
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.122,4b5d73c3-4a43-47d7-8e09-ba2c9d7c6a38
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,478c62d5-e3bd-4833-95c6-99c78b2e22e7
+CZ,Czech Republic,2022,Production mix factor,CO2,0.09750541743567474,II.4.3,modeled_data,kg/kWh,CO2e_value:0.122,6bab09c5-c003-4ec2-970a-b26d7f73b55a
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.122,df6c6e55-a92a-4c04-8670-4b4eca5c0102
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,1241d7ee-b847-4017-a396-7be38ee79dba
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.1.3,modeled_data,kg/kWh,CO2e_value:0.122,7119e060-8210-4432-a753-29b88ca88eb4
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.122,4d624eeb-1b67-457d-9801-dffdae00e994
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,96d86bbb-fcc5-4a2c-9c2d-b98ce3f07bf5
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.2.3,modeled_data,kg/kWh,CO2e_value:0.122,460fac18-f39d-4f7f-9a8b-d4f01e9451f9
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.122,567e10c7-2de6-4c2b-926a-2d40b096d8c4
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,45885721-eee0-4ffa-a13f-7a115e06c55d
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.3.3,modeled_data,kg/kWh,CO2e_value:0.122,191b22b0-bb95-4adc-b54b-ddaa2eee3c2d
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.122,2ec1fccf-3752-4bbb-b74a-b495d4c81e54
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,f1689968-76f2-4928-b091-9ebd3e323aa2
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.4.3,modeled_data,kg/kWh,CO2e_value:0.122,224c3779-66f1-4501-bc19-01e3c896fc12
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.122,88712cb2-bdd4-43ac-a183-5672f35495fa
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,6a8fb802-3fd3-4d00-9ff9-6eae79f91644
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.5.3,modeled_data,kg/kWh,CO2e_value:0.122,018f65c0-e2de-4a83-86fa-42ccc138d477
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.122,0cddaeb2-547c-48e7-b069-d64914775077
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,52d50659-9963-4269-bd10-c95b655d756e
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,I.6.3,modeled_data,kg/kWh,CO2e_value:0.122,42db9077-4e90-49bd-a436-719b0f6560d9
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.122,8384a425-646c-4cce-86a4-ce3b6dea32ce
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,5a7d58c4-a9b5-4e48-b5a0-1eb67c898e94
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.1.3,modeled_data,kg/kWh,CO2e_value:0.122,96db6cce-765f-462e-bb1c-0ee662ddcc1c
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.122,ca8c94ca-0624-4a8f-adf4-580a016a8257
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,3d4a1ecb-3817-4a77-9653-7ec52104fe14
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.2.3,modeled_data,kg/kWh,CO2e_value:0.122,4235bb36-ada3-43ac-a16e-4ea684ccdc63
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.122,a691d74b-0488-4b3a-b668-2b7e0b505a90
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,cde23ea7-d989-4670-9242-ee7eae1fa4e8
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.3.3,modeled_data,kg/kWh,CO2e_value:0.122,21d34297-4787-40a7-8358-a1bc132ceb1a
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.122,8b1a1cfb-0ecd-4143-ad48-ab8404d9636a
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,5bf8dcb2-da02-4d60-936c-24ee90747369
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0006134988513150676,II.4.3,modeled_data,kg/kWh,CO2e_value:0.122,cf6884fe-c88f-4bb9-8991-b639339dc916
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.122,b32afc0d-803c-4206-9fb3-bbc727474929
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,b2c6dce2-525d-4c13-b042-371b778589a7
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.122,f13fee97-b8c9-415c-bcc8-6eacd3631bd4
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.122,0e305ed2-77fc-4694-8eb8-d01409bdf76b
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,27de93bc-ae35-4754-abda-0f1a669f30cc
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.122,ae9da756-7e0a-437d-bb47-20f388f64e67
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.122,c0c6edfc-5914-4d93-adbc-304249045924
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,406518ae-d5a3-4cc7-9281-e8873602dee4
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.122,dd08b1de-bb64-483b-b9e3-d126e55db0cb
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.122,6e2a5f30-b0ec-4577-b48a-a76c4dbeb7f1
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,906ee6fa-765d-4cdd-a426-5bc41ad28197
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.122,dcd26ada-2b49-46de-9627-f18bb243d188
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.122,55ac08cc-b086-43a1-9cc3-920cf9946362
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,ea4354cb-7358-4dfa-8780-dca963822d7c
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.122,44b93c62-4c28-4d99-89a3-4b443c231137
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.122,5cb30a61-1995-47ec-b4a1-725a108194cb
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,bef32958-d9e8-4b24-a27a-6e24abb84c95
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.122,a247d2ae-2e1d-4a18-829d-ef673d0f45ad
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.122,680f7ac3-adac-46d8-a722-46a3055f1a5f
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,30a371ee-902a-46e3-8d50-d9eb07dad25c
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.122,00f40c1e-a1c6-4700-a387-e4485d63b57c
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.122,68fa1054-4b99-4660-98b6-70a053ce37b3
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,43fde8ba-d9dc-4d4d-a80f-ed695880743b
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.122,84eb0f2f-52ff-465e-a079-44616c978bc7
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.122,1aeda6f8-4f5d-4a53-9e7f-6d94aef7b9ee
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,a5de4130-7da0-4ff4-8415-b4f16cd025cf
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.122,5c118072-a606-4521-a64f-5d6f80932bc9
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.122,6fe0a4ca-a365-4293-9104-40551761bd2e
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.122,9668cda8-fd06-4686-9ec7-d7286a052790
+CZ,Czech Republic,2022,Production mix factor,N2O,2.2322668826848614e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.122,1b7c3b22-2e90-4784-8cd9-3eace6641c30
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1aa7ad0f-8e14-4ad7-9b9f-5952b3034489
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3a4d60a7-b36a-46e6-bfd5-65522d265be9
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,a70e35ea-d529-412d-8809-94f12b6d744a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1aee0583-ab6a-4170-9273-6c9527d75839
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,70304966-0472-4aa3-93ee-0e9560360eba
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,24a68bb6-b83a-49f9-a81e-9c92c6292312
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,770b9278-7441-4f16-9f68-f7b4949ee5c7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,26a3d679-05d3-4429-b903-c87d2b3245b6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,8734fc1c-1318-4e62-a716-e0bfa625a125
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c4462ca6-0098-461e-a815-b1ec788d68e1
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,df62335e-c8c7-47b6-9cbf-5c4ca1cc1f91
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,a9616f6e-4520-4a1d-a434-45682fa04efc
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,09f03050-f386-4010-8de2-c4c151d7bd7b
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,69a25006-7a3f-49a1-80c5-3a9bd329c9b7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,28c35b17-a35f-4c0a-90ef-a43c57d3ae37
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d75003c3-0a6c-42eb-9938-e3557ef70992
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,12159282-c9d8-44c6-8403-dea88d8a5093
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,ae1d1df4-8b4f-466c-b0ea-66e8214be181
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ce7a4b9b-329c-45d1-83a6-050c8c2e1535
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e75c675e-13fb-4b64-89d2-cd85bb44ed5e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,e37ed4b2-ce0d-4bc3-95ec-a9b137eb3eb5
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ca56ea12-db53-40e9-b5e2-a52307adbd95
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,593280e5-d92f-4c7c-a32f-9240aef69277
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,f8cb2de1-2d36-4878-bd12-9efb7dbf8c51
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,580060d0-5c21-4ae6-b2b6-8faac7233242
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,427749c0-2ffb-4564-bef3-bdac4636f283
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,eea0d344-2cd3-4a63-b56b-4ae1ae54474a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,db2e7ab4-1d45-4d7d-bb5c-65982500427d
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,12ab086f-8f79-45d9-b4de-a70d23534f2a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,0.00024113797435723267,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,0075e602-73ba-4030-b40c-8d2ceffa6890
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d908fd75-3d19-4844-a56e-5019b91b513b
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3f493adb-a843-4704-bba4-da34a7222edb
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,44337226-de6f-42ed-bada-91a309edf887
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c7f5c491-3231-4fa1-ab1d-8b4d080003b6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,344655d7-8f8d-4975-b561-45598e9febc3
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,1639ecc0-74c9-464d-a063-6ea1ea0b4e8a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,29028fb8-5ba3-4907-af63-e5b9a1d88a03
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,34380eb8-5551-4e8a-a8e2-2ce5a7729742
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,79b247e7-72b1-4430-926e-9e3b798ef861
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d6e505e6-082e-42e3-a761-7c8416ed8e4c
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8ba81c06-2ea0-4dd6-bb6f-76e1fec2cbc6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,c903e3cf-3d6f-4af6-8465-44edb993c229
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,dc73d966-d488-4aa7-9b9b-4094d3de1fe2
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a6a0f9f9-de74-43ce-8a62-c581f3a095c3
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,842235e8-a735-4257-b604-8d67adff4e82
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6a7b81f1-6f2d-460b-8f2a-69e628100c9c
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,52760dc8-8daf-4ed3-823e-1ad99fc63a7a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,89e4b6b6-4f49-4e41-a151-83ddcc6b2625
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,589c4db8-01f3-4773-8b51-47d39fcdb949
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,22377aff-f626-4508-be9c-c1263a5a29b3
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,9bfba614-4dc1-4171-b6ce-b78d962c7394
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,2635803e-ed0e-4630-bd4d-5e75b825acdf
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6f556399-ea2a-413a-a413-728e63d6683d
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,b87f98e2-385c-49c3-923c-b752cdce33d6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,63887b5e-733c-48d3-9004-5cbd09824ff5
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,313cde71-babf-4840-9c77-a5e8af26a9bd
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,3dcfae31-3d06-4dea-ac68-b14088c3dfb8
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9687257f-5f2d-48aa-bece-e1140d6f79fa
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,92fa94a1-280a-418b-9e60-9712cde0e0e5
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,1.5172271876503732e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,e8f86870-5028-4075-a05a-c68818caa072
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6a3031f5-76dc-47e7-9f80-735aa81cfa13
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,82fad1eb-88dc-42a2-b702-efa19c8782f6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,facd57b5-f5ab-4f11-8dbe-86b88f598723
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1f23d4ec-385c-490a-a3b8-c723c3e62c42
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6462a904-6a1f-4fbb-b27f-6e4afbcfa933
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,074d1053-a961-4d50-8c38-2b75eee35ec4
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6b54c05a-e863-45c9-b399-2c9439be4e43
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,376ed9a7-b8fc-4860-b89a-7c24721a1389
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,aa7957c3-8678-4d1c-a56e-9fe0b0b3dac2
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,42168732-f6f6-4047-8d64-c3ddf83f8300
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ff357790-439b-4b9c-a1b2-050c21994044
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,fc1cdf46-55fd-4daa-839b-9f16ee578ca2
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e9e967f1-4dad-444f-8c7d-06f6bb583940
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a10412f1-ae30-46b2-b385-3a01d730fa97
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,f2430d7e-0da0-4793-80df-1edf810319ca
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e46ac16b-d845-4e46-bd31-a6ee9677f9ae
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5f4bc993-7d43-4e3d-a5c0-d126ec5ac7a7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,0750052c-3ac4-400a-aec9-4ba1cb921155
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e11d21b1-1d1a-4ca1-bea1-f8a085ef4e7f
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f59de3ff-231c-445f-b0bb-1d7e63cf0270
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,67728bc2-3065-4b15-a953-78e97d4a8680
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6e81f511-9ddc-4282-9814-0ad91988f565
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e2d8adbc-2599-4fb5-b780-b88d9a2ca858
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,b5930af5-b237-491a-b289-fb1e11187eb6
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,bc64192c-eeb6-4735-a615-87fb80c40324
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,045949e6-e433-497a-9dd4-6820101d35a7
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f35f35a8-6ff5-4a15-8264-aa49ba90ca2d
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6a381c54-24ef-43bb-a434-467729ac2246
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2862a88b-d0e7-419e-9ad5-cee208fb8ce9
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,5.5205580209989165e-08,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,4c11552a-1025-4813-a74c-ae0bc9c4f9bf
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,b837edf1-204b-4dbf-86f4-5e086eb3ac3c
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,91250c70-47f4-447c-b25f-f4578c9e5f13
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,79ba3621-9b37-419d-b475-16002eef749a
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,626caf13-db26-43f2-807b-1492d2345fbb
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,317bcbd6-2eab-4c07-9c3d-c4f6bc49875d
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,a6792baa-5129-48df-8962-b525402a90bd
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,99d4f88b-76a7-45f8-8d62-2917e3a8b116
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c390efe6-536a-4b40-a668-a967517d2466
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,96eb6aa5-546b-464f-9e8d-d89c5cd216bf
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6750f13b-893c-4e2c-a0ba-c779e11332c1
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,7ea84479-9158-4708-9c03-4c9d4ca8e7f9
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,35c369d8-a27c-433b-8a40-318fe9bd7720
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,86d7b519-4757-495f-b08d-1383f27efb97
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,f4e9564e-506d-4be6-8218-52d68c7ca5e6
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,04ead3b3-e90b-443f-b610-4302487065e9
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,4c826712-ac99-46c6-9bbb-c3161f98bacb
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,26801564-5a78-4fbc-8dea-44b1b7d01e79
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,00636ad0-5738-4718-a68e-30bc6d7ed21a
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,096cfa0e-9ae9-4497-a4f2-b6630ac50d57
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c8e1b988-479a-40ba-b576-da978af1a99e
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,d5f65f94-d148-48be-ba19-c801a3022b6d
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,ac11e665-0fed-47c5-9e9b-940f13c168ec
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,d8feef7e-506f-4653-a492-a99309050b32
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,eebaed9c-ecbd-4f04-8040-23f77e94ac34
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,bd6e8cd4-b0c3-4ac5-a0b1-bdae7ddafa98
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,856bb0c6-0815-44be-936e-f949475a287a
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,ff108f96-cd03-49b2-84a9-ecc964533293
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,67b72719-b5d9-4832-b322-07d26e371b4c
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,2b09849f-c16c-48cb-9f3b-51e28132c68c
+DK,Denmark,2022,Production mix factor,CO2,0.01958279899652909,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,cd5d12ce-9c06-4253-aed1-bcad1b236068
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,853b08f9-72af-4c71-88a9-51723cb5ca92
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,39fc9de2-ac7c-482c-9a8f-97167d02ec2b
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,0050315f-c856-4e24-a94b-84790e63f69f
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,eba29614-664e-4142-b221-c621e1687dc3
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,826168ce-50a1-4472-ae67-9036c8395556
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,b3300dbf-897b-48d8-9fe9-2b35d604991d
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,d532a6cd-d352-4ac0-985f-37e020470640
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,bf6d4e6a-e7ba-4d5a-9e19-acf7b9d6ab19
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,86bf8dbb-f498-4542-b9da-f894829ae219
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,c5ad1245-ac39-48e3-a1ae-377332f2d141
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c2ae2b8c-5186-467d-8cab-797183d15de2
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,08fe82fe-459c-4ff8-9cd5-35382db6a214
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,0beacef9-3f9a-4831-8cb8-a312e6f4ecc9
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e6bc6e99-ff16-481f-91c6-954255e32afd
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,c172fdde-825e-4768-a606-f4cb92c7de8d
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,9c5e16c5-ab73-48be-b447-bb50d49853c0
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,ccd5106b-dead-454a-80f5-19c9e0113172
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,5701a984-4b6f-42fb-a1fa-5074fdb0a750
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,68cf3e67-c8ab-4ec1-b52d-1f7ebd47495a
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c9deea58-eba0-4946-819b-e26a8e62b811
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,d1ccc7d3-4f5b-46a8-a9e2-512fb25cf3f4
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,ac1ac012-7ca6-46fa-8a44-de8dd384a4ef
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,a9f45203-1591-47e6-b0a0-8f71db0d564b
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,9e89c20b-d70c-492a-8abe-ae48e528247a
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,38de81b5-6300-4b33-b2c0-1960a36f20d4
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,074bc747-93d8-4906-8b72-864f062a8942
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,8e4300e9-24ae-449d-98df-ec9c29828ee5
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,410dacf3-5480-4b69-a349-93f5e2165536
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,7feb4563-4e67-438b-907c-f8837ca044dd
+DK,Denmark,2022,Production mix factor,CH4,0.00012321391986071153,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,d8b3a0f3-1cc7-487d-9567-de703699700d
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,4c4fb8e1-fc62-4871-b634-a03d90116804
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c45fb85f-dfc8-40d0-b3d9-935c5fb596a7
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,11d0b93a-e21c-4c88-82a0-0a6d06e021bb
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,0869c8eb-914a-49b5-be77-5269b0fd197a
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,ff5fb181-43d2-476f-b9ad-999b0300a978
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,a818a4e7-3e7a-433f-ac8e-7b2f0c08e339
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,210c2989-d0d0-4088-90ef-3538915dd4d3
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e635cfca-ed91-4aad-926a-1fdadd92e06a
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,5f3c0921-a5de-4b8b-aa1e-5f991608c124
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,2f8a8b80-43b3-4c95-8eaf-db3d03a96e47
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,42cf1f43-35a9-442b-b6b3-9a4ebc2469ee
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,22c838a6-0074-461b-8fdb-f3b0139a3c6a
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,e400a4f9-c5d9-4e19-b247-ecbb83e159fe
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,697f3e4c-26d8-4b93-b73c-1303985942ca
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,097c5311-9170-4175-8587-17e57a64eaf2
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,7d6ff708-cda8-4824-99a9-fb5bbb65c17b
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,06c76596-e7a1-419b-acbf-cc3989eb30c1
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,42c1e9ab-1f8c-4758-82f7-44bb7208d577
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,90b6aea0-8b77-4ae3-860f-12ccb5615c24
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,36b7331d-0c6b-43a5-9781-c5bf1b1df6ec
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,527853a7-de1a-40e7-9d38-d902b9c6d455
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,e523655c-0e9b-4ee2-8876-7d99afde6d71
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c528bae4-f187-4277-a0e5-b9da93e566bf
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,a0e53e67-13d5-4617-aee6-939d55ad3428
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,165e1619-7796-4b1a-b66f-4cadab58527e
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,b10fa284-0d9d-423e-8ee8-5d2e8c4c7687
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,0093d36d-07de-4a51-9f85-63da95ea11cf
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,f33c3688-36cb-4986-8893-44a0fa39e872
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,1459740e-04ed-41b2-8234-6b65a84db36a
+DK,Denmark,2022,Production mix factor,N2O,4.483241528509407e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,499663f0-2846-433a-93d7-295700079b35
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,13db53a9-bd11-4999-be25-082f381c21a4
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,16598aa5-b042-48e1-b135-da935b25b527
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,82c8663d-c663-4d9d-afef-3c16c03f2694
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d1926f77-e762-41a6-88d3-2836b62d9552
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,a4214ec9-530c-4719-b057-b2623190d688
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,9ef838bd-8ce8-49e1-8faa-c0617b3a4cb2
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,cc03fc16-1a46-4de4-9afd-2e53f5cb764b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,02d8bcf8-a412-48e7-b208-2d14956c302e
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,e8165763-d137-4d99-b5c9-619f6a90ff2a
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,70880bdc-76b6-4751-bb0c-d48b51f9c14e
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7a525eac-5ce3-48a4-a8a7-cd385ae3fe82
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,52491e0e-028a-4d4e-a6ea-8b73d91cb158
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,01e8a68a-0fd4-4992-8efe-8aa3b4cbb94a
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,de87dc1c-9e2b-4dc6-aacd-357407bed37c
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,dc7ec92f-37bd-48e7-b010-9d6a54c0cd23
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,09692b21-53e0-4d43-a09b-a1f097172517
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7a360688-5a31-48d5-a3a5-edf8bff2456d
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,fc630a95-9294-4e02-83d2-2b55b0fd8092
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,4ca74ff4-82d5-401c-8946-4049115557f0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,bbfd0938-9c17-465a-a3df-949c1a35b218
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,decccdb9-7ebf-4d3f-b5e0-e8dcbc7a3f43
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,ae23ed45-0d87-4ddd-a68c-fcb05351f85b
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,fa625d42-6870-402a-a891-e508723d55fe
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,12395fa9-7a6f-430c-a864-7da6827d67b0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,591c3760-74ab-4cdc-a788-4dec82a868ce
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,115da27a-3d24-4069-8951-eb0fddb771b8
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,a9c147d2-dc96-490f-a417-af09fdefaccd
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,38fe8711-1584-43c3-b20b-79925b5c873d
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9f39db96-f0ee-4855-8773-6726ed3271a3
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,a91ca9c1-33fd-42c6-8d1f-e9a29bb30887
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d936c3cf-ec1f-4861-b8c1-e4d97d5273fe
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,cc7498ab-33b4-4624-8a64-3fb56684af22
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,0d5846c2-fb80-4569-b619-38b2a8d42394
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b4e003f1-4a25-43e5-995c-851b975b4a46
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b25a7e59-70bd-47a7-a791-30e09e0a5407
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,c09a3381-5c86-4421-b400-b54a726bd602
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,05a2c0a4-fe8c-463d-b4e3-40691a9c35a5
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,68a438d6-e517-4b5f-8255-9997e3053b1a
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,65f462e6-35f5-486a-8be2-ec4ab4c9ca5f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0c2edc37-1b28-4ba1-b1da-f5d7fb1f1d02
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d61ffb1b-f87c-424b-b952-b3efa7217e67
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,b723eb7c-ebea-4374-8857-b9f167c53f88
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d2354071-5f9e-4333-802f-60ed82215100
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,110fda08-af52-4d84-a3aa-f676a022d69f
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,248dc718-0b65-4565-a175-cb6e8813fcd6
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,e41cb0f4-8270-4c0a-af4d-dcd99dbc6562
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f5187139-522a-4b54-a3c7-7c3a9a4d6d35
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,540f3dce-c1c9-4262-b0c3-9a7be56b44ee
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,c21b61ad-25ad-4b7a-917c-238998f77644
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,ebdee7f1-cf9c-4911-ae5f-33d71e88e078
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,9c1a483e-3835-4924-9c59-9b49f5a4cf70
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,a7ff0e73-1b5a-4069-a94c-e00e13a5f98e
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,8c8f4a0e-a99f-4e89-909d-2c887b7f11e0
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,565d35e9-4e0f-4eb6-8dea-cb416eadd359
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d94822aa-3fc5-44cd-b912-bb0a4efbe6be
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6be36cec-a999-4032-8c5d-f1d25eed98fb
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,762eff22-5155-4c06-bec2-5154c05c64e2
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b0e20936-d31a-4dc8-b655-c1bb47183d0e
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,89953586-a8c2-4a4f-b0e2-c7601f5b2fb7
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,4d52df47-e6a5-48ae-b8a5-f527a1397c34
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f831c179-d4b5-4864-838f-bad164292cfe
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,2f6a2ba2-03b4-4a1d-a3f0-fe9de225015d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,280e7c6c-a21f-4bb2-9d2a-85659c1168ae
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,1cdec0e9-5efc-4a0d-b434-06714f2e9553
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,09a626c9-62b2-4422-832f-a77265921450
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,20abb79b-d94f-41a2-b0ec-322ba4734a1d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,7ea411c0-be81-41e9-b185-e8424a498a40
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9e76a21b-7fde-4793-be9e-5ff2399de85f
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,1f193eec-2c4f-4468-aab5-08e9ff50b09a
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,7576ff60-58c6-4b05-b02c-3d78cf720186
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,62108d0c-b5ba-4517-a2cf-4069c2cf92c8
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,9cdc1e1b-23d8-4f95-ac89-4869831c9757
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,cb50ec19-e453-47d9-ae05-7252226e68e3
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,81e31999-d61b-47cb-bbfd-6ea2a3035da6
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,cae03056-6d4e-49d8-9e04-f1ccdbf38702
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,be3df5b3-6954-4b3f-8e31-6dd464f4794e
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b7efeac1-d540-4ef7-9761-55e1fdfe96d3
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,764907d0-db85-46bf-a735-aac6059d888c
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0490c220-add1-4eef-9349-a3e280f022ff
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6eefef67-6301-43a0-bd51-c7dc5581ff64
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,235f7765-7f4b-48b8-9c4d-50fadc0f4e7f
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,57e9dee0-6589-4edc-89ed-a57ddd4e00e8
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,5f6444c4-9d26-4e06-af72-c0ed60cb6f05
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,0edab966-c7cd-4c7c-9be0-8170b687fae2
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,1b20c136-40f0-4531-93d1-2200ee1a81b0
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7d937999-60c8-48fb-b28e-2d63e708645d
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,baa5f10d-5055-4aa7-b9ed-4a7d70422c76
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0e504d6e-7414-4677-9903-47f0220c6bfe
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,2a9a1e8f-f236-4e92-a78c-874748e0728f
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,5c7f73f8-aaf9-48b3-bb39-dadbc4cfb17d
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ad8bf878-3e09-4405-ac56-410aa3cbecb6
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6da105f3-d772-4add-bee3-43ad8077ee19
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,7427be2b-3b76-41d3-afd9-210f0b91c9d6
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,598b8390-64ce-4a85-a2d6-bfc0392bf75f
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,89678b2d-b517-4dd4-a318-cfdd52513f80
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,c518bd9c-d1e9-4e24-9c32-943229b65b13
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,92dfa724-8bc3-419e-982c-1ac4a09a042b
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,4a1dafbd-927b-43c5-8526-9044c1901845
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,fd36fd00-8453-4fc5-ade8-1de5509fbd5f
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,712a0571-b773-425e-b82f-faf7a1ba50d5
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,7c06b29d-1b68-493a-846e-23e619524cdf
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,2d962f49-67de-4efc-bc9c-f1114ae27e2c
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,c690b4fd-380d-4e70-a066-c6857818f97e
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,27fb18d5-ef0d-4e6d-8ddd-66ba25f5fc4e
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,bf194c01-e168-46d4-9421-5f631ceeda81
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b237305c-088c-4b1f-90a0-368ff2ba9dbd
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,46c1cb55-6c5a-4243-a3f2-de047ecc8e1e
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,357512c9-ad72-410d-bb0b-062d40220411
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,be2dfe36-df7f-43db-a84a-aa86e4359e4e
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e87102f0-0e8c-4c95-846f-2fd1c5822596
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,de491d28-bdb9-4c18-9172-0a1f538437b6
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,793d9d7d-3093-44b5-9e13-f040fc89410c
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,823ce02d-055b-4624-85ff-0a1b188fc055
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,5173ab51-2012-40c6-9df5-9a7704e55b58
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7ae83b5f-eb9f-4d8a-8f22-093a3d49ba6f
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,68e28c7a-540e-427e-84c4-9c50279622bb
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,0f8a7f91-5eb4-4a6e-8e5a-80e737045bed
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ff14431c-6d1c-41f1-baaf-a6828b9af3da
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b11cf43c-fccf-4ef4-b9ab-0812e2032e44
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,0.06785906457602352,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,77d5ebe3-4a52-4e6f-aa2c-e2c3b229245f
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,781d6757-dcf4-42eb-8108-68c92368654e
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6033380f-a009-4fe1-a2e7-8b86dccd3b4a
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,292b3dc8-5216-46c8-b7c7-e95b4f59f853
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,566d5650-c634-4dbc-8aeb-0397cbc5bfc8
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,70f9b02c-f335-4047-bbbe-9f4b7530eb1e
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,acf76a2e-ee8d-4c26-8bbf-eb32bf3b4d17
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,417d2201-0b18-4ccb-8f7f-dd1f35280ee1
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5c3c905e-fb9d-4fcb-9289-fa8327ee133d
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,4f01985a-a65f-4f9c-a838-13e3466da3bb
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1a954b1f-9072-43e9-9125-85b7bd0e5023
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3c0c3769-a2a3-43e2-a6a1-09a168a808c6
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,b5539465-f971-46cb-b7d1-016fbedad8fd
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,20c68b9a-665c-4687-9211-32b0b39ebafe
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,70470b60-ed03-43d0-8698-0aa5e3de156e
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,f780547c-86a4-4d1c-93c7-48d184e7dd3d
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,40eac08d-5bbd-4d5a-8496-8ec23cd149cf
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,0d794764-5ba1-4c85-94cf-62b3244fb7a3
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,f3edf643-d2a9-435b-9287-5c01a1c67372
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7dcaef2b-6578-45b1-9791-71644ea1b172
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,cbd5a743-360f-4857-8043-a90d43dfdda0
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,7375ecf3-5ca2-4196-bc4d-1848520df400
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,988e2b68-1fe6-45a7-b8d8-c255e22b8ca6
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d8c6eaa4-7139-4160-926e-4cabb32ca300
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,653e4ac5-cd3c-41ef-9be7-acd647d00338
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,65917c4f-ad17-44f0-a060-caf58c426f8e
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9497d179-af7f-4cae-8779-2317efb6adef
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,e7c5ff76-1247-4faa-95f3-a1c831015b3a
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7e43b47e-f01a-415f-aa78-8bf26051d980
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,bc88d138-fb66-4c15-9bc9-ce311b4e37be
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,0.0004269655908726312,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,4c3a2b06-868f-4967-a9d4-ac8a4e094469
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,235a6c08-f65d-4022-9dd0-027d64ab860d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,51798773-b5b4-47f3-a97a-bb6a67dc19ef
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,ea1c15bd-c46e-416c-8642-aad4fd2be7e0
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,56175811-e51a-4e36-acac-a216e2534350
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,8ca4df82-95ba-4191-ba82-24b62b1ee63e
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,bf49dd31-b040-43d7-933d-2b021266311e
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,f80609b4-5302-4394-a8c6-9b9d2edbd050
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3819ed1f-fecb-4c3e-a16a-bccb08260352
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,0a9ff8ba-451c-42a5-b3f3-09fc7b5dd71e
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b5368c08-5f9f-4bf7-9353-ed1839cd656e
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f8eed7bf-d1db-46fd-8860-f7929b964c9a
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,d4468897-7fa0-4627-b562-3a7bf82c6565
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,096fe40c-d956-4dc6-8baf-2664627a7206
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,62b4caba-d3ce-41b1-988b-a746121c4a7d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,9262f00a-0932-47a2-a14e-1be8f9d4b9ac
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,a40dc568-0183-42eb-b3bb-d8941e690f63
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e5e0e929-2a53-4b2d-befd-7f0e3707498a
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,05df7c2c-4dc5-4ccc-8e6f-e71b3b10a4ea
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1c8cacdc-bbdd-42bd-8185-c94a4ec3cdfa
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,957ce2be-fe77-42e8-b872-6001def2fafb
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,d7a9e177-77fa-41eb-9dc4-3d372c94a718
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,23d112a2-b29d-4476-a221-67f866b8a237
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,667990a4-d76a-4eda-a938-465ff2adfa4b
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,8896c6c2-608d-4a9f-ad1a-175f4219c667
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,721cd549-ea6f-4825-94c1-52dbe8075a6d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f781085b-b514-4254-b8b6-57ccaf29260e
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,d693afb7-95c1-4ee3-9e26-8b730adde12d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5bd5c274-669d-42d1-93b0-eb6453bd8764
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ee2e1a59-6ae6-4fd7-996e-29235803c6e0
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,1.5535500131873517e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,6d1d7e05-1774-460c-83e6-c1bf811f7fbb
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.086,905e646f-6d25-4498-bc03-db03a47e13b5
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,e419ff84-246e-4f5f-ab02-f4932fefff7b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.1.3,modeled_data,kg/kWh,CO2e_value:0.086,f6d60e6b-f9ea-4471-a583-0439331d0f1c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.086,e51bca7e-68e1-4571-b60d-1516c6ee19f3
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,cd6e2e8e-bf09-47f6-a9b4-e5bf8cd442e9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.2.3,modeled_data,kg/kWh,CO2e_value:0.086,63daac0a-5241-4a00-9a00-1e9efabb0638
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.086,00a24945-a351-4a66-9fa4-e82f1b5f7a1d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,cc9288ff-4cf6-4645-80fc-7b187c9860b9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.3.3,modeled_data,kg/kWh,CO2e_value:0.086,bb02be58-c7d2-4f0f-9834-46572ad8e9b7
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.086,44624403-ba9c-4a28-bd5f-99f13409e6d9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,17cbedf3-0e0c-491c-a64f-54c708c431f9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.4.3,modeled_data,kg/kWh,CO2e_value:0.086,9cdf38cd-e32c-4944-935f-11e27132f980
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.086,aba14175-9125-4051-89bc-8895a1fea839
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,de8be657-e94e-42d6-abee-651ba38fd362
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.5.3,modeled_data,kg/kWh,CO2e_value:0.086,80874259-bc61-4cad-ab36-0a77d227cab9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.086,f53e120f-70fd-4bb1-8eb6-69371ee67fa9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,75f35283-a555-4ead-9a1e-a079d42ca60b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,I.6.3,modeled_data,kg/kWh,CO2e_value:0.086,f6848400-d2f6-4f80-bb13-e074ea624c78
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.086,907d0416-c92e-4d37-9323-44b58bb9a237
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,0a1fcba2-89a3-4118-96bb-4ae185340333
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.1.3,modeled_data,kg/kWh,CO2e_value:0.086,ee0aa213-a01e-4050-b483-015ee6312efa
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.086,2c6c8403-9346-4c8a-91ef-5d4c212984eb
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,408c41ca-f05c-43b4-b2bd-a9b110fd411a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.2.3,modeled_data,kg/kWh,CO2e_value:0.086,e2ae6d43-64f6-4fd5-8a08-21f896625ac9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.086,8bd1c1bd-9619-4b74-9767-8081c3bbf7e9
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,9668fa74-a994-4b7c-8cff-7108d46451fa
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.3.3,modeled_data,kg/kWh,CO2e_value:0.086,d9122e10-8636-4750-9c22-99510b10aa9d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.086,d72b0ac4-5a1c-409f-86aa-77c914ce9d1d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,0033005f-6ebd-4554-8735-a5ed06c0e85a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,0.06860872191336634,II.4.3,modeled_data,kg/kWh,CO2e_value:0.086,d30120cd-2de0-4cb4-99ce-7ddedece3963
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.086,7e4a64cb-f787-4609-95c7-229fb9c4946b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,95e2f28c-4f5f-443f-bcce-b6af352a1237
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.1.3,modeled_data,kg/kWh,CO2e_value:0.086,1b65fb5b-88c6-49c6-a413-a3634560c5ae
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.086,ec864343-a321-4933-bcc3-602a1297529e
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,b29d53d3-85bb-4146-a167-fe2a17a5b0d4
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.2.3,modeled_data,kg/kWh,CO2e_value:0.086,817379f2-954f-48ce-afa0-9400844d655d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.086,deb3b439-fe01-4c3f-84cf-2bc742edc5a7
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,144e9128-0640-4161-843f-cafcfbb8a014
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.3.3,modeled_data,kg/kWh,CO2e_value:0.086,6beec266-e81f-403f-b9ad-e6376699ab1b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.086,3bc5ded8-bbcd-4ecb-a6c1-cd33642da873
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,036556c0-8748-4cdc-bc64-859c4d98059e
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.4.3,modeled_data,kg/kWh,CO2e_value:0.086,4e8c36fa-412e-4208-a09e-e738493e32fc
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.086,b5f5962a-d44d-460c-80c9-fddd6c8ec8c1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,f8d3823d-8b0a-41d0-9307-904a0ca8abb8
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.5.3,modeled_data,kg/kWh,CO2e_value:0.086,86212726-5e86-4ba6-96a3-5421b83c72ad
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.086,a9690ae0-2a9a-4d07-a119-e7960258488d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,ec997d9a-2dfb-4312-b224-a98082641b20
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,I.6.3,modeled_data,kg/kWh,CO2e_value:0.086,8b8c600f-66cc-48b8-9666-e2fdc65f1ffd
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.086,93fd012c-d862-4268-803f-def809ca4862
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,8c355093-c72a-4c40-9159-8a7934cbc44d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.1.3,modeled_data,kg/kWh,CO2e_value:0.086,9b394a5b-e297-44b5-a255-aee5c6ae929d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.086,42daf5ed-82aa-4c33-9012-83c6dd500eda
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,cfce9915-f01d-43e8-bcff-dc3df802f3bd
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.2.3,modeled_data,kg/kWh,CO2e_value:0.086,a5327e2f-34f5-4a8f-aa5e-14abf15bfca0
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.086,556fe4f0-ada4-4f6a-a186-9053b0a79170
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,6018730d-cbd4-4c49-8edb-3e218b5314a1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.3.3,modeled_data,kg/kWh,CO2e_value:0.086,58a2aed6-7ecb-4ce0-b7b6-90402367f762
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.086,b74f0f08-5fd4-4680-900b-f8c5930baf8b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,692157bb-efa6-41a5-810e-6b602f820922
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,0.0004316823945891338,II.4.3,modeled_data,kg/kWh,CO2e_value:0.086,829b8d3c-0cb2-4cd3-b367-99d52b632c45
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.086,a3b0f776-fb59-46d8-bf80-4b6ffbd88819
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,6cccf75f-3212-4f6f-bef2-32e57ddc750c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.086,c2c3d5cd-9a8b-448c-88a2-4228b338521a
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.086,7a0289cd-a57b-4e87-979a-2b24c11ee610
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,e8c1dddf-a4d0-45f2-95bf-01916529243f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.086,d1caf9c2-ba5b-40f4-89b7-6cd0e112421d
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.086,884cf7d9-e153-4042-b054-f9d0b4246629
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,3f1b965a-0be2-443d-b088-2c346a2e29dc
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.086,82cc393f-4d2c-45a0-9f44-7059ac9daf2e
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.086,b1a80761-4527-49e4-9caf-7f680962a658
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,b829a505-aa9f-42e8-b251-a81971999182
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.086,80386f58-7e55-4f00-96ca-1ea8a0ca1497
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.086,fbfe91af-6302-47c0-a67a-7b6e8b549aa1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,9f1c0cd2-c70c-4968-97bc-bd7acca37959
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.086,a90d4f4e-2a21-4606-9759-1dc3941d0071
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.086,1d6700a2-4836-4259-8ff2-4688972e4f81
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,2678d8eb-8f83-490b-8faa-8a23e0b6ae15
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.086,ea19999b-3648-4f15-bb39-dddce6258a25
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.086,a963f924-9a87-4a1c-baab-8f41c2ccd683
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,1344ac94-20a9-4996-9524-d4f412f5af4c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.086,68853c26-9b53-431f-a4a6-4c4ff652a31b
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.086,7394acd9-f4fb-4116-8bef-40de8f5ea61c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,9402765c-ec13-40d8-9291-391e4e8206eb
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.086,3d33e14a-5d08-4095-a9be-289389dbdcd1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.086,006b0b42-ec28-419a-9695-adf63c1a142f
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,6ac6a543-0aaf-42c7-b12b-dde33067ea95
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.086,6344c115-8ccc-4baa-8349-e3251832a709
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.086,a290c962-21b8-4e2e-9cef-31920ad04af1
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.086,b18fb8ac-eb23-40a4-91b1-89f4a4ba7400
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,1.5707124980166286e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.086,310eeda6-77f0-4bf1-9b05-d1d7d58b0100
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,1d3e2714-8f44-4548-9af8-b0fa66a44f4a
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,0fd665ad-2693-4838-bb96-e57a83a00d22
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,f295cc27-1378-4f89-aed0-9d419231b69c
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,6a97eb74-5a98-4a56-9cf8-045ad822d0a8
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,dc35c1d3-11a6-40af-a959-0ecd5f664316
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,32213b73-23e6-4ba6-95e8-05ff671e58f6
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,06777850-8f4a-4e1a-b4ca-b261f8a00367
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,15899153-413b-43df-a92c-e47455e203a2
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,c6c59dc6-987e-4d4e-8c33-4c6043bd0d25
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a64ceea8-de2c-48b0-a979-ab19f02d3832
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,a61dd009-59c1-48f0-afe2-7e2f8fd663e5
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,69a41b67-7796-4f02-86d1-ff31a67c24f1
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,e7f7ebee-e105-411d-ab2d-b32c22b3e555
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,80de0a04-912c-4056-b434-ecf7644a6b4b
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,9b48de3b-5a52-4535-a933-008246c6762a
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,2531250c-ffd9-4078-8e69-cc192c67b5d8
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,7c23b75b-6bee-4899-9816-2be3b586e643
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,b8bcada4-80b9-492a-9960-0bc373d33809
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,644b8623-4ee6-4abe-999a-b977d31f251f
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,7d9b2092-8c71-4e02-871a-866190e1927b
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,c924e5e4-b0d5-4a98-951f-dca60f279be5
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,2f751bb9-9f58-46af-8ee2-b26805914a2c
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,6fd17c47-5f67-4706-be2f-05415d14e112
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,99909d89-0ccd-47d8-a393-fc0e36571468
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,981d62e7-0a06-4c36-a503-f782237c8b11
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,cd35e551-ef96-414d-afb3-c3038d0f3ce7
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,c16c55a2-49cf-4b37-8f89-6f8b931d4ea6
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a5978172-8425-48f6-82c8-b15a1019db31
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,dbe1704a-9038-4368-8e6a-f22f7d531a15
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,0.02130048711058191,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,eb4f3a02-ee2b-42fb-919a-9251283d6391
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,d11242b0-4915-4a14-aff8-cbf46e249834
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,02ce8dd7-763f-454e-84d3-e20a6fb45b7e
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,3201c26a-8dee-4901-b031-de7a07dba011
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,d51867e7-af21-473c-b9e0-e482aed6128f
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,e4e94e06-01be-4737-b4e8-a399cc36efba
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,98cc2460-d6c4-4570-8ce0-60b11b7cc2a1
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,6ce44798-f1e8-409e-8216-8bb2675f3350
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,589dee57-67a4-4230-af12-334486d64deb
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,b3498d0d-20e7-493b-978f-588d8e48242a
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,e42dcc0f-b65a-410c-b12b-74f29f137cea
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,0c58a82a-ee8b-436b-941c-5a133bad63bc
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,81170b35-da6e-476e-914a-26ffdf7b1c24
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,b4ee1a27-9ec9-46d3-9f0a-713cb3007862
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,20990f2e-f9c7-4f81-8167-7274c10c3acb
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,c9b2d1db-34f9-466d-8511-77fb46dfdd6c
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,8ef980b0-28de-4de0-9b69-6d26131ecd83
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,cb800d11-ab2f-4205-af0b-86b22254e36d
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,1c5246da-12e2-48b5-b047-41b4accf3504
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,08ea0c8c-b2c6-4a66-a2ae-c58af6d1c416
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,e5aa0528-0ea2-4976-868b-c516547da917
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,f900bd55-e0ce-48fc-94d7-dcdc8d6aa9f2
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,09bba34e-c707-446c-a319-3bd352bc7a41
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,f14e1488-5012-479e-908d-3d9a4dfea387
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,a7439e30-f8fa-48de-9911-bc4375fe04c8
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,58bf892b-a106-44f1-bf2c-1f2e8147a2ad
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,8efe6c83-fcbe-4519-9a38-3251b99044fb
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,15699f7c-9dc7-499a-b33d-3cc187acea5e
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,0d6920a9-5591-4d94-b2bb-8756a669b92f
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,b9254f69-ce84-4de4-b084-f03d3e0cd654
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,0.0001340215212494667,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,feb0703a-3107-4770-9184-0e2154cba18b
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f7c99edf-38da-4a80-af52-f3fb377f20c7
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,de34e3f1-d899-46e5-b90a-f94ca32fbda9
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,2536bd07-589e-4815-8a40-60c6ed254931
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,4bf4011e-c212-4600-a8fc-aa85d110bcd3
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,ae95e491-edf5-4e6c-a80e-b7ec161da004
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,9777c178-0313-4e92-9847-d5a11eaebcad
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,45a18b38-9a68-48d4-b03f-d5d55f07890e
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,0796d9a6-e8c6-4537-b8f8-8fd5058d175d
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,124eed4e-f232-41ed-b33e-0ea4fe8603c8
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,940512b6-2cce-4cbc-99f8-758f1c9bc282
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,a064f649-0cce-42aa-b918-be08eca0d1bb
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,4eb5f6c0-ab30-455b-90c3-89901eebe1b2
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,5f2273ac-1be3-474e-aa25-08de0ff0e21c
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,8c971618-5433-413b-9db6-76fa04b4add1
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,13da614a-4e36-4903-b186-76d82526387f
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f6bbe209-63b6-4991-85e1-5bf804ec6cf9
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,28a044ab-c74b-4f2f-bebf-ef7732aa60a7
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,f018f3a4-1022-4591-bf22-78626d2d3570
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,9adeb829-ee0d-4e20-93c6-db84556acd77
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,3f6d3077-ac01-4909-b973-2b81cfe58b8a
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,2099b3e0-4d4f-4582-866f-f4a3b26b29e4
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,863937aa-3a97-48ac-9401-99f06dbef460
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,728475b0-0f33-4fef-8710-2c908efe40e6
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,8cc1282b-bcbb-4b0e-b38c-4830f9869150
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,fb84371f-b3b9-44bd-a3b2-26e4c243f14f
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,b16893ff-6a4d-41f3-bc65-45c7ddf438af
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,55258dad-5553-4844-b4d3-2dae7d83d7a1
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,46c39af1-3602-48f8-addf-1682535fe8cf
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,57fb2ab8-0cb8-4efe-b643-1a40f9e05a49
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,4.8764851443639905e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,037d6eef-5361-4d8f-b305-a5cfbc79b855
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,8be301b7-75d0-4e31-b173-6351f268a585
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,dcca9320-ab01-4ec2-9fcf-c92ef75227ac
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,7adb71a6-4355-4ee5-8952-acbbe04f18f6
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,cd6b8638-9525-42a6-9aca-555a8b1c4748
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d306d558-6cc7-42e1-a513-6c692fa0e978
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,9e972506-e347-4701-853e-9aab2cdb22ce
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,8daf3cc2-4319-4967-ac3b-92609131a683
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a78655e0-bc24-42cf-a3bc-23d2f17397cf
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,961023b2-0878-4266-b2ca-757c04b8df70
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,de7c5f80-ace8-4dde-b815-db592bb58f1e
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,f4379738-335f-4c2c-b09a-1dc23c30a2d8
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,6ac2a933-037f-4376-87e1-a92584db487d
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,43de88f2-572d-424f-aebb-f0666d262d86
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,828eea8a-d15b-4d7a-94bc-9c901f55fed5
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,e0eb4524-be3a-474e-83ec-b0a32139698c
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,11125a79-9520-4baa-9d8b-60e09f09cd2b
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,72118ab5-e41c-4a09-b54d-a88a14bab598
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,35aca7bd-44c5-4181-b336-20aab57ff6f9
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,16fcc58e-19a1-4a6a-8f44-4a33372681eb
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,af823486-6d02-4896-af6b-c54921c6d34d
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,feba68d6-8db5-4b13-897a-fb7d9bf84c7d
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,53842fe2-077f-4206-9edb-1896caa6a1a4
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,71495852-0100-446b-bcc8-d032d585e633
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,2712b879-e219-4f9f-98d9-38982528f6bf
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,f419a8e7-9f64-474a-83ab-636bc4ecbd31
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d8719ebe-edcd-4355-8ff3-abfc9ac4e133
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,4933975a-808c-49f6-aa65-aee9c9153a74
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,852e4afe-7340-4990-8d86-589225143742
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,cb4d9d50-8797-4c23-b77b-06639a1295c2
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,0.05155200135891641,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,acf50946-f5f8-4f0c-a790-188f24e86172
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,012103b1-6504-4ffe-b13f-e543264634fb
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,b4cb2529-a0db-4247-af8f-91e5a2847645
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,38382525-e9f1-4f26-a23d-46b96e8032cf
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,b42bdf9c-e475-43a9-90af-079f8b76e1ed
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,5a0569af-64ef-4e08-a821-5461c4b5ed97
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,1ca15572-abdd-4167-b233-8e9ba2b36408
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,6f9f2dc0-a193-449e-8929-e84265497124
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c050dc76-9731-44aa-a407-69ad2c6014f3
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,4e0579c3-4e71-490f-a9bc-056f220a8d22
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,133f4bc9-f705-460a-9e4d-04c0d01219b2
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,85211912-3139-460d-a1af-9ef691030761
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,9273f187-f626-47a4-96e1-f0874e7d0671
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1af7d392-0add-4775-9ae0-3e4f764d91f8
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,47c408c7-c5ba-4623-baac-bf3d8cb6ce7e
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,b7e4729d-2eda-4c9b-aefc-9193a4a83d44
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,ca3a350f-ac58-40cd-a1a2-6594a35b7342
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,29ad1807-c10a-4ba9-a08d-57cd13cd3761
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,3e3ba1bb-e34d-4477-8dd7-7de73bc4a2c4
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,7529e76b-4f60-4654-8a13-6e4435988cee
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,90cd4439-5515-4c9e-8740-e42f8a569b82
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,24993815-1cd9-4aa2-b3d0-0713fba01e38
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,ef03730e-6744-4a5b-8c37-0e747e41ab6b
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,88178f5b-ce71-49c3-93c9-cf6ed9ada558
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,839276ad-f783-4483-b6a9-75707d33badf
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1494e8ac-c350-4a62-8869-39358d4a9692
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,8593f8a8-b0f5-4350-9b6e-8b9c34c4077f
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,e1906617-84f9-4884-879f-17dc3087e61c
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,815c9503-f80c-4852-970f-08923d05d81e
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3b79d8a8-ab56-4269-afb7-7f018af9363e
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,0.0003243624246576116,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,778b1db9-032e-4c11-9dbc-8f7479a779b1
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,ab121a12-31d0-48ba-b027-12ae39f6957c
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,f6ecf0c8-fa24-4920-bf09-07245e1ef23e
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,67c55b15-2fa9-41e2-be1f-c85be250d202
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,af623215-4239-4b0d-83fd-327e1e73f8af
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,2cbd57c0-6388-4f44-adb9-efd7d17abdaf
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,5597a327-eb0e-4547-a4b9-23102c3de4ca
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,0d9ac8d7-eaa0-4313-8bc9-76533ddf4d40
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,0de7a73a-cfd7-4ba5-b70c-65bf1619f924
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,b520959e-225f-469c-9b1b-484d8613222a
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d08823cc-1709-416f-bf4f-3a2f26597fa5
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,dba5ceba-5646-441e-aede-e431d5ebc701
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,8102a5ce-8e97-4986-8f24-276617ae79f8
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,77bf92b4-a192-4bff-9e98-3ae90687b803
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,edd31eb7-4276-45bd-ba25-700fbeb4e0ab
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,73bbebd9-7c26-4b6d-8af3-96ad972b0a52
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,df261db4-23be-4783-93c1-fbafe189c0e3
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,718d29d7-95c7-4750-a257-594ad8f04acd
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,c1f6dc85-6a29-4cf5-b9af-bea67b0121e1
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,2024d637-2593-4fae-b875-1123cb997dbc
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,06285c3b-516f-4ccb-bb34-88e15e0939b6
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,945d663d-bcac-4aa2-8f3f-b80f3ebb8de7
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c8620dc2-9d14-41cd-a454-4a889dc5dbf1
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,4bc640b7-6196-402e-b74d-f90d9703eab3
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,88b8358c-2325-4cda-9d44-0e4fa2bbc6d3
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,001a58a1-3822-432c-907f-095540fd7804
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,5c476f06-403f-4d76-a5f0-bfb5443f10a1
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,a6033407-ac76-4bf0-912c-69669b127e56
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,23f4cdbb-b105-4bc3-81a4-0a2af4d2d0d0
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,da0cce52-05c0-433b-b91a-fcd1c56a36b9
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,1.1802198113305039e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,b491de73-3a64-444d-9548-bff4aaab4b20
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,34813748-cf9a-4e49-9716-20a385eccd2e
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,3b3fcf1b-28a2-4b08-9cae-bd4cedbc75f8
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.1.3,modeled_data,kg/kWh,CO2e_value:0.025,1c2aed27-74bc-4480-b599-f354c3fd149c
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,2a59e79d-77ab-4a06-a859-5a9aa75de32b
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,df7b6331-fdcc-4cc8-b34c-978669309a33
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.2.3,modeled_data,kg/kWh,CO2e_value:0.025,d30515e9-8899-4905-88e2-a8537913aad6
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,65ad1ec3-4784-4dd4-9bb9-554d9e5eb908
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,57ce5c67-b8e5-49d1-ae13-20ae74a4c2e2
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.3.3,modeled_data,kg/kWh,CO2e_value:0.025,5ee8cbcc-c531-4ba2-b127-d7d976843425
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,92ed7f3a-3243-48af-8c5a-0dae82c98cf1
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,d9f488e5-a232-426d-a3e1-90198392c6e3
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.4.3,modeled_data,kg/kWh,CO2e_value:0.025,5e17d892-e6de-433a-a437-c349272b172b
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.025,177115e1-2c72-4a8d-ab08-0b22ea5e6730
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,5fdcd41e-ab42-4dcd-bf61-20d60ab67903
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.5.3,modeled_data,kg/kWh,CO2e_value:0.025,3055bcc3-b845-4042-ac59-52fa65547db9
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.025,27cf738f-3a0e-4f20-b63c-cf879a20ca14
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,487c0efb-6cc6-43a5-824d-2825c5c67b4d
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,I.6.3,modeled_data,kg/kWh,CO2e_value:0.025,d93e552c-7e0b-4240-b6c4-b0d6ee43e528
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,ee118df3-b16e-4f52-8620-f2f278c8e0fd
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,878a76dc-7b5b-400c-990e-08e4dff35c36
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.1.3,modeled_data,kg/kWh,CO2e_value:0.025,80e17513-8f9e-49b5-b42e-e848955cc312
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,6a7fcc64-d21e-4c40-8845-4bc5676d0743
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,4ca08e87-29ea-4547-a689-03283fdad540
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.2.3,modeled_data,kg/kWh,CO2e_value:0.025,05b0972b-d658-4a82-b7b4-96588b0fd36a
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,39edc4ff-f841-44d6-8a0d-9f3094f22ebd
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,411fcf82-b6f1-4022-a2c8-80e158e048c7
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.3.3,modeled_data,kg/kWh,CO2e_value:0.025,95c3b086-53a1-4530-8b1f-eaf3ea45063e
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,b875afd8-0367-489f-b0ca-d36a17211aec
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,bc48849f-4bad-4f35-8776-f6705efe328c
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,0.01967851917179493,II.4.3,modeled_data,kg/kWh,CO2e_value:0.025,164d06de-d0fc-452b-8f54-82ad31e40766
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,b95a4261-d901-4446-880c-ebd8c34a2361
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,f76b2fcc-0c55-4564-bb97-7c9177c0c6e6
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.1.3,modeled_data,kg/kWh,CO2e_value:0.025,90717678-cc48-41c3-ae07-9bb0df66bc60
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,9ddf37b7-97dd-4636-9776-5c1e6002d55d
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,5b651622-2e6d-4748-b8be-101deae6e482
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.2.3,modeled_data,kg/kWh,CO2e_value:0.025,846885a5-2d17-41d8-9c6a-28c9074cb731
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,6f947baf-925d-4baf-95a9-4e1c569aa0c4
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,7720c4e7-6a8a-45cf-ac6a-4a3465a2e4e9
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.3.3,modeled_data,kg/kWh,CO2e_value:0.025,47d73c95-9171-4b77-88b9-1eddd4cee87e
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,cafa6fb9-01b2-4b4f-bead-7b3bc0b251be
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,ca08d450-b431-471c-8f90-600c4d76b7a5
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.4.3,modeled_data,kg/kWh,CO2e_value:0.025,2b5ef9b8-990e-4f2f-9ce7-c4bfbd542e9c
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.025,da7bccf0-0a47-448d-bcc1-f6fb8a105db6
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,c1d82923-68a4-437c-895f-b675adfca7dc
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.5.3,modeled_data,kg/kWh,CO2e_value:0.025,dbca2733-794e-4305-a0b2-70a3f47f696e
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.025,9d90ad90-1143-4c75-b79a-5c62942a92c5
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,00e9a43e-da24-4010-972b-049f44d1e6bf
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,I.6.3,modeled_data,kg/kWh,CO2e_value:0.025,283dfe7f-bbb9-437b-a2ec-2270d653e5cd
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,c046941c-f562-49b0-aa00-19530484131e
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,9bed9d9d-198f-46b2-afdd-112e7e6b8e4f
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.1.3,modeled_data,kg/kWh,CO2e_value:0.025,4a7ee98c-fef8-47c2-9fc5-8f25d6aee0e0
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,03e91612-e203-437d-b344-044bb732688f
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,22daebf9-33fa-4621-a735-c68a66b48641
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.2.3,modeled_data,kg/kWh,CO2e_value:0.025,225b756d-7f45-4d07-89f3-3e1d11c2ff41
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,ce7901cd-d3db-4e36-b96b-abc93e7fea6f
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,32cc674f-901e-4f49-ba7f-10d9de91ffd4
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.3.3,modeled_data,kg/kWh,CO2e_value:0.025,4cd0e926-518e-4b57-a9f0-9ac9a654d8e6
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,ce4738ea-b594-451f-bee6-8c1be408e61c
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,d3802b5b-fc7b-4e02-a4e9-16cb64b62da9
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,0.00012381618606414592,II.4.3,modeled_data,kg/kWh,CO2e_value:0.025,c7369b57-d68b-4b8b-a649-2a2de123c0d3
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,532b3295-6aec-4ecf-a129-574f87959324
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,74df88cc-e8c4-484c-a0d0-c63faa8ecc50
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.025,3c4f6b80-6584-4d3b-8386-a14a917f2af9
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,8050e187-81e9-477b-ab19-d04f0bf9bae7
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,d1c8a693-09f0-45cb-9db7-2a6d558ef1a1
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.025,33155c80-5148-433c-bd59-119af359b708
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,a6bdde94-22cd-4355-a682-c57d8af71f8a
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,ac326996-55e2-4820-b9d2-de14bd9965a9
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.025,05a92fca-cae4-4e26-8342-b145ea55be66
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,69fde1d0-fdb3-4829-8a91-d10233c554e5
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,2f18529f-58cb-4157-8f28-7976a0f639ac
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.025,4ff12fc7-2cf6-427a-8bff-920df255698b
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.025,56b1ce99-ac25-43a8-882f-6a719e55ade3
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,4cf76263-c53d-43eb-8487-56d69e8c4fcb
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.025,545e75e1-527b-4966-87b4-e55a0fdd2ebe
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.025,f6fc759f-72ff-4e4e-bf13-b6bfe21f5453
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,cb6cc5b2-b12e-432f-9c87-080fe76d8bc7
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.025,c31724fa-61df-4114-8e2e-0d0439d13a19
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,9e4241a6-21bc-469f-b82e-a147bb9adad6
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,4364f458-1845-46ea-a3dc-b25c6f0fd51f
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.025,a1fb1b82-df1a-4a8e-9ef7-0cc97cf115ec
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,b0f7d250-e3eb-4020-bd93-1a53feb7ac16
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,78ae739e-84bc-4cfb-ac96-0ebc08f5c18b
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.025,30cf88cf-5f4a-42cf-baf7-4b3ddc57d0d2
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,69aa1fc7-342f-4096-a65a-8a1833954a85
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,e7620746-7cd5-47c2-b94e-42af631524e1
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.025,fe37d1b1-908c-40d2-b1ce-e191529c54c7
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,24766f22-3ac2-4fc6-808d-52c096eb13f1
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,127278d6-b740-488f-b31a-dd2b4cc96ec6
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,4.50515548804829e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.025,9116af9d-7c75-48e7-b0d7-64617087c78e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.104,d6c4e8cb-59d3-4404-ab9c-30e6b413b547
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,63d8064c-c690-48c7-90d8-c57662e5d28b
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.1.3,modeled_data,kg/kWh,CO2e_value:0.104,4a439931-4214-4331-a7e1-678622e30c1a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.104,8e4ad630-fd2b-42d3-a542-7181a10bef44
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,c4a0c841-7cc4-411f-89aa-5a649578bcee
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.2.3,modeled_data,kg/kWh,CO2e_value:0.104,265b2e31-45f1-41e1-855e-0e8c00beb9e0
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.104,9017968f-f74e-4d68-bd4d-22efab163e9a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,ec4f57ad-fa24-4ddf-877d-5ffe8823702a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.3.3,modeled_data,kg/kWh,CO2e_value:0.104,108083c3-5b18-48fc-ac0d-b10b8b39b69a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.104,0ce84d44-703c-4fe3-96e5-2eb671b4fc35
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,e68de280-af16-41ce-b73f-e3c3ef4d0085
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.4.3,modeled_data,kg/kWh,CO2e_value:0.104,65d90702-8cce-4f5f-a419-d8d189c95b7f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.104,be838f1e-1f19-4aa8-937c-ae07f5a344a1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,cd511c94-a3b3-4259-b1dd-9bddd716708f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.5.3,modeled_data,kg/kWh,CO2e_value:0.104,957a4c3a-21f2-4ce4-87ff-bde3aeafb3a9
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.104,26e5b4f5-4195-4722-8d3d-77cbb67ad324
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,5be930c6-67a4-4f6b-9e59-f2a6e18fecb4
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,I.6.3,modeled_data,kg/kWh,CO2e_value:0.104,6ff17503-a6ab-4cf4-8c58-3f3c37d8327d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.104,16099807-2a73-4f23-9c2d-8e97db5b17f7
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,0cd7ebb3-7377-4e89-9c19-5a76d9a1192d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.1.3,modeled_data,kg/kWh,CO2e_value:0.104,22e2f0cb-d1b2-4f25-87a1-41e827ae699c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.104,7c0b2a3b-5dcc-46a0-b1a1-7785491dcc2a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,d91e6927-e81b-41cc-b4c6-3603a75ac9e7
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.2.3,modeled_data,kg/kWh,CO2e_value:0.104,374b2741-1c72-4754-9c84-2a0e2762efed
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.104,67f5c17b-aff1-45d7-b115-dff91c4d2ad1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,b05825ac-6f29-41bd-9100-8838ca8bef25
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.3.3,modeled_data,kg/kWh,CO2e_value:0.104,416eb16e-43b9-4b64-834f-e87976ca7a3e
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.104,59b3808f-a841-49a8-bd36-da7c82acb552
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,d122ace7-6dac-48f6-a71c-7e1cc9a4a1e5
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,0.08301522821904965,II.4.3,modeled_data,kg/kWh,CO2e_value:0.104,29cc988a-5891-4c9a-abaf-5ac034bc1c69
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.104,d6afc5ce-dd97-453b-8399-fa75e3e1f36f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,f2bd6f2f-bd8a-4065-9426-d901f26cfbb1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.1.3,modeled_data,kg/kWh,CO2e_value:0.104,568f63b2-9893-4598-8bd5-688f44d56d6d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.104,bcddcfb8-6fa1-4630-b758-6c11419b0e53
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,4abd84f9-836c-41b3-ad51-b21b5837b052
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.2.3,modeled_data,kg/kWh,CO2e_value:0.104,231ba85b-8d27-4c4d-869d-2fd5c8e2d360
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.104,256d2656-121e-478a-b03a-68ac70fe8c43
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,66a5c935-c097-464c-91f9-a08fe3dfd7b8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.3.3,modeled_data,kg/kWh,CO2e_value:0.104,841ded61-673a-4d87-9787-1ceb4aeaf1ef
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.104,1dbf77bf-eba3-4c7b-90fc-3cd6506e2828
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,81477ef3-af45-4871-b637-d033b74f9c38
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.4.3,modeled_data,kg/kWh,CO2e_value:0.104,bf3dcfc0-7975-450a-994f-0d69a930a32d
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.104,e32b5c07-e930-4ebd-8b76-a5787c50e936
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,73be159c-986f-4393-9e53-20d84881d979
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.5.3,modeled_data,kg/kWh,CO2e_value:0.104,a0f24bd5-08d8-4fe2-979d-b60855ce7130
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.104,c0163b24-37e0-4cf0-b119-c1a0e13458ff
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,a9e03a61-bad0-42dc-bf20-337ddeef461a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,I.6.3,modeled_data,kg/kWh,CO2e_value:0.104,812e07a1-ee3c-4e7d-94ab-bdb3070c3120
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.104,5d4327ac-62de-45b7-8aee-c76c9a8c4cf3
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,2b741ed6-9430-4fd1-a4b8-0b23d9efb521
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.1.3,modeled_data,kg/kWh,CO2e_value:0.104,f4dc521e-8f60-4436-acf8-9d11ab328104
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.104,98533808-c7ae-4c38-a6d4-1fd7354ac1fa
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,4206a731-1c0e-4b0e-a186-f9c6cc077f9b
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.2.3,modeled_data,kg/kWh,CO2e_value:0.104,71ee0c54-75d5-4c7c-9252-33d3b9982aa2
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.104,565d2730-dd84-4688-915c-3b8d6ff88b02
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,def5c83f-8ecf-4828-adf6-6b2386a1b253
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.3.3,modeled_data,kg/kWh,CO2e_value:0.104,de6ca4d1-41ff-47fb-863b-5cf003dac542
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.104,d482646b-6c9c-4879-a9ce-0e0e9f1c9401
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,6119d69a-337d-4f8f-ab91-3762193328e3
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,0.0005223273587607989,II.4.3,modeled_data,kg/kWh,CO2e_value:0.104,34a487bb-06f8-4c07-aa6d-3aaff00c0b72
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.104,3909abec-7723-48b0-ba2e-71c912b7aa59
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,4cd1a232-58d3-43df-a755-8d074cc5dd52
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.104,dc6bf9fe-fc26-42e4-a7f4-651f34cb4d3f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.104,78e1c262-d60b-4162-b433-bbbf3dc5172c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,4b13839c-b9c8-4fad-ad94-99d69d2d35e1
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.104,89f25407-0432-4fcd-a8b2-39359b650d4b
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.104,2773c548-ac35-450e-93a5-055b3aa77e95
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,f967eda5-a808-4182-9fe7-2d62599b8499
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.104,079d7519-3767-4ffb-a154-7c67733cf3c8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.104,d464d8e5-7f52-4c66-b7da-9f27bc791480
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,746dae99-038a-49dc-99b6-748c06d353bd
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.104,fe9a8b93-12f0-454c-8cec-6af26feb0f5a
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.104,ce180d3d-1a9c-4576-a460-cd056e99be33
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,74a15761-7e3e-4d30-99e6-2b0f950dd82f
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.104,33da1e7f-8df2-4e38-9e48-de3bb04599f3
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.104,7e16b74a-af4d-4bd6-bcbf-4d4f2e215c01
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,5106364f-17a4-436a-8953-4079aae3bbf8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.104,4ec9aacc-7f0e-45fb-b966-2116919e4d0c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.104,4feaa79c-60a6-484e-9fce-e7e18482df74
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,03e1edbb-f07f-4f82-8627-ac8d1b35dbf8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.104,9b525858-aa34-4df5-bea9-0142241c3c97
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.104,adffdee6-f18d-44db-9706-83fb9e339d34
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,2df27ae5-60ca-43b3-bb7a-88aa8ac6ca5b
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.104,ae93d0fa-26ae-44a6-8b4e-5f3874c90fa2
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.104,6c2898aa-5651-40c5-9256-b6e90152c058
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,79334d68-e33a-467e-be78-8aa727e7adf8
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.104,69feafed-ccfc-4393-b51f-6319f8cfb930
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.104,c2d9620e-81d3-42e5-98c4-84852903fc70
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.104,6bc2d63c-1a31-4752-b16f-accb15104c89
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,1.9005317815716495e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.104,aa407125-e0b1-4197-82b8-11981c97888c
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,6a308e6c-8cbf-42ab-b07d-606dda8f0834
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,70ab6ae5-3c36-42b0-80fc-77511bd40a1a
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,24f28a9b-c327-472f-bf64-29784932086d
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,337c9dc9-2ac9-4154-8346-f67fa0e95f34
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5fd841a5-928a-40b8-8c06-1607d844753f
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,efb0978f-f122-40c8-9ce6-53b3709ed4d8
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,a9d0b394-3442-4352-937a-22ce6933ffc1
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,a305a83c-96a0-42c8-be73-ab445261451c
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,f6f6d871-8583-4414-b7f2-6ecafb6f04f0
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,008b5def-2474-45b0-a151-f04c363fc60b
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,513013fe-28f7-4aba-9127-9b687c55de89
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,689978a5-1714-4cfa-a95b-6ac51646ed57
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,7d3b8526-2784-4265-81e0-5aecb205ec15
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,7e57e5d9-e21b-4dc8-a72e-3b559053bcff
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,aaa6c1f9-5047-4d4b-ba79-b170d106e328
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,bfc0c2d6-e76a-432c-85d5-0124c60ba754
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,632f36ee-b4a3-4b83-a1a9-1ef6d4cf9383
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,f18b569a-479a-4eb8-86cb-26a3bd4a113e
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,1ab304a7-779d-474c-a697-7731a0e6ba7e
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,8e23b134-676a-42c9-9a53-6b73405ed668
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,902cbed0-ca3c-4f49-a185-6a433e6fe012
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,a106d5f6-c582-4bbd-b829-a7f890afb77a
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,655f008f-7a3f-4746-b9f1-f2ebb0614ce5
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,a1946a35-1b46-43a3-9193-bd2318277ed2
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,72147ac9-2c18-490b-9b9d-57cdc0a2797c
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,d924ce14-5a84-4c4e-bc06-7079955989fc
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,4b713b00-c5e2-47ea-b793-09633b0722d6
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,8684d934-37cd-4b29-8812-0a8b926d9e5d
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,2d138fd8-fa5d-4ff6-89e9-d73e8cac219a
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,0.08676680390618435,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,d576a3f8-39b8-42b7-8ef9-b2b848002ddb
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,d5cc0aa8-cd81-42d3-94d3-19fd14d5c8c6
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,2b2b2521-9bcd-4a1c-b2ab-341be468050a
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,8443ae6a-a2ec-4749-a2fd-61ad8cd0b07e
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,0eee7f4f-8311-4064-8b0e-8934a30e2020
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,31ecceb8-1c5e-42bf-9f0f-d4848eb5d28e
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,6cbbe990-3fd8-4ac5-8e88-a6d445825404
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,d44808a2-02bb-4ef4-a996-7ba49a4d5a80
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5d307876-9859-46e0-bbed-6bbb552bed27
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,4fcc9b63-03de-4702-b846-f14c7fe76e25
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,069d6b63-06fb-4e45-b060-6c09c761ed88
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5f29c70e-ecd2-4504-a014-51e805280ff5
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,ef1a4a5d-cfc6-4d53-ba90-bc9e90488e94
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c0cbc09c-afb3-4137-a6e7-1886d7fec1f8
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,536f7640-3e64-4d13-89d3-1e5bcd95fc31
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,9d777003-952f-4365-9313-557304d5eeb9
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,547d51eb-844f-4162-9c61-90d48050851c
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,43f41f2b-aa63-4f37-bab3-3fc3a794acbf
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,cd7e515c-1c63-4e00-b003-63527a82e4b1
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,ae0d3a14-f588-4821-9732-042dfa58f558
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,baa20f95-d5c3-4c8f-adfa-8de452c454fe
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,70f25f5a-9351-4271-83a2-32506bc91082
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,f0eb917c-9344-4b61-800d-e52363291acb
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,f13e183a-3aad-4e7b-a191-1d2f036796be
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,e872ba34-b037-4b09-bc76-1e895f7c9a4f
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,6f188065-3fb2-4686-9723-dc21d5ef4420
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,d346df59-edff-40fa-b2d8-8c9c09c3cf75
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,93109f4e-9b08-4989-8331-5a9abd44e6dd
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,aaebaa0e-4d7f-4480-9b1b-f2e636f653dd
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,6c5f765c-1cd4-4f29-9a6f-e8ccc6132866
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,0.0005459320715573679,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,a633e5b2-b200-4059-8327-38e157b7c18c
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,9b5227a1-f208-4602-afde-06d611baea87
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,80c8d0fd-9e09-4e57-a88f-57827d91c455
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,f796738d-3383-4fd4-bc58-15ae825caf25
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,bbb569da-332e-4bf4-a971-246c5c4c80b2
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,1c604c6d-68e6-4461-ae4d-5b9cee67b6f7
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,e3cc0f96-45eb-455a-83d5-5afca90ed85f
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,cd591b53-0097-4fd5-aea6-cf75748de87b
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c1c77266-de35-46ab-ace5-17cf01ec5ab3
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,14796789-2e32-449f-b5b4-7dc13ef4f591
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,416e7d21-c4d6-490c-8710-7d8582ff5203
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5a0d1984-6c25-45b1-9f22-1c116bb7f8bd
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,25c27500-6ffd-4ff5-8f2d-fad6b738e90d
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,040e0622-d78c-4449-a49e-2a052cd30df2
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,72f3fdfa-3078-4cad-a4dc-b3b7d28a7027
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,ca00c4eb-4383-4129-96ef-c431ab701580
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,01bf0e3b-1290-4c10-9315-3bd188296590
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,681ffd01-4f0f-442e-bf33-291a06e07710
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,b6538728-bbcf-4612-9df8-c58e59dce97e
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,27321b14-d905-4360-84ea-01994e1e0e50
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,b50d4c50-5c5a-4c67-90e6-d0a3294f6d91
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,bdcee0b3-8eb2-4c4e-882b-11346fcb61bb
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,6a434991-924d-4d79-9934-6b6ae6bd368e
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,08817132-d54a-4658-9a81-fac743812449
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,c35872c0-a8f6-495e-a56a-80e7aff539ef
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c56fd508-c61c-43d9-bba6-7a6599138705
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,728dfbca-cd24-475f-aedc-8bb58464e3ac
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,2b701159-3976-4d48-b9f3-77415931374a
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,fd615f10-3cca-437c-ae8c-d3705aaf3b9d
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,93cce9e3-c7a1-4cfa-8b02-834ade0e4e2b
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,1.9864195033467114e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,b5cd16b8-9200-4a73-8bc2-e86f07ec17be
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,70bc9746-95c8-410c-ae1c-f9bb4f1ec9a7
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,054e16f1-f529-429d-ba8d-cbf0033644ff
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,e71f5368-33b1-4388-ac56-8b636c7297f6
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,3d7f0abd-e059-4617-b987-25e7f6369fdd
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,c8f01ac3-dbfd-491b-8a92-d6dcca1f08ea
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,81ce5c28-edb1-4389-b3c9-03d805c69bb0
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e6f9c95d-04f4-4fc2-aef5-40e9a6655d48
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,333c0c65-39c0-423d-95cc-bd002d2ac1ea
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,72a44af4-a146-43cb-9cb5-5018d424268e
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,99ecda89-fe63-4bf8-aa5d-32a0f5ad883e
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,39871008-b95c-4267-a155-4722759f6166
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,5a1d33f8-5577-470d-9db8-128b68842566
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,0b07d4b5-874f-46a8-954e-80adfe0b77d6
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,fb52c02f-ce34-445c-b80f-9d9128d4282b
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,70263057-699c-429e-96d9-ab8384954f3b
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,9534307e-dde9-4fcc-929d-a66d106e01ce
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,146b339a-147c-46ba-a751-a1fb3b2e030e
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,2be6ae20-cb92-450c-a303-ab479ac3c515
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,190901c9-86cf-4fd3-b1d0-e5fc50a00ed3
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,765392e5-a23f-4483-962a-bf9e4fa6394d
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,5286ac6a-f124-409c-bdeb-46ddc1f181df
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e79bd13a-a981-4c13-bfed-535c48e44ca3
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,2da2c255-92aa-436e-a295-5d14aaf844c7
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,5539bf4f-1de0-42ce-bdc5-7b0aa5755e4e
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e89f63a1-87ff-4435-9a8a-d7fdfb2e2089
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,36bcfc2a-2bb5-4d63-a864-2f627dbd0437
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,e10a4db6-cfc0-4553-8ef9-7510ec2a49f5
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,58744fe1-07fc-4a84-9bae-6b0bb56bee83
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,7e3e7616-e0c0-4a6e-919d-92f43b956a57
+EE,Estonia,2022,Production mix factor,CO2,0.07403088000000001,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,22adea74-ddb8-48d1-a361-43284ba87231
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,52730ccf-256d-4bb6-b5f4-aaf612369c99
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,de66ca5f-b3cf-4d8e-9e57-08c0c8fc92d6
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,b4cd2541-ce05-4888-8885-4cc3ec885f5d
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,29011b56-a24f-4dba-828c-3b7cc2dcd315
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,5d795fc3-fd44-4f28-9a20-af4f4256c320
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,9b33be0a-1875-4543-8568-acd54f180339
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,3928e6a2-9e24-44ed-92c3-4235d84ac03b
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,ead47f30-789b-4d6b-9b13-9f00e5dcfc47
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,55b17f8d-68e3-4d73-9eda-7143b82a1caf
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,30f33c25-b008-418e-88b6-b4be6c4befa9
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,f62326d4-7ede-425d-a95e-8282a952e54d
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,4fefe17f-c935-43db-b097-e78599bd6f60
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,73e0beef-fb1e-4690-86d8-b6c33b2c00cf
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,de21dec2-2a29-4972-aa19-20ab1d26b812
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,00c230e1-8b6f-4ad1-993b-727752993d86
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,6daef5ed-8290-4ccb-9e68-ffe2011ca085
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,9a86feb8-a26b-40c8-95df-8250bb85c34b
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,6df483d6-74a1-40fb-a1d6-036f5b6f6941
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,c0ab767c-ebbe-4f3a-a20f-f4c1a2293ae3
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,528fa4c0-2edb-4dc0-b290-fb316ab58df1
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,a93b608b-218a-4639-958c-d9a23e5c8abe
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,112a8b16-9538-41f3-9cbb-0c323c61f2a4
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,e03c557c-52c7-435f-8786-967683f410a9
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,37c69fa4-3c73-45a6-a1f0-df3c8c04c112
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,65b3e31e-36e2-4b0a-bfff-870bb4004c13
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,5049a9d6-49c9-4c4a-af8c-df36d22de7ca
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,5a913d98-5850-46d0-bb2e-0f84eaa44742
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,ef08e64c-a640-493c-a428-cd288b73877d
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,142224aa-549c-4b40-bade-44e0e9026c60
+EE,Estonia,2022,Production mix factor,CH4,0.00046579832214765096,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,49b90471-fa36-4944-8d75-a3ff3803c043
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,4054d838-81ec-4900-b94d-76ba1896bcd4
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,0e593a16-84f0-4951-a7ee-b5474492e380
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,ec58b8df-9eed-45a9-9dee-1ec8ac066bcd
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,350e670c-52b1-4113-aa1e-5c3989821d6e
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,137a4d84-e4c1-4bb5-b11a-802daeef6f80
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,3c92f5b3-54bb-43e9-8dd7-5dbb1bac0cc5
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,f7165e73-4e73-4857-ab2a-9221743dbf81
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,cd872976-c02b-44c4-b247-7676f5e5d570
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,3db96874-943a-4d2b-b38a-898819bde5d3
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,5838894e-9b43-48e6-99d7-6834e624c6a0
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,4d9ad18e-defa-46ac-9685-64fdfbc5ee60
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,cd6e8508-048c-438c-8ab7-74142c42a7e0
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,603fdc08-5259-401c-902a-231d39337ec7
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,023183b5-59ec-4dc5-b12c-245ed9f4703e
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,ed34a574-6014-4f3a-a5f6-c12f80b812fb
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,c7819e8a-4f68-4ebe-81e6-590f654618d5
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,a48e082a-5020-4169-9922-3e8e540b10c6
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,e87c7486-2cb2-4266-87c1-147a6525392e
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,6a1ba04a-ad3b-43ef-8278-b22f50ad858f
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,4fc1a25e-d132-4157-8e6e-3f78dd60ab6f
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,3c693afa-884b-4cf2-963d-9014303d1b4a
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,5c4ef313-1804-4094-8d02-bb38cb7c77e8
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,24047dc8-4fb8-4c39-a624-9592b7127bb8
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,fae18582-1b69-4a52-a64d-e856f500ac26
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,d55f0f1a-aa6a-47ea-89f7-a9dae24ae738
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,ef05ec9e-102d-4c85-9a3c-a8d1054f60f3
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,0f42f365-cf6a-4de1-80f5-40e160fbea5f
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,ff6ee745-56b0-4bad-b38c-cb691ab6195f
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,9bfa3f65-fde0-4f1b-91dd-7ce717f0e122
+EE,Estonia,2022,Production mix factor,N2O,1.694846153846154e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,678d5ea2-bb1b-439c-9aed-6ec2c1b7fbec
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,7e3fe7a6-8012-4334-81cd-70557d1af48c
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,5c4cb427-e4cc-48c0-a5ea-60fd05222e7a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.1.3,modeled_data,kg/kWh,CO2e_value:0.002,2bb8c56d-262b-45eb-a860-0e8f0e403d9c
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,f4aef503-88ea-4691-8bbe-8e669abea8e4
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,d6db9977-d15f-43d5-b28d-cf1e6349c7fd
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.2.3,modeled_data,kg/kWh,CO2e_value:0.002,da77781f-441c-4cbd-9a86-b68ff5501feb
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,4068c50b-f97b-456a-bcbc-36baee752b2a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,5a2293eb-e9cb-4b52-be5b-cdcbd73af84a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.3.3,modeled_data,kg/kWh,CO2e_value:0.002,ccd6f4c9-3128-45f3-8caa-4c8c0dbf28c6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,1983fc23-daa7-428d-8e01-26ce87077bc6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,cac16022-6718-4464-90a6-2d0544e06e3f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.4.3,modeled_data,kg/kWh,CO2e_value:0.002,b8e3c17a-c1cd-4134-a6df-bfe4f4125606
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.002,83b30830-5423-4c1f-b3b4-ee664b1bba1e
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,94319778-b2df-4afa-ba0a-132bfba68627
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.5.3,modeled_data,kg/kWh,CO2e_value:0.002,88afca6a-309b-418c-b64c-a3b348c5de8c
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.002,c0d178be-c1ce-4247-9615-3b6d5a3be684
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,03b4244e-8b8d-4eab-990c-8b2d5f3e48a5
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,I.6.3,modeled_data,kg/kWh,CO2e_value:0.002,5a7fb0e0-b142-4a98-a814-46c6e5a8b836
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,25965ed2-2a8e-4428-bea8-5ff31f15d186
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,0dfaa2e2-2be8-474d-93b5-9ac68f23fec1
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.1.3,modeled_data,kg/kWh,CO2e_value:0.002,f79f9b39-2f3f-42fc-b62d-3da66484037a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,eb83ff8c-54a0-4020-ab51-601edade34a5
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8a430633-215b-42b0-8bae-fa8d6d93eb8f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.2.3,modeled_data,kg/kWh,CO2e_value:0.002,7683792f-f7e6-4704-a2ef-00f3086e1d34
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,882165cf-8f63-435d-925b-4b12b7198954
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,92e173c3-1a79-4fab-828a-57fa4ff73667
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.3.3,modeled_data,kg/kWh,CO2e_value:0.002,5585db99-e186-4304-9110-14d6cf8f6b54
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,1cd80761-cfc2-4cfe-9ecf-00596a73f0e5
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,5931a101-0bc4-4142-ac15-ba4908e999aa
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,0.0015863195252247874,II.4.3,modeled_data,kg/kWh,CO2e_value:0.002,41b9e30d-f55e-43c3-b747-ed412a687ee3
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,b53a3bfe-4b57-48c2-931d-9004f7821aa3
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,4e92c905-fdc4-46a6-ac8d-4d24cf811257
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.002,a7dcbc49-cf40-4402-b945-17f381871b4d
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,af1637bd-60fe-46d3-be9e-170afc1755fe
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,1559e1d3-22fd-4184-8b7e-cf1f67005c85
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.002,10fc416b-c0c8-49fe-b79b-1aa66f04e7f6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,b6237cc1-e904-48fb-a345-4ba76235d555
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,f5ad6f8b-6638-4788-986e-abeabcef65be
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.002,4a8ab4f0-d3a8-48c4-b9e8-e04fea32b820
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,d52cec3f-723f-439a-97a4-3a753b9c9ae8
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8a8a6c79-5f91-496e-be31-b71e444bb8c0
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.002,a9348565-2fc3-473b-bac6-bed71989863d
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.002,b348e13b-80a9-4f4b-af85-ed7d44aff27a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,776449a8-83a0-452a-8243-94e2d1b06218
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.002,cd7f36a5-c0a2-4f73-844d-2b1081a5d9fc
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.002,bb0757de-6d72-4bad-a471-6ca89efabb6f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,65f97c9a-849c-46ca-a82e-fc4c4fc693f7
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.002,15e4f2ad-2916-4d9d-8f52-6af8ae8c17f6
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,98ee5345-854e-4bca-a915-a1cc1085cd48
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,14bfdee7-071b-4165-b76f-8bdccec707a3
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.002,fda5f2c7-7016-4183-9910-126831fa65fe
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,5b176431-a390-45ca-b815-322f70edb05f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,1ba83e06-64fb-4c62-890b-887ae9cfe78f
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.002,bdc1bee0-226b-4538-9e2f-d580720d1927
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,34b72a92-4bd4-424e-b58d-b4fbe1861a33
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,0c4790bd-02af-4830-9ecc-5b612f623585
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.002,2e5e0f8d-f977-4bb5-8fb0-51c7fb3db2a9
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,3dc2b256-2d96-4a8c-86e1-5bb4bb1421b0
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,36696b56-2050-4629-8d1e-fef893c18284
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,9.981037281196227e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.002,8818d9e4-b0de-4276-89a8-b77a145a181f
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,0ef165c0-d3fd-4a3e-af81-2be4085b6890
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,3589fede-212a-4a36-b4a8-1d23801c4672
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.002,137a1a3b-e8e4-4839-af3a-92be9e6f9322
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,939fbdb7-c55f-412b-bfdd-7b64f9339239
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,9350351f-37fa-4a15-93e2-4298749d0a76
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.002,44a5eb57-b75a-470f-9dd1-883d9b9c19ce
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,94a774b7-4cef-448c-ad81-85b2813a411e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,726edc25-af96-4a26-8064-52d9ce1b498a
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.002,77a4f019-b800-489c-9db9-7dd21b8e0842
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,59320af4-b0fc-4e92-91b2-4f72978c132b
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,c4aca0b6-702e-47c0-97bd-1019e0f753a8
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.002,a2aaa3c1-7119-4ba3-a7f7-6c2c97ea74cf
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.002,c8212032-db62-4baa-90c3-c4bb2f70d59e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,3cdbc669-74c5-440e-a5d1-37139b03161e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.002,b86982fa-05bf-4c37-b280-b66ccddc6427
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.002,e96e7912-07b1-41eb-a798-6014e74e0518
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,729d689f-5cab-41c2-ab68-757515c7a468
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.002,c2db56c7-c25b-4c7e-a4bf-a07d8ad0712b
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,592b2767-f1b5-4f3b-b5c3-8705252b64ff
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,afec5312-2134-4f53-bb6d-5b959ee287de
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.002,e81c1c76-77c0-4f99-b289-cb2acc232453
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,925c83e6-db78-4209-8867-6e0ed5da765e
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,82e015d4-d464-4922-95e1-2996b1ce43b5
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.002,a6da073b-3c6d-4286-9578-10863458bd87
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,f5899aa0-e734-4a9f-942f-c535c0bae649
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,d84f0732-6531-40b0-b1d7-858996302983
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.002,fc01c6c7-c5a7-4be6-a77c-c9283a490b11
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,666ce619-4270-4742-b364-a47e78981576
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,3e79ebfb-68ec-4944-a087-465db0fba4a1
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,3.631683894745392e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.002,f3dd9ce4-c272-4062-a5c5-91f8e1eba725
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c8477bb1-fbba-4fd5-85f1-5df558a9dea1
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,18e4deb1-2316-45c2-a9d1-1441af18987b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,7b8bb3df-3e4b-4875-8fcf-b4e78986bff6
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,56d614a0-dfa1-4216-af13-354ac2302d0a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0e9aa5a7-5d9b-4043-b18a-ab8287ec5383
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,08bf0a63-1f89-451f-a994-e91dc9e9f8fe
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9ea21307-5b54-4201-923f-86e5b981efb0
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,821f7a6e-29e5-4e88-bceb-dc4eb112a375
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,d889cc22-a91c-4dd6-b3eb-4df57ce600ae
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f99999c1-078d-4101-ad36-7ef8cd3b50b4
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ff44d3fb-8de7-4606-a336-f973cc8f773b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,fd77f0d8-5b35-4ed4-8c42-1d2dceb236a8
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,608363f7-e399-4d8d-8969-9a19253e23b0
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ac30074b-1f35-44e2-b9cf-4c31f0346fa8
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,c1e3dac5-c691-4e09-beaf-d316ae1da1d8
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,065fe300-590b-4f70-b149-790d5a82eaa0
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8a6f8e5c-79be-4840-b109-9fddaf4fdcfe
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,51ef6b54-07d3-4418-8356-7551c5d9a08a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,86a2d739-7c92-491b-90c0-50f5474c3b03
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4cd41f48-3a55-4715-ae5c-7e7e321c32e9
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,4cc784cb-c793-4915-aa2e-2bac71a9ad74
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,59e2b670-88ab-4356-90f7-4b71948ff487
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d3f3b69e-54aa-4eca-986c-e62943d2de75
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,db875da9-5de6-47f6-9ece-953ba8953903
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0ebe3b75-c14a-4bdf-a3cc-26b0bd837e84
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3f44380c-a641-4ae4-8f57-461a1a43fda5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,96f309ad-6da9-41e3-aaed-7f17f1e30201
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6a74a48b-145c-448c-945c-1cc811cc09b0
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,399e3a5e-b7d1-4431-b888-7e29eca61d2b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,7.540124290136667e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,23e0258d-d524-47c6-8e9c-153345657ec0
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5e344c75-882f-4fab-84ea-f69f3a2a5e2a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,712b901f-60f0-435c-8330-543ba9390b04
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,d0941aac-bb75-4974-8d73-40e798003d67
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,aa02739c-0768-4f03-84ce-9fd285e5dd3a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1e6ddedb-3c18-42a0-87ab-66daef538cb6
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,f3de9e4e-aab2-4cda-bbb3-d3d4b25386f9
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,70a0f2a6-04a4-458e-affb-0c67742eea21
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,37df98ed-d025-4c1d-86ea-224e55429eb1
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,7be54bf5-0519-4ec0-85a4-564cebee1733
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,4eb8adad-c16d-4686-994f-9c3e1dbe3c72
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3fd6817b-1db0-4e1e-bc3b-c37a79a64efb
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,b99e3722-5560-447a-bb03-c93bf31fe5a5
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d8889636-c19f-4a3c-9e72-2abed650cd9a
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,96943fad-1489-49d1-97f8-2db82eb8e0b2
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,6f1b61a7-655b-482a-97ed-ec41dc9a8441
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,cc83aa07-268a-4266-a9d3-93b92535f911
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,610bb028-fe3e-4b5b-9822-9056643ab1ee
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,06b3fa01-dd57-4ecd-b5ff-b781f96e5ecf
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5474693a-cf35-4236-af14-05d79a38d99b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a2219433-dc53-4aed-bd42-0e7dc1602dfc
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,93a8934f-137e-490e-9e8d-81286b7d57ae
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,bc1b05a2-4eb4-4e13-b58b-9182140bbc07
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,351d747e-9e07-432d-93a6-7aac8cbdbf30
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,59486999-1d01-4d8b-85ab-da892de439cb
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,73a322e5-83fa-431a-a7e0-e77f6acb2a44
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2e73bb68-34c0-4802-9136-5436ed5a639b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,9a52a144-0fd9-4115-a762-3b1ff29f0223
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,eb04bf42-1747-4b38-b88d-c912f341d52c
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1b6f8a7f-ccd6-4199-9722-6fad5dbd6b97
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,4.7442057194651844e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,fb40f14a-bc9d-4307-9562-f9b2b76ff624
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7cebb592-d375-4ce7-b912-9102c523a3d5
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7f3c143b-3be2-43df-94ee-5fd9476431df
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,4e24a120-6b1c-42d8-8865-9e70d5c35b66
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,29a7c2b7-884d-4a3a-ab26-e15d9b2e72ad
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,02386fd0-a90c-48a7-9b75-c2dd10bcba5a
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,117c62c0-6ad0-461d-a8c8-02c7cb041efb
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,194fcc1b-dd24-44ba-ad00-7e3a721e15e8
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,53990fe4-d4d0-40cd-ae72-7793e83896b3
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,a79b74fc-356e-4096-8992-240d2088f4dd
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d96436e2-31f1-4ef6-8883-d8974bab11e4
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a3476b58-04d7-4b52-8a7a-1af00e94ed79
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,d04298c2-c2ad-489e-89d1-8f849d05a26b
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a751d93b-844f-4d4c-8829-3ba2c5afe0f7
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8433b82d-f311-4f3b-8344-cb27eb816d11
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,960c8390-8f09-4213-8fee-9bc2c6e8126d
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c5b08408-5989-4d12-8850-a7399889b9c0
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4ced026d-f9d0-4fc0-a8b3-0dfdd513c072
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,e59408ad-314c-4c88-962c-a419a6bdf761
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a9d28912-ca84-43c7-917d-9468497d1c96
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d9e0ce40-5bce-40ab-8d4c-42d5495461ba
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,8d6e8a3a-0972-4d74-b951-b08e91cad9ea
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7091456d-c42b-485c-9c87-b5ff5ffc96c8
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2a122153-61f6-4531-9832-4e15142daaba
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,bfb92c85-ed31-49a2-b6b0-ac41cc0a9546
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1995aea3-df4a-4fdf-be7e-44c88893dade
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3e7159e8-12f6-454a-8542-f38e5e289854
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,fc1ebf67-f26d-4248-ae45-e9476d0c59c8
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1a28c775-104c-445d-9b67-d9fd73bfabe6
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,95738d25-0475-4290-8531-3b96e28bfcaf
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,1.726218930892094e-08,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,78a2c1eb-e22c-4585-8729-e65d2d8ec4fc
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.063,265c48b8-826b-4ba5-bcef-1da9eadfafdd
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,eff4e542-7c51-4129-b884-3f141b722640
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.1.3,modeled_data,kg/kWh,CO2e_value:0.063,bb2ec5d4-541a-4cc3-bac2-9c3491d810ce
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.063,88bfd54f-a699-42c3-8396-f245ae6cdf77
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,fbd61541-86e9-4b0f-9a0c-76c79cc98560
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.2.3,modeled_data,kg/kWh,CO2e_value:0.063,3c38823b-93c6-45c5-8396-b0600183930d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.063,220b850b-fa0e-4291-82ae-1bf42781412c
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,60c0c08d-a792-4733-8d1d-8b1eada3a896
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.3.3,modeled_data,kg/kWh,CO2e_value:0.063,973aa134-4e25-4d93-8c8c-05683d44d9b2
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.063,1fa66a5e-fe12-48e5-86ec-40df2809e77f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,317fece3-78b6-426e-883e-e3e87452fefb
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.4.3,modeled_data,kg/kWh,CO2e_value:0.063,3f296d7a-b4ef-45b9-838b-193146a00bb2
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.063,68fe16dd-1285-402b-a4db-4a666fbb8b51
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,a571f4d7-ea6a-46c9-aee6-24a7909b80c0
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.5.3,modeled_data,kg/kWh,CO2e_value:0.063,f9107fdf-e712-45c0-984f-9d5550bb11c3
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.063,b8044685-384a-46c6-848d-1a1237f14120
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,105b69c1-9105-4e1e-a3e9-d2c65d0cc6a7
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,I.6.3,modeled_data,kg/kWh,CO2e_value:0.063,7967f7fd-968f-48db-9645-86e5e0980a57
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.063,ba7084b9-dda5-4379-b7ca-4fbc12db8b51
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,7fb6419c-05a3-4e29-9118-77c250f47188
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.1.3,modeled_data,kg/kWh,CO2e_value:0.063,ee305152-550b-44f4-9f8e-ae454d40803b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.063,e5cff574-93e7-43bb-9148-96c727f530a0
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,23ce1d1d-28a6-412f-98bf-31abaa5fc546
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.2.3,modeled_data,kg/kWh,CO2e_value:0.063,c4214400-e1ad-4151-9d71-cf1ae8586d47
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.063,1d853059-b931-49b9-825e-f772499abd9a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,aea771df-b8b2-4f6c-9fb3-5dd153649c7f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.3.3,modeled_data,kg/kWh,CO2e_value:0.063,a97e77f0-a2d1-4879-bc6d-44789cebf8c6
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.063,30936a95-285a-418d-8479-fb7a1ecdcb29
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,e7636955-20db-46b4-929d-db67ec525da3
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,0.05027138741808873,II.4.3,modeled_data,kg/kWh,CO2e_value:0.063,6c294ac5-34d8-4357-b37c-e7d8e10db8a6
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.063,e9057b13-8b19-4407-9954-5fa868fe4167
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,c46e17db-608a-47aa-8122-5f68dee22418
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.1.3,modeled_data,kg/kWh,CO2e_value:0.063,878b5277-6c08-4e59-b8fb-4863c4c7cd58
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.063,8b629516-be4d-42c8-bf47-2c96c66bd0e6
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,a4a06e5a-9f8c-4e87-bc68-fdf415b58734
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.2.3,modeled_data,kg/kWh,CO2e_value:0.063,eafa783a-c0d5-485e-8704-f6252b6a123b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.063,a7001c2f-e19e-43ab-922d-41211f424c65
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,a421af77-aa19-4898-85f7-9f24e7a1dc8b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.3.3,modeled_data,kg/kWh,CO2e_value:0.063,388134c6-d65c-4f77-9948-6a2ec9756a5c
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.063,c44c4c43-7ea7-42a7-8ad2-f69cd4246f61
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,e0346c0e-9c64-4354-b3b3-a16f5cba3aa1
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.4.3,modeled_data,kg/kWh,CO2e_value:0.063,6888e168-99be-458a-9c02-57fdcba3f87c
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.063,d01aa87f-5191-4906-b2b4-4c8fc5c677b5
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,c54735c6-a717-454c-99fb-ffeb7fa11159
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.5.3,modeled_data,kg/kWh,CO2e_value:0.063,ec14cbe1-ba48-45a2-80ce-a3ef9cd706f9
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.063,07988283-d7f5-44c7-be74-9ba411ec010a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,3ebab7ec-49b3-47da-ac84-95152b706168
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,I.6.3,modeled_data,kg/kWh,CO2e_value:0.063,073eff59-b4c1-4924-83df-6d6d238985d9
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.063,76c6caa6-53c5-4825-8e44-08fe37a19afa
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,ff67337c-a607-4670-8264-69c3e51e02e4
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.1.3,modeled_data,kg/kWh,CO2e_value:0.063,3ed6f9ea-dc08-4f50-a0e7-fd3235e3c0f3
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.063,aa7f118d-c3aa-49c8-b264-c01ea8dc3119
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,e786c22c-1b23-46a0-998c-41a9e28dac6a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.2.3,modeled_data,kg/kWh,CO2e_value:0.063,700285da-5ff7-48e5-a74d-043d846baeac
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.063,818c7894-e3bb-4d8e-8dd3-1f11aaaec8bc
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,9cdcc28c-51b7-4820-a6ba-bc2cac4107a4
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.3.3,modeled_data,kg/kWh,CO2e_value:0.063,9b350f7a-3527-48bb-8cf4-ef47e1fa9164
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.063,4be1a14e-5c46-49c6-8715-2018448c4533
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,7f6fa222-e112-4004-a59a-98cf4a98792d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,0.00031630487049971934,II.4.3,modeled_data,kg/kWh,CO2e_value:0.063,ee4748c7-a2e8-45a3-b91b-9c0d1342d8b8
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.063,17828075-fabc-4fe7-ae77-f5d1397c0960
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,c050b431-6869-417e-9a76-7dd67fe72b0a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.063,8c5cef3a-1bfc-43a0-8679-6164b5e2350f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.063,b1116e35-d3e8-437b-a273-4ae1d15f529b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,09d1bbb1-bbd5-4d3a-bf81-2548be5ee8b9
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.063,f898e297-37a8-4dd9-baf1-1d59336cce94
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.063,1adbf1c7-73b0-48c2-88bc-a45a3c2ed86b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,0c33c754-9490-4c95-9fd6-24f5b556bba1
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.063,fdd0c088-6c53-427a-af84-a419a75e73c7
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.063,edee6fe8-f000-4528-ac87-dd9d83a1f57f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,5dd30392-921b-4f04-8499-8aee5e2cfe2c
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.063,ffa23295-4c53-42e0-a7e3-29c2deb1a956
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.063,243bf332-aeb4-40be-90f5-c383a372c258
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,7a0466fb-a071-45b6-b06c-653563be8320
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.063,6d3d8c9c-b28e-4d4e-b92d-3cbb24797b2d
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.063,6627da30-fefd-4f89-b98c-57cb4eec066f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,4e90c34d-0b66-423d-a1b5-d0535cd9a4a4
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.063,dc12d3af-2018-445a-a1bf-71955faf415a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.063,337c839c-0eee-42de-bfec-df851019973b
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,b6218a36-348d-4f2e-adca-056a17174ea9
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.063,05fe05ca-b84f-4305-8e79-f17b3d2ed15a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.063,2a6a10ea-7de8-4980-98dd-6c92d7b72567
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,53127ec6-e95b-4783-ac1b-bdd87472eb2e
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.063,07ca3949-94dd-4b86-8881-911b206710b8
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.063,c888876b-fb5e-476e-ad51-0b594eb72fa2
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,72b40147-6289-4618-b74c-32d8cd1c5b7a
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.063,bfa7202a-2096-4e97-a430-5a1c712d4b56
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.063,6a916e04-a2cb-4cad-bed9-dcc934bc8274
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.063,71c4200b-49e8-4842-a55d-e32ff8f7d8cd
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,1.1509017266045955e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.063,0a9ce760-6545-4a29-ac9d-7ab23b0c31da
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,4da4d4a3-dfc3-48d3-b843-b7cdc664f076
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,fb925030-e1b0-44f9-9826-ae9eb1a5e8e9
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.1.3,modeled_data,kg/kWh,CO2e_value:0.069,fdc622e5-848a-44a7-9894-460346531da6
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,dc32c1ee-0a55-4df1-bd6b-b5d2bf64335c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,14f1aeb1-4ae5-47d3-92fa-bb02fa647d4c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.2.3,modeled_data,kg/kWh,CO2e_value:0.069,350e8232-62f9-4ceb-b0bf-86483bac8994
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,6b6ef771-0470-4db0-862a-125408a911d9
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,6ef8a559-551e-422e-8b06-4b3c1656b7ad
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.3.3,modeled_data,kg/kWh,CO2e_value:0.069,ffc1629c-277f-40d8-868b-f49ad5d07ddd
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,02775854-8f13-437a-8813-844a7a590984
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,edd22387-6243-40a7-9470-36c64eba3da3
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.4.3,modeled_data,kg/kWh,CO2e_value:0.069,15033324-25e0-41c9-a5fc-54f4d536c144
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.069,aa5b5c92-738b-4940-86ee-fb12b6ba8b52
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,0b533c42-6926-494f-9719-fc33eb4cc01d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.5.3,modeled_data,kg/kWh,CO2e_value:0.069,56e9fa66-2242-48c9-9126-761ea89bd827
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.069,e2b6da8e-18e0-4eee-87c1-b64385cf0323
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,8c098ff1-5bc0-49db-b126-b6c87951497d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,I.6.3,modeled_data,kg/kWh,CO2e_value:0.069,898f44ca-4e82-481d-be6f-ba91dcb26d1a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,33797dd0-4a1e-4c9f-ba83-366fa49fb3b1
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,7248661e-d551-46d4-a6ae-ce33813b4227
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.1.3,modeled_data,kg/kWh,CO2e_value:0.069,6c011439-1005-48ab-aa60-6577e16258a2
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,0fce4337-8636-4c29-9175-eddffbb19f2f
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,80e89c6a-d624-49ce-97ba-33808d4ec07e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.2.3,modeled_data,kg/kWh,CO2e_value:0.069,f6b77377-8a60-4af0-96bd-35d8e54be09e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,f18ce573-d307-45ed-8d90-d98e6446ce0c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,b66dfe42-8aae-4886-b785-9f1d00aaf855
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.3.3,modeled_data,kg/kWh,CO2e_value:0.069,5ecaad4f-599a-47a2-97e9-9a4b4a1d5b49
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,7acec18f-1434-4cca-b2a9-9ebd49200274
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,ac6c06b5-a7d0-4d0d-8d6c-de20672664e0
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,0.0549335272831211,II.4.3,modeled_data,kg/kWh,CO2e_value:0.069,24cfca04-548a-462a-a1b9-e5dd3be91678
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,d448cf1a-825b-4ca1-bca4-385a8ad80e48
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,129878ab-dc7d-4ba0-bd7e-8fc05b49edce
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.1.3,modeled_data,kg/kWh,CO2e_value:0.069,cb1eb910-1f25-4c90-96ab-1961b336cac2
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,5ea60321-1e19-42f6-ab81-a1fa5149e8b6
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,413efa60-bb80-40a3-ae72-027be1cc0f01
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.2.3,modeled_data,kg/kWh,CO2e_value:0.069,b4bd34b6-08a9-4bd2-8688-9b9583681c9e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,de481aff-a196-44eb-92ec-dd0e657a0488
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,7b873290-1c7a-4b02-9e96-b63de29b43d6
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.3.3,modeled_data,kg/kWh,CO2e_value:0.069,f53ce478-40b0-4c45-b4aa-7d11a67c0298
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,6fdfe242-7b2f-4518-893f-50416fe9fc8e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,f222816f-35d0-4268-9551-ddc542717efb
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.4.3,modeled_data,kg/kWh,CO2e_value:0.069,9e384f2d-8761-45cd-9bfc-9106ea661153
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.069,885d1fd2-e53a-4fd3-b31b-69c910580b83
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,f523dd0f-3889-4683-bebd-a4be02d02204
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.5.3,modeled_data,kg/kWh,CO2e_value:0.069,d20567bb-8796-4a0a-9f0c-a4393279b359
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.069,93522dd6-a135-4eda-835e-2077e4e5d495
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,95cc7177-2dad-4818-8e9a-0811143436a2
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,I.6.3,modeled_data,kg/kWh,CO2e_value:0.069,6d7a5353-949e-4632-912e-4807ff188a92
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,2f860a6b-920c-4a0d-84bf-0173a2f396cd
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9de9aeb9-f4b9-43fc-bda6-5e832b614134
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.1.3,modeled_data,kg/kWh,CO2e_value:0.069,b9a9a514-bf2f-45f0-b365-b6c02c5f1d39
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,5968c97c-8e79-4565-8c03-0e4874402ecb
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,ab30a336-1518-40ce-ba74-bdfd19b1eecf
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.2.3,modeled_data,kg/kWh,CO2e_value:0.069,df282fb5-05ca-431c-80c3-0f66e8eda82b
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,d6b36622-b20e-4559-a8c8-b71e2f120d60
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,f3f8cc62-1702-49a6-9604-cddc36929e9f
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.3.3,modeled_data,kg/kWh,CO2e_value:0.069,9ae7ca0d-0606-4dff-9f56-5b398efc5c8e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,ff22b599-0be6-49d7-b29e-b7e6184aa669
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,a6f767ad-e3e3-434e-a0c0-9303c2b18877
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,0.0003456388042142686,II.4.3,modeled_data,kg/kWh,CO2e_value:0.069,79ebc202-b5d5-4cdd-83c4-18ca12cd4523
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,292f7bf1-04ab-422b-9fcc-f0981604322b
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,4b52b42e-3f43-472e-90ec-e923c196f336
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.069,275974a8-c2a9-47eb-95a1-1a945ed8413a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,ce2d97bc-092f-42de-b0b8-946c2b22af84
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9c5798fa-0a60-414a-9daa-c5ccb3e8e4ea
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.069,4b4942bc-16d5-42b1-899d-f12ecf4278e3
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,88be396c-7518-4cd8-8e4e-7e3bf7900e63
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,50e6d66c-0977-4831-b2e3-fb98d5b88627
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.069,738df969-b573-4b77-90c1-f46a72040948
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,4fdbf9d8-d9bc-43db-9bec-57ab1232423c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,7b7c8961-6098-4b23-b54d-164f6506d196
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.069,9e2c90bd-6bca-4ef4-a4bb-51a44b64198c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.069,ecc2052f-ffa6-4e07-8ba6-4dff6141e78c
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,e5dfc5b9-6a7e-4772-a771-5915729e464a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.069,82bc31c7-e759-44cb-9a41-e3e92ae6411f
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.069,325c9380-aec2-44ec-b900-fee1a27bbcaa
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,b8eb9204-7072-4bce-afd8-36974360fe73
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.069,5da17334-032e-47e3-a427-1c2b6ed4593a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,eb45e746-89d4-4909-a7bb-cbc63f13dea7
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,70b71e57-640a-4b57-9c68-4cfd910e7822
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.069,5f0686fb-e94b-4085-88dd-c0142a71b6c8
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,7fba232a-65a5-453b-be2a-c285e3c823c0
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,c4d288cb-0fbf-431d-9b6b-2418cc4679f3
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.069,2d8e856c-a66d-4bfd-9ddc-4146d771e39e
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,ccf6e4c7-c65a-47b1-bbe2-9937500a73fb
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,643130fb-0939-4c98-9083-b739f15e54a7
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.069,56aa05f3-15b0-46b4-b245-f78b74adf5cb
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,faf06608-9adb-4e34-90cf-ae6c0492bf14
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,6916a3a2-6d8e-4419-886a-f7ef940fa217
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,1.2576356978736515e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.069,c31be6dc-561e-44d4-b20a-9a8fd968cf32
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,74b292c4-fe68-4c8e-b0a4-2fe309a8768b
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,cf0d4830-7225-4354-8d59-a5b57f24a670
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.1.3,modeled_data,kg/kWh,CO2e_value:0.046,c1c53a23-53f9-4a70-ba6f-630cce63a197
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f2d0ac16-8eb5-41d8-8f65-465a9beb0b7d
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,0ff3f1c9-2510-497a-bd72-21c87fda318e
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.2.3,modeled_data,kg/kWh,CO2e_value:0.046,f000a2d8-6e51-4b84-bb59-a086dfe08ec9
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,09b00ddb-2401-449c-a28b-a85194a21e98
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,33383439-d7a5-4b6e-a31f-d01f7cc54d79
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.3.3,modeled_data,kg/kWh,CO2e_value:0.046,2a477df3-7740-49f9-ac8e-b4120a0c2314
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,fca93dbf-aa3d-4d2d-abe5-73403b69b3b6
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,286ea1ec-1f2f-48b5-a3f3-30a6b3c8d714
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.4.3,modeled_data,kg/kWh,CO2e_value:0.046,5ef3928a-75d9-4e0e-9429-9f59ed187707
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.046,ef1b5751-75bb-475b-b051-2665f6b71a11
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,633ff492-343e-42bd-b9e4-09854d481ec0
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.5.3,modeled_data,kg/kWh,CO2e_value:0.046,2f6c55d7-a049-44ec-873d-32e39f9d7095
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.046,0548c8f0-efbe-40cd-b823-7ac876f1babd
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,8e01f5e4-c42c-4740-a09a-cd92c92a08e8
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,I.6.3,modeled_data,kg/kWh,CO2e_value:0.046,8f020279-0300-43d2-8c71-b9953ed19093
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,89d89484-7dd3-422e-bf4c-c250c6011459
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,c237437b-b0e9-4702-bfbe-712aa71e1b2d
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.1.3,modeled_data,kg/kWh,CO2e_value:0.046,9cf85f62-92bc-48eb-a5e0-ca8ee83131b4
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,a092368c-47d9-4fc3-9307-c44fe9ced103
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,bd46fa3d-17d0-4c80-a381-0694bcfe7031
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.2.3,modeled_data,kg/kWh,CO2e_value:0.046,67f6368f-d7bf-4390-b2d4-3a881dc85c9a
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f44b0591-a5a4-4d73-809c-152af0703e63
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,38eee9ae-dbef-47f9-aac9-fff5a0acdb35
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.3.3,modeled_data,kg/kWh,CO2e_value:0.046,f5294ef7-266d-4b0c-a200-f4c8fd578d2b
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,a8d03343-02d6-4806-a413-db5dd6ada543
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,05ad28f5-659d-4672-a56a-299044dd6a03
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,0.036608438518175405,II.4.3,modeled_data,kg/kWh,CO2e_value:0.046,1d07238f-a386-4df2-9ed4-13787be3333a
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,5660b39b-b803-4ec5-8842-58353b55ecac
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,07515aea-d6fa-4105-af00-5f746ab82f00
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.1.3,modeled_data,kg/kWh,CO2e_value:0.046,46c20c3f-8023-4c34-8325-acfdac91aad0
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,a0113b01-871b-4ede-8dcc-004695e1b57e
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,b31f4f3a-cadf-425e-9af3-8db931a6c3dd
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.2.3,modeled_data,kg/kWh,CO2e_value:0.046,78d936d9-1be4-4a11-b4b6-f483fb2bd23c
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,238e93c4-369f-4003-8aca-d7a26964bd2f
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,b0d5c3d2-096d-4eb7-bf97-0852a123ab78
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.3.3,modeled_data,kg/kWh,CO2e_value:0.046,9b475b6b-63b6-45c4-8051-eb7df4e3e94f
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,b7d78846-12d1-429a-9efd-0098b51ae62e
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,7931050d-423c-41e3-a362-e85b2283d53d
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.4.3,modeled_data,kg/kWh,CO2e_value:0.046,c7d49671-8571-4765-9a5e-2a1a598fc6e1
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.046,965ebd46-df95-4f0a-8a43-ee5be6f47a2f
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,7fed747c-a14e-4241-ab93-38e7452c90e3
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.5.3,modeled_data,kg/kWh,CO2e_value:0.046,de9649cd-efd9-481d-9dfc-e56064fb3fe0
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.046,2cd4bf0e-70d1-4a63-b551-1ff509ead345
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,5f775874-92af-4522-80e5-df2dac3ee50c
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,I.6.3,modeled_data,kg/kWh,CO2e_value:0.046,9165be60-0848-48d6-a7df-fedaf477a6ea
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,bacdad3f-cf8f-4a70-8ab1-a7b76c155055
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,890161db-9019-480d-8762-0a36840e66d6
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.1.3,modeled_data,kg/kWh,CO2e_value:0.046,9c493f01-a054-4933-93bb-df3ecce91d3a
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f166e9e0-db71-4cba-9ef6-2148cc06d01a
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,9ece684b-8a61-4b5b-8f3b-346a83b19f23
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.2.3,modeled_data,kg/kWh,CO2e_value:0.046,1334cb6a-3373-4610-a714-5c7a4f7c18b8
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,9a888849-27ab-4376-ba05-e7f139d324dd
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,d1518674-35c4-4f80-854e-73264209f67b
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.3.3,modeled_data,kg/kWh,CO2e_value:0.046,ca1c3bea-bcde-437e-bade-dcef51b88718
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,b5763634-7c01-41d0-8de8-e793a8f9b5e6
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,5efa01a1-41c9-4b49-ad0f-2f34181e8342
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,0.00023033832960261366,II.4.3,modeled_data,kg/kWh,CO2e_value:0.046,f363ae98-8ac6-487e-8da1-eefe2bcc2770
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,865b16b0-c93b-4d41-96bc-e74688dcc6f2
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,6be4b84f-0bdb-46b6-880a-b1e12511addc
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.046,678a113f-edae-47db-8d41-89d0515dd78f
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,513a897e-8a4f-4a3d-b481-d7735c8223ac
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,789c447c-989c-4c6d-ad5f-bccc1c873ec5
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.046,9c957637-cc50-4755-9761-99043ffd6544
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,9085c8ce-c8a4-4690-8ab1-47165f43f7c7
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,5fffd127-5608-4c1f-947f-14226db09ff4
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.046,6f2e3375-7a38-453b-8d35-23b78b3a910e
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,f5d89107-7b5d-44f8-9282-80279ce11544
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,92a998ee-c14c-4888-8d8b-63accc91db4f
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.046,4ac9608a-1f55-4221-8900-09d4d799ca39
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.046,223ab279-37aa-4f54-9d2a-9677185cc3f1
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,020bb3b1-7a3e-4e58-b084-a4d79c31664f
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.046,77fe2266-5cf1-4133-96f3-5ea4328830b7
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.046,8ed02718-9759-4f00-9d38-d28250a4230d
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,66959d10-3b38-4d81-a4a8-d6803afa1516
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.046,5f9147a3-12f0-4ed2-9b7a-9a82686c8fe8
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.046,228cce03-43b1-410f-a64b-e0bfe1eaa5e0
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,6bb24d0d-0b8f-480d-9eb2-4edbb78d5764
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.046,9d8c757d-021a-4853-8d3a-c15d191dc9d8
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.046,39043e8b-646f-4d00-9014-04bddfa770b4
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,3a4e493f-1733-4da9-b0ea-3f24d647789f
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.046,d6354dae-fd56-47fc-8f34-5c8d5948bd56
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.046,2f5f2cde-22aa-4d93-84d8-4fc0f72e9f7c
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,dab61792-da35-461c-a70d-a7162c26f946
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.046,f2cd5eeb-8b19-4dd4-bef6-ec7bf597579f
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.046,00b62d55-8a26-45e8-939b-73f1422d2ba6
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.046,5820df53-9003-4516-ab8b-11baeb1c5cc4
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,8.381052774307556e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.046,036f9e13-f277-42ff-8f09-63ca77b9e168
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,251c870c-107e-4adb-9201-5a0ead4e5593
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f14e05c2-a8a2-4130-843b-35b1edb3915e
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,8ef981d6-9333-4c1d-ab17-62863c4c6d25
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,6b32cf28-7b5e-476e-b079-79d0eb74c64f
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,d6f29843-750f-48ba-bb26-2150c0d8c8b5
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,c89e07f9-eec5-4a50-a653-1539af4497e8
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,65187c55-95c9-4dc5-a48c-499f5d6ca24c
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,e66a6e96-a876-4e1a-bd7d-ddac4b8752a4
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,27cc585a-e40b-4be4-bdc5-38a4f3767bbc
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,7e110c5c-952a-4296-a0ad-967c657aa9d1
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f04c15ef-0691-46f4-afe4-3e0a1b4149e0
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,6a3f6592-0d71-40f1-99bb-7d791fc79535
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,167aff6c-497c-4cdb-aff9-126e08302137
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,6385221c-a222-4d59-9005-96868dad05fa
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,07433173-1b94-4d87-b01a-c0b69ed1310d
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,98e23a57-71bd-4e79-b869-03e99af71b21
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,66b78781-3b4c-4f32-a8c6-54b436d4f653
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,a10589d0-e4b0-48e7-afe1-8594c4de2812
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,4ee5912e-d563-4f43-b241-68f8ec2513f2
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f70bb886-4a21-49da-a9a8-6af01e53a9f8
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,ca3d52b9-8c62-49a2-a3fc-834de851b79f
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,b0729af2-e2e3-4252-b24c-0884501acd26
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,8c19bfda-6431-4567-b4f9-9fff037beff9
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,d4a19cc1-04bd-484d-a3bb-fd24b94d2664
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,8d1aafbc-28da-4453-ae7c-8388033a6109
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,51bd6e32-7b4c-4ced-b2d3-74668fabaaa1
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,2d0777e0-bf47-40e7-90a7-df3bf7b2cc7f
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,dc0cba43-cd9c-4252-b1d4-618e02a0d1ac
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,cc90e8bd-8622-4b43-8af8-2973168762bb
+FI,Finland,2022,Production mix factor,CO2,0.009963980205505341,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,e725f25e-4041-4932-823d-19c11cef6790
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,9aa5ef59-631d-48f9-a296-406656c6d874
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,ae12c7ae-1a6d-418e-b259-dc26f972e8a9
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,c092bcce-33fe-43fe-ba0b-8c357ff6611e
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,623181f0-a4a2-44af-b894-9e8bd54c7509
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,77706ad4-8e12-4654-a2a9-e42509f6d750
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,150c9123-5f6d-4d59-88e2-c9598b16cfab
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,ed211303-b334-41a8-a307-de67ff049833
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,2ddcfeee-36d4-4e0c-bcbd-4b422cc37972
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,6c64dd59-fd3a-4e49-bcbe-04723de7e613
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,40fb3175-30ce-4c56-b0a8-f39ef68b3577
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,8a708299-a9eb-4f7e-9152-91eae60704ed
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,150d6a64-a39c-4380-9225-9d4dba8a2117
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,8f89c4e7-2655-4058-a037-8add312a521b
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,2f46c486-0543-418f-be10-d8fdc1f6b10e
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,92c0633b-b680-4aeb-9399-555d06f99c06
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,314ed236-899a-4851-b4fd-9e4f58365ec1
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,b82f4437-f651-4c2a-a565-5e3cf31bad3f
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,2597119f-7ff7-4bf8-8f91-fdfb1b8d6835
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,9a248af8-692d-4507-91f2-44593b87811b
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,444f230d-23f5-45ff-9b97-d1362cfd5d4c
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,0829b2ee-7d63-47cf-904a-aa3c6b38cb72
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,13cc8929-7a91-46af-9974-19ca10483af4
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,2c1b9432-1a2c-442b-80d0-f7ccd36431b5
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,9fd359e1-cf00-46b6-ba16-aa036b25331e
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,f9114e37-c543-4723-bbe3-b12791fe9a7c
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f7a60a45-ecbf-4fc9-9604-fdb4d0c4435a
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,2de434a0-0a08-4857-873d-2f064e07ba58
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,ebe55873-0f72-42f5-864d-c8b759ff47b6
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,e71b7518-b5e8-45d4-801e-7aaf0f7e9681
+FI,Finland,2022,Production mix factor,CH4,6.269282847423662e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,e4cdaa1d-1bcd-425c-b9eb-535100fd4f24
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,d04e11a1-7785-4f78-92b2-afc6f4de9797
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,d510450d-ef12-4a49-a2ec-e7a9a84c4d0f
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,ea1409c3-12c0-484b-b586-2c251e079221
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,a42defc4-f5d8-4c76-bdf9-c6414f8346fa
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,bdf04ca9-58bd-4159-8be8-9889374a2dd2
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,a796bb5a-95b5-4b49-8657-fa5393eeac21
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,614292b5-3ed2-4398-b4bc-9b301410077f
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,ef0f41c0-892b-4fc6-ba13-6e3393973fee
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,6a26eeb1-109b-4a92-8271-28bfb0739400
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,64ce349e-af4a-41f1-bf84-105663a41631
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,b480de08-aed9-4511-a3f7-d8b3739c6963
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,2b104680-e35d-4318-8827-c82a9a90113c
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,f839a985-53c2-47cd-918a-d5ba19e8cf30
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,fcbd7301-d0db-4ee8-bc4a-953994c79bd8
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,47babea3-ef69-4c33-8a20-b1177f10ba70
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,ce6b4ccc-e49c-4fba-8d92-3f679c85b3d5
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,01d79b9e-85f3-4c03-92ce-28974297e092
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,a96bd8ed-2f36-41a9-a105-020e629e6afc
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,3a3e56a8-7097-4c09-8fb9-515eabe55adf
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,cbd7cdfb-ec29-44b8-96c8-1a80e63efdb0
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,0472d31b-0204-476e-bc41-f8c4202c2557
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,70cca0a9-4063-45fa-9d48-316f2c52f42a
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,e736bb44-8a8c-4acc-bb85-5273948caf62
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,16841209-1322-44f5-8293-b29bb69d13b1
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,a96fb9fd-1cbc-4d96-8593-b27c54285ef0
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,1cc18e47-b4f1-4797-be68-04cd890beae4
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,c49fd55a-6b46-4868-bdab-b423a0882d17
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,02d6b847-9a56-4831-a751-aef9bb434a9d
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,b1a7d237-e297-4270-b49a-638910099bc1
+FI,Finland,2022,Production mix factor,N2O,2.2811309994288786e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,302170ad-43af-4738-a643-5527d37c8836
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.008,e3ddd1d5-95f6-4080-b01c-c70de65c07b6
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,59cfeaeb-2805-4eca-ba8a-0e3abdac5087
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.1.3,modeled_data,kg/kWh,CO2e_value:0.008,b0ddaef8-82a5-4057-b581-fe20d74f4ddf
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.008,e6babb76-fc81-4359-ba99-db5a5e35c90e
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,5f7bcd9c-d27d-4049-b61d-04f429f85ef6
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.2.3,modeled_data,kg/kWh,CO2e_value:0.008,2b05cf68-0881-42ce-a1aa-3a6d8762c4ea
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.008,d2b5afdf-77bb-4f64-a47e-3858c39d1e48
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,aa484d94-ef8f-4bf9-adfd-edaff6685a37
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.3.3,modeled_data,kg/kWh,CO2e_value:0.008,172c4750-148f-4503-8b8d-0fd36d0f9cd4
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.008,7da294c1-c70f-4b4d-b7e9-32f27bccd8f9
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,78ab4869-947c-46f6-8603-9c225e4da961
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.4.3,modeled_data,kg/kWh,CO2e_value:0.008,a376bb63-2ecf-418f-9cef-834d02015c6c
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.008,03261ca8-c272-4aaa-be5e-8a72cfbb635f
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,ef1982eb-9216-408a-9f73-745d434b89ac
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.5.3,modeled_data,kg/kWh,CO2e_value:0.008,632f7fcc-294d-45bd-a5be-13be5b049063
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.008,a7b40159-d69c-4286-938b-bc70efd59183
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,38a8c21e-53c5-4b0f-b4f2-2188e4614b03
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,I.6.3,modeled_data,kg/kWh,CO2e_value:0.008,90565fba-82da-4290-a6ef-ee709ec6be99
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.008,3f7df72e-1265-416b-b6af-a55e8c8fca11
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,98a5a911-6996-4152-8e55-e0bc0b5eb1a7
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.1.3,modeled_data,kg/kWh,CO2e_value:0.008,f0ee8767-df9d-4b8f-a53b-b8449a8ddeea
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.008,d03104a6-350f-4bed-af76-1b45f9fcddf9
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,1ef33e5e-6ba7-42d1-9d60-fb3a14415faf
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.2.3,modeled_data,kg/kWh,CO2e_value:0.008,eb744ff5-8cf7-48f1-a3b0-1312b67ba181
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.008,a4cccac7-9492-4768-a4c4-9558bcf69d1d
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,f98be679-80ef-49e8-afa6-a58253cbc764
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.3.3,modeled_data,kg/kWh,CO2e_value:0.008,92ae4e0f-4728-4f64-8031-40f93db8c3ad
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.008,e5480520-60fe-4e58-9f66-71f384f35925
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,bb7d1245-9f4e-492f-9150-49f8e95fe2de
+FR,France,2022,Production mix factor,CO2,0.006797936574800209,II.4.3,modeled_data,kg/kWh,CO2e_value:0.008,d9c8fe7c-fb4a-46ce-a545-9485aa7164c7
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.008,5152db68-07bc-4ddc-bc92-566a6e5abf58
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,135f9836-37e7-4a75-a3dc-0ff06ec29db9
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.008,10e568e7-af8b-44ab-aad7-57bca7136a67
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.008,cabecf0f-38fc-4467-9dcc-f0373bc72f93
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,cfffdde2-93a7-4025-a32e-71537bde0cf2
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.008,ce4c8b20-f3a8-44bb-9e1b-d59501eea313
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.008,009756a4-e3b5-421a-b11c-50235aca4831
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,8a3a80fa-cc2f-4cf8-8b0b-cb0cf33af5b1
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.008,168f22e6-3ee5-479a-8514-18d2bd02d56a
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.008,ea376196-0b95-42bf-bd91-c4c770ac1c1a
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,ff9023cd-dfbd-422c-a740-8be294b6fd42
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.008,79c95f4d-7cac-4c6f-8749-9c5bfb10937c
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.008,59cc5541-3fe5-4a51-80d2-78b5db3111db
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,a90ca4b1-b2a4-402e-ac67-52a1c264d163
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.008,c8071350-050b-4a2a-959a-9ad1817443a6
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.008,961c2d4d-697b-4d48-b8cd-ff81da3907bd
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,572847f0-f937-4b28-9bf9-51e1a17373c0
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.008,1935e200-5695-47f7-b883-663529f6a563
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.008,584b997b-0e81-4ac8-b6dc-b1c36affe415
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,64c61c6d-7050-4e8d-a85e-cfd3f390198d
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.008,157b1c36-c6d5-4d91-be3b-e574697c51ec
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.008,4c536b2f-6d3e-43bf-a4f8-a6257e994a11
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,c76df79e-be86-49cc-a0bb-47ab42763c9f
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.008,17f79eb4-4b89-4a35-a645-9f9f22b9f8c9
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.008,fd23c941-ec0f-4de8-9bfe-086a6648f620
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,043acaa1-68ce-47dd-b483-e302e00c07d7
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.008,4d9d2ee1-acb2-4b06-bf8a-345286a5cd9e
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.008,b354b43e-17b8-4160-b935-d57dbcb51532
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,00c06cbe-7441-4b5e-b23f-7d3681adb1b5
+FR,France,2022,Production mix factor,CH4,4.27722519387597e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.008,fe67bd81-0385-46ff-af94-070f5096758c
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.008,d79dfcc1-4f85-42fd-bad7-01591d0d3d0d
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,384762de-2462-4b4c-b47b-fdc00f0b0dd2
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.008,cd90e91d-28e0-4ff4-86e4-f7170f1801a2
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.008,6639b8ab-49f7-46fa-ad8f-af50a5e9133f
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,9b907eb0-bc3e-4864-874b-acc36821d03d
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.008,83563cf6-219e-40d1-b356-c344131999f2
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.008,5fe5a5db-a056-4459-a32c-716ef8828fef
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,29e5bf47-aaa2-4463-9c3c-902319f32c41
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.008,58d0c905-8bbd-4d2c-9a7f-99c211a604fe
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.008,3a7deb60-e0a1-42f2-9253-de3ed70b5b40
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,e9071bf6-a0af-4a39-822d-0a3869d9e732
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.008,be16bab8-0f02-4ee1-95a0-6f7ffa3c9348
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.008,a2bc1e9f-d7eb-4e4e-892f-04f153776c58
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,08fdc0e7-9093-47df-962f-c9b6cd872f25
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.008,096c67a7-8b17-4cb7-8ea9-dc3645b7d545
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.008,67e04110-43de-40a3-83c2-56a5e08e4a3d
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,5af71696-f92b-4dc5-8ad2-a62b6e5c43ce
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.008,2a27411b-be7e-4e0d-988b-97959e297ecb
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.008,cbbbff59-745d-490d-ad15-dee0ad232651
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,04a8df60-8689-4d37-9c22-d998202b04eb
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.008,62ad840c-5ea2-4758-93c8-ff46123b5d28
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.008,c6753331-cef1-42f6-a309-5605539e72b7
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,d3db48ae-35ec-463f-88d6-5e1fc37eb8b6
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.008,5d1032a9-b920-4064-9220-d203cdeabdb9
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.008,f4d52b8a-3fe8-424a-a40e-a3e0fbc127a7
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,3a13c6da-ee51-44ac-b997-ecf9f677b1b5
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.008,4f7246cb-e38b-4d77-8b1a-064e2c7a7ada
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.008,f80bf311-ccb2-4ee7-9a98-722996e1433d
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.008,d77d0aee-0f44-445e-9bbd-df96473f2aa1
+FR,France,2022,Production mix factor,N2O,1.5563041608974838e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.008,9cab676b-f620-48ab-ad30-957d025d0ab2
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,52f1b2dc-92e5-43e4-83b5-818e281279c2
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,16e39ad9-7026-4a7a-86f3-cca6fb3e12f7
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,29ab7d6b-6eea-4050-8afc-78f5d429ab59
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,42a52edb-3a24-4be1-9ef9-addabe8801fb
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,911ab3b0-36fb-430f-af63-0cc7ca5497fd
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,27543e46-f9dd-4c70-a787-45d371de358e
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,cc05481d-4f6b-4039-b876-93d892b70ee6
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,54199f0f-ccfc-44ca-a39e-abeeea686cf0
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,0754c726-035a-4f1c-bf4e-d61eea8173b2
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,6636fba1-bc6c-48de-a0e0-97da1056d00a
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,4d938ae1-473b-41f1-a996-e5430df7680b
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,6e70d09f-0da1-4009-8060-d3f8c0de4739
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,cb5d15a3-a0d6-441a-96da-ed527018d22e
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,90ff2714-454d-48ac-aade-2f074d39326e
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,3282b669-5ca8-450e-b66e-63c3c34b1829
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,5b8f2175-8bee-4df7-8957-5a4f6187aecf
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,bd09fb22-3dcf-4b6d-a6b3-f5feed2ad1d1
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,798250bf-63b6-4fd6-a958-22014d3a4456
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,9f7937a5-4b21-4d78-8d2f-561dffe088c2
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,bf4ca821-04be-4048-9f6d-7950dc00a230
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,43f0ea28-d170-4959-850e-27b8ecf5512e
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,a4058269-d1b8-415c-a51d-3f77ac337d68
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0f046d1d-f925-48b1-a883-529169302e9c
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,18a88748-84a8-4c51-96c0-f6d8ce2dcaf4
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,1e9f0180-be70-4d0f-a082-4741b345deb3
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,be989e98-86bd-44e7-87e9-59b57420fb98
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,ecc5f2c5-d2fd-429c-b6db-9a2391526e29
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,262f8964-49ba-4c6c-a0af-85f2b00241e7
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,b27a3a98-7172-4740-9ce3-e175ed1fd465
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,0.034178747184217456,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,4b7b8213-3169-4920-b71d-a73078a97e0e
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,a003a140-b26a-4c0f-b7a2-e69654b93b32
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,fd0bf793-6665-4652-bf1f-0e16966ef9d0
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,d652a9b6-348a-4aad-810a-d597557da8a3
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,de36d7d6-b27f-4f78-9857-e28dc031d43b
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,4a010413-128f-4272-84b2-df795791b79c
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,9b61e043-2648-43fd-ac9d-8a3a1ad7aaf4
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,af7d755c-79ae-45cd-9d7f-3889477f2309
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,fe38e5d0-2e10-471e-a8a7-b1bdbb252773
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,c562a7d0-ac5d-4609-9c3c-b89308e2218d
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,323dd582-fafb-4a29-afb0-7d916d2349e4
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,bf094e4e-1ea7-4492-97a0-d828d23a7403
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,59458cfb-cc62-427b-b779-c0f745d697c3
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,004db50f-58c2-42ea-823c-dfcde176c58e
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,9ab7a6e2-75ba-4084-8d0d-cf0ab9263f4d
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,c3cf0e86-8580-4cee-bdb4-b4a5fc76f732
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4e5b91fc-5477-473c-8a9d-3625d02f4efc
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,d8d8c515-23d0-472a-8cbe-81299bbffc91
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,71104e31-54a9-4be6-947f-d1c8273107a9
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,c89f7d7a-0f21-4a61-92a5-393d3ad799d7
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,f4e05968-0641-4716-bff9-a11c9c96f393
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,50092f66-5c76-4416-9b0b-ae13627dd21b
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,b646a12b-f03f-409b-998b-2ddc4f158fe7
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,f16e953b-9332-49a7-aec8-eabc8673f412
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,30dd0e68-f98d-4aa6-8e0c-876d52cb84dd
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,985a87ee-37df-4537-a440-65cdcdff3fe1
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,c9dbaeb4-dd65-466f-9c36-83dbe59f8307
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,d0c475e8-987b-4e9c-8963-3d4c6d1d039c
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,fb4a678a-1f5e-4e33-8e34-66a13e0cb0be
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,fbbfef7e-35f8-431b-b813-058079575186
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,0.00021505084218257628,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,fafa499a-a84e-4b8f-9079-37e398df55eb
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,8f1a4b7d-75cb-4353-85f3-18417d94088d
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,b918bd2c-d892-4de0-bad1-bd909d9f9d5a
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,ca979b88-6929-47ee-aa7d-f0cd99e8d7ac
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,a1b1346e-312f-42e7-a25c-606fd0ef0328
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,c4353e2b-27aa-4c05-9987-d4f70fb75b3a
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,c3f506fb-ace8-4f92-8b59-ba3551907632
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,70023180-bfaa-41d7-a0ad-a519d303536e
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,62e2d2b0-846d-479b-8979-c8c43df8295d
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,e3c7cc11-06c0-4f5d-b201-0757069863e6
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,88e5095d-1b0b-4193-96a8-53f99404bf52
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,9699e60d-b2b8-4224-a506-37557d86faa8
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,67bde49f-4110-4019-b72e-7b513afdb56d
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,d5b07028-662c-4a6d-8f44-30514cb92a57
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,ca78e38d-f8eb-4d10-9adc-c624ed41006a
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,3ee10e4e-f260-47ca-a071-67373c071887
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,0de7a0f9-edb5-43cb-ad6d-c82c6ad99064
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,65dee412-2146-410b-9037-b997a5bef1b5
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,8b52d0a8-f096-42ae-85a8-d4718c032709
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,b47288f3-2904-4759-bb76-0b746524d182
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0a68457d-12bb-4fa4-9a50-36e281155c3d
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,90c01ee9-a869-4c72-81ea-ae3fe8263500
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4f5c688a-1572-4a21-9289-38a8f299bb0e
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,ef9b750f-4f64-4cb4-ac8f-415d08b0bc70
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,b2242c3e-d915-4ba6-b9e6-058043ebf903
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,27833633-a987-4ab6-bbc4-b68abde096d2
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,e0cd9473-a191-40b7-bd7e-6c18dfe94063
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,d30e0a9c-04ab-4949-a91a-b441446013ea
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4e316f58-6ffc-4723-828b-bfa94eaddc99
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,e020b372-2d17-42ac-be9f-f5391ad549d5
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,7.824804758291543e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,b97d4e31-756f-46a4-a5d5-4f55c8adaf81
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,ccb11d1f-7f55-4374-a58f-6aa2a1985fc3
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,75c612d8-e02a-4654-b236-8a75369b8406
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,77176216-5a95-4c6c-8d9f-f7df46b81589
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,5e18f238-4c9f-4f1d-8630-e8d90283d1aa
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,e90b5f53-166f-4041-8ea7-5804a8bb1b25
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,1ddf363c-6ffd-48f0-9547-a941ba1ee7b8
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,74eb3ef3-fa2b-4d19-a96b-fc1497bde3fc
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,70af738c-3824-49b5-b9f5-bf807d1780c6
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,71c2fcdb-b8c7-423d-ad05-adc67b0fc867
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,15583c10-cf90-4028-91ba-1198df741774
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,b2b6387f-4e78-44d6-8c57-e0d0553499c8
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,28b05f5a-6caf-45c7-af7a-7e38d2ca87fa
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,58cdd532-4da0-4a02-8b5d-fd045097eadc
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,5bddb84e-5b68-49c3-819e-91c9aff83c9f
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,fb0250b3-a351-4d0a-a33e-4f9b36054d14
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,8f26a288-8c42-4500-94b7-1829f3a06124
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,63ebe8a2-8b32-40c8-84e7-ed9ea0a2361a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,3647b2b1-8fa0-45d3-9931-45e51aad38fe
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,1705dc32-4363-4432-9de5-0139e05827a8
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d89a1e3d-7fb6-4d74-b484-9280d7c2e96b
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,b6200006-0ddd-4089-bd25-33718799425a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,3f1ea820-4826-4714-9100-afc2cd62fbdc
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,c2093a56-3313-459b-a8c0-f5bd7e8f653a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,6a2ea72a-76e8-4a4c-b25d-d9bc06a5aff7
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,dd18c728-154a-46b7-8083-0039237516cb
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,9a173c40-c9c6-4107-ac53-4534f5bd3d09
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,e2a5c85a-4ec5-4021-8d37-6dc34da2e968
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,2066a4a5-996a-4b75-97ca-cbabd96ef962
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,6442fc7c-5587-4469-a7c7-3d0a51a09c87
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,0.05958175126619145,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,261af085-0041-4190-a335-118b33a1e174
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,4d8e215e-3e17-4d8a-93c0-51e9eb0c7031
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,cead8a26-1864-4061-8481-5ef162abc0e4
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,400ecf62-9948-4f17-ab69-9ee7a922d373
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,39ec407e-e4ea-400f-9b90-96573c9ee6c4
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,c06b2ace-c47e-4999-93b3-9d82b0da3230
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,a55eeaea-70c7-4894-834f-60b1fab92b8c
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,4512a2cc-6dc7-484f-84d4-7bea96e74855
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,7170bfbc-1b41-42dc-9e83-0049a8fee9c4
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,31c14c22-1f53-4bd8-b679-3625c21d0cca
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,087ef17f-7402-44df-b9a9-2b46e8e8222a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,6e3b5adb-6030-457c-aaa3-efbe1250a386
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,25518aa1-150f-472d-a848-489b254c6df0
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,4b4fa71e-41ea-4722-be25-a809465f5a3b
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d735344f-b1d6-4346-9262-0f2ef000b30c
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,c54b6e58-fa83-4a4d-b595-918685bf9bd3
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,d0cae7e8-e58e-46fa-951a-51b3f60a30b7
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,ddecea18-470e-4b3f-8d08-25c159bf62c9
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,45912bce-53e1-4cb6-9e42-9728947d9b91
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,1e6ff3ac-530e-4886-af8f-590dbe7d6901
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,33880f0f-b3e1-477d-a0d1-c264bc3f9e2f
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,977aa0fb-c4b7-4e64-beff-bcac1cb5a61a
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,d95e8ceb-36c6-435f-b942-f6e410a0aa39
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,b276f28f-9b66-424c-a4ed-a9efcd4dd2d2
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,7ea23256-a0f3-472a-a278-c4b4fb923df8
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,edfd3f66-b2ac-4e2d-b721-f2d0b91812df
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,6653416d-c491-40b2-99fb-89d4fd08ae94
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,1dc357fd-e4f7-4b89-b61d-e74941a9bbd9
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,f0091c9f-a9ba-4c0b-9ffa-fe3387e719d2
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,6b8f4965-dabd-432a-94e7-ffc5dd8faf0e
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,0.00037488517994667436,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,b8a3d300-6eb6-4fc8-a0a1-41bea1d79f48
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,402aef15-9888-404a-86ca-d219fe6a6e37
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d882b6fd-9062-45ef-9961-381e087670b7
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,fe6b9ec2-5aa3-48a8-b485-11a431ed5766
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,07d48f08-3d00-4ec0-922f-24744756f41c
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d4ad9a94-9d90-4e52-b968-1ea8c1051140
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,5703a843-1b80-4362-9510-7e50daa3fb77
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,1dba44be-949f-4218-bcd7-1a17278f692d
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,73a8544b-beea-49d1-9d30-7ab469d06bbc
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,4fcdce66-ba7a-4561-9b8f-8833e75e7194
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,4665d905-c146-45a0-bc92-24fabb023521
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,ed4c337a-5112-49cf-95a3-2969e5fa7e9f
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,bb21d6e1-7b5b-4ae5-9efe-eaa23cb43fa9
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,6451e1da-aeac-472d-a9b0-e004000f2aa5
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,222c039e-4fdd-46eb-b6d6-9c42a70f39e9
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,68964a54-9226-4159-9060-680f7b0d50cc
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,f5e609d9-faa7-4f4c-88e3-81399a58f2ee
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,f1b8f09c-7347-4c01-a969-b055ca2b6e71
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,dfcb452b-9eed-4a3d-8192-1723851d2c8f
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,7013be0d-532a-48de-b921-21cb39792de7
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,61ee3e98-7aae-4d2a-b0f2-045c381bb753
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,35f034f4-9f72-4210-88a5-5dcde4f4cf3a
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,f16998f8-35b5-4601-bb26-5baac5fe89eb
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,18ab93a6-5eab-4f5f-a36b-016af2637558
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,236d05b6-ee0c-4c96-b56d-64df1c5b853a
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,9984a816-b28e-44e2-87cc-ef046e801ad2
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,f102955c-50b8-4e3b-8096-dd17130b87bc
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,6184e0a1-a87a-4e3e-ab7d-59d4fb5e182c
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,78983d49-c239-4a4e-aa97-4eb3c042f211
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,bb5b5692-4e08-4861-8e7d-cfd26de931fa
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,1.3640510821014526e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,1ed3daaf-2432-4e5c-b162-ff6077a67d29
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,fa59a291-8de5-42e6-9911-e7b1da53d1d7
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0408d917-f24a-4359-a120-f26aa693e864
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,978af274-d1ac-4b65-82c9-17c662380b2f
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,5c1cbea4-cac4-488e-bc47-aee7f99a1b5c
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,22508dcb-861b-4dac-9b77-3a5fb753e05b
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,7024435e-236a-44e7-801c-ff7f892f1402
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,2a1a2638-4f4a-415b-8d35-82d10e18d3dc
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,90723608-67bf-4ddb-a058-9a436680301e
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,c0b57113-df92-4280-aab3-b2c52c585e35
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,1aec448b-cc27-4760-83ab-bac8208a69ee
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a6f9a02b-e659-479d-ad35-2356e79c703b
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,1240a54e-6538-4480-8f4b-9e811379f0ba
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,b553b1af-9706-499a-ab82-d12a07cd7a24
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,023637d0-0218-4003-9848-d62387cc97ba
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,37d21e75-20b8-49c0-a2b0-6bed0d4bb124
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,129b9480-7652-4465-8439-7f8933cd852a
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,bb8be10e-fdba-480c-b8e1-95a9ee03d730
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,50c59009-0415-44bc-945e-322f3ff6c773
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,f25f9494-19ca-4609-9153-dc575cb93df2
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,38d595b7-894b-48ee-9f69-153a1b494862
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,2f6f42b0-b145-469c-9c40-a7414bb0f322
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,97bf91cf-29a7-428c-892f-f19d9980b6f0
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,9d223289-205f-41bf-99a1-c0d87a4dc9ba
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,d9fb482d-05d9-40c8-8e88-cf70bf68c7f6
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,ea96305a-29c9-4801-a6bf-f617c89f2820
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7c7db929-6d74-4bba-9de4-003fbcd6ef71
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,271d4bb2-8d33-4f9f-b455-7835203d6cf8
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,788ee7ce-2048-4899-ae10-66a6f0f837ca
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,87798b34-149f-494a-a131-1fce93e3fef0
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,0.05287321199814063,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,1ec994fd-3a58-4b21-a75c-dcf55d45a56a
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,cfff0287-e86d-481a-86f2-81155e30045d
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,49dc924c-4705-45d6-bcd8-2e521a39a4de
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,d1be667f-fbc2-4296-aad8-cebc8e269a17
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6b859800-4a89-49de-8d1c-bcc3afdc5d43
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,9d94a3c8-69eb-4e53-91aa-e13ad28a8598
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,c76f8c87-e6b6-43e3-9ed8-6987c8098d25
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,e2828f1f-b589-482a-968e-a24bfa6b21d3
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c20d0d6c-daa8-4fb6-9ad8-47df4e7d4a45
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,53a4c106-35d9-4889-b6fc-165e8db627d9
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,d2bc4867-095c-4151-b3b8-6e3e5d273014
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c5905bc0-dcea-4775-afc9-0dd98d4fbb26
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,66afc2cd-2cb2-4497-894a-7dd6388e9e85
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,0c87640b-b45d-4f77-b5fd-9ec4c044dc40
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,104128f8-8473-48ea-b469-b68aa90c9cc8
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,3b0d5493-3ba0-4e41-839e-83571162367d
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,26409261-826a-4e21-8c84-dd9492aed188
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a14ba275-8bfa-4d08-afb0-b7a8ba69c1b9
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,83b47885-8c87-4d58-8c70-eef7e3418db0
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,fe85a77c-e7a8-4eea-9f5d-798193b4184e
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,4b36afeb-9bfb-4f3b-b391-d04da3c6a881
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,6c2d3ed9-5068-440c-b06a-7a265b887d7a
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,8e1af815-76ef-420c-861f-d415101f5e8b
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,02585160-9fd9-4c51-afe5-c1c1f95b7929
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,451572a8-5d07-4ef6-ad74-d5b1c65a8199
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,04ea5ccf-7bff-43ee-8d02-9645ab13d10f
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,662f1e8f-b881-491e-8930-e1e3ab8f365c
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,6c9082fa-5295-4092-97b9-ccc318b3463f
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,187b58b9-0467-40b9-8b5c-a4ff2688939b
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7553a649-41e0-4210-947c-916b5a27a15d
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,0.0003326754110621264,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,35a7c94f-dff5-4df0-b3f3-e08aff9c612f
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,1d0ce009-04ac-46e8-9dfa-f8ea8c440753
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a3632368-8414-427a-a73a-100426017561
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,e5a79763-5e74-4225-aac5-927d9562a4e3
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,05f8d770-cc2d-44df-972c-2165ce821579
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,ff5ccca1-369b-43c6-aa39-1f47dad8642c
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,1e7f14c1-a2cd-4573-84c2-246babd6d4c5
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,cd4bd65e-f5e2-4491-a99f-e01edcd474b7
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0ae30846-bfb0-49ed-b624-1c641a2d84a5
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,757cce8d-37a2-4256-bdf7-5adeb79fb3a1
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,c4deaa72-cf8d-450e-9a08-0d0d93bdcecf
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a3ab93c3-b0a8-48f6-affb-f5162e37e263
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,d3e8afa3-cded-489f-bb27-c76010bdbd66
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,18d5b0cd-31d9-48bd-a19b-cc9e85ea5813
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,bf6ff04e-91b0-40da-a52a-fdbf1a89c5c4
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,03bce76e-096b-4bbe-99c5-64ce5f9de25c
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,df47eb2a-49b8-474e-b584-28b53de46d48
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a9e2175b-02e5-409b-abc0-36a1384c5118
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,48c2b4d5-016a-4e0a-86b1-d517fd14fc67
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,57a9b133-9cf1-42dc-93a2-a57150df44c8
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,a35765f3-fbca-402f-8942-957d7f280564
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,5f645238-71b4-49c7-a71c-6f16e682b3d8
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,15d613e1-7a22-41de-87d3-51c6fcf0ea4f
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,af74e540-b0a3-437b-b87c-aefaa34cd806
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,5a34aa6f-8094-45c0-af10-7583b1fd88cb
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,2cdcbbb2-27c5-456c-8009-d27c69752916
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,cb3b8962-67e2-43df-afd8-ea971fe6daa2
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,9795a63f-bda2-4b60-9cc3-d6f8405f9260
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,945feb02-e5b9-4225-925c-7c11b728b822
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,b4848359-31ef-4c2a-ba7b-13e69aab1948
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,1.2104673076497396e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,2a29f6b5-a0bc-49e6-b8db-442b779643ba
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,611d30ce-d678-46c8-9812-8883d25ec216
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,cbf52593-f4ab-40ec-9842-634b2a1948c6
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.1.3,modeled_data,kg/kWh,CO2e_value:0.111,0fedc227-3161-45bd-aec0-d43651a8dc9c
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,0679d0ba-81b9-49c6-bb70-b18a41522999
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,7a6189e2-ed0a-4852-80fb-e9a635481fcf
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.2.3,modeled_data,kg/kWh,CO2e_value:0.111,a6c71715-3943-47fe-81f1-d543ffb23c67
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,9e769706-0671-4c43-ae19-c50e795c3a4b
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,d2f1b447-255a-4b3d-ac7b-89243e203742
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.3.3,modeled_data,kg/kWh,CO2e_value:0.111,804e353a-3c02-4396-b5a2-d278ebcbba28
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,64aaa122-ace5-4f18-9138-d2bd0071ff3e
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,0e76f3a9-c554-409e-9e20-4ef48dc4f09f
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.4.3,modeled_data,kg/kWh,CO2e_value:0.111,54e9faa6-a1a0-4bef-a6c5-9743b17ec217
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.111,ae552cc2-01c6-470d-a8c3-55dd9f91d1fe
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,075c1bd1-fbe3-4d2f-b1d4-d5cc9f514024
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.5.3,modeled_data,kg/kWh,CO2e_value:0.111,b0ce1898-2f97-426d-9b85-af9e3f2a133c
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.111,6a1d58b7-a395-44c1-95d9-5610ee80ae60
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6ac19ef0-7e31-4209-b672-23a85c3d6cad
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,I.6.3,modeled_data,kg/kWh,CO2e_value:0.111,38044d12-281f-4626-881e-12a6a7e9b38b
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,1be79249-71ab-4916-9d29-ca189e8294bb
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,dd127715-222d-4c75-8353-9d63bdb47847
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.1.3,modeled_data,kg/kWh,CO2e_value:0.111,f781adf1-036a-4c32-b7ef-cf7a156bd84e
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,f22666ac-9343-4448-9031-37d8693a9071
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,a54142cd-182c-4237-8299-b7e619dcc659
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.2.3,modeled_data,kg/kWh,CO2e_value:0.111,addb3780-5222-4883-b316-3d553904ab30
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,eb901da0-1aa1-4fd4-bf6b-1918a8e5e9af
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,a6241f53-11b6-47c6-bb13-202ec72a7496
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.3.3,modeled_data,kg/kWh,CO2e_value:0.111,0b2255c2-0aab-4d5e-842c-2ce29f7856e1
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,c5282862-82ab-42f7-b09b-185b4e434017
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,4b2ed7fe-3ea6-4f90-b09d-9d1b9e59c336
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,0.08873877470544367,II.4.3,modeled_data,kg/kWh,CO2e_value:0.111,b6b7c431-aa01-4ff5-a3fa-e74dfb83e8b9
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,e09e829f-a312-4886-b89d-4c79ac1d696c
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,0ed3b1d4-d6cb-46f8-9431-fb6eda895177
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.1.3,modeled_data,kg/kWh,CO2e_value:0.111,7c6a3d04-f9b0-417d-8b13-9b5e9087f59d
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,3b59798e-6c62-4b1a-9319-621470f1e3e3
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,1dc12fe8-6052-4fe0-adef-4ef83347300b
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.2.3,modeled_data,kg/kWh,CO2e_value:0.111,a5ae7794-ef08-4bcd-bfff-467aa0c0b4d8
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,f2ecc480-5a2c-4781-80e9-15e39822c9db
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,51d3b0ba-d46f-4b1c-bef3-8312d2006ccb
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.3.3,modeled_data,kg/kWh,CO2e_value:0.111,ac46a595-23e6-4245-81b9-a1c3afd1b016
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,ed84dd8e-d638-4948-a9d6-4b37fa6977dd
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,e68caa7e-50e9-44f9-94b8-7dca35eadd76
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.4.3,modeled_data,kg/kWh,CO2e_value:0.111,5655230a-6d60-4791-8264-ee75b2cddbcf
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.111,7f8c080c-c7a9-4db0-97b5-dbdb20b81aa2
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,7aee1c31-ab93-4e9e-9e50-5443cf765d70
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.5.3,modeled_data,kg/kWh,CO2e_value:0.111,ca63e29e-993b-4b21-a4a8-77459be81129
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.111,8ff297ab-9d03-479e-ad41-fd41d91ccfb1
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,997e402c-7e74-4ba6-8d26-7ed8a001216d
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,I.6.3,modeled_data,kg/kWh,CO2e_value:0.111,e40450a1-dede-4602-86fd-8acc7b538e82
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,f60b4dc2-0b22-4cf2-b72f-a55e3ba6d6a6
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,5f3835bd-da7d-48c8-9fd7-a261f2457c06
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.1.3,modeled_data,kg/kWh,CO2e_value:0.111,d7faa5c0-0b64-4f0a-8ea4-4ded9af09e79
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,4892a88b-1f9f-4532-ad1f-2e685ac84d0c
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,bdeb5be9-38a9-4f7f-8be5-14b65988de8d
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.2.3,modeled_data,kg/kWh,CO2e_value:0.111,7a2f83b6-555b-4ee9-b408-9300a2446e73
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,a519bf4e-db79-4cc6-b914-ab4deb316802
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,0e85073d-7b04-4e41-a720-081913802da8
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.3.3,modeled_data,kg/kWh,CO2e_value:0.111,40a14aaa-e074-4daf-8ebc-d1801caa8bc5
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,d41d76ee-91f9-4626-8f06-b168e4d6188a
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,b0bbf987-88a6-4bc8-a6fe-c80a7ed67f7f
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,0.0005583396059486807,II.4.3,modeled_data,kg/kWh,CO2e_value:0.111,9e5e4263-5ddf-4c14-9be5-e49f56c2d2bd
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,d720bb6a-06cc-4a6c-906c-01d344c1ecdd
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,ba66f7e6-96d8-460b-9671-9ec6e6d12f7c
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.111,99dd432b-9007-46c5-9f71-112b9e0733fb
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,b971769f-bdfc-42da-a04f-20ac64877022
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6b2f4f38-4ec7-4e68-8f8b-e1f1daf996ab
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.111,cdb04f2f-9156-4e78-90a7-ef17783021c9
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,489a8461-726a-4e18-bced-935c93a557a0
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,7642b248-df55-4eab-9693-134ac755d071
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.111,cc909b23-8776-4543-908a-74eb6533844d
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,f023fcff-068e-4fac-9374-8e373d3de5d9
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,c5b253b7-ed01-4629-98a3-e6238802a031
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.111,72f8f5d3-f493-43e4-8632-c613f2225b02
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.111,570a173f-25e7-4096-b32f-eca25bc92513
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,1785ddc1-8cea-4e39-9273-060378636c46
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.111,17f12248-e803-440c-bd6f-48c855fdf1aa
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.111,e75d3f13-2f12-4725-abbf-c0ae2d81e6ea
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,6479f271-ef69-4a01-b9ec-7809389f2b5d
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.111,5cab753e-d9f4-4303-9795-de6a572bb06b
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.111,0e0aa8c8-e241-4008-8d06-4934e73a377f
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,d5db81f5-3a50-4eae-9511-f87a2c91e03c
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.111,1c0d5439-2a05-4abe-9388-bcd76cd1ae0d
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.111,7da5806d-643c-4fd8-923e-ed4bc2934dac
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,ebdfdb46-d762-4df4-83ab-b870426da7f9
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.111,f020cfe1-49f3-4e23-b2a5-45c12a108db8
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.111,7a4ca422-5c62-4fb8-8faa-154aa7471c24
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,01850216-cb81-4fdd-981b-4328bd191f0a
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.111,0a56f9ff-7255-4c35-a990-7337b3e69722
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.111,818fc462-24e9-4192-93fd-2cc6c75832aa
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.111,c3089c68-3eea-477a-8dd1-69a3087afe6d
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,2.031565354978106e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.111,546d4607-adce-47cd-9e09-ddccaf19c8b5
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,de02af31-296a-40f4-b8e2-bbc361c8cd7c
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b3ab1fb9-860d-42c9-ab3e-91c1e4cbebdb
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,f5f67f1d-17b2-4220-94d8-92d9be5271c8
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9d4b921d-17a7-4d2d-a7ef-5d3d92249a08
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,db0758fe-2caa-4758-9393-0595228caa05
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,2d551fba-9a53-4077-a438-51e04bf07409
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,f8da2b12-0468-4600-bd3e-32c91fb8ebf1
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4c01dd33-9416-4a05-8a81-b0e1ea42e68f
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,aa7b2e48-ed1e-40d0-8d42-a82a0ce77219
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,8fd75945-d54e-4b8c-bc7d-56b24328f83e
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,949fa4a7-2225-4115-96c6-2b9f84397c71
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,a624fad2-9e73-4c34-872c-c54a3055946b
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,86c625f8-c576-4315-a0c7-6a4b6c0913ae
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,52a27eed-b58c-496e-8fb0-0b10e9421f35
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,0d37e8a5-258f-43f4-85d0-bab737a9f329
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,16c26114-9e7f-49bb-8e7a-d8eed4407da4
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6ff117a3-b6d3-4395-add9-bcc6bf630999
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,025bcc09-e4c9-4876-954c-ded4af3dd600
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9546b63b-7009-4db8-b23e-c22303325db7
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f2644a29-896e-4df5-a5d0-a413cc5059da
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,e711ac12-0328-4196-9583-8ecb38cc58a0
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,dd495402-593f-41ff-80ba-c1ab87d623ae
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a3bdf3f9-f14c-4155-abb1-b55e094c99e9
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,0ff1e19b-22fe-4340-bfb9-f12076d6d1af
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,cc06daba-0ccf-4cbd-921d-cd5f2cf73b3f
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,9720b309-075c-4624-a8d0-ee7723bbc206
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,496563f2-e7a3-4f3c-8101-53e174d21c05
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,71b1d4db-0964-40bb-9154-6d918e305d44
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,64d37489-c72f-4dcf-a247-9f3f8cbd5169
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,0.012851763085791208,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,e94b2b3d-5d6e-4ab1-a0ec-56ad6a5fbf5f
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,6046eed2-42bb-4bd7-9032-6628f6e8cb8e
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,583a784b-3bb9-499f-a5f2-82baa84af016
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,44d70320-47a7-44c5-95e6-6dc62b507c3c
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,654c8354-9354-4401-93e1-5eaa13f426c7
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,13df8692-cecb-41ed-941a-2805d517b9d8
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,50c8294c-45ba-42fa-9538-38df26848ad3
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,24a7f861-08d5-41e7-b590-f84af29951cf
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e3c0862e-0f22-4d82-a9d1-8e2bf7c4819f
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,af241f04-f35e-4776-a18d-107f6edcc407
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,82635f0b-ae18-46b5-8c7b-29521e5f0960
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,cea8a467-b7c9-44a0-b682-42da7a47c6aa
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,328ba069-1c9c-49f5-a7c8-8c5744da30c8
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,31e8e197-94d6-453e-a179-700b06de2a8a
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,fa9090ef-1760-4301-9a0e-5151f0df23f3
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,cc4915fa-5d51-4829-b0fa-bb1fe401cdd7
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d849507d-ae49-4973-8fbe-3941ccf6e806
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,45b508b0-aebc-4af8-8ba6-08f462f9e7bd
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,d87bdaab-3158-43c9-846f-c09f971ef42f
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,37500285-b7d3-458c-8d0f-e278f3e0de09
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,69822b41-c2f7-4b86-ad60-39e6f7a3ea48
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,b4b90583-dae6-46d0-9262-507cf2ad3415
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,fae294f8-ce31-4b80-8486-231194c28133
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,fa1cac4d-9639-44e1-b93c-f6aa22729293
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,0d5560df-1629-419b-a16e-e3d32d9c94a9
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,2595d1c1-fb57-4cf8-8aa1-a8f00ba8365f
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2e69649c-f470-4ea5-9b98-8c0816c965b3
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,b1d4ef02-fa78-427b-87eb-da5826b3fcca
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,1cef6db1-1154-42ae-9d1b-7a8aed48e779
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e9b19b6a-3706-4c9c-b7aa-a5c9409e1752
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,8.086260330825005e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,d0ce63d7-ccb6-47bc-bee1-3bc6f613bc88
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3e066203-bcbb-462a-814a-f398149e9d5e
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,342a9704-0001-4ae9-b037-21e5e45f2096
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,c5ab3ac8-6654-4d5e-9d3a-73a9ddd9e77c
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,54e52e57-c8cd-4014-96ee-0fc45ae4d3b5
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2eeb6075-69f2-4a3a-9f7d-54b7853a49b3
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,090044fd-2708-4ecb-8148-3361ef3fd5b2
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4b25fe96-5eec-4c46-a490-36995320deaf
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d3cef576-b7bb-4b10-b3b3-e213f123740b
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,2e0b4e88-99d7-40c0-bff8-b1e4bf98086d
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,8a5cdeb5-5954-46c7-b790-6b78a21048d5
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3990b1a2-ee61-43a9-b3bd-5d6aefdc5e8e
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,4a7c986c-a870-42ef-b572-3fd54445258d
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,32090626-efa2-4688-b500-f84b39740a69
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d30c3de1-3152-49ff-b5ae-1abf9a9fb9c3
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,ee70d1f6-34ec-4370-bd07-bdce04b4146b
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,32fb7607-d526-4f6e-bb43-9d3a14f69428
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,23c93945-8475-47fe-a92b-a0880e483a02
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,956ad88c-4ff5-41ac-abb1-cbb336208093
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,72c848f0-3136-4976-81d6-3432a8680d29
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,34b4f2cc-b458-4a83-90e7-585dae458cbf
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,db38e965-a3e1-4d43-8a87-559af90441f0
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,63cf074a-2e1c-4f24-bd89-2ab7ae3fff2d
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,008f2523-00ff-4197-bdd8-524e666ee7c2
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,161a934a-9cbc-4684-ab2e-f24fd6a67618
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,663708de-bfde-4118-9a1c-cbdb10290aae
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c7553f97-2a41-460c-aec3-ed02c02114bd
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,808abec9-e820-4266-aede-2d60d61c4f58
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,de42514a-cdd6-41e4-98be-a91abc884ca5
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2c798647-f0a5-42e2-a592-f10b669611c3
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,2.9422534537067785e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,b0cb8a43-215a-4cf1-a264-4b706d4ee26d
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,cf17c8f6-f08d-4486-8cb4-7f0e26a4d01a
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,007dd632-aa2e-424a-acc0-e07afd69b5ac
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,9dd67756-e281-4edb-a368-d1b4549bb34a
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,a4e04f06-9aae-463e-aa9a-a853f4d7822c
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,342ed89e-4f65-4794-b662-aac755ba34af
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,ae8e69e8-1bf8-43fd-a0e4-992b43ae03ee
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,f336025c-6fb2-4523-ad49-aec02a60bc7b
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,90835549-67f6-4a49-89eb-0f44d777785f
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,0ef982ac-abe4-47f4-9f42-5aca389f2bcf
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,961545e5-f1cf-4b7b-92a0-b96b380e0cf6
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,82ec7751-04d1-4a7a-89fc-c25ce39e507d
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,5dae3a30-edfe-4a61-9d3b-e4bd15be67cc
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,91bbc788-96ce-4648-a537-5ba95a7927d5
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,9333951c-e88d-4019-b0f7-3ee04e9b0b25
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,5f08f519-b05c-43a9-8bbb-306693b274fe
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,16786e71-07cb-4414-9b8c-297806ab55f9
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,b5695613-20c1-45bf-985c-50c4ac171cc9
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,af3072c0-e969-4931-ac5c-8d5af6ccc268
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,5a72b285-3b45-46a6-8d2c-34a385bc1c8d
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f89b3b88-c59b-4269-9a0c-595138fe6fb8
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,87611416-500a-4b42-b667-b6ff4f79e6a1
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,ecd2a6c3-7699-4ae9-9a9c-1c2c142d501b
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,3d68f2de-251a-49b9-9536-0029cf2a06e5
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,2b788b12-edfc-44d8-8e05-1fb78874a58f
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,945e52a0-3772-4f76-ae94-638a8a9c7328
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f860f236-bee6-460f-b0d8-7ac9dbd4091c
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,f30a31ad-d449-4220-b97a-60e63137d358
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,fe578eea-b813-4258-aaf1-e792eb8bcf36
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,d39bff1d-8eb4-4263-92ef-8ef1ef94acea
+DE,Germany,2022,Production mix factor,CO2,0.04918954927179028,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,9a8aae00-dd0b-4f3e-b42e-c9df92c3e29f
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,d66fcc8b-8749-41b8-a947-e97a804c20e8
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,833e444c-4103-4988-a1cf-853cf6c93a72
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,b7396fff-2e3a-40f2-a056-a94522e08e15
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,9ea06f0e-0913-47af-a3b3-2b74519b62cf
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f558181b-a80b-4913-afcd-14f4c3c60edd
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,b063ebff-1281-4e50-ad45-35dc8fecb01b
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,d784ebfc-b296-4f56-bf75-7f601996221d
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,c5829341-35d3-4684-aaa7-934fa6ebe912
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,f3fdec8a-9c10-4f10-9d4d-c28ba0307177
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,afde41d9-35c3-4b75-9177-96af00c064a4
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,b118a2eb-0f67-4cc2-b59f-fa60f21823d2
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,11bb89d6-1fea-4371-815b-4702943cf2d6
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,16e3a5fa-64d8-4c25-aacb-515409d18324
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,63033b1b-44e1-462a-9cb0-60f08104ed3d
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,7eb9e856-3a59-4683-80bb-edb0624cd1e8
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,d46f2a24-4204-4978-a192-cb9857a99111
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,9362dd65-d199-4e2a-a4c2-3051b3c15518
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,db64f682-3cf0-4828-9802-94db264b78a6
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,e515befa-d7ef-467c-8d1c-a2d3ce210b60
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,57da6424-21e8-4c23-99df-3cd709930e9a
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,eea3a349-b5d7-4563-9a89-c4461cf2f5f8
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,feaad522-9aa0-4599-9572-f0cafb611ee4
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,4101f00f-af95-4c99-9a36-db7585fe153d
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,e624845f-b24a-4673-8828-f812ded8602f
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,f47751be-053a-47f8-8077-f78902bab7e1
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,a01267e6-b0cb-4ea3-9066-1b06abfab4c7
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,07e8f384-ca99-41ca-8eba-6f9f80972a96
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,55a0c9e6-6d71-4ba4-83ce-8efde328410b
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,e4b691df-b499-42da-9b3c-331833c30f77
+DE,Germany,2022,Production mix factor,CH4,0.00030949800296847904,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,7a46b37b-80de-41a0-b228-2c5751b7ecfe
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,ce379b6a-55c8-4254-87b2-a06027685536
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,7b9304cc-072e-4dec-849a-f6b507b66da5
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,c85e0d03-ca57-45eb-bdda-5225c16ad921
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,2c3bd13c-12c6-4d29-9b73-710ee73ec948
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,27e87422-e955-45e9-959e-27fab6749808
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,9304d87a-3c45-47c4-9a73-8d0710aa58de
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,f0fc70d8-5005-4130-913e-62d913825a57
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,4608490f-4772-4e16-a197-320ea1170928
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,b7f696ff-1652-44b6-a301-6671248115ad
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,f81b8b1f-6aef-423a-81a6-56f02321c1cf
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,d8e89d5b-a777-42d2-8da9-6ea04d353021
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,d51032d8-ff5c-4bf2-8302-398697c4128e
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,2746a09b-2203-45b4-941c-9aa5f5e06da0
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,e3b0e2ee-0207-4011-aaef-fdfd07bb7314
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,a3275c51-b6f0-435b-9396-eaccb81ba976
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,06a5b351-bda0-4f60-8c3d-a9d78621ebf6
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,cc3c17cf-fbdb-4ed1-b7ae-5f2a60a4416c
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,f61ac5c0-d280-494a-9506-7a9c9ce9c65c
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,4d124d99-7721-425b-be15-3ca716bc6fd0
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,6c6da661-c5b2-488a-9942-88a0c2d92cac
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,cb0cbf5f-8e61-4fa0-8753-f3b1abaf0bfc
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,10f598b4-c59e-4d82-b2de-680f261f5810
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,7d6dba20-ef50-415c-8682-1a0fc628f0ad
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,10dca39e-e2f0-465c-bc8b-84fb298770da
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,a3486e73-f28b-49a1-9dec-f2333e65bce1
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,e74e053c-b18d-40c0-9167-6e89a3e34088
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,9973134a-afc0-4970-abaa-af387eb29324
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,29aef9bf-6640-4061-a2d5-824e698bc0cb
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,da7dd2bf-5e00-4e41-85e6-57b203413ec6
+DE,Germany,2022,Production mix factor,N2O,1.1261343697754184e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,62bf23ce-b2a0-466a-9a8a-fde155c952c5
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.047,9e99c4fe-ebea-4f08-8200-066529b39118
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,4111ef7c-e0c0-465d-b856-ff7419cd7395
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.1.3,modeled_data,kg/kWh,CO2e_value:0.047,1ca42c35-163e-4734-936a-7509abf5dde0
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.047,35e46572-d094-46ea-a34c-bad15b63fece
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,338ff77c-4b54-4b6a-aa70-532771553fe4
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.2.3,modeled_data,kg/kWh,CO2e_value:0.047,091ec580-bc81-4e22-a1e2-4b5083cb22a8
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.047,e78e4ab5-36ba-4968-b608-427b8bf7a81d
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,d0b4e080-4e8e-4b6c-8410-bcae30222a25
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.3.3,modeled_data,kg/kWh,CO2e_value:0.047,62f05138-6245-4963-8aa8-1db7fc5f69dc
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.047,c69fea9c-0aa1-4b60-a847-e2684065ca56
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,9c6af358-f75d-467e-aa61-2965bd670ec4
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.4.3,modeled_data,kg/kWh,CO2e_value:0.047,5ee75db6-669a-4d61-82be-39392d9e6138
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.047,1940380f-3484-4aba-b12a-30da6823e2e3
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,dfbc904a-9842-400b-b645-1d31275fd759
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.5.3,modeled_data,kg/kWh,CO2e_value:0.047,cbe190ab-5ad7-4dc8-b9c5-34f5b954c0c9
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.047,8dc13a1a-59d2-4ac2-ad9d-1ab955aa20d8
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,5d6a88e1-898f-4917-8b42-f6a0aedf9763
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,I.6.3,modeled_data,kg/kWh,CO2e_value:0.047,bd0ea2e8-9fb3-4ce1-afef-4004f1fb0841
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.047,afbd3406-d245-41af-9803-b5f4d656a420
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,a88d9211-7c33-48a6-91b6-c174464a564a
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.1.3,modeled_data,kg/kWh,CO2e_value:0.047,3db06c37-0130-46ee-8072-2d4a66e5c071
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.047,0d7bd76f-d912-4010-b4b1-d7e31c5bf455
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,1b0fc9cd-8170-4359-b45f-2fa45a2209d9
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.2.3,modeled_data,kg/kWh,CO2e_value:0.047,b45beca6-b042-4574-b87a-777d9d0ce2b0
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.047,160d509d-8b89-48cd-b40e-1dc78532d656
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,3b9e5fab-8278-4df5-8abb-b146a0f13134
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.3.3,modeled_data,kg/kWh,CO2e_value:0.047,71f93253-46ae-441e-a705-1022afb03843
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.047,3aebdb7c-a2ec-457c-9c54-607c047d8d8b
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,eaffeda3-6452-4f90-97dc-f5eea8805dc8
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,0.037590315997412915,II.4.3,modeled_data,kg/kWh,CO2e_value:0.047,3acfe92e-f69c-43f6-a7d8-2d89a87097c2
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.047,37182813-fefa-40de-b5fc-acb1ee9a7811
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,370af205-df8f-4c38-9cc6-a058a6014fea
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.1.3,modeled_data,kg/kWh,CO2e_value:0.047,5dd3da5f-268b-4962-926a-eb7d58dbfdb5
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.047,905aaec8-dffe-4b94-a47c-7eda91188536
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,fe29a281-deb1-4e22-9ae3-f1d59db049d6
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.2.3,modeled_data,kg/kWh,CO2e_value:0.047,a0d0914f-2030-41fc-aba5-ddc337ab39ad
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.047,dfb8d802-4bfa-41a6-a3ae-78a1decb704e
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,46cf1b00-3881-4c8f-95f2-0e0e66008abe
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.3.3,modeled_data,kg/kWh,CO2e_value:0.047,c634979a-063f-4b42-a099-53ef25663bac
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.047,b906a0cc-fc77-4260-973c-70285c2b7d1e
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,d82b7b04-4236-4ea8-82b8-7cd4f1dedfcc
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.4.3,modeled_data,kg/kWh,CO2e_value:0.047,f0d2aab9-a69a-4320-aecb-3bd8416e832b
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.047,c5fffcdb-f450-4c03-b7f9-8d481ac50bbe
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,bc459d72-a8dd-4a3c-8144-4bc03e375aba
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.5.3,modeled_data,kg/kWh,CO2e_value:0.047,6f27a097-12cf-4ef0-b549-bbebb69c31f7
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.047,9733772a-0646-49dd-86ef-a2e15c67e73c
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,85b8bf37-47f6-42e4-9503-b1b7e5a57e1b
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,I.6.3,modeled_data,kg/kWh,CO2e_value:0.047,953fae8b-2074-4c38-9317-704402dd369f
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.047,1b538408-1cc2-47eb-bb62-a9c40ba9b15e
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,049420bd-0e3e-4fac-ae8e-3e779d7fb753
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.1.3,modeled_data,kg/kWh,CO2e_value:0.047,05ab9fd8-e596-4379-956b-6916f8c15d6e
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.047,b566e8a8-a68b-4e1f-9ccb-76e2619d4c5a
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,03dcae32-2450-45a9-9478-df455628babb
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.2.3,modeled_data,kg/kWh,CO2e_value:0.047,c3e39508-9a96-4d91-8516-2ead3388d916
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.047,149d746f-e60d-45bf-a2b0-0249b5ef8c63
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,79e2ff1e-daaa-4073-8ca6-c12bab0ec33a
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.3.3,modeled_data,kg/kWh,CO2e_value:0.047,47fb9d12-d7e6-4cc4-b0ab-9dbcb59afc31
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.047,57c3fe33-4ad8-4272-bd9c-a0042ce9ca75
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,a11ab2c3-2ade-470f-8227-ce30c6a4b254
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,0.0002365162499837222,II.4.3,modeled_data,kg/kWh,CO2e_value:0.047,464457d5-b0af-4818-b030-d6a220760c8c
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.047,0960bef3-d5b4-4446-8e98-dfdea5e24d9d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,5125ebf5-4867-4e27-aafc-65074fddbd95
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.047,7fcae511-ed06-4e7a-b445-d4edc9f7b2b7
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.047,3735e31a-5f4b-4369-b352-705394e84019
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,a7074e15-8029-4302-9309-86e1863af9d3
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.047,0bf62de2-6821-4cf4-968e-c28b753da6af
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.047,f21330ab-dffa-4d9c-8e6b-2a09f257d23d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,867281f5-de7d-418b-986f-34dbbe7b1146
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.047,9169b234-95cc-4fad-b201-caf39f79037f
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.047,fb22a0e6-b8fa-4bb7-b06e-be8af6e25d12
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,c78562f6-2236-40a2-bbf1-db81b48123ef
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.047,fa459ddb-78f1-48c3-ad53-f268c844c9d5
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.047,8b118d18-d263-43b3-8c77-8c45396d91cc
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,23930366-5a3c-4c89-9fe1-405679700133
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.047,95f4a8f2-f481-41cb-9ddd-2ef58c9812d4
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.047,7a63498d-37a7-4a30-b485-b6d2b6865d3d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,e5cad92b-d393-4fa3-9220-17053e288a42
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.047,c4372a2b-32b9-4d98-ada5-cd8dc23bb8e1
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.047,d21a721f-dbf0-4ff7-9a3e-08aff71caa33
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,8009c978-d895-408a-96df-7266bc1e4cd3
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.047,a2349437-5e8b-43bf-a794-87977c80224e
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.047,bedc0910-294a-437b-bc85-8e7d9c31a98c
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,a7881160-bfb7-460c-be7b-f5f241765155
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.047,f4d1d7d1-aeed-4d59-9752-2914eb1a6143
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.047,3599dec4-cc6e-4091-83be-f99af06dc5cf
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,6ea9210b-ddd4-4e77-95f9-fef4f4b4a65d
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.047,1390a9db-da06-4a7b-9d94-53dd8008904e
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.047,14d2c540-eeb6-4d43-9a58-46d897477cd3
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.047,ffb5f327-aa2a-4fc6-8ef7-95d9d3d4c02e
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,8.605841574499294e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.047,b427e57e-637e-4412-b23e-fa5cc3b8a1db
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,91780d50-9d17-4ec9-9387-615f6875600f
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,db9f886a-8062-4284-8dba-7ef2cf6d2f40
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,731c0198-f18e-4a6f-96ff-961f9b212ff7
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,0d2c6f7b-166e-4f08-bbdb-cbc95ca5e874
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,2be6f2db-fb4b-4815-a70d-c742436fce0c
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,a8f689dd-9aab-4c6c-948a-d3980994db8f
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,e08a2879-b88f-4826-8234-680c0b7fc66d
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,6d80174f-124c-4b1c-9c0d-e5c2f1330a18
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,7db0a177-87d5-4f69-b5af-8a1a59d3efff
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,065742b4-89c4-4206-8d39-906c0d0b9b71
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,5e7a3a3e-b1f8-4dfb-becb-ef38106e7480
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,1028fa13-7358-48f2-82b1-8397e0c8308d
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a758a6f0-69de-42df-a0c9-2547fdf7ec70
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,288b6c77-d756-4795-902e-83a33c832ea4
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,15eca185-e1e4-46c7-99c4-4e1703bdca82
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,b1e33397-c167-4e12-9c9a-edbf56056f64
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,58cb4ac0-f68c-4764-9ef4-759a5d3f7591
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,a5ce3caf-7fe8-4b94-8f2c-4e1be9cc5ddc
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,91026586-1068-4403-b28b-e55684da61dc
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,535f0c17-41b1-4b84-9ecb-594f2d927a98
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,c17f4ffa-6724-4e8c-ac12-c433a98c86c4
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f853c650-31e2-4a26-8c96-e2ec036bfb88
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,b0bdddab-8ac4-4249-94c2-1a8695ca76c9
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,dfc352cb-e02d-400a-8104-4abf8f66e7e2
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,5a922ea6-1504-409d-bc59-2a98fc9850c6
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,388e42d0-fc13-49e8-a13e-2b9b50e5b299
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,7fc03342-9200-43bd-a493-0c9cc3e2f76d
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,e27d4915-38b7-47c2-8a4f-8b2974e4fe0a
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,6f3021c3-1e5b-4c84-a1b8-a2eeaa614fdc
+GR,Greece,2022,Production mix factor,CO2,0.021258173538391305,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,4ed389b9-b88f-4fab-b189-646950f04185
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,bdee4133-57fc-45b9-bb94-c9cca0ecd276
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,1b0fe1f3-9ce4-4f9c-a65f-8ade7e723ab9
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,d8666158-f7e0-4311-b07c-52558655ece5
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,bde404eb-da80-4548-a856-9c0b326f7b8f
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,85e32819-20f7-40ad-b02e-98e1809445ce
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,c1ea92ef-b507-4013-94c1-f7ac9438ce53
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,d857cbb7-b06d-4acf-96c8-4761bcb15932
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,b4800bd0-0451-425e-af5a-e42a5f60fdac
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,832bc6de-20ed-41fb-8790-7c6daee74da5
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,71d8c9da-f66d-4697-8c29-69a41f226ff9
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,4d6231d0-bcde-4b10-b536-98dc23834340
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,462796c7-6dbf-4134-aaac-1f6afa2aa605
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,b2a595de-1a66-4e3f-9a16-f2cd69606a29
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,38c7dc11-786a-460c-be57-46fe2d398536
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,93e7364e-a12e-4e6c-a1f7-d4130b848a54
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,3885a543-7f34-42d1-b83d-13041a5937ba
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,c13f6b5e-67d0-4837-8c62-a4b990618dac
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,bfe5bd15-0116-4f78-b814-e14a11411a48
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f9d02fc8-d89d-44a5-b963-61a266d187b9
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,ddbbf353-ffbd-4fa5-9db7-778d1a62bb9e
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,519dc045-9771-443c-a2ce-e0e2a73b525a
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,7aedd829-1e40-4407-8f8e-f06d58be1e36
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,d492f912-6518-44ce-aaf8-726fcb9ec04d
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,cf5e622a-07f1-4429-970c-2f4c6237fbd2
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a0fe5669-0073-4f0f-94f7-65934a1aabd9
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,8125917e-38e5-40ce-ad38-1b71395f1602
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,d88fa13a-24be-4296-b440-6bc1d73e1b6e
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,6287d820-5e08-4088-81fc-f38876444e73
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,be8b4249-575d-4527-854f-63c2cc87efe3
+GR,Greece,2022,Production mix factor,CH4,0.00013375528652511307,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,0f24ac61-2de5-48fb-a96b-566f24a3c66d
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,5308622d-b62f-4fe2-a974-5fc62f8a2130
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,a257973b-5ba2-497d-9b48-73cd8f878941
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,43b7e402-e215-4127-9543-8ed6871c345d
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,29dca6a8-2947-43a9-b6b9-03131e1886ba
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,fbd5fc2c-f311-4fb2-bcf1-f95a5c913309
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,c8e2eff8-2e7d-4074-83df-ab8ae7009bd0
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,2be1b910-b827-4884-9ee5-e9b71610bc94
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,5d1f8136-3e5b-44e3-bb04-0c7b2548d128
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,1bb92468-4be2-4926-b293-a51d2d670902
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,d7921cb1-0a77-4c37-81cd-587c1a90a719
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,e50bb3cb-200c-4310-8183-733fd968c9ef
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,e7f36b20-bab2-4871-93e4-ba467232f037
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,742090c9-35f1-4eb8-a864-2af8353f6123
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,71841522-7480-42c4-b097-060ce8ae6e59
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,d11c7d03-1b02-4397-afbe-f3f80a6f0d85
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a31359ff-83a3-4073-ab02-163d3b99e227
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,ae8c87eb-ab0d-4deb-8d0d-ed3fbe41609a
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,0d37c9e3-d158-4a7d-80a8-bcccdbb28090
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,69315279-5a3b-416c-97e4-7caaadbdd8ee
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,76545ea9-6662-428e-8129-f77f06d08e52
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,1426c9f9-284f-4ac1-9e76-a22b694a29a7
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,bf8ab761-6030-443b-9c9d-b469667d1437
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,66c269fa-36f5-4253-b4d4-e62a90b49488
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,46dd2257-ae1a-4c68-b962-eda34c93dea3
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,30e03e90-301e-4f70-8f7f-90664a4cca9a
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,621f0493-8d87-4cbe-ad0d-be4d075040d1
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,4a2161a4-9dd0-4d5d-92f0-13ac64771a3d
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,befd7172-bff7-47ed-a9c8-1c1e1508fb85
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,638febaa-9fe4-4387-b855-66728903c9d9
+GR,Greece,2022,Production mix factor,N2O,4.866797971243431e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,4d025b59-74cf-46aa-944a-f6497d14c037
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,e2ee91d4-00bf-44b2-8507-f67e37774fe8
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f28997e8-60bd-48e8-a30e-4b6f1a74ceca
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,000f401e-5b9a-4f6c-bdc5-6db96bb6e109
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,549769ec-b9eb-48bb-9340-a527f6e2349f
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,201f903d-5ddd-4a40-b8e9-5732c4908a94
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,8e9a278c-1846-43c2-8b8d-b84b032172be
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,63d3f8e1-9e71-459a-b692-c118f88e75ea
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,299527eb-cda3-4a8a-9040-d453ebe5ac9c
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,03c87c3b-f4b3-417e-82e5-0fcb78423de2
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,ab87bf44-08c0-4ee1-92d4-97afe5867ac2
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,ae1fdd98-23a9-448f-b379-918ff087cfbc
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,0a99ed74-4f6e-4458-9030-3ad3c45d6e6c
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,84048caa-f75a-4842-85e2-ec81933a3960
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,bec0e0db-e4be-4ba7-a6f9-b8ea7f55d14d
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,abc4d1bf-ed1d-4a29-bf05-31937efde81d
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,26ce5ce1-8e4f-4160-b9b6-125859843aa8
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c0b78b48-b9e2-480b-923d-9297ba22a99c
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,5a182c91-14e2-4e55-85df-ac5498fc8b92
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,1dd7e7cd-560e-498a-8c25-9dd5da2f18de
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,cde81f44-9bc0-4b37-b116-09087e640ec0
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,6980726d-a7b5-4576-acdb-564bd03324d6
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,f6d9dada-9911-4da8-96d3-1f81bbfb0634
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,32c7644d-49cf-4828-abaa-79d17d74f8d9
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,f11a0e37-ec8b-48d9-b5ad-a580be7bf34f
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,2c0ecb8e-e4bb-4dc1-af12-252a777715ed
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,0509ff61-3c62-4376-9a90-10855b2afef8
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,b1de54b2-1c2f-4b7a-b20e-4a46cf45d0c2
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,cbada393-cab8-4fb0-88f7-06caddb5ae1e
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,8842f539-61b2-41e0-83ad-fc602985c3da
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,0.01675712846907775,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,02d4c04c-86da-4ba1-a97e-7e2e467aedec
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,d01feddf-138a-4099-a1d1-87dbe855e5d3
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,7db7755f-5f4a-4971-85e0-3d22e35abf31
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,eb0512b6-591b-41b9-9ab6-81d1f1c0f70f
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3e17cb41-35d2-4bbd-9f72-f033a851fb6b
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,806ff101-e286-479b-ba1d-ea6763162c2a
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,604f47d5-0b15-4728-aede-7bf9eac0d7de
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,eaec0abf-5b60-4918-ac72-f8aa4a20d5f2
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,9e193bd8-e69e-41f0-89e0-92f43744d81b
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,d30302fd-8fcc-449e-8662-0c51c456eb1d
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,751c105b-177a-4ffd-b93f-0e5f2a3605ef
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,42e3ba56-bb35-442d-9dbc-b10f83f4264c
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,23afee37-55a7-4b2b-8090-9e445441e693
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,9d55167a-dcc9-49de-a18c-d54985d9dd82
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,62b9e18b-ba0d-4abf-ada9-d701668a76be
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,cd2cd81f-a07d-454f-b846-d59cd1539a02
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,fe6cf393-aadc-415c-8d49-cb7dd4c8fc20
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,41f4fa23-de4c-4dad-b482-abe155fc5db4
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,5c849082-67fb-4162-bbd5-d5d1e2681cb2
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,2ec81829-4c15-4968-ace1-445a0b082a20
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,843c5db8-06f9-44b5-a71f-e7e3884d035b
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,673509c3-696c-4ebc-a297-ecb7eb69e829
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,ddc391d8-6d54-4737-9b41-ca0bd9ecf1b2
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,cd91cdb3-d55e-4d2f-91ad-bfd79b3ceb47
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,290c1737-f666-4fef-a6c1-ee8279b42646
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,0c3e7935-124c-4d52-9cea-6e26fcc2db05
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,9d806a6c-eb62-44e5-abef-6c1258195c80
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,a87d8f6a-0346-4a15-a8a8-c3b453795175
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,20c075aa-8a76-4428-901f-61071b685c4b
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,0517436a-7837-4986-ab4b-73ec76888a38
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,0.00010543495261584152,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,c6446415-a974-4672-87b4-3b96cd4992b3
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,6a7365dd-968c-4d72-b504-4ac5e6309981
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,820c1bd3-36f6-45de-9b4d-7fe53cc02e34
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,91ff83b7-2b2d-45be-acbb-84005bfc7742
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,2cc426b0-9b98-4e80-8344-7569c67009ce
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c33ce3ae-1f0d-4ca8-b93f-bc0b9a0de9bb
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,99e2dc52-0134-457f-909f-87533e2e5750
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,d4574c05-5970-46fe-bff0-e6ebc56da857
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,ad9a9d42-24cc-4463-ba15-2eaed30be25d
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,c84fa553-dc48-43af-a518-acc3b8d7813a
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,4435253e-e613-4b7e-ac9b-bf3bd9e26cde
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,537df708-a7c9-4208-b575-b83f05faa263
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,cbffd0ef-5827-44b7-ab8b-ff6f861b9d40
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,423619b3-27c0-4506-a506-d4b9a409ec7e
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,4ac70319-f024-48bb-8db7-9b19d32373f0
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,1d54c9d9-a8b6-4bf7-ba98-42cce423e69a
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,5238ec13-397c-4737-9b81-f71282d9077b
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,223811cb-f1f8-4bd9-8dba-f2621fb3ca64
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,a3a988e6-ffb2-4cad-a2b7-926dba603bf1
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,e113fb4b-5016-4d7a-94db-ffc76d3f07c9
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,e2863806-0898-49f9-8f7b-35ecedb2a6ca
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,e2d141ff-fdb1-42e2-b589-f90f951cb81f
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,cfc78a65-9c14-41bf-a965-041a5f5e9d7c
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,394d421e-ce15-4a16-adf0-6ef89cab11d8
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,42389108-098c-4548-8a05-880e95b60140
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,e27e6193-155a-4004-85a0-f03a5035b100
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f0604ab0-57c8-4bf2-a348-3caa76774b28
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,8a1e5468-98d8-405d-b8f6-ab8128904c0e
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,a2dc1f04-af8d-4f19-be39-b813cf0a9cc9
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,32978907-3277-4a24-8024-5ad65ee98cf2
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,3.836338935228422e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,33379242-2928-4c60-bd27-24f6f553aad7
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,c074ffa2-e20b-458e-a3ea-bc9488271ea1
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,47330f61-2c49-45f8-af99-23e3cba87fa9
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.1.3,modeled_data,kg/kWh,CO2e_value:0.126,1d3edd6c-ec46-4b47-8987-5c1b1dbc64b4
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,38f2ed1d-67b2-41ad-9e77-2023781ca0a5
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,e18551bc-e3da-486f-804d-994de82ee7c7
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.2.3,modeled_data,kg/kWh,CO2e_value:0.126,41f48630-9c46-4823-8d9c-598748ec9b37
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,82545df6-6871-4024-8b42-6419ca4af41f
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,3b5d47ec-b0d8-4940-b96c-01a93c2b088e
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.3.3,modeled_data,kg/kWh,CO2e_value:0.126,4decc44c-641c-443b-a255-b1e315f484b8
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,80b82507-5346-41fe-a03e-7a5ef1dd429b
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,6f68b562-614d-48cf-8667-f0a459f94da9
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.4.3,modeled_data,kg/kWh,CO2e_value:0.126,d7c5426c-1fcb-4de5-b2bf-e69f492b2d89
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.126,3f732f2d-5412-4a14-bff7-027c86c6317e
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,45195629-311f-4c28-9bb3-48be0d3f5239
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.5.3,modeled_data,kg/kWh,CO2e_value:0.126,191736ff-41a4-41c0-bd18-fe7320b048c5
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.126,fe2ed313-2125-4804-8208-a6694096eb90
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,f8287437-6b35-473e-8f67-c501c000f0ac
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.6.3,modeled_data,kg/kWh,CO2e_value:0.126,ef58f867-2cc7-4918-9e6d-b2918ae9ac08
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,fd11fcb9-a6e6-4e6a-8413-25fc04f297c3
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,d2ee90c3-eedd-4139-bea4-7e5af5db97f6
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.1.3,modeled_data,kg/kWh,CO2e_value:0.126,7070fcf6-5d85-4bc7-9db7-aa8177c93d77
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,47a937ff-8881-4062-b84e-e1150baeadb2
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,cbdffc50-0f99-4722-8c7d-304a17c995c2
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.2.3,modeled_data,kg/kWh,CO2e_value:0.126,44a470b7-ff96-4ae6-a252-688eafc1cc09
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,045a898f-fb1d-4683-83d7-12c8ecdf5803
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,71736577-42f8-4886-8d89-744cb8a72a2e
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.3.3,modeled_data,kg/kWh,CO2e_value:0.126,4ff193bd-7df2-4869-84d4-05eacee294e2
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,e9509fcc-0641-4918-996e-cfc86c9591af
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,2295383e-8325-454b-a270-f63bdd0f765d
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.4.3,modeled_data,kg/kWh,CO2e_value:0.126,4182015d-b07a-4b21-ba6f-3b0d0ac96c52
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,22a2abb3-fa6c-49b1-9ee8-79dc31def818
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,778c8f61-964c-46e0-9f08-4612d86144ca
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.1.3,modeled_data,kg/kWh,CO2e_value:0.126,4727d9b4-2986-4ace-866a-487d801c6912
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,bb82269e-e08c-4133-8904-e1e638c40654
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,172d3c26-acba-4676-865e-68bf7591450e
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.2.3,modeled_data,kg/kWh,CO2e_value:0.126,dbd14dbb-b4cf-45a7-bdf2-32808abdf139
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,1ca35965-eec0-4d34-892b-648dd4c20269
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,0d7e049d-d512-458d-9918-527f9b94ccc8
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.3.3,modeled_data,kg/kWh,CO2e_value:0.126,8828eae8-aefd-4a18-937f-5a30d866aa9e
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,4ce53a1e-139f-4e76-b072-ed5f96ea9715
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,59879cfb-17a6-4424-ade1-63f1ed2984c4
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.4.3,modeled_data,kg/kWh,CO2e_value:0.126,de68dd96-fc30-4a29-84f2-b5d3105f2dca
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.126,4161ad6d-e2d0-41dd-adf6-f01319803115
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,7607bd05-bf94-4491-bfc5-b5e5bed3062c
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.5.3,modeled_data,kg/kWh,CO2e_value:0.126,59721744-0a9b-4720-943b-8b6939e7f96c
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.126,fc19903a-2d4d-49b6-b850-adf7a7e9ab85
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,9e4c151f-bc16-4fef-bcc0-55a608e81d2e
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.6.3,modeled_data,kg/kWh,CO2e_value:0.126,6ecdeb67-088d-4706-b96d-3dfbdd3489bf
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,b5282d01-b242-46ed-b4c5-c369e6e8e280
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,a54ecf71-2dd5-4359-816e-ef3a1821e6d8
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.1.3,modeled_data,kg/kWh,CO2e_value:0.126,b47cbb7b-6e32-4ae1-9467-d010cf3de08b
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,0d0db2f3-72ac-44b3-975f-e4085a1919a3
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,42e410ad-1e93-4261-a86e-378fc46e2a14
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.2.3,modeled_data,kg/kWh,CO2e_value:0.126,f4c42bba-8b46-48e9-92b9-f859eff9d9b1
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,484d6261-0343-4e39-84ff-3bfd231a227b
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,1bcc0083-9737-49b8-aab9-2c1c4e0a2ace
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.3.3,modeled_data,kg/kWh,CO2e_value:0.126,60bc1f1a-31aa-489d-b0d3-2ef771c10094
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,1af31aed-70e4-4a4e-8f7c-75086fcd1fba
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,64b108bd-c91d-4106-b2cf-3967e00bf501
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.4.3,modeled_data,kg/kWh,CO2e_value:0.126,228f2f0c-d968-4d89-a61d-7eef1e7da191
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,8f8fbfed-6dba-491b-b0ef-554803db579d
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,33c09925-6892-4dba-aa61-0567b6aa0ff3
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.126,7f0262a7-59fd-40a4-be23-e8a76477f13c
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,28ab696b-4419-4243-ad24-f17972309d3a
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,6b9f7d52-c0ad-45bd-9bd0-a1747b9241ac
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.126,2bebf84c-bde3-4803-aded-2fcba59c857c
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,e033e779-baa3-43bf-9784-57c0eec73af6
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,9c731c2d-4ed9-4d62-9462-4c2785de7dd5
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.126,b4f385e9-7dd8-48ec-90c4-6a63167d66cb
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,106964b4-ec1d-409b-a0c0-c1492885ffd2
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,777df98d-2a6f-4820-8129-26372fdda921
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.126,2dfc5027-df92-4dcb-98d4-84fc23cc3c92
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.126,2ccb39ec-056a-4888-82eb-2d3d19cefbc6
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,563cf644-9191-491e-a026-f18b892f8c72
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.126,d5c9ca9c-be86-4234-b1ff-91b6cd596565
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.126,e5052f4f-995b-4639-afa8-06112582eddc
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,0636273c-219b-4798-ac0a-46fe66b127fe
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.126,34c0c53e-507a-479d-bf7d-b531515f4e5d
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,c5f2b749-007e-4d56-9fb9-22666021d5b2
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,eff74f55-4042-448b-83d1-183d39b34dda
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.126,aba89ab3-723d-4136-ab59-8ee247011f3a
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,c31b324b-4676-4264-8d69-03ee959b1401
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,ab9f922b-319b-41bf-9ced-18fa8ab3ba8e
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.126,051529a5-2daa-43e0-a797-074f805e4fd0
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,1e213a7a-7b37-4709-a8fc-fcf30a6b2167
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,45b31628-5a2e-4d8f-afae-d94ae8f54235
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.126,904ea1d0-a941-4e2b-8a59-526d72123fa5
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,dbda56e6-4668-4d7e-82df-f36b528117d5
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,04b7b210-41df-4ec2-81d2-87a3ab86e325
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.126,53f19481-05a1-4924-a82f-7799f3696cc1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b96ddbe1-af14-42bd-8538-1be92e7edecf
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,027b4641-cecb-4d8e-bc78-fdf15b99b1d7
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,9066a339-d385-428c-a45e-0bfba74c160d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,509f835e-d159-4ea7-976c-ed19722220bd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3ea5f197-6cff-4f29-8b48-afdd8d0354b5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,2614f000-ebc1-4b67-94c8-f917a8445a86
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,4ed26340-8b64-4312-bb09-9fe724d97e62
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,7a4ffa78-011d-460d-b7e9-1ba63f5f5df3
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,e6c59bbb-ebbd-4918-b560-be422104a210
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,dbb11cc3-a97c-4141-8d0e-8447030934d2
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,eef4e39f-2a53-4354-9586-804119549378
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,bb8593a3-2b29-40f8-a100-5670d31a7e4f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,2d020e31-2ef1-48cb-8d40-0b1c1ca4b091
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3caddcdd-e590-450e-858e-3862f3291f1a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,a3a679ab-f646-4e52-bd7a-b88d12fe51bb
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,e6600319-143e-4383-9892-dcc18fd671a5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,61d2a778-bc73-4080-ac7d-b6432e909ff5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,b76534cf-1fb9-42ad-aa8c-2926af925c94
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,352bb182-fffe-4f18-bc5c-64300674131e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,14bf25cb-489b-47e0-95a0-2fb3cad0d1d5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,2c0001b4-9cfa-4456-b34e-14439701cdb1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,3f860208-7041-4a66-a97f-a183d6af2ff7
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e36aeb63-f849-48cd-bd46-23bba8786f8c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,bf330774-fdb6-4349-ba5f-e66781029611
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,2cbad3c0-1064-400c-93f5-c6fc3e56b673
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,090a84bc-d04f-4350-bf19-66c2a9642cd6
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,2baabb6c-575c-4bff-9028-f92382aaa94b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,dc3e1392-aef6-4ce7-9f6a-931e8d11b09a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,15f7d989-eac0-4087-8ba3-354a1fa888cb
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,0.06838495991983166,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,c4f4efd1-b914-45d1-9d8c-884ab7a0a097
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,90f5ffb6-4dfd-44ea-b90d-81a661c68bcf
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,43cf83b4-ebdb-4f8c-9f3c-bd4eac00d2fd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,344d255c-4ce0-4e74-806c-1e4b73f61102
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7751bb72-b6aa-4ddb-9cb2-0168e413b9a5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ea46043c-76ae-4b04-8002-65d165108164
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,ec336af0-60f8-4b29-8c86-ae25d0487bbd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,37232bd5-784d-4414-89e2-bc8503fc660d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ce98af10-6eea-4309-8361-f3db82d0dfd2
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,ebb8cff2-4393-4858-aa13-c251fafdcf28
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,0980d28c-d68b-41fc-ab62-fbf0df656482
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,672fa21c-7615-4af7-ad75-2352b1102de4
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,f61754bf-11ca-4e09-9370-e750fc1d1674
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,48e9c2e7-67b0-476a-a7ab-2154a5a8f093
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,0a583b92-9a5a-4235-95cb-b02405c72111
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,a3ac34cb-97d0-4313-81c4-c1a51ff0ae90
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,46fb66c6-d22b-412f-8004-85fc92de0338
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,15d7e46c-4983-47aa-896f-62f430944b94
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,b8aaa0f3-3d74-4f45-a67c-65b035052af3
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,52be6311-b950-408f-a856-8f5e1a641cd1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d389d06c-ae44-4389-a442-7759cc0e20b1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,52b120be-e023-43e7-ad82-22ce3a1ed3d1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,47aeef27-83b5-4158-9283-31d093e7bb05
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,12325559-79b4-44cb-b804-da5f1ccaec15
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,b4ed818d-cab3-4669-8a97-aa770d90beff
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,288ce4b4-6425-4c17-9b8c-c378b724372d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e85ea5e9-a61d-4329-8d63-408be834df0a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,001b98c3-7e44-46c0-9d12-f04f5f5d4c7a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,bbaffb6a-8c8e-4a1a-8df5-b891774f65dc
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9991f7a5-af41-4f20-ab10-89b83ca9b607
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,0.00043027449613988034,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,889e789d-79b4-4d47-898c-da1268803102
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5b121262-c43b-4bf1-9fa7-4678adc8df99
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,2f5450d7-9bbd-4b85-9a39-5d98357f4325
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,a9a66a78-25e2-424a-b4fd-4f5d6c26e8f2
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,e809f582-c84f-40b7-b649-dfedb91039ef
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,83f2d4e5-2e4b-4061-aa1d-b698ae1bf83c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,1aa084ec-5602-4c44-a459-39748a8b84ee
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,43cad3be-cad4-4285-846d-a8cadb852f1b
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b9b001c8-6351-43a9-849a-aa5ac1593034
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,fef0ffd5-63f8-406d-b678-af4e048219e4
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,6ab5269b-9fd3-4b55-888a-3535e68eefb0
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,81a370ea-55cf-4262-a346-a5fed4c79d1f
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,03fde5e0-d96d-4d7f-8ca3-fbf29f9ead44
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,78abbdf0-399f-47de-bc08-10925814228d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f2fe8f24-65ad-4b73-a6cd-445da02a0b66
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,d7267475-f4f6-4270-ba07-7d158dc9b1cc
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,59530d1e-2ef0-48e9-a2ac-4b1bc950a152
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3ce9fd23-978a-4b13-ae30-730470369308
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,e1baeedc-4148-4121-a447-9ffbec3017cd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,973a9567-9e0c-431b-8779-e1691a265bd5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9e6aa9ff-4230-4c0b-9080-1641f7de4ffd
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,8e157fb0-d3d3-4dd8-b15c-50e708692279
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,f0f2a6ac-de2b-4d28-b470-f526a5b998da
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,7e1fa8f6-a711-4764-b33c-d4fc4c2e9563
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,be3a3fa6-1485-4c76-9387-639d95e1971d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5048bb3a-4fa3-4bcb-acfe-de055040d3e1
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,3cf2c608-54bb-42af-b472-b6a53b857d7a
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,c1a7803b-af8c-4dfa-91b5-502acec41b6e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,8d57cbf9-c1a3-48e0-89f5-14496dd18a92
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ef9d4ced-76fb-406a-8c99-c07780177e6e
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,1.565589741754388e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,0376a9af-02e5-48f0-ba74-ccd90e06d415
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,020dee29-f1f2-4ad6-b9b8-0674e9cc8069
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,fa42a35b-c4aa-4e9b-97cc-6340179f9a21
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,64e49a0e-13fb-4562-a2b4-f5703a1e4165
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,d88a2c4b-ec9f-4bf6-8be8-41f07583b394
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,102cafa5-47be-41d4-a0bf-2794470aa452
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,016310f4-1673-4017-a873-bcff18d121aa
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,c944be18-cdba-4386-a16a-f2584545eeca
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,4c147bbc-332e-4b94-8c47-211a7442a4be
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,dd460693-4c2b-434e-97c0-c61cedb6b5d2
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,9dca66ee-6370-44f7-8b47-01966e702331
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,c374c0b3-8c7a-4ae5-9a36-a5cbf376d51f
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,c9237a2b-1690-40aa-bbbf-ac0b8f1d74a4
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,2275137a-d621-4c96-a77a-c639066806c4
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,dbf55ecc-7898-4c5e-ba8a-7b4c2a78a924
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,24479687-f1fc-4e57-b5f4-a13fde30c514
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,86c98c47-7400-42a4-8ab6-f837f68fa089
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,5796091d-6894-4f66-973e-04714080d26d
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,07ad2da4-73b6-4cf9-86bd-04db50adbb7b
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,d78afb40-a6b6-41f2-a048-381a698b1b25
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,b8ce0d62-0a37-4753-baee-d1ee95c11124
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,ffadd9f0-914f-4920-93a8-0625c571677d
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,df47985c-8638-40ce-8d15-2b20fd7b3ebd
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,a79911b2-eb49-4d6a-9a71-698e3cf3816d
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,e04d6101-6470-4cb3-b9bc-e9a5009c1efc
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,882a8a06-54fc-4512-adb7-77637ea17f68
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,32279f09-3c51-400d-a0a8-89cc1f9a6623
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,25d7134c-771e-4006-93ab-db7fcb174870
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,d80cc177-de1f-42b0-90ec-23817c4a26e5
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,58b32530-a3b4-43ac-b065-72d17826e39c
+GU,Guam,2021,Calculated from Fuel Mix,CO2,0.09612330657120098,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,c8a5e8d5-ef33-4511-bbe7-94d74e617708
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,930a6f97-73ec-428b-8d64-36c94253ba43
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,05c7c506-2b8f-448b-a34f-305af1aae2e5
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,b6738602-b774-440a-840a-f77d4e4f6719
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,86b6a78e-69b2-4601-bde3-29b366315bbf
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,6f4204da-ffc4-4cdd-8e68-fc4e3e404b06
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,08a3074e-d756-4fab-a82a-abb0f566443d
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,7099442d-d60e-437b-8f34-9e5f4eac218c
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,9d98a4dc-8ad9-48d7-a2e4-44aef4114214
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,ebcef669-49b7-4001-9f70-6e1c30cc93f7
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,99e6aff8-20e1-4f4b-9b2d-ead9ce3b984f
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,5271f4ef-e88c-4722-8819-ba1c29357c63
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,43ea729f-5e1e-42e0-85e3-b9480dcde6bf
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,daac6a36-92e5-4d09-8e46-9b8fcef99417
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,7c8c0201-77d1-4b7c-9d7e-a68d1459d988
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,ed30c029-b84c-498b-92d0-728a2e7b8edd
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,a16dbeba-4267-49e7-8f2d-9f9d2fa01eea
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,0a9f00b4-5e37-4a08-bd64-830ae59e5031
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,11c9865c-f7f5-4864-b4c9-60c925a1e9b5
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,030f7df7-a56a-4f25-81f7-17ff52ee3b82
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3301397c-b759-4b82-b328-f51ec5e5e50b
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,719b5180-5c02-4416-9bc6-9965c8f2f3e4
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,f30c11b8-608b-4d8d-8ecf-126759db7438
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,27b98cb4-e64d-4fbf-b6a1-c0568cd0c373
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,f98725da-5fbc-423a-83de-02a615c74888
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,46bc56d6-7b1b-4830-9ca1-7c0da98e13da
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,75f87117-40c6-456f-afa1-85f8435b7fa3
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,7f4791f1-2f01-4b97-a25a-af0a656ac94d
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,adbba570-f021-42a4-8cfa-6d61db398b8e
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,ccc21af1-7e16-4f28-8c6e-434f35909477
+GU,Guam,2021,Calculated from Fuel Mix,CH4,0.0006048026839630934,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,698cad60-3054-4352-99fc-eb26488d782b
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,7c62168c-a4ec-412b-b7a7-c0da439f198b
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,b5dfa670-9a74-4f91-beb5-9e5d96f04317
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,fa8fe88b-981b-41c2-9f87-dc978ab4d5ba
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,8d0a8f0e-52a2-49a0-8b12-9017b48053cc
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,134e06a1-9a6d-4fb5-8556-cc10f6fce4d6
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,6c6cc857-e98b-46de-b267-e4b203310169
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,0e1180d7-7938-498f-bb7b-bf00e02fda96
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,c153d811-2123-4bc0-a1a8-eb8f69cc1ccb
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,74ee293f-4827-44b3-99cc-44420f298158
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,8e4c6693-9c11-4e56-a19b-384048195c49
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,e9f02026-a54f-46b4-a1b5-c8d7d5c29a90
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,3869a8d3-e7c9-4eaf-80f6-e25746240fd0
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,6221af9e-370d-454c-a965-9891ad94bd64
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,4211debc-04f6-4239-ba62-d87e0350420d
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,660b86cd-5230-4c0f-ad15-b76af9f6fb4d
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,e9522dd6-b001-4e75-8967-8209276e1351
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,54d1b358-0fce-4433-9e03-0bf7db8dc326
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,f3a2df9e-3e92-42d7-bd0a-5ee166a9fd34
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,0bccbc03-5fcd-43cf-b50d-4078f9be1b2c
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,92ed84ab-ae15-42e3-b34c-7897522c3f59
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,ca41ba31-8a4e-43a0-8e0c-ba44115211fe
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,fe71f578-7438-4802-b0e5-931b16f2e8c9
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,6a42079d-fc6d-421d-ac78-3b802bb908a6
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,068fe49c-4e22-40ba-a82d-90e253c493e6
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,bf6edbbe-960b-4c92-868e-b86eb616bb25
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,d0cf98db-b9c2-4157-81bf-d5041a4c8cbf
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,581cf1b7-0f9a-4140-be69-4dbaf8694135
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,51fa8cb8-89f4-42d5-af16-c647cad36283
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,b0e5e292-ff71-4b7e-bc49-729cae89f097
+GU,Guam,2021,Calculated from Fuel Mix,N2O,2.200625150439583e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,2356badc-f554-4e97-b1bb-dfe2533cc781
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,d404a659-da20-455c-b6bd-d6881f31c847
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3726bd54-0a85-461d-b60b-45cf1c60e807
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,0fe658f8-5f30-4ea0-a1d2-7d1efc14906b
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,9aff767f-862b-4e8f-9936-b2d14410e7f4
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,83638463-f37b-4957-9c51-30e70b5a70d9
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,9c05a89f-2e28-442f-bd32-85ea128c7ab7
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,23b58a34-e6c6-4d35-9d85-d3d1893f95a6
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,59d1a887-8e6f-4b8b-8e02-1df5c31a2895
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,2e786427-3008-4ec9-9675-ff5c31d3876c
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,d96c7b9c-2f5d-4d99-afab-436bea9eb89b
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3624e6dd-000c-4b37-807f-ec009dc3d80a
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,393214b7-4a1b-4954-a455-1ac68aa7a65c
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,018d4f06-4ff6-461b-889d-62d3a353eebc
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,991daed8-fc8c-4eeb-b0b4-91311abc23bd
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,d110c610-9b20-4b68-9cbb-e3e936c05c28
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,15ca6c99-7459-441d-9bfa-b72e4b69d085
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d4aa1c8b-08c6-4aef-ad17-7228a456984f
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,dd86b0da-89d9-42c4-b486-f283cd7f840d
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,a32495f7-b6f2-48a0-9a18-55ea8fe58bf2
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,681c5a48-1f96-4f3d-8f07-0235da369911
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,749fa3d0-10c4-4cd3-a08a-420d56392a35
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,be252f64-7ac2-4b3c-be97-32c168ae7eb0
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3c03f507-d5bf-4dca-a768-fba86f70d112
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,0d09a326-c503-4905-9b00-bfd2ecb87e2c
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,18f42f3e-169e-48af-a4cf-3c32022144b2
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,91e2a012-94d0-4a7b-ac2a-63abc45ab36f
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,9f644902-4898-4bac-8a19-4cbfd7ce9dfd
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,4fe1bc49-5e3e-407d-9233-4906986a3d91
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,cead0bf8-507b-42b3-aecd-666c36c2e3ef
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,0.035652700053161866,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,f7297754-5439-4db4-b7f3-511aae1a3819
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,05181e25-6f84-406f-8cf5-a13a8088bcfc
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,5bacf3d8-7421-484c-9638-c877a584ec44
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,a8dc8024-cf7d-48f8-9400-141dfd991941
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,99a39506-f256-4546-9ec1-d0ad6a0ddae2
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,aab42067-e78b-4907-bebf-325fd10deb18
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,733ae57d-f14f-498a-88a5-f5866f2c1182
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,c4a32575-0ba3-4972-8444-5db5c9f4c6d3
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d6eb0ede-1800-415b-a37c-2c44a561d4a0
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,447cc40b-01a9-47a2-96c6-43f5e94fa4c1
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,cb06200c-f527-4d9f-8ca3-7bf55d24497e
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ff1a38d0-8a44-42e5-ba1d-acba061314ad
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,f1d2d683-637a-47b3-8ea2-26c9d7e6dc2e
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5dfeaf42-d999-440b-bef8-849a2b5f0a2f
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,7f5bc62a-7732-4572-b8ce-14444476f09d
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,e78a8621-03fa-4bfc-9038-e1f44c220fc3
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,27a4ffac-0e4e-4bb1-918e-b64f8702eff9
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,f4c8b040-ae4b-460a-a956-c4fb458ba738
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,1a5f04ef-63d2-471a-9af3-fb1d4493500e
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5a2d5c75-8d6f-499b-a9ee-f2a2fbdfd21d
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d07557d5-c766-4490-829f-78ad5eea351a
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,de487c78-772e-4063-b555-65c8c81c996d
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,86ec8d55-6905-4301-bb66-4323866320c4
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a5c48537-8597-40c1-971e-e4911485ec0e
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,00c0fee0-d69a-4086-9d6a-99858e9aaa73
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,27213e31-05ef-49a9-be49-043f4468d44a
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,07587a69-18fc-43af-a3ad-b6832086a996
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,4b6fbdc3-b25b-4dc5-be26-f1ddcfa41774
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,72dfa89c-9774-4a84-a0e7-163c40fba384
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,62dd57ab-170a-47ee-8a17-59693ffb276a
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,0.00022432487449556546,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,2abb16af-177b-4ecb-af35-13cad08c8ff7
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,bee4a0bb-4ef1-4ce8-a000-93d43b2a7102
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3681721b-fca5-4208-bf9e-49eeecee1d54
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,578e1379-3932-4d7b-8145-c5f15836f201
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,dadbb910-800a-4ac4-9c8d-dfe316e5ba5a
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,edca6be9-524f-4165-b82a-58b960fd6eeb
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,c11eebf6-5f25-4049-9adf-2551f8e17192
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ead77bac-9520-475a-8c64-ee82afa6beac
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3b4ad556-e5cf-4c02-a160-a5bda27a3e51
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,48053e13-be35-492d-aa7b-6482228fe597
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,393ac0dd-e35a-42c7-a615-404b36a6d111
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,55ddb2a0-2c50-4fdc-a710-9198e99aa92e
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,949d5c75-9410-4606-9f7e-ad33bedddd88
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,4c3b424a-12c5-4e77-bbab-12dc42b5fcfc
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,94fc0dbb-0109-44b6-8713-fa3c7be4e651
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,f4f68020-10dd-4bed-af65-82490067f74d
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,29d874c2-d86c-4eeb-a987-ece1086a9915
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,94681c99-b740-4961-bb4d-ae3601f539aa
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,2c48ecef-cbc4-40f7-bacd-b55652537380
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,9510d2d7-837c-4401-9132-258610f90769
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,f033f10b-6360-4fce-a4d7-84ac6b5b5e9a
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,241b1e60-4562-4e3e-8152-bc4c5998c9d5
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,c7a436bf-f897-4c9c-89bd-49b54e527758
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,e121c6a7-259f-4f71-b355-a4b289dfcac0
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,7ce12099-1fe9-4ec6-a6de-35372642a813
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,92b89092-a5ee-491b-8492-1f392988aaa5
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,0caa93e5-2356-456e-8f12-df4fcd82891c
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,ac42bab6-6e04-439b-92df-eb3de14e4412
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,1ad4e5b1-0738-482b-8eb0-2882886c3d6e
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,9c2ecfc8-f5f8-442e-aa91-403cda562065
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,8.162248180668925e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,6fea8eb2-bea4-4db3-b6a3-70d1fe09d0b3
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,3c79b1e7-298a-4943-8631-1909c75eb404
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,3e8760bb-3aa8-48e9-ab32-74ac4e2dda41
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,d23e811a-48d0-4f92-98cd-e803fa78aef2
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,8b7231e7-d990-4483-a5f6-98f5ea461968
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,905b2ccc-d737-4227-a1e8-7ac178f3688a
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,bfc2b16c-af29-4ea0-9428-4da5fcd6a5e6
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,0082aec7-7f0c-4de4-9cf7-54d3a7252fdc
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,28297918-301c-44ea-a296-faac621036bd
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,769c45cf-bea3-4059-9ca7-916fcdd5bda2
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,8933c407-67c2-4f55-abfb-97e53176e995
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,16027cf9-fe30-4975-9c76-027cfa6adb4e
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,15922ec7-4d1a-47b6-b796-9658e36e1c35
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,380a9699-0faa-496a-8d62-014fe24a90f7
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,ce79991f-73c7-4997-8a82-ef0184f41911
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,15d7b976-00e9-45c6-85a8-d6b270fe6837
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,522184bf-f254-42eb-ab63-07618291ffbd
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,fcf317b0-7d21-4079-852a-82c33a624b56
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,36884223-7b34-4d55-8947-b9c3c60a8107
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,b279db37-d61a-472f-baf6-4a6c69aa3e1f
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,63572361-875f-4ec9-ad7f-91bf167df8a0
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,75f0922d-8373-4afe-ac80-11cc69c8777b
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,dc0122d5-4208-4102-9113-25a90d2f1604
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,5e69d629-fd54-446a-b7f3-02a791f61db5
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,2885170e-2c75-49db-9d1a-25d0b03c3066
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,28e2015c-b558-4fae-901c-1da1cfecf6bf
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,0b79ade6-3af7-4336-a814-d34a78845c27
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,ae812186-bb9d-4d95-8baf-2df552d6cb31
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6aef7d37-e434-4c72-835d-a4946ed2458a
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,2b6b146a-4c39-4a98-b32d-96b54489fc54
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,0.026049808611702602,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,011b3a70-6634-4b43-bdf9-53e3b73ef507
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,98484f75-7916-4b56-9dc5-b6058dd62767
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,88b1204d-a9a3-41ce-ae46-bc019e4b6760
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,198fc8cf-6c17-4fa4-ba6f-31b94c6f1e33
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,9dcc19f5-c27a-4641-a713-2580564137ad
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,a344a5a8-bc81-4004-967d-d1f8365d6811
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,047dd558-2b2c-48d1-a8d3-9fbed334b574
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,030d7d57-9e23-4d98-bb12-2cdd6f28f05d
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f8750720-c356-4608-8e79-dad01fc1f61d
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,58d6fc12-3b62-449e-8a03-3e29dcddc8a9
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,15273c5c-728a-4f89-b991-776f2ae64b26
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,37de3331-3c08-4f76-bd74-16bedf8c2eb0
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,74e8723b-d06e-44e9-a697-1d214323b0c4
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,b3273a42-3a33-4018-8ce0-d068f1ef6f94
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,3b045955-0ff5-4a55-aad6-a2896588b935
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,6abe8f1f-3529-44fc-839c-0075b527abf4
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,dcbf89da-4bb9-42b4-86b5-f813c73ea196
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,339ce838-d885-428b-8d34-6a680edeb7ba
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,2137d288-41b8-4165-9183-35e81f4e0f37
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,a9dc22a5-5ed9-4eeb-86cd-a3c4351fb7f9
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c5926b36-2e80-4b1a-a4f2-0ae198ade4bf
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,c152681f-2717-4803-9504-0db5fd2fc41c
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,015d1189-84e1-4e45-917c-850ce5120638
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,a1c856b5-cf7c-4c6f-9b19-289da7cc6683
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,29fca222-616e-45c6-96b3-4fcf04aab6b1
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,47366654-a1b3-4d59-804c-c3a12b78dbad
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,d350b9b0-f6eb-4438-a83e-832544b1a5df
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,171f5ea7-8dc8-4a2a-845f-1f54b77188cf
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,94f97dd0-e6dd-4e75-beb7-270ac821a59c
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,64e7af1e-83aa-457f-b6fd-fcff54737eb3
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,0.0001639039971373905,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,da4aa372-550b-4ac1-9d3d-aff02546c71c
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,60f6229d-d764-4590-8f84-2cc783a5518e
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,14369cc0-4331-432b-968a-59524b480f55
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,008183ee-c65f-459a-9cb2-a7dcfd9b2b90
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,447bbffd-db33-4081-a9fe-000c05be6cc0
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,9c3a91fe-a709-4545-83dc-6acb544ec514
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,e02baf8e-3d8f-4e4f-ab71-dc4cb56cee92
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,20a22afa-cf1d-4820-9c40-f81624c61879
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4498eeb6-9114-4032-9bf8-821015f8b579
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,f8d90462-ca7c-41b5-ae26-a7865638114f
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,4c9833cd-2cd5-4bce-bb34-a28f2bf3b2ec
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,1d309c07-fc93-4e71-976d-3770dc51f8c5
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,f48e618e-6882-446c-8851-2c3322e2abb3
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,50396929-d9ff-4364-888e-5f1f363a1b26
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,684d2b1a-5755-4ee0-bc88-081b23bcb11c
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,9e484ff9-5f8a-43ff-be58-45ab7267622b
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,3e62519a-a0b4-48a7-a942-6f17d40e109b
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,311ebe74-b4ed-436c-9bc1-843dda388ae8
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,6da1205a-4918-49e3-81b8-43258b59385a
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,b5e442b8-e4cc-4214-9432-27ffe8ef63e5
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,1a78563b-393f-4b3a-9fad-89795611ec18
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,a33d3964-9030-4509-98f7-922bb796f4d0
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,24d49257-d2f5-43ec-9989-cd96737d2991
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,fd1abaa2-6211-4e65-97e4-9cd407141d7c
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,4ac56d03-f08e-4918-a515-66ee1b2e2684
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,1605da39-6a85-4b7b-b25f-6b2fb948daa7
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,5ad3c828-7fbb-45f0-8e7c-b265998cacae
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,b5751fc2-110c-4987-8a8b-a9d49f775f97
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,0f27c295-dd73-470d-bbd6-5020989295ab
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,cc6b5c33-8953-4cf6-b370-b7212d111424
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,5.963784022825687e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,42059c21-9b22-4156-830d-a100ce16e9e7
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,8fcc3b09-1373-4b52-9028-e11888e4d4bd
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,2730ddf2-0ac2-4035-bc2d-33015d45226f
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,83ff866d-1cb9-40c4-b112-aa1b15d913a0
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b8d8487d-4dfb-4572-a447-d93138e1d264
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7835ad9c-1d7d-468b-8a65-c31bec68117b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,74fd274f-6325-4221-9d30-4dd71c8e4130
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,00f0c7f4-fcf1-4158-b43b-aa62809ab1ee
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,8f21ec5e-dffb-4228-b229-4f5ccce1cd2e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,e3566603-c267-4b18-ab2c-1b23dd15b346
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b66816a0-da1f-403b-a1f6-56c0eea56637
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,09a3b1b1-f324-4eb8-b689-a53863377a09
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,fb85fd6f-806a-40fa-95bd-073c0d9fa9e2
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,10ffe787-c9ec-46a9-b2be-e5b8cc2300ad
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d7a8038e-af62-4bb5-9b5e-7859087180fd
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,4dcaab17-9eab-47ac-9ed3-18120fe6fd1a
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,c4abc423-56fe-454b-8b20-c337feb4e1bd
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,200bd27e-ded2-4bed-8e18-634f6f5e091d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,fe09bc82-e86c-4aeb-849e-7b5e4252b7d9
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,7c7f40af-8c8a-46eb-8193-fa26b32b810b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,c2c64cc6-d87d-4c6f-b62a-d3e50b3ef126
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,bc5fb538-116c-466e-9979-a6c28f7c8288
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6190633a-795a-46e4-a86e-1bbf682281ac
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,26e044be-1652-42c9-a5d7-8f7259c114c4
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,9a9baa8e-be2b-4c9f-ae45-e1f774bc95fc
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,33b65e12-b688-4db3-9a6f-b970b9de6efc
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9ebd319e-7cf5-48fe-8ab9-dddf9cffafb3
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,858650e1-b79b-403a-853e-8818faa02f19
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,be61af48-184c-460d-b973-4ffc5d46a743
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,fdc6ef64-56bf-4bc1-96cc-02cf24f040e7
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,35218306-6b70-4733-938a-327f5cc8cd6d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,3dc8c26e-60c7-416e-bf95-2c0874f1d3d9
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,4893c6e3-a7e1-4f17-925b-ced981bf402e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,ed6f9f4e-783a-4a06-967e-c8da1a4a4f61
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,3d2ddb4f-833d-40c8-892e-5f09a83f8e02
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,8c610f33-90e9-4924-8f20-4fa933506ccc
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,92c4d345-681e-4e13-98d9-989ff7ef1c37
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,7efffa99-2780-4e0a-a0ba-da7fb82bb2a2
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9640f59d-9699-48b9-a4f3-06b92cbdef89
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,1d0a96db-b522-4361-ba41-b9ced1f3888b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,00ef37a2-e218-4ebb-8621-1070cac293ec
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,06e26516-73cb-443f-859f-352942613838
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,16fbce8d-a0ce-4489-a3af-0a7fd2c686ff
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,787b6d96-298d-40ad-ae48-e691362e72c1
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,1e3e73d0-63af-4353-a7ae-6144a07a9561
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,343a168c-3d7a-43ac-b5ad-00d7d412e441
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,8f74c3e5-5230-4d8d-a470-1e3a6653ee00
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,e49534cf-af4c-4814-ac0f-9412ba953c50
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,0401f626-25ba-45a5-ac60-231c20442538
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,197b9bfa-3a58-4c56-b94b-78a99904a367
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,04375aa1-c7c0-441f-9207-085398eb06eb
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,3319013d-339e-4dd2-b331-7fd3e22602a3
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,39194da0-a151-40ff-a822-1ee3b78b5453
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,665c421e-7d85-4dfc-8490-586bc6448410
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,6cb35cc8-6adb-43de-9330-dcc29bee213f
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,e9b24363-edf3-4529-8688-ae1c1628f673
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b91b0274-4199-480c-be19-3a660e9d3ad6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,be64da7b-bec9-4121-9460-34b51b0afd0d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,037dcc7a-075b-4f07-b7bc-6f7df9982a19
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,90a7f7b7-ed6c-4c9b-97e8-e9f4816b24ea
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,be6cb264-14ad-4429-b172-42287a505bc2
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,3699b2b0-78a1-4f7d-a02b-537f2e91c1ca
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d63ca8b5-67a1-43de-bf28-cc03dba164a6
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,062c37f0-4205-4ba2-b9e6-91555d020fd7
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6a76d3f3-da34-448e-b8f1-98a3abb714df
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,99373996-fd7b-4120-9629-c8f4834fea49
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,9e51b96a-9394-45de-8f61-fdd4e0fbf32a
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,ab6bdc7b-2852-4212-9add-1492cb523422
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,951d0bbd-53a9-4177-84a7-bdf0c41d4be4
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,633bb39e-a917-4641-bdc6-858b39e5df32
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,eae52e83-2292-4e41-b545-d9308adde364
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f94b9918-a9e4-49b9-9ca6-49780641b7ca
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,90a4893a-ec2b-4c68-a077-c22e0023ff70
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,12482d04-edb6-459e-82ae-fdc5b1b20de4
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,2af77f5b-0a4b-45e7-b758-81f01164d09d
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,9b1889e3-a4c2-4b4d-b42c-430a67248113
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,4686e5a2-d391-4df8-8355-6a47dc078247
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,fe3ab52e-fb41-425b-b861-53542981a6ff
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,722b3f15-f3e3-4e8f-8bd2-8bf065a27423
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,82b8370c-51c4-42eb-b32d-e939b8022b6f
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,facc592d-cede-4bb1-b4ff-8c18db93633a
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,88b0e96b-3015-4ba5-934a-90397d0a2f81
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b82ff5e0-e64c-4bfe-82f5-ea1349785f29
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,452459fa-52e0-4286-af5b-f7cddda4f19c
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,51995e47-476f-4292-92ba-a9f7dfdce2a0
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,783e11c2-66d2-4fb9-b4f1-bc36232ba20b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7cb146fe-d84d-4395-aad7-1ed4fc763858
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,6420f9c3-0e70-4b73-a33b-e0b09df13597
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,9469fcf6-6fe5-494f-8364-d40fccb5e976
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,cd464cd6-6b6c-474c-9683-5e5945ebed11
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,de67757f-d876-455f-a951-c6bf989102e3
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,da4b7609-56df-4d01-9485-905a95530545
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,5290eee3-f3fb-4b49-b060-e70386417896
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.1.3,modeled_data,kg/kWh,CO2e_value:0.106,8d9d9d50-3c50-413a-8eac-1a862856abfa
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,8711bb10-3121-4ba8-9b68-db0698642ea9
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c7e6d16a-b8d4-4829-9dc2-2b2482953ad6
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.2.3,modeled_data,kg/kWh,CO2e_value:0.106,617a6ac2-aad7-4efe-a2de-5b30fa8a02f2
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,17a8b1b3-5717-4a66-87d8-a4cbe37951d5
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c57b4d84-b635-451a-90c9-60acff28344c
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.3.3,modeled_data,kg/kWh,CO2e_value:0.106,0013c310-dbb7-4388-8365-2e732a5af713
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,403d7e33-8071-481e-a9da-5b5e4ad59ddd
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,498ccfba-cc3d-48e5-a65b-01f541f18320
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.4.3,modeled_data,kg/kWh,CO2e_value:0.106,82073257-7f65-4fb8-b898-3759e014b7fc
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.106,7efb79b4-60d5-43c7-ba28-8bcac0f2c71f
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,cffa51d1-9927-4f34-aced-b39ba5482364
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.5.3,modeled_data,kg/kWh,CO2e_value:0.106,841d1467-dc1e-49bb-a7e0-4990c75c7a8e
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.106,1d7b5fe6-7b77-4ab3-886a-8cc63dc9bdcc
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,0a1ee9ab-a5bc-4969-8ff9-0b2b86d75156
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,I.6.3,modeled_data,kg/kWh,CO2e_value:0.106,4b124e0b-58f8-494c-864d-a45f27543cc1
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,ce6236bb-f662-45fb-a9f7-989c5ef9c3b4
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,11f0cda6-2064-4813-afda-a0f600543044
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.1.3,modeled_data,kg/kWh,CO2e_value:0.106,81947ab9-52ef-40ce-8f30-03ff9b15374b
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,55435767-e9fd-4403-917b-4ea60c9535c4
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,62810b54-2088-43bf-9304-fb370a885a90
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.2.3,modeled_data,kg/kWh,CO2e_value:0.106,fec8db12-5afb-4a37-87da-fa69558e1943
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,b2af3918-e172-4159-a89f-1851a3a78680
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,3628c0b7-d52f-4a35-81ff-5e2b3aab4b43
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.3.3,modeled_data,kg/kWh,CO2e_value:0.106,04005c99-ee98-4ff5-8060-1530e7c75eff
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,a6510062-d84a-446b-aa61-4c7a7fe168e4
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,649b1ebc-93ab-4773-9c96-3382fefa7f9a
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,0.08478301599228018,II.4.3,modeled_data,kg/kWh,CO2e_value:0.106,16672fd2-3972-4c00-9d35-37e065750b80
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,375b01f5-a151-4eb6-82ff-102f2d9388a2
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c13f4d12-4fbc-4386-8353-3fa2d9431272
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.1.3,modeled_data,kg/kWh,CO2e_value:0.106,61c06505-15db-4b71-bf66-c64ea70bbd66
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,d4d7b3c1-c1e3-4667-ba64-5dfea1f25283
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,5c724578-7a97-428c-b4e1-b72f047ec02f
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.2.3,modeled_data,kg/kWh,CO2e_value:0.106,00d1d5dd-e08e-4183-90d7-a2791688838e
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,8286d9f8-a8b3-4e0f-8728-af4b665346af
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,18849beb-3644-4234-bc15-acf6524d68ba
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.3.3,modeled_data,kg/kWh,CO2e_value:0.106,a001a3d6-932a-4cf7-8f85-afc5c825610b
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,7eaa82ad-71b7-4a4a-b321-0514f6101c5a
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,f9154272-cae9-456d-b213-213bfda1bb50
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.4.3,modeled_data,kg/kWh,CO2e_value:0.106,ca730a37-a103-48ee-968c-8e48fd909e2d
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.106,bb04fb9d-7eb4-4b0e-acd3-33524c065f90
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,10967b4e-3778-4cb6-8801-d43956cc1b08
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.5.3,modeled_data,kg/kWh,CO2e_value:0.106,f05de170-9d48-4ce7-922a-e2a1bb3ae80d
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.106,0aa5e4df-f594-4272-b55d-8239f24a5288
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,558314e6-de26-4d72-a8b5-e288edb6d696
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,I.6.3,modeled_data,kg/kWh,CO2e_value:0.106,7f4aa4b8-8bd3-4bec-b040-60df72a6d3d8
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,82ab332f-ef78-4766-ae7f-9fbf01b25c15
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,8696b262-0d12-4333-affa-1053e89c4ca9
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.1.3,modeled_data,kg/kWh,CO2e_value:0.106,8b0f2b87-6460-4a85-99a8-0f24130e5c8d
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,a896bf9a-a0d5-4879-9c47-7490c891c04d
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,66f9725a-135d-4d95-b0c3-fe14dca12626
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.2.3,modeled_data,kg/kWh,CO2e_value:0.106,39bad813-8329-4451-b158-dd628c38575c
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,42e4751c-7ea1-41e4-837f-cb73ff91fe8b
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,71f53960-2cd4-40e9-b0c9-e316ef0babf2
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.3.3,modeled_data,kg/kWh,CO2e_value:0.106,e23306f3-3d91-4d97-90f8-fbf7ac50d53d
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,2c7a854d-b443-48ba-98a1-4976514e21d2
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,5d874220-2e1b-4f7a-90d3-08b3b83e258b
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,0.0005334501845151856,II.4.3,modeled_data,kg/kWh,CO2e_value:0.106,6a42a053-2806-4226-9c54-222fa3cb3383
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,ebc7a1ed-af1d-42cf-88a8-54ee1eeb2dba
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,b6ebbd4f-0097-4fb1-af61-b002bea02781
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.106,90f15530-4932-4916-9462-86b150e312cd
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,fe3d36f0-ea8e-4b54-b902-4d8b42849fb6
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,eb3c67b2-355b-4b11-99c9-0c7d4d7e7f7f
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.106,15aed041-3703-4084-9f4c-b1b075a383e3
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,eb81abea-7032-4784-958c-f66f51ba434f
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,a08d1931-8969-481c-b76a-737bad9050cb
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.106,d0bd3822-4e2c-4694-a8e6-8c64ff7b9d07
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,78f1ec33-a5d7-4c9a-b306-107cdf2ca7d2
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,2648904b-cee4-4c1e-b884-8ab6b2971c44
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.106,7a8341b3-ae65-4fc1-aeae-f863159981ca
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.106,add0a11c-a00b-435e-8a1c-d8db37de399d
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,76391f12-aec9-42d5-b88c-014e841728f2
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.106,c8cc2d76-98c1-455d-8d51-39a6b17c042e
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.106,0af967c4-2d10-4f7a-b567-e62d6ab38a53
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,3dce1fb6-a0a5-4c5f-b665-05a282c0637d
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.106,162de3f8-2688-4670-8472-85191c2d4f98
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,fa2f6ac0-a7b8-4605-964f-2506d6c36603
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c2af5b3a-cf5c-4211-a4a8-5bc1d7d7198d
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.106,36541dbd-3509-49d9-9f67-6ad397dffd72
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,45f46d71-13cd-4ecd-83b0-1c93cc5a3c5f
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,f35f793f-840d-4949-984f-e6484dc35d00
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.106,2f612f2d-9924-4a50-9f92-57cffda9333e
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,9dfd46ef-1657-4af2-ab8f-623ee9c56c7b
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,13b6335b-fda0-4e40-ab9b-1847fb607488
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.106,6c11bc10-e12c-439e-bcc9-a9345894e3c6
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,759e951f-4d53-4211-b8ad-1559db717f9e
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,3f8c1ea7-331c-4699-b928-20cdc841ffa5
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,1.9410031133763775e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.106,917aab6d-16b8-4386-96cc-9237c8373f29
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.052,b705dcfe-07f1-43b7-b01c-0b19be99e3f4
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,ddfcf5cb-eca7-4b5c-8902-f0016e9b3a49
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.1.3,modeled_data,kg/kWh,CO2e_value:0.052,6b83cc1b-172d-4dab-85fc-433136bf9a88
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.052,7a431294-13aa-49db-8a67-467c29395c1f
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,92b1fa08-27c2-4970-b877-724699e1267c
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.2.3,modeled_data,kg/kWh,CO2e_value:0.052,9773fa30-0c65-4b21-8af1-9db6bfedb5d1
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.052,d061e509-0471-4f95-9c8c-d52212cad5d8
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,8f43faa0-578d-4277-bcd7-d71c4f4a2fc3
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.3.3,modeled_data,kg/kWh,CO2e_value:0.052,283f6091-6579-46bf-9a96-f40f4d8f6a23
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.052,7aeff145-f0ab-4274-90dc-2c1ecc01a80e
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,667c3eba-7263-486f-8d4b-59351093dc6d
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.4.3,modeled_data,kg/kWh,CO2e_value:0.052,f8cdb67d-4a3a-4913-aeea-ff05724c15ac
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.052,0c3ee06e-a2bc-4083-abb3-bbc7893b1501
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,99982aac-198a-4ea2-bb1d-ef73db6f18fc
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.5.3,modeled_data,kg/kWh,CO2e_value:0.052,6de197e6-c24b-4774-9ff8-61b24c9a3c8f
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.052,b8013197-56e7-4cf9-a3fe-df50a0ccbda6
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,5613d024-9a0e-4e93-ae64-7ec829f4ba77
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,I.6.3,modeled_data,kg/kWh,CO2e_value:0.052,d8c37e35-1d0b-4216-8f46-07d88d556318
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.052,c6f4d685-690b-4639-a948-d6f9529e942e
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,660fa17a-85bc-402d-8d24-33d71c780de4
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.1.3,modeled_data,kg/kWh,CO2e_value:0.052,b43572a8-9255-4fa9-b6ed-2e9010b92ec4
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.052,ad642f53-37f5-410d-a49b-8baaf9916a92
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,fdff6acb-bccd-445b-ae84-35174c7047f0
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.2.3,modeled_data,kg/kWh,CO2e_value:0.052,3aad3039-9842-4a7c-8331-61d375cbdfb9
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.052,8e78797b-7dcb-43ba-bf4f-5b19c96707f3
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,658dc2ce-7e37-4e1a-8415-ab874b2e8ca5
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.3.3,modeled_data,kg/kWh,CO2e_value:0.052,96072a50-b737-487a-aaeb-420e0a1e0ebb
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.052,4c15d4e5-a1b5-4e4b-bfdf-a26a49515625
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,36a579be-30ff-414e-ac50-008e5b6ac067
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,0.041586436441573664,II.4.3,modeled_data,kg/kWh,CO2e_value:0.052,e884908a-b69e-4310-94e5-92d75b1605a2
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.052,aa26a651-f02f-4833-a34f-260740114990
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,266a6e7f-46e8-4317-bf7a-6065826a1d2c
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.1.3,modeled_data,kg/kWh,CO2e_value:0.052,deb4823a-7fd4-48ae-bb11-880942ca220e
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.052,af99fe11-3a24-4091-ae21-032871a12fe4
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,d691351f-768c-45b7-8cd7-aa9358e5371f
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.2.3,modeled_data,kg/kWh,CO2e_value:0.052,6c88a2c5-26c4-4683-b92a-13549bc08297
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.052,8416a943-724d-41de-870d-7c8f1a9ccae0
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,94687d74-d2af-4a26-9ad4-d4c0a60894b1
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.3.3,modeled_data,kg/kWh,CO2e_value:0.052,525c662d-8756-4c72-ab35-4bc4c3f6c5a3
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.052,2ee916c9-3718-4a99-bed6-8061cbb6fb77
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,a0b6a0d6-f9db-428e-90a3-cff0d9706f47
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.4.3,modeled_data,kg/kWh,CO2e_value:0.052,47e7bffd-f724-453a-89e8-5003e6d2e540
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.052,5823253d-3b4b-4df1-b2c2-250d631853e0
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,6abfca59-a436-4235-be7c-d4679f272097
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.5.3,modeled_data,kg/kWh,CO2e_value:0.052,d46e07c8-fc81-4db2-9e27-2210add833c7
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.052,7b0c285f-2386-4f7e-ac78-aec781cdc296
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,5fe7b989-3375-4120-a08e-6005de7d5e1c
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,I.6.3,modeled_data,kg/kWh,CO2e_value:0.052,d3ac9e2f-9070-467d-afdc-945ddb2d7f51
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.052,1a78138c-9f30-4fc2-9b77-8213a183de61
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,176d7162-97c5-436a-b3bd-2a5f788099e8
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.1.3,modeled_data,kg/kWh,CO2e_value:0.052,242fd422-8fd6-49d2-8ec8-f3d57986710a
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.052,0b784e48-dfc9-49ea-b717-36658ad42ee8
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,1e87b427-7939-44a8-8a6a-7d37b7b0f8eb
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.2.3,modeled_data,kg/kWh,CO2e_value:0.052,923ec3f3-ace9-4821-8608-aeac408b93a6
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.052,76f2da2f-bc25-4169-bffd-d9775ee87ff8
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,22520d11-fa87-49aa-8098-77fb5aa6917d
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.3.3,modeled_data,kg/kWh,CO2e_value:0.052,0ffd419f-2849-4142-8b35-1a7c003e1877
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.052,4d5c4c82-fe5f-4ed4-b0de-a60a36b22b2c
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,f234b4c1-0187-4f05-b41d-eea440dee5f2
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,0.0002616596252615792,II.4.3,modeled_data,kg/kWh,CO2e_value:0.052,d1b97256-1245-4f3a-9e3a-de0a601f48a5
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.052,5a436476-4368-4f31-a96a-452d33e82d53
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,46eacf6c-858f-47ae-b6a5-566a128cf288
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.052,69fe12f8-e033-4745-992e-a3c43304af3d
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.052,95c20add-dec9-461c-b4f6-076f6273bd76
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,51aeee88-1713-42b7-8a74-a6022bb7d631
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.052,583c3949-98ed-4456-9e05-7c0818643a06
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.052,30e03972-b8a9-4010-a78c-3b2fe0755b00
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,be39facf-5c5f-4cd1-9dcc-70d68182be03
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.052,3fa8c5b4-b674-4708-8a79-979464a78040
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.052,54738ac2-16a1-4ea3-b083-82b56a9f652b
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,48cee2fb-1f20-4ac2-a15a-e3d1e673db02
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.052,81a5b4f0-02f9-406e-9dc0-7a73e7f9caf8
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.052,611bcc0f-4a76-462f-bd31-4c547927de38
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,a1e357b7-9cdf-4d33-a9ec-d6a9bf6dfd45
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.052,08d61d08-ee77-4712-a5de-5298151153d1
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.052,7f3a5cd3-436a-48b5-be59-9f6c68a2635e
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,272aedd5-5748-42ce-9cf0-230bd34c65f5
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.052,b5006ae7-965c-4390-a2c7-7bfdc6f673e9
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.052,8d9b7f11-a35e-4a11-9b7e-ce1fb9a79645
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,41f45613-17cb-4891-95c1-17e66e773c32
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.052,1adec7c2-dfab-4bc8-bbe2-90cacf4697b3
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.052,a32ac35c-aefc-444f-b83e-bc396772f231
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,1a268076-63ae-4a99-a780-e9f40ace391b
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.052,99ca5dcf-07ea-44c5-a42d-b785c7d4caa7
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.052,4a5ce842-ddf4-4acc-aff9-1460903badea
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,9e7208f5-fe84-4e92-9a22-6e35c41f1f1d
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.052,9373fe78-2561-4b9d-8e5c-aa5a03b66693
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.052,a8e7e25f-8442-4113-87c6-dff7cbc36011
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.052,d610dc61-9380-42b6-8c04-b46b14bf48ef
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,9.520704313547085e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.052,e7c8e50a-f9d0-41b3-823b-19d1a0239eca
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,ec08e090-4722-4226-8999-fcf5dda38373
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,7a659db0-7faa-448f-8743-6eb28eb73021
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,32e6eb39-7421-4b2a-b153-e8c6728d9660
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,a37369b4-4cd6-4741-91ec-844ae25de62a
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,83f69cc4-6946-403b-a0f6-eb3cc17ee1b9
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,1b39aa7e-f22a-4e9c-bedd-3377938efcfc
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,118612a2-1a09-4069-a7e0-7d56b4153e99
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,1d51edbb-33a6-4ffc-ac82-dae562cd1150
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,611673dc-ea97-4212-9ead-24d2288c5951
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,843bdf81-bbd5-43ba-8247-8d7d46b96860
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,67b54b4a-b288-492f-88d7-7f5903e4e683
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,eab5ce5c-d389-41cc-ba54-88d75a723c6a
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,42ce3a2d-0fe9-4d8a-95a0-356f2079178e
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,88678282-e8f7-4a28-9264-77f6a1c0f56f
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,576153ff-38fb-4491-8f42-68ef14a290d9
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,877c680b-40d6-4a64-8695-e631fcd86a16
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,98e1bcfe-75a8-4a08-b07b-d9e74acc1255
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,10f6ff21-0dfc-4ac3-a009-06bbec533b0f
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,dbb0e876-aac7-4989-b3fb-c877f4b5b33e
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d7c6c5d4-670e-4d30-a73a-96d581d175cc
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,af13700b-3eec-4afd-894a-79d34262292a
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f734456d-a2d5-419d-a2b0-6c87d0385cb1
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,85cb22f2-c2fd-4130-a0fd-abc0e0464797
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,6ce52fc5-02ba-47fb-9126-479547663ecf
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,c26e0ad0-b8a0-497f-b54a-730460d6ad51
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,0ad4baf9-0eb6-43c2-bf64-a00f4d4b8467
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,fc1f0a93-c422-47db-bbef-8c974e324a66
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,9f9d18cb-b8cd-4bca-b994-c5e12e666827
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,e744b484-fa22-49e5-ac5b-b1fa98e248a0
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,0.023386341814561295,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,dc4ddec7-5219-4f36-acf3-62f81f285296
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,1c9e1fe3-b51e-4c31-9d25-ad887a555d58
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,38f9b03c-1741-48fd-90f1-46e8bb2304c5
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,5be5fa2d-6ffa-4647-9e69-184ecc6b6f37
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,af2ed16a-85b4-4287-9768-79b56b143f6f
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,b6439048-55ed-4f93-ac78-32ef7e4ed7b5
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,3a68e416-0943-45af-aa84-35e76c800d7e
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,7b39d004-d43f-425f-9ab2-046a646960a4
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,fdba871b-61a9-48d1-b7e4-0a39e4239eab
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,be1acdbc-dc53-4f42-b839-02ba20e6a1e7
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,d140d8de-7152-4162-84dc-c8bec048022f
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c79d7dbe-697a-466f-82b3-004b2bccafaf
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,8c60ccf7-34f1-4014-aaea-e4debd00375e
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,d360c4a0-ad92-407c-8fe9-8e51aea69bd5
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,425842a7-1828-4e1c-869f-ba1832f7279a
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,ae9a2a8f-9e4d-4772-b7b0-d9ed8e013ea2
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6294bf3a-3a8a-4a12-b9db-62ce2fc52566
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,6a0480fc-bcde-41f5-8ce2-4848f8c6432c
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,50ca2823-d251-4ea8-a622-fecfb6a26f37
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,cebd0475-ebe0-4c5a-bcf1-252b18902975
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,73eb1a99-ce98-445e-af16-018d9ad58857
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,3aa752f2-7f20-4fde-b2b3-7965fd64ed67
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,42d99b43-d2e3-4519-9821-ac2633f5b3d9
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,f3412f6e-37a3-4eea-b383-3268c8d10f1d
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,68c17881-7596-4d71-8f53-d27836dcef38
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,aed2ec48-f3a7-4b23-875b-e3a99dd39131
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,7f574415-2566-447d-9957-19607b289015
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,3b831856-9675-4c38-a020-49422852d54e
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,e5c091c4-c5e9-45ee-8b93-b195421efdeb
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,fbc9f252-bf6a-4607-9449-1f9ba5888aed
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,0.00014714560705470612,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,ae708bed-1be4-4b0a-ad9d-670919cd177d
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,37d8ed38-d0a9-418a-89b9-a520b703e996
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,1a9cfc89-4b47-4dfa-a6ae-4355eb9378f5
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,30ffeb82-4314-4aff-860c-ae76ee4f0899
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,37f2af85-5a78-4d28-8a11-cd8d616f5885
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,14834c89-6f9e-48aa-9ff8-a90d77ea37f5
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,fe1461ab-e4c2-4cb9-b8db-3d9556da240d
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,c5481e1f-5b4b-484b-ab55-2e7ff60cd660
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d84b6bfe-de4e-496e-bbd9-53480269e9df
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,147e50ae-10a0-4764-b89a-0a71046462b5
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,c7aeb8bf-2a64-4705-a1aa-7cc23db57111
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,dc366769-443c-47c6-ad9e-f3325f06130a
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,20d2b868-9ac4-4329-afe7-c94a7858fa2c
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,0860edff-cf68-46c6-88e4-c76c6b644144
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c09109d6-f0f6-4643-95e4-9198fb25d22d
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,ce41e4cd-090e-4990-8252-d6989715bfe0
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,533a9d12-2b97-4b49-aeca-176c76180812
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,b68ca807-1de9-4d8d-ae4d-9d9294c3fb91
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,8fe37469-0816-4c6d-83f9-487fdb7df788
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6fbd0ff3-ba14-4a9c-8c37-b27a420e29b4
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,a3168d0e-1375-41b8-8192-258ba8e1c154
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,e92a55ed-a6d5-4bcf-814e-f5756b5cbe64
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b94634a8-519e-416e-ad59-60a1a0f3a134
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,8099e8aa-39ca-49a7-b988-2b4ce352e1ea
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,11a127d2-6f6a-4e45-b43a-a477a0dc981f
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,62379aa1-2a44-4f68-928e-cba7bb6293c9
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,430ee86a-7f5a-47f6-9994-f9296a2b50e0
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,f66f3ce4-5cf3-4d33-a41c-122969dda2e6
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,84321877-64fb-4636-887d-9c580c6ea4d5
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,97c15d31-b3a3-4530-a615-b11cf3c454fe
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,5.3540159831871095e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,235fdf28-58c5-412c-b970-ecd370232bda
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.102,eea57071-f721-435b-954c-9d945427d383
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,909fec2e-d909-4a45-9f3b-702db628d1ba
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.1.3,modeled_data,kg/kWh,CO2e_value:0.102,8cc5c4f7-7152-4039-ad15-1ba1d2c967e7
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.102,22941c51-08ac-4258-8184-e5a242d299fc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,5e2b1b6e-c132-42bb-a3ef-9ff117259e0d
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.2.3,modeled_data,kg/kWh,CO2e_value:0.102,0167fbae-6b85-4007-b17c-43db7812a8c7
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.102,fd993c28-1bcd-4811-99d9-8d5c415b86fc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,51d83836-1a8e-4501-b3b8-d580aff05006
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.3.3,modeled_data,kg/kWh,CO2e_value:0.102,93d8b905-1a77-4679-a37f-2a9aea6b16d8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.102,1f5b20ab-6cf1-4c7f-9301-319d65c3008b
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,119072b5-f87c-40b3-85e6-fd2c36b0f609
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.4.3,modeled_data,kg/kWh,CO2e_value:0.102,f8e8474e-9102-4513-bb69-9d22b775479a
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.102,86bc6eeb-92e3-43cd-8c00-fd1fb9d15823
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,4933aab5-aa6b-4550-aca5-26a48aa50da3
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.5.3,modeled_data,kg/kWh,CO2e_value:0.102,5e8d38bf-e180-41ac-bf31-2ae35f2fed01
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.102,2cb438cb-1a08-4668-a98e-67e7bb9af352
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,2b155ec8-00e1-4baf-865c-995a49c9a9d6
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,I.6.3,modeled_data,kg/kWh,CO2e_value:0.102,89bd2411-45f7-4b24-a843-1ff6d14b6ce7
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.102,ad87c067-fec2-45d6-ab86-221169e7c9c9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,611efad0-b54c-4e5f-b481-2af78924e074
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.1.3,modeled_data,kg/kWh,CO2e_value:0.102,f6bbb690-7f8d-45b2-a915-d2d198ec391b
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.102,ea644047-f3f6-4006-9489-e4e706f42027
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,e0aa273d-c002-40f8-9bf3-2866675cde38
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.2.3,modeled_data,kg/kWh,CO2e_value:0.102,f2e8dfdf-004e-42c7-8855-02c088039956
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.102,da4773b3-6027-4bfd-a695-45ff06f1512a
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,16cc5bc8-52d4-4b40-885b-490f603c5897
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.3.3,modeled_data,kg/kWh,CO2e_value:0.102,d7e9178b-8fcd-4556-b243-50f9e09025b9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.102,b8b5b236-5d94-4129-b37b-5a72c0885abc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,420c5602-1091-4300-b8b8-a5f6732038a0
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.08178040482490806,II.4.3,modeled_data,kg/kWh,CO2e_value:0.102,cd41572f-4b55-4bd6-ba24-e9fed7f47156
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.102,9bb3ef40-04c0-4109-baff-d7706fe707b4
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,21dcfcb9-db9c-4985-9882-a361f481cd7d
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.1.3,modeled_data,kg/kWh,CO2e_value:0.102,cf723e36-ce65-41ce-8bc0-2ed1b3f8720c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.102,29001dee-99d1-4393-9d94-119df41abcbb
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,0d1c3573-52ed-4938-8491-2c22008fe48c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.2.3,modeled_data,kg/kWh,CO2e_value:0.102,73f6ef5c-ebb6-4040-acf0-dd6574042c94
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.102,b2b7aefa-3e66-463e-a792-bb4d8247f30b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,eb502759-1e1b-4840-9c5a-d3f9c421c935
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.3.3,modeled_data,kg/kWh,CO2e_value:0.102,f98dcf8b-12c6-416e-8c6f-896799b9e7da
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.102,e3710f56-ec2a-4a7b-8355-449e2a59f66a
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,3cef7b98-9403-4c0a-a114-680b4e0c1da4
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.4.3,modeled_data,kg/kWh,CO2e_value:0.102,ac2fea51-3e83-4b97-8351-9b71fef5e97c
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.102,99f08f2c-429d-4617-893a-953639aac79b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,049c7484-2f27-41c4-bfba-b433690d1b99
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.5.3,modeled_data,kg/kWh,CO2e_value:0.102,5ae2f149-36d7-4fc2-8b13-a4a6ef3a3403
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.102,441d2ea4-53c4-4fcb-971e-4c9b1766bbed
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,8e4eea6a-57f9-4851-8a18-d4af62ec1957
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,I.6.3,modeled_data,kg/kWh,CO2e_value:0.102,ff53bfed-79fc-4fd4-adbd-f57d78737832
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.102,eea12e59-6efc-4e6b-b979-758ea2d58ece
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,ea6124ba-269b-4f0d-a706-221689afa8e5
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.1.3,modeled_data,kg/kWh,CO2e_value:0.102,027309ff-58c2-421d-8582-83785526c807
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.102,9e43d9a0-56b0-4607-a995-772266fe0a46
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,7bac4719-f7e1-47d7-8d74-20ba87b1c17b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.2.3,modeled_data,kg/kWh,CO2e_value:0.102,a7898e73-8e96-48c9-8a8c-d26f0b712c1d
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.102,10896373-1f38-4d4e-a6bd-e644cbdf2599
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,7effb795-07fd-46c0-ab13-4824e0803c72
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.3.3,modeled_data,kg/kWh,CO2e_value:0.102,d105de7d-8195-4a60-9275-705833679dcf
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.102,266a5537-52f7-4f2e-b0fe-6c1d6eb6dff1
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,115d7e2b-c149-46e4-ad12-e2fa9ac61458
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0005145579162641027,II.4.3,modeled_data,kg/kWh,CO2e_value:0.102,7354286f-fc9f-487f-9d4a-f4600458e735
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.102,8273fd9c-15a5-49b7-8a58-b87dca98d863
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,291c923b-591f-401e-af9b-280190d67f68
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.102,c295c276-23ca-421e-85ab-66e77f515df6
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.102,cf0d9ed9-a719-473b-8d34-8d6e50c1e199
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,56350767-a35c-4c6c-8d13-f64d37daffad
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.102,fc790d61-42ad-4a6d-97c4-d336c0bdfb05
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.102,39c5c85b-0a19-4cb2-8c06-e17c6a0c011e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,aae64016-da92-49a1-aa3a-b8d007953a81
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.102,5de88333-5813-4cb0-ad52-4196930449f0
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.102,95db1b0f-0602-4339-9db2-826a1bca84b5
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,81079344-69e1-4594-9912-943bbb760a90
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.102,af32cfff-0c0f-4647-9c58-2a5178fa7838
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.102,d4cd52a6-3b9f-46a0-967c-bec02b174496
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,fc511298-f3e6-4443-9028-1e1e5084ad4e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.102,6ed80561-e817-48be-94cc-cbb815962036
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.102,36357544-9dde-47bf-b4dc-d57f11a97e25
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,cab5d03f-17b5-47e9-9129-5cc0d179f43f
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.102,0b691dc1-84fd-4c39-a510-600271c87a0e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.102,e94c23ba-fc6b-4042-a10c-9780c497046a
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,fcd692db-d4ca-4be1-a1c4-45c3dc8061cd
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.102,6412fe4b-1f19-4e70-9ad0-e0f799a48baa
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.102,082b7b61-1b41-4751-ae45-c4441e450048
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,0165b909-2f78-4c0f-9870-a2d8f96d0eb7
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.102,78a4977e-f225-4676-8083-8a120efe1183
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.102,c4ecd38f-9123-439e-98fc-20a68b816301
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,23a4e952-e446-4ec2-a2c2-c92d49d3b2e1
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.102,3713fd5f-8aa4-4fb8-99dd-091ee53babb9
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.102,80de5b60-2c03-46fc-aea8-a707a478374d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.102,ee8c375a-8189-456c-ac1c-d82b142ef93c
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,1.872262015222254e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.102,8f4f7495-fb35-4459-8d22-b2bc5761985e
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,929f66d2-a77a-46dc-976b-ab1fe6ee1de8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,3fff6a1f-1f55-4cc7-a7d0-70c98bebc8de
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,2d9184a1-0cdb-4a14-8353-edd09331cfea
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6c692522-a8ed-4bb3-aca3-217af95b803d
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,6930a456-985a-4d38-a23c-28f65473d8cc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,d1d5ed66-dd3b-4205-8cdc-2f301d22ad9f
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,9b069ca0-f58d-478b-9940-9a1a6f5a7ff4
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,e0d4bceb-bdf1-445e-9727-865c3741c9f4
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,8ccf45de-a94d-4d2a-aff8-6555f3cda0f5
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,d2d958ff-3a62-4791-8280-c22c325a5950
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,9437346f-41b4-4a6b-a444-f321a2a8ebcf
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,27aab3c8-e742-4f2e-a124-a1482c8d3e2b
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6a3d8072-37cb-45b4-9657-b1077829b2fc
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,b548bf5a-b52c-45c8-ae79-02ac96dab87f
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,5fec85de-fbaa-434e-863a-698e66964ced
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,96fb7dd7-60dd-4f48-ab9a-6429e20d5fd7
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,75761cd5-94a1-4966-b727-e473deb68dc9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,b7007b07-7218-4bd2-beb0-7d15374cf9f9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,9e86ee2c-ce58-4cd3-8850-f57a022be3d8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d3ac0972-9e84-4b0b-8e2d-8566016376e9
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,16528071-6bc3-40fc-aa3f-7c9a35eb62bf
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,8ff3a929-df86-46bf-ae76-0a0c306194e6
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,abc39f69-00c2-4864-bfe7-726e2afc19e7
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,81e087cc-1861-4325-b8b2-6c37eb12992b
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6f611389-cddf-45fe-ab5f-22954b4e1773
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,42084777-f478-4c93-bd9e-4b64018c19b0
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,2f497785-b7c1-43a7-9772-df0febab337c
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f23b444e-8c18-46bc-b0db-2d31bebcac9a
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c4f9d6d2-73c1-40d3-be3e-18d702e0b41b
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,0.023564470568094277,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,8c913cef-1056-4e97-8ebc-8c499583db3b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,68966f98-a1e9-4b9e-988d-aef20d7c7183
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,fc62cf1f-a9a3-402b-9354-fffc85b8c3f4
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,c427d06b-09da-439b-abbc-ddbb3e84a943
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,ea1011e7-7ca5-4510-b0e0-e54691e4b6b5
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d1344532-389f-4f91-bb98-a84d2c3c3455
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,1abe7343-9eec-4f8a-b7a7-75649c501728
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,26a47de5-9d7e-48c1-a2d9-0d96f20f1ba2
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c982582a-6da5-49b2-830f-2d3385a2bbe8
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,4345cb6d-b747-4235-9854-17855bc6f445
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,4b354a2c-de80-4d49-8d63-ee0d6356244e
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,e9889e65-ee35-4fdc-9e0f-7296149a448b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,346a8f2d-3e1e-428e-8761-7cae76decf64
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,4df183b6-d81d-4d61-baf5-0579af0e795e
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,cdd30dde-e6a4-4984-b13d-4c75603d4e93
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,37cd4fcb-ce7d-4f55-a1a4-25c9a11f8ba3
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6be35eb0-d8a3-4b22-bcd1-46eb0ce67be7
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,906b220d-8f5c-4f0b-b0e4-21ceedac1fb3
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,1ec868e5-df49-48fa-b447-026bc460f78b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,02f4ff23-7f48-488a-a75f-2a914d12db7b
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,454fe73d-5653-4cbd-86c4-6edfe51d3afa
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,f827c56b-f2a9-4b13-acc3-85af708c095e
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,5228530f-51ee-4721-88e6-997051f1f443
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,a1e02fe4-7364-43f9-a1fd-d717a8d420e8
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,6da87462-3ac9-44e8-bf9a-d88aa913992d
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,a26d781a-3505-4918-85a2-5f9135d1f1eb
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d3143293-0fcf-4d2f-bd2a-f9b69f34bfd6
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,4635b15a-a8b6-4631-8a8c-c0c33eeb5014
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,1cb5cc16-019a-432f-9fb2-4f63feb07952
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,23e06683-f9b8-4ec8-89b2-8a9d1a5d34bd
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,0.0001482663836079757,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,e3c3691a-e6aa-4e7b-bc04-54655df0fa84
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,c72b94e6-9bd3-40da-bd4c-7d2ee5c0e0e9
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,63c26a2f-b9ba-4129-b055-932b4d5ae0c0
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,cfbc75aa-1437-4161-8f36-af088706ac98
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,fd773bf7-7bc9-44ee-a542-943c199a8986
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,05b7a74b-3c06-47ff-8086-43efa3b4963d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,e61e7acd-5f22-4253-a122-21ffba8eddc6
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,1a1562b1-0aa5-4f0c-bc33-10c5266daeb4
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,2be4e31b-4bd2-47d2-ba5b-d3534529284b
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,65eaa128-1489-4d63-a7d7-c5345000c93a
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,a35309ff-1edd-4f79-827e-716999cdb8c0
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,0c5f1dfe-87ee-4c81-9368-f8e25ff94880
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,c178b4df-2d88-497c-8c0b-4255f438ce85
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,c1b71e3d-0376-4893-9dfe-92b8d71cf61d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,91b356e7-ca98-450e-8cb1-4b7a26173041
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,da2405e6-d7a2-4116-aaaa-dc8c7c96fdfe
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,8dbfb405-e2be-4fdc-9468-893e3c5adadf
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,94851b4e-1f50-4565-8f26-dc7cbaee1675
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,68cc0c26-cb31-4693-a139-db62349ff6ce
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f8732f08-8829-4b34-a662-b63c3411465a
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c1475e5b-a34b-483e-89ba-a8166a0145d8
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,370c0bb9-f93e-4e3c-9c92-47ff9cec533e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,34e47571-32d5-41de-a13c-ab7a9d3b48ce
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d6b99d22-3b14-473f-974f-545533bb15cb
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,39c3089d-61da-4a9e-b413-b7760da202c8
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6cc03684-6294-412f-a09a-112fbda61616
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,2ff7b236-fdab-4c0d-a3f9-f912121bc5f5
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,e0723e8d-efbc-4972-a9a6-4983f03962a2
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b4d020d0-f25c-448c-9dfc-ae263cd02647
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,a1f5d3fd-6fe0-41b4-aca9-905c62cc951e
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,5.394796375479459e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,86f13ebb-997a-4fce-9a50-5b13522c93bc
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,a699c7f9-da7c-42a4-8194-7befe063ae82
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,26a0a753-2d8b-4ca9-b1f2-477025acbb45
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,5e2c2065-a35e-4043-aebc-9cc57e933c14
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,bf32bf78-bf80-4161-b5b5-58d542c59fc7
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,dcd32a5c-abb4-43a7-85c4-9138634d04cf
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,f1a16adc-20a8-4c69-8c18-fdea4ebcd90d
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,416049d2-a467-4c2e-9fec-294e0fc76b83
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,88db3655-ad27-44a9-831e-e6ee4c61a1a4
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,e28667a2-47be-48e4-8871-53feaf0cadac
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,eca39623-969f-4273-9613-f8987294ed54
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,6230e6e2-8650-4924-bf80-71ccaca16958
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,3909fbd1-8d39-45af-8ca2-2ebd90f85ef2
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,5193e1e2-43d2-451e-a57b-9947f698156d
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,9426bb09-03e8-496b-ad9a-29d957879ee8
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,36aed3a3-be99-454c-8c78-b65061d7df31
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,46483cfc-5834-42d6-977e-b33622b5b90e
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,ee79008a-be5f-4e21-8227-08ece8177ccc
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,582d1bc5-56c4-4afe-87ba-4cc5a2601a95
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1ab12d55-6dfe-4c52-9f0b-8689e5d78580
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,5eb2272a-48de-47ba-b554-e6333e380d01
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,20cda6b6-0ad2-474d-a64f-3732daf33261
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,867bc073-809e-42fe-b7b1-b8a8cd25e957
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,339c3c97-afad-4501-9c60-86d39d915785
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,bfae86e8-6820-4683-8697-30e5bcb3e38c
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,4d59c5bb-11c9-49f1-99d9-0ad5c2b77483
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,72071b17-0392-490e-b315-37f656490801
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,048c584f-63bf-403d-9b72-c25b5f6121b0
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,04df072a-43bc-46db-85eb-a6411fc5aaef
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,83942a9c-b272-4e3a-b096-42fceb191882
+HU,Hungary,2022,Production mix factor,CO2,0.02826715639712704,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,bc23a796-a474-48d0-9a70-8b0fd2e61c53
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1db8af17-fba8-48e1-ab47-858d61d1df64
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,ac4f8034-6722-437b-8f85-ad404f30243b
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,4f8bc3e3-ad34-4550-8bc3-e329c5b656b1
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,b67dc0e3-5b9b-45c4-9328-5066d30be6d3
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,da4cb078-a25d-414b-ab2b-39370c1dc79d
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,010d2f9b-5634-4b02-846a-a6f7fb192257
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,c48ae3fb-01d8-4fdd-9168-e77b0d181705
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,f75fb284-6b61-4046-974a-128d1a441a9a
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,bcf38b3b-2566-4071-9279-afbf47679a08
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,7e166bac-31c8-4566-aa72-a5a5771edfd1
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,d325ae4e-984e-4024-b1f5-b801e107279a
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,c4ec7935-754d-4ac3-ae87-c3bcc48e78ef
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,67b030d9-e9ba-43d8-962a-4daabc592a05
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,0113a175-1e0d-457b-85b2-0d1fffdeb4ed
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,e70d027e-db00-4ab1-ae9f-47a276ed063f
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,232b74f4-5c9f-4006-8694-358722528c33
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,d0d7a7fa-54ea-46bb-851f-8214d651365a
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,167ef9f6-02ee-4d51-8688-0a731f72d52d
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,ba8a12f0-9928-4dc1-adc1-23f867ea67e9
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,9e2a950a-3e3d-458c-b7a6-918766c38575
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,6539acd6-85c8-4d34-8d15-0c30692ff7bc
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,368714a2-0a77-4644-b6fb-64505dc67a5c
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,7157b98e-3b7e-4794-a760-1abd4d077668
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,46dd06ea-2907-42d4-8799-8478deeaec3a
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,45b5aef6-af54-4285-b2c7-0f0625af625a
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,542b4155-86d2-400a-8a6b-937f98ba1a48
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,3ffa9b81-bb86-46c8-b999-1ead71581a30
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,df232490-5446-4f3b-9d53-46a668a9f30a
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,17f6f71a-563c-43dc-b69c-308df5db3518
+HU,Hungary,2022,Production mix factor,CH4,0.000177855430351051,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,e9354d8b-cc01-4585-bbbc-938dfb8c8d59
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,b7b631b2-0641-4d7e-a143-fdf3a17087a1
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,64ec0722-215d-4922-8ee4-c09377a76567
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,3c3289de-e3f4-42c4-97fc-0374a57bd50f
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,da99d7c1-d95f-42ff-98e9-50f3e22cac61
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,db78c2bb-5a24-4d9f-8ca2-17cfe321ee77
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,d03fe317-366f-4df2-a03b-c14fc6ea80eb
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,20e7b65b-c0f6-4405-aad0-0a6138252d37
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,588c05b5-c867-4687-a5ac-c8d23cf0c587
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,665003e3-a855-4c6d-a8ae-08dbacb88139
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f8aff283-bba9-4870-b1bc-d9416c73d7e5
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,821e7221-d647-4555-a536-64cbea0fd909
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,235f56ac-84bd-4227-8d6b-4e9c84d27ef0
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,cf194b54-4f71-4bc2-bfc0-b65febb4daa1
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,4be5ef77-d446-49ea-9fcd-3b549431b1e3
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,8013c792-706c-4eaa-aa4e-e220003c62b1
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e9d2f540-cb48-4a06-beca-c9124fdd3fb3
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,64bdc776-f969-4eed-92d8-a0f1874893ac
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,e266097c-8265-4ec4-ac9e-8021bce71d58
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,7a7670d8-14fd-41a5-9880-a15a1746765c
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,7568ab5e-c287-4c9c-95ee-ba591a127756
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,46a4b32d-8361-4989-be76-54c4a087f828
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,47269d21-b631-4a5c-9dd2-ac887c78d053
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,b020bdbc-ac04-4c53-bb3e-c5cb4d40a03e
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,6a2412be-957d-4690-babe-00d7e516d0de
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,0f8b43f7-1498-43f4-b50c-d8dcfc25774c
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,3fa0c1a0-2bf3-4f40-bc5a-0b658189bc8d
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,4921f1ee-2314-4ea0-8316-5d0ea27dee0f
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1ad5b9a7-d1c6-4c22-a0be-730b4747274c
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,43fe7f14-aeb5-4b4f-aafc-0926a0814d8a
+HU,Hungary,2022,Production mix factor,N2O,6.471418589085861e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,531cac06-6366-4602-9019-a5c5bac93fef
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,cc227af2-e044-404c-995b-03395045c41c
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3b33f316-577d-458e-95e7-886a9cbbc35b
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,8be4cf29-6b71-4ba6-a434-a0205a05d8c5
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ade3b0ab-fc3d-41b6-9a2f-02347fdc0d95
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1940466c-a02a-4daf-a15c-e15180d160c7
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,a38de69b-ba46-40fa-9108-c5e2ed7cae0d
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,10089b5d-a0e8-4b8d-832d-f92da6ad9bf3
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7203ebf4-a7fd-4abb-8345-bb072fea7f1b
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,7ab263d9-5107-447e-b286-07ce006cc6ac
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b011397a-f5e2-493c-8eee-03510c2d4a14
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5d57cc86-2153-4953-9530-27a6013e47a9
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,085aa828-7664-409b-a2c7-c1d1e26024d2
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,031a6e48-e260-4f80-9758-fdf13b670d22
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,af1ca56c-de53-44b7-ba5c-80bbf62e5420
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,dfaf5375-be4c-466d-8949-c4036b966dfc
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,493fe71c-adb5-4646-92d5-b743d8486039
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f30b79d5-5a08-4288-bea4-ce8b57b3ab01
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,88f4631e-29f9-433d-a16d-12d92df2d732
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c5a30f46-5b2f-472d-a095-25865f25778c
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0163a663-e1db-4f31-a892-0f708fa2b410
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,88ac95bc-61b0-4764-b7fc-36c64f79d090
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,84cfee70-0743-4926-8f60-31c438d8d4ae
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7ba3aa4e-cccb-41a6-b4fc-82a6507ed6c1
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,5ecfb74c-6f46-488c-be30-1031da74dd6b
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3578c9ae-9981-4a3e-ba69-be55e1a244f0
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5148055f-0937-4754-a700-0e0e34ad6636
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,40ed6219-9b43-416e-8071-f105a7126629
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ece25398-789b-40fb-bad5-2a3f8a1d0789
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,aed5a359-5729-4d1d-a8e5-7cdc93285854
+IS,Iceland,2022,Production mix factor,CO2,1.9034730002240644e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,a4934641-4e6b-4785-b6e6-562d1188285f
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6dcda501-e408-452c-ad66-e4d4e619893a
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,51ebb635-3dbf-4da1-aeeb-878ba92d9d9b
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,7087f4a9-e460-4bab-8114-ce6bf0458c60
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,11018a27-1fd3-40cb-872c-595e5b6df6c0
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ccd14696-f7ad-40c9-927d-bc9b02645c51
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,6e85ffd4-6e59-4194-ab8c-ab333c20bc03
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b267d358-b29b-4b98-8126-510dcd1ffa17
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,28ef6713-989d-4d67-a741-77770273ef05
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,dee3e804-251f-4017-882f-0a3586ecf616
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,91fddbf8-b752-4f93-b0a2-ac38ffc289e9
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,104db316-82df-47aa-9fba-52ea45f888f7
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,e092ae37-8dc4-45c2-ac19-0fba13af480a
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ccc67d8f-39c5-4e5f-8c86-092e28e6e674
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,980ee336-7992-4905-86e6-0754506e07fe
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,dfe687ed-0775-4891-8d33-b1718def565d
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d9b9b583-1407-4311-b067-802dc252da95
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f7cbd4fe-7ce5-4e09-b2b6-faad3a6cdba5
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,052d0e22-5e87-426c-9ae0-d36694296671
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ecf065b0-9be4-4c70-aa61-c8ef087b7788
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1d898b54-7709-45f3-82ef-c974dcaeb8cd
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,650fbeeb-99f0-4b75-8dde-ba0ed312702f
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a3924ca5-27b4-4acd-bc8c-43c1481b808b
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a5379f20-70b9-4491-9ce8-42d705c1dad0
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,5d87049a-6e52-4678-ab76-5e1ea0b3d571
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,13004f8f-ecf6-4cec-8102-4445ac83a39f
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f9be3470-6a87-42cf-ba89-073652108b68
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,317a0b93-02d6-47c9-a29a-5fcd1daca205
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,62f5191a-9142-418e-b6cb-e6d3946ff9e7
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,50fb67e3-0a74-4a01-b389-b4ce0da17f38
+IS,Iceland,2022,Production mix factor,CH4,1.1976549917517184e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,02d873ab-e633-4b23-8a1c-0a896d4cae8e
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,4da71aaa-4c23-4648-ba0d-3c7fccf84345
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d74b26d6-6979-4647-8a91-723ba1a17898
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,370402a9-6b8f-46da-8dad-a90e3fa44a75
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,bf875496-9fcc-4217-be2f-89b824723d5f
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,70982183-a26c-4766-8e26-bceb0ae1fc1c
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,7dc8b9a0-3006-4a7e-9aa3-33166ad546d9
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,99893113-373a-4a5f-8c88-41bbe94e47fc
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1f02331b-a0d6-4d12-8256-bab7c7524fb8
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,e26aa15a-6fa2-46e8-8bdb-33f7d7f9dfab
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1087e684-3089-42bf-9035-d95c1d39ecfc
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,888a18ea-f9ff-4660-8844-f05e228eeeeb
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,db75c84f-5bc5-417c-8cc7-4567c1468076
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fe9e7514-a172-4403-9863-cc685f0c8e2f
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0c9a70d6-e9b6-4d8b-aa11-817ebf1448fa
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,857b65a3-0f7d-4dbd-a5f4-b47b3f3ddd3c
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,85e60bb9-db08-4ea9-9f4a-f597cbbc698b
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2db1110d-1e9f-4262-9552-0f02fbdef0fc
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,6b6111ac-7e74-4603-b72c-99f3fc9da2dd
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1a0f6199-b858-4f5f-954a-a7d1ce69fdca
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bdb9a373-cd85-4d8e-bc09-9d1eb1dc8f71
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,09b8eee7-6eb5-411f-a670-9f3415f2ecaf
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0c1edb3e-a61f-4240-abf7-d00eebc92440
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a9335de7-1d7b-4ed9-b7c5-4db32c88819e
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,7a71f8a8-1788-40a7-a7f5-bd6d33668395
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9f555bcc-eb03-4e95-aae5-0eb2ec376aab
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,89c34c2a-e5e2-4d1e-b568-db42fe3c6d59
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,af6ba6a0-befe-46d8-9e19-e06cc163e4dc
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e7d52e15-21f6-4af0-aafb-bbbc7a97528a
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e99e4446-c921-443f-b91b-4b7d5d04761c
+IS,Iceland,2022,Production mix factor,N2O,4.357767857655825e-09,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,68ef51b7-41a2-4ca1-ae95-cada65df0ff9
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.113,4e2e854a-962b-4c92-b25d-d5a902a2f6ac
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,bc07ca77-78b0-488c-94a6-e47e25a96037
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.1.3,modeled_data,kg/kWh,CO2e_value:0.113,7992443b-6d47-4fdb-9d68-55b1c8733506
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.113,71fe73c4-2495-40aa-8258-71b25a27e090
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,12fa2aaf-a03b-4c5a-8f5d-9044ec23bbca
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.2.3,modeled_data,kg/kWh,CO2e_value:0.113,d781f138-9225-4afa-b3a3-695704510323
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.113,940dfab1-d91f-41bc-b149-309912a62617
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,2d4ed415-c406-4f1e-842f-d2c634e57264
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.3.3,modeled_data,kg/kWh,CO2e_value:0.113,ed50cf18-6d68-4040-8051-a4e928f35f65
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.113,28b30a4d-34cf-4833-a0d8-8109f8acd23b
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,19da2c11-03f7-4b34-af0c-2805e6deebe4
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.4.3,modeled_data,kg/kWh,CO2e_value:0.113,f219392f-2a56-496d-87b3-eb6ed41868c4
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.113,9e830912-7460-43d9-b0a9-b52fb2f38158
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,9914f496-ce0d-4caf-b795-215342c688de
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.5.3,modeled_data,kg/kWh,CO2e_value:0.113,a201399d-c3ad-4c41-a3ae-71b21071b95b
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.113,2b5c8b55-b5ec-44ea-aa1f-a1845f71333e
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,9af637b0-9cc7-42cd-aaf3-2456b2afe713
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,I.6.3,modeled_data,kg/kWh,CO2e_value:0.113,a6635d5c-8022-4227-844a-03d3e73a49f9
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.113,0bc8d85f-bd55-42ce-acb6-e156d494909e
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,4561d58e-b39d-431b-9f1c-174d71e77b6d
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.1.3,modeled_data,kg/kWh,CO2e_value:0.113,01f41618-e9b1-4c40-96dc-d22300bacbaf
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.113,10496b99-e4d5-44ac-81a6-a921c3004654
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,b216299a-418b-4713-9cc5-4b962f65626d
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.2.3,modeled_data,kg/kWh,CO2e_value:0.113,92c336cc-0378-442e-90e4-4879046fda91
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.113,714bbf20-46e1-4fff-8333-dd5ebc8ead4f
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,059bcac9-bde9-40ae-9718-d89b752e0f99
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.3.3,modeled_data,kg/kWh,CO2e_value:0.113,b70fd727-71c7-44e9-bd94-92698e81f954
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.113,03355fa0-3436-488f-af3b-45eb670c2301
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,9fc4bae4-77b3-4d8c-bbab-1bdf29300a21
+IN,India,2021,Emissions intensity of the power sector,CO2,0.09050379625065352,II.4.3,modeled_data,kg/kWh,CO2e_value:0.113,8c23ce93-ea77-4b1b-9934-6637efa3db8b
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.113,3fe023a6-9e8c-4290-a478-5452923e83ee
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,f0afafbd-3fdf-48f4-84f0-c39ef905edd8
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.1.3,modeled_data,kg/kWh,CO2e_value:0.113,1eb713db-3fc0-4edd-ba67-14b25707b8da
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.113,e17cdb84-db94-4c38-82d3-eab032c5a251
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,acfc217e-3bbf-4fce-b403-ba87a2cd09cd
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.2.3,modeled_data,kg/kWh,CO2e_value:0.113,6d86fa6d-4f06-452b-9d8b-886086f0d3c5
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.113,d2b64f22-028b-49e8-937d-d0fccad388bd
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,2acaa5b4-977d-4112-9e4c-a27693d91ae5
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.3.3,modeled_data,kg/kWh,CO2e_value:0.113,8ad51ce5-6527-457b-8d9e-98ff59ceaee9
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.113,09d183d4-5d24-41c0-995d-905c15b8b973
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,6afce4a4-a307-4843-8e4c-19379aa9b6e3
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.4.3,modeled_data,kg/kWh,CO2e_value:0.113,3feb8881-dfd0-4c85-92c2-9aa6ac4b1af4
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.113,b1f08bea-c577-4c2c-8d50-306a1c901d02
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,67b6f4dc-4c15-4066-b659-879cc3903e2e
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.5.3,modeled_data,kg/kWh,CO2e_value:0.113,a4c61d5d-fd81-41a6-86ed-0a50c6507d9d
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.113,548cf229-67d2-40ba-9277-c750d9e58fed
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,52af76d3-c5c0-48f7-a91f-8dcaa071e543
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,I.6.3,modeled_data,kg/kWh,CO2e_value:0.113,ca224d1c-6f4e-41ee-8ac3-9986e5b19dee
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.113,3bd157ff-a0fc-48cf-87f8-1bb61c54d8f1
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,078a4738-8d15-4ee0-aaae-f9911848e9c3
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.1.3,modeled_data,kg/kWh,CO2e_value:0.113,59d2c0f0-2e22-4ebe-881d-5713c604d588
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.113,526ad7ba-4e0b-4501-a31f-b0b10b086599
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,0a887756-60bb-4d18-bd94-63d1aa759f66
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.2.3,modeled_data,kg/kWh,CO2e_value:0.113,7112fda4-c16e-49da-964c-fbd3f22a022a
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.113,ce76cbe0-64f2-4df7-b3c4-38b1e5df9f48
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,19ab0de9-319c-4d0d-a1d5-655c4d06416b
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.3.3,modeled_data,kg/kWh,CO2e_value:0.113,e82a0fa1-e83b-4489-91ab-8d0222b76577
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.113,4cffaf1c-b627-453c-8fb8-c05766bc1d26
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,abb9c8b0-ec95-4ec0-99e6-07f08d1503d9
+IN,India,2021,Emissions intensity of the power sector,CH4,0.0005694450267448836,II.4.3,modeled_data,kg/kWh,CO2e_value:0.113,fc365c76-08d7-41b1-ab17-7b215b2e8255
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.113,4c339130-1c21-48b0-960a-d6ad7e83418b
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,4063d567-eb8f-469f-9057-cf9f07acbc81
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.113,83374934-a7c7-4033-a631-c8c46345c602
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.113,355a7d17-a501-4dfb-8fa5-79b2e11ab556
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,0e82ab17-bd43-4f23-ae8b-e8050bea51f2
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.113,56a730ff-ea43-47b5-8b0d-da74b6153959
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.113,c0b9f84e-a244-408d-a545-48769da45521
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,9fbe5946-e085-482b-ab65-bd7803966c23
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.113,ecca522e-3b72-4cd4-822d-7207d892e970
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.113,a445d88e-21b4-4ff6-b1df-84e3cd532dce
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,633c6ee8-aa3e-400b-aab9-ce1063402965
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.113,8a03cb4e-566e-4af3-b7e3-7bee17b5992d
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.113,cd750f9c-4d27-48a4-b962-3e9b23c23e80
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,0ecec856-9142-43e7-9e97-f7b217997e2e
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.113,23c56c05-acb5-4c13-8adb-880fd8d24082
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.113,6606f1af-788d-43b1-b1a2-c7980d39c9c0
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,2fc0ded4-931c-4938-9de5-01c6b06bc02c
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.113,08c87cd2-1f3e-4935-aee1-2b9561057365
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.113,c71ff12f-1b2f-4f87-8a66-95c5d9f617af
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,37bf5ce0-4a45-4d52-806a-9e3ab6c82703
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.113,53e29541-0f66-4323-8596-59a39064af31
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.113,b4eb2c97-98af-4e79-a171-304e650c70aa
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,528bb1f1-b644-443c-95a5-e0383732d880
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.113,a7004729-903d-46ba-b6c6-7c0171c7d1f5
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.113,6fe2f920-13b8-485d-86f7-a8051d8c5a1e
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,5df99273-c289-426a-a9b7-e86e2b677046
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.113,22c333d4-b730-4e5c-982a-6541af43c73f
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.113,cdf7b40b-a9f2-440a-b875-0f9ce652b59f
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.113,b4ed5d12-2b38-4fc2-873f-ba86b388edcc
+IN,India,2021,Emissions intensity of the power sector,N2O,2.0719733573867564e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.113,4abaa602-0d82-4fe0-b6fe-987c65c7948d
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.124,0194f1d5-61cc-45d0-b5bc-e9544a31dc66
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,415549d3-7141-4fd7-b71f-ff630e650b30
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.1.3,modeled_data,kg/kWh,CO2e_value:0.124,219c6169-fc3f-4adb-a752-61615a9f0d69
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.124,142a20d6-85fa-43e8-86e6-b794066f677d
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,1b1d8503-cc24-4430-8101-a86f8390ea7a
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.2.3,modeled_data,kg/kWh,CO2e_value:0.124,c53ead45-2f17-4b67-9bcf-fd0e5cd5112e
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.124,c7bcdb07-ef51-49cd-93dc-b0a01c7d8f92
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,875df449-51f0-4a80-8186-354d5e183a33
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.3.3,modeled_data,kg/kWh,CO2e_value:0.124,f94af0b9-ce22-40b7-911b-2fe79da41aa1
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.124,2717cc22-b20b-45e7-b543-267e9c66e064
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,09a7a26c-f9be-410f-bd26-f772eb4c5ddb
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.4.3,modeled_data,kg/kWh,CO2e_value:0.124,f94be227-b83e-4050-8dd7-18327ea0fde2
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.124,5fde6924-fb2d-4661-8b4a-5d830f7db1b0
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,aa4979cf-6f4a-473e-913b-1d20c1cc196d
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.5.3,modeled_data,kg/kWh,CO2e_value:0.124,fe019f28-2d43-4353-a9f0-eda0f784fa01
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.124,5ab6f5f8-0b74-45d5-b1b4-047e510d6a03
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,bdf6a00d-3695-41bd-b0ef-f7507be29e40
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,I.6.3,modeled_data,kg/kWh,CO2e_value:0.124,244ffc67-d7f8-49fa-9113-33a21dbb006d
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.124,577c25df-5b71-4a6a-a42f-2b564e878710
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,a593319e-0fbd-4c88-8c75-28922cd180ff
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.1.3,modeled_data,kg/kWh,CO2e_value:0.124,37c32bc6-7dd3-46d7-a5c7-dd560ffff4a8
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.124,4ad2b2c8-5fab-4721-ab5d-01141150c30e
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,e9705fb2-88f5-4c38-887d-daa4053e2f66
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.2.3,modeled_data,kg/kWh,CO2e_value:0.124,d86cedd9-47ae-4bb4-b5d1-1855a59eaf60
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.124,5b990809-d633-42a0-a8c7-9f8016ed1af9
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,bd57817e-1885-4aad-9c07-babc454a8dfc
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.3.3,modeled_data,kg/kWh,CO2e_value:0.124,0b0f94ee-4cbe-4ec9-8082-882900d98c67
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.124,ced9de45-37ed-48ee-bacb-309ac42eecd5
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,83b375d1-68d6-4875-a733-c9667f854294
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,0.09958970737172307,II.4.3,modeled_data,kg/kWh,CO2e_value:0.124,5d0b8684-5310-4800-90fa-574396ed3b1b
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.124,daf95340-4499-4500-8a69-84c08b3aa69e
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,d8a229c3-738a-449a-af6c-bb56c2f812d3
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.1.3,modeled_data,kg/kWh,CO2e_value:0.124,b483595f-5f24-4570-a51a-bf949b17484e
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.124,2acf1914-6835-4e37-9d00-08338315315b
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,32ae0918-7ee1-48f6-9c17-5308681585fb
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.2.3,modeled_data,kg/kWh,CO2e_value:0.124,ea6b20fd-82a3-457a-93aa-3e7590ff8e7d
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.124,8323504c-80eb-40cd-a125-7572c673c83f
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,54d51b72-468f-4a4f-a033-158d00847110
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.3.3,modeled_data,kg/kWh,CO2e_value:0.124,272b155b-041c-4234-a63f-a4bb390eb427
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.124,357d758c-6071-44a6-a1f0-e06393160e96
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,64a3d8a8-b73e-44f1-a57b-ac570bf13093
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.4.3,modeled_data,kg/kWh,CO2e_value:0.124,86659c00-d975-4540-96e4-d931a0e88895
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.124,9351eed4-3c49-458d-858c-1379fedaf14a
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,f1494255-f5a5-46e0-a0be-3e83c42c4225
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.5.3,modeled_data,kg/kWh,CO2e_value:0.124,bc2c9780-eef8-4cf7-b1f2-d94f9394dc08
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.124,353764d8-c4cd-49c9-bfeb-79f1985a23a2
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,e936c0b6-e340-44bb-8bea-e1bfa821e4cf
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,I.6.3,modeled_data,kg/kWh,CO2e_value:0.124,75994179-d881-4919-b232-43b9fab72589
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.124,2e6a55c0-77cd-408e-b046-02e546fef895
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,a70511fc-4af5-475f-9dc9-39e51efb6392
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.1.3,modeled_data,kg/kWh,CO2e_value:0.124,bcded3b1-c49f-45b9-8fc9-1ef6f85f78a4
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.124,6bfdf2ec-133c-463e-b646-5dd7c5fbd0a4
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,28535486-4633-41f1-b467-8473f4d9ef9e
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.2.3,modeled_data,kg/kWh,CO2e_value:0.124,8c585c35-2e7c-4841-91e2-53eeed903633
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.124,aa902ec0-782c-4e70-8ae6-7c2be88f976a
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,dce09aed-ae0e-48e4-a406-d7f39e1640c2
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.3.3,modeled_data,kg/kWh,CO2e_value:0.124,803c9875-3ee3-4859-acae-9672cadeec20
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.124,ca3e5278-d23d-4563-b29f-e06e5c910aa6
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,3e8702c9-3c3c-459c-8827-d48d973a8282
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,0.000626613091684499,II.4.3,modeled_data,kg/kWh,CO2e_value:0.124,ef0a493e-2a06-48dc-a755-5aaa53b49a10
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.124,097c0163-ec19-41df-9a69-ee2f29cc169b
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,eee5f6e0-592a-4623-869b-5865621e1aed
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.124,72fd1be5-6865-4c2e-bc0c-1f9b8b149704
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.124,3c00b212-9966-4f41-91ac-f33d26d6c8aa
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,6bb28de3-e910-488a-8f8a-06acd0500a2c
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.124,83869d9e-4009-4f66-9efe-efed8cab40bd
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.124,0d9fa581-dd88-49a5-af27-0769c1129a75
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,d7cac5fc-a651-46aa-bd51-de2d32071498
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.124,005db87d-994d-42c9-9a75-9a078084c79a
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.124,919a28d0-5cd7-42fb-b08b-5cc6dae8dd30
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,25f16247-c43d-4453-a1ca-1bb40b4653ff
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.124,7a34895b-2052-4b99-a607-927b3bd41e36
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.124,be08b09d-f4f6-4d31-9f37-67f8cf72ad6a
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,6046c1fe-03a2-41bb-8571-978bfc6144d5
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.124,547826ee-eb41-41cb-9522-4841a6a11439
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.124,1052d236-7322-41f1-9031-5f735ea3d1e3
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,88998b10-4232-41cc-b7f4-473e5a1da822
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.124,912599a8-7bef-4259-965c-29c8abdc0b11
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.124,47399f59-dc65-4cbc-b681-224bd632938d
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,6442e53d-e8a6-426e-b447-c8cb65c04210
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.124,3b25bb7a-16ee-46fe-a932-06c6f9884baf
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.124,7f930a96-e96f-44f5-aacb-4516133a343e
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,15164986-06b5-4640-b873-756e791bd947
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.124,5620d64b-4a97-4fea-b5c9-9d0a14905144
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.124,127c7a29-9d2e-4eae-8c29-ac127d764888
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,8fbdcd86-bb46-4c07-9c1f-57b9a45a3c30
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.124,98086951-00e0-438c-a6c1-3762ca917713
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.124,53fa3a00-28a7-48d2-9ddd-d1dd158742d6
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.124,d675031a-19e3-4b95-935c-b61eb37513c3
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,2.2799841431255282e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.124,d5fb7cd6-dcf0-4234-9684-c160e172b8ae
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,33e97ba4-5e19-4c51-beb1-d03cb957bb6f
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,9cb05d14-ea27-4664-a585-218cc7b4660e
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,658fcd21-736f-42ce-8561-798f1cd4c765
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,659a8468-3bb2-489e-8daf-34944533ea25
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e2a89f76-5597-45a1-a3c6-cb2d2be415eb
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,8126f4a3-b17b-478b-8aee-c8cbd4f19cb5
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,57678a3a-fcca-444e-bcfc-6095b9df81ce
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,20951ac7-d5be-4ded-8511-933b574be10a
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,1b3df20a-c2f3-4a9e-a7bc-2b24429294b0
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1d906c3c-692c-402f-a00b-47fa015ec64f
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,17c0b861-47ba-4fc0-b755-bbc5847e8db0
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,5d163afc-f256-4598-ad34-12b88042af6b
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,0404a146-4900-429b-83ed-416db135a897
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e7118f64-c3b0-4c14-8870-7818f95a2be8
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,021592e1-60fd-4f08-8253-f87dc3634621
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,24084003-4c92-45ae-8b7f-c4a64690cc95
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,cc8b94e2-638a-4e5b-be19-67ec004bf79e
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,b0671c19-18d7-45ce-b0ce-e41cf14753de
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c96bd717-5958-480e-afb6-76ad973cccdf
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3425d353-a726-4d83-bdde-6332752171a7
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,96fde475-b425-4455-95ff-3042d9fea4dc
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,5ade37d6-7aae-49ca-bf26-4a9585db1a0b
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,9ec9dead-e32b-4823-bf9d-e18360087c76
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,902ffa32-8c82-4190-a86c-a0ed5a203bca
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,2e088f66-8f0b-4a39-9d67-8acdc761c835
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d6093c72-4e39-4c42-b80a-864a2584faf8
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,e393b628-5162-4ce6-95f2-483afa46aa64
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,efff6ae1-be66-407c-8fe4-c2a1139ef0a0
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,6dbb99ff-f11b-43ac-859a-8614987e5486
+IR,Iran,2022,Calculated from Fuel Mix,CO2,0.05092996630146005,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,cac40d71-5663-4f7b-ac78-71a9191071fc
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,2203172d-2203-41a5-8850-ace0edd90349
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,7e1ebe7d-2e1a-4cc1-87a6-c312e4f50fee
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,e06c902e-cc73-4c76-8158-fcf86216a12a
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,10277c17-8b8d-479d-b493-8fb0cfef02c7
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,01515d69-d36b-407b-ad3a-f7c2a3954c51
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,716b7005-7015-4c5b-a68f-25fb90c89c13
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d565b70b-f226-4c21-a8f1-cc2e90f889c4
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,1220efe2-a825-4e4d-84c2-aa1b88b449e7
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,24c64046-e086-4202-a5f4-ebd8e22f1bd5
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,229bcfa6-6025-4f76-a70a-c753e7abd832
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,9f017076-045f-442a-8ff7-765736e5137d
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,0269eff5-18ee-42e0-8f7c-525f446450c2
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,5f35ae8b-93ab-4bb1-a71f-7df025d2bb58
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c0b5fe28-f66b-46f1-ba18-3f439fd923ec
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,0efadb3b-cfdf-4f98-9b71-6633c7fc48af
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c0d2eb87-57d9-4327-b4f3-199454662ef1
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,ec48b0bf-300a-47b5-a702-35c598c9d97e
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,6ec8f933-deef-476f-8a53-8665ee8154e8
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d2fd3e5a-db03-4d92-84e0-6e69a00d824f
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e21c7a3c-eee2-4bc9-9e4e-032c904267e0
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,fda1ac7a-96e7-4900-b688-d6f2f22a45ee
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,7390f259-041b-476e-9516-7ee953768a3d
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,fa9f52cb-86f3-490e-a920-1ee8641f326f
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,da80157e-b5d1-401e-8099-886f62a88f2e
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,2f373dcb-c262-435b-ae34-b1991edc3afa
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,de62bafe-c3fc-4a76-9683-276cc4cbf4eb
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,547439da-2719-49bb-85a7-109c74a4cc0b
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,e39454a0-f6a2-4629-be27-79be3f4f58ca
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,2a239853-ab9e-43ff-801e-797cc8e47175
+IR,Iran,2022,Calculated from Fuel Mix,CH4,0.00032044861347395163,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,32faa429-8aaa-4c95-a67c-2390e9a63666
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,a7a88e77-01e7-481b-9d97-46c7bfdd7d9d
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d58b735c-ff65-4bc3-896c-a6b23a6ac1ce
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,e4932511-21c4-4829-bc78-9c4ae1ac4e37
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,7ff6c232-36e6-4928-a9e4-4bbe5579473d
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,6371f27f-74eb-4f8c-a90b-b946013c37d4
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,6a04036c-df6e-4501-9580-3902c19ce5c4
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,046e21a0-8cc1-49f9-b780-0195de26d3e5
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,10f67721-3f96-4a7e-b9f4-a51911c4b77a
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,e7eb37d3-0814-4ff2-8f43-c87e272a0925
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,fad56bc4-0533-43ac-8120-bc587a2f354b
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3f5ddee3-6f19-48cd-bb09-28af6083b7f3
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,cfa52bde-9fff-4e57-8429-f3a5dc23675f
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,2eff72e0-86d4-45c0-bc36-4ccb7fec9e69
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,4caf1240-7968-46d5-bbd2-6f7a30530fe8
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,35aafa84-9010-4bb1-b694-cf48d97eeea9
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,9000ee22-b531-4332-bfde-245da1d4a122
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,73deeff1-87d8-4ba7-87ec-d74874ab11b2
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,9014ff8f-9d60-40a1-aded-90c8b5502943
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,b9a11b13-a7cf-433b-825a-8b22899ad19b
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,b47dcee4-a4e0-4cc9-a082-aaf6815cd64d
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,c562b2dc-caa8-418e-bd6e-bc630f99bffe
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,59e989bf-4a61-47df-9816-9933e5ebbc27
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,68dcb8ca-b05c-4e5f-b6d2-dd3d9308c4b6
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,a7511b8b-aa9e-4698-b185-23dd531d7ebb
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,a25ccf2b-e3de-44a0-ae36-a2fa81f99801
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,790ae791-a184-4a0d-92be-f53600c37b45
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,f49ae77d-337f-48cd-9770-132e737285b8
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,eff83279-2858-4dcc-8e2e-8a0bb3944730
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,4dbf1d4a-79c7-44fc-8ecc-8fff9ace34d5
+IR,Iran,2022,Calculated from Fuel Mix,N2O,1.1659790819931331e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,bcdbc12b-0a8f-42be-b24b-b31785a82714
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,fd7ce975-5917-4da5-9b05-49295be3ffbd
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,f705a2c1-ba9f-4906-902a-ffedc021a253
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.1.3,modeled_data,kg/kWh,CO2e_value:0.069,5928a0df-c8c2-4970-aeb1-7481047c7103
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,4d79ab6e-c15f-483c-8edd-0cd5671e68c1
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,11fc5538-9ee3-4e45-a161-7075a20c9e34
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.2.3,modeled_data,kg/kWh,CO2e_value:0.069,6e9aac56-8c05-465c-9e1d-c2c6e20ca6d8
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,42802612-fc82-475f-8e20-0f64e3c5fc84
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,3e822cb7-752d-4881-89a3-fa2026d7c050
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.3.3,modeled_data,kg/kWh,CO2e_value:0.069,aabaa084-3172-4185-af78-9219f1bac74e
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,d08c8246-172c-49d7-b5cd-04b5a6c92efc
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,5961aaa9-2e06-4b9d-9edd-4bb2580579cb
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.4.3,modeled_data,kg/kWh,CO2e_value:0.069,4a859d58-5a8b-4f9d-80e5-d77698dca31e
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.069,1d18799b-f175-4be5-bde6-e95adf27e13c
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,4e32edbf-64ee-413c-b2ee-dbfaf62e1a47
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.5.3,modeled_data,kg/kWh,CO2e_value:0.069,ef50b071-106c-49db-9932-be88237cfafd
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.069,c0e3d33f-de35-45c1-8be2-be3e4ee0e06f
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9180d1da-ce5a-44a4-b835-f22a5143aa2b
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,I.6.3,modeled_data,kg/kWh,CO2e_value:0.069,8c0b32d5-d395-4d7b-8848-aa659c6f6746
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,fc586469-ff02-447d-8a68-147d7b9460c4
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,d0ee13c0-71ef-4b9d-a5ac-79149951f5eb
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.1.3,modeled_data,kg/kWh,CO2e_value:0.069,f4446f86-2743-43c2-bb9d-8869ba8c90b3
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,671ffff4-a184-4aa4-9fe5-518ed2011d51
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,57e3d501-93b0-4d7e-8c89-ea17fddf1d59
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.2.3,modeled_data,kg/kWh,CO2e_value:0.069,71ca777e-7cff-4837-af6f-107a8b3941e1
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,709f3134-3a7f-4977-92f4-098b18248f0d
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,7cea69e5-32b6-4f28-ab9c-c18eaf9df017
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.3.3,modeled_data,kg/kWh,CO2e_value:0.069,28e4dc3e-4ec1-41ad-8687-7d187a93c329
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,530e1ac3-a4af-4b36-9155-f90f9df2a234
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,bc332a3b-2ed3-430a-a576-5d7086b50171
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,0.055535582352702575,II.4.3,modeled_data,kg/kWh,CO2e_value:0.069,068cf524-b362-42f5-86b7-159a6264ed86
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,c16990eb-e4bf-4fd2-a423-2c2d42e69ffe
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,f62482a1-6e0e-428a-b682-7a2c5bcefe0e
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.1.3,modeled_data,kg/kWh,CO2e_value:0.069,431c1aea-d1e3-4861-9620-61abc2691e14
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,79f0afd1-e68c-44a3-a959-d420f5ca2a6a
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,696895c2-5aa8-4e4b-8359-118d26f9a5d1
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.2.3,modeled_data,kg/kWh,CO2e_value:0.069,5f6cdf26-eb54-45cb-b905-429198a401f8
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,1944b037-f6f9-4118-899e-44e2170340ca
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,eaa1605f-9d9e-41f6-bc8b-3114632137cd
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.3.3,modeled_data,kg/kWh,CO2e_value:0.069,ce62b745-3400-4753-ba90-99d7548c3689
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,8675317d-230e-4edc-bbe1-5201c3956d08
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,b3de000a-a410-4761-ba36-a3acdfde255e
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.4.3,modeled_data,kg/kWh,CO2e_value:0.069,0ce3f337-579e-4176-b1b0-30221b15bc81
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.069,6836bed9-b989-4bfa-b829-db9e58f7bbc7
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,194e3d59-2f55-441d-a4bf-396158604c57
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.5.3,modeled_data,kg/kWh,CO2e_value:0.069,a43b1aff-8750-4eeb-858a-1056f51e9170
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.069,dab174e8-6293-4604-a55d-e0f86221f707
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,27847811-745c-42f8-a4d3-836b729ede12
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,I.6.3,modeled_data,kg/kWh,CO2e_value:0.069,3f1a3d09-fbb2-464a-8d9f-258cf3bb06ab
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,1b0b0a10-a49a-4cac-821c-918f529fcb82
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,c7f45440-652c-4e81-abee-e1934eb8e8c5
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.1.3,modeled_data,kg/kWh,CO2e_value:0.069,c9df8ca4-ad59-4cf1-87e7-d9c28796789d
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,09597a78-5012-4560-acc9-c5b914694c12
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,03e5f0ee-2cbe-4eae-b42d-3fc7f73ef1f7
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.2.3,modeled_data,kg/kWh,CO2e_value:0.069,aea2e674-b695-4407-acd5-64bfd196ec31
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,853c4699-e3b4-46a8-a641-6ad8d59bb69a
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,9c5d4acf-49aa-4e50-8747-d6bfe22b12ab
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.3.3,modeled_data,kg/kWh,CO2e_value:0.069,b8553661-9a0d-4e87-a659-49695028854a
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,3493c9f6-2879-4a0d-98c4-5e4f49546626
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,922466a5-4fe3-4f10-93dc-d9e001c532af
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,0.0003494269023869709,II.4.3,modeled_data,kg/kWh,CO2e_value:0.069,5a8fcc46-9a68-412e-865a-95b11be648a1
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,fc7f1ff2-26bf-460d-89d4-f2e530705dbb
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,2739788e-0700-4ff3-8c9d-8e313b1c0e7c
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.069,08fb2850-dbd8-426f-a068-119df69c8646
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,c22a2360-d71d-4cc3-b21d-d1459a8ef99a
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,49df95ae-2046-44cc-9b5f-6cab949a7903
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.069,3211589e-ce7a-4029-9e9d-25b38b22f12f
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,52a70852-90ba-492d-abc8-a38c0b9390ea
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,63153c8d-b7b0-4548-a039-da6de9a31e12
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.069,4d1c4046-61b2-4d34-9b04-90fd792258ac
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,97924921-31a1-48fb-a840-d2110bd412e9
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,25066fe7-34e4-40ad-b33b-c8e23b88e54d
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.069,7d81772b-199c-4a7e-bf66-5ab33cf3d6c0
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.069,ad625b4f-0792-45d2-84cf-f3c1b86120c2
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,bf8328b7-6625-488b-b857-75e68f57ce44
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.069,c518fd22-4484-4bd4-a92e-ae4485fe98ad
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.069,12ad8883-7a11-411e-b700-f706b8cbd329
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,38cc5e17-f608-40f1-ae4e-8fabbbbd4cd1
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.069,ea5030e1-5dfe-4a3d-914c-5ecea5bf1b12
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.069,208f4d52-5af3-4425-8e50-55fc0d769861
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,87ab30b0-c6e4-4759-b26e-4f75cfaae6dd
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.069,484299cc-7de1-4446-adec-2a28bed4f020
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.069,563154ba-5199-4db5-ad61-f23c37eff7b1
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,bbcb0578-92a8-44dc-9af7-5224b455a780
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.069,94cd45ba-55c8-4e3c-80c9-0a5b439cdcc0
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.069,44c94b10-901a-49e0-863d-c8bea4834793
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,37cc6c34-c5c8-4aa1-a198-027d8b8594e7
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.069,ca038870-b3ba-480c-b0c0-e6fad2d5df5c
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.069,3dd7c8b2-dd96-4f24-80e7-507dab2d4040
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.069,74aca0cd-69b0-4942-823b-71b325e85d8d
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,1.2714190099061945e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.069,a2619a36-5aa5-4fd8-a1b1-2c6498dec7a6
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,582f87e8-087a-4d88-bf68-37ae37eab50f
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,509db185-f952-4934-93bf-cae8a36198ee
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,f5bae6ce-723e-4214-b38d-276bf82f0df8
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4b35d58d-36f1-439c-9959-cc429acfa1d3
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,09bfa350-48f0-4dc3-8ff9-721a3ea226a7
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,d7b10c97-73a5-429d-82e3-ef5a5fd3981c
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,d6577ddc-5948-456d-999c-7daaa641d25a
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,2d4a7148-049a-44ef-a373-01937931ded0
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,7912b369-5c7d-4b03-975d-7e7391c08aa0
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,3e181fda-c365-48cb-9622-6f2fe46ac58d
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,5cd71a1b-857e-4cc2-bed7-0724b2a153a0
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,369c1d1c-a2d6-4de2-b91f-94d703dc4ea6
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,57ae923b-55f0-47d8-a79f-ba5a27ceda9c
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,6261e6f2-2679-4012-b77f-0912c4df7b74
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,fe51b114-bb21-4035-8103-053772eb970a
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,216e981b-b8f6-416f-846a-c7a6ea903ded
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,254ff14f-9086-428e-878e-71f79cfd0e02
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,a1b6e43a-9217-4168-8d65-ef1a5771bd27
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,17019a3c-fa3f-4ecb-af21-f1c1dc1cab1e
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,5076a4e1-739c-4ab2-81d6-8dc8d9086d2c
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,a4851a60-7c44-4fcf-a606-8a9de28b23d6
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,ca7cb618-5283-426f-a2db-3492db88dffe
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,a9e589d4-4e7a-42d0-92d7-3ddd3955ee79
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,20e66d25-efb6-47d0-b2cf-d9ddd96b4dd4
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,b1484374-15c6-4d91-9289-78d14325de16
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,6ff7e55e-255e-46e6-be1e-6717e0812fe1
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,6fc6e86f-4033-47e0-84ad-2c83fabf7e69
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,520e0cc5-f73f-4275-bf0a-935408fcbe79
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,894e6639-f572-4663-b910-c5e73eaa65a5
+IE,Ireland,2022,Production mix factor,CO2,0.034597920000000004,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,9a6c430d-a851-415c-b95a-7cfa401ee5e4
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,71fc23bf-de78-4ef7-ac5b-567ab5b775ec
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,c008c3f4-190d-4ea9-8e9a-5a7f9938011d
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,b2b8716c-5840-45a9-ae54-b8150debfcd4
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,db57b740-b366-4740-b8ce-33f91581cf8c
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,882a4329-6fc0-4215-b966-d33859f8b460
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,24fd7ddf-ddae-45e1-ae30-440b21f65fcf
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,0b02dbc5-7943-441b-b9a8-6e4815f4d864
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,1e38f05c-9c1e-4f3e-a785-67b1cd125815
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,d895a90e-cc57-4804-afed-ee8769e896f3
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,71adaef7-e94a-4562-b7ea-d28df1d352ec
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,46688a59-5569-4f9c-9e8d-6a7a2273f3ed
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,c161a675-37a6-4172-b1d7-fb6db23b7379
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,cd2f6830-20e1-4dc4-bc7b-35a069dfebcb
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,6bcb3138-e2b5-414e-9707-2ebf6297a82f
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,02db7e6a-b3a0-4c80-9f2c-34fb52b9072d
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,76ba9ef9-72e1-4f31-be45-3931f979d777
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,729f8b90-43a7-4160-be9f-954bbe6c3b4a
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,ad45f552-29c7-4076-a93b-b8ede8a9fbee
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,85c1571b-581e-4b17-8fe6-65500a0c46cd
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,8d736bc9-8fdb-4540-a477-1cec14ff38e1
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,f481b7b1-934e-4364-8268-0407379277bb
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,e1662c13-e124-4ab3-ae4a-e182c6bf5082
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,de20fbaa-1d45-4bdc-bf95-981749ad8aa0
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,8e756da8-a543-4ee5-be89-a1b5a0706bcf
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,11adfa58-78cc-4ac0-bf5c-b7bbb6cab865
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,6fa3f53c-a659-4c04-a17b-7081be30ef13
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,bcaa2031-e041-4a7c-85c0-e893d735e910
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,b8d0f338-1dd8-4837-8303-e4352b13e5e2
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,7829508e-1c69-4bcf-87eb-baf70bd149be
+IE,Ireland,2022,Production mix factor,CH4,0.00021768825503355708,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,f4d38ee2-f74f-4a9c-ba9e-63e31a70d7ca
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,e3d30448-e01e-4199-a776-095f26bddac0
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,dfc1adaa-6873-4643-9833-b9c5e8324764
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,272b47e3-371a-4d50-9f51-52606d27db52
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,51081124-82c8-4df8-a430-1d5ee8115509
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,d8598679-8f06-4789-a5ea-38b5f73e63a6
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,92af8897-1147-4e7b-bb28-02d167f3fcda
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,65524ef8-7c49-4992-9b54-2b375e8abaf1
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,7160ba4e-fbe0-491f-b789-c3ef818ec188
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,ed98910a-4005-4eb0-a92d-12bc9e4c7bd5
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4c9c0fff-2c3c-4cc7-9e12-2c9cd8bb6aa2
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,489be27b-c3de-47fe-9f97-1fd77b534206
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,1657dda6-c71f-4df6-a1a9-9430cfb26132
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,310598ce-a0c5-4ae1-8a60-a435d941df9a
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,6a895280-6a4c-438d-bcc7-16b2e37241a5
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,8ea6b8de-4a96-462e-ae28-d4cb1d9aee06
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,50688811-c2e1-487f-8219-9685872bd3e9
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,5edd2617-bbc8-4c36-a232-5bd7fe2cc03d
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,bb8e31c5-465e-4c23-b9f6-3ffc0015097e
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,8a64751a-3c50-44f4-8c2d-c21859c87987
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,b93af118-1112-4430-8c79-d2da6e001908
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,aa9f1d1a-304d-459d-bd05-78d529c5b27d
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,24412865-fdd8-4013-baf5-867b223cee56
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,bc0dfaab-72e4-410e-8820-ffe9106fb358
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,293ca159-1326-4a7c-9e86-a1026d698a40
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,7bc005a9-7ef2-42cc-828e-22ce06c85ade
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,ede940d8-3942-404e-ac74-ea51a7141ad0
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,d5067821-cba4-4ebd-a416-63c404525436
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,05896bef-6308-4d92-959b-842dececf0ac
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,cba9c05a-4cf2-49bf-a9ab-cac955f1fd7f
+IE,Ireland,2022,Production mix factor,N2O,7.920769230769231e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,432f0aec-e4ce-4077-a200-3df4174963c2
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,a2301b6a-cfce-402f-94f1-dd51abf3542d
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,c0bb1d53-9b35-4c08-8f32-8aabdd8af7f7
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.1.3,modeled_data,kg/kWh,CO2e_value:0.078,d8322cf8-77e6-43da-a1d3-8eb054522dc6
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,22e213ce-1e90-4ce8-9d3e-7c037a74fc92
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,f4bfaee9-5e6b-4a5a-b71f-91683dbf4269
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.2.3,modeled_data,kg/kWh,CO2e_value:0.078,56c49803-128a-400a-bfc2-67fe55f4a293
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,d80ba44d-a182-43ad-9188-b56c39f5ff91
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,a7e31581-eacf-43ad-99c4-e873f2f2c6ea
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.3.3,modeled_data,kg/kWh,CO2e_value:0.078,da215df1-e1f4-4206-b77e-4641b4181d86
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,5b079cf5-e641-4634-8b3a-e4fb25a0d16d
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,edc76f5a-01fe-4d30-b244-340bc3ffffec
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.4.3,modeled_data,kg/kWh,CO2e_value:0.078,07200ae4-327a-4b7c-a77d-53b84988933a
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.078,22efeaa8-d1e6-40d4-a249-8181f13338ee
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,04086cda-f62f-4f4e-9eec-393ab182d95e
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.5.3,modeled_data,kg/kWh,CO2e_value:0.078,7c6a79ab-3f66-43bd-be99-1c484a906a37
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.078,c327d94a-4bcb-44e9-bdf3-d9eaae20c71d
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,86a4429d-d73b-4665-88f8-72fa93de0fd6
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,I.6.3,modeled_data,kg/kWh,CO2e_value:0.078,35851378-bd11-4c12-bb15-d77a446ce768
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,11495537-fc7f-4976-ac73-9263aecc9b20
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,50082c0a-2b4d-4bf4-8f5a-b5f6e90b0417
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.1.3,modeled_data,kg/kWh,CO2e_value:0.078,951ed3de-68c4-41bc-aa23-2a2bbec1ec3d
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,04e2adbd-20ec-462a-9c37-64aef2a921d1
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,6b7b6a61-21d2-4711-ad24-d0ec9f7a7aa7
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.2.3,modeled_data,kg/kWh,CO2e_value:0.078,74ff74cb-32ce-4b0f-9273-9b2335e7772f
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,dae77886-68ab-45cf-8cd2-c3792e2dd7fa
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,98ba528d-1d71-430f-ac30-d9f577a68b50
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.3.3,modeled_data,kg/kWh,CO2e_value:0.078,0e9b344d-d2f2-4cc3-ad0d-5b56ee1c5b57
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,fa8cfc9e-2d2c-4260-b486-950d0548ce55
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,e7c45589-d75e-4246-83ac-5634e08bcac4
+IL,Israel,2021,Calculated from Fuel Mix,CO2,0.062254651179609946,II.4.3,modeled_data,kg/kWh,CO2e_value:0.078,07d6074f-1ef5-4a7a-9a02-fa472cc65489
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,8bb1c1d5-8c6c-455f-bd09-2c6aa49f3998
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,67c7e477-d9ce-41b9-97aa-4e76f0277ab8
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.1.3,modeled_data,kg/kWh,CO2e_value:0.078,bd6c84f1-1082-4926-bacd-fcd2c5e65594
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,41115d40-8f40-47dc-b821-1c41d8612a45
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,58297960-2e63-4598-b224-38530097082a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.2.3,modeled_data,kg/kWh,CO2e_value:0.078,8e6dcb4d-b4d3-4623-ab24-4aa256f9769a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,f4b16d63-8c95-4382-9189-a4fb21f4672d
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,bc61ad3f-ab1f-423a-8728-f51a03217eb8
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.3.3,modeled_data,kg/kWh,CO2e_value:0.078,65a8f37c-46e1-453c-8970-cd28d4f6f464
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,3ebc7184-d57f-45ec-83e7-12e2fb2c3607
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,b0d2f567-d875-4cda-a9d0-404418f78f80
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.4.3,modeled_data,kg/kWh,CO2e_value:0.078,01033ae4-c2f2-4546-b3f1-9925ca6b41d1
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.078,8f3152c7-584a-4ded-ad46-25d7a99a955a
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,4cb2d56c-6b57-4951-a533-4eda1ed96055
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.5.3,modeled_data,kg/kWh,CO2e_value:0.078,b2b09b1e-5297-470a-871b-02de18594989
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.078,a500c296-7e81-4a48-becc-92da65b86174
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,b3a4d052-9ecf-477f-97c0-6307ea5d2845
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,I.6.3,modeled_data,kg/kWh,CO2e_value:0.078,0ee583c4-801d-435f-b99d-65a5f4f9ddd6
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,ed5a3e9d-7e35-4333-a4c4-f1cfc35e75e8
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,37d761cf-7386-4a6b-a296-8d13c4fd25e7
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.1.3,modeled_data,kg/kWh,CO2e_value:0.078,ced427dd-ec1c-4a6a-89ec-89bd507f1c32
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,a497a6af-cd2b-434e-a9b4-045096456b1f
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,e88f1e36-c809-4dfb-a310-b4a33d606d41
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.2.3,modeled_data,kg/kWh,CO2e_value:0.078,99f8ed77-07a6-41ba-89a1-801d3b8f6c2c
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,b8561404-d0d5-4509-a55a-74438b3c4df9
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,bc3c6395-a3b8-4673-b888-8fd12675a949
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.3.3,modeled_data,kg/kWh,CO2e_value:0.078,b5f6be09-b706-4241-a059-a14dc5aa4077
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,05a701f6-fd7d-41a2-b8eb-5886af725603
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,a5f75e7c-4d3b-4e3f-982c-b175a06aea38
+IL,Israel,2021,Calculated from Fuel Mix,CH4,0.0003917029226904988,II.4.3,modeled_data,kg/kWh,CO2e_value:0.078,db5cba08-32f3-4305-a169-1a5e4332ce35
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,f71caa42-03dc-4e10-ab4e-0eec4e0ec817
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,8f8c39b9-66bf-4e03-9de1-8b91ef8db681
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.078,198e9743-6053-44de-b520-2658c57fc9fd
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,46ec091f-81a6-454c-93e3-eb55acf5e658
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,bb74ff9c-ebee-41f1-a36e-61d21fcbe967
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.078,bfd2b6cb-c240-4b3e-b080-3ea322aef131
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,72b5d36c-ccd8-4933-bb14-0e638589f66d
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,c47b757f-c24e-4ba0-a758-5260a170f605
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.078,ff637583-9a7f-4863-aa14-c3a3e3899f41
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,420090f9-7a4d-4f20-99b4-edd0e3d241ed
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,757c0f71-90bd-41e1-bc10-dffe0531f63f
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.078,f1dd88ce-b5e4-4bb5-ba24-159e32bd4579
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.078,d2d40f93-1f19-4f68-9432-9f488091775d
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,71055c13-5adf-4c0e-b8ee-4734b90d46a9
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.078,4726dad1-a3bf-4920-9038-cc56f40fe527
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.078,34d619ad-4540-4d1b-9fbb-510ed60e7526
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,0db606c1-8da8-4475-805d-e2bed69f338f
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.078,4faf1ee7-5e3c-458b-9e6a-db7c643af0e5
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.078,cd482e83-2836-4429-983d-604c197dd962
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,919b22a1-1e31-4086-ae6a-247042adbd61
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.078,88ea58e6-b452-46e9-83ce-103826b8a423
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.078,7c58a538-e96f-490d-863e-6d433f6aa9c9
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,01eaa817-c1a2-4dc5-99cb-f0b6f86ac1e9
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.078,ac788e55-84a7-4529-bd60-fc91554246ed
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.078,8ccb70aa-0f1b-4305-93ba-3ce7753c7827
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,0a9b58ed-8d6a-4a5c-9712-9976ccc86673
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.078,0ff3f784-c81b-4815-a28a-008a2ba4c2a0
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.078,d82b5ce4-d359-4125-a8d4-0ed651efb841
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.078,2b27672a-67a3-49b1-a7b5-2a4901439778
+IL,Israel,2021,Calculated from Fuel Mix,N2O,1.4252438456870408e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.078,cc3308b7-f915-4728-acee-556377c4b9ee
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,ceffe010-74ee-4e2c-a796-acd00e239b38
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,5ed0303a-f700-453b-8272-e50487853d73
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.1.3,modeled_data,kg/kWh,CO2e_value:0.05,31e92c89-0143-44c9-83f4-bc5550408aaf
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,82b74a1a-efea-435f-80dc-ebcdffdbdca4
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,9321c7a0-0a81-4f7b-9be6-a3124a6d3e13
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.2.3,modeled_data,kg/kWh,CO2e_value:0.05,ddd246f1-95fb-4823-ace3-c2180e7cccbd
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,4ea82837-1ce7-43bb-b8e6-e737bf51da79
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,8cc21365-ce04-4be0-8ba1-dcda76bcda7a
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.3.3,modeled_data,kg/kWh,CO2e_value:0.05,2951691e-713d-488a-a771-9cf38fc39fe9
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,15dfe352-bb80-4f28-a457-9b664844afbb
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,3b4e0615-0af8-49e6-a9ac-8c5d4dbdaf40
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.4.3,modeled_data,kg/kWh,CO2e_value:0.05,70f3bba3-73ee-4939-9027-732a4befb2a9
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.05,3b525dee-172a-43de-be7d-e2db9040a9e8
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,020fa66f-646b-4f81-8766-594902832836
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.5.3,modeled_data,kg/kWh,CO2e_value:0.05,1f8e04d9-c3d5-47dd-ba07-c958fac11f85
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.05,48f55254-f106-408d-ad06-4c674a49155e
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,9a0209df-b9a9-4f71-b2e6-e39910798e4d
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,I.6.3,modeled_data,kg/kWh,CO2e_value:0.05,9a2ffddb-bf5d-49e9-8aae-d402a124d14a
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,ec6c748e-7bce-4004-a07e-f7e5a7e14a53
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,e2b39362-4107-4478-a796-d76437c3ace1
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.1.3,modeled_data,kg/kWh,CO2e_value:0.05,21352ee6-34ad-4905-8f66-b3be273bee23
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,8cf04889-d161-4f6b-b432-00fdf348c297
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,e1600dee-5a19-490e-aad3-f4adf05c4992
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.2.3,modeled_data,kg/kWh,CO2e_value:0.05,342d4373-dba9-4f16-85a9-8f60c00440cb
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,b375d0d9-8607-42eb-997b-67627137acac
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,8c3cf519-f4f1-4b37-8c23-a0a21f2c8344
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.3.3,modeled_data,kg/kWh,CO2e_value:0.05,2b47ddda-0c8d-4bbd-ac06-87ea97e7c5ba
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,28868eaf-63f8-4097-8d9d-1534f5d57842
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,55ac4da9-0979-43dc-ad16-ebef8be0dc21
+IT,Italy,2022,Production mix factor,CO2,0.039894256120696095,II.4.3,modeled_data,kg/kWh,CO2e_value:0.05,67ca1ef5-2424-473a-a2e8-37a3ab13f31f
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,478e9af9-965c-4eea-960b-73577d6ebdc0
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,7abcc952-cb22-41e3-8886-bf62432cd86d
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.1.3,modeled_data,kg/kWh,CO2e_value:0.05,516ca80e-8559-4b24-95de-bba663321e7e
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,48c2394c-4cee-437c-83b9-8842b600f21c
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,785351d5-bf44-4df2-8b5d-82cea2812a99
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.2.3,modeled_data,kg/kWh,CO2e_value:0.05,307a3039-a1df-4e47-8111-f4dfbf5f541a
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,bf2d6b45-83c1-469e-a985-529d83f7cb81
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,2c555347-c6f2-4a3f-96dc-6edf741cb710
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.3.3,modeled_data,kg/kWh,CO2e_value:0.05,cc92b29b-72c2-475d-9813-604ac3a9fc27
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,1d1078da-9219-4493-a43f-e784426eb476
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,1390b29a-ca50-4331-87ec-0166136de9ba
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.4.3,modeled_data,kg/kWh,CO2e_value:0.05,5cbd75e3-ff49-4a9d-b0fe-f065ebf2e869
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.05,768833bf-b3de-4ab9-b574-8256cafccf67
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,a747ff99-d5f4-4313-b2be-6cca2fb20703
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.5.3,modeled_data,kg/kWh,CO2e_value:0.05,f5836d1b-03df-4484-8097-8c706c049315
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.05,5c7df575-3438-4ab3-ac97-dbac612dd2cd
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,361369af-1ce4-49d9-8566-859777f05fc6
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,I.6.3,modeled_data,kg/kWh,CO2e_value:0.05,991fd178-3bb0-41a0-8b53-db7141e30757
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,51ca7e34-769b-4c0f-a821-74361898fdb5
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,54aabf6e-5f6b-466f-97d3-c1562d420195
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.1.3,modeled_data,kg/kWh,CO2e_value:0.05,d2de5547-41d4-4545-a714-4740b95efa7e
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,5b9951fc-8e12-4b90-af00-fea006592f17
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,06f8318a-cec5-492a-84af-304f095026c2
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.2.3,modeled_data,kg/kWh,CO2e_value:0.05,0a34c40d-ce68-44b8-ad04-a7c1e3469d30
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,5dec745e-54f6-419b-82c4-e5fb6d317eaf
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,f80d471a-32da-4e37-b997-db0673808ea6
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.3.3,modeled_data,kg/kWh,CO2e_value:0.05,5f21e854-a1d9-4553-a0c7-21528fde7e2c
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,fa428963-28c2-4465-93be-c4432a20b717
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,eb07fd3a-1c49-4701-a415-d2e559e71018
+IT,Italy,2022,Production mix factor,CH4,0.0002510125175379368,II.4.3,modeled_data,kg/kWh,CO2e_value:0.05,96a4b24d-7787-4850-aae8-0170717fc366
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,8e6da690-bdde-4965-ab3d-90d2519d1aa2
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,d21a4cfc-2428-4a7a-92df-33e3577a44da
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.05,7970cbfa-7754-47a9-8699-129808cd2b7a
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,ebb9fcb3-3cc8-45e0-8f6f-99f1854c9571
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,36e4d3e1-9b8d-46a7-bbaf-7b0b53ac1248
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.05,cc032582-8e15-441c-b5d9-3c119c7cf58a
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,27e5d0dc-8e29-4095-aac2-67967a9384e8
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,1aa75b5b-b984-4d59-a7fe-6bccc9ce8936
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.05,a513f47b-0755-4630-ae58-dccca65fb4d6
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,54100fd8-91ec-477a-8afe-4544b3ee7850
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,b4622e5a-bb1e-4501-8a43-67a2b9bd7421
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.05,a6b2af96-aa25-46a3-b98f-96564f3dc991
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.05,ecf7d9c5-9396-4922-a9d3-ff5788a36c09
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,598f0269-a1fa-4014-af19-83d2b67eb53e
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.05,621a366f-0331-4260-a64e-4b19b46956b5
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.05,484de502-ffd7-4d33-9762-28b46bd9561f
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,2ed3f8f5-d498-4c3d-968c-cbb4a35523d0
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.05,27be8832-fe39-40fa-8160-cf072804cbdc
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.05,13684640-d063-4a64-87ac-3c87eeff734e
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,92a5b9a3-0742-468a-a097-ef8f8b87ebf8
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.05,13af1249-ae3b-4fa7-8889-9cecdf0b8cf6
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.05,d4ce1925-04ab-4c66-a206-5c26df4f8824
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,70bdbb95-f273-4610-be94-10bbb27e9e57
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.05,d768f92d-b093-4063-aa50-4e21284cc2ae
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.05,38f25a8f-ca2b-47f6-897f-b14235c45714
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,3bf5a2e9-cf3d-4240-afa6-1b38608c66d0
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.05,286c5afd-67d9-41fd-b54d-f7e62511aecc
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.05,1a8849b1-887c-4e07-bcb3-22501de0a0bc
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.05,3d16a15c-6c6b-4c31-80d7-a0a5aa905e3c
+IT,Italy,2022,Production mix factor,N2O,9.133300393932257e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.05,bd3022a8-a32b-482c-be83-bb0c9c2833c4
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,4fd656d0-dae9-4250-a79f-d25b8479d8d4
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,f3e29614-7af6-43ed-b798-092c9251e1b1
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,1ca73f5f-80df-4f25-b0fe-1eb99805b299
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,bc0790ac-2ad9-472f-b025-f632a2faf81d
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,1cfb5d66-1aa9-44c4-a676-40df7f7f6218
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,40cc3141-4f85-4d83-83c3-f43e465ef533
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,6eca59cb-5f7b-40d5-b399-e39831bb2371
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,a12f04a1-a42f-457f-846f-b3db2c9e6b74
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,004c93ec-95ce-4fa3-a65c-7692c4b01406
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,2e2aa2a2-9984-4ab7-8df0-9b7d3aebd59c
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,d1fe91b0-c596-4d51-9367-55b76f4fa812
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,97c18cde-1c6d-43c2-90de-c54639d25f9d
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,9fe913b1-03f3-4e38-b503-a36e315f08d2
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,c13c338c-ba5a-426e-ae53-5103146922f5
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,7e3dd17a-c82b-40f7-8ee9-c7b444d4ea2a
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,04be8274-55d6-48e6-af5f-2baedf0edc30
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,fda32224-1bb2-4188-bf3a-7ad8ec25eeb3
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,00ace97d-8bec-4759-8751-c2998b7f2fbf
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,c8db28d8-19de-4c61-9ee0-ef9307c7071b
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,9b15612b-7c19-4c12-94ff-1766e04c3275
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,bf2ca7ec-d3a7-4079-91e2-eb4d69056b4d
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,89d20ddb-a82b-4944-a239-8395b60f3374
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,e0aaad85-1016-4ac8-b50c-06a4149d3bb6
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,2d4af992-406e-42f9-87f3-5175d66be998
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,f5a58564-1d90-47fb-88a7-bfa3c20c5c99
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,b2448bb7-7d32-422a-91d5-faea901c0df5
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,3143511b-5751-454d-9707-5ccfd8dae4d6
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,42c654f9-a9fc-4831-99ca-61627ef8bffd
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,d3fbbd10-955f-4f2e-84b5-aca8462c712c
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,0.06390733121419018,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,84123a74-ad31-4e67-8de4-58a5f8e33435
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,4783f229-d19b-4e3a-8220-728d22d2141d
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,3fbb55fc-ad94-47f0-ace9-cc397baf6f32
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,19ddf714-13c2-4381-bb14-c69ccd146f06
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,a7942e78-33db-405c-a988-9b43c112d33c
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,b7c716c5-23d4-4ec7-b08f-35e3e58d656f
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,766e41fa-41fa-4eee-a092-4c5d7a728c8d
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,18861717-9a97-46fb-9241-4122e78c69c7
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,09d7d9b3-c27d-4f39-8a6f-e6c28eb998a8
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,0a650603-0dd5-45df-b471-a29a148621d5
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,a00442aa-332d-4e28-9473-8e401eb94c1b
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,8af8415c-ef15-472f-a5cf-3c1cefbb2277
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,e2e32b5f-719b-4699-b8d5-cd8746664292
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,c154b575-a39a-4d1e-b63f-9642ab06eb37
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,218052ac-006e-492a-b3fe-81f4e0d06b31
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,490fd737-ec5e-4e6e-8226-d0ca58860124
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,85ecba52-05c3-4adf-a2ae-b787f6fec504
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,ea3a50d1-80cd-48e7-8bfa-638a6544574f
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,9e949ae7-1dd2-4283-bcd8-f97997ccfb76
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,ab9214d9-81ef-487e-9374-7446f32be906
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,ba6fd67d-5763-46cb-8aaa-393a15bfb27f
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,db7245ab-79da-4644-93a5-b9896aedc36b
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,cb4bc735-622d-4274-9a56-b045509de903
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,0d415da4-7100-4ecb-881b-488fc1070ccd
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,8aeed2e8-92af-4682-91fe-14767d245f46
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,fc94edd8-d302-417b-b463-0a5bd1726f88
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,cfe0e5f9-ef3a-4774-841b-2d2885870bcd
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,07388fcd-557d-459c-87b5-f1b50d1b5a06
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,9fb2c1f0-ef91-4a56-b93c-0bc76323c412
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,3f8e2aac-1d33-459f-9233-a303a7f4f755
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,0.0004021014967335791,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,6c7ca108-f9e3-446b-9b14-6bd76fc1c59b
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,f5131a63-0dce-4112-adac-7e539b6ac8a5
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,8aae926b-457c-46e2-abd7-2d9832210713
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,06a2f42a-7a16-4c82-a056-3fbe46931437
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,e3000e4e-4634-4f03-bc3c-2b741e0c3705
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,21275aac-ecd1-4ca6-a8d5-df64781ba95d
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,6a6c21e5-262c-4e20-8657-66b3d9bd4a46
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,7cfb0636-4113-4c32-9c26-479427195354
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,17b5169b-57ef-4273-9acf-5f738bd27d56
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,94d151d1-73c6-4c2f-bfcf-406f48a14844
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,c4f275de-a8d2-43ad-b78d-d6353cb45d37
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,6390ccea-7b9c-4490-a7fb-b2623ff78a16
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,c328bde6-d0f2-4602-8af6-1ee73b224656
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,7e6efc8b-e752-4748-8e6d-acc974d7004b
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,eebf19ca-ab5f-4af1-b6aa-76be5b037506
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,3420e8fe-cbcb-4fc8-b04b-5a92079059fe
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,c9e9cfcb-0b95-4259-8fb9-fc551737281f
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,a389480e-b2d6-4bf1-9173-16e4654c4d91
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,e8a6cb6b-920f-4fe2-8fa0-4d19daaedf86
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,8e23acd2-4930-4db7-bb03-3b8439340af4
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,931e051f-0fab-497a-9150-b85d5c86f1c7
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,4c198dfa-0041-4fcd-a11b-34797c64d83c
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,7bc913a0-9bd7-468c-b4a8-3ad30ffdec66
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,f222f229-d992-432d-a035-4c6fa61ce888
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,6ce79726-fc7d-4eb5-ba15-7dcad8c00c2a
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,6771cdb3-40cf-46f1-8ce4-23cc4eac928f
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,cee79302-5279-4917-89d7-6b19277b0e12
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,20c28fb2-4ee8-435f-b106-fafd31ae1e44
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,c027ef1b-f8cc-4560-a0da-667af100d9b4
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,51e99595-257e-4416-b8a2-1d79c7b1d8ea
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,1.4630799270647934e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,2809294a-224a-4784-8409-6f8d2735cb58
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,785a019d-7415-459a-9e38-d211303785fb
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,74614fe8-e2ac-4d14-9acc-6b44b3d9592a
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,b823b177-812d-476f-94eb-42657dcce8f6
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,9f5ff7fd-268b-4e1a-9ff6-e69e0b4435c3
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,d3467d41-2f6b-4cfd-ac99-54c128b363e9
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,525ddfe6-4f59-450f-8ba1-ff9bc78438e2
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,8e6677d3-1cb2-49c3-a9b3-f538b7c33086
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,1994affe-1bb3-43b0-91c3-bc868b7e09d1
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,1409ce3a-26fd-447b-b649-36d4fcb487b7
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,8a130994-d5b2-48f2-8604-f59acdf06de7
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,f29ac705-241b-446a-98ac-16cb8c6c525c
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,12ba54ab-7476-4af3-8d9a-ec4ee5f20fb2
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,d7350b18-e284-4506-bdcd-cb223d431102
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c694cd4f-f446-4fe7-966e-484e6d8637a1
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,6c0a50b1-cd18-431b-8018-61476d087faa
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c2bcdc06-cd75-472f-ae79-2398d22e7edc
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,71167cd6-30c2-4269-a6dd-e67f3beec52c
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,f87a1c9f-cd9a-453e-a917-91104824c5c4
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,32a2fada-3c18-48af-8d84-a670a501559c
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,7796c9a9-2ecd-4b2a-bf04-a2b450528aa6
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,23a797fe-d574-44ba-8eb4-b77ddb02c5a3
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c5bce317-6845-4410-b633-76a942b8d7e9
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,dc338c1b-b1be-45f2-97e5-fb7ac6716e55
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,beae1f31-4dc5-4e64-8221-63a4118779ab
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,b8f6e4b7-b48c-4f9c-bb64-cfffa3e442a7
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,35ce914c-ecef-4f1f-b884-6c21c7124c9a
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,d36c4da4-36b7-4b42-90ba-fdecb63a93d7
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,78fc226f-e98b-4a48-afef-ddd90a1c550f
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,6e2fc1e1-2b48-4a41-ad58-3d662401e7df
+JP,Japan,2021,Emissions intensity of the power sector,CO2,0.025586244925668845,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,8ae4f80e-f827-4d82-8be5-8ea64cce7ad8
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,0bbaed16-64f7-4761-b98e-b33e63b1ebfb
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,61ac1e6f-662f-43a2-8da3-90b3b769afb3
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,70d988e2-adf3-4acc-a174-e56d16715b82
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,bcb9cbfc-5981-4d18-be72-2cc9a3efc479
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,af272730-8ee2-4ff3-978f-4ea286c7d581
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,f4c62c40-9c05-445f-a191-6622d456e2a5
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,4e442ab1-b1b4-4aca-895e-f90e83242b51
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,b6c15483-e4dc-48cd-9fb4-8022c9868a1e
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,178e9f45-8fd9-4d89-a067-2a19e0ffc07a
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,23bd60b8-2c00-4b37-98cf-c40f3c387dc9
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,242ce852-f8f3-4775-a398-91e2944a61bf
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,1e4a232f-fa4e-45ed-aed5-41033efe904c
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,cf879e88-44a7-4c03-8153-f9ee35038de8
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,cbacb06f-0434-4398-9620-bf50c1400f31
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,08a4f14c-08c0-402d-863b-bd148d6f87ce
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,639497ed-7814-4931-b2d6-f28eb61782b5
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,ba12c447-8f78-466e-bcef-91c8c23287d5
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,182666c0-deac-46ca-b2b6-a0ac976bd0bf
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,bba1abf7-993e-4661-8878-900dc8a1b780
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,7887d02c-de25-43ad-87bd-f0136e0173a1
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,277236cc-37d7-4b97-9643-51253bd27c7e
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,bc5d1950-a87b-41b9-a0cd-8612f5d66236
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,cfb9146f-fb26-4792-9463-48dcf4fe1e98
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,d8c96bfe-8f90-41c8-aa4c-cd8569460bcb
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,b1d445bf-1cff-4de0-8652-48f95098e095
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,1b8881a4-8146-4af2-bd9c-884a52be61e2
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,7b5f151a-4cb1-46fc-8270-b0975016946d
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,ea7e2627-8af2-4ebc-a47c-ab6f68caf43e
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,faf5a026-08fc-4adb-ad99-5fd6925ee626
+JP,Japan,2021,Emissions intensity of the power sector,CH4,0.00016098727931419154,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,2332fee5-08c8-46f6-8aaf-4a6ca761a4d4
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,221c97b2-6f4d-4829-ba03-5e86e1f455d0
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,92834b2e-109b-4ebc-b8b4-500dc4e65af6
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,d92a09de-dd02-4dc2-8e60-2ccd67103cad
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,298dea68-f264-4b9a-9fb2-f30fc3f2e95f
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,514e4267-4ca1-49ff-927e-e296923c7831
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,051906f1-75a2-49a2-992e-9735820e2dda
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,2365f24c-8e71-435e-aba6-7582744449d4
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,837b2d15-f367-4e45-b9fe-f9bb6687deed
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,80718b96-a0b9-4cd9-9ee7-9b5e1c1cd0ec
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,66cada51-8a2a-4f80-85fe-565414b118a0
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,17a63a53-427f-4559-aa43-58d1878f2017
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,2624b191-c1bf-42ac-9227-ae2cbc30adaa
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,46f20bcb-fa5d-4f42-9b10-99f33b5549a5
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c13cbd97-347b-4378-88fd-8a154b723c74
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,5f87cf2e-aa8e-4954-b574-bf24c6ad0975
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,bce2ed63-b78a-424d-aca5-f76b0cd1372c
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,84cc77ad-0337-42ef-ae2e-c541c6f180b7
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,672188c4-1224-4689-b9e9-ecf8a1779075
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,17bb4559-db10-4e59-92b8-e984d4c665ca
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,201db8cb-c3c5-4ac7-9c92-018c15337344
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,10229226-f130-43a5-a465-603234b348ce
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,e9d3143e-ecca-419c-a291-8012dc5f724d
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,0b0f622a-1b03-4010-97af-eb7d37cc08f8
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,8307ccbc-99da-4b6b-8009-e4bc94336428
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c864c075-e8fd-47d1-a1bb-c8cf7e625826
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c255a0f8-3353-4980-a551-bd4d3db3a430
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,9ac69254-9509-4226-b4df-3dbdd42446c5
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,dd96fb4d-e1b8-4981-833b-9eb540ec2c2b
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,bcb69fb2-a638-4c9d-9f28-268c3fd91d57
+JP,Japan,2021,Emissions intensity of the power sector,N2O,5.857656805327116e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,2520020e-f2fc-410b-8034-984c21aab017
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,bcbfb366-4d50-4ac0-8a2c-f47c2bf38fec
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,26bb8f6e-b7fb-4e5d-bf3f-21fe0232b142
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.1.3,modeled_data,kg/kWh,CO2e_value:0.053,6a2871f3-7c3a-4553-980e-cc18c15e4e5f
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,a7e9a816-1d28-4907-8994-012c9bb87f76
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,328a85e8-cd78-4253-897a-7791df7af2da
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.2.3,modeled_data,kg/kWh,CO2e_value:0.053,e9f34eaf-0496-4f72-848e-9040cf25b46e
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,cf299bcb-61e4-418a-bad5-9be5b9492165
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,8236a19f-d2b8-4937-90b9-f3243d842d24
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.3.3,modeled_data,kg/kWh,CO2e_value:0.053,a0368519-31c4-48bd-9d0b-8bc44e713146
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,5c02522e-2a60-417f-b137-e2fb67382ded
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,a0e2e1e5-2ec0-49ae-ba25-06cc72dd7a8f
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.4.3,modeled_data,kg/kWh,CO2e_value:0.053,d2c0ba92-0386-40bd-9334-f0d13d6958f5
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.053,5292eab7-4812-4817-b992-14ff0f923386
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,b20a23d4-3ea5-4c40-a492-d78e797466c2
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.5.3,modeled_data,kg/kWh,CO2e_value:0.053,1e5dbfec-1f60-41dc-9e16-2d317b4ae1d9
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.053,d5ed409f-1e46-4a52-9fc8-566d30ee1e86
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,3a213547-8d9b-441a-b6dd-c766ef83396b
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,I.6.3,modeled_data,kg/kWh,CO2e_value:0.053,f70faab2-4475-4b77-bd5a-4cc2336dd537
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,629f73c2-9148-4dcc-bab5-86bfd2c6db7f
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,5803b811-155a-4eb1-af00-8f0a44f1bff4
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.1.3,modeled_data,kg/kWh,CO2e_value:0.053,763999a0-03fb-4288-9313-b814ce286934
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,234b5f10-3a87-47f6-a4cd-7ffbac31a9be
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,cbe3dc92-fa52-493d-a398-b6664e6b2444
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.2.3,modeled_data,kg/kWh,CO2e_value:0.053,86498131-e8e8-4a9f-922a-c3281175eeb1
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,b72570f0-b128-42ac-bc19-5b0d692d49ff
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,928ee40e-cf9e-4dc6-9791-d049bd723a24
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.3.3,modeled_data,kg/kWh,CO2e_value:0.053,0d1e0c31-ac4e-4941-a9eb-de279dc82c4c
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,7fdecb7e-cff7-4ab2-a5b3-7f60bab401c3
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,3754fc32-3593-45d9-bf73-8cc3229c3eca
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,0.042497348634447485,II.4.3,modeled_data,kg/kWh,CO2e_value:0.053,28735e1c-dfb1-4491-be42-990fb40f2212
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,8b4cc23b-d9d2-4241-a809-4b1cb1531bd6
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,c3861451-349e-4053-a7c2-c1fa0427a5de
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.1.3,modeled_data,kg/kWh,CO2e_value:0.053,891bac6e-05f7-410b-bcd3-b61682c04de2
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,dee862eb-7701-415b-b15a-6d84d99fc681
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,d909e315-44fa-4adb-a51a-d673cd26668a
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.2.3,modeled_data,kg/kWh,CO2e_value:0.053,e574bb67-96af-43a3-b701-55b79ba40d4e
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,926e312b-0805-4ef8-8b45-6eab2f341a7a
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,6d9d5fc8-b9f6-4cee-a843-8401ef39ab79
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.3.3,modeled_data,kg/kWh,CO2e_value:0.053,93bd8f15-312a-4b5a-81f2-1f35dc730be5
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,ee1c6f0b-129c-415e-9c0c-b01135cd79f0
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,7579b3d4-dc1e-4aed-a267-09b697b33b2e
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.4.3,modeled_data,kg/kWh,CO2e_value:0.053,d8338bdd-1bf6-4e0d-8bd0-c2160119a565
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.053,886d0108-721d-4258-b26b-25c7680bd34e
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,a3abf1bd-e053-4ab1-9c48-aef4cb7cfdbc
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.5.3,modeled_data,kg/kWh,CO2e_value:0.053,9ac85bc4-87e7-468e-bf02-602f253edc4a
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.053,1e973ed1-2b22-408e-bbc7-1ee0c9316f0d
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,afcd6fde-c6ac-4ae0-b874-acd09b677df6
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,I.6.3,modeled_data,kg/kWh,CO2e_value:0.053,59f38019-6f0a-4733-aa03-fcbf96d85e30
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,003b102f-45c7-4ffa-a74b-d47bf3c10f6f
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,b93a92ae-475e-4c05-abfa-d8f4c5f25229
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.1.3,modeled_data,kg/kWh,CO2e_value:0.053,c7079416-47c5-47be-98c9-3932448c7edd
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,d6758420-518e-4497-97a5-401074ae9bde
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,40d07e2e-682f-4659-a10e-2afc225429d0
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.2.3,modeled_data,kg/kWh,CO2e_value:0.053,cc5a011a-1d6d-4b9f-a0ac-12bf44a6ffd2
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,6ccc9628-cef6-49f1-81f9-47e5743b48d7
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,7cb1ad83-7f1a-4efc-b873-ca473f2d9580
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.3.3,modeled_data,kg/kWh,CO2e_value:0.053,151333d8-1f3b-4ef6-92d3-63aef2660f07
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,ddca52b2-f81d-4067-9427-b0e169549b1e
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,b1784bdb-26af-4532-980d-120d1a7dba1f
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,0.00026739103587110406,II.4.3,modeled_data,kg/kWh,CO2e_value:0.053,d9cf6679-7533-40b3-a874-f0150dd2f441
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,e7760e3f-1930-4457-babf-6303da5cc5ad
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,6bbc68d6-e7a2-4976-8a66-e510ee0293f9
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.053,5f5bc252-9d4a-40c0-9174-b671c2171af1
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,99b06463-615b-4e17-9d6b-12894a2389fe
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,5af6d06d-bd1c-422b-8902-3c7434eb5a91
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.053,07fc8ca7-9332-487c-9306-ba06afebc4b2
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,981c8fd1-40cd-4a18-a3aa-dfcbbf7ef666
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,c0098866-c4f6-4d98-bbe3-1bf909345133
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.053,89e3985a-6026-4454-b421-9fc6788c1c50
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,f60975f6-a152-439b-9a5c-a611ff81050a
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,bcd2b47e-1798-4f31-89f9-3bc46f3ad61e
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.053,50c0d5b6-63ca-4c38-9767-81b802a8a067
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.053,55ff43f3-e291-42ac-be4b-e1af48392c72
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,5469b43b-f73a-4345-b9d7-46a7037ccebc
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.053,6040dc53-75aa-46ce-8f8f-4b22d7358a7a
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.053,e38edf48-f28f-4307-9d5e-fd8617443647
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,3f287f93-f003-4249-9d6b-76426cf142cf
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.053,eb5623ce-557a-4d7b-9f39-bfcf57f373f1
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.053,2c1a1ab8-2261-4039-9301-77cd910f9ce3
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,1c4e32c2-e9eb-42e5-9bbc-f5bd9c18da2c
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.053,d8fd7560-ad25-47ba-b3ce-5471f4b16727
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.053,5c5a3245-25f6-4f19-a851-7f02126edd13
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,93cb156a-21f9-4c5a-bdde-2f73a762b6d8
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.053,ac138f04-4114-4b7a-8b0f-97bdffdf6b40
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.053,f3f4bc00-b47b-4e2e-b0e3-dee3dcd29ab9
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,17f9ded7-562e-4f4a-865e-506feace9a56
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.053,90f1d494-1957-481e-aadd-8db09693181a
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.053,1d2d5c38-b1ae-49bf-9f45-b1eda09bb5ea
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.053,a9e9894d-8068-4ce1-a151-f9e7ba6a2911
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,9.729246482245304e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.053,cb32e285-362f-4a27-bfa5-091c82da4102
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.098,64eff29e-edc6-4eac-ab12-cac0390eb3cb
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,4207504a-ac86-48e0-97bb-b8502448e727
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.1.3,modeled_data,kg/kWh,CO2e_value:0.098,b48da219-1312-42c8-892d-d6f470967033
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.098,45f9b62f-3c1e-409f-a930-3e2021dd42d5
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,0fee5337-bbef-4aa8-88b9-497dd47c595f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.2.3,modeled_data,kg/kWh,CO2e_value:0.098,c6e70c38-8490-4a45-a5c1-bf658fe03217
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.098,153fe2f9-4947-4d21-a378-6f09897ca6a3
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,8a762d31-06ae-4d23-aeb3-fb127f72abde
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.3.3,modeled_data,kg/kWh,CO2e_value:0.098,5da1ddac-aa4a-4829-a193-1c4c5954d42f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.098,fd3cd37d-ece2-4b8b-9c7c-45355bc76b46
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,3c99ddfb-9709-43e0-894f-135aa9057647
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.4.3,modeled_data,kg/kWh,CO2e_value:0.098,7f9d236a-1f3f-4e41-a588-723a480e3e06
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.098,b85b14c6-85bf-4c8b-b8a9-3eff0051c4a0
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,189b658b-e17c-4962-92be-93990be79213
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.5.3,modeled_data,kg/kWh,CO2e_value:0.098,6da40055-80ef-428d-8c0e-70443727a7bf
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.098,e4f1a436-01aa-41a0-b535-4b54930ec03d
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,f735410a-219f-4522-af32-1fb3ad8a31a3
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,I.6.3,modeled_data,kg/kWh,CO2e_value:0.098,4320ab20-3918-41c6-8705-17b1cf5b5944
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.098,4d7180a0-160c-4aca-a2a0-33005b550638
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,7103f0f8-8880-4931-b338-ac9676006653
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.1.3,modeled_data,kg/kWh,CO2e_value:0.098,7d09044a-83b6-475a-9408-b5885367dc80
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.098,451771ab-82b3-4f7a-9dd1-aba2a9ebdb75
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,df7a87b2-9afd-44f8-96ba-2a4ce6c20e52
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.2.3,modeled_data,kg/kWh,CO2e_value:0.098,008bfef4-d9b8-40d6-b5d2-21f52d323216
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.098,f67f1d4f-ddf8-40b8-a47b-0ee90667d9b8
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,0fdbed06-1890-47e7-9eac-b020814974eb
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.3.3,modeled_data,kg/kWh,CO2e_value:0.098,70ea6528-77f0-467e-9997-3d62a977ba06
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.098,070324e3-ec09-4603-b8fe-b0376e7c442a
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,564053a9-7240-4d29-b9ef-ce88a16be578
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,0.0781659504362557,II.4.3,modeled_data,kg/kWh,CO2e_value:0.098,aa3bc761-f183-434b-9fa3-306cf9b05702
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.098,d3aafdee-4ea7-408a-b4f3-23d2ac568e79
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,4940a52c-f95b-4aa5-ad65-b3a4ab62f373
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.1.3,modeled_data,kg/kWh,CO2e_value:0.098,41a0bfd7-91f0-4d82-a7d1-4ee58d4ef551
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.098,ed10d06b-d602-4b43-903e-2824fa2f69db
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,df17b230-fc35-4ce4-b824-9297df9441f5
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.2.3,modeled_data,kg/kWh,CO2e_value:0.098,b040696c-bb45-42ee-b64b-72ad231af2e2
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.098,7cb2b6db-0738-4b60-b088-2a90958c2c66
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,a8af355b-9d78-4a53-8d03-505a192ed5a8
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.3.3,modeled_data,kg/kWh,CO2e_value:0.098,1c121d69-c3e2-4bb4-8e89-8aa9d9d735b7
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.098,8f05ee7d-e5c6-4a71-acfb-da77bd42a3dc
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,7fa4d2b2-43c4-4283-a2a2-ebc17a403506
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.4.3,modeled_data,kg/kWh,CO2e_value:0.098,ccc8eecf-14a9-4f72-a63c-6d872bf55703
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.098,2703e295-aa23-4529-a5df-e63293479175
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,f3a569d1-d477-4361-9f1d-ddc0de1d447d
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.5.3,modeled_data,kg/kWh,CO2e_value:0.098,ad6c7c3d-3da3-467f-9b43-d14edc896890
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.098,9af5f324-dd38-4a88-a139-bba35d362f15
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,c26fd70a-e863-4c94-b73d-5633881d7835
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,I.6.3,modeled_data,kg/kWh,CO2e_value:0.098,984fd56a-f85e-400d-8022-f55a9ec9466b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.098,b2f659a0-5e63-4779-9552-bbd342ae67e6
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,8bfedfa7-0a43-41e4-b23f-26186cc2e7a1
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.1.3,modeled_data,kg/kWh,CO2e_value:0.098,f929d882-b694-414b-b786-cae5ed81f362
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.098,76c60511-2661-4c88-afc2-3b9e0a5cfba4
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,1f8aee48-03f2-451a-9075-074df88b203f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.2.3,modeled_data,kg/kWh,CO2e_value:0.098,ae93579c-8040-493e-954d-da18c6695f5c
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.098,eb6b8655-940d-43eb-aa8e-73307af47bdd
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,08f46cb1-d361-4bc0-adf5-4f1d283f2da1
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.3.3,modeled_data,kg/kWh,CO2e_value:0.098,c162aeb4-06c2-436e-8c02-e6515a422179
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.098,4dfe9f0f-04c4-4d31-adc7-37328505309e
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,48169781-0730-4933-8704-68213aa379dd
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,0.0004918159633153672,II.4.3,modeled_data,kg/kWh,CO2e_value:0.098,6b091e3f-e4a9-4d6e-91df-f4fc5af3f095
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.098,169d3c00-5b65-44f7-8d9c-3ec1717de023
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,b94ca213-76fd-4c05-b06c-12ab0b2587d6
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.098,770c8337-709a-47dc-a83d-63dc5d5e3187
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.098,1829e651-92d1-485f-8ada-6cf10c13af2e
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,0d3ea04b-cce0-411b-8f79-2c56c766a044
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.098,020d2ef5-1ced-4c95-99a4-a241afb373a4
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.098,a15a887e-aed9-49e0-91e2-b848543f019e
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,25331a4d-4bc3-4604-86b3-fbd6764e8fc2
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.098,eba3b690-bc87-4a50-abb5-2b0db469078f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.098,f87c583e-82b6-438b-9308-074084e4bd41
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,a7f40998-95ab-47ab-b2d9-344df3652d81
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.098,0262db74-b33e-4c13-8e7b-cbc3532e82b4
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.098,8cc6ccdb-485f-4b5d-8906-abb2e3ec2503
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,2b1fc5b8-91c2-4cbe-805a-8296b81e897d
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.098,d806c174-030b-4de9-a1e3-049e1a53c727
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.098,ffe52e7f-d4a1-4dc3-b06f-2f6154f4cc4e
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,803ddf08-5fed-4aed-a42a-2bddaa391fb4
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.098,aaeadb04-0703-4559-82f8-fa276baffd6f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.098,43071eac-f5b0-464b-b55c-13488561794a
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,42e2e3ee-112f-4345-b7af-86184c317b3b
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.098,a422207e-644c-4271-a8ae-9bd884662dc2
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.098,e360ede4-efa8-48c8-a629-686d2275972c
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,7155ccb1-9a3f-4111-b5f0-120137dc7354
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.098,cc4bbf89-5c46-4cb2-8488-9f155d9770a8
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.098,bd9ed068-86cf-4862-a67d-7098115dbf9f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,9ac34f01-35f7-480c-9f06-f24b41a04737
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.098,148598dd-104e-426b-8c1c-d5de29b4ef81
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.098,efaa0c2e-7ee7-4ddc-bf1b-458e90b589a7
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.098,e860f525-ea4b-425b-9d65-3d7769b3ddd1
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,1.7895135173135462e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.098,d50b7381-705b-4e71-8d02-dee5d69384ad
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,403ee5ea-858c-4890-9fe5-57c987ed7a5c
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,dfb185d7-56c9-4951-9b40-1a6956fd1ab7
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,d502a73b-a297-42ab-8019-84d9e51b8917
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,70ee38e7-6952-4cee-bbb7-346db5c8a1c6
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a346c8db-78cb-4538-a181-193a4747ce84
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,cb1b450b-f024-492d-a5a0-a39308f228f1
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,af96c7d8-1eab-4262-9f9a-23bc2fa217ae
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,49cb2da5-3944-481b-8f93-c765b9b98982
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,46d6b0ab-7678-4a3e-a910-48ee4db7c374
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,937e2d04-267b-4c23-b97a-163be7968ac9
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,11a7d281-1fdb-48ec-9589-97acbc3fe7d2
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,39c17333-712d-43f9-b474-c70e178c4386
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,ebc4a558-727e-4fde-a6bb-fb1d03c501a1
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b65ece72-b4d8-4130-89cb-f43e24355cf0
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,7fa7076c-22c7-42b5-9e5f-8605eade6d48
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b8e16d48-fb4e-45c1-b739-eb9374308c82
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,bbea89e0-8187-4fb5-93b6-61ec19ddf5b7
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,fa7da743-5e21-4ea1-8b6e-3b042426a6fc
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,4fc0c7d5-4bac-4f02-bc97-9dd356ff0976
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,dbc086bd-b5b8-4daf-8fc5-eb4c099de90d
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,a16693d9-06a8-4ea9-a256-dfc01aa8529f
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,7ad02804-f830-4670-a0d0-373626f9dc65
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,92da9a55-db13-431e-8d5d-812ac351d1db
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,6b1f025e-3522-41d6-8066-6db6fc71d9db
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,3edf3c28-75e4-4410-b3fd-877ac8f0b8eb
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1bd2aaa2-4719-4232-b4f6-4ae22d9efe4b
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,94af876d-3f4f-4c05-9512-ebe786b116a7
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6b16fe38-ed3d-423f-8698-fbbbae72c886
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,c04ca837-1772-4a11-a083-ae7a360e0fac
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,0.009047485157612558,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,5dba45e8-f237-4f36-88a8-a3fb045c788e
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,158a691a-61ae-4f34-ac09-03cfefcd4ff0
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7a753a9a-ea27-491a-90a1-3a16f2acedce
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,18e522cd-6fae-4e9a-9551-0b2fef8e958f
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,8dfd9a27-fd17-4d8d-b45a-553915f6fef0
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1c2d3b44-f921-4a82-bdad-a4da6cfc72c2
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,fb2142e4-f903-4ff4-9276-679a52bd504b
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,c0da4912-6e3f-4edf-a5f5-52df85f4c529
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4c35d801-f0b1-4c5c-8f30-318b3de5d14f
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,d78d6d69-5d4e-477d-8f7f-0c4a287f571d
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,2f049ae7-efc8-4196-b052-be3eb9c894e1
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,eb145cd2-d9e8-4e6d-88e0-8009d3cb4921
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,3eddf658-a2de-4d6e-8334-47bea234b781
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,14fe443a-43b4-4000-9b0a-86b54b8dff00
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,e62a36be-d985-491d-ad2d-c14f874bf9c5
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,2ad3f753-77f9-49d1-b287-43563d2ec87c
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,96225f57-9983-447e-9dca-287237236214
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d63b7873-a669-47e9-bb3b-842283ba8609
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,fcf1f7fa-380b-4637-8461-b09f52ad5728
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,809fd43c-593e-4935-a65d-c2f8af3c5d3f
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,36d52d2a-2351-40e0-97ef-68a9a7624b05
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,378aca61-740b-4378-8f10-04b5b76ac284
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0ca6a44f-6489-4d38-9323-13cb584c2e3c
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,0bc4755b-ecc4-4ba5-917c-264a26b8cde1
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,02a05972-ae6f-4b63-83e7-d69a60b21ab5
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,235a2c37-76cd-4a61-acfd-b54a11056b86
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,fe89036e-7b7c-4a03-9671-bcda2bcf3df4
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,45c7935b-5538-47e2-8638-e4195098380b
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b2e62c31-5ac7-453d-a851-b49c550f5f31
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,759edfe4-f9e0-408f-b69b-e71ec6b9e15c
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,5.6926290840683036e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,732a87f8-cba3-4293-b77a-df8fa1730bbc
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,493e5161-bf8e-4348-b55c-5b3c668503c5
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,394cd7c1-b407-4d96-b3c1-57933c0a52a4
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,c77c927f-9e6b-4003-81f2-6ff4cbb72a55
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b9fb1fde-d94e-4b17-8776-6eb67c82382d
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b277a15e-e342-4b5c-b536-49bab5f880af
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,8683ac48-8270-4caf-bb59-e6e941efe4eb
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5fa35026-dd92-422d-949a-427cf44a4475
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4b8fb244-3c5c-495a-ac28-55b0a28b3933
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,f9de67bf-3e7e-4c88-bb25-db7d9ebf2223
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,cc1140d9-3d0c-4702-9bcf-de7e9d22fecd
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7ed8cc37-2d00-41c3-aceb-c1d5bcd93813
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,3e9be156-b276-4a98-9ba5-511dfe8a687a
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,06137d8c-a72c-41a9-b17b-74f4066f4ca4
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,fa6f399a-23fd-447a-9d42-aec03dbd7af8
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,05e3eeaa-59a6-4bd7-a66f-6866342fbec0
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b1dbbdd6-11b7-4f98-8da6-2f50c0664e33
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f03c5f78-0a91-4ec7-b85c-8d4773fa2c87
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,36dc1736-bd1c-4e88-bac4-c4f57c1b54b6
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,8e7a3264-1fdc-4d66-9a4c-611d4ca98902
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d992cd51-b726-4bbc-89a0-ba6c6de78f1f
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,7d250f28-445d-4c59-a898-b263eb3fd24a
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5c6e2a5e-fec5-422b-b67e-09da01fcd9ff
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,026d7310-1ca4-4195-a155-1c43d62590e0
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,3566aa3c-0125-47fb-88e9-f62c37946c7e
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,56efabf4-e6b3-49af-8b21-345c45f2a6b5
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d8de4a8b-b04b-4e6a-a214-be805633cffa
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,d2d1d9f0-bdab-4521-9e31-4a2c0f6b3787
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,613daa5b-cb77-421b-8d18-ce72f1291a25
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a74e1adb-3cf6-4f45-bc08-ec72480e6b4c
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,2.0713107045816294e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,acf0c1a8-9f67-49c6-acd9-bc52a412197f
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,07fb1b56-f376-41ed-bf92-b74fba154dd8
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,9ef29fb5-32d9-4ec8-8521-85a306b3b118
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,42f59673-6c82-4f05-9916-77f9b06e835f
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0caa730d-d71c-43fb-b909-85d220200cae
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,1c6be266-6619-4dd6-9a0a-0f27ba8c0514
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,e3d55c99-1cd4-45c1-9565-d2224880023e
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f6a0646e-0ffd-4212-87e4-7f85564fdc07
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,1ffc263b-0206-4561-830e-bb24fb5d65d8
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,c906200a-9cd5-418c-aede-5a58fad08e0f
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b595ca7a-d815-4b57-99d8-dc7316c7ab13
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,0987640d-f424-4d87-87af-2f238e68aa51
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,9bfe2ce1-e171-4f4c-8b93-505d7bfa661f
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,24f59eeb-272b-4f67-9674-4b54a565ccc9
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,93be960d-1475-4e11-b441-71ec446656f8
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,8b91e61b-be6b-432a-af59-2f454f572e17
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,4faad435-621a-4743-b2d2-ff07158076eb
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,e360d1b0-3669-4f68-b778-851a2181918f
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,387e85e2-2df9-4f43-8cc6-b92e6c1e3672
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,534dc0a8-e880-4dac-bea5-d96addf053d4
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,eb90fb24-0402-4036-a8cd-91d02899ecf0
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,4087a283-c5d0-4fd4-8d79-daed9d83574c
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,81086395-e4ab-460e-bd12-97f569680c99
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,505709dd-9cbd-4922-9eec-e121e8c07388
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,be4efa4e-e944-4d87-a8e1-fb1910ddc789
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,a94680ab-8718-4e80-91f9-9a8b433bc8c5
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,78560c3d-d7d7-4dda-badb-69b2c1f4af07
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,3152d320-7221-4197-8bb2-3d601500f593
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,82d8d75e-c878-4029-b21d-cbed4deb91ef
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,c57f7a4d-5e4b-4255-8d37-80a93a60651a
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,dc7fafeb-f434-49f8-b210-de0a54a9308e
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,e781bb2f-8485-4f06-abd7-018cc250f2bf
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,37f16f91-51b1-4aa0-bedc-37b7de4b3c1c
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,4aa5b6e1-9436-4bda-88c4-42ed756b06c4
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,37c00fd2-67fa-4408-93e2-87b1c83c16fd
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,7866c0c1-2082-4e0c-850c-ebf801882228
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,a0a31293-537f-4229-963b-95bb3785ed99
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,a1a14d4b-47a3-426f-be60-52076b72a502
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d59145d4-bc54-4ab4-b822-68d62c7c3fe1
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,f4137be7-9d02-4bca-bce5-e0419d5245c0
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0414ac55-a1f4-45d1-b236-825a63428bd0
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,87f3fb5a-d759-4255-81cd-1d27a45bba0b
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,fdd5cf57-7c3d-4f2f-982c-42ab0e9d004e
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,176148c9-c641-4d6d-a601-0b9734f96b1f
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,af00f07a-fea2-4056-bdf5-8464756492fd
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,d5f5fd69-7534-48b9-ae4c-e9edc4b1fed1
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,56ce8830-3f4c-4579-bd6e-7dd93527c6cf
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,74c25603-9d71-451b-af7b-8c8bf6a21d11
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,a7a357dd-3a08-4f5c-a7f0-44951d9dbb05
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,acc68165-9758-42af-b930-57f338a4c71c
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f4f625f6-6c0d-42f7-bc31-211e09e05f2e
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,bf795d27-1457-41c3-ba62-6f7fa97c94f3
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,2e6307f3-0a6c-4597-b226-6d76fd4529b1
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,abaa593c-e4a3-4bd7-bdca-e60124e4bb97
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,f2cfb255-3a69-4681-bf9e-eba067530578
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f751dd40-0b25-4eab-98fc-42aaba761c2f
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,e9cf18a5-9855-4c7f-98a0-5c57278e86e3
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,8921c28d-2db1-4d8a-853b-f260af42908d
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,472f96ee-2fe9-4385-bcd2-3b15eaff4327
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,3e1c4265-3b59-47ad-af94-429d17510688
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,f70341cb-201e-4c44-a643-78a4b82d056c
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,1d8ea7f2-eb8e-4483-a4e5-cfad74e3aea2
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,c0ccfe92-2cb4-46c9-8f56-617da7dec75e
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,a74f5602-9680-4232-bce8-c7bbb3779c8a
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6a11ef15-0b53-44b9-a917-fbdaf06c220a
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,04b6dc1b-b17c-420c-af91-0220baff19cf
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,23424261-ad7b-4ab4-b001-e24add5bbc62
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d6147bca-3213-4829-9622-d5aa67a1a2bc
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,755c5c97-53bc-4217-8a1a-4cb988212edc
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,42094b01-8414-4baf-9f5e-41091eda82a0
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f5fd353d-d837-46b5-907e-856fd51df6ce
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,0b853b05-3472-4a32-86e2-cfb12bcda222
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,f30d85a2-cfa5-4db0-b960-a97a13589cb1
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b2dbcae6-45ce-4df2-a848-027a9adbcba8
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,24f63d4d-2062-4b5b-801c-e4199221464c
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,469a6598-1b67-4d62-a2c5-e75c0bb15c6f
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,c58ef3d2-3314-4893-a8a7-6f72a11c16bf
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f1db8361-5154-43a8-bd21-7573ebcfa4be
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,6d190c64-05b2-48e6-9f08-723b05b2745f
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d0e78a3f-95e0-413b-ac2c-4dcf089b670e
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,e7d0593c-0076-402e-8582-58eeed2fc2be
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,30ed283e-ada9-46fc-bebc-b47b681a576e
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,fc12299e-23bd-4ae4-8251-6edbe1d795a7
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,49033d60-22d8-48da-bf93-7d21b017ec88
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,eb3e267e-d9ec-45a8-b10b-0589cfea4d59
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,b14b3fac-6511-4dfe-b22b-4540cd14c59d
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,736feb6c-ffae-4d9f-84af-fccc9bca6c08
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,50e7bd76-dcc9-474f-923a-9f3a469ecdc3
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d282ae69-d0dd-41a0-8225-42d94cf57745
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,a1950411-bd5e-4a8b-a163-05b02647fdef
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,27037d99-921b-4d8b-8040-3d08d50c1288
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,adf63aa1-78dd-4553-82bd-ece42c170cce
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e112f630-6268-45e9-9f9c-3878db154f18
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,e92065d2-a91d-405f-a50d-4bdeadff1192
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,0d3dca2f-d0b7-4e30-bbb4-689baf0b0e13
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a4423308-6394-4d47-9566-ae5ea78fb890
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,19e40fb8-24b8-4247-86e5-582e04bdfaff
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,5cbb4088-e6d8-4b93-8561-f7d2848edf9b
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c66ea90d-6390-4181-8bb6-c867b14d66d1
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,05995bc1-b49a-427e-8af9-392f3c452505
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,b425cb13-22b1-4d11-86d5-29650878f097
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,de59b650-a445-4d4c-affd-4badc1baffa6
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,ce7f4a7a-8ee1-49f3-9da7-620ea4b68310
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,ea2ff8a9-5d30-4f5d-a5df-f57525615bc2
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,2d78593d-5974-4ca1-b115-023adc255df6
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,6f0e8b7f-0d07-41b1-a8e1-1f3808e08ddb
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d3fb8381-9e25-4cce-b7b7-cea6066edcf8
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e1da5d15-e0ae-4362-ad19-4e308a7d49d5
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,424e7d0b-d74c-421d-8f3b-84fd7023d7df
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1e39a9a2-079d-4c4e-bb97-48df4bc9dbbf
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,30b6cb93-05a7-4d6c-83c9-9dfa6df0db44
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,8348d08e-d27d-4d4a-9ccc-64ff9abdf59a
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,3692c817-8228-4df8-9c39-afe361931b71
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,65644305-16fa-499f-b690-d97e77ae93e2
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,46daba1f-d08d-444c-b623-c234bdd5a811
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,29caf849-a31b-4467-843f-7f049208519d
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,876f2893-d584-4845-a3e6-c8982abd99fe
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,79094d46-0e16-4c8f-bc72-4dab7740f655
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,91744c5a-fc34-45af-88be-9ac2b93bf6d2
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,108ab179-f946-43a5-97c3-555edef5615f
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,0.05112729939034873,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,660234fb-4a71-4520-870b-5a2c3cfb344e
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d2c9f981-0183-4a88-9961-475c1dc9f1de
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,b90c9a21-efc1-49a0-92ef-f5863dca9395
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,6d67ccfd-6dde-4d1a-ae61-3f6d1b40ef91
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,99ae2b0f-cfd7-4dfe-b9e9-42117a87e48e
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a8db46d0-c84b-4253-b23b-60cd97d19297
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,14cb87c0-a4e5-46ea-869e-f2b9ec4708a7
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,922bcb08-a1bb-483b-a0a5-134dc098a2a3
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,253d3174-dffa-431a-b7bc-d74ae6dfdf86
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,b3946674-79a3-4ed9-9383-487c59ac1bc4
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,29d36a18-409e-46a7-9dea-f45972ae9eff
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,30ca8cf9-950f-4712-b45a-2e93bd7aecfb
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,0265ae5b-fb49-4418-bd9e-9b4c8391c39f
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c82e60ce-3d29-4ad5-84fa-4ac57d36053b
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,86cb620e-09d5-44f1-8d73-d6c763535132
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,9f06ba22-56c3-4b3f-a350-e5153d00202a
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,85523a73-53da-465e-8f74-4bfe305897d4
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,426cd756-9233-488d-a33b-7035cf24b6f0
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,3bb0bd28-ec26-4474-b533-e29804d4a152
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c1bc0fe9-db16-4b12-82fe-5b4cf6912277
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,213dffc9-c3ac-4c0b-b70d-62ad20339f48
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,e4f5f870-209e-42b6-94d0-edb8a61638b9
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,b7ab436c-0b3e-41e1-b1ea-bd337d6e6ccd
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,df352271-42ab-4e2f-a1ac-94eeb53a1848
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,961c51a2-8bab-46a5-a21e-51ddad63ecce
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,33c2fe74-f84b-40a6-8f05-875e756a3d4d
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,949f22a7-f2f3-4012-81d7-fe9a320f9120
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,e674e7df-aa16-4be5-8f5e-4dfdd5376537
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,68a81c4a-cdcd-4804-9076-507de41bce2f
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,184148f0-e6cb-4b8a-94a8-2b4e4aec5fe6
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,0.000321690222674174,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,54e5ee05-0022-4560-a24c-b89b1d9b4f39
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,adf69ffc-cd2e-4185-8fb9-547bf28609d4
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,149d5199-ef1d-47c8-8ab2-4f7bf1c2187c
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,47d490f3-91b7-4a0e-a4a7-37a5e6d79ef2
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,a4812ec5-e300-436c-8492-fae24e452bc8
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,5707ce61-57de-41ac-91d8-fc66ab86fdd3
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,dde0d456-7271-4338-8a59-4a4890234862
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,e6e1d663-4bf5-44fa-ad8c-bc46774184dc
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,0e2aaf15-7105-448a-94f3-38971825a4ee
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,9d978b65-235c-43d5-80a6-64792b1ec737
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,0593e6c9-0c24-45b1-a2ab-f6a5844d4cd9
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,ede5b915-7a67-460d-b24c-d047ff2c896f
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,27518034-666a-4759-8258-ee1c4c37a170
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,2c0f7947-87c0-4bec-9375-8365515add23
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,38984425-8915-46c4-aeaa-075a60ca9c3e
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,74effeee-5682-4494-a99d-bffc323a37c3
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,8086f43c-8401-4c2a-a95e-789e48cfdd02
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,f4f2ca39-e6e4-4431-977b-55559bac0c87
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,c82da7d6-1b78-460d-bc46-2c05fcb1d1fc
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,d0b214dc-0dbd-48b7-883c-f56b20319fc5
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,821b9cca-c1fc-4e9b-b9db-d6d18408a3ef
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,b3b020f6-ca4f-4685-aca1-cc56df7caba3
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,3ca1dc07-63c2-4ce4-8932-25063f1da99c
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e7d0b98b-10e5-41c5-8acc-aa6ec9d6423f
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,4ce3d1f0-0ab1-4916-91cf-9c275571ca6d
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,706b595a-b0be-42d5-8bd2-0fd91cbc7463
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,6bab908c-73d5-4c07-99aa-be85c7efdc64
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,1b823ea4-250e-40a0-8b04-b764bce9e4cd
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c71330b6-3e30-4694-beda-16850cf9cf6b
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e1635d46-0402-4ecf-b09c-d0312bd5a405
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,1.170496780914577e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,4bf82414-b24a-41d1-b601-2d869639a1ab
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,0c45a74f-f644-4c41-8f97-f684b41a8357
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,e29367bb-baef-4600-92dc-0c68b350675c
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,5c7794db-a3d5-48bd-bf82-337c3df492a5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,b81a483f-e047-4467-9df2-13f2a3d3a0a5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,b55e0e63-a754-40e7-b091-9eaabc219816
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,d4e6feb8-2fab-4548-8eac-ec20775decc5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,ce3bc125-475a-411d-98bf-de7c0700ee56
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,214cd62e-6c3b-43b3-b1fc-1848593611c8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,70c3fdf6-6317-4423-9922-2b6001d9b933
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,60df5074-ff11-41d9-9db4-44c0b4bb6731
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f2feffe9-19e1-4be1-8c05-7793903c5540
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,dba9520e-eb26-43fe-a0b9-585ad667d84b
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,9d67859f-d55d-4168-9efa-8d150a3b19a2
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,50d0a019-981f-40db-9186-77b9ce50b8c9
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,0f0fc0d9-0b41-4aa5-b47d-bca70a7766f5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,45a32ae2-db07-4ea6-8e58-f4ded1b5e07c
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,5d78dfd6-0990-4478-b2ff-de17cdecb7bf
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,ef12d302-29f0-4ee9-95a0-8fe901712fc9
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,5304da5c-6582-4067-a231-189c7420f5c3
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,59b3be0d-6afb-4e5f-9715-393f72f7d4bd
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,0b32a698-7ed1-4a9b-b093-1ad8cdd2d3d8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,50fa9581-bc6f-439e-9c08-312aa65abcc8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,e3047b43-b1a7-47f9-b62a-f9c72ad752b0
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,4866ecea-ee22-4790-a2c0-d1f66a3bf719
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,674b2fa4-286c-4c51-a545-9ddad006e437
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f8a9d56a-a9d8-4833-b2ca-7770b369747e
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,01148640-24fa-4277-9be4-dc7a99130236
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,6fe94f21-9a82-499d-969e-68a6b257163f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,2b52df8c-1d32-4ad0-9c99-17960d2e83ac
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,0.009941649099769505,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,1c820aa0-8cf7-4981-b87a-9df9121e9ca1
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,e07c3de4-c524-43e6-924f-c4c7a74e2056
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,cda2a2a5-6615-46ce-9486-fccfe9c7ca9e
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,c30fa44a-1969-4456-9c57-b70b7b3de606
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,d2179785-1e50-47d4-a4f9-a38f8d7d9e2a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,d3531557-3d46-4dbf-b470-28e308b09272
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,53e8c47d-38d4-4cf0-920c-7829e98556e2
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,7159d5e6-92d8-4713-93ee-e83acddc2332
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,80797f88-1d99-4a1a-900e-5b656f47ce51
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,41e5270d-c240-42d8-b7f1-093fa5368bc7
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,32a69a54-311b-408a-85c0-011a2323327f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,6b30a91b-36ab-41fb-ad52-b175c459e804
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,a0afbaf9-74f0-47f1-a1ef-113ab170932b
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,848bb824-72cf-4e49-9a99-209a50b71e75
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,79a622fb-f174-4bb8-bf89-a85f6ab158f8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,68af2c66-f6cc-4026-8220-9d8ee70c2c38
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,15e847bf-f00e-4852-81ad-4aa685382fdb
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,733c2009-b3e2-4546-9093-4d9eaa9f480d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,1e8712f5-6804-42eb-aa8b-cdd8fcee061d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,7e783aff-1be7-47b7-81a7-9a7d63143bbb
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,ad4c8eaa-18b8-4520-b404-799c16b7daff
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,9d047771-7273-49cb-b6fc-af18d5b61b8f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,552cd3fb-d538-4d16-a251-e1c5d7d22bfd
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,7e6b577d-1226-41ed-9df5-bc78d17c2d6d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,31243a88-cf46-4884-9b05-0b6765b4da74
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,c74aebd1-3183-4391-b888-95dbf37afac6
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,643936d6-07ab-4490-8ddd-e061dcbe967e
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,18b8df5f-0897-478d-95c9-ab7a7d481fbe
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,afc2817e-9d2f-4991-9f75-b281f86bb8d5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,85fb8b37-1307-4107-9a25-1a4d4ba49214
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,6.255232235593228e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,bbc23c84-43d9-4461-96f0-7d94497a27ae
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,51b56fc7-cd4a-4114-b304-f3232a0dca68
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f03e6f66-4fa3-438e-9f0e-c2cb4c82ebd4
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,5bf1821f-33f9-4751-80ca-dbeed82ef15a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,b27f19ec-436f-4a1d-baee-d432e8b15f57
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,9d3fdd2f-8b1e-42c9-9621-4adb53680350
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,9a50bfae-4851-48f7-92b1-d58c25044ee5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,221e452f-1a99-430b-bb74-5c72838095a8
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,c33b592a-a55f-4572-ab34-1064ac3bf8da
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,a91af7c2-4b57-4d7c-9e09-f2f09c0adb78
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,4ef4f9d0-5d54-4c6a-ba99-9ad71e75938d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,2e2fe60b-9277-49bc-aa3a-2b4a1159b684
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,9e7ca0d2-6bdf-4d4d-b72f-204a8b785a6d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,79bfca23-3780-4170-aa62-d2adb9a01ae5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,855c9ec8-0607-458b-8f53-a83a3eee88d6
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,939b6060-9032-4d10-b3b4-769dfffa7cf7
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,3ca0d0cc-9762-4cc8-91cf-f2ea91f2614d
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,963ebd7d-5cce-4e31-b8d4-85ba3b2843d0
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,e18620f2-9ebe-4649-974c-a050591e1681
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,3f2d2a38-7415-452b-8dd1-8fb98a1dda2e
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,c501c3e6-bff0-4d8f-a4b5-478a0df745cf
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,c34423df-11eb-4a9e-91ba-68475427cb86
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,5105a9c0-3b4b-4edb-830d-e2ea30e1fc9f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,704a5d02-ac8c-4a12-a02d-57aa781382fd
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,43076ac4-6302-4940-b71d-bce9841aa195
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,807519af-5641-4a14-82e9-e45a3989e4fe
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,d0fafd8b-6d53-451a-874a-2b0ca9579461
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,4b852ae7-a08c-4dc4-85e6-4a6f4835e10c
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,11a293c3-1fe1-4c1a-93e9-512550c7c41a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,a4619e2a-3607-4462-8265-84cbfc155d4f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,2.276018566797048e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,c1a3071b-88e0-4b25-9fd9-1944e7c93332
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,4c45ebee-4f16-4518-a4c8-822bd524383d
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ef3663cc-ef6e-4efc-8b18-5af348237787
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,97cefcf8-9f7d-4fda-b29a-942f6a57bfed
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,5d5d5126-0b37-4bf7-b298-e2d2d0ad4095
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,0ec56083-515f-40e5-b532-0683a406efb0
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,36c6e550-963a-4887-8e4d-9f055697e511
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,51779afc-8233-4961-a368-4962b1fe30de
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,e7655707-f0de-4d51-bbc8-dac22a880d5d
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,f417e38a-6795-49e5-8896-fa9e866d4aa9
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1521e46d-9e40-446d-a279-88e8b8b873ae
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,badacf16-02bf-4687-83c1-0775d75e1c8b
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,75755bca-ec1e-40b3-8ef8-2d0299929f6d
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,565ca865-b33f-494b-8ac1-f6c20f6b48ec
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,1bcca58b-2cfc-4724-8c9e-21eb15c1c591
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,93e653ad-3bec-4fee-8051-54e6aded4f4f
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c6041308-d39f-4df9-948f-2a64adbaa02b
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,9b8d5035-807e-400a-a91c-69687617ccd3
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,1919ddbd-22fb-4a26-af0a-fe39fe5432ae
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,e1a12960-3c82-41b2-aaf9-b5e9b0daa45a
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,67e1409d-8ea3-4791-8bed-75dd3207e4c0
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,7c933114-78fa-4b87-a6e4-1c6bd1bf3769
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,658743a5-4ea7-48b0-8bc6-dc54cbe75098
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ec53520b-4581-4957-8908-b9780c21adea
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,04d2899b-cde6-47a3-8b2b-ad9c60df14d5
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b11c3618-b767-4914-aecc-fb0b84f4dd58
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f8fc4e51-02bb-45ed-badb-1500246f36a1
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,6b5f8677-6591-4af6-a9bf-bab95804f626
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,fed69c42-018b-4d0b-a234-8adc7449e214
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3c5a4e0c-d706-443f-9fd2-04d9ad4c7410
+LA,Laos,2021,Calculated from Fuel Mix,CO2,0.030223909679313446,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,ced16304-7569-4fa2-8b42-bfd1108c429b
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,423a545c-751f-4076-9e52-72410d29364c
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d14bc74b-1a57-4a7c-8403-f390651998a2
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,30b2fff9-a318-4e5d-b0da-f66518c4c884
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9edd72c4-da4a-400a-b09f-44b8ea409746
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ca005f15-eeae-4876-a319-5cb652f4f56f
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,be3c092c-2c57-460f-bede-42aa479071db
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,0aae7636-ed10-4e60-8195-76f41b785c25
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,cde2e9a8-9e93-48b2-b49a-6fc0d803b9a6
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,b50364e8-3668-4e9d-a5fe-6134d4cfaef4
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9cd98742-15de-4b89-b41b-1d408be0c6ae
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,5bae2e1e-ca5d-48d8-b334-762a0889d1c4
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,dc79ffa9-a88d-43fb-a696-e32236600b4e
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,a073adb5-7986-42a8-a1e9-cba938a7272b
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,e21722bb-7773-43e8-8bb1-7a02784f5b89
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,85c6caf4-5970-4d86-bd72-4bbb2e8b9009
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,17e7e450-927d-4bfa-98a4-8412ea6f5091
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,8e1ecc3f-9345-4b08-b6eb-0bcaff0bd746
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,cd740f49-c169-4aed-b104-05041e43c135
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,254003e6-169b-4005-b69c-fda00ca346dd
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,7d9cf312-3f44-4b00-bd2e-3c7ae0c65de8
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,81d79478-f67a-4678-a8ee-262111971b46
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1b15618e-ea0c-4936-90a4-30f11a691617
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b16b1c33-0422-427f-999c-bba467987ef4
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,ffd7747a-5596-42cd-85f3-3d7b30dffee2
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,671823ba-17d8-4b6c-ba11-ec8a0ece6cde
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,51584da8-1b50-4b89-b86d-1cc323537115
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,704923c2-24aa-499d-9085-f7fe38fcbeb2
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,50878c42-19e3-4b99-82d5-742b6399d8da
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,195ef5be-c5a3-4496-8729-2b138f710ac7
+LA,Laos,2021,Calculated from Fuel Mix,CH4,0.00019016721694198893,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,2ae216a0-6c37-4362-be43-eec846d24817
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,fa264b37-b567-4cc1-86b6-7b6a7b7d6a34
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f3bc7460-0c6c-49d3-bfd9-0fbd9dbbac5f
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,443a0b8c-4213-400e-86c8-e5c394c6a235
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,81e319b6-1e3a-4516-8f9a-27ce734cc87b
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f7d768dc-829e-4c3f-b283-16a8c3665a2b
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,a7031728-d693-48de-b1fd-a7579fd76ecd
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,844b98c3-fbf1-4d3f-8076-3f08408ddfec
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,90e97296-bb54-453a-960e-a3364fc815d8
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,bba340ff-7697-4b51-914b-f28b2b860713
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,26b45743-af42-4c37-83eb-3ec5c3c1ff45
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,c7a03c9c-c471-4bb7-9d28-9b48df181084
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,45758853-0d0f-4197-a5db-57b234c2838e
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,eb2da91f-aec1-48ac-8f6d-c729643ed6a1
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b11459d5-389b-4fc7-9e53-6bd628b75ed9
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,ba402633-55b9-4ff6-9193-e90f998e4045
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,74c7695e-a193-48c4-8535-2d910e12f445
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f2dd6891-09fc-4a78-b045-3aa4101c20a1
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,d6ee4605-6bf9-4af5-bb8e-ca010ca58bc1
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,eba171ad-2aed-409c-b454-d1d30c79802e
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,19e375e7-9902-4c09-ab84-f1f1f1f037e3
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,8795c681-37a9-4048-afce-531ad701164a
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,0d804fb8-2d3f-4c55-8c0f-1a3df64f23c6
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,779b2f4b-7ad5-4fd6-9d4e-841e7524d7ab
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,b09462cf-dd1d-4e04-95e3-04a9aefa1321
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,908d9f60-ead4-4e05-8c89-b308d9202011
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,6de40497-d331-49a6-924c-1214c326b119
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,9b76d9bd-cded-44e1-bf70-de73d029d23c
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,486ecbf4-b315-4041-b3b3-bedfd35e4216
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,fa919653-ff3e-48de-b61a-58a7d6204137
+LA,Laos,2021,Calculated from Fuel Mix,N2O,6.919393241601064e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,d1befc22-025f-40fb-bc00-3ede0ac9d5c2
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a6fc9876-4722-4749-babb-8eda74e2526b
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4bddfc71-7ff1-4280-b243-272f9701f198
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,f536072a-4518-40ee-be07-8236ad7e1bc3
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c75de7c2-98b9-4957-96f6-524738581e47
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a5b42270-cb60-43ed-b685-b1799c7534ea
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,7eecbe6f-caf0-4dd4-8713-5fd4839d85d6
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d624d291-f81c-4507-b715-53ac4e1633a0
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,347332a7-46fe-40ec-8a1d-d7adbab4693d
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,b4b1729d-2d7e-49ec-89af-defc24cfd372
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f17a246b-e0d0-4c1d-9611-e424309b16ed
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,28acf248-5dc1-4806-b911-50876873c084
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,5198470e-42f4-47f2-bcac-d99a51165e77
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3f206d8c-e2d2-448c-8f87-495fa5c1d56b
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6a97788c-47da-414c-9521-9466fea8aaa0
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,38420e37-641c-46e0-9bce-b829320b7a2f
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e594f4b5-269e-452f-8495-f3e0d9ab0b91
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,84cfc922-7c41-4f4e-a7af-975200a29300
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,032b5422-b4c3-419d-9411-6ac4941418b6
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0cddd00f-c22c-4f8a-89a7-5c219ee59d7f
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3f3dab27-9546-4ff1-a506-35cd7d5d0c0a
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,e3e280d6-f58e-49c3-82f7-949fbf1ff18a
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c06b0547-0d42-4c47-92f4-e1062d638039
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3c48ea8c-f8bd-4832-8ed9-3afd7ac2fc35
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,365e8194-1287-44db-87f2-8dbe943471ef
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,864366eb-5ba3-447b-8e76-ca121e365650
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7af368ee-5763-4dc4-b8ae-53d2bb161312
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,3c9181c2-777c-45df-b1eb-8b7e96e3593a
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8143eb78-a923-45e7-a56a-bda74e2f2ced
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2ea75c28-1572-4060-b6ce-5cc9b98f77a3
+LV,Latvia,2022,Production mix factor,CO2,0.01454768,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,35d26b99-8b88-4340-bf80-e2c9173126ee
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b212b7d7-5d33-460a-97fa-11977b47c60c
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2c427b5e-71fd-4aba-b697-af00af8760ab
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,4de6db58-9679-4b8e-9adf-9450cb3b56e2
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,32175791-a5e6-4126-ba88-468c6f76662f
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6f8f70e9-ba31-480d-a7a1-2c2d812f299c
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,5a9721a5-8650-4ef0-bf91-93d23429e7c7
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bade488f-2304-437a-af91-f1e9542b3444
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9fe66be6-bba0-4721-bd71-9c44421f9601
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,5bbdc275-da5a-4860-bab8-d86d0faea888
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,647b26af-47ce-445e-a10a-b2f40f88ba14
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,12bafd13-93ae-4102-bbfd-8e992205b7aa
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,68f2e759-0506-49ff-b4db-921fa0fb75c5
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d2135981-c462-4ba3-97fe-86c93661e49a
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,acc1142c-76eb-446e-a94f-e84f6462f7f0
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,a8f8b24f-63e0-4484-a5f0-96e384fe73e4
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bf08c9b4-716f-4e21-9bbf-71de97bbda19
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4fc300e3-a076-4d42-961c-5c5776bf4214
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,b1b6293e-3692-4826-a29a-a259566c56bb
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,52eae4ae-ade6-4c87-adc1-ce220a0697ac
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b28755fa-5e7a-4f3c-a706-622702abead9
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,b55d75d6-452f-492b-8b34-1749cab0ff0c
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,147b338a-e7d6-4444-98eb-6a02e86db074
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1dc805ee-3e25-409e-899c-f30c096d28db
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,a3d57f69-85c4-43d1-91c4-afd121093ea5
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,853fda29-2094-4ff3-a8d3-de6ef5506841
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5996fadb-aacf-47de-aa8a-684a54ac1bd0
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,4e5c781e-78c2-4b33-a99e-c1308657361f
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0b19d1eb-ceeb-49ba-8b37-fc08dd8a8b0b
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7bbf6afa-6dfb-4439-bc14-dbe858f0175a
+LV,Latvia,2022,Production mix factor,CH4,9.153322147651006e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,a89bea39-0a36-44a8-babe-0a8e43e81c5a
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5671d471-1386-47e4-be2d-3b7987828c6a
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6630f034-fa5e-4c10-a50a-bed06548482c
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,e69dd957-ebfa-43e0-a9f7-0626ab3724d6
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,94e6c30c-ab35-4ec0-ae01-38b8ff0b7bcd
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6686a3c9-22b0-4547-91a8-5c416edced7d
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,8899b61e-0823-4f89-a1a6-fe5d39aa846d
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a19301fb-0007-498b-83ce-5af4cad43790
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2a0e1b44-09bd-464c-8197-0c404392577d
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,7f6da156-8102-4a24-afce-14b7adfc7c83
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a93fd05d-9e8a-4a9e-bc18-ae6a776be817
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2c527daa-3a36-44f4-a4a1-074bcdc43331
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,87f61a16-31b3-407b-9f83-56c3a4209950
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,aa83e7b7-8bad-402b-b783-39972e059598
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,397ccaf5-da85-4916-9d40-237426e01c50
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,639bece0-006c-4f3d-8409-05af6d13d150
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a3757a2e-46f3-4e1f-98b6-b8db7c6169a2
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1d64e5d0-5ad0-4a8c-8c89-a296fa5025d3
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,c9095138-74ba-46c2-a506-053b932b77ff
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d0a5fbd5-7584-4f0c-8bcb-b36e0d7fed14
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,33483263-7915-432e-8122-e1d1ceb0e7c8
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,63587de9-e4af-4ecb-a65c-fc27f3b63e56
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7de09f84-7961-4827-bf2c-c11ecce214d4
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2208cb14-0acf-4f43-8ec1-1ee66efedb58
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,0ae160e8-e2dc-4225-bba5-a3a5c7ba90d7
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b42eb0ab-d69b-460a-beac-9bcd53fec720
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1827e528-cec3-448a-ad08-c56b62f67e9d
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,593c47e2-f882-469c-b4fe-ff4809868121
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3ac5aa0a-8a72-45ad-85e6-71f3c28262db
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,49311dd8-ca3b-46c6-865a-4e88ceea4d4b
+LV,Latvia,2022,Production mix factor,N2O,3.3305128205128205e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,97b0ca25-0d44-46e7-b67e-2562c83af78b
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.1,04792edd-e5c6-4a8a-9e5b-31a613e2308a
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,7ddd7920-2b3f-453b-b713-1c6d47a4093e
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.1.3,modeled_data,kg/kWh,CO2e_value:0.1,47748e90-173d-41d6-bc53-d070a00c9497
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.1,06640d37-9ae7-49f3-976b-00950b2858e6
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,3f5b7ea0-da80-4bfb-8e51-326bcd01d88e
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.2.3,modeled_data,kg/kWh,CO2e_value:0.1,655d7ba2-eef9-4b7c-bdca-34f8503c2145
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.1,520fc713-7315-40d4-87c7-ae8464012955
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,fc8608c0-d5bb-411f-851f-ba9aade79b1e
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.3.3,modeled_data,kg/kWh,CO2e_value:0.1,1a811980-1036-45c2-99de-794473cf177a
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.1,fe54d514-f431-4670-bae3-3b4fb4d9dac6
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,44ec8b76-dc69-4ec5-b111-e13e06d74d91
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.4.3,modeled_data,kg/kWh,CO2e_value:0.1,0671cfd6-aa8e-4943-9e15-89f4258f307b
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.1,a965dbb1-f4ea-4442-bdf6-b6959a41eea9
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,10c0db33-4a2b-4db8-b847-b40c142fa961
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.5.3,modeled_data,kg/kWh,CO2e_value:0.1,77143a0a-4d95-4ae2-8de7-9eb8ab30799f
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.1,5639bac7-7034-446a-9261-7cd05d0d53b2
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,1ffdfcb4-f160-4170-9498-642a6a70a880
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,I.6.3,modeled_data,kg/kWh,CO2e_value:0.1,a66ba2bd-483e-4315-a077-b091263bbdc0
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.1,01a6eca4-995d-4f1e-a230-4e5028d42e6d
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,fe19593d-5593-422e-9613-f88922277415
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.1.3,modeled_data,kg/kWh,CO2e_value:0.1,cfb5d37d-9da5-4477-bb95-8061ef1b4e9c
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.1,e0a2e391-0acb-4409-ad06-6f2c786a5ad4
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,6578318f-f51f-4a25-9273-325d3fec2f62
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.2.3,modeled_data,kg/kWh,CO2e_value:0.1,776e5e08-30e9-4cb9-8509-d4dad50f8bf6
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.1,e0b08aaf-6651-472b-b74e-25c2d5875f2e
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,2ff1e00d-1756-4aba-97fa-89d8d780699c
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.3.3,modeled_data,kg/kWh,CO2e_value:0.1,7108ed87-76c1-46e9-a26f-1784bf0f096f
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.1,2ad02cc3-9524-4288-9d85-e8fe98d4d9e2
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,1e5230ec-ed15-4289-bc35-ecb80d1167be
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,0.07980200503140751,II.4.3,modeled_data,kg/kWh,CO2e_value:0.1,2778d66e-6c8d-4fd4-813e-17cca04276c1
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.1,4ccf0959-59fa-453c-8228-2203aa70c923
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,57421398-0cda-4d68-a7b8-82a28fa2f6af
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.1.3,modeled_data,kg/kWh,CO2e_value:0.1,a825c232-ad14-41dc-90a3-043289b97875
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.1,44eb73a7-012a-4d24-ab7c-7de530c1f1f8
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,fb670d34-2eae-4e91-a40e-c71642ba50ee
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.2.3,modeled_data,kg/kWh,CO2e_value:0.1,a632abbd-ba9a-4a27-bcc2-08a34bcc5452
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.1,64afb0b3-405e-4813-ba9d-2757652749cf
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,a57d4ecc-a868-4c6a-91bd-be3ba8158483
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.3.3,modeled_data,kg/kWh,CO2e_value:0.1,05abdd27-3419-4b2c-b1dd-3decf4cb0a69
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.1,a922e310-3216-49bc-bd8b-d5a7f5ce0310
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,076e2353-e617-4ffb-9a6c-ab60701c406e
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.4.3,modeled_data,kg/kWh,CO2e_value:0.1,89e337ac-e4a0-4a5a-a34c-008125d5804c
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.1,726bd901-46d6-4bee-b3cc-ef381e8516d4
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,3a1e27cb-4231-4053-a419-f9097e0bf82c
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.5.3,modeled_data,kg/kWh,CO2e_value:0.1,dd8073b1-8f17-4274-b2e3-f4674ca80535
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.1,c77ca69a-0a94-4bae-a84b-4f052876ec17
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,d39789c8-0308-4080-914f-a4ad9e4365c1
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,I.6.3,modeled_data,kg/kWh,CO2e_value:0.1,1b3e2f74-f281-4498-9312-6a075f85b97a
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.1,0b978031-c9fc-4b20-b1a3-13d023d618d9
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,52ac8f01-6d39-4359-b01a-b146a63a9a79
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.1.3,modeled_data,kg/kWh,CO2e_value:0.1,b267d4e6-d0a3-4ae9-8a26-515705862258
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.1,c916baff-4e8c-4df4-bc65-69acc5013e48
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,10c67b05-1c87-42da-a8d9-c586e690bcde
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.2.3,modeled_data,kg/kWh,CO2e_value:0.1,4c0d19a9-cea6-465b-803e-a076306669d6
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.1,107d3ae1-3616-4ddc-bfe8-3951dd10c564
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,a05dc99e-c6a2-477a-8c28-5a26b731b613
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.3.3,modeled_data,kg/kWh,CO2e_value:0.1,ccc56860-674b-4ca9-abea-611d9c2b13c3
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.1,377c48f9-8c97-4e8a-8fad-e71dc30c12a5
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,7d9eba7c-d9b9-402f-b535-2ac8a105210e
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,0.0005021099309862049,II.4.3,modeled_data,kg/kWh,CO2e_value:0.1,5433a505-9454-45ad-85d9-890e6e91d521
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.1,6991100b-2e58-4a59-a8b9-a33c1e47d24b
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,625dd346-9a4d-44db-abe5-acde9289f297
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.1,2281c69c-cc5c-4652-ae73-a41325b4e6b9
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.1,098a859a-49eb-44dd-bc84-2c72a275b778
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,a0004178-6e1e-4094-ad3f-cdbf7c0d2b47
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.1,5bf9672e-6df5-413b-b527-d8f9403cc71a
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.1,1463b710-f3b5-4b81-8308-a8bec313c009
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,398d0a35-01d6-49b2-999e-4c0662d715d0
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.1,d871c24d-7831-44b5-8185-761c8f4ef3f0
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.1,4fefbee3-09ee-4dd9-94a0-3face669df0f
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,3f5d3715-e505-468c-9186-ee8936134df5
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.1,4f00bb2a-6d77-4978-9aef-80886967e9d9
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.1,aa990a3b-4717-4900-98a7-4e87fee1e884
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,4269acfd-2b2a-429c-a7cb-f0b3afeec8e2
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.1,56ec790f-e592-4492-a7f2-703650e88274
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.1,3c076f98-9613-4d5a-bc25-54141ba715ac
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,a9d9a3fc-fc25-4d43-803c-957e3f7e883a
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.1,587b5d54-d869-473e-9296-2ddcc2d7d129
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.1,61d832ea-eb23-4153-a104-fce6cd22c7fa
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,c7bb3d4d-f424-49c5-8f36-80725f829836
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.1,732b61f1-7d9e-4567-881b-d9ff9faf64d7
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.1,72714174-3c74-4f76-b0b4-1cd69c15ef36
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,b5fc8c83-1fa7-4919-9094-1bacc13c823c
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.1,6f62dda5-45a2-4790-a823-d647ef45fb2e
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.1,c9aaaa7e-b61d-4b25-9820-9e09b053b9e6
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,e66eb92c-ab43-4295-9f93-96319f05e332
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.1,bde4a47f-ce6a-49bd-b765-de3767321997
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.1,d0c5443d-9f67-425d-8423-fd48e799e83b
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.1,b054b1b6-7423-4c0f-9016-415c6e19a9e6
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,1.8269689796567655e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.1,d367b4bf-db67-4d6a-b0ab-7a0e8eb06517
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9149fa70-aa0e-4763-a427-39eebf9475d8
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,25c00459-fc5d-461a-9b98-52d2cd7052bc
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,9e646465-a729-4508-992e-becaa8014a58
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,18787478-86b4-45a1-808b-1378573aae49
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,511bfa0c-119e-4874-b3fb-48597e912c84
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,11fac333-766c-4ea9-bd32-ac7e90373b42
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a09a5423-9dd5-4744-b86e-7a01a5e6d1c8
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,59d92459-ec01-4566-a177-0148daa65340
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,61479e14-932d-4806-b29a-ecdc397d1bf7
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fce4dcf5-6560-4100-b365-1a24cc443804
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6e383cfe-cc9c-4a27-9711-c61b87e01255
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,21aa2f47-5b43-4981-bb14-e1c6f6dbfbbb
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5602605b-ae10-4694-90c7-116ee1a09139
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,78a09dc2-2134-43e6-9c45-76be844cd928
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,114d3504-8a33-40b3-a8e4-55b3241e0465
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9e4a2330-1404-444d-aa35-550dd2f973dd
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6d05ca45-4df1-4c01-8c56-01b6641a80bc
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,3343b7d9-992a-4c8e-87d7-66eb186e1758
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3cbc1068-dd9c-481f-a65b-365cfae0b15f
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,527299b7-3aa1-4b12-b2f2-e5e46c5ccde0
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,098d8731-bfd8-406d-b949-389e1c81a556
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9307894a-9984-4624-bcc2-5f9d532c38f1
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e892b234-b360-4018-b474-2ca0a5082886
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,5821c2f1-415d-4826-a45d-93645effe1ae
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f3b6fc5b-2e2b-46ef-b8b1-15fcefae847d
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2ccbcb67-5513-4832-85e9-0ea32a554963
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,4d9def03-5eaf-4ba2-82de-e1766bed3408
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,269abf9a-ed19-4f63-b13d-8718a6521a9a
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,275164b3-ad8c-44fc-bf10-0fc785d45a6e
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,f8d8ee19-834e-4021-8186-5c74981c6911
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,33a2f658-8379-465c-9a4b-7b1717862d56
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e5ef052b-050c-43e4-b055-6db9254d3b9e
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,ab6cbc62-87ed-45af-b75c-1dd03b0fc318
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0a718383-9859-4181-9972-fc30989fad30
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,51173f7f-e540-4705-a477-9bf0478538b6
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,597ac68e-2746-4d06-880c-67a12bdd9393
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5775f5da-e551-48b3-8513-e36d8e5d62a3
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bb227e85-a04b-480c-a95c-4050e14030b8
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,683a9bbc-45d5-40ae-b075-0f37e755c842
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8cc08bcc-2d47-4596-b03b-92c428a3a71a
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4fcee17e-8a17-4e9f-a09f-a30db55df0c3
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,89dc5ae0-9784-4f49-b6ae-8394e89c25f7
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fd03df29-acbe-4ff0-b9d2-8aef0f968172
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e80c8d61-053f-41e6-9904-1393c26c1ab8
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,7999943b-eace-4fff-a9dc-022871f26ba7
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,daff7c00-112e-4217-a64e-04df5e29da9b
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,cc933c34-4a77-48e1-b4b9-409e523408c3
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,ca2111f7-553a-4d40-be88-d669238dee02
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ff7cff58-14d7-4b96-9c05-c343533f4686
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,34ecf887-390a-456b-b635-b42f90aafdf8
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,510f166c-0656-4c6b-a9cf-d298990e591a
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,63e17521-bdfb-479a-b0a6-dd9a46acdb51
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,64b508e5-0e53-476e-9805-7c58ff55ee93
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,5c5bd467-aa34-4cb6-98b4-b0fc38b73a37
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d570f40e-d198-4e94-8513-59ff845b6898
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a38f63c5-a4de-478c-a9fb-cd0c771b4c13
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,3e5c3f5c-4d86-4c58-a01f-750dde89675e
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9949eb48-22ac-4bf7-9df3-0c63093985ca
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5eff9e72-ea16-46ae-a113-4ef865bfb670
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,3a875c40-a79f-4a7a-b496-d5671b40fcbe
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3ee5d2c0-70f5-488b-a2d7-112698b476c4
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7d5411ba-583f-44dc-afbc-b5a8315d27a4
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,61fc207a-df5d-410c-9692-1fc862a0ff61
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,286d4cca-4f23-4419-a870-95f5e47d55c0
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bbf918d4-4a7e-427a-9c8c-73612c8d6839
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,e9e6e29c-b01a-48ae-b4d2-9ea26602c0c4
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,42c2efff-1db2-4381-99e0-56549a5b523a
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,fcc28277-5593-44ff-a19c-939d31300f07
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,4cb04b22-43bc-4c6d-ae5e-d7c3888e6b92
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,02877cfd-28dc-4572-9089-e61764abef12
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ac486c55-394f-4dcb-bc1a-7ec0ca9f437e
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,de7308dc-0a49-4ab6-a52f-b3950a64fd1f
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6710618d-2e56-47b6-b1a8-876ee7f609ce
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0623d54f-62e6-4a0d-8b3f-068303c16fb4
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,10880c3d-a596-40b5-bfe8-2c195d69d654
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,2dac728e-9b8c-4ca4-bb34-24422350156c
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1f57a866-53a8-40ee-bed2-13210a9b9c8a
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,64bd2800-06cf-4344-ad90-58467e7dc22b
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,506a0e22-f7b5-4092-8f47-63285b34bfdd
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4db46d5c-fd07-4d59-890c-78d3ad7f2fe5
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,4a14132b-93c2-422e-b953-866f082c06d8
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f8d7f484-fe98-48f4-8452-8182fb939910
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7919fb12-38c0-4649-9389-4700deb441f2
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,9aabc6c1-15cc-400d-905c-241367e9f034
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9d68c70f-1945-4202-b822-bb80b7975d95
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1845a72a-5329-4630-b89d-3a9d2cb29ce9
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f45a0646-aa99-4b88-b3c9-e80f4c5f8940
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0c00f088-1bf2-4899-bd4f-db0582debb0d
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7798d76e-967d-49e7-8c73-828aab533d11
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,a79f2617-17b8-4337-b976-77c1464b5210
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,08cdcd13-6469-4184-a316-65cd06dc26da
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d27cc2e4-b7f9-4f7c-a5a7-f4025469d064
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,b6604687-c1e7-490b-92af-dcd9367b7f3a
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,dc336450-9248-4a6e-80db-ea719a11b3eb
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,eacaf00d-fd10-4dfc-bbea-fb021e53c109
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,fa597af2-b017-4b26-a8fe-345fa30a58e9
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,32f21f02-3565-4010-8fe5-e156ea07b54f
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,fa0ea89e-4378-443e-9eb5-311823ff523a
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,1f63dee2-84a8-4160-a09f-36ca9f3b357c
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,fda92569-3c54-4e3b-a847-bcb0baaf0864
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,bfb3a66e-8b89-407f-ac94-d5911ba46171
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,95c4b4ea-94ab-4766-ab03-c58c85ceb36c
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1e65ed14-1136-4e3e-bd92-243a8936d7f9
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,6a341301-d9c6-4b21-baf8-8eb3ccdf43e4
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,81958094-1057-480c-8c7e-88841c9defa8
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,73aed34d-efcc-4e91-8de7-1e4fb1ccc15a
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,444d13df-7de3-4b80-82cc-65257e4db40c
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,9c64cd50-b943-4395-8e5a-5b51c627e1cb
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,530e8a9b-5597-4bf8-a9e1-6e38658f3cbc
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e321f754-24a6-480e-ac36-9a58adf77daa
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,660ff6c1-f8af-4b72-8223-e22b5912793a
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,32bec812-4fff-484f-a7b0-ff5b5bfbb10e
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,1492531c-a7ff-450f-a13a-ce54a781336d
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,76cc4e68-f2ba-4131-9267-f6f574fb8adc
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,86678abd-f980-4259-99aa-7110999cf6a4
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,0b885019-80fb-4ca6-89c5-5f910c2bb65f
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,a4a16b0c-1acc-40e4-b0e3-4dcc89f74b19
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,6f712e12-8bb0-4748-9de4-592435474791
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,70f54d9a-dfa0-4b9d-acb0-2fc25849eec4
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,0.050991385701259356,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,d2c5297e-1288-4172-bf65-323248aeb972
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,f1c5120d-dbbb-4789-be3b-817aa0737929
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3db75c0d-6b50-4933-8544-3314301cc09a
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,fa9c42b8-1915-4201-a873-b0c932d4cb10
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,c8e1c414-02ba-41bb-9885-20924de451e7
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,844a5be8-1466-4b5a-93f8-bb4cec2f4a73
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,934c4c86-178e-40e0-898a-b2bcd49c094f
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,e9695890-bc14-4fae-a626-62a2f924913c
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3eb9f2c2-2178-4eb1-86c6-9e44b691b6b1
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,5ec7b130-e19b-4871-8766-1a1f7cd52bec
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,38c6ea57-e2d6-4a49-ace5-78c0d829152e
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,f4cd27be-d8a2-4f1a-b93f-edb220b33651
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,c548c5cc-cf58-4721-9f37-1abe78605e6a
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,fbf48a6a-42a2-4500-8257-b864240097f8
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3e3a92eb-0ad4-4aad-b980-37476e9f3a42
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,4e8a99f1-88a9-4d6d-885e-7cb581c03065
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,506d5990-ce33-4b38-a727-86aebc2c7bb0
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c717acd6-28ff-4da6-8219-0971024d1777
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,9949f271-bbce-43a8-b2e8-1236e7d85e14
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,a5e74aea-b0be-4390-b907-5178c7ea0cbb
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,a86b4c3a-35c9-4a9c-9605-591a75592f1d
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,ef42660b-d56d-4b23-90da-82336dd88a5e
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,e01b6038-49d7-462c-8eb3-9e10f537580b
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d3b13b75-d06c-442c-a97b-5901c920cd43
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,14141d2f-72b5-42d8-8e1b-b67379148a44
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,fb4d1b7d-0a44-441e-b82a-5c2b8a9cad62
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,bf0980de-7f30-4e9c-96d9-efe1f32db142
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,18b8e99a-22c4-451c-8972-c4cc45720435
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,cf1c4609-b748-414f-a823-ba634b28637f
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,e7136396-6a97-4120-b8ac-47d102586f30
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,0.00032083506103980293,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,e8e4192f-c87c-477e-8e35-48cad4552280
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,588d2e07-41de-4f68-b0b1-844825f1877b
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,21d899f9-e0af-4a46-8fb5-817e84ae5979
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.064,b2de1ed7-54c8-4555-b84e-c0aa210dae54
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,96d3be41-6e1e-4476-8557-b7de82d9f170
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d91f0b68-0666-4195-a127-30a3b8a59339
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.064,f66a1b0b-57a6-4029-9fed-66a88853a6eb
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,0b342da5-327f-410d-9bc1-912e89b52d7f
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,86da1785-a5d6-4b6a-a833-881e794dc7fd
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.064,a1ff1481-e6d3-44d1-825d-8c3a638956e7
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,1f9fa6a4-6a97-45d2-9665-ccec921bc2f5
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,fb5d283f-eed4-40d5-95f7-6ae4c563cf8f
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.064,39a9935b-66c1-4ba7-aaba-7ee73e0ba900
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.064,b1aeed40-ba68-4e7e-ae0a-cab8a59bdf94
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,3ca93dbc-b7f8-4fe5-a807-dd03fc777608
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.064,4f2d8397-717e-4474-9541-dafa48e32642
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.064,39b1dd64-9d75-49e3-a719-7f7708e9250d
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,61deb54f-b231-4ca8-9a75-26732eeb36c0
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.064,4815951d-25d4-49a8-922f-af7381cbed90
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.064,165e9a8e-f843-4480-9f7e-63aeb10e3d9b
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,f4a121b2-ed0d-4147-a688-4d0e69fef83b
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.064,9ca02c9a-cd37-4dfd-86e9-fdb329e06a18
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.064,8ef8b6b6-49ba-439b-8d9b-86f9089ab29c
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,7c100e01-ca33-49f5-ba93-a58b1c919e1c
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.064,a37c7c2c-7d25-45e0-81ea-624feb424862
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.064,8da5784d-1d74-4cf0-a2f7-2becbea463d8
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,c2835742-51a9-4ed1-813b-172f717f001d
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.064,7c3481ec-7b6f-453d-a122-8e95c4f09eb1
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.064,623670bb-bb13-43f4-b6e7-d0f50f745976
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.064,d20f2c6e-74cf-4b12-814d-809d4dc4b9e3
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,1.1673852037834101e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.064,00ec78ee-1d90-4d47-8302-e1b59cb4a948
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,80688d19-ce60-4d26-a40c-d7e439e3d123
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,e7048e10-de82-4830-b1af-7c5a9b2a42d4
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,eb5b18ed-1926-4c67-b94b-e515c9ea774d
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,23a21ff9-f381-4834-be3e-f93f38cffd73
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,fe1bbc1d-30c5-4b67-a47e-38b62789639f
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,b59ac290-a1c2-4f26-abc0-061edb223644
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,48a3713a-2a91-4f9a-bb22-67f5367b99e5
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,76ae3abd-d0bc-448a-854d-78f2f13c1e64
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,08b83c9d-2e65-4d52-ab3c-bc5b73c02040
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,2b0aca4c-8db9-42b6-8c4c-35f9205ddcd0
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,ee05be26-05e8-404b-8de4-cc42dda50b31
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,268865ca-bcbb-4915-b640-403597afe451
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,8640df49-36b6-41e5-bc5d-dbd9629993dc
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,53b81b4e-bf90-4ed8-9f80-60bf406bd067
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,04ca7323-e11f-4574-83f7-24c20c0539d1
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,e3675411-9d07-48e5-b4e6-fc25bdc0bfac
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,e3a0d228-ad8a-400d-8193-904e7f3f0308
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,25312881-31d3-4824-81b5-5341aa72ee46
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,8adb3525-b3ad-49e8-9b7d-45296f0935ba
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,8a8e0cc6-04d7-4d9d-906b-34394812f27b
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,d0a63924-a4e7-417d-85ec-21e1db3d5f9c
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,efe37c9f-05cd-4c42-8a56-2234b6861026
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,15a4fb30-0451-48c9-858c-200d85a319e7
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,c4a00cb0-e26a-4e18-be05-3ae248fb3dc2
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,e5c34ebf-5d64-465d-a9f1-0170fb597c1c
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,af5477ac-8168-4dd6-8ab8-e4fff9e4cbd2
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,c9e1e582-7e2d-4103-9637-96dae3088f30
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,2ee21f80-5f4b-4d5a-b63f-f2ab8f369fb0
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,319234fe-932d-48e9-a672-e50cdeb90c51
+LY,Libya,2021,Calculated from Fuel Mix,CO2,0.05951192240950043,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,4888d3ea-765f-420f-a309-a2312d10bad5
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,699d5add-2c80-41b5-8594-276d77b7deb2
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,10adc0e3-8694-45d0-93cf-cf624bb96874
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,01af78f2-d3b3-4f91-82cb-c6ae6ea779b6
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,e26d537a-e3ee-459e-8304-f9fd51709684
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,2a522026-462e-421e-853f-7585ad88da67
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,d271e2db-f504-408f-8fb1-1207f0733959
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,fba30906-9554-43a3-8180-88ccefe01a84
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,6e439eb6-8a94-4afa-9307-ea08425231ee
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,c2d265e9-6fdb-4ecc-b3bc-8c1c13e7b1cf
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,926d9883-823b-43c4-b94d-311f1630e302
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,3ec6d320-808a-4468-b3c1-2a907719d065
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,5a6da2fa-674d-4cbd-984c-f92585f5ea9c
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,a5bcb039-84ac-490d-800d-958b726f9675
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,99a5565a-52d3-43a6-a334-1ce4fbed0f68
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,9ee7c17d-4289-4f74-8648-178ee1b7c0bf
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,6e0d156b-bc1d-4e79-ac81-521b95807002
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,2c06a06b-cccc-4dca-9b36-0105c0f3f0ba
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,20b58c4e-4013-4416-8908-21e0e1a9048c
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,b8625182-6f7a-42b2-a4c4-4b5c48fb566a
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,981020f8-75d0-47d2-bcd5-9016398d366a
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,37adf60f-6b6f-4fe7-9d70-2d1d2ee9edf7
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,cc063c1c-c3df-4b28-82f9-4ff05491d7bb
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,f15ec549-21e6-4482-b67c-942613f50896
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,725f83fd-5ea4-4d56-9362-eecc21bae7a2
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,1d8f032c-de85-4e8b-a19e-8e285b6f92e2
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,01c698bd-2ed3-4001-9ad8-5d9bc3e5897f
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,ca289662-ad00-4f8b-9da4-e3a5b1c2d091
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,dea28810-6895-4e3e-8578-28c968f0a110
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,36c218a9-afbd-4b94-a243-0235049c752e
+LY,Libya,2021,Calculated from Fuel Mix,CH4,0.00037444582052957484,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,30905b5c-4979-4dd9-9332-a494d8fb3932
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,cb51420b-a933-4837-a07f-9a2281282177
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,1d652a77-ce45-4c57-ae8a-ec40d6db578b
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,ac554b7a-7c39-4950-83ff-66befda631f0
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,34ab20ea-9f34-4852-8264-7e9cfaef4564
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,260df472-cf60-418a-8a84-203847a9c500
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,d3228af9-e1c9-4d39-b29d-754052bf16bc
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,66734fb2-cb5e-4dc9-935d-2989f8ca8315
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,523b4566-c357-428f-984c-56e3aed552fb
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,3c77e259-ed68-4234-bab6-68af9d764f08
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,a648daa8-91cc-4604-9b0a-05bd2744f4b5
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,f8d7c179-b402-4a3f-be83-d68937f94c5d
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,b1100aff-0f68-4fb0-b243-27bb270a32cd
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,f6739d79-59e3-4eef-8a38-c687d7d2e936
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,0b84b6ab-668d-4864-8a0e-db9cb3e422c9
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,60b7b4f2-0c76-42cd-b4e7-29cc5ece1fe0
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,917b46a4-b155-4607-a179-a1031241693f
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,cf273655-a08d-4207-981e-dea12e2661f0
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,e307c7d5-409f-446e-af3b-4bac564976e7
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,cea772c6-f9ca-4d13-9fb0-eb246ac78776
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,377102ee-518d-4ffc-9a3c-edfae9c15258
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,f40ab455-956e-44fb-9970-dfdb37fc0191
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,ab854f45-f8d7-47a9-a15d-762b59c5fe66
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,dbeb79a9-0743-4dcf-a21d-bb7750b38d36
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,4d1c6815-7c66-48ce-951f-d46daee19d4c
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,ab287ad7-3254-46c8-9eb8-9261be408fdd
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,0fd90d11-e60d-43d7-9818-563e854b3d61
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,f8de5290-37e2-4e58-823b-c4b3c6c85ad0
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,f0c51fe4-7657-4231-8d6e-0d5ffe197715
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,3e02deee-0d70-4088-bb7a-2d9a12a6b8b5
+LY,Libya,2021,Calculated from Fuel Mix,N2O,1.3624524361149365e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,10e6fe40-3e2a-4f77-aabe-3f9435deee14
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,f7b7b64b-1bfd-418c-8708-d6fb3e059180
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,961bcd71-e6ea-46b5-b452-b984476066ab
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,d3765588-1630-4bd9-b52f-966e2b65c6c8
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,07a63c31-6f62-4751-960a-35ef92ea6b31
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,960eb159-19d7-4709-b24b-17b78ab92ad9
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,24842a75-04db-4b4c-a614-a71ee764471f
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,d0974fc1-bf80-49c6-b7a8-aa9a75c7c847
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,d519017c-9985-4b40-b7c4-dcc1007a361c
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,c2f0be9d-b864-41b7-b4fe-1373effa24e2
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,3d6eda74-3262-4291-8be3-aa5d952b2f5b
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f2641736-f5f1-49fb-acb5-b697bd09dd7b
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,c9254dd1-6dd1-4993-8a19-e258cdc785cb
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,ba8c46ef-4dd9-4c7b-a447-b0fa6e5817f8
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e5705edf-7ffe-466a-b5be-e46832da19c4
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,cceeaffd-78c9-4c18-8a94-8635dad78c3d
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,ef4ba1a5-dd6f-463b-9084-d933fa1d5c1f
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e01a37bb-6355-422f-9ec0-504642df232a
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,988797c2-4e44-47ba-ac01-c4ce7835e635
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,9113e19d-c626-4456-b5b9-412c23548fa3
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,b547efd7-c1f0-4e90-bd82-cb9743efdc11
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,c50593e5-5cec-49b8-af93-2f78ff381742
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6df25008-c2c3-42fa-a803-9a701cfe3f03
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,b24e9b03-86b3-4329-a097-31551e2c60d4
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,44081187-40ec-4602-afbe-7800727c035c
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,2f68d636-cd32-4cb4-afa2-e8a58475f356
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,23a8d23b-90f8-4f7e-8e10-a188f4a04049
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,0a6ae084-bbcf-43a6-b4c1-998b05eee361
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,4c296e72-1514-414c-8154-fc425db1268f
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,b8839fb0-b80c-45e8-a71e-73da11f23ff1
+LT,Lithuania,2022,Production mix factor,CO2,0.02663472,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,bf3d97fb-1982-47d3-9d4c-5b779e7ffe64
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,f7a2bacf-e574-4fca-a2e8-58eb9c6eb507
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,099e7280-6f31-41fa-98dc-78cd3e1008bf
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,f163f4e5-b479-49f5-85b8-e3b342a83605
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,a80dd857-5f03-4fc0-84e5-1d29bc2317ea
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,6ce668af-c2fb-4db6-aa18-8117ab7c0252
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,de50f97a-0ddf-4f71-be4e-840d01e7a218
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,59e7aa3a-ba92-4dc5-ae53-eee550e6073d
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,80663894-f3e5-4ffb-a04b-2a12a2153425
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,eeff7e1e-0160-429a-a94d-3fca75f25d4b
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,fd077eb0-1695-45fa-b4c5-b3575ac4f474
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,2dbd09ca-ccd8-402b-8988-cfea256f5cb1
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,4e42687f-29b1-44f2-b6ba-43d7d65dc50b
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,1f5c3db0-4d7c-4b58-a83b-cf5c2bcc35c1
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f086d916-1096-4660-aeb3-9d47a0e32d17
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,0fb98499-cc98-4a84-a6ca-b7404516a631
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,5ea7952a-580f-4244-a65e-788d28329277
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,08be28c9-44ef-4d7d-96e5-fb9627791127
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,f55bc7f1-49e0-49f7-be73-22f723320e66
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,b690a03d-fd2d-47f3-bbe2-1616efac518a
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,67c3fcf0-a155-4e84-83cb-b120efe61b08
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,84697f0c-24a7-4f55-ad9c-bd2c9d62946e
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,22f8d6b0-84c0-48a9-852e-9c8041082295
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,45783104-4490-455f-b934-4d0b3d5bfe99
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,a6b5c89b-3ef0-4497-81aa-43ad96ba606f
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,db773faa-b6cb-40e2-bb77-05782f5523a9
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,dda92970-902c-4fa8-8d4a-f9cdb580e83b
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,5d0b28d7-6fc8-48d2-8227-332cd3771aeb
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,919906c0-7f7c-4bb4-85ad-eba296087db4
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4420c8c0-f09d-485b-b55d-b3a461e828bd
+LT,Lithuania,2022,Production mix factor,CH4,0.00016758422818791946,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,95b6709e-6523-4bed-8d17-154d3b5789aa
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,aac4bc67-4bf0-4eff-92e3-84a7daedcb3e
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e91f5207-eb38-402c-95d2-98dca6d9042a
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,a307d862-380b-4f2f-af20-e8882908c2f7
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,d251a616-83c4-47c7-a100-31b78f601b0e
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,eb9b5b88-9922-420d-a24a-dee3d73b0d19
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,5ba352dd-54b1-4227-b1de-ee083345da2e
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,ed49fee4-38b7-480a-b3a2-6d770b213197
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,0bfffb1e-b0ea-483d-a12e-9f04b171f8f7
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,2d107bc3-a75c-4b92-8a06-e1b8e1c88186
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,331991ca-f156-4e98-9ab3-e382ee4b3868
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,9860689f-efb1-4962-be7e-95683fb66337
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,78dc8a52-31ec-4ac6-b442-6c588190664a
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,c88eed22-35ce-420d-a74a-5fad7992baa8
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f07c2336-f688-4414-9c0a-fcea6654aaf3
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,d0b49db1-fb2a-49f9-b799-ef2172157048
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,12a49726-b9c0-4f27-8151-bc2e3def50cc
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,28b47bb5-3504-44d4-b730-c7f88a890041
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,3d437b18-3ccc-46ea-adca-d765c7886aec
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,75b4a74c-3ac4-4ee9-acad-520c006c438c
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,2440bfbb-eaa8-42ea-aa66-7d82ae8db1f5
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,1788aac7-cce1-4ef5-9ebd-9bcfd098d016
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6d4b2cd9-31e6-42b8-a732-10e6e7f32276
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,cf1b8731-d372-4b6d-bade-59804f315155
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,92ac4b3d-a9db-49ce-9b25-58fd400a442f
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,de81949b-113f-4377-8115-2344d9873e0d
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,47a7087b-b95f-41b5-8342-4026f1f3f6b0
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,03511882-32f5-434f-8b4a-4643dbc66e18
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,9cb568d8-ae92-46f0-af33-92ca1afcabb7
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,7efd06a7-9262-4f13-891e-01dff65b1a5b
+LT,Lithuania,2022,Production mix factor,N2O,6.097692307692308e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,1ee7aebe-2b0d-48b2-9184-eb4b897de7ba
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,d541fa81-9782-48da-aa1f-264cac1ef391
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,fea06ff9-ced5-4716-8af3-ad3b09f73bcd
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,50c2644a-05e4-48ea-b3eb-ffb8443ffbb3
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,43b91938-238d-47f5-bf2a-b4a67960b8f2
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,5f7e4b60-4459-4156-8a8e-22797063b119
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,6165bbba-5b24-46c5-a94e-9e149d102e2d
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,ced5ff92-713a-442b-b77d-c0c3d80f9361
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,815c914d-1574-40d5-bc10-862a16f161bc
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,4c685944-7fb4-4947-b6c7-d3d1aafd5f81
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b099e582-de58-4041-beaf-3d1728111b81
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,85be65f9-52ce-4d14-8a0c-144c5253fdd3
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,d0503498-a8e8-47ae-8b41-8c155c7259db
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,c903b3cd-e818-4fbb-87e8-6b46168521ed
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,efb37f14-b3e1-4844-8af2-9f15c663d5da
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,d762d837-bdb7-4a24-a94e-128830e14dea
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,4faf4842-e488-4eb7-9fd8-1e6b964fc3db
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a58227e6-ec3e-4407-b0c8-204618bcd184
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,0f7318b5-be67-43ff-8def-cb7901c59421
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5556edda-60de-4a5b-b84a-0f51cfa7e1af
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,22a78581-a871-4bd6-b3ba-22d5522990d1
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,ddcd6d3e-b84f-4d47-b8d3-1f740d1c83c7
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,c53835d6-f54b-4b51-9eb8-77c17d79dca6
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b4d8a4f3-92d7-42d3-ad74-5bc202fe4c8d
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,c4770b48-78be-4e02-993d-63e6aa4cbd2e
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,703c908c-0bd1-4e56-b26a-7d47ffc6c54e
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,af0a6edb-eb8a-481d-afa1-f60ea1d2c49f
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,37f814f4-e86b-4b1b-8696-81d7242adf2b
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0ee64599-2f50-4fcc-9fc8-9bde79cc584b
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,9b5ee884-fa4f-4fdc-a81d-c25827eaa4ce
+LU,Luxembourg,2022,Production mix factor,CO2,0.008406390872019448,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,3463db92-61c2-4fe6-be81-0b7b8f2eb881
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6205485c-e8d0-4e18-ad4b-953881a19e31
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7e3eaf40-1a74-4fdc-afe4-b72619b26982
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,c77a1617-9130-4f44-8b61-e776279a55b6
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,91a83fcc-3c86-494b-a02e-7da8d4710588
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7f3660bf-e10a-4f6f-91ff-61ccf7ac26b6
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,f75d86ba-8e44-44aa-ae83-37e6ea3ba59b
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,df5ec753-fd53-4abe-8094-a25c7831077c
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,167a95f5-ed91-4af4-947f-ecbbf76c4914
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,f71a7125-e8bf-47bd-8e9d-53b5ba35cca5
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,f45789cf-a161-41b9-bb84-a6d91aec8bcf
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a409354f-39f3-46a4-a9fb-8328696cdcbf
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,44eeac96-3293-4660-a4a6-ec7f1033eeb1
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,fab0f168-ded3-43e5-b1b8-0f36f5b04239
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,352b8267-d496-4100-a0cc-5142ee3ad5c2
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,f3fd58da-83c3-431a-aa0b-5e6c0b49c544
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,bf9688eb-357b-472b-ad77-37fe926aec8b
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,2fce9384-ff98-47eb-b3f3-7faae385e32e
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,e94faa71-d26c-4423-9517-2e3da1d9940a
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,46cd5832-6e6c-406b-9af8-09f48791bfc3
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,c92c83c6-ccb9-4d7c-8d4d-55c126367ff5
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,6ad4edce-cfaf-4a9b-8474-064d7a6c1adc
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b766ee69-05d8-4fb0-99fb-b8eff50942e4
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d6efa1a8-e81e-4112-93ad-a252098e0746
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,4154227e-b4fa-4aab-b48d-fdfc4c07ef21
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,88a9b9f3-bbb0-4d27-a4cf-7597ace1d45a
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4bc8c8a0-140b-4703-b774-4b109427166b
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,f404e115-4d15-4b29-9a3a-842fae6fe9b2
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,3fdf6b03-d13d-4505-a8d9-db8b77a6931c
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d15a3890-c00c-4672-bd04-bd641c76c82b
+LU,Luxembourg,2022,Production mix factor,CH4,5.2892560016900875e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,7779da12-fe8d-43b9-babd-e45e879c72b0
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9d8ffdf2-bfb7-4e3c-990f-e472ef3f8384
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1b2e6293-95f1-4770-8be7-0fda319600a3
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,9ceaf798-81f1-4c0c-a845-abcdab69bc8a
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,e89ad061-eb0d-4707-9e35-1473cd49f04c
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,11f27833-67a4-49c4-a1c1-3912c3b31429
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,7521e38d-3d22-4123-a93c-49dbf1d37100
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,57afbbd5-3999-4b91-b2c2-7c1e7698dd8f
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f571649a-b7fb-459a-afff-9956f2b17c2b
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,a90a690b-5a66-43ff-b6f7-4a43b36d36cc
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,88607fa1-7b6e-45ba-8933-d9f55feb8179
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,6faf8193-80f7-4f61-b730-29873cdbbb04
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,b5ceb969-2225-41cc-a534-65b9b595bb7a
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,bad637d6-0747-4e8a-b309-49c48c200d2d
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,44bfcff1-0242-488b-8ee6-6261f681c005
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,00ac7325-83a6-4199-b399-5b9e8e13e5a0
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,ab1eae89-e908-419a-99ca-ae131838e25f
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,25237e15-30f6-4d02-a457-6e15d2b6b8cb
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,d21ee8c8-1071-459d-b459-5bb8240d30e5
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5dc8d830-35f2-498b-9b0b-c34e8359cc8c
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7622a238-808f-4fae-9fbf-f8032f40560c
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,b47397a6-904c-44ec-ab25-26389ff4f955
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9487c00d-64f9-400f-b249-ddc9dec1912d
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,bd91dc10-933f-4e01-ade9-25313ca48cb4
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,6b9497af-ca7b-4ba5-9539-8e9a9ad518a0
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,2140aed8-29f3-4af0-b686-fe96a8d9f5f2
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,ae8185ac-d03c-4a9f-ba23-d4f876099a66
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,d6599ad1-776f-464a-91e6-246e2a6a5446
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,587eead7-796b-463d-b6de-dd7755ee7729
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,76c61ec0-8c85-4c26-8384-71a22bb6b3c3
+LU,Luxembourg,2022,Production mix factor,N2O,1.924540034802987e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,dc2bde7b-375f-4b1c-bf4a-fb86324fa90a
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,7cfe4292-c688-48bb-a489-ccb45ec9afbe
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,9aaf197a-1b63-45cb-8c64-d994d7d63040
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.1.3,modeled_data,kg/kWh,CO2e_value:0.091,6689c0e3-c502-4beb-99a3-37f0c1302fde
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,91360c04-b3c3-4b81-895e-20b018c602ca
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,88dc7022-0838-4be4-b86a-0ff65c7fd6f5
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.2.3,modeled_data,kg/kWh,CO2e_value:0.091,f8e92a09-5a3c-4e3f-9eba-0e254e207488
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,eda74799-13e8-4f3a-b811-8c27acf48f6d
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,e806ca2b-a337-4533-bb9b-53ec8e6c5c79
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.3.3,modeled_data,kg/kWh,CO2e_value:0.091,7e5bc432-2cc0-4f83-9778-d0e6a36fa9a3
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,f4a7c663-7983-4d8e-9e77-d28501cca123
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,980a08e4-7ab5-4dcb-8969-a8fbd45190a4
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.4.3,modeled_data,kg/kWh,CO2e_value:0.091,370f5819-b809-4199-8bff-6696ee64ba71
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.091,e2b54532-7f08-4364-b21d-824b34fa8765
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,dfe5865e-2856-4f64-85bd-3d2a83c137ef
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.5.3,modeled_data,kg/kWh,CO2e_value:0.091,01752b11-d11f-4bbc-849c-d87eff02277d
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.091,4e69b797-95fa-4047-9fe4-74af50f9ddc7
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,0f47dad8-4edb-4a29-8bd0-b8682b8b6ab4
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,I.6.3,modeled_data,kg/kWh,CO2e_value:0.091,98a90a95-fd06-4c0d-9118-cff985a72d45
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,aa26c4fb-540c-4709-9192-a2281b12067c
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,8d29d9d0-edd6-4574-9953-d06a513c5143
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.1.3,modeled_data,kg/kWh,CO2e_value:0.091,3206831e-1262-4d81-a7e4-623dd0a14247
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,0fb5a0b3-b63a-47d6-acf1-165d8dabee8a
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,96911911-1b6c-407a-a29f-250587f254af
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.2.3,modeled_data,kg/kWh,CO2e_value:0.091,d072b799-d57a-4dd9-818e-ec08c546b8cc
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,90be3268-a806-4930-b6bd-1cb9694c2350
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,09579050-f09c-4728-ad1d-3f57123d0ac3
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.3.3,modeled_data,kg/kWh,CO2e_value:0.091,59dea297-361a-40c1-a873-0838569451f8
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,a07558b5-4888-4634-85c9-d82f36c51cec
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,4e8cf753-d241-412c-867a-102644244409
+MO,Macao,2021,Calculated from Fuel Mix,CO2,0.07256365321719427,II.4.3,modeled_data,kg/kWh,CO2e_value:0.091,cfec79db-b2cd-410a-8a7c-66f36061d1e7
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,d888d1c3-8761-47ad-9bde-719b252df627
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,84a7f6c6-03f7-4276-bf5f-0fa2dfbb4603
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.1.3,modeled_data,kg/kWh,CO2e_value:0.091,d254006e-5a94-47a3-8271-1a2e7786a6e7
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,f8b3a241-3d8d-4cc7-8867-651b099162a7
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,d63b91e6-b96b-4b78-97a8-fab079177f55
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.2.3,modeled_data,kg/kWh,CO2e_value:0.091,ca861ba0-cc25-4679-be76-92e97af4d247
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,791f8cf2-5457-4647-b55b-35bfbdb7091b
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,d8911c68-3325-47d8-a839-88a3afd4ec23
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.3.3,modeled_data,kg/kWh,CO2e_value:0.091,7070ce9b-ad9d-4fec-a906-ef9bc29c6df3
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,b0648d5e-55a6-45cb-8b5f-4ede2279c9ea
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,f37bd90c-80a3-47c1-a6c5-4f81b96f10fb
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.4.3,modeled_data,kg/kWh,CO2e_value:0.091,8262fdef-876f-48c6-ba19-f9fa219b03e1
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.091,e5c182ca-ebff-41ea-8215-bcc7cdeef615
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,0f61ce8d-1646-467c-b652-cf6826ae8185
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.5.3,modeled_data,kg/kWh,CO2e_value:0.091,db8827c5-4eef-4677-8cf6-c2de3b69a0e1
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.091,f77d62ee-1af0-4331-a95f-73cf4fa36573
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,cc65c726-2b61-43eb-8481-2b23e64f9ec4
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,I.6.3,modeled_data,kg/kWh,CO2e_value:0.091,cd0623f3-d72c-4c03-b228-0f22c803831c
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,807876f9-846a-4bf6-99c1-f57e2821ddac
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,9c736b66-cc2a-42e3-8914-a9d06b661966
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.1.3,modeled_data,kg/kWh,CO2e_value:0.091,46d12c6b-f8d1-42b0-b1bd-2744e2ac6bdc
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,a32d269e-5e5b-4919-995e-8bb0c6481818
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,c76ad648-6c60-4c91-961e-9fd4861b56a5
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.2.3,modeled_data,kg/kWh,CO2e_value:0.091,5e32c49c-71ff-4c55-923f-97b2b27bb20b
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,880096cc-6e9e-423f-8c9a-ea24b8cb33a1
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,c43fea8e-5739-4063-9e74-01f3327b1290
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.3.3,modeled_data,kg/kWh,CO2e_value:0.091,b155ac55-3ad4-4916-bb0c-f7ae80a1c705
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,3772ad65-992c-45aa-92f1-ba85a94d7e99
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,cc2bfa87-ede7-4313-955c-f5dcdace9265
+MO,Macao,2021,Calculated from Fuel Mix,CH4,0.0004565666100075143,II.4.3,modeled_data,kg/kWh,CO2e_value:0.091,c5117dc0-87b0-4ae6-ba5b-e9e13cb149e7
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,869ae163-a995-4a38-85c0-099d305b2278
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,3e715ca8-9bf9-4ca2-84d2-aae6a126345e
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.091,dea8857e-a40e-449b-8397-3e651334f607
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,2c776310-3555-4e56-83a1-c5cb1cfcc556
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,605ff794-647e-41b9-84e4-41c2df37f242
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.091,5504fdda-3744-467f-86e5-653b1e5728f1
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,c48bb103-6119-40a4-bc2b-d3b0400d9ef7
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,c7fc6849-c5c1-46b7-ae00-ef3e21d334d6
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.091,c31ac148-2625-4da7-8e85-a433ae653b98
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,78d56aa3-be16-4371-a806-a1e5d7b442de
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,9b9042ad-a5ad-4b53-a6e5-f9a16a99f747
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.091,5916558d-ac10-4c30-b8a4-c0d40dc281ca
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.091,d67c3280-11f7-4aea-a2f4-b8f6076df903
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,861b0ffc-8f1a-438b-a059-634d012c7289
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.091,fd3bf674-36ca-41a2-a83b-6fde28c90ebd
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.091,27691cfc-1769-467a-bfe2-c69020efdf60
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,63635814-f084-4439-a45a-1a04ee3cef16
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.091,46e05f7e-9b1f-481e-8fae-e471414f85b5
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,daac7410-5ebd-4577-bb33-730a69b5e21b
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,a35a7522-927b-431e-99b9-479121641b6f
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.091,5e4418ff-cd18-4ff4-958e-4a4978c7c2f7
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,bc3b0257-6a44-4c0b-b877-e3a697764d45
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,35cd424f-ca65-465f-9fbe-be2dae7634b7
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.091,cae7db47-dc62-4345-b9ca-a486ca7edc3a
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,9ad35010-d105-496e-9cf9-56576b3493f1
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,8f605f2e-46ea-4e97-b319-491f11791e3b
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.091,24956bb5-969e-46a8-a1f0-6426b80a6f87
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,5c1a4c72-d1bf-408b-a53c-14fbfd5c8c85
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,3c3a67df-71c0-4e3d-bff2-228da10ff8f0
+MO,Macao,2021,Calculated from Fuel Mix,N2O,1.6612557970969385e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.091,e9ad2a37-5a6f-4f43-9ecd-22aac4dfc911
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,7b2c116e-ac78-44bb-8da0-db547670ca79
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,c4de6bd4-cead-4446-9d4b-46cf69334265
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,bddaf355-2138-4d4a-9cb8-ba9e78d1dff9
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,8786fdad-4363-4c34-b454-b502029c4758
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,127e91a7-a34f-443f-a2cb-1ac4ed586814
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,a69f03bf-3d89-4620-a791-3b24c72a7abd
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,135d7400-c953-4e3d-9668-63674f18987a
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,5757f133-5cad-4b5e-9b2c-c08bb0782181
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,2be372dc-b8e8-45a0-8f52-d2042ae84e91
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,366ffd5b-5a66-4970-a54c-41f3dffad1ad
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,2dc30f81-38b3-4509-bbed-3a8937ced45f
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,a22a5be0-6d82-4bf8-bd99-95f7aaebb1b3
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,b71f747e-415b-4625-9391-0b1c3dbef6c2
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,4b215ac0-98a8-42e0-9722-c57ae2a24230
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,db70fac2-c5ee-4a31-9185-17e0a63286ad
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,02d15979-ba8f-46a9-b1f0-0220f7ba73b5
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,1cb5790d-8664-4285-bcea-3bf6ec0621bf
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,cd9f5007-cb2d-4882-aa1b-6a6050132804
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,1922c204-7776-456a-b39e-5400a486c16a
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,0392183a-794c-4717-a535-f8df7ae93958
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,4ecf9b21-eecd-43f1-89d6-432afe44ea12
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,d67d42ff-ff22-4903-833b-fc651ec37823
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,806a0409-f1b8-435d-acee-b3d0d5c73a7d
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,6bfea8e6-e88d-4ffb-9ffe-9400269efc3f
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,1b41853a-a626-4db0-b6b3-c2fca5cff06f
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,dad6439d-10b4-4426-a25a-fe1c6a965de7
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,25b4f150-d21f-4f7e-ae66-a5621ff26a6a
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,faef9c37-eca5-4634-929d-a750e4bbd2cb
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d312e557-c2fa-4d43-8769-eb4cdf08630c
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,0.05937821629806028,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,ebfe5fa7-e25a-4b97-be51-09cf178cf6cc
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,74e41987-ecb2-4fc4-81fd-1259f1fa9b46
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,4dc0f540-8ac5-449b-8444-35bef1f0abe8
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,99ce27f4-c5ae-47b3-a27a-a34f1378394c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,8f17357c-c8c1-4d6b-b7ff-f53801c5a41c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,6879833d-9a35-4d91-825c-1561c32c416e
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,a1d1b3a2-03a7-4381-b682-be4a895291b7
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,aaa1f0aa-4e1b-4b51-8c51-134849bab19b
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,bcc5a7ea-4293-42c1-94fb-82498553c254
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,3a238716-85ab-4273-b7c6-b8fd6c9b5835
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,7454ecf5-f1da-4f8a-8c72-1269210cb93e
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,bdb7d058-f6b6-4979-8066-ac4b106e5238
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,70145643-3e2f-4dda-b0b1-47c92f17ef96
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,d71540df-fdc6-4581-add8-87edf76ae565
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,f031d468-1827-4eef-ace2-9612c3ba27a1
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,7817f8bb-1772-4fb7-a76a-19798e38326b
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,d97a26b8-28aa-4a0d-bd3f-d52ee7ab00f9
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,d8e7d179-63b4-416c-b1bf-d94179e6882a
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,de7d6155-acd8-4f9c-bc31-265c2533551c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,82b25d5d-6315-44a4-aa8e-421d53a22a50
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,9fce2344-985d-43c4-a525-100b4861e736
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,09931879-36e0-4c41-b81d-b6e21d125a0c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,cc5ea388-c1b5-456e-8387-3422d931f61c
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,187fa2e9-96e3-42e9-bc7c-b56d363d5e9f
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,fc8e6e5c-5479-4869-8439-57c824b5e7a0
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,f01f6213-9d84-4b34-a704-8fd771a77752
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,24b86315-fcbd-4426-b4bb-ccacf1aebfec
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,6c8acf80-c3dd-443f-a493-d00a69ee5013
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,c5646dfe-cbde-46c4-9fad-75df19e87a2b
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,173bab00-2823-4451-8ef1-e8b60d7a286f
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,0.00037360454885524504,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,d56c390f-1fe5-48b6-8e64-2389e3332596
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,d0d208cd-1e3e-4887-881b-a7ac8865631c
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,322788d9-3382-4a97-9f6f-987f5efb01b9
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.074,1eac7cf7-805f-4925-bca0-bfe25abf09a4
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,b6dfe076-d477-4ee7-9aa2-627bb6872b3c
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,25d40e9b-51a0-4d76-ba9c-0491db314da4
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.074,ecbd007a-f650-4d48-9b30-2bba8ad55106
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,c71772ba-fbab-49bc-8f0c-e4e629da30d4
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,3f0dff83-2cad-413b-91ee-f217e2cc60c7
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.074,83ae12b2-6c44-449b-a17e-a81b3663ae8c
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,7455fff8-7e1e-425a-b41e-a48cc648eb90
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,f93ae2ef-c842-4652-bafe-ae00a6a6b0ed
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.074,8873ff26-3350-4613-aade-f9a552ada666
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.074,23cd8075-72ac-471e-b6ce-051051170681
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,c1974590-f046-42a4-a408-2961856a16da
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.074,6fd3225e-fba6-4c12-b1a6-e5f0dc0cac30
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.074,bcddb60d-6a14-46a5-86d1-143da68e3a81
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,636ef5ac-de64-41b4-b967-e72e288336a2
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.074,26d7d282-013b-43f8-a400-070688a1e903
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.074,6572f81f-f4c7-4417-97f5-d4e5092e2886
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,712f3d84-784e-4e5a-9e2f-7e40622b0f03
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.074,f7ad5c4b-de47-412e-895b-c9faea9691b6
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.074,af8ec90a-a344-487d-956f-57be2a8b4c90
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,64352ec4-0040-4cb5-9d36-2e4915326ec1
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.074,46190376-c918-44ad-8235-63d2722a4f27
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.074,818f172b-c595-4d19-8ae3-e620dbfdc72e
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,94028191-9fc8-4fac-8c0c-74f7b6aad4ea
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.074,dea50e61-7fad-4df5-b172-12d84917bdb5
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.074,56cdcc4e-555b-45c7-97a6-cd64dc08269d
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.074,56542989-6338-48ad-a2f4-38cec3f9f200
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,1.3593913987651163e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.074,f7a6308c-6fe1-4fb4-a0f0-6b677b57fbf1
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,fbae0c21-b406-4412-8de9-dcb007ec2437
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,868a5066-7f63-4eb9-9930-f91775d6be8b
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,2acd54a8-8aa6-4b0f-ab61-2ed34ea5dd18
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,14518c94-a2bb-42f8-a43a-0e52b00d48f8
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,a0fcd213-2610-4a6e-80a6-d592987afdb5
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,fe3efd0d-9dcf-43fd-a3f3-c179227e4bec
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,dc028095-b800-4450-ba47-93173b93906e
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,04a02c31-573d-48cd-853a-b1568854233d
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,f7d245ea-e1c5-41c3-ac14-c0572a683def
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,00a5e3ee-27ff-4b93-bc9e-684c98ac84f8
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,149b9b77-1a8c-44f3-9add-4109c1d75b3b
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,3cbdb887-75ce-4f0d-966c-394864f60224
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,9141a468-f070-48e0-8bd2-32b369307419
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,40fde28c-8e3b-45a1-8008-f84bd6aa2092
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,d23c62c4-ce8b-48a2-b06e-2a3478e9d44e
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,e0f3af0b-2bf9-466c-be91-165d163c1e3c
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,84a36d2a-56bf-4771-ada4-6d0e89cc5160
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,e9a81444-99d2-4a5b-b657-b8eb3e2c29d0
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,5e1edc49-6e77-4f16-ba4a-2e12767812b5
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,d9e8f663-4a7f-40ca-9bce-b45db2d8daba
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,db82e256-498c-4706-8187-aef02105bbff
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,b77c0833-1538-4dcb-8962-80c2be9a9435
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,604acff4-48ef-4fdf-a0ec-16223ba97aa9
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,d76e1e11-2762-4cea-8741-21fc32287939
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,26b3bbcb-21b6-4330-a7ff-34f32cab1c50
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,51b78805-51dc-4004-a386-ae0c64eb2ff3
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,fba4dee0-5263-43e3-9209-11c6d5e0c03d
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,19a11677-0d5b-4dc5-bbd8-6779a4779384
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,040dd402-ed56-484c-920d-14395296f2e8
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,0.01381179349050821,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,cd0cffd7-4509-4796-84cf-4ddd0995db38
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,92cfd15c-1b59-4538-92ae-ef9d3b82837b
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,0b3b3ee2-5dc6-4856-8f3d-21475970c394
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,a51c8900-1ba0-48f4-a4f5-0fb9f19d24e7
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,ca7e0d00-6bbd-40c5-980d-c0e50cd5ea05
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,e14b28e3-851c-41c8-9fa4-c94cb18f67c3
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,0aae561e-a40d-4c18-b561-329e1abe3890
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,72eaae35-f981-4daf-8a4e-3f6956dd890a
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,63e03699-3e80-42d2-9791-b988cbde5e68
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,13494f62-4fa5-47f0-94c9-5d39dfaf63b9
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,8a20b60f-c2ea-4833-8b46-002537e17a43
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,e1a46de8-8f6a-412e-b61d-f3a84c91fab3
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,989fcf7f-f098-4048-b3c8-cf17afb460b5
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,cb076ddb-a0b7-4c0e-97fa-252fd80ad156
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,088b6149-ca60-4bfd-b642-5cd773bd770e
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,e7279114-5004-4338-9848-7e332a8956a4
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c8e25e48-447d-4f97-b75b-0f8a176de031
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,6dabdda4-9378-423c-aebc-aefa95f65df3
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,40ac4b3c-cd11-4649-b652-2db1ae815f7b
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,ae539cb1-74e5-499f-a370-a2fb386d0c1b
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,dbb8338d-5f61-4ee5-b4c3-cdba3dc30a50
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,a56647e5-34ed-429f-85f3-ad9f481352fa
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c3a0a7a4-daed-47a9-b601-c82c9da8c746
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,86613d1b-381a-4bf1-961b-d89d567aea2a
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,c4321461-de29-4de8-9933-b23768f6d6bd
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,9e917408-fdef-4b1b-90a6-f49d03dc1f19
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,6768f654-84c9-4b9d-92ad-5f088d5dfe1b
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,ed66db90-67c7-4aa3-923b-8a1b0372f1db
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,972fc120-c52d-416d-8b58-fc08c6047c56
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,7701ad63-bf73-4486-9d00-bdc2223dcbb5
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,8.690306306947279e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,5e27afa5-40ee-4216-b92a-8882ce8caa9b
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f54a87c2-4199-4bb4-ad6a-9e5b0d4ed4fb
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,5cca35c3-8eb4-4f33-8549-d127de1e2c90
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,2269bb79-59cf-44f0-8ece-32331355d7fd
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,190fe3f2-710f-4e25-b1f9-801554e6fb65
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,02f4c25b-2594-411d-a6fc-34db5dca08db
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,e1127d6c-0901-4770-8bc3-8ee753663947
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,61ccf769-3787-45fd-94e0-d9c6fceed407
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,1b107932-ac0e-40e3-8bf3-d21a1f5240ad
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,820330ea-df2d-43fb-9f4b-f62e652e2740
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,32c9b5e2-77a6-47be-b9fd-90bc5d189383
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,a4bbbb21-43f1-419a-a490-9534bb37b776
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,03af3386-766a-4f94-8392-e28c4f0949c4
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f59f0d7b-40bf-4ffa-a95d-05f87607f70f
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,2e182708-f8c1-49c1-bade-7713d5020807
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,d9697e98-31c2-474c-8b57-5afe2b7aab48
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,e4231f9b-14a1-4686-bed6-fc8a0a51db0d
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,fe5df4a4-7932-4524-abad-3c6c0bebdba4
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,3149571e-f947-4bd2-8e7e-37ffd4d29fe4
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,065e6c98-37d2-4dcd-af49-fcaede9c76c1
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,8a8368c3-2f57-4d7e-a17c-02175926b1c0
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,cbb83679-7ca9-476f-a46f-210c12a3f504
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,451f0751-19e0-49b9-8f84-91706d083460
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,48f4ac31-3968-406b-8444-cca5304ab199
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,63d6e689-2cfb-4287-b0e7-5e26b97247a2
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,4f921ed8-cc81-4019-b40f-a20b387b8f6b
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,bb7008c9-993b-4aa0-bbe3-f843b54c7ce9
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,c91544d7-542a-4c1e-bc35-dd78eae10339
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c61822c8-2476-4a0b-b500-1d0bcd7ec3b5
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,b2c1ffb5-57da-4f13-9854-0a6b7888401f
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,3.1620406342738574e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,3d854fdf-8e57-4e9e-af6d-5e621350db26
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,791c26c6-2c86-4dcb-92bd-1590ca75a29a
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d4378d30-9e2f-40e7-a5b9-146d7941a330
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,fb84dba7-875b-443d-9c23-9ee6c1944c1e
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,d3ac96da-c504-4388-bcf4-2f3c164dbc52
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,54978469-2abd-48c7-bb72-f0103bf59713
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,8a2f9fe5-38bd-467a-8c38-46d758bdf9c9
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1074c340-b02f-4753-9994-21d14c6e4c35
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,77e9f9a2-f1e7-43a9-a0ff-cc17a0c908c3
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,8ad92e94-490e-4f51-a67c-5fd42573d311
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,3d121537-5a28-4e8c-841e-a30098d6eb47
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,30778463-b15a-4e25-90c2-2092b419033a
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,4135f91d-e407-4cfe-a347-e65c4446ad0c
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,c1702c1b-b057-48ad-9410-1f6e9ae15c83
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9297407e-388f-4840-962f-8e52923c2fa1
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,3649ff25-ef6a-4182-90c7-f1b90b8fc409
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,32340a7c-e579-4e8b-b3ad-d4b335dccaaa
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,76eb4ee4-7fc4-4848-9b20-c5d622168aa6
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,32ca8d01-bfa0-40be-86c1-46350c0f961b
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,e0e168a2-947e-4c5e-9027-f12aa4a3ae09
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,15c39842-d7d5-410d-baea-a6be1688c6ac
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,5bd7f152-8e6b-4d61-a1ed-7aa590f15d9f
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ac5289b1-bcdd-4d68-9ffc-0f05dc9b02e2
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b2e2b2de-903c-4d68-adbe-3809388bd696
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,316b72d1-da38-4da2-b2f3-0d3b5dbabc1a
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,95e3801c-cf5f-40cd-ba95-00f31df0c07d
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,040033d5-8194-4a14-a68e-f999394795bb
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,3be22d78-1e71-47fe-8e05-d05901b886dd
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,721cea18-6f37-499b-b284-207b514123f0
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f683cdc7-9320-49c2-a341-e3a68b119308
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,0.06831448488891304,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,d5f3027d-da74-4548-bc33-9bbd7a2440a3
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,16dc1a1d-4d00-49b2-a9ca-0b7e6916f0a5
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,aa033a2a-4ee6-4882-aec0-0e0ce4fe7153
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,cd83077d-6f00-4970-a8d7-4561b1eec832
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,18e6edd1-170d-4d4a-8b9c-2c22602368ec
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,06ee30d4-0256-4984-acb9-5ba260f94ddd
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,f82b7b0d-b4ba-4e6e-9113-2b5a13e23c45
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,c49b025e-1c0e-4c6f-ad84-e3fb98b7cff2
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,878c94a0-760c-49a4-ae5a-b942d52bc2c1
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,3be9627a-8579-4fd4-969b-d7b196057245
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b61f203d-106a-42a6-a5d5-ba9426f010ba
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6ffb9a38-168b-435b-8ee1-780f9f4093a6
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,6bd923f7-0d28-4362-9fef-c1a9771fd39e
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,369ae5c2-c5fa-4edb-8391-8d61d4ee219f
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,cbd9d9e5-30e3-4f2b-93f5-e3d45b749725
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,7cca33d5-889d-414e-88b8-45a195f79d76
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5e4178f2-10f2-444c-95f5-9ba35a1338b4
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,2bfc3375-4b13-4bfe-b939-6f0d4451938a
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,a0a56a20-e977-4cd7-b072-70fa2063e84f
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5e4fd1d8-ec35-4d91-ba36-849ffe019980
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f70a7565-8b8a-4b54-81e4-c452028f18af
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,4cfcd35b-c25a-4ff6-83cc-1cf7933dbb15
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,faf7d1c6-249a-4407-8b36-e2ad44d099f1
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d8d382e0-12bf-4c88-ae18-d53edf288543
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,24d528b0-8606-4201-9cf5-a73b59e937c5
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,bc35bab4-5449-463d-bac6-38b482596118
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,08edec80-bcb7-4d0f-a975-20dc6226159b
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,49e42de7-55ec-485c-811e-ae9aa1d43453
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,a5f435d2-2e4b-4a27-a505-9efdf52c590f
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5b380a23-500d-479a-952c-8d35f536b085
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,0.0004298310710292346,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,3230ccac-be23-4aff-b097-4a7bffe3af30
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ab854ae6-b7eb-446f-9256-002b4801cc4d
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,08a84634-0012-4740-b916-1d8284ce544c
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,d10f2662-5647-441b-8d06-379b69a5a4bb
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,da78ca90-020d-4660-a491-933d294b8da9
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,cdfe87e9-85cc-4e25-be9c-6dcfa2d1d865
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,3919a0d2-db91-4534-8f50-40a91d400476
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,aa2f28c8-eeaa-4d75-b8c5-fe7eae37fba6
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9d9da52b-2d0c-4f96-ae6b-e919ce340442
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,449bc5a0-ad8a-4cb6-8997-c2c92faf47a3
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,68d3340f-14dd-48f9-864a-00c8898066a4
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,717c87cc-4dd2-43b9-ac68-a945bca8a2ee
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,becf07ab-b401-4b3f-ab54-134a5ead7fa1
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,eaa32556-a4b8-4155-9ad0-0d00b6c28fe2
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ad26d8ab-dea5-463b-989f-92d61619aa94
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,b9b9ece6-c5f4-4941-9783-efa6102297ed
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,13b023c5-41ea-40c3-a5b7-5d5308374912
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a983ef46-1438-4354-9f97-3635ebe944a1
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,ff04086f-4506-407b-92f6-abb006b561da
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,f252a2bc-0b49-4922-9fe8-02db88cc132a
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,aaf179f2-755f-43e1-a64f-a76ad39063e6
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,58174554-fea2-4f8f-bc58-14f3361d06d7
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,56edd318-5767-46e6-b35a-004cc76c1278
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a0655c0e-ad1c-4a5a-8c89-68f537821a60
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,a4b0a490-fdea-4724-ace4-89c59d54b6fb
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,a5d337f7-f2d8-4e4e-bc43-128a0b19165c
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6a6c25a7-db53-42ff-b3ba-058eca77b13c
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,b70a0b62-0060-458b-b50c-e02d3ae9b44a
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,13fd133b-ad53-4f08-ba38-643780af4cea
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,c08ea273-64e7-4be0-b695-b425393ffdf6
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,1.5639763024018552e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,1fbaa037-3b59-4ae7-bae2-47588ee120b3
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.139,e9bb31e0-31d1-4226-a669-e9fd87e0f8bb
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,5b3b2591-dd00-4552-b7ec-9213a3fb1244
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.1.3,modeled_data,kg/kWh,CO2e_value:0.139,43022013-e74e-49d9-b06f-9026381ecabb
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.139,525e7433-f381-471e-9b65-6e3c28139f99
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,2be8c4d0-8e35-4947-b41b-44ed8dbfd02f
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.2.3,modeled_data,kg/kWh,CO2e_value:0.139,3368c298-1960-4992-934f-c17afb88964b
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.139,0cf0adae-3736-4609-aaaf-5c6064e2578b
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,1beb64e3-da7a-4507-aa34-cf6ec3d0174e
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.3.3,modeled_data,kg/kWh,CO2e_value:0.139,feba9392-44b9-4c85-b460-6a774ca46739
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.139,a31964ee-7c42-4d7b-9fc9-208bb041ae2f
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,917fae8b-8547-4b13-a424-4b9dcaa346da
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.4.3,modeled_data,kg/kWh,CO2e_value:0.139,b47ac030-7c28-44f7-8e70-ebf10bec4e5e
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.139,3c49be03-506a-46b6-9773-ed8b8fb33a06
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,d4606be6-f381-4f53-9fba-21a4a24563ad
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.5.3,modeled_data,kg/kWh,CO2e_value:0.139,241a8d52-a4b8-47b6-ae36-ee02e2cb05d8
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.139,310f700d-c91e-4f8f-9fd2-756c14288b62
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,c56e0a64-20e0-4a1f-92ba-11622389221e
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,I.6.3,modeled_data,kg/kWh,CO2e_value:0.139,9c608977-4b92-4765-8eea-4e24faaed754
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.139,bc5ba566-9035-4532-81a6-82d0fef00ebd
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,276152ad-d3c1-4c18-ac13-5398f9f0b1a7
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.1.3,modeled_data,kg/kWh,CO2e_value:0.139,b9afe590-7a5e-4b75-b687-bcb46d4c4a4c
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.139,8da1e6f4-9dda-48f7-91ca-4d504e7164fe
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,b3e09e73-4b6e-4bce-a343-6903e589c140
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.2.3,modeled_data,kg/kWh,CO2e_value:0.139,448d212e-dbf5-4128-b0d2-279cc8aea5a4
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.139,23c09ae1-ca6c-4ce6-9760-bfbed1590a70
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,6c90c35a-e02b-4bdf-a92d-45451a856e1a
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.3.3,modeled_data,kg/kWh,CO2e_value:0.139,9bec81a0-03bb-4fd9-a6e9-975617a48506
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.139,68e3a8d4-2174-42fc-9d46-4f8454c84f13
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,b7c3002b-48fa-48a1-a8f2-aa43a6f5b837
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,0.11117468974263596,II.4.3,modeled_data,kg/kWh,CO2e_value:0.139,39412a95-ea18-4618-90be-655d9af439d3
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.139,cd4c7c24-4e86-4a30-85d5-60ef59d03c7e
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,f61027e1-be9e-483f-8deb-28bba32f4afb
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.1.3,modeled_data,kg/kWh,CO2e_value:0.139,9ddd513e-65ad-4292-bb39-557ea1557c6b
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.139,295e9085-6560-41ae-9b4d-019fbbb96907
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,57508c49-3e5d-4d4a-8a53-8f6cf7b182ae
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.2.3,modeled_data,kg/kWh,CO2e_value:0.139,f9a77979-18b4-42f4-996c-a9d9f0054a80
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.139,3170e9d3-6377-4ae7-8f67-977e8a47210b
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,49a80ebd-2722-4a2a-91f7-177faae15d9d
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.3.3,modeled_data,kg/kWh,CO2e_value:0.139,1b06c6bd-b724-41a9-a5b1-5b9b098b633d
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.139,5e5eff11-c9b8-4308-93fe-ac370ac12ab8
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,e8f10fdf-f715-46d4-a9c6-8e9631eaff39
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.4.3,modeled_data,kg/kWh,CO2e_value:0.139,5df764fc-baa8-46b6-bd48-09f6990ae286
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.139,4dcc32d4-8a28-46ae-b929-92b4291fe0cf
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,7df840cc-4364-4784-b6a5-7603eca7d30a
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.5.3,modeled_data,kg/kWh,CO2e_value:0.139,f8495c29-f3c5-4bea-a194-17478ed60146
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.139,03520282-1c10-4184-b64d-a6882d5ce9d7
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,fa554c0f-47ca-4f32-9871-94d029b623d5
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,I.6.3,modeled_data,kg/kWh,CO2e_value:0.139,71aceb0f-01ce-469d-aac1-57592e217959
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.139,fad04657-22a7-4304-ad38-7f926c97c1a8
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,6034bce8-6d12-4894-87e7-2a15f3daffba
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.1.3,modeled_data,kg/kWh,CO2e_value:0.139,be27939f-29f9-466a-97a4-cd29f01ae766
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.139,257533d3-8926-4b43-b566-e2bfa3c52934
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,2d8905b3-0db3-4040-b3f7-502bff05ac22
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.2.3,modeled_data,kg/kWh,CO2e_value:0.139,92b0315e-47bd-4be9-ad94-d1be392c3c5c
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.139,292cea76-c58e-44a9-a12e-784b363614c3
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,90a663bd-9a0d-4922-8313-1cc11b21b26c
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.3.3,modeled_data,kg/kWh,CO2e_value:0.139,a6b17ab7-ae0b-4bd0-9e0e-26d0829d0dc5
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.139,d314107a-0cf9-463b-801b-99f4bcaf9244
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,eedf633d-646a-4443-b20d-9880515e7d2c
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,0.0006995051787498067,II.4.3,modeled_data,kg/kWh,CO2e_value:0.139,4e933bc3-7556-4fb8-939d-1c7146d91944
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.139,e7758ec0-ef87-4592-9252-57ff985f0c3f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,25d27d5d-e845-4271-826b-35a7aaa16997
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.139,d09d3a61-2019-4cc4-b65d-fe9e06efdd21
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.139,af9b0e02-46bd-471a-bc67-b59fc9e8891d
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,84dd9317-60aa-42f1-bc34-c0a67351c288
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.139,860a4a7e-9a8a-4208-9aef-c01c8b757e67
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.139,4721e30a-7d22-4a29-8a46-3e46085d2578
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,bc686142-b0d3-47be-a8f1-02c857aa993f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.139,249f9c6d-3cc9-413f-a8fa-0ebff8ba4334
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.139,6c7b301c-2434-400d-bad8-dd3efa19de91
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,eade89ae-9082-4378-aadf-503008179760
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.139,91c4cc0e-b871-4836-aac9-8d40c516a266
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.139,8b565158-1310-4e64-8838-f32372b2fda7
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,582bf6da-0539-4914-9202-5806dae20429
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.139,de6d3ca3-cc4e-43ed-af54-21141594431e
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.139,176cc557-6d04-40c8-96cd-7c467ecf0880
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,6c4fe40b-66b5-4b67-93b0-99fdcc82696d
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.139,77d02e02-159c-4b7d-a080-b2fdd8b7593e
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.139,77437cac-08dd-4d01-9355-1d08e917a39b
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,bb36b7fe-3857-4a33-a266-b73401450d67
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.139,4d35ce8c-f96b-4f85-aaf6-3444ce39b2e2
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.139,b6e1f99b-67fe-44d6-a042-ed8e6f1f8cc4
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,730712a2-42a7-41b1-875a-60d6fdc07c71
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.139,9ab60215-5ed2-49bf-899b-da334127b16e
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.139,9ec0963d-09f7-4c5c-b35e-e7df382a39c7
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,abfec180-8ac4-4d73-a324-6c2a2e2cdef6
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.139,3dbb1bcf-91ec-4fe4-abc3-2dd3d225d914
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.139,fee59cd3-2b7b-48f2-94ad-5855ddc2935e
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.139,56b09c61-f282-4076-9cfb-55d556f5664f
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,2.5452080985035704e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.139,15614171-999a-4faa-8c35-992b163e5275
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,bc5ff069-6b91-4ecd-9a84-e6133adf5e19
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,669d20bf-8175-45ea-ae91-50010de0ea1d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,0edff3fd-8cee-45eb-b153-9d75eafde598
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,22e70333-c62b-4a8a-9329-225b6353a69e
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,db54a556-5897-4e48-a057-88bba528a273
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,f8c05b48-0b67-4965-85a4-e4eaa5248da6
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,4e06ddf4-88dd-48ad-b466-fd86280d1e04
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,c355b675-529f-44d8-8d1f-6c42f993dd5d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,e330867f-4834-4b8b-b5bb-056387bcd5e1
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,d834f956-08a2-4b32-bc2b-0a631c5b5883
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,0d80308d-8c5e-4dd2-8c6e-49c7b54722f4
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,bc4fb9f5-8c02-4731-8710-e77f71451435
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,6ef38901-809b-47cc-8b2b-e5b5efc9f024
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,3095715f-6274-452f-9312-b49e23c1de56
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,48a485a7-c9e5-4614-bbbf-4a8dc1fe5414
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,d480649e-5629-4734-ad07-0eb2e44d1936
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,12330c80-f910-4bc2-afeb-df16b3e8c70d
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,0a0b2015-c84e-478c-a64d-9d938d30e16c
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,7aa3b1b7-111c-46b2-8670-c604993aa363
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,16ba1e35-5b94-4c34-ab16-aca0ba25d18b
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,2c2e5c14-6d36-410c-995c-80ece4b9a9f2
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,fe546ffe-255e-465b-bdf4-4bc6761c7a21
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,9041cc99-92b5-4a35-bfed-750e9b582ffb
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,8b874c8e-5874-410b-9660-660fcb43f939
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,2f0d3af7-32db-4bec-9a41-d0924b7937ec
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,3411be9b-ae3e-4bdf-8448-1d105a9ff071
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,733463c7-5b4b-42ce-bfc1-5aade078378a
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,18351c36-857f-4876-9c70-e7bf04792a45
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,3fe9db36-8d2e-4808-bff1-324f11616239
+ML,Mali,2021,Calculated from Fuel Mix,CO2,0.06455019985598595,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,bfad55cb-9141-4edd-a435-094697d1f237
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,1a1b4f9a-038d-439b-9bc8-2010989d9ee3
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,8bd479dc-5ff5-4e40-bb31-45866ca44182
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,61d21c39-7118-48bc-aaa8-741a53705d1c
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,14a3bf19-10b8-417b-a42d-acb9544e7a53
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,8cdba648-f140-4077-b6e1-abbedb9f92e5
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,80321e7d-abb7-47b7-b1ba-8851ea6488b7
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,aab5f8b7-9a6f-4913-8276-d817730ee094
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,619a60ac-bfdf-4b61-ac32-fef649bd10cb
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,b34c87ac-844c-4d75-a1b2-2603e4295d5c
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,e50132b0-2e11-478e-9166-cd48f4461d70
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,57eacedb-f509-4259-a5a0-2b19115c41e5
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,c7ab3345-9bfe-4f8d-bb35-1692a7f967c1
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,5df90714-b73c-49eb-9f84-dac7e2ce80a1
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,aa6526e7-aca8-4414-ab16-8725ceca926b
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,5b61492d-2bcb-478e-8b5b-576f3a559057
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,600a22d6-e56b-46b2-8f4f-1ecb3923aef1
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,c0aad08a-e5c6-494b-af80-e3a9472ff289
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,d80531e2-0fd4-4e38-80b1-4a65f83361fa
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,253d0c0e-bd47-490d-bdfc-a2abd082742d
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,71bfadfa-3ecb-45e9-ac16-db1d7891b11c
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,4ff6e47f-7ff5-4f48-a307-07d40f36f272
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,a701a219-4697-4eb5-8e01-9cf4d95062c3
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,3eadba84-09ce-421f-9184-9c0e85cc7431
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,e7b0e10e-40d7-438a-9383-5362e19cfccb
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,0d6d1ba8-136e-40a5-b15e-baca81493ffc
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,1ba155f3-9206-4022-ba65-45ddea52bb43
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,0a96de53-7e79-4316-90ad-597d3d3ae1da
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,5e0e406f-78e6-4f9f-b0ff-0449f9401966
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,0006fe71-7fe2-492b-9d61-32687b3d6008
+ML,Mali,2021,Calculated from Fuel Mix,CH4,0.00040614639171132096,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,cb3cf701-2890-41b0-b2e4-7bc6ef3cd690
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,5d0cc0a3-77e4-49f2-a84b-cc6e31693dcf
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,83d9b028-536d-45c6-a8c6-d0892a9f33f0
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,907f4371-816a-4b3b-9f8c-ef1fd4ce2ace
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,099054c1-eac1-4e27-a17e-18a299d31abe
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,319c192c-28b6-41a5-94df-052d8a47e954
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,0e569528-5969-4f45-87a4-e6374bffab4b
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,12db6f87-da12-4d98-9d34-35feeb76d647
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,51508627-7d57-459e-aa92-19e86c159b64
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,0e4d47cb-c92a-4805-83c2-c10d700fdcaf
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,d0ae4b2d-9e7d-4c70-953c-3adab2a24ee5
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,9ea7ca9f-651b-4ba9-a424-715e53729dfa
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,c3ca3b4e-5a62-46b7-9fb0-31ad7c1734ba
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,ff7cab75-a339-4ff0-ab11-f49816a883fc
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,327ef0b7-1242-49d0-9f26-e28af3a9fa37
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,10676deb-856e-4d9b-a4cf-f7f01b34d8ba
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,09a85bd1-c5a2-452a-bac5-cdb114802544
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,757ca291-ec0d-45bb-8bdd-b587ccbe6449
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,493f819c-9ee0-4fb0-9392-93526ed03530
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,ab65cb6a-da4c-4a30-90e2-4362c73541d4
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,4cec1ee7-5e89-489d-8f21-5049fbf047ac
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,37d0a2bb-112f-4d0e-880e-3e59adaa4bfa
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,1d6449f1-5cce-4ce9-a9ce-cbcda204cbcf
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,c467c2fb-d1e6-42f0-a017-9086283380a1
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,c11963dd-91e0-40cc-840a-af9e50ccef68
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,83d755b9-9db6-446e-819f-995804278cb6
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,03329a40-f9c1-4f0f-984b-846c475fad2a
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,616296e4-f23b-4ada-8f9e-6b1ba05470dd
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,fb854592-8159-4bcd-a4ea-b5c254ff67cc
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,83ee633c-a7fb-4e1b-a872-872248fb5014
+ML,Mali,2021,Calculated from Fuel Mix,N2O,1.4777976157505942e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,27a1f03b-3112-4406-9348-fbcb2eecdd96
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.056,e13cf199-d17f-4326-9c26-4d6b3af6ffbc
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,bbffc566-9a73-4714-b3d8-3c7b45bbbc26
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.1.3,modeled_data,kg/kWh,CO2e_value:0.056,e0ff1471-fdb8-4672-8dbd-346eb442a210
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.056,b89784c4-db5d-44bb-96ef-7f239a62ef38
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,50182667-dc9d-4dc0-8b75-c6c421b68068
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.2.3,modeled_data,kg/kWh,CO2e_value:0.056,84ec14df-155a-4842-ad17-f4ec1e3175da
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.056,5b5fee7d-577f-411d-9d5b-ce9d65e01424
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,4b992e0f-21f1-472f-ba75-3b0384f7c6ec
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.3.3,modeled_data,kg/kWh,CO2e_value:0.056,9222672e-4d45-4a9a-aa99-e7214787e866
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.056,2ce7f088-391f-428d-ae54-030316b4df64
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,cd67169b-e5c2-4c80-932c-42927c3eed5a
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.4.3,modeled_data,kg/kWh,CO2e_value:0.056,1afc434b-102e-4c76-ab8d-69b37928a1fb
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.056,be561e05-bf7c-4345-bea3-089433aa2728
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,73ac533b-4586-4f23-a620-058ac42ced0a
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.5.3,modeled_data,kg/kWh,CO2e_value:0.056,4de8c773-4d3b-4993-bac3-9004901cdaf5
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.056,c4849778-2a46-4f5a-bdf2-3013c1062cb8
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,77a56a7d-5f38-4123-ab77-414e09a35c8a
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,I.6.3,modeled_data,kg/kWh,CO2e_value:0.056,06558046-6422-4243-9011-80f6bd9a2a21
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.056,697d93cc-d219-4305-818a-3c604aca7e39
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,19841a3d-0fa8-40d5-9249-4210cdb47657
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.1.3,modeled_data,kg/kWh,CO2e_value:0.056,c8e77cd7-90d0-410b-8349-04205d94c2bf
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.056,4337e9c6-2c9e-4236-b1c1-16070391ca7d
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,ae1e683b-bee7-416f-98d6-40bf57449ef3
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.2.3,modeled_data,kg/kWh,CO2e_value:0.056,360713f8-0171-4e18-aa77-7ce293f7a71f
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.056,57f68ed5-f214-4fd8-b291-ccdd5bd9e4a7
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,d6143823-6715-4c87-9950-20268bbe0e60
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.3.3,modeled_data,kg/kWh,CO2e_value:0.056,b73d18b1-265f-429b-b953-26ca7d340c52
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.056,e85d9271-3e52-41fa-ac02-4e4714a4106f
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,fd92c91b-f2ac-4a14-aa2d-23001b4da2c9
+MT,Malta,2022,Production mix factor,CO2,0.04463045328018145,II.4.3,modeled_data,kg/kWh,CO2e_value:0.056,93949041-5dcc-432d-8858-a0bdd48f793b
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.056,a151c58a-39b4-40df-8e41-c82b647111e1
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,d06c96d7-20f5-4ef5-ab0d-eb9230cdab6b
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.1.3,modeled_data,kg/kWh,CO2e_value:0.056,56d25e59-52dd-4a0e-8a88-7f14bde07186
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.056,59eb0b2f-a334-4c63-aa57-b24b0eefa971
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,2282a5bc-894a-49ad-9573-b832447b1dda
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.2.3,modeled_data,kg/kWh,CO2e_value:0.056,270ff69a-ead7-431e-95af-6a5b3a7b6ea8
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.056,89f8b24e-5b29-4702-bb58-56c093d56215
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,523120b7-81c6-4f13-910b-e29dbe849828
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.3.3,modeled_data,kg/kWh,CO2e_value:0.056,7bb06980-1b58-4e80-aea9-cc2d02b68728
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.056,463e2d7c-229f-42b6-8d7a-027a2f6ee40d
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,f77fb43c-95a7-4d18-9856-2fb17ef108a3
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.4.3,modeled_data,kg/kWh,CO2e_value:0.056,60ffd22c-b5cd-4c7f-b974-150124f6f024
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.056,407bc11b-12ef-41a8-af1c-203cf701c56b
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,96c4a471-e35e-4435-b411-1bb0860dd2c0
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.5.3,modeled_data,kg/kWh,CO2e_value:0.056,58cb66a9-7798-4410-bc30-640bffd07f0b
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.056,acdd34dc-629a-4c14-90cb-6158bc8e71bd
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,904eb09b-033f-40df-a974-02ceceb5dcaf
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,I.6.3,modeled_data,kg/kWh,CO2e_value:0.056,1c22214a-04ca-42cb-b2f8-0327913e9f6c
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.056,b3796e32-58e9-455d-9a6c-6011206c1d3a
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,38d53fda-d669-4759-a1a3-5b0562fd9fff
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.1.3,modeled_data,kg/kWh,CO2e_value:0.056,8e944943-5929-4c4d-b13a-d5057d8a9cde
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.056,7b9dbe7c-9a60-4292-aea9-106498ce76b6
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,b2c9a733-5aa3-47a8-a854-dfc6b4ada59d
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.2.3,modeled_data,kg/kWh,CO2e_value:0.056,59a3ddf4-78ff-44f8-8904-aad15f46fa4a
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.056,38168734-9f26-444d-bf70-fe5c0867774f
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,24d146af-f883-4dbe-948e-a41c7aca9d1a
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.3.3,modeled_data,kg/kWh,CO2e_value:0.056,121e8b8e-51b6-4657-98d5-5611c995de40
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.056,5f53fb5c-be2c-448c-a9a5-068d95ca705f
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,05bfe275-4cae-4743-839c-ade36072bd58
+MT,Malta,2022,Production mix factor,CH4,0.00028081241577295374,II.4.3,modeled_data,kg/kWh,CO2e_value:0.056,33d68ff3-8f8f-44b8-a68c-fa33f0d7fa5e
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.056,701a56b4-6269-4eb4-b9a3-5e1de4fa5622
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,62ab0c3b-1897-4972-833a-58019d9ff9cf
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.056,6e77981f-c899-45d2-acdb-b62dc2262471
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.056,1ce92592-2cd2-4fe2-b9e4-b7e43acdd90e
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,5ae36d0b-e655-4593-9357-e86db36755bb
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.056,d9326d52-5f92-4e16-ab0b-86ef5e7febc2
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.056,677a3330-db37-4f43-a168-9b8dfac597b7
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,10aae881-efb8-43e9-b8a2-598a9bc85170
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.056,d0e9d05d-e7f4-41e5-95e5-826c039cf367
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.056,b08ed9fe-3448-4c8e-835c-8484271399f0
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,d4c78074-43d1-436c-a256-9ba15edafa63
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.056,2ece69c0-6a03-457c-99a0-5922514998e7
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.056,76510be3-bf20-43eb-83d9-e9b98d8bb4cb
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,2235764d-5517-4981-9625-ebd23573b80d
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.056,f358bad7-9614-4286-b24b-9a9ae2573121
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.056,31b487c5-ba09-447c-9021-decf00982399
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,fb357625-ae65-4773-892c-0f561946adf4
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.056,f3a5b352-1d19-4b5b-b6ca-9b9c6b95698a
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.056,92e56d48-4d5c-4b0b-bf84-b8ccf12e6d0a
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,f7c0b4e7-bb95-4a2d-951c-2481d0b30e0b
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.056,b0ee6738-de93-46d3-b5b2-105e4878e6d0
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.056,a5152df1-604c-432d-b6ca-5f7977f60bbd
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,2d9c7168-a119-45af-977b-3e965d24f24d
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.056,431ffb1e-2edd-4a42-9e2a-16c085c206a7
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.056,86baeffc-fbfb-44d7-a9d9-d8227a364406
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,c75955e9-3abe-4494-afcf-092dec80a590
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.056,488995c5-89d1-4dd6-a1c5-d14f742d2574
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.056,b7e5323e-1633-48a7-9898-be1210503c7b
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.056,e2dbdbfc-c45e-47df-a6a9-4c2e86cc48d8
+MT,Malta,2022,Production mix factor,N2O,1.0217594615426156e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.056,ab888b78-04da-442c-b73d-2034af5aef22
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.051,92663bff-6360-4017-a732-37067590b372
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,95e7f2cc-c5cf-4060-9bf1-b92b281581ea
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.1.3,modeled_data,kg/kWh,CO2e_value:0.051,1f20750c-db58-43c3-a840-e1fccd4a8b8c
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.051,743421f4-c2b4-4140-8ea3-8bfdbbafd325
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,c991db89-90cc-4b6e-afa3-c9eb47953d23
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.2.3,modeled_data,kg/kWh,CO2e_value:0.051,f7333f78-00e3-470d-97d3-f9a4827c92b4
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.051,f346db12-0533-4978-8575-06f06eee296e
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,0afb7a0e-e900-433e-8b62-23374f0b0a0a
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.3.3,modeled_data,kg/kWh,CO2e_value:0.051,bbb4b1e6-8987-4b14-bc92-859c830e10c7
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.051,242228ca-c594-4138-9609-ba325ac94e59
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,2c14ce24-d5d3-4ec2-b612-3bfc8197011b
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.4.3,modeled_data,kg/kWh,CO2e_value:0.051,d7e6208c-5b44-4532-ad2a-6dd8518fc5f2
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.051,85c5b368-6dfb-4918-aa90-2c9bd2a5c04f
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,f77f2157-6461-4175-9f05-d81aa23ee328
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.5.3,modeled_data,kg/kWh,CO2e_value:0.051,8dd71e24-cc6c-486f-9c87-736bcef20ad2
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.051,d93fff56-b8c7-4525-b53c-8de48eeea0b0
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,16a6d983-ce1d-42f1-8e9b-4a288df08820
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,I.6.3,modeled_data,kg/kWh,CO2e_value:0.051,b34724dd-3ca8-4d5b-b420-a736e9f77ad9
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.051,4cd34a67-b0be-4948-88df-6d2f2b8ff377
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,b2a1eb9b-3abc-4e91-9827-885f214dcb70
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.1.3,modeled_data,kg/kWh,CO2e_value:0.051,cd729a16-8b24-4bef-9f9d-369ee1829b25
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.051,6ead3922-5bac-47b0-bbbe-67d647510ad8
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,1e6339c6-3293-4e26-a61b-dbcc396cd300
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.2.3,modeled_data,kg/kWh,CO2e_value:0.051,129d8585-c574-4565-af6f-de47e687c4e1
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.051,4e83f831-584a-4d33-8c95-7b450fdbd1b1
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,5d99e412-02e5-4e29-a7ba-7122412be142
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.3.3,modeled_data,kg/kWh,CO2e_value:0.051,66b08c72-efe5-43be-85c7-86799998073c
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.051,c8be43ef-2303-4697-9f33-7f236f130c42
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,0c7689fa-291b-48c9-aa7e-39b7e48b0c1a
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,0.041086052688620416,II.4.3,modeled_data,kg/kWh,CO2e_value:0.051,a685cd02-d0ed-4348-b8a8-e888df65bcca
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.051,d6148c85-1231-469d-9907-28611159368c
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,8d658d4e-5ce8-448d-b09e-bab06a760287
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.1.3,modeled_data,kg/kWh,CO2e_value:0.051,04bf237b-96b6-4d48-8c1b-b9f9c99d9828
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.051,dcb23b44-9c43-4a41-988d-66feafd8019a
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,8165d0b6-bc88-45f8-ac12-81e318894a51
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.2.3,modeled_data,kg/kWh,CO2e_value:0.051,6b1d8230-a5a9-4b23-96b3-757ea2d2e9de
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.051,ad422fee-8b97-4181-9bc2-65a94053b730
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,d689eba9-da76-4e37-8a42-04c6172c12ea
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.3.3,modeled_data,kg/kWh,CO2e_value:0.051,7907f244-38b7-4320-a993-8d21336912ee
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.051,88c323c3-36a8-49cf-b8b2-98cd0b5c03ef
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,91a8494d-6834-4be1-a2ce-a9b37611a21b
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.4.3,modeled_data,kg/kWh,CO2e_value:0.051,107aa025-4c61-464e-be48-5497cb4b5ffc
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.051,deebb126-adc8-4c4b-8710-3efdabdfcda9
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,ed8c5413-cde9-4e6b-992c-df0459e47bc2
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.5.3,modeled_data,kg/kWh,CO2e_value:0.051,c369b4b4-0200-4c5e-b17f-dca5742973d3
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.051,4ae1258c-fcfe-4d84-af21-7fa379aa1684
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,f50bc4da-3ef3-48f9-92f1-d0c3b9410e7d
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,I.6.3,modeled_data,kg/kWh,CO2e_value:0.051,b0cf6cd8-cd23-45dc-b843-b6b0e8e5c122
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.051,a9ed3951-d8f3-405d-8cad-8e0a41ea7dd6
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,563f60a3-fb19-42dd-9792-46add39fe887
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.1.3,modeled_data,kg/kWh,CO2e_value:0.051,f2776f24-055d-47be-946f-27c73297ea4e
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.051,3106e0c2-188f-4d25-83da-407ea314ae58
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,70e1c74c-622b-479b-958e-ec044b926acb
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.2.3,modeled_data,kg/kWh,CO2e_value:0.051,1159753c-d3da-4e38-8ab3-190a604e123f
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.051,5e22164b-e19c-4ef0-a347-8b6b23a23ab8
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,8fb42618-530d-412e-8545-bdc6a5019d44
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.3.3,modeled_data,kg/kWh,CO2e_value:0.051,14eb8b0b-fa84-4c15-acd6-33cd6063c207
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.051,9418b7b6-f561-4823-8e7e-5f74851022d1
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,3cdd6bcd-421c-4643-910b-eb1ce7afaff4
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,0.00025851123755423914,II.4.3,modeled_data,kg/kWh,CO2e_value:0.051,b6e48e21-18d0-49fd-83a5-2aa69cdab694
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.051,65bdf697-edd9-4960-8710-d421239331ee
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,73eb67fc-5a9b-430d-8741-7bf28ef4f848
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.051,6bf258d9-f98a-43c1-b37b-85c117b3c0c2
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.051,5439701a-38ca-4888-a3f1-c9c52d099bda
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,565167c6-4a62-4f42-bafb-603b2fb4111d
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.051,68125a2f-b7ad-4f80-be43-370d618f7c5e
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.051,7f776d4e-fcfb-4f97-8587-96c0bc57585d
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,3a0cd892-0875-46b0-b152-0726b248cea5
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.051,168128df-705a-4ec4-bd00-c064307b4405
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.051,b65e8372-f59b-4706-acc3-9c29ccd6590f
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,d1b7a1a8-23f4-404c-a6fb-802932930d33
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.051,8619f123-ec90-4587-a976-faa3bf092155
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.051,4688c81f-15cd-4df6-9ca0-5edd094b16dc
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,de781f70-dfdf-48a0-831c-9791f7dc9b36
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.051,515845af-e220-4d9e-b348-6a8656a0c5dc
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.051,b268769a-e43e-41c4-b9e3-35fa8d15a0df
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,9e8f4237-b1e2-492a-a0e1-66fe332a60b9
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.051,2d7e7532-7b21-4878-868c-79fb914ff882
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.051,8f50b0cf-583a-484f-a9c3-14af2762a67f
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,6ac7a408-4b9b-4f50-aa05-2aeb2cd622b7
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.051,8e6936a8-f549-4634-9fc1-2eaf470ed34c
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.051,081864ff-5462-4cac-9f36-0b80be28ccd4
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,d313b3b4-35f9-4589-b870-0abaccf79af8
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.051,908c0520-7441-49ae-a716-9ce70504b5f9
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.051,760546a4-d84e-47da-b86f-c34da0a38b0f
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,a37468ea-b32c-484b-bf05-f4589f3abf27
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.051,6c101d9b-a78a-46ff-bdc0-a75c73705487
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.051,b3be39e4-cc65-465c-b2d0-966da42f5299
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.051,abbe39d1-8650-4614-a7cb-4de74215add7
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,9.40614759354863e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.051,0018e702-d422-4420-913d-c288b5e52979
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.087,bc22a1b5-82eb-4946-abd3-3e02807671f5
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,c68249cc-1c1c-48bb-ac6a-ebe18a61428f
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.1.3,modeled_data,kg/kWh,CO2e_value:0.087,6548e555-94ce-4afb-9535-9382d87a2a4a
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.087,f8792afb-0d07-4a4c-845d-54c42d9de614
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,f62f54fa-c13a-4df3-a775-27e87ca10032
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.2.3,modeled_data,kg/kWh,CO2e_value:0.087,b14bb454-174b-4fcc-a4bb-d6c5bc602c81
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.087,60ccf549-14b3-42f9-ac34-5cb169c40d8d
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,7143b6c8-3f8f-42a2-b456-1f9df4f3ed9d
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.3.3,modeled_data,kg/kWh,CO2e_value:0.087,51e5c38b-81a8-48e7-a601-c7ca526b2cc4
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.087,4af51d2d-b316-44fa-8aa4-730ec3730b43
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,5d56115e-6cfd-4288-b79b-28c8ef7665a5
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.4.3,modeled_data,kg/kWh,CO2e_value:0.087,2f609846-6748-4650-8cb9-43e59da9c141
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.087,9c0b1cab-a4ae-4f4e-84fd-962913da5116
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,983fdf96-69d0-4078-9ee2-d7cc3da105b8
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.5.3,modeled_data,kg/kWh,CO2e_value:0.087,dc0d8d8d-3c06-4d5c-8dd0-e44b8d4639f2
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.087,5db22543-a08b-4cf8-8102-a769040e20f9
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,73dd3799-0142-494d-a764-c5ba8f9dc835
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,I.6.3,modeled_data,kg/kWh,CO2e_value:0.087,ea599dd7-f871-4925-9b25-f4ef1fd25586
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.087,076b25dd-7592-4825-b03c-8140bba5da15
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,fc44ddcb-9293-4f30-a5c9-3ddb2b24b0bd
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.1.3,modeled_data,kg/kWh,CO2e_value:0.087,be02171f-1857-4ebb-9761-566dcbe8751f
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.087,44b6c761-e72e-4f3d-b6b2-b8ab926d905d
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,c606decf-c30b-4f73-991e-cfa23199a878
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.2.3,modeled_data,kg/kWh,CO2e_value:0.087,223669c8-1a32-4b1c-a7d2-fbb551847f15
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.087,176ed52d-9085-4ee7-b974-435573285be4
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,6b1d72f2-7e41-4f14-85e7-635586c4cb50
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.3.3,modeled_data,kg/kWh,CO2e_value:0.087,80d2e575-b3cd-4398-b13f-5f454dda0d5c
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.087,46fd2391-c437-4a78-8536-dc97ca37230f
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,c7c6c6d2-8d85-4de7-9b4a-43f91ca0866a
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,0.0699450545530624,II.4.3,modeled_data,kg/kWh,CO2e_value:0.087,7670b766-21ac-4a80-972e-7ccb07efe0ac
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.087,73492ff6-ac84-46ed-ac67-a828e841fbe9
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,1b6ebdb4-f247-4dce-a359-f40aacd6ada6
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.1.3,modeled_data,kg/kWh,CO2e_value:0.087,113330d2-86a7-4646-9992-b192e7af5d2d
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.087,884716cd-36c3-4c2e-85b6-6587c76e2908
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,46f08252-8427-4215-b0b2-5ab58a20c331
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.2.3,modeled_data,kg/kWh,CO2e_value:0.087,56340d39-0414-4930-b5e6-cd8f73d50b50
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.087,7fd6d936-4dbd-4453-b369-d9645000f32a
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,fe39d22c-3246-475c-9958-4c8c330265b9
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.3.3,modeled_data,kg/kWh,CO2e_value:0.087,5eaf70f2-d4fa-44da-865e-2c87f772a226
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.087,8ab5605d-05c4-4198-8179-8f30ad557b2e
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,84a7ef7a-ccf7-4aca-a68e-69778fa693aa
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.4.3,modeled_data,kg/kWh,CO2e_value:0.087,881c349e-b789-415d-a02f-b5644476801f
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.087,02ae3799-bfb1-4c52-ac4e-269fd385ee01
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,8316309d-2497-476d-896d-32caa2cfd06d
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.5.3,modeled_data,kg/kWh,CO2e_value:0.087,b646472c-456b-44c4-81c5-fecddd4bc1c0
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.087,762c17a3-758a-41d7-a32b-1345b5116572
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,2ca502bc-f715-489e-8b67-f2a3b614ec3c
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,I.6.3,modeled_data,kg/kWh,CO2e_value:0.087,cb655213-9ec2-4f7b-a4e7-28a113dc87c4
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.087,e6f23e91-e96d-4a59-9698-1ac3ec267f6a
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,2e0f83a8-8023-4818-85e1-36ede404ce4a
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.1.3,modeled_data,kg/kWh,CO2e_value:0.087,5b8ae9da-bf18-4d85-a08c-4a95590c9d2c
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.087,bd12ab3f-59cd-4082-991d-27712fb3f750
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,886c7f7e-55c4-4932-83e3-17c496848df6
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.2.3,modeled_data,kg/kWh,CO2e_value:0.087,dfa7c1d2-9a1b-4e4d-a339-7c9d29db0d84
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.087,239f0166-46fa-4c0d-abf4-5e96b3bc61a9
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,c0907fc3-1dbe-4053-a32d-606686a3f997
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.3.3,modeled_data,kg/kWh,CO2e_value:0.087,9e9ab827-4032-4700-b111-f55e16bd7438
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.087,9dca74e7-050a-45ec-858a-4081b1d9fc6c
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,c6e1be8e-0907-46ea-9c35-ab4cb95d2b08
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,0.0004400905278086979,II.4.3,modeled_data,kg/kWh,CO2e_value:0.087,ede32ec7-dbce-4e11-9e32-10b733e0d212
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.087,99ff5a3d-dc45-4514-98ff-8f2f8a136634
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,4329b2ac-1ace-401d-83ab-648ad26fb641
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.087,4b20f58a-ed46-4964-824e-60955b26583d
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.087,ec48728f-9555-460c-a340-f9509fc0c41f
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,5b4371f4-9949-48a6-8108-16679dbc1b6c
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.087,084bbe4f-47e2-470e-9ca6-2ce0da66efa7
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.087,fea028ae-7f05-4662-9af5-fb2525c77f33
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,47444b5c-5ea7-4271-b1ce-698d31249b4c
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.087,2fc6d176-9c4e-49a6-ace9-7b7232058df5
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.087,ca189fb5-cfa8-4f36-b5d5-daa6481b447a
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,12006ff6-e073-497a-ba06-632aa34cfc2f
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.087,4a4bea0b-cdb6-40f0-8ae2-f63f6d8f2e74
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.087,d4a2221e-2b5e-4e90-9d0a-8fcb13069c37
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,97dc6e87-9191-4a1b-a11a-752d15ab4d77
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.087,08b34265-94f1-4d38-8a1d-f4449dfaac04
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.087,0f227483-1b15-47ea-abd2-8f92ce2e2d1c
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,04b3ea41-a3f9-45bd-b32a-ba4cfd440cc4
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.087,84e98346-aa64-45fc-b21a-b050558fbc56
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.087,7ac243f4-5268-4f9a-adb5-f861b6385b1f
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,c63e1fcc-c29c-44e4-9797-6a6bc55586d4
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.087,42a776c2-eedc-4553-943b-9824dd4157b4
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.087,3213e6cb-8e5f-43ad-b041-ae5c59aa0bf7
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,6e808cd8-4b2b-4923-ae32-c633e4419e7b
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.087,71779415-08f2-427b-812a-2710bfdfd92b
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.087,6d6e1348-33cd-43fd-9716-d08a2ccf3565
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,a9003ebc-1465-482a-949e-ce3e2b214801
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.087,fde23207-a023-46d7-b2ea-7e0be46359ad
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.087,e19971d1-da3f-44af-9bb1-8a044e36f860
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.087,dcc9281d-0098-41e6-9151-9183a5a41c10
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,1.6013061939803662e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.087,4862d228-f915-42ca-9896-b29f56a82592
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,130d5dfe-3e07-4f9c-81d3-b97325713ccf
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,5e55441d-9c01-4054-a3ec-25e6afc4700e
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.1.3,modeled_data,kg/kWh,CO2e_value:0.091,abeff2db-26a6-4b3b-9702-f55ff932b877
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,68c3a5d5-40be-4b45-93e3-112f8294b5e5
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,9029cff0-b6c1-4ca1-af32-a8862670ff9b
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.2.3,modeled_data,kg/kWh,CO2e_value:0.091,e28dc535-46bd-4c67-91e8-f2e74eddb83f
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,eb5b8218-f10a-477b-be7f-577757efe8cc
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,e3c34d15-22f5-416c-a661-493d870c079c
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.3.3,modeled_data,kg/kWh,CO2e_value:0.091,d062e2ce-8fc6-4142-9ce6-03fd04728985
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,75c57f56-98ea-4a75-bcb9-cb31ce35a32f
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,1d451cbf-a96a-4efc-b0b5-db8810308567
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.4.3,modeled_data,kg/kWh,CO2e_value:0.091,d10e33ae-2510-470b-aa30-fb3f74e78a25
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.091,64056e21-e578-4ca9-91c0-4877894e5c30
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,9b6727f0-538b-42b2-b753-d1130c1c089f
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.5.3,modeled_data,kg/kWh,CO2e_value:0.091,a513f4f2-6b45-4d59-b11a-db4ba2004eb3
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.091,99d49e78-b0e0-4265-8ab7-14941e494bc7
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,50726064-5b90-419c-a2a7-f4067fb9c5b2
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,I.6.3,modeled_data,kg/kWh,CO2e_value:0.091,e03eb7d5-4843-43f5-9bf2-5edd0a34e1b0
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,4708c388-93f2-46c9-b81d-772ab88b4cc8
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,696e6bcc-b623-4e1c-b2b1-ef6e901e365c
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.1.3,modeled_data,kg/kWh,CO2e_value:0.091,97925555-99ed-4ebe-9954-0d71414a98fc
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,0112612d-4675-4bcf-9cc6-425693b3373b
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,b13e11dc-109b-430d-a666-6c47cb30959e
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.2.3,modeled_data,kg/kWh,CO2e_value:0.091,93107e41-a092-4a59-90b9-68219a35ce8e
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,b0b70a0b-01eb-47b3-affb-642089eed548
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,ac731e43-d367-4879-b4dd-cb5194e31dd4
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.3.3,modeled_data,kg/kWh,CO2e_value:0.091,099c00d9-18f3-4356-b1ef-92e47eb0a4f9
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,6f658cd4-7731-4246-9246-9fdec6b298f8
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,3e824d42-d46e-47c7-8c65-6e7f938765f2
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,0.07288170016072129,II.4.3,modeled_data,kg/kWh,CO2e_value:0.091,8a95cc62-9e4b-45ac-b6c7-c62ab6eca9ee
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,811dc746-ffb1-4650-aee6-266bd23f5852
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,102fc0b3-a1bc-40f1-9cfe-227d6dedded5
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.1.3,modeled_data,kg/kWh,CO2e_value:0.091,d1620690-eb1f-488b-8312-d72155ecc387
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,be918327-5a27-419e-a8d1-fdea2430ea21
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,deb09689-8b4e-46a3-8c17-a9f6f32b1e52
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.2.3,modeled_data,kg/kWh,CO2e_value:0.091,c9876d51-daa0-49e3-ba24-4f988260dc37
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,da21d2ce-5fc8-413d-9796-98fb3044c070
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,55af8b6b-c626-46fc-bcf6-144e34fcf505
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.3.3,modeled_data,kg/kWh,CO2e_value:0.091,a8018bf3-bd3b-4f85-b426-0dccdd3f87ce
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,9c475e74-86a3-4114-b8c7-f5aba9d63e20
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,8d27e224-c637-421d-b6f9-9ce505dcd21e
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.4.3,modeled_data,kg/kWh,CO2e_value:0.091,0802227a-51e5-49ac-a5d8-bdce379b4a2b
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.091,ee0554cf-d3fa-4b75-9457-c167109102d2
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,37ebf14b-f00e-4d6f-856d-5a47f845c9ae
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.5.3,modeled_data,kg/kWh,CO2e_value:0.091,1985496d-6bf6-43fe-9c95-25a9e1367f40
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.091,2af17836-216e-4b2d-9f98-249f64604dd8
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,ad351c6b-5564-40b8-8f78-ef85252dc7ce
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,I.6.3,modeled_data,kg/kWh,CO2e_value:0.091,d8f68067-03b2-4795-a779-95e2f44dcdc6
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,6230298e-8bd7-4c6d-96aa-b09289b91cd1
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,8eb2a04a-bb50-4112-a2a4-846288d9f1a2
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.1.3,modeled_data,kg/kWh,CO2e_value:0.091,e28e76f1-9e70-4e21-9d8f-782f4404dd38
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,a57a616e-f548-4841-b897-80c7f08ae965
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,b652b709-7575-4b22-80cf-1e606f1ab375
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.2.3,modeled_data,kg/kWh,CO2e_value:0.091,724ce96d-d649-4bd2-ad28-b78490258bdd
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,a5a2bd19-534d-4029-afa0-86a80fbf35a8
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,b3f67c42-222c-44b8-8aba-f835ec1b2e64
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.3.3,modeled_data,kg/kWh,CO2e_value:0.091,0f101278-818d-4303-aec2-1b0c1fb6a771
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,ad3cf512-9435-430c-990e-e2cd07db9f97
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,db3b13e0-db78-4aee-97aa-c30513ad1a25
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,0.0004585677442998403,II.4.3,modeled_data,kg/kWh,CO2e_value:0.091,42abe8f0-726e-41b3-8bc3-27bd4761cb56
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,89f85504-23ca-43c5-a69e-bf20a7238f34
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,43b47ec1-80de-4616-92e0-72a06b39c541
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.091,af160fbb-83e8-4be3-bdc7-a077bb2b8d41
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,78ff6700-ecc3-4cf2-a229-4051e7193802
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,7117c395-56d1-444e-8fed-81eafd09d8ad
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.091,72aedcfd-ea57-4ec1-847f-83389721e3af
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,5b450271-01c4-4d01-89bf-f2972fad780f
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,835dace1-5000-4f91-9273-22e421cb7e23
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.091,69eeee61-505e-4970-ac4a-dff0dce3242c
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,68950ff9-ec87-4a7a-9258-84a7de0570e6
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,258bff94-d2f6-4d6c-ab36-724a4661b24c
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.091,449e2b8c-ac55-4b20-a43f-3e08bb0a8bb3
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.091,6bcff5f6-0ecc-4183-9604-f5764c17b6ab
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,f5c657e3-18d2-4649-aec5-1a291034f9e6
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.091,35d5b790-7788-4541-b21b-352c881f40ca
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.091,28332b6b-fed3-4b7f-8786-1a0bba3e1eb1
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,28698c28-531d-4695-aa1a-700908b53af8
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.091,60f6591a-a57f-45a1-b3a4-46243270af1d
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.091,8ade348d-0f2a-427e-af0c-beaab9422875
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,5c7cfa8d-e828-4a5c-b258-b7bb3f3dc262
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.091,c78a7fe5-2045-4e53-8693-12fe73346e9d
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.091,7363a55d-2928-49f2-a2f5-6cd0d055bd56
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,85127ae1-a4de-405f-87fe-a9d8d392793a
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.091,a7f2929f-0e88-42fc-85c7-dbc7a50c674f
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.091,7aa5cac9-3609-494c-83e7-68da0b23b6e0
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,d1be1fc1-56e4-42b6-b2a0-8ebeab3630f6
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.091,5a5091aa-b3ec-4efa-a904-b8e11bd5c4bd
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.091,7c4c0d32-79f7-435a-bf74-85d329d9f9ae
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.091,33ae67e4-b848-49c4-9110-220ba075eda4
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,1.6685370915916048e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.091,acfda205-cb6f-44b8-9198-b4e2bc539991
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,225b473e-2ceb-4242-8e1e-20731579a404
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,f24fc7a9-b139-4431-aa4f-67a1fae2e914
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,9c30d665-e14e-4583-8ca3-965fda639e8c
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,56c4fdaa-1981-47f8-9f44-c1e4dac399c3
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3f253a23-9fac-4aba-8ea7-6a1ff6937482
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,5a7d6b3f-edf8-4639-a5b5-b013f5bc8463
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,eaec7b12-257d-45e1-bdca-8828f5407312
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,bd3a3e29-c9fc-422c-87e1-8f0787cd8e8f
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,3dc8112d-63f9-4202-b047-7bf387534e5e
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5441de33-6e93-4b84-b176-de99c4fb22f0
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,c36a600c-7dca-43b4-8c88-a6c07a8862b2
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,b3184313-64a8-477c-b7d3-35ad7dab781d
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,4c2a9573-7655-49f7-a99d-978fdd699b7c
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,9fb5310c-bb6b-47ad-a7e4-c0bee92502b6
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,91578e17-b9ba-4a91-9f66-d15258d0e880
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,326562a5-14d9-4c05-a19a-eb83227d3390
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2f401aa1-d607-458e-a3fc-e602e8d15edc
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,154a0565-74a4-4c77-b57c-2a344463e123
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5325a0dc-4de9-4c53-ad52-57517b9c328a
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a44c590e-ff5d-4966-801b-14143dc26862
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,3ef74528-f4d0-40d4-9b29-77c5a65a9a4f
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,13053d3f-a521-4564-8e98-e10ff8498a1c
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a12ca58e-ed1c-4f3b-8b6d-c5cc9962e537
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,949774fc-fec2-4ee9-8006-ffc49a0dc2f3
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,6d50dbb6-eddc-4ffc-9b6c-4d121f51bda8
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,c29cd65e-cdc6-4a8a-a678-b0efede0fe54
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,ba7d5b3d-6d47-45de-8935-abcd6a7fe640
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,260cb7e7-2412-45ca-a08f-01658d5548c9
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,c1326cbe-d31e-4850-9ec9-4a3bfc0b42cd
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,0.03607959036393003,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,fa039d2e-e0be-4ec5-b880-8cd58c80c786
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,6cb73d1d-a505-41b7-b060-31c3d993444a
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,b30a17ae-84b3-4586-a2bb-27cae9dfc039
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,caa27888-72f6-4622-b1d7-92a7f41eda64
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,01388170-d982-4b03-b617-666b6382b029
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,27c69859-1142-427d-9a7b-479a7a5bf68e
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,a13f3439-066d-47d7-8bf4-0622981078f2
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,27825fd9-24b0-4251-9d94-de7c0489399b
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,9a3e9984-047e-4f5a-8550-aa52d473ffab
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,8a397a5e-157e-4cd5-8b6b-1eb5d056c7d8
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,96b0e686-eddc-45fc-b47a-62c297a4d5de
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,42db5364-0869-4753-b7e6-6ab712cfd230
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,519a5ab0-19d0-42b6-9284-2af9377da498
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,8d81e43e-b12a-472e-9bb4-e37e856d6534
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,025f3eac-1cf0-4d08-a275-516aea101774
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,40daa02d-e5c6-44d5-bdef-799fb05703b5
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,f29ea674-c0ac-4c48-acf9-09e4182dc102
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,50b94c7c-9eb4-474d-9867-0a35b2360cfc
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,4309e87a-fc39-4905-a40b-9bce89ac97fb
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,89c0eee0-bbff-4161-b36e-9c80a66df4bb
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,511f4376-60ea-4a27-bc51-4c8343b9e6bc
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,c0445bfb-c0b4-4e63-95d3-4128af9132f3
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,8626b271-706b-4656-a165-688970709245
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,5fad6c79-e144-4f09-8cdd-0f10cd7b1ec2
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,38f9c2ee-3596-432c-b242-952a63d6d1be
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,9740aea0-2eb6-462e-adc1-fbd7b19706ed
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,00d23fc3-d26b-4874-aae9-82c4bb38fec6
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,359c32fa-e5f1-4efa-9cb5-5275cff0d024
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,3bb27235-afb1-40a3-958f-adcf97803b7b
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d30952b8-ee23-470e-84a9-59a8011ebb23
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,0.00022701084541063354,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,5a633340-7921-4b05-a9fe-764c0bf2d8a6
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,2e3bf38c-0e32-4e17-b92c-41d4fab12eb7
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,21afd934-8a07-455c-9777-d79c5f4647ab
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,8f5f946a-62c4-4b27-91b1-2ecd30eb7d15
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,cd942fac-c3c0-4d0b-81c2-a5dec408602c
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,210b73d4-1b9a-449f-8317-9d3fbf93e379
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,84b039a2-67d2-4efa-baaf-7e99d44ff165
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,161509aa-68c0-40cd-9b8a-8ec5d6f39772
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ba51f377-1e60-4e8a-93c7-069ddaf615d8
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,f30b8a44-e05d-43d2-80a0-c6fe3d877ab7
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,70747e21-9dc0-47bb-974f-71cdb216ab0f
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2e3b95b7-f5e7-42e5-9c3f-12b0959dcd05
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,dffa4ae3-0a5e-439e-a3f6-32e6941040c8
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,d195a32b-3d8c-49f1-8aea-7255bd9085bc
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,84dc9100-d48f-42a9-b563-edff766aa73c
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,77410425-a5be-47b3-8e1c-e2097ab63aa4
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,e43db321-e286-4467-bbe8-8b7dfefc693c
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,921bcc98-b90a-4f61-a319-b5a4f958a8d6
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,40bb7698-ead1-4a97-b613-e683ce6d7e8d
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,aa528837-9817-4c6b-8f67-d587d7ac1dc8
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,69d63495-da0f-4392-9c6d-b44fad1f3bf3
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,63ede4a4-21d9-4af4-a570-03c197bd35a5
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,3294e4ee-4416-49e8-9524-56e50c3c22d3
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,e9d70f3d-17a6-4065-9f3a-c9892e6fa834
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,ee670cb9-f3b4-4a22-9d78-652a9dd947ef
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,844fb478-d8f0-41fd-a166-f8cdcf8aff72
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,166159a0-70ef-488b-981d-9b13ff460e70
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,6ca7b52c-fb7e-4969-b85b-d5dea029fe6d
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ea23c7ef-2521-42c5-9c79-ee4191c242d8
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,65662afb-2fec-4fd7-8181-22d6c76d79d0
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,8.25997947892171e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,4a99ad36-3e8e-4cc8-8b85-a94941c01165
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,8e0ebba4-d2a2-4f05-9858-8d98c99a56ae
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,86775781-c022-4ecf-9ec4-5285f7fb4300
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.1.3,modeled_data,kg/kWh,CO2e_value:0.105,3ae8e2e0-c91b-47a6-834b-d9e258cce863
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,50e3cf8f-a609-457d-bd6a-3b6251d33443
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,52159022-7508-4ef1-a0f4-1a168b394efb
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.2.3,modeled_data,kg/kWh,CO2e_value:0.105,01938634-f5b7-4657-a531-2110ebd6b797
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,547048c8-9381-4143-a433-46593768d526
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,0586fe58-b6d7-4572-83c8-4c7474c6dd17
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.3.3,modeled_data,kg/kWh,CO2e_value:0.105,d6cbbc42-fa93-4916-a2f6-7c591594118f
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,70a651dc-3514-49d3-8953-0a32949966da
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,2d3c5378-b9a1-4cc8-aa74-03d82c27560e
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.4.3,modeled_data,kg/kWh,CO2e_value:0.105,34b2411c-e810-4cce-b8fc-14fe4f6efcbe
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.105,e13e68a3-4ff7-4a8d-96be-de22704af08e
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,7ebb723e-c45b-430d-ac85-a872245db90b
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.5.3,modeled_data,kg/kWh,CO2e_value:0.105,2b13e88e-2345-4c50-a37c-567167b98a00
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.105,6f77fc7b-1dff-4b54-8fbc-c4662c5cd748
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,9fedcc4a-d3b2-4f62-84da-3baa3651da6e
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,I.6.3,modeled_data,kg/kWh,CO2e_value:0.105,9adac35d-0189-4735-8449-44f646231388
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,719352ae-bee8-4f2c-b974-3b143e257ca9
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,5d5b4992-d9c6-4ffb-abd2-fc1a2d7cdff6
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.1.3,modeled_data,kg/kWh,CO2e_value:0.105,19873689-bbbf-41f0-9a30-29cdb8a6ea9c
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,152ae609-5950-44e1-bd53-d3a599865673
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,985cfdac-3b01-4324-a346-a3c697a42a33
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.2.3,modeled_data,kg/kWh,CO2e_value:0.105,71a44524-b79c-489e-b303-11f3752ea30d
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,f7770a73-e4ea-4de2-957b-c014737682ed
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,bcd6bf33-9416-4e45-b87f-41b3dc2ef465
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.3.3,modeled_data,kg/kWh,CO2e_value:0.105,c482ef11-096d-4163-9a36-6a5e823d5f53
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,cd9aeecc-bf18-4fdc-88c2-59e2fbb5be83
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,4ae6c17c-ba01-47d1-aee8-5a987b598237
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,0.08416331612695324,II.4.3,modeled_data,kg/kWh,CO2e_value:0.105,3c9921a2-4234-404f-84da-2d80b57e4019
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,a75e377b-2b6e-4523-bc0a-dc04afa755ae
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,bb964a94-5092-4f64-9cea-6f9ad40b1c3c
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.1.3,modeled_data,kg/kWh,CO2e_value:0.105,f43bbdf9-4a9a-4abf-9824-10b70c736e70
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,0a539f16-5fa4-41a8-834d-54272b5b047f
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,f6eb51e2-fe0d-4977-b4ea-fe3037c37d2b
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.2.3,modeled_data,kg/kWh,CO2e_value:0.105,0a8dbe1e-3a3f-45ed-b2f8-e1efd6d83886
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,facdad9f-2b4b-4a9a-9b75-a3043bc1286d
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,b24dd85a-2e6d-4efd-b820-eac4c4ccc6c9
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.3.3,modeled_data,kg/kWh,CO2e_value:0.105,0aba8cdd-88b4-408f-9f13-fa4805fe8d67
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,6db70bfc-7aba-4df6-a31d-bd34a5170c4e
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,55d83ec5-90d9-4fe9-989b-d5d1c1a12d87
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.4.3,modeled_data,kg/kWh,CO2e_value:0.105,70945f1d-d7e3-49a6-adbf-67d0ffda0eab
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.105,ab313324-c8a7-4a57-8052-1e6a0d2487fb
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,6a064e54-01da-43f3-808b-a5c00933f55b
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.5.3,modeled_data,kg/kWh,CO2e_value:0.105,f9781947-8027-4d7b-809a-da3fd0f6b5cb
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.105,e83a8e50-5cb2-4f28-b01f-cf4d9c7f8d19
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,9213cf7f-4541-4c02-8dea-76c33d9a54f8
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,I.6.3,modeled_data,kg/kWh,CO2e_value:0.105,2e71445e-64d7-45b6-a0e6-5fe1e8292f9d
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,39b05ebf-d34f-4f13-a8c3-e28c597b2049
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,df67f766-b74d-4c1b-944a-05e002640a12
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.1.3,modeled_data,kg/kWh,CO2e_value:0.105,5a50cf9b-748e-4e31-a58d-be74fe879980
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,91ac49a9-4818-4b57-88d6-d2189f579234
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,eb86284f-6eae-4d43-8235-7994bf746b07
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.2.3,modeled_data,kg/kWh,CO2e_value:0.105,1ffa4b04-3f15-4893-8ab1-f3acd62d1f2c
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,83771209-c51f-4ef4-b28e-3fbdd3503a36
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,e946166c-0d81-47c2-85a5-b8ee9009f72b
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.3.3,modeled_data,kg/kWh,CO2e_value:0.105,235d0d37-7e97-46f6-855b-b4d5c7006f45
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,f4d510a4-5c34-42a8-9bad-d5d3c32b2032
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,e3c635ee-5bd2-4133-b1ff-560c195fe3f9
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,0.0005295510662350245,II.4.3,modeled_data,kg/kWh,CO2e_value:0.105,9de2d55b-a674-45ff-ab3a-da0103f0f45e
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,dd7c7ab7-3489-44a5-90e3-ae69c0c45d91
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,909b8d29-4339-483e-ae2b-2a7e7bc15850
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.105,54804030-2341-45d6-b351-46aeb434a948
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,2a77b16e-794e-42d7-a116-cffcc8ea11e8
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,3bab154b-e392-439a-8c86-158d1e869489
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.105,11de16ef-f3db-4d1b-8ed4-8ff6aabcda40
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,60df47e6-6fb6-4c85-87df-55dd6d7eb28a
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,b9f01013-79e5-4753-a16a-7b05dd8dd43f
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.105,124a963e-b115-45c8-9e86-16caeac77242
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,16508dd2-bfa5-4a81-82b4-38581831b3db
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,0ed35895-ebc6-405d-a3bb-481d8f3159c4
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.105,dfaedc15-c690-4077-9675-eb36465e034f
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.105,82987de2-50a6-4e52-a8b1-b091782a33e7
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,47ff11f3-5136-4bc6-a410-0e634f65c3fa
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.105,35a9862d-64f6-4370-94cd-1f53a9828cf5
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.105,f5b10684-c246-4643-9f11-7f429c46723a
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,8a21fd0f-a203-4baf-8277-3bbdab590300
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.105,ea599517-5fa3-40e3-a623-117563d07a90
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.105,8ace799f-8614-48f3-9595-0028348f5f26
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,b8de1762-8eae-4b20-afdc-8a212a4041ad
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.105,a5849e5f-aded-4797-b884-f4e7f6ffb640
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.105,7b6657c3-635a-4566-b957-3f9da527f4b1
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,2be8a1fb-116a-40a4-9343-f31e549618b7
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.105,0768aec2-98f2-45d6-896a-844df8d03992
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.105,f1f302dd-93a2-4341-9169-d6dd85779884
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,7f40aa73-d2cd-4a38-b834-9d0de429c6a1
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.105,30757c94-b55d-43d9-b9c9-6509ec90139c
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.105,b75b1c9f-ddab-48b9-9572-f0fb765e9785
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.105,124187c4-2f94-4d7f-b809-ba7cb031d2e7
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,1.9268158453972812e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.105,36d4c322-12cc-48e8-8c4f-87e66e23eedd
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.121,9895a821-26b3-4cdf-9f95-de68f5c90c22
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,b430cb93-95b1-4608-a538-378724771fa6
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.1.3,modeled_data,kg/kWh,CO2e_value:0.121,3cdb2c2c-2cd3-45d8-8b77-373868705b8d
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.121,e4a5f4bd-9177-440a-b789-b24d5f66926a
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,b7682f58-993a-407e-b1aa-efcecd7e0117
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.2.3,modeled_data,kg/kWh,CO2e_value:0.121,900fb19f-76f5-4ed0-968c-99bdbd5686e3
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.121,f0bdcd67-1268-4b13-ac57-31b6db43d90e
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,4eaafccf-5441-4f5c-a1ff-743cdedaffba
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.3.3,modeled_data,kg/kWh,CO2e_value:0.121,96f03063-fcc0-4451-ab77-7e0cc71d73d8
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.121,7ca01833-48c0-46c7-8794-37ea9eb2eda5
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,d791a6e9-5d75-435c-9ae2-3f6b77b894c7
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.4.3,modeled_data,kg/kWh,CO2e_value:0.121,7c82f073-9bb7-4706-bfbf-c5f2b99a0699
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.121,0274b398-96e0-43f3-acdd-83cdadf3d8fa
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,4804fa79-76f6-4903-ad7a-cd2758294fb0
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.5.3,modeled_data,kg/kWh,CO2e_value:0.121,b75b9b53-e04b-4fb8-b505-98ce09170723
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.121,204c3c50-c190-49a2-a6e3-e5fd5ec670aa
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,29d5dc7e-c6ee-446d-9879-2532bbff8163
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,I.6.3,modeled_data,kg/kWh,CO2e_value:0.121,d1a01a7e-bf72-4438-b036-adfe335645a7
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.121,ff4211f2-ac19-40eb-9f89-37488458ff32
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,1a2306b6-cde8-4740-bdf9-218ccb7082fe
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.1.3,modeled_data,kg/kWh,CO2e_value:0.121,97f97d91-a063-482f-99d2-4bb947e7428b
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.121,3611279c-1e69-49ae-a113-090661868e92
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,c2558591-24db-48eb-b16c-3dc0381d0096
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.2.3,modeled_data,kg/kWh,CO2e_value:0.121,b62f9be3-8adf-470b-b36c-8b04d258b43a
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.121,6ef711ba-9da4-4df9-8493-7b8758eea9ee
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,756f00b2-0452-4e9a-b632-ee054d35607c
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.3.3,modeled_data,kg/kWh,CO2e_value:0.121,9855ed90-3035-4612-abc2-ad7cd8d1a49c
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.121,0b5462f2-1a64-4bc4-8227-9d28b9753864
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,16a240c1-1523-450e-bf20-35dd2889794c
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,0.09642181526060871,II.4.3,modeled_data,kg/kWh,CO2e_value:0.121,499b84f0-2f6d-49ea-b630-2fee98399160
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.121,d622cea4-dcf1-4577-bc70-d0d0bb38e5ad
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,7e48ea91-9825-4f93-a8d3-fbf4e595de76
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.1.3,modeled_data,kg/kWh,CO2e_value:0.121,c84f4502-8ea8-4ef5-b76a-a674969a4f49
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.121,053e33e8-4727-417d-901d-f708d88bbf5e
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,e3c009ae-c728-4018-8337-2e246654e60b
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.2.3,modeled_data,kg/kWh,CO2e_value:0.121,1aaacaf9-98cf-4273-920b-bba0f028eaf1
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.121,50d18fc8-e228-4904-b2c5-769d6bcaad41
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,35eacef5-de7e-4498-8650-d5968da092fb
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.3.3,modeled_data,kg/kWh,CO2e_value:0.121,ed7f77a5-4a1b-4aaf-86b7-dc3533108a36
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.121,e8a4dc4d-c1e7-4650-8330-388a0381a10a
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,f6cfb1d4-7c95-4762-a5f0-8ec2784d9309
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.4.3,modeled_data,kg/kWh,CO2e_value:0.121,72eea977-a582-4fe0-9469-f819ba46a868
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.121,31bb4d4a-39e8-4a45-be09-016e3527201c
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,626960dc-ea5b-4320-985d-5d31ef8a7dbd
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.5.3,modeled_data,kg/kWh,CO2e_value:0.121,67cbbdfb-7592-4d6f-8186-23c89ea1bcf7
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.121,8e6b515f-c07e-4264-bf03-935a2e705417
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,67410480-6f7d-41d6-af55-0cd9d5266380
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,I.6.3,modeled_data,kg/kWh,CO2e_value:0.121,adf997ea-1a69-4f23-9452-c13c863e37cd
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.121,5eefbbb3-3dc5-4c4c-8467-46295d44d267
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,b78ccd48-b4fb-43e4-bf42-ed224fb4e0f9
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.1.3,modeled_data,kg/kWh,CO2e_value:0.121,11e64368-13ef-4a59-8582-e8e474ba7737
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.121,5c9d83cc-bc11-487b-b612-fdce904b10df
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,2ff9c04d-142d-446e-8217-7b16b44dfd6b
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.2.3,modeled_data,kg/kWh,CO2e_value:0.121,d1d282b7-2052-430f-906d-2a44d323cbf0
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.121,4d9c9d9f-122d-491a-b0c4-da1c60abf66b
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,edbd569f-9e87-4ecc-8588-b4797b85f37c
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.3.3,modeled_data,kg/kWh,CO2e_value:0.121,fd7dbea8-7ada-4e87-9668-a00090d0a0cf
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.121,211e53a2-10b5-4ecc-b99c-136b0fb14ffe
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,c53f119b-48cc-4b41-9244-b97a1f4677fb
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,0.0006066808846095347,II.4.3,modeled_data,kg/kWh,CO2e_value:0.121,fd2df8b0-08f7-47fe-9d78-7b15d341d046
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.121,61e2afe9-9c7a-48ff-bb88-d85c90b7eec8
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,49bcbc63-fe46-4f0f-b8c9-1e5a0b1c97a0
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.121,cc0ac788-2aef-4965-ae9f-ce916abcd61c
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.121,c4b1a8ac-b047-4a2a-8464-c75f9e936121
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,11e023ad-d5e9-4b4e-a309-34d107dd0426
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.121,43480df6-c8a2-4c3f-bbe8-41a799a7ef6c
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.121,a235f612-f95c-4c9f-aba5-8fc1d374c3dc
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,57c25627-66a8-41e0-8400-9eebaa0a9982
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.121,d9c7782c-6188-459c-a525-371bd7ac7f6e
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.121,82bae24e-19da-4568-bb24-7e7451737ff3
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,86163ad2-b64f-4e78-a406-a8a60f58ec7a
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.121,a7e2cad4-b93e-4fe2-99d9-dd881b05d729
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.121,3cf21c7a-8dc4-4991-be10-cc53c37d1e70
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,1b7ba810-10b0-41fb-837e-b8aa5a69ff3c
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.121,dbaee178-6fcc-4854-9448-f4e6fcecadba
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.121,2ba8758b-9531-459d-8b41-5bbfc4e3bc21
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,ba6ca652-98fa-47db-afa7-6bca6e47a5c8
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.121,7bb30e18-62a9-4f94-b3ac-aa702786410c
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.121,0e890574-b2b0-428b-9b04-484d7d40f7dd
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,6042fd82-14a6-42e5-8732-f5dc98c56f8a
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.121,bf381ebd-f25e-4b5a-bada-a4430f2e478a
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.121,6d51ff18-6685-49f5-aa2e-b3878b5553f2
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,bf483c7a-c08f-4452-9b70-5515aa7f2c11
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.121,5b7ff176-de77-4364-ba23-47b51dcf6b0d
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.121,52b8d09d-7b7f-491d-8d4d-dbc5868dcee6
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,41ffc80b-5f3b-498c-a685-88eb150875a0
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.121,6e27ec63-6b7f-4974-895d-da295632400e
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.121,9531b132-d0c8-4b36-8ce3-5020134f3127
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.121,d271c599-0338-44d0-a2ae-dec357100906
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,2.207459140581701e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.121,739ed683-4b9e-4810-8dcd-7599413569ba
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,74b2da85-527c-446f-b4ee-9be3a1c7b412
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,56110991-50dd-49a3-9b16-67fe7a3c23f9
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.1.3,modeled_data,kg/kWh,CO2e_value:0.084,5c79791a-6f4d-44d8-84da-1da30571519e
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,bb064962-54d6-489c-aad8-c7b59fd5f9f9
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,cf7cd20e-5197-4a01-ae40-b07fa7e360a2
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.2.3,modeled_data,kg/kWh,CO2e_value:0.084,02912fad-ac00-41b8-86ce-1432b5b22e66
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,8618a0ca-422f-45f0-8b51-424825cc0936
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,1ae46ff6-8417-4653-87e1-09568cb05d8b
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.3.3,modeled_data,kg/kWh,CO2e_value:0.084,e4289b4b-523e-4cf8-8c79-f5d2749123b1
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,5f082879-29d7-4059-b7a5-77ffc482a0b6
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,c2cbe175-9d8a-4d08-b4ff-3fba514fb339
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.4.3,modeled_data,kg/kWh,CO2e_value:0.084,062a1d46-051d-4319-bef0-f7cf614bd45a
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.084,430c4177-7fb3-48f6-a2fc-97a9e222f7f7
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,95677117-d0e8-4607-a185-f41204d3b017
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.5.3,modeled_data,kg/kWh,CO2e_value:0.084,d980d45a-2752-4eb9-adcc-c652f15047ba
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.084,a998db0c-bd98-4f66-ab3c-c45e02a5d9a0
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,f8ca39c5-b20e-4531-9cf8-09cbfdda41bf
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,I.6.3,modeled_data,kg/kWh,CO2e_value:0.084,bd1aa01b-5db8-4de3-bec9-c2bf22358fdf
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,f6aea6d1-b13f-4c50-a712-624d4afcd84a
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,d285f6e2-134f-404a-80fe-24916e15372e
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.1.3,modeled_data,kg/kWh,CO2e_value:0.084,747f27dd-1472-4413-a220-6ce3ca8e45b0
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,03a7a53b-fe64-4ece-8340-1d0abc3b5006
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,d2a97f5a-7efd-4e3b-8961-b11c8c5635db
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.2.3,modeled_data,kg/kWh,CO2e_value:0.084,fdd9cdaf-6db0-48b3-8653-5f2436b7f7db
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,df16426a-75b2-4a20-a51f-830f6de52262
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,9925ecc6-80ce-4831-a362-494ed695b4b7
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.3.3,modeled_data,kg/kWh,CO2e_value:0.084,c00bad1e-08f9-4dcb-8d44-2b9b165422dc
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,0ec2803a-cb5e-4327-9d40-6859f7428a38
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,a75eacbe-1211-4f16-bb26-406a6ad5ea11
+ME,Montenegro,2022,Production mix factor,CO2,0.06730527317089934,II.4.3,modeled_data,kg/kWh,CO2e_value:0.084,42d6bc88-a386-43df-8618-f473d9f75bcb
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,826671d5-40bf-45c5-92b1-6cc7f7eea7b2
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,c78303ae-464b-4850-a1f6-a1d14b077e98
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.1.3,modeled_data,kg/kWh,CO2e_value:0.084,51c28244-3fd6-4821-931f-32b989122a51
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,5a6c3ecc-3679-4189-a067-0143f44f15a7
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,ce142bd1-ab61-4f09-8d07-3c616eaed0f0
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.2.3,modeled_data,kg/kWh,CO2e_value:0.084,35a4ed5f-1fd6-4879-aaf8-81f1d7696a2f
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,60907cd8-efb1-42b1-8662-12ccd27c4003
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,f6b94a6d-e4a0-4738-92dd-f7245539945a
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.3.3,modeled_data,kg/kWh,CO2e_value:0.084,43fc5b39-79be-43cb-8bcd-8c5d6a2f50c8
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,3582e552-0f07-41be-9357-443ea40fed48
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,efebc8cc-cb93-4cf3-bf09-0763271346ae
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.4.3,modeled_data,kg/kWh,CO2e_value:0.084,92d3a807-11f5-4ea2-811f-5f1f35c76f2d
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.084,f0bc26d8-2171-4c95-9a72-f5f91ee92109
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,4a1be2d2-4c58-4861-8b72-8f2c58d73a79
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.5.3,modeled_data,kg/kWh,CO2e_value:0.084,451d76e1-f10f-4ce1-b3bf-f31e4ca8288d
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.084,ffd81e00-5cc2-4445-955a-69c5baeeb444
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,62bd6182-bc3e-4a04-8e79-a54db2134c2d
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,I.6.3,modeled_data,kg/kWh,CO2e_value:0.084,b974c585-7720-44c4-b34a-7f3600ba5d4e
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,48add474-2b99-4441-9110-b5ed56e6a9e2
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,978b1f96-f4a9-4acd-b771-0be177bed91c
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.1.3,modeled_data,kg/kWh,CO2e_value:0.084,ac6e860b-eed0-487e-8b08-c714c44fc51e
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,9f4c6313-5852-47d3-97a0-fdc363a645bc
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,9b5c8e2e-1d23-4476-8364-0385713c5095
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.2.3,modeled_data,kg/kWh,CO2e_value:0.084,e216507a-3409-4d68-9fc1-9257187c8216
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,98a0a77d-37c5-4d19-9102-87363aa7431e
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,d58dd4ab-061e-4c21-b90a-1b903e15e486
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.3.3,modeled_data,kg/kWh,CO2e_value:0.084,dcd239ab-4f31-4fb7-acec-33f3b5cc0f7a
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,6689469d-6ad7-4d11-bed8-20d7acf54d01
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,1b603c49-4240-4c0c-8bad-d080ed7ef003
+ME,Montenegro,2022,Production mix factor,CH4,0.0004234811650853566,II.4.3,modeled_data,kg/kWh,CO2e_value:0.084,7ce04998-23eb-4572-96fc-abc1ba925cfa
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,c53a1a48-ca5d-4224-b497-831822aae063
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,dfc40ca7-6203-4e09-aba3-d309337aa6b1
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.084,4a0d534f-fe04-4dc5-8b6a-dbece0f33989
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,aa6d66c0-a825-43a1-b5bb-5675e9aea4ad
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,8dba4758-937e-4c73-b716-e8175a80c9b1
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.084,76f595ca-6d15-4b8f-a289-8f71d94ce2ec
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,ff0fca7d-edf6-478d-bcf5-6e2165eb3ba3
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,ddd84abf-938e-43ab-bd5b-1d8eccd6ebdd
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.084,d2ca209d-1b14-4a4d-bf40-e6b14e75d515
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,087b6f50-5359-46a8-acdd-89c617e4c1b1
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,79bb8992-08ab-47a5-86c1-7c95854e18bb
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.084,a35ca6f8-998d-4ede-ba01-411bbd7244bb
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.084,540c0ecc-a5f6-40b3-92a6-032df9f5757d
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,ef69ed0e-aa34-4388-8a05-7715905a694b
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.084,510f9bf2-e190-4d5f-ac7d-e12b2659a7fa
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.084,b1fb2c01-d53d-4c31-a1a5-ba847e169382
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,7a33b569-60e3-47f4-b6fd-53668261641f
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.084,d00bd349-79d0-47df-bf51-36ee06508db1
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.084,c02ce698-39a4-4379-b45c-ffa56ce70b57
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,ddfd163a-1d02-41c5-974b-53895078f826
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.084,e84a5444-506a-4988-ae5d-1b1d0898cf91
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.084,5c62f18d-1a60-49d6-b611-07ab4d5abb35
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,672146b8-0faf-42a1-884c-557ae8c8467b
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.084,f655ec6f-590b-4c9c-925c-c2d9689b1ed5
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.084,2d927e18-aea9-47b1-89de-b278bb63044d
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,2f4f4615-6b82-4216-872e-a98db63b259d
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.084,dce1fac8-f9fe-42fc-a962-a4bd764aafc1
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.084,79b82476-e9ff-4f76-92a4-d359eaf892f4
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.084,e127590a-a317-4440-9304-cde429b31a84
+ME,Montenegro,2022,Production mix factor,N2O,1.540871638527915e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.084,7ebf3db1-8c7d-461f-8a34-6287ba73e384
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,cda7f8a3-075b-480b-a4bd-7c70ff436e52
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,fe118125-db01-4820-b124-7296d98e10c7
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.1.3,modeled_data,kg/kWh,CO2e_value:0.15,18d2d5f4-8d95-47d1-988b-b9611288ad2b
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,b22c4da8-2e7b-46b1-ab23-95320d6443d4
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,4552d920-b8f7-4643-b8e0-398b2652da4d
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.2.3,modeled_data,kg/kWh,CO2e_value:0.15,44f1c806-0b73-4298-ab0c-323f9295a3ba
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,10220962-18b7-4fc0-b40f-6e994df3a838
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,44e68a9b-f8a7-475e-a6e7-5fe3bbe8b6bb
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.3.3,modeled_data,kg/kWh,CO2e_value:0.15,a29c42e3-dd78-4425-b8de-ff8704e6b77f
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,2c25e843-edca-4116-a5e0-b5a2328abac9
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,bde06362-b029-4438-ab0f-9894c1d4dff8
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.4.3,modeled_data,kg/kWh,CO2e_value:0.15,9d507ffb-91ae-4124-8267-0f520dcfb6da
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.15,c8874e81-c338-448f-a818-9d7def23cb4d
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,fbf1c92c-b50e-4120-a6d8-84fe9fb636f6
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.5.3,modeled_data,kg/kWh,CO2e_value:0.15,5ee9d6dd-2eba-4fc2-9a9f-d3ffff97decd
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.15,fafe7841-2bc6-469c-9bd2-bb072d545216
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,af7755a5-0e88-436c-9080-9e242edc2bd5
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,I.6.3,modeled_data,kg/kWh,CO2e_value:0.15,9baa9855-b580-4b96-9a1e-f34438c188ee
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,a5a3a614-f300-4192-95db-436e109f727a
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,7f5b23b0-eb33-4f96-ad7e-b473cb19cd89
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.1.3,modeled_data,kg/kWh,CO2e_value:0.15,5fed3549-0e43-492b-b1a7-c98f8ba2f6db
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,5a3ec6a8-f1bb-4050-8306-a5d4bc554eae
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,3b1b376e-db23-4da8-8e15-462ece361990
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.2.3,modeled_data,kg/kWh,CO2e_value:0.15,59b58a03-3bae-4e77-aa23-266f53e2b36d
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,f791ca32-9254-4dae-9618-16fcc1e03dc8
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,18416502-8cfe-413b-bc6c-cd238cc09ca2
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.3.3,modeled_data,kg/kWh,CO2e_value:0.15,51b9a2c8-539f-458f-8e69-2c8ab9beb5d3
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,dff7bce7-313c-45fc-8f9f-d862b46efb83
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,894b4532-3b66-4c96-b9b3-5c5ef4c9c893
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,0.1202873723848159,II.4.3,modeled_data,kg/kWh,CO2e_value:0.15,8e597a30-9ebb-488a-ac6c-d55bac9495b5
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,76c2a466-57bd-42c8-a1a2-2e01adf00231
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,e2f767f6-5942-489e-adbe-e63542390658
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.1.3,modeled_data,kg/kWh,CO2e_value:0.15,cff266e5-1d91-4761-90d4-90a7a6e9a024
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,313a317a-3fa4-4bac-9121-00c1b3afd738
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,f9902f27-5465-48f3-9396-a394513310a1
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.2.3,modeled_data,kg/kWh,CO2e_value:0.15,abb3c7df-0208-4b90-8010-2be407293307
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,952efa99-ae91-4c2b-aed6-ae7b64cb0055
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,34e5d90e-e8d9-4e85-b95d-2e17333a0496
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.3.3,modeled_data,kg/kWh,CO2e_value:0.15,b205c583-7206-4d22-b81f-52d55eb3f72c
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,04074fbd-0546-465e-b319-f2d5237a88b0
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,1a292d24-7b23-4bff-91ef-ff6450dfdb6a
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.4.3,modeled_data,kg/kWh,CO2e_value:0.15,788c89e4-c7a8-49c9-8a36-757de7196455
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.15,bbc473f6-db29-4973-bfb3-17f6565f3dee
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,d1224926-15b0-4feb-b952-1874d42891af
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.5.3,modeled_data,kg/kWh,CO2e_value:0.15,3eade3d2-c9f8-4212-b34b-0e065712621e
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.15,554832f5-376e-4771-bc13-2b52affbcc52
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,178d8de9-7621-44a6-9c5a-cdef7e8950ea
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,I.6.3,modeled_data,kg/kWh,CO2e_value:0.15,e18f0e97-ae9d-482e-a444-8d156c614ea4
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,022834d9-c64d-4a6c-a60f-c6f4e9443c55
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,ed72a3e6-96d0-496a-ada2-2d0985d3fa2e
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.1.3,modeled_data,kg/kWh,CO2e_value:0.15,113b595e-3c5e-41e4-a103-cfc4c67dfa2b
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,aa391cb8-4b44-405d-be35-67be7caa871b
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,54ad4f07-f97b-47bc-b5c9-b97fb1a2d9b6
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.2.3,modeled_data,kg/kWh,CO2e_value:0.15,4c43ce5c-8512-4c87-a7c7-6b6dc2f0f1d4
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,14affdde-181e-4fbd-afcc-4029780df7b5
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,9cfb2d0f-abca-4df8-b77a-c6f4262186a5
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.3.3,modeled_data,kg/kWh,CO2e_value:0.15,97a0a539-3be8-4dd4-b77c-f730b6de0d87
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,ce40b7f3-40a9-4d8f-bd3c-9bb84496a4b5
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,9fb825d8-0685-4ed4-826d-f54af133ce7e
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,0.0007568416886628517,II.4.3,modeled_data,kg/kWh,CO2e_value:0.15,fc09f96d-736a-41c7-9e9d-30661b155858
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,d0213269-7383-4653-a604-dfcf855d822f
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,e1f3206b-291a-4308-a637-831b43c28766
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.15,65e145c6-6db5-446b-b88b-223a40d5e176
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,8f1a8566-11d7-4ea0-8fd0-5c9b65754202
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,7c949d11-03ff-429f-aa4e-9c6b6d081e2c
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.15,800cb5d0-f977-4d62-94c7-bbb84a5058d1
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,a21a5179-31ec-44a5-9bf0-40e05703ce76
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,5517380d-57ff-42af-8ac7-1c008ed720f6
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.15,63fa067d-b877-40b0-afe5-4cbaa1ad24aa
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,e691d892-3ef4-480c-88d9-70e324896d51
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,448eb10e-d7cc-43c2-a1d1-ff6c77b38c93
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.15,a4a34109-37bb-4b4d-b2bc-e99f02c75a20
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.15,df60f460-d2d3-43ec-9892-897d055739e8
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,e531f0d1-3dd9-4120-b556-c3b0c994d8ff
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.15,f894b07a-5511-4fd2-8a50-8d99012b2fef
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.15,69c1bb43-0cd6-4a1d-ba60-07dce0c903e8
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,fdbd0d58-5878-4612-819b-95c0ee3fc1e8
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.15,b1a357ac-444b-4cc6-88a8-7c3e7d2e471d
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,30a79665-a00a-48b6-a5ae-2258601f8719
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,65be2fc4-45ee-463d-a842-1d2eaab9b5fc
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.15,73909d90-6c01-4af3-87a6-3b83cc78fc60
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,a297b813-d425-42ea-8690-b89f790f8b78
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,c3c03c65-7456-4575-a927-5814df37d7cf
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.15,cb0f9c61-a783-4da8-9df7-d75a6fb97e71
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,223eb6f2-77d1-429a-8ff9-8acbac334844
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,8c8817b2-c7fe-4237-96ca-acb89f3d462a
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.15,71e81ffa-8e03-428e-b16b-e2397eab3656
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,8aeb0e8b-7e52-4562-83ea-32b6dceba677
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,d1d28818-208d-4e90-870d-46cf25b0b9dd
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,2.7538317853666645e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.15,0294d672-189d-4b5b-900c-e0295cc4cdb2
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.097,991da6a3-3248-42b1-b0ec-0ad8189b1ac2
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,7c1b4e2f-cece-433e-84c0-305b1acadc88
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.1.3,modeled_data,kg/kWh,CO2e_value:0.097,faf2042f-d38e-4717-af5b-627e175fe79b
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.097,5b59cfdc-f797-4372-beb2-9cdb18eb2979
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,3030e29e-9ff2-493f-80b7-ddd7d4a3dfb0
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.2.3,modeled_data,kg/kWh,CO2e_value:0.097,ffa817a9-344e-4a06-b695-8950f10e5f2b
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.097,e6d27485-553a-471d-a97e-ba6c0a034866
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,e00744d8-fa21-4d81-9d53-334b7e182406
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.3.3,modeled_data,kg/kWh,CO2e_value:0.097,dc50737e-385f-4a83-abce-f43a6d7cf210
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.097,9e91926c-7c32-46a9-abdd-63cc1846ee26
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,8599a406-44b0-4021-8e8b-42c4e1cc2c8a
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.4.3,modeled_data,kg/kWh,CO2e_value:0.097,1ce8ffd8-b902-4fa2-9b37-1d2e84dbcacc
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.097,f430f7ce-9ab2-4b3c-beb9-84eafd38b2fb
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,43b4d0b0-48a1-4103-b1c8-d31df6f7b704
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.5.3,modeled_data,kg/kWh,CO2e_value:0.097,1f340665-4485-46ff-a2d9-a4ed5e6ea801
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.097,961fd4a1-3f88-4661-b5a4-772061c382fb
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,649ca3f4-c8ed-4bd3-bae6-a8ac7b9379dc
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,I.6.3,modeled_data,kg/kWh,CO2e_value:0.097,872df32a-d99c-41ee-a5fb-2f224285d1c0
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.097,0c4271e8-f49f-4ee3-a863-3ff913ad4c2a
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,e1507866-a715-4ec3-8087-bcf1c97941e2
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.1.3,modeled_data,kg/kWh,CO2e_value:0.097,e8bd8326-fd33-4d1a-8cea-cb6164111d69
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.097,30903b1d-4d3e-46c1-98fa-1b7e129f65f4
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,738e9f2a-d2ae-4b4c-b3aa-a4ec6895ebef
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.2.3,modeled_data,kg/kWh,CO2e_value:0.097,408c1a17-428b-44d6-94e4-2ed8dc788d03
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.097,01308cc7-48ec-45fe-ae81-9ddf26bc85cc
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,f19bb9bd-af65-4c9c-90a0-316eeec0683f
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.3.3,modeled_data,kg/kWh,CO2e_value:0.097,8801da92-d290-4043-bf62-dba0efcbe611
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.097,f632b8f7-c4a7-4528-81d4-4eac5fbead74
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,dedba4b1-2f5b-4bfd-8a66-a7c841172334
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,0.07724163481364014,II.4.3,modeled_data,kg/kWh,CO2e_value:0.097,a2464d9c-6f82-4ba8-a2e9-3f09e9b5702f
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.097,8a68b2b5-d7e8-43f9-9e3d-2d2e6fbc58bb
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,0aae79aa-cec5-4428-a01b-55359ca812f2
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.1.3,modeled_data,kg/kWh,CO2e_value:0.097,f3f38c1d-2c82-4c7c-8481-20e257147a61
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.097,d1df079a-6111-43e4-af16-79c9a919cee3
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,2d392b20-9581-4120-944f-6c4401e61274
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.2.3,modeled_data,kg/kWh,CO2e_value:0.097,89d1f76a-89aa-4fb9-afbf-decfbff43201
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.097,406a38db-1558-452a-bc19-39675f2daf40
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,a88c6861-1f2b-4fcc-bf65-8aec010dbea2
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.3.3,modeled_data,kg/kWh,CO2e_value:0.097,ad5b6d08-511b-48c8-91a8-12ebf4f6e116
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.097,d1fad52c-7d87-4b7d-ade3-b0f49a8178b4
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,c347ada2-7d31-494a-874a-179b958e10a6
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.4.3,modeled_data,kg/kWh,CO2e_value:0.097,ed0750fe-610e-4aae-9144-2b6b09580272
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.097,ef494088-841c-4222-840c-c71ad2902527
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,0a149997-636b-4449-b317-6f6d36821d6a
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.5.3,modeled_data,kg/kWh,CO2e_value:0.097,dd4a0f21-cf17-4bd6-9af3-352ce8bdb582
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.097,b13302a3-d249-49f9-ba44-6fd3e45b1254
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,a53a8a03-1a61-4384-a842-965130b61988
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,I.6.3,modeled_data,kg/kWh,CO2e_value:0.097,25e779c2-09da-489c-8b57-e771c24f3cbd
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.097,850247e5-cf65-4a01-83aa-5f2748ed2c8b
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,e8be9186-2a79-4861-815f-9df5ff97473b
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.1.3,modeled_data,kg/kWh,CO2e_value:0.097,93cb2079-6b99-4a95-8c88-0c7eabf61ac0
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.097,f0eb2b15-611e-4bc5-8497-423d29227b4b
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,102f97ec-b88d-4348-af8b-33857c8a0504
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.2.3,modeled_data,kg/kWh,CO2e_value:0.097,4cc6c682-909a-418a-9a89-53b976851bdf
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.097,83b2ea41-6da1-48d0-b839-1b392a886537
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,85400581-0c35-4e83-a495-d594c76ce93a
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.3.3,modeled_data,kg/kWh,CO2e_value:0.097,555bb00a-f366-48a5-b5f1-8f0065526dbb
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.097,1033051b-d72e-466c-952b-154ea5bfa35b
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,39fe728a-8e0a-445a-a7d1-d95c00e64aa6
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,0.0004860002190455545,II.4.3,modeled_data,kg/kWh,CO2e_value:0.097,cef58cf4-7b94-400b-b1e4-07623093da62
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.097,ce6879cb-fe05-4135-a2b5-3cf7eaacf01b
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,d8d738b4-e7eb-4542-b7c4-cac91d5c4247
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.097,a91d2404-9641-4262-926b-250ea9aff0ac
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.097,4dee4dc6-2e97-4ad1-9155-0cc25fbf4d6d
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,96fb6e7d-9bc3-4f01-9f86-cea3aafa3373
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.097,55073537-2bc2-4a15-a1e6-33243284f2ed
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.097,ee25c06b-5588-45cf-8528-714135595e4b
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,8d0a0975-1d04-4078-a632-67f147f1877c
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.097,952c5cb1-aa01-4b82-847a-caef5c80bba2
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.097,66d57be9-eef9-4c64-9dd3-e8fad9fe1e46
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,0fcecf6f-68a2-434f-9325-865d574b50ed
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.097,74910b0d-5f32-4679-b93a-c5fb0c60963d
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.097,45cadf63-0e5b-49cc-b2e7-adc59bd864bb
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,298054eb-1caa-4de1-8051-5087d7ded906
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.097,378ff39e-3aef-4d31-9e6c-f56f2a181002
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.097,d0887118-2e20-4855-9ff9-c80862529ad1
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,f6e17e08-7df6-4dc2-9ac0-cc66e46a9c68
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.097,af97b3b4-766e-4105-afa2-5790243b3670
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.097,f90d768d-5c71-4675-8835-70aa5315ebb1
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,9d0b25cb-7a72-42bd-80d3-91223ceca999
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.097,e0cb3d79-0399-43a1-907f-0b5d011fad0a
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.097,9271aaeb-66a2-4bdc-b02b-11f0a2aea4ed
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,f8fe1533-61be-4e88-8bcf-a9182554b558
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.097,3fe3ee44-6384-47a5-ae9a-64f313b5cab4
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.097,90f89928-f6d3-4738-a0de-cb56343a1192
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,801ff9d5-b6bd-491b-b106-ba47c57a8a99
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.097,b77547dd-02cc-4867-aa6d-6b4e0d6462d0
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.097,302c099d-8a09-4637-8955-5280209ce805
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.097,eef797da-2999-45b3-b849-c9722769a6fc
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,1.7683524453672195e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.097,96407ea4-2cdd-4928-9377-638670e44701
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,1447f91c-b4cd-45fc-a7d2-4f40a35617e4
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,92b4198f-b5d2-4d5a-aef8-dab5d8d2ff36
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,5396e322-45cb-43f6-8aed-ffdcf78d034b
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,7feec6c3-5c77-4ed1-9f0f-a2ef07d2565e
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3eaaa8c9-322e-4030-9869-b6fb97681d76
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,82f5ce06-6383-4ea4-936a-2b8fe5a458c8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,94787b79-b5d3-4004-839f-a3e1443d64be
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,80e4541b-e769-4e85-afdc-4e5fdaf4c790
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,170e6820-2b7a-4fad-8578-a7b87e72766f
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,85b2aa90-a0c4-45b8-be58-129859b46270
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,ba00290b-a613-4fbe-9cb4-6082a9ff9366
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,53721fa4-7175-4e77-9de2-bb2b25c94712
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,df3ae70e-9162-41de-bc48-e07e6bfe50da
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,5b091fe5-f82d-4a9d-90f6-12f15573fc74
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,3e2ebdc5-7e00-4e73-8331-72371dbe6822
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c0c80f4b-42a6-4c52-b73f-3e502f4897d6
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,459b1e1b-9dd9-4088-9dba-ef83f6d8e512
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,ab0426f7-96cc-4b1b-9d2f-8be9d4a098c5
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,0e9f4293-b5d5-4050-8e33-36dbcf172519
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,067f9dc5-36fa-4c27-9da1-9bc97f3dd9f1
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,04f4f47e-44be-4ee0-9fd8-ee250b99c397
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,38a5f425-3be8-4b0d-9b6b-b5feecf5b9a1
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2447ba20-b373-49c1-b9e9-53aa382e9b86
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,7e8b42dd-0abe-44c0-9628-60724c6d272c
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,eef1c80e-edec-41cc-877f-fa47f4cb874d
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,df35bc18-730e-45a2-ad92-8a1a2b0f0c52
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,114faebb-4f61-4350-b165-d10eb77b414e
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,5ad78983-5331-4806-9596-b3972de197fb
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,99701166-df0d-481d-8a33-ff0c1e1133fa
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,0.012660245323018652,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,c9fef1a6-258f-4886-9b95-b27ff9259393
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,1fd9b0ed-bdb1-45a2-8376-e1f441429ce3
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c8f00521-b187-4bb3-9969-f1e76cc9ef65
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d4118d98-80db-4468-bfc0-2a4b290b55a8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,e1945b7c-d37d-45cc-a450-7b62e0fb378e
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6eaac86f-c09b-468a-a061-3ddbea8f2f3f
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,53eb6436-4cd6-4571-979c-0a62761c0dd6
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,12776fe9-7a4a-42f7-a279-6b94d8a0a301
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,0f621e9c-d077-4403-a273-1995fce94565
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,faba71c5-ea99-4a19-b314-de3af96eaaab
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,cc1b84c0-6440-4918-9e27-85f9a3d33ab6
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f8a4e586-92ef-462a-be42-29223be20117
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,ee14399b-88c5-4265-a2b1-b779b58d2893
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ded963a5-9fe5-46b5-950e-52388d8337d1
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,50586801-477f-4182-8d2a-1314bf0d7e0d
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,298aaea6-5f88-4032-b5ce-5ffbd1108b5d
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,525fd203-f638-485b-9cb0-1c94cef30078
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,54c21175-096a-4ccc-8288-33dbcf98e835
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,aba237b0-2918-435d-86ac-317d10152ddf
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4ad0ff74-0ccd-4098-98c8-aea396d42ba3
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1414c087-d6e6-4a72-ba25-dac587fff426
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d8b71695-0cd6-4066-9a7b-f911611e949d
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,20867715-9c6c-4654-8332-96d46aed9478
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,97b3a887-cd0b-4b02-a507-c1ba9385ccfd
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,0de3bc1c-8807-44e3-b5c9-eb0583b9be78
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a3ccc9b5-d943-4aa9-a23e-d429715405d9
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,38af6f2c-c6c8-4e40-9820-26b7073a5df8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,01ba4c4b-c7a5-4767-be81-1186ebf99d59
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,aeb1122f-6846-468e-b38f-d71dc2ec5652
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,692cd3ec-7073-4234-8d4b-6f4cd471ad30
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,7.965758382771802e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,a45b9f18-aec3-43a6-9faa-074ac5ff3dcb
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,b9c7ff6f-6f46-4097-89cc-75883b5bef69
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6c4e934c-584d-4a71-a771-24838feeaf1f
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,13f9c8a9-9831-4977-8943-b5131aaa1b47
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,962080bd-f004-4d77-ada2-abaa4f7465b4
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,464a15e0-3ca6-4c3d-a06b-50dc9a4381be
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,8e42e0ff-9f11-448c-aab4-2129bb0efab0
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a06cf09f-eeb2-4c6b-863d-369efbd9c500
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,16407e9f-c912-4052-b54a-df27458c1eb9
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,aac652bc-27e5-4b08-93b8-47776a728752
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,b5ac150f-12e4-487c-9ce1-1d7c1d731102
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d5a93393-cc57-49fb-a60e-1ab43f6b9b6b
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,e5aa399d-c6a8-4705-81aa-6753c57e9c9e
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,74e6b85d-ecb8-4bc6-8640-6dcbd07c7b59
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,fbea4339-8ab1-42b4-b766-0eaa20c66713
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,7544871f-b4eb-4ef0-8f5e-aa35735ad750
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3d680a11-8c58-4d8f-8ed8-4648c60429c2
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,45a58c2c-a893-4cce-8504-dc574c3d4e9d
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,1ff15bb3-a755-4d2e-9e70-fd6b1036cda6
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,46d34d25-0bff-4d12-9b37-69f25183c6af
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3613d7b7-e12f-4b5d-92f4-2dbc35f1a392
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,42e06742-79b6-4e8f-a636-94c4eda57935
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,eb5ac3db-5e0f-4522-bdfd-1c80e0a7e6d5
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d78e14ca-05aa-465f-9ee5-af658154ef61
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,1092f9ce-99c1-4da8-97a7-bee522828e90
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c388d042-8f52-499e-b268-bdfb5b9887ed
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7aabdd4f-1713-4b2e-a7ee-fc26f0e603d1
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,c756ac46-949a-4a3b-83e3-5db6639939d8
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,845c886c-161a-4008-9568-b19a9081b3a9
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,239ffa0a-cfbf-4556-8c9c-d78fd7c07a87
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,2.8984078120463946e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,ffd74eb4-c8cf-47fc-b903-fd24fd986f6d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5009bcd0-8bd1-4221-a695-5f5de4fa50fe
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,be2b89ea-6bab-4f02-bc28-e344e8786cfe
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,162e1c66-1ea5-4fac-adc7-2e86570ea133
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,c5697bb4-3e05-4fc1-a51e-5a2bf1ad7c4d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2f79ffc6-90fe-4138-801a-00cd50f413dc
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,ed185dae-c718-4d6b-9cf0-37a7129bfc09
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,7c15ab4f-9a56-4084-8df4-60b4598cc44a
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3424562b-8171-4633-bf06-6795bd81e38b
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,d516dae6-29fa-4d19-b329-f230801ea2fa
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ad6f52d3-2a00-4b6c-967f-7103981c497a
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,df4a2e7c-c38d-4543-8fb7-e9909d5d232b
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,c6b80ba6-f688-4320-9a24-3e397ba1c6f0
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,a783e04a-f5c8-4fc6-851e-2ce59833638d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d11b8e00-5bd4-4311-a79b-97baca0fb620
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,b4145c50-8a4d-4c2d-8b7e-3c037c581cc0
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,7899805d-384e-42b3-b0ab-788ff03df511
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,0f245348-35d6-4fc7-b60f-98cbc618c6ae
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,f5cdfbb1-7d5c-42b9-acd0-c05123979c77
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,69ab1fda-b174-4a44-99d4-faa141871c7c
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,787bdb57-8c48-4239-af48-091b46bbedc8
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,f4bbe183-4c07-49d5-bb42-00fb14040ebe
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,aac03514-9329-4e72-a8ba-05eb60d371fa
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,db151ef5-f314-486d-947a-b02bc32ca35d
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,903b24f6-7322-4139-bf2d-99f966a3945c
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,6a550b56-6289-4b33-9c5d-f62de47e490e
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,0a913b4e-5e6e-46e1-868d-3e7df7a12aee
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,6b957652-90c9-45f0-b5fc-24d9617ea718
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,08ff5f01-3663-4ed1-92ae-1be55f1badb1
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,e9a5b93b-1b98-4e8a-b549-bf45ff67b775
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,0.036337652780018825,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,4990c3ce-bcd9-4031-8d42-2ab405d48d32
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,63efcbe5-affd-4795-996f-3fb86b7cb80f
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,e6c11b3d-3851-4907-99df-ea2402a87f3d
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,5136f2e8-abd5-4b7d-9a80-a79f9bf6240e
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,16082ad7-7437-458b-b8cc-f1e70029be19
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ecc25c5d-de00-4fb5-932c-bc783baa2ccb
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,ea2b658c-4011-42a4-8d74-4f5b8a8bd53f
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,6a4e3de3-e509-4507-b3f9-b26145ff9596
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,67ed9dd0-b960-4fa1-9fbb-6215c147c1b3
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,bf41ed57-7f7e-48c9-b9e4-67af062aab79
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,991014c0-83ae-4791-9656-28c78885dff1
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,07b47104-8b65-4a3b-b2ee-a41b7ac8cca9
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,3faddb66-5e02-4075-8704-767090a5206c
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,6dd5ada7-ea38-4ab4-bbb5-2962e39ba094
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,e32487a3-48f7-47a3-b8ba-d2510292c7cc
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,187d39c5-3009-4030-8a2d-c671a3dbebb9
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,3d996ed7-8933-4fba-85e7-79f9b1823851
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,9fa44667-daec-4a8f-b085-2a44f6e435bb
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,e64af708-0727-402e-aeaa-c6d267a34972
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,7c25ba05-768e-42af-9ff4-ecf1c4bc5227
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,26bda3dd-bfab-440f-bf9a-e83f3c2efe17
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,b200cde9-1efa-482a-ae4e-810ee39cef91
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,4ea0f730-5890-4899-b55f-9bb3b44cf340
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2fd43dbd-b1f7-4240-8b82-15dcad5e4328
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,b1a3cc12-982b-43f1-96e5-c4221a33b4b7
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,40e6249f-37b1-4170-8b12-afbe54032153
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,5aa4e144-beba-4c47-9f8b-fa42ec87afcb
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,41d9fb5c-b06a-4f3e-9bed-0e1eadf63738
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,1f7efb30-3ed9-48d6-b625-b9664a7eb61a
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,01fa67e2-b9df-4c91-8e9d-7cfc3e0576fa
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,0.00022863456027696409,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,79077529-b05a-4825-a3eb-1b14e905755c
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,578a1e20-b272-4d79-af70-9a9318d16ca8
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,928679c3-85b0-4d1d-a002-ff1439787c16
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,54babf96-7ab0-4d44-a6e6-9937026430e1
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,1756572d-ebe1-4cb0-8d7f-4a5404f41297
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,9b72c5bd-ab33-4b54-922d-c50731850acc
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,8db6ea81-b921-4171-a1e1-d3d0be561e02
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,54ce354e-d270-471b-a715-dd8ed1337e8a
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,5b557999-00c5-4ac7-b032-25725babccd2
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,2a320c58-88a2-4203-8ce4-35f9a9ae78e1
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,351f69fb-f9ca-4744-84ff-b324ae38adba
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,61b2632a-d029-4074-b5a2-df589f30ace9
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,7f1f2041-a830-40c4-a11d-ecdb23c3a98f
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,8343c62e-8779-4c1f-9929-c8525a8dc205
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,6950e6ff-3c99-487f-bd17-3398d1c9dbee
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,8bc7e4eb-a427-44b3-9a35-451a0835bb9b
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,1365953a-17e5-48b7-9e04-af1c5cb38cff
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,cffa8771-541b-434a-908d-d2956d6b7b84
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,6b30aa19-a184-4d70-9442-631812d2853f
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,472f3ec9-7742-4f5d-b161-cda352a525da
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,9fffeced-d3c2-4193-b8f8-d81434b0ba7f
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,26f136af-0bcd-4aac-b64e-545b7dc10cff
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,25598e4b-44b0-465a-b893-a2419b2713fc
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,c7ba5456-86cb-42a6-a9ef-dd7e7a54a934
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,9abaf7fe-00cf-4256-a20a-0b5d85b1ce1b
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,52847292-fc2d-4faf-a42d-60d9e1f51511
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,00abc5dc-7574-44a2-97de-bc5edc0cb64d
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,9f13615a-ac8a-40e9-9dfa-83177bf83733
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,ea364e9c-5e19-4dd7-b2eb-8aa25cec6b03
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,a4959c0d-4b5e-4582-9875-2ec06e9af054
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,8.319059702385262e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,d024bfac-52b4-4177-8af4-048bea2f0801
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,bb818bc9-db34-4cc1-9a96-beb8d4629e49
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f2078c1d-43c0-427e-9b25-720ce008bd8e
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,904d6e7b-d981-415b-a2b9-da4a653e236b
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,0902741d-31c2-491b-86d3-03143a712ab3
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,89e62ae7-6a8e-4cdc-b589-46f41f28d4f1
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,ade29c31-ddbd-450d-9a30-302816ed77e9
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,4ac90f42-ad80-46a9-9d1d-04da754528d7
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,aecaf882-5ad1-4893-9ccd-a5f153d0f783
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,0ecfa550-c9b2-4faf-a325-75da0317dc20
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,ffffc210-d984-4036-b2f2-38cf7f57d1a8
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,a95e0039-3ce0-48f0-8f9c-d966bc7ddc08
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,c27dd333-a429-4fb6-ab6c-e982095f4566
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f44868b6-d03d-4d04-9712-d209451c4d8b
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,16802342-a79e-47cb-90a5-40dbbc2cc9aa
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,310223a0-27d5-481a-b116-b03db575b49a
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,4b34bde6-506e-4e3d-b729-b78b1d433164
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b8f9d2f9-4523-4a64-8fe7-905de047e011
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,a0217043-c74f-4435-a732-163bd28ec9dd
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,242e6d5a-2388-42b3-8fc4-d1a339832ab0
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,da85bf56-f628-4540-9cc5-9462c2da0a25
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,d1c3e8c1-cd60-4509-b36c-9381f2a2ec77
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,9a825e2a-384c-4cff-aeb0-389a3f7cc379
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d28ac88a-e854-4e9a-894f-f638a7444cc4
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,935382da-4219-4449-8298-8bcf9b51ce93
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,39f91ce0-f58b-4224-a268-f3a61547f9b6
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,c05c0de7-102f-449f-ad56-86962bbeb692
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,23edb5c6-737f-4ea2-8bcd-aba95a0dab6a
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,d11a6249-03c9-4ce3-821d-30058945f412
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d4e7ef8a-77ad-4efc-9c08-521ac9c8c892
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,0.09528745954671078,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,25f2a259-a3e8-44f0-97fc-d8af1c67516c
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,9958d629-df56-4147-8be6-be8d5aa30870
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,d9744890-0673-46f7-9796-924dc350ecc7
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,5ee2a303-58e8-4084-a405-e1b68575992f
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,a1b83740-466b-48af-b18c-1c6b171d71f3
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b7790147-710f-4b55-a07e-15fdba40b461
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,f6d7d3d7-1b69-4fc0-880c-93a3611ef39e
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,2ecb2aac-b396-401f-b88a-eb3746f201d3
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,eea21828-f4fd-42df-b05d-e6d80cdaef20
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,3d37d89f-0113-4960-885e-33a2f94449ac
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,599eb6a5-daf9-4ad3-9c3e-0ff54fb7705d
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,36c13796-6a26-4dd2-8b47-f9024a5646e2
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,ee8ff542-2307-46ac-84a7-a537dd5c3802
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f6db2e05-6dc7-4299-9075-3b70ee99b1ba
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,f3af574e-540e-4882-b057-86d24a8d906f
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,3b4e7446-4b4f-4a09-87cd-e4931eaa2c2e
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,5116b047-6565-4620-ac0b-96ada41274dd
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,79fc0b50-2e07-4faf-969d-817a12bd6b97
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,9d426446-4ec9-411a-bbd0-243c1980ed3d
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,44edd98b-121c-4d61-9d6b-3d11e1625b99
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b540132d-4fbd-4876-9a8f-69bb2580bb1c
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,08a513a4-3f73-422b-a972-095c9de8c59d
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,58745d1a-f368-488c-b427-a6a15c2401a4
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,6aa6ca38-4c42-4904-805a-07553db46086
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,7ffc9b60-e43f-453f-91c3-a44f8195f4b7
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,ccaee367-5ce1-4921-ba65-7a7eecbf4f68
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,46e8971e-ec72-4fed-9004-4f5f75829c34
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,6bb663c2-c230-4c54-9730-adae9c5d17c5
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,c4959e33-9c18-4aa0-b183-2f7cfc92be4f
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,b4d35808-0fc7-4ef0-9f1f-86da47df7915
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,0.0005995435793626936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,085adb35-b8c6-422c-93d0-7f6ad65e86bc
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,f87e5f99-5a59-4dd2-a881-e2ee43d70aa5
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,4c64bc54-5822-4624-abcd-e37988749b6c
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.119,ce058d83-2a87-47e1-ad7f-63f3171ac445
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6fe877bf-8506-4185-a9eb-29bddbb14f11
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,960424e8-399c-4d61-a7aa-b8d122142d5a
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.119,00175fd1-52ac-4aa8-a1bb-23c32115dde4
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,5269f4fd-82ad-4dad-b2e6-128df30b5284
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,49d3e674-36eb-4ce4-9a02-9ef59b6c56b4
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.119,a89bdf79-885e-4144-a748-6a2c2af5e396
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,85e14920-b408-4118-861f-48ac770cbab8
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,887c9b06-f09f-4180-9210-01ebe5487505
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.119,9d3a8567-3c31-4ed1-aced-488be29d451b
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.119,8e42d06c-f756-485b-98e9-a3543f7c3173
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,880c8343-282e-4694-9aea-b7617c6c68dc
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.119,068a6f8c-5ae7-44aa-a96b-9dcf3ee0c3b2
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6ce66bdd-71ac-41b7-a336-de23b0565909
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,e1d3d5ee-e94c-43ba-8279-afcde4b97a03
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.119,57dd3bd1-8402-45fc-b36e-354bec409412
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.119,538bbb66-ef81-4f3f-90a5-8a9fd8cd4b54
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,0d089f6e-457b-449c-a48f-ae5e4cb2c020
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.119,26b1810d-c6c3-4f1d-a0cf-2b6a540f594d
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.119,378a820b-8dcb-4211-9581-d93f1a84768f
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,24858f48-04fe-44cf-8718-fc8bf0f1335b
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.119,6a116f89-c24b-4e4e-9e35-8fce6a196267
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.119,03f9c8e4-2dec-46e5-8b47-f18c8e6f853a
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,5d95dc46-c772-498b-92c1-b7f298139f71
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.119,e0be36d9-27ab-4090-8f4c-8fb3aa102d48
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.119,6b0c3fd2-d394-4701-8ed4-447bb88f39bc
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.119,8bb32164-c26f-4307-9176-742b8f169bb7
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,2.1814894584869684e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.119,eaa652d5-73d4-417b-aa40-53dff2f73393
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,23d15806-856d-431d-8303-dc7d8b415b8c
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5bc50602-064b-497e-9a63-38fadc47c09c
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,ec80cbb4-f5fd-4dcf-a54d-80286e1e3a3d
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,4a6dc692-8f63-41d9-9b3f-d3d184894759
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1d4ad205-b114-4aec-8dad-0cf4da8c28a7
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,bf1d291f-c620-4346-98b3-3402fddbae78
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5ae2ed8d-340b-4486-9245-ae49906bf0d1
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,23d4cf50-b21f-43ee-9262-8c8adfd9c385
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,25f378a9-0d85-4792-94fd-5396de057b89
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a15f4682-18c8-476b-9b1f-daecc08bd0ec
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,747a8814-6247-49c2-ac09-27d935181a51
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,74fa4f9a-8517-409a-87e8-2539eb2cc028
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c7d6debc-2d2a-45b9-82c2-20ab15b07a4c
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f3cc4b5e-1e7a-4864-a124-a592d4b447cd
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,4126f960-282c-4cd7-b004-d5ebc5dab79c
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9f88d853-2ccb-4e89-b927-7892028650c3
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,623c9c43-72a2-42e1-bec2-3d91dff5f9fc
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,9a9035f9-9762-4f53-aed7-c0f8afc47769
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c745658e-efc2-4f1e-8518-498dd1944dca
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3f914b51-c0c9-42df-82e4-fde24ce06784
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,0875854b-2a23-4033-87ea-7a1a820e8308
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,dabab37b-f856-42c1-ad87-0e035cab2ac4
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,50ff7d69-9bcc-4459-8713-4e2fdfc81b97
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,a0dcd8d8-32ca-4319-be42-1a7b2e445406
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,63754db1-d6a6-4939-a253-c6fdd34a1348
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5ae593a9-9f74-4e11-851e-6dbdc7468f60
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,69088eb2-18e5-42a7-a69b-fa38cd7808ce
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,67837c27-2ab5-482e-9c81-433397b73751
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,af60cacf-b711-4ce4-afd1-c4cfe789bef6
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,4ffb11a3-4720-4377-816e-53262ace035b
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b2182ee5-866a-4e0c-82e9-4b30141be1b5
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,53ea2b70-5b47-450e-8571-53ee0be51512
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,6722f1c5-4889-40e3-84a7-82f1a466af86
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3320bcda-4e05-4451-9f76-54229fbde26c
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,697831bb-f083-4eee-b9c5-2fdc440a4a1a
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,5bd4f489-9d15-4ae7-828f-3d29194cb5da
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,4273a0a6-d5d6-484c-ab1f-82262ede6bfb
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8b348e04-c37a-4abf-a749-1e0d90a407cc
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,1d7e58a6-6df1-4009-96f6-20ddbd4f0524
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7687e070-9f45-4151-a139-2bada103a422
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,72b958e6-a31d-4077-a88c-6739cf6ac68e
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,d12cd5b4-2fd2-482c-a241-315fdd0ee84b
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,634d6fab-1414-489f-9c7a-f7887a4befd0
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,86e05236-696a-4166-9de6-2b228038032b
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,09f43100-a2ee-45be-bb14-dfa51c2c2dfb
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6419e6d8-793e-4bdc-b893-e3e048265172
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b013cd35-b495-4863-b23a-46f3ace2e95d
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,4a1c7433-65cd-4f91-8ac9-797b8ed312ea
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5a855e41-27ee-48ed-b745-321233bce6f5
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,d254f53f-887f-42e3-8311-7f91bea3ac82
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,e767d318-1391-432d-bbbe-926ef852625c
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ff4b0348-5d94-4a07-9555-87ec61dd5f6d
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7826cc89-8d36-46a0-a2d6-82c4c75d8907
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,8c1e05a8-c52b-4296-aec2-614b7a6a54b7
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,cfad71b9-5cc6-4068-9523-fbe391af1ad1
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,95e9371a-a4ba-4baf-856e-28b6b4edcb91
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,13d05f3b-3a1f-48fb-85ea-a852fe5aff74
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,36fa3cea-4048-462e-8750-2da97af11573
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,59a9bdab-6923-412e-9b0c-afec2f359f6d
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,c3789913-db69-4ae6-a62b-5948efadeebf
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1ae3099b-c0f4-4ea4-94f3-c326e14f1d24
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a604fd29-0945-4d34-b0d1-dba265c80279
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,3303ea17-49ee-4725-8620-db2aa5fe5925
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,cf5acedc-08e2-420c-8829-22e6ce0ba31f
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4d7d33db-ddb6-425c-ac05-6a821d773e61
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,e7932d8b-417d-4851-aa34-355ad855936e
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8c92c2bc-2938-4b06-84e6-d92fd7e3809d
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,29af31d3-2f7b-46d3-8ed6-022188aaadd3
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,93d9e001-35c6-42e1-aa0c-61480c2a1af2
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,90d386c0-ac4d-4f7d-8233-140a0f138a8f
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f367c2d3-4e57-40be-9f77-23911a875b31
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,5755bef4-646f-4bd6-83ba-ef839fb2291d
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,9270e6e6-2d45-4351-bc9e-f971438492b4
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,584368f3-ef7a-4fc3-b206-795255f4debd
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,1d0f71db-e6a8-440f-b8ce-77d0250b0046
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fdbbd799-8b69-41b2-b8c2-417ca8bd5c1d
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a52d4518-7ef5-47bf-b3a1-2de199af5b79
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,77063f49-5542-4ad0-9bbd-bf4332705290
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,4cc64444-d6bf-43a8-b33a-a45fef9f3c23
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9ab5e419-f350-4b3a-b91f-cfb278ba0a75
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,bdf14bb5-cfe7-4ce6-b7fe-862afdf0b5e2
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,31df5ec6-2d9d-415e-bc6a-671996fd1eb6
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6f57d633-57c2-4f43-b7e1-45ebc57ce577
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,23556948-6752-41c1-8a83-9d4dd27a5872
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8d0abddf-9e87-4147-ae77-d876a488f5d1
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,da4a42d5-40f2-4d59-8847-3fd41ccf7561
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,61716675-7484-4d64-ad9c-76b045b6513d
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b7426df1-b5b3-43ca-884d-0df377fc026e
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,163293b9-1a82-4a77-81ab-b57b0b3e8288
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,41c53241-c9f5-4dbe-aafc-6bd961d18658
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,50622c7e-eca9-47f7-ad94-9fdf2e7d78fe
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,fdd7df01-53ff-48ab-9996-9ca843a42765
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,a51492e8-098a-4689-be37-6e51500f91a4
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,1dddb4ab-01a0-4fdc-b793-37dcebf6e794
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,7cf9a333-7791-40b4-bb5e-55b492515dc7
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,50ec2335-ceab-45c8-a64f-d4635d360085
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,553b7f9a-fb4e-46fd-bb32-9f857e656f40
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,8dd23cc5-0930-4822-87cc-2236ed4880d5
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,ecd87d6e-8b0e-40e8-90eb-293de883173d
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,121e769a-ef4d-4ff5-b629-6c8384bce9bd
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,33aad2ff-9572-44de-b208-b9b53bb4b98e
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,f68e4f2f-f465-41d5-9f1c-1acf729d085e
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,6778a830-3426-4291-bb0b-e9ace2ec37fc
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,3ed38d1d-016d-45e3-8e7e-54609f47910b
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,875cc35c-c3d4-4c61-b658-4baf1ddccc6d
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,944db1c2-5f0d-4a8b-a816-312c00a42f17
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,5474eef6-9077-4124-a327-7211146ccb67
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,e8216855-a62d-4933-9fb1-9653770876cc
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,42958d5a-1a5d-4a5d-ba52-aa4b12eb95bc
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ca8c0c4c-17d5-4eae-a504-d7657636535f
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,5587843e-4f0e-4d66-8df5-1d05fe833aa2
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,3c3ac771-aac6-4a62-b3c5-6d1d837abc2b
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,44bdd123-db4e-47e4-a360-39ced625cb4a
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,4067af3f-c53b-4bc3-944b-da3aeea742ac
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,fad8ee28-fc1d-4342-a725-aa86eba84e3b
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,8b974a4b-ef89-4714-814c-8ff033429b3a
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,db7c11be-350b-4d09-a917-7d42968dc9a8
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,22ffa9c8-2c05-4528-9d92-e31f75724692
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,d2e74f43-d2c3-4c10-a6fb-bed1642cb5fc
+NL,Netherlands,2022,Production mix factor,CO2,0.03563941936149008,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,d70afbf5-3627-4998-87e8-3bf5d73422b0
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,4d133fd2-f5b4-4941-9823-2839fef559ab
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,95072cd3-ea18-4050-83a4-a6a9a5cfcd96
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,fcc56768-2f83-4ad8-aa63-f0fa9c59b139
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,0530d70d-3a20-4852-8a5f-5c8cdda203f0
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,1df52fd0-66c4-40de-a095-8ea13973674f
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,32761cfe-8e81-464f-94b5-3cba071ccf0a
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,96148da4-d705-4676-a452-a1d8f438e46f
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,b6ef034b-1af9-4b1b-abe7-d8c4a5446411
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,b2fc9a1d-c0a2-41c1-ad11-8260d4398a7c
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,f29bb049-d818-4657-94d0-691fd21dcfbb
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,94998eb2-43c6-43af-9afd-2aa1fab0aa6b
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,3c740ac5-b1ab-4018-91bc-2e0bc0274835
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,96585973-d4ee-443f-94eb-dc18513e4119
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,76f70aad-75eb-4e60-bee2-27dc971f6db4
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,0cf2fecc-2a39-4220-b4a9-67c3f374f90e
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,fdceed8a-4c28-4453-b462-34dbe7f77539
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,61914124-5f2a-48fb-8563-acec21d167bf
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,fce7e72f-c043-48c4-b0e2-3e8992a442a4
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,34a4666b-8173-4613-aad7-23cb11e81a07
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,89702835-4c71-4e5a-b8bd-825a81c7a906
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,aaa95c9e-825c-4ad4-93dd-e12b462cc5a5
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,2505668c-aed0-445b-8376-c5d567b265b9
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,cafc65ee-6efa-48fd-937e-fd0ea4926ac1
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,c74e3c78-d2dc-440d-97a7-179b2c02fb56
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5ed6bf74-e114-4ea6-832e-e1c27a48f3a9
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,6a9ae664-ac0a-4f68-8eff-0d09cfcedd55
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,7f665d2f-3b08-45ab-a63f-405a0a07a60b
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,be103332-0dba-41f5-8aac-86073f334099
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,58a6e2f7-9b3a-4887-bc34-e5a1c431ac27
+NL,Netherlands,2022,Production mix factor,CH4,0.0002242413130966238,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,dfdee4c7-d18a-4140-829f-f36bf55fa86a
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,f9e7e6d0-dc57-4444-90ae-dd99f89590f3
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,4f98a381-2059-494a-a178-81ac1cc1083b
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.045,94cf9be5-ba4c-4366-8b07-e1d713cb8f32
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,52ba3ad9-b33e-459a-8332-3559e231f3a2
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,e63bda84-472c-4af7-86b2-a70cba3dedb8
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.045,a50b087e-b68b-478d-bb38-96ebd11f816e
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,1591ddc8-999a-4082-8a2d-8b47e1a86734
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,81f19d91-6bb3-4509-b04b-c5af66f30b3a
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.045,cd7b66ad-f25c-4618-8d87-13f588534228
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,8c954eb4-426e-4b31-b337-3215cc695b7b
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,ec47ac45-da93-4b66-81e7-36d5215070ed
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.045,abde2a25-7a79-4e30-8722-d8f2ffc0c95e
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.045,3fec077e-a804-4b43-a48b-69a836b50aa1
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,b38734a2-0810-4634-bef2-8d7197f037ad
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.045,8ff0a654-74f2-4782-b3ab-0aeb3168fbb8
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.045,b470d8cc-8285-4f74-b13d-7c69e4375b07
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,f3d8890c-3bce-4f50-9122-1b7a3ff99e3e
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.045,8e271da5-395b-4f5b-a378-e354befef62f
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.045,07c02b0a-04e4-4beb-972a-c3e94f705efd
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,c19a3296-3df5-48ae-9e2a-80899423eb7a
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.045,f33378ac-df5e-4425-a99f-2bcd8f0bd09f
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.045,e605bc62-229d-4ee8-bf0b-28d3114210b2
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,2ad639bb-da07-4800-9c4a-748020b5bede
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.045,4e54e805-05be-4fa9-a460-14d68b483c7a
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.045,5979adf7-c918-4cde-9835-e3d349fb2fe9
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,acfb2d46-0d12-47a4-8519-d499d27854d5
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.045,665b98f7-16c2-48e5-8767-511c41209afe
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.045,a1a736b7-18cb-4d0e-b1bf-5e600f20efc8
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.045,7f04e3e5-9da7-4fd0-a786-7ae2764099ac
+NL,Netherlands,2022,Production mix factor,N2O,8.159207729278865e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.045,5dfb54ab-8465-4dbe-8e34-4da0623d6591
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.103,d0560e1e-2204-483f-8dc5-afe32f4b5ff4
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,b4094f4e-fd34-4421-a2ca-a17207f48584
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.1.3,modeled_data,kg/kWh,CO2e_value:0.103,93c98c84-6079-4b4c-8086-820174aa65bb
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.103,72add761-c52c-4a49-8b07-00f7cec9e8fe
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,527b0251-cb32-4977-bd69-d26fe6feb596
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.2.3,modeled_data,kg/kWh,CO2e_value:0.103,d2c43114-0c94-41e9-a04f-bd65052bcc90
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.103,69bd88d4-9950-4603-965d-8ac4bb517af3
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,ea4ed169-ab01-4b58-b21f-cebf0e21aa4f
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.3.3,modeled_data,kg/kWh,CO2e_value:0.103,7db0e83b-9346-444f-97f7-78affde45db8
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.103,bd13dbf2-03ac-4087-b66f-5e3edf3a7f9a
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,6d45124f-a760-427a-a2e4-5e0d76b62916
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.4.3,modeled_data,kg/kWh,CO2e_value:0.103,c89e8a8c-9bb2-426b-82f1-d6432214b429
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.103,9aa201d1-3984-4d4c-abca-6a3e29f002c6
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,244b12ad-8b96-48c8-9f92-e8ece53db79d
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.5.3,modeled_data,kg/kWh,CO2e_value:0.103,f4142880-cbe6-4953-a303-a5a7548eb06b
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.103,7a586d02-11ee-40d8-93d1-a1fb0a2bf2c5
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,e3861602-ab3c-4282-83e1-05e6273222fd
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,I.6.3,modeled_data,kg/kWh,CO2e_value:0.103,80f02101-6462-4213-a419-fea92c9623de
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.103,b600c3fe-8a20-4fb0-81b4-c5cff9868ea2
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,742ac424-f6ed-42ad-a8c0-71eddacc30c6
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.1.3,modeled_data,kg/kWh,CO2e_value:0.103,5800730f-35a9-443f-9b97-34d4991d0c85
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.103,93169211-0a9d-4009-b457-fdffb6e44b52
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,463cad63-30a8-4979-9709-e28bef6d3513
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.2.3,modeled_data,kg/kWh,CO2e_value:0.103,4104fbd0-6fda-4213-9e86-9f393d618329
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.103,f8882a1c-1d70-479a-8507-53983b6c4556
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,87ec8ae2-c3c4-4c7a-8b88-39d5eeb313ea
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.3.3,modeled_data,kg/kWh,CO2e_value:0.103,96b8b93c-fcf7-492d-b172-7adafd5567d0
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.103,07ee33d1-b623-4aa5-a660-b1b12c97eac2
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,50e246e7-0e9c-4fc9-8873-68f6b43a00cd
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,0.08224215371933323,II.4.3,modeled_data,kg/kWh,CO2e_value:0.103,b3105437-0e29-47cb-8feb-0fa80c90d98f
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.103,780b06e0-ac38-40d0-abc9-944bf3e63bb0
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,f2f2d164-0850-4567-8ff9-59c2a1aef37d
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.1.3,modeled_data,kg/kWh,CO2e_value:0.103,f4b3b655-9298-49bd-b119-28572b67b668
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.103,daee1324-42f6-40f2-8e1c-463489056dba
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,00b8dfb8-60b8-452a-885e-ec88b2b6f047
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.2.3,modeled_data,kg/kWh,CO2e_value:0.103,4b1395de-cac4-42e4-9dd7-06e406e56485
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.103,9979e6eb-8ca9-44a3-a332-486ac82d2e17
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,d1743b17-01da-403f-989d-f85ecfc2a317
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.3.3,modeled_data,kg/kWh,CO2e_value:0.103,863deb8d-b082-4a59-8ec4-2979af70bf37
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.103,a2cceb7c-b4b3-4bac-8867-930865310df9
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,ad3672d2-1e00-4e81-abd0-ad55098070ac
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.4.3,modeled_data,kg/kWh,CO2e_value:0.103,fb7fff27-4f7f-40c9-8f27-8cf0464990f1
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.103,ffb560d8-a32a-4c9f-bd19-50373bb11741
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,0055a979-1ab1-428a-aa5f-a1bbd3f44605
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.5.3,modeled_data,kg/kWh,CO2e_value:0.103,2403f044-e301-4c1e-a3a9-6f6627934202
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.103,3dce0bc9-0b34-444d-ba1c-72abfa55863c
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,a7eb14d6-73d3-4181-ac2e-c58d118fed0f
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,I.6.3,modeled_data,kg/kWh,CO2e_value:0.103,85229489-dc3c-4bf6-896f-94c67ee928e6
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.103,ccda456c-9cde-4a20-b205-d6ced0b97594
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,40d11e57-5705-417e-a23f-f940c2bd3514
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.1.3,modeled_data,kg/kWh,CO2e_value:0.103,84f1ab32-f4e8-4caf-b956-1a48a8f55bc2
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.103,1eee48b0-dae4-41e2-910b-6e278ec7a8c9
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,9e038330-2e23-4f19-b632-4deda946f203
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.2.3,modeled_data,kg/kWh,CO2e_value:0.103,f9c1f5db-fbf7-4b91-a54e-0e8ffdaaea79
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.103,ff5e504f-6841-4234-9ee2-1b0e433bf780
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,2005c099-c9cc-4744-895e-d8995094ca9c
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.3.3,modeled_data,kg/kWh,CO2e_value:0.103,63b86445-68a4-4e91-a8fe-899e714c62d4
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.103,5ded245f-a792-43be-afcc-7211c8ad7731
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,b3a38e46-47fe-4989-8f23-713da6ebfdfa
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,0.0005174632155159389,II.4.3,modeled_data,kg/kWh,CO2e_value:0.103,ef4c476f-46c9-4903-bad8-49e721dbf1a9
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.103,95d2d1bd-5838-4283-a529-65f2f07b4254
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,f86cc7e9-7b9f-43cb-a66f-f89b1be1346f
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.103,e681260f-90e1-4380-9968-90bd0469220e
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.103,3ed802db-7094-46ce-967a-d31a22dea55d
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,dd27939e-1d7d-4fb6-8110-9f3eeae18301
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.103,6b049365-fac1-41b6-87e6-e646114fe57b
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.103,17c29ec4-c4e1-403d-9148-5a590c6ef32a
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,bfd2184b-ec8c-4a4e-9438-b5862d33fc97
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.103,4b36d9ca-9988-4f16-86bf-2f9de3d0d6ac
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.103,f3ccaf01-3259-4701-9073-8deb4412159d
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,ba3a256b-bc9b-4e96-b1d7-f1b956605aa8
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.103,1fba8ec4-1abc-4c64-aa5b-628dd43df7d9
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.103,fcd50807-1562-46a6-b3a2-6ddc1f676f7b
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,f248e7a7-86c1-4ccb-8768-606919b1a699
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.103,ff96cfef-c11f-431f-87b2-a67bcf28de6f
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.103,58f1e671-df1d-40be-8a60-417a3d3fd760
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,f87f82e1-3a50-4df0-8094-0f7249269386
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.103,c75ef416-5171-4c5c-aa0f-59f9a98c8b9f
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.103,241ae823-87f3-465f-b900-3722f22b4e57
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,56f1b8c0-e44a-49a3-863a-4a013c54732a
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.103,aceeefe0-6665-46c4-be90-6042a8a685ed
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.103,ebb26894-c73d-4e90-bd5b-d47dde9608a8
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,421de94c-d88c-480f-ad7b-0109b5b5b736
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.103,2f9cb64a-853a-44fb-937a-0bdbc9eff1e2
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.103,05c73f5b-637c-4c83-82e8-c43b021b0a49
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,93113c6e-5c58-4637-9a8f-66e9565de426
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.103,ffdc6b84-0fb1-4339-8592-567e9617baeb
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.103,3279ed60-78f1-4f21-8a20-50b6a20a47cd
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.103,e6bf58dc-029d-4c79-8c32-c124329be6d8
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,1.8828331895451748e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.103,beed4e68-286b-4770-8409-7d56d58686e4
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,02cfef2c-b0cf-4463-baeb-e99783601045
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,12c1b749-ce90-41e5-9a1b-587928b2dba2
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,72e88988-13b5-4807-b916-3bbc440a1f99
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,550c1b56-7bf3-4332-9b91-b6392880f932
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d4680246-3576-4623-9fbe-06bf1a11528a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,2b897d95-be57-4f4c-8c8a-8e5ac1f4eb3b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,346141af-1bb2-46e8-8848-4f844de03931
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1f146471-114b-4d84-a663-b072af22ff49
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,f643cf38-3684-417c-ad2a-14c09be47c71
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,de1c407f-dd92-4678-93f1-820d856710ac
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1199ecef-8184-441b-aa17-ce9d5593a943
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,bf6b8383-60e8-418f-9d28-c0a3ab03710e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,ef37a401-f8fe-46d5-8feb-71617c31fb0f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4b0473ed-84b5-4230-9f84-0506fb703404
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,7a1f3aea-9304-42d1-8fed-27b62453df52
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,65a44771-13cb-4856-8451-c52244b010ff
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,29ee1fd3-b382-4249-a084-75f8760e5fc3
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,1985f232-30ff-40dd-9544-bb34611ccd21
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,fc0f7fa8-c6f1-4985-b58d-1ef31684f3d5
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,45db2705-ae63-45e9-8b95-b6305cc86261
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,96f480d8-32a9-40b0-a488-c9996bb74d4c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b40e149f-e7b2-4601-87e6-93782b397a59
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1a88bf2a-d140-4521-89c7-9c9e50efb066
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,26d1ab99-1d3c-426f-ad95-0bfe44bc42df
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6468a168-8d7a-4012-a8e2-da85ed689387
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d4bcaf67-5396-4e76-88b5-9d78fb428f5f
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,d62540a9-2605-4327-a70a-31dba13be0f1
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,271943e3-5cf4-401b-a313-6a7e50bd875a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,02954e1a-f616-4b9f-bc3a-6b43ff4ede7b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,0.008819068,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,8b0b403c-20c4-498b-a3cb-13977f7f1481
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6f5a29f5-5139-4d03-814e-c909b1d2277d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,760bdb26-6da8-415c-86b8-43f29807dee9
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,6c7839c5-c952-470b-815f-caa568d1d168
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,eb596b58-dbb5-4e02-89e0-8ef0dc98ef32
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,29c243f6-eddb-466f-bbb3-78e54529cd94
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,2a07ecf3-fbf2-452a-9fa5-5c8c91e677e4
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,56c5688d-1aad-414d-b5f6-6b0296eab414
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,48ddb048-6518-4619-a525-101eb4a22dd4
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,e2932958-2d9d-4def-adb5-fa1cf22de89b
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,c955cbb2-d65f-485e-b052-de008e9e3d19
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,778897da-fea5-4599-b4cf-ed9fca3ec525
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,8d235401-c29e-4d33-94a1-02a7d11dd682
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,fca61625-d63a-4095-a9ce-8231b865f81d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,1eafce00-d884-4d69-8895-f2ba262eaf42
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,6f823004-2788-4f53-b104-d8c64fee1882
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,36ca4191-36f9-4b5a-a7b9-0e51f125ae47
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4e07ee92-27e0-4f67-b6d9-13664670c845
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,65cde4f8-b4fd-4d0d-9e08-a108d760a76a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,2251afa7-b26f-4be1-ac67-5c67fc6989bd
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,6713d92c-110c-4169-9c88-8716e7148efd
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,e8d8817c-4b7c-45a6-9933-0e6fb6a874a6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,e5b9703f-abfb-4a3c-a88e-619ce32745db
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,457953b1-8fa1-4d3f-86f8-5dc78f47c5cb
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,1c27f3df-4fdb-44da-a2ad-a1b8d0f3832a
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9bebe274-0f78-4e94-8c62-9ea52bc2c656
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,df39ddec-e259-41d4-918c-2add934030f0
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,873123a0-59e4-4d9a-a410-291734a15460
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,efa42dde-0a85-470f-9b47-312f3365c975
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f90bc2c4-47fc-4f48-9d96-476d0cd22882
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,5.5489102348993284e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,a39a00ff-1753-4c67-8fb1-a9e57fc2b027
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,f06568f2-57ba-4e6f-8149-66d0a951c0af
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,703baf93-6306-45e8-81e8-ac3dba67a0e6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,a9d5a375-6414-4682-b41e-6b7de217e996
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,fbb87038-fd45-4909-ab58-ba4c32c13ca8
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,af325f02-423a-4161-a899-8ea592ff195d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,6e8c5c8c-1e9c-44ec-aaed-79f5d3332d10
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0a5dc0cc-d37a-4baa-bc4a-4e980fdaba87
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,e0778e92-d884-4e8e-b492-b8a12a7f0f2e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,3366547c-e1e0-4d9a-9827-b7dcf0c3aac9
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,a32a990f-792b-44e3-96ad-dd09cba5cce9
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4a0856a9-d54f-4b91-a155-df1c528860d6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,9d59a556-0acb-4804-b3e8-1fc57ab07093
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,baca3c98-453e-4aca-9926-5f06899e8071
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f0411d1f-9590-4cf8-aba1-b5c46b378a08
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,1a111493-edaf-441a-a9b9-db43d0616854
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b97f4d91-d6d4-478c-832e-51c4459c2f2c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a7a6091e-c03e-4773-b626-03e0c5ca93fd
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,c128bd49-d3e6-4040-bf81-30798832e141
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,fe2f683f-a254-4bbc-b5ce-3701cdaab08d
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,485b4342-2842-4387-8720-bcef482b7e28
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,c30b84b1-2ffa-4251-ad8a-565ed3e7bb11
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,c14df804-6369-4c62-bcfa-4baa947356e6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d801234b-c90a-42f2-833b-373b6a978fb6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,fbbee53b-6348-402c-8861-40b2745f9f19
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0d3ddc9d-16f1-406f-9165-44aa981eb3a5
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,218ba6dd-f0e4-42d8-bd27-6b589c6d3bf8
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,0647f464-20d5-4cc5-8f17-a3959f0b5cb6
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5e1c8d42-c9db-4b76-b699-097521ad29c4
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,11c8e01f-c606-4053-a917-1b53888b26d3
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,2.019017399267399e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,f6158117-dc7b-4104-9734-9d205782b75e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,4d2c9f7f-d258-4287-9d5c-de5ba5df10d3
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,3977f0c2-6995-4766-9763-e6447920101a
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.1.3,modeled_data,kg/kWh,CO2e_value:0.057,a7781143-3605-413a-a69a-783173f5755b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,27ca9a66-f56d-44bb-9292-24ddcc63d47a
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,4ea07764-c7ce-4a6a-9d82-62c1c16951b1
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.2.3,modeled_data,kg/kWh,CO2e_value:0.057,0ffd6ea5-c6fa-45b2-9626-b42873864f39
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,12810e48-6eaa-46bc-be1c-3a218bb81be6
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,0e283357-46e0-4c25-8ef1-46f53f2c5f79
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.3.3,modeled_data,kg/kWh,CO2e_value:0.057,af06d3b1-1fc4-4944-b994-49bc32ae6825
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,f6bfcd93-03a3-4ba2-bf80-3b1cc9b4e436
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,5e16362b-79bc-4d8f-a97c-d3dc3f6db5cb
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.4.3,modeled_data,kg/kWh,CO2e_value:0.057,6cabd763-a9ef-4692-8fe7-e82204d4cc73
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.057,13c759d2-56fc-41cf-9595-18056056cb30
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,7707088f-dbf7-4ccb-bc9d-f9dcefb9e642
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.5.3,modeled_data,kg/kWh,CO2e_value:0.057,d8d40788-0a36-4fce-8787-6be662cf4e14
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.057,de6a5d8d-f3f9-4ea3-8c19-3a755de8dccc
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,6df4fa00-aee8-4714-b33e-4d25b3f77a10
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,I.6.3,modeled_data,kg/kWh,CO2e_value:0.057,704371dd-efeb-4c4c-bba9-f8d1d11e9fb8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,7091ff42-286c-4190-8664-db78a5048906
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,28d16151-b278-43c7-90a0-916c6674f972
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.1.3,modeled_data,kg/kWh,CO2e_value:0.057,9fea3f48-8702-4dfd-9db1-7ae60ccfa5af
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,10ab68f5-83f8-4aad-b575-b61e9ae87158
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,464f533c-b64f-4027-8680-de51c1504829
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.2.3,modeled_data,kg/kWh,CO2e_value:0.057,c6c2ed08-f728-4506-9e43-13063eb52cf9
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,1fe0e253-7482-41f3-82a2-d304dd2efc52
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,675a8677-bcae-4915-be33-d6a42458c039
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.3.3,modeled_data,kg/kWh,CO2e_value:0.057,d39447a2-7181-40fe-bdb5-9e1d038fb5a4
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,223afe58-a247-4e76-80bc-bcc3944fefe3
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,50b11e3f-5939-4ec2-a693-928554e65c47
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,0.04598521588136639,II.4.3,modeled_data,kg/kWh,CO2e_value:0.057,64ad8b14-a76f-4dce-81e1-d100e4043195
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,c73cba78-832e-4898-8a7e-49d5f74173d8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,b3ee0ba4-bc36-4b8f-8db9-cddacf6a2ef7
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.1.3,modeled_data,kg/kWh,CO2e_value:0.057,9fd07888-abb5-4e1e-8a65-22c7038da774
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,0b252811-2535-4ecd-a0fa-63ae0559c9e4
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,92f11b6a-9ce0-4c29-a9bc-5b7b5bbe2f50
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.2.3,modeled_data,kg/kWh,CO2e_value:0.057,f74a6c77-2778-476c-8582-bc9aa947ec6c
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,ad8a16d4-04cc-4f9b-900e-35aca81770fb
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,3e1e607b-b8ef-4f20-b59c-317acb4d8053
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.3.3,modeled_data,kg/kWh,CO2e_value:0.057,c7b468c7-e0e5-4967-b79f-588d4f8ab727
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,f4413d49-a722-415d-9ea1-2cd1e09a032b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,8ae9132b-0917-44e1-841c-4caf99d8672e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.4.3,modeled_data,kg/kWh,CO2e_value:0.057,ca0f5890-1980-49a5-aba4-bb9b0e0811f9
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.057,b28f2101-4131-4318-9e8d-cc58df579456
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,fbe49e98-6d3d-48ee-aafe-797c75b58609
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.5.3,modeled_data,kg/kWh,CO2e_value:0.057,f80fbbe8-1058-4d56-90a2-b462628771e8
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.057,060d0639-2a9d-486a-9a3f-25ad9030a745
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,ce2bbdc0-527a-4c31-b02c-540d34dff2bf
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,I.6.3,modeled_data,kg/kWh,CO2e_value:0.057,3fb5358f-52ab-4985-8179-711d0efe3b07
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,f24264b9-faf4-44ba-9e15-f74295b61c63
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,404778c4-3e9d-4f7f-90b3-4ba84c648dbc
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.1.3,modeled_data,kg/kWh,CO2e_value:0.057,956a752f-9e8d-44f2-b37b-818c1b7d5a7e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,84372cc9-e26c-4e2f-a1f4-e71b403d218d
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,c74fb210-26fc-41b6-af7a-70c471320236
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.2.3,modeled_data,kg/kWh,CO2e_value:0.057,9b05ab40-64e7-4b25-9147-24a1c8c44f5c
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,6371dabb-ca27-44d7-9075-fb4531c4b9da
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,f34ab88e-ce9f-4c74-8438-098d186ebe43
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.3.3,modeled_data,kg/kWh,CO2e_value:0.057,a10f6f21-4229-4ffc-bed1-fe09ef17fd5b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,2a8cfd1c-2369-41d2-9a91-bada57849cf1
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,19011f23-47b4-461e-ba6f-18c74c96bd1b
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,0.00028933650932067776,II.4.3,modeled_data,kg/kWh,CO2e_value:0.057,e91a9cca-f12a-4608-9405-9e20aa2bf896
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,edc43b4b-78e3-4a39-b859-6d913f61a8e8
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,abf93a58-9752-45cd-9dd2-543d2415c401
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.057,a8765572-795f-45f4-9d0f-5e65a93bd4e2
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,0e096ec6-7cf0-48ab-b1d7-a4ad6c591a2f
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,63e464f5-b024-45e4-9ad1-d8c6b158180b
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.057,3bb610f1-bf9b-46f6-b533-05cc52100d3e
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,f6625b86-ca0f-40b0-9f52-3cb64b54acff
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,c8a029aa-4eed-42e0-bc6b-18d39a1188f1
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.057,4862fc34-9f2c-48d2-a377-4ac14bc0b797
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,75e86b51-3d5e-403e-a171-4e02c950d21a
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,ac4e4197-94a1-4b81-ba83-d4a996c6b7e2
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.057,95951efe-83c2-427f-a506-e567d9fb838c
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.057,22fe3452-d525-44c5-a0b1-6373edc58c00
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,f1594fa4-b5cc-459d-bb05-0e4d3e4a0f44
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.057,3a85be15-52e2-4821-9139-959f7fce8e8d
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.057,8146376d-8524-409a-b318-bac3bd0fefd3
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,f3ad4610-9490-4f0c-b0fe-d5dbdb1f558f
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.057,860771eb-ea7e-4508-8469-a4bdbe3569b3
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.057,8c41bf48-5ca3-4511-96fa-0e5113e3e77f
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,18fa0a80-5dd4-4c4c-b887-02127823c14a
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.057,811abf76-01c3-42f7-ad9e-44a38fa48419
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.057,04cff93c-42b3-4b42-9c5b-99deba68c7e4
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,0c708568-551d-4832-8772-25bff1d87abb
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.057,0830aec6-f0ad-44cc-85ab-de4cfbb314a7
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.057,9cc62026-dcc5-4972-b7ae-b619f1d1a019
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,346fe61f-2680-444a-a329-a677765c699c
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.057,aca8d8a9-9ce6-4ef4-82ea-6b6bbaf1ab59
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.057,77a0e7ab-a684-4bd8-a0f3-2b90f49afa25
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.057,f6681abc-06b0-4a37-b4b2-8556c4993925
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,1.0527750888591207e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.057,f3e2b564-9381-43ca-820b-b6e164c3b5e3
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,3341f921-6877-407c-a2b6-3ac2d981fda7
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,0592fb8f-0b12-457f-894a-6d8301d9fb88
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.1.3,modeled_data,kg/kWh,CO2e_value:0.106,97e31eb5-e548-4a67-b631-4fed3a919312
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,cc6a994e-eb05-4b25-b758-dc24baf45786
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c9f24696-44b4-4107-8d00-c5d62097ea17
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.2.3,modeled_data,kg/kWh,CO2e_value:0.106,b676a61d-fb4b-4e4e-82eb-f5b9e77e6d0e
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,10518138-9d34-46c5-b5bd-601c59f02528
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,d45f97c2-4ff2-4d76-9a23-5dfe9a5d6f11
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.3.3,modeled_data,kg/kWh,CO2e_value:0.106,d8b329ec-07c0-4b07-84dc-219d6d52ae96
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,196e46d0-f642-4975-833f-536520f060ca
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,e456e99b-2479-4975-9df9-f35ab43028c2
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.4.3,modeled_data,kg/kWh,CO2e_value:0.106,7c94bd3b-78f0-446e-b2c9-38d0897b7ee6
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.106,c9a425d6-8678-45ba-be35-6a7a6e010e5d
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,20d4de85-7c38-4dbb-8681-e360a4e99057
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.5.3,modeled_data,kg/kWh,CO2e_value:0.106,870e3a12-4bd6-4820-a2ea-4b98f01814f4
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.106,3d2c57f2-66bb-44b4-bc71-1bbf92166501
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,f4e281bb-473a-454e-a346-b458565d9345
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,I.6.3,modeled_data,kg/kWh,CO2e_value:0.106,a5a127a1-5ee4-4961-877d-e144ea4a4dc7
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,b4a57077-6970-4757-9832-8bbc01f183bb
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,2a3adb56-535d-4e48-932b-242eef6dad4e
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.1.3,modeled_data,kg/kWh,CO2e_value:0.106,cf3f4ee3-1b7f-47ac-b93f-734b0e9c58d4
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,c748b126-4341-492f-8952-8e7812c41df6
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,46fbb2f9-68af-443e-bcad-e33e2af54c1f
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.2.3,modeled_data,kg/kWh,CO2e_value:0.106,d96eb891-6ab3-43cb-afb4-154b541a7237
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,5538acec-47d8-4910-ac15-807972e08bb0
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,3bf3642f-db9f-42b9-bb62-c33e720e67c5
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.3.3,modeled_data,kg/kWh,CO2e_value:0.106,08bb8a5e-ed1c-40ee-aca8-e694394601a1
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,57ddfa37-a216-4857-a9ee-b69b797ef08e
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,83309522-eeab-46f2-bf7a-a0254637adf1
+NE,Niger,2021,Calculated from Fuel Mix,CO2,0.08469996510027024,II.4.3,modeled_data,kg/kWh,CO2e_value:0.106,d0ecaf98-d93f-4382-97a4-49950627c0e6
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,1667e69d-103d-4a8c-830e-d9717b698d9c
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,c8cd0264-6f95-4f31-be62-b254eb60e675
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.1.3,modeled_data,kg/kWh,CO2e_value:0.106,e4e70cc5-7327-4ae3-af3b-d7eff5f8cc7e
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,4b1811a1-b872-4b90-9db3-7341f80cc31e
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,13e6a3b5-7dee-4b3a-a17c-4b9f88381dc3
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.2.3,modeled_data,kg/kWh,CO2e_value:0.106,cdae3a98-1131-4a2c-a77b-c6de469d9eff
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,2c9db6c2-2b35-4b1a-9d9e-90c751b5f9f2
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,638bf410-efde-4dfd-9ca0-cf553d935fc7
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.3.3,modeled_data,kg/kWh,CO2e_value:0.106,933edafb-f555-424e-af0c-ca06edddd8ec
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,2b50393a-9645-4b97-9124-dfa09c412882
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,aae8422a-1bbe-4bb3-bd08-4e9b9f09edcf
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.4.3,modeled_data,kg/kWh,CO2e_value:0.106,71cb2953-031d-4f6d-9b5b-66631a819a1f
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.106,d7134d5d-0804-40d0-913e-5726f8d5d075
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,734f5898-f3c0-49c5-853e-93b9fe3ef5e9
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.5.3,modeled_data,kg/kWh,CO2e_value:0.106,d694fc6b-0f0f-46bb-ace6-7edf71ff2472
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.106,c172c824-2d5d-4ead-8e0b-89e63de6f847
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,2eb3b683-9221-47aa-8b1e-6b56200db7d4
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,I.6.3,modeled_data,kg/kWh,CO2e_value:0.106,b3429125-2301-43b9-b7ee-8aeeab373956
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,5bca891d-f4f5-41ee-ae38-e9aba70bca6d
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,d990a309-8d09-4471-bdd2-d3cfee1e743b
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.1.3,modeled_data,kg/kWh,CO2e_value:0.106,164db61b-fbfa-4bb6-a4ec-aa24d4c18e89
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,a5efd8be-f290-4bd4-b3ab-4ff592672b65
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,79de5e3d-b251-4a2b-b62a-b6deffa0be21
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.2.3,modeled_data,kg/kWh,CO2e_value:0.106,ea86e591-6b46-4f13-872e-5353df9b42f2
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,07c96229-d78d-4c33-819e-dbcae2da0aa3
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,1c35c163-424f-4f56-ab6e-684b7859993f
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.3.3,modeled_data,kg/kWh,CO2e_value:0.106,245407af-ac04-412d-bcaf-951652ce1407
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,2bf18a02-2517-4816-86cf-b58e4e6e1ebe
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,acc8a34a-785d-4bd0-97a4-6b435a72b7f7
+NE,Niger,2021,Calculated from Fuel Mix,CH4,0.0005329276327617673,II.4.3,modeled_data,kg/kWh,CO2e_value:0.106,3bb480ce-04b3-428b-a60c-4e000761d26c
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,a4cb5db1-60b2-4911-aeb6-c12932098c80
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,a7fb48dc-fd67-4465-bcc4-782bb280a937
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.106,f54fd710-7c5f-4664-ba25-c06decc4321a
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,c4b4e693-d9cb-4a35-8a7b-a7963a95e57f
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,25d91522-d992-4fc7-a1ba-f7c46b659ca4
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.106,a63b61e3-bbe7-4bf0-969e-ad944ed29b61
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,fd71fc72-c748-4f0a-9d6a-fcf74aaa4486
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,707d48bd-253a-434f-b8c9-b81807cd4919
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.106,94574eb0-2507-4251-8c2b-468ccf717ab5
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,0bba86ff-3cdc-4442-a04b-8d8fa67fbd5d
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,5fe8b7ad-7c32-4f93-ae69-18a322f080ec
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.106,c157f81c-a5a6-4095-998d-9af97a71552e
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.106,36305ace-ea5e-4f5a-9aa6-7df14499ab9f
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,436ba101-a0db-499b-947d-ba114d3e6d22
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.106,03d80995-1a0b-4d3a-8511-05867d83a857
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.106,2efd4422-5347-4c91-b6dc-e0d0c8507593
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,208d6473-455f-4c91-b81c-0821f7c71114
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.106,03461944-a3c8-43ba-8a02-3dc76b1adeef
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.106,bf22eebc-d0f6-47d1-97bc-df617b058914
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,cc1b23ed-17b9-4d8e-9db3-f1e26abf2107
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.106,11cc4e69-e1b6-4670-974a-cad470b4b648
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.106,c9d32e4d-495d-4e77-b721-c1404f4768d4
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,dc99e5a0-a924-4d64-a81f-ecc75e8a6f78
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.106,54124f7f-c429-4edc-b01c-69f55287db8b
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.106,ddc337f2-d9ec-4188-9562-e08f94cef4e3
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,8cd51414-8acc-4ee6-a52e-a2b69d0ba31b
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.106,0c75c32a-2070-462f-9e09-39117316aefc
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.106,f350344e-605a-4df4-aa30-20afbf51964e
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.106,8da716c3-c18c-4dea-a292-5ae3aca37015
+NE,Niger,2021,Calculated from Fuel Mix,N2O,1.939101765116077e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.106,673de51e-eb9f-480e-9280-b7ec82ef7b51
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.044,80e0c7eb-c527-4d72-bf7a-2db283fcb14d
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,9c3cd67d-83c1-402c-a354-aa0b7c481d0f
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.1.3,modeled_data,kg/kWh,CO2e_value:0.044,7b83ff4e-6db2-4fb5-a7b6-144296854e19
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.044,7e3f3613-81da-4631-9b50-08f9ecd3f3e2
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,4de8d1ab-4c8d-4e18-9759-1e9a22536539
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.2.3,modeled_data,kg/kWh,CO2e_value:0.044,a3fb8068-db8a-4940-bf7f-378ef25f9ca7
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.044,70b864bc-8416-4fb9-8b3c-5c209dc9a1be
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,a6022334-87ca-4f0d-a0ea-3aee1ed39437
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.3.3,modeled_data,kg/kWh,CO2e_value:0.044,53a8e73a-943c-4290-8783-f0f3d0b31c7f
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.044,d0997a16-41bf-499a-8101-9418a47ac6f6
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,a1f9de2d-65df-421e-b211-853044fdc643
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.4.3,modeled_data,kg/kWh,CO2e_value:0.044,62027f41-a517-4450-a772-fa347af95125
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.044,ccb375bb-2e40-40b3-9096-7bc25eedc4c8
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,de7b6727-5613-4255-b8aa-61459acf546c
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.5.3,modeled_data,kg/kWh,CO2e_value:0.044,bfddb09e-9f55-4b7c-9189-c77d9ef1429c
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.044,3571e305-3afe-453c-8474-918d6b762904
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,a40e720e-8c57-4fb9-b89c-460f34fea750
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,I.6.3,modeled_data,kg/kWh,CO2e_value:0.044,2e9b4012-2f8c-49a2-ba86-5002565292b2
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.044,93c6e4c3-4c52-4c80-a015-2bdf0b2435a2
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,9f529624-971c-4dfd-b9c7-515e023a2fb2
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.1.3,modeled_data,kg/kWh,CO2e_value:0.044,796dc8e3-ae49-4e97-9848-d770049f2b1a
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.044,e123f5ec-c824-4bc6-84f2-68ca694108ec
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,a290cd05-0f55-4757-b9a9-44381dbc9d35
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.2.3,modeled_data,kg/kWh,CO2e_value:0.044,d5e1b013-4153-4e16-bd92-5a1f3a5354c8
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.044,7843f969-accd-4ad0-a291-587d689c4fb9
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,18e5739d-9e54-4ec7-9588-c180dc5e977f
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.3.3,modeled_data,kg/kWh,CO2e_value:0.044,91f08976-798c-453a-9056-5713ec5ff6bd
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.044,7e405cf3-1a6b-45fb-90b9-23495437e1ba
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,57328e58-1503-400a-85b4-f35cc1a71e7e
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,0.03553418677123404,II.4.3,modeled_data,kg/kWh,CO2e_value:0.044,30a820ac-7250-451e-a436-8939d1325ed0
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.044,f0f4f26c-ff65-4094-a40d-8bebeb773479
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,c50baa11-fb4e-40e0-a4bc-f6ec065b1ff4
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.1.3,modeled_data,kg/kWh,CO2e_value:0.044,7dd99c9b-8b6c-4187-8923-d033267cf97b
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.044,56f6d281-446a-442b-aed6-49e98ed2f6ef
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,0dd9a611-11af-44b8-bfac-2ad309e4df34
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.2.3,modeled_data,kg/kWh,CO2e_value:0.044,7b74c0ce-c1dc-4cdd-b6f7-0e45c813fa52
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.044,be5ed50c-d78b-4827-903d-8d3a7489adf5
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,a067b5fd-486d-439f-b037-58dee1087a9f
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.3.3,modeled_data,kg/kWh,CO2e_value:0.044,01a9560f-8e30-48fb-a3fb-0413134e9813
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.044,428741a2-3cb8-4a87-88f4-34b2b34442ac
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,e2fdefd5-f982-40bd-b57d-040dbc6b5bad
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.4.3,modeled_data,kg/kWh,CO2e_value:0.044,f0902c36-e113-4e60-8eef-fdc26832928e
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.044,3ff0c963-e086-447a-9f13-c714e6b7b9fb
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,f883d17a-73a7-4df8-8065-81b25716250e
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.5.3,modeled_data,kg/kWh,CO2e_value:0.044,60433b2b-e9cc-4df0-8b40-e2546fb355ec
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.044,7c205949-4e96-4104-9744-14803ace97db
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,38950239-7a08-4f62-b174-6e60de502c5e
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,I.6.3,modeled_data,kg/kWh,CO2e_value:0.044,8e99ff5b-d8f7-4063-9321-ef1bedad6eb7
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.044,c95a7f67-df07-4cce-b951-26fbb33e3828
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,2b1a059a-d451-42eb-983e-999c5f33b503
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.1.3,modeled_data,kg/kWh,CO2e_value:0.044,b55aed87-acd2-415c-a5d6-3cafe88ceb79
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.044,821c457a-917a-470b-be0a-04589c4855ce
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,b85932b0-8eea-406f-a801-4e08db4d4595
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.2.3,modeled_data,kg/kWh,CO2e_value:0.044,f0eee0eb-57ae-4569-bda0-33504ee35371
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.044,11df3522-695e-48e1-a330-9d3ba3ae56ff
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,4abeb3f4-f9ba-4552-aae7-f3a5b20fe41d
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.3.3,modeled_data,kg/kWh,CO2e_value:0.044,b8b796a0-f889-4422-9d20-a06be6e4cc17
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.044,e50adc30-31f3-4321-988d-1e6fad5a3b17
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,ef8ef5be-3cbe-452e-9d60-047e1835b622
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,0.00022357919528880472,II.4.3,modeled_data,kg/kWh,CO2e_value:0.044,769ff74e-abc9-4db9-ab00-f6e3200766f4
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.044,11357325-8781-4e37-9f65-4b36de5130c0
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,fbb9d025-3d64-490a-a997-792b26551d8e
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.044,6ffb4b3a-d9ff-47e8-b27a-fe9aa9bc4b96
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.044,7fcd28b1-d802-4373-bfef-4172b0f4aa04
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,e514d3bf-9fe8-4214-8e6b-a121a2cabf92
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.044,9b76a85f-3659-4ac1-b69c-f12d58e1c993
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.044,4ec991f8-05ba-4caf-8991-93a8041478e3
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,d4eed9fb-997d-40f0-9f9a-4b920302eadc
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.044,164653f6-65ff-4711-a98e-4bacfefdb86e
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.044,53709b9a-fb29-4877-904c-db8bbb7e4541
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,886dac5a-eb62-4894-b401-fa44c2f8dc53
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.044,4914b87f-3ae3-4158-a345-a136b01c6559
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.044,b12c962e-b4ef-4dbd-b0cb-ba3c6cec71d2
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,062baccd-713b-4620-99cb-485292c571eb
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.044,74acf6f2-3d78-4b0a-ab23-783278907852
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.044,dfc4bee3-b71e-4839-9775-8432f1f51bbb
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,ee1b46ae-ffb8-47d9-9670-bd532d9d4a13
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.044,a764e4cb-8942-4067-916f-50f7edfbade4
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.044,036cea3e-f394-475e-bbb6-d1795c95b9e8
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,552167ed-21f6-4a84-bf74-d745e27e4ee4
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.044,3aa9cfbf-1257-4d1f-ac1f-7d6f72a8c589
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.044,fa2c690a-997c-4473-9ff1-095b865e1696
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,fbf7bdbd-295e-4172-8bd6-94aeeda1b98e
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.044,4219a15b-e19d-4700-b34f-61af1b236c0a
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.044,8b8317b4-a3d2-45f1-a43e-6962c33e1570
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,2a3a316b-9334-46fc-a3fa-d53bae07858b
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.044,66d1bf3a-d63b-4bd7-9c0b-32f1d8adb4d4
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.044,004995a1-9d45-447a-b0a2-e25a3607f07f
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.044,cc6a496f-148f-4e13-8986-2618eec52738
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,8.135116019055412e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.044,7e1d1411-e023-4949-8fd6-25da4282c408
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3eaf6b8c-4738-42a3-807a-0d95496c15f0
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,02996641-07d6-453b-b2ad-23d7ef49d4d0
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,5ca0c4d7-0a10-41e6-b0c7-084642ec181c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3b2b5a60-1d25-4f7b-b1d3-d811dacf14bf
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,502bc4f4-aa31-4156-b739-23afa7447e3f
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,08062116-4b95-4191-8016-b8d403a1f272
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,19c015d1-5e9a-436e-907b-637f2db53dbb
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c0695551-55c6-4ff0-bdf2-fb823248df6f
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,e19ea3ff-245e-4efb-9e60-1a2906d8199f
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,ddb69c49-88ba-498b-9f2e-8056dcd499fa
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,db4c3e36-3f4e-4766-82f8-53cfa3f3d8b7
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,c7dcced9-46e5-4ff2-82f1-6546554f6a57
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,0061bb43-a6fa-4d04-a661-0612fe8cd06b
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,198033f8-ca96-4440-bf80-60ccc1030303
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,e0ff1ad8-6126-43e7-a5b4-11378db6d11c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,4294762c-fd83-4226-8866-9f95aa4ef2c1
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,8914e5c9-19d7-4c28-86b6-d0b5cd8ef05c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,20189dfa-b327-4ec8-942e-b0362a515f1d
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,8636fb31-5bb4-4e55-9a64-c0e498829147
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,95180d80-0b3e-4c8c-9907-024e85dcc4cd
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,ed37a60f-b6ef-440c-a0bd-be11bc3a5845
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,6ed18c48-b3d0-4d9d-93a4-40225701994c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c39b0845-711c-4a4b-84da-7b1bf149608f
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,5306bc97-c291-4b93-8137-93b1736a9d33
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,089df8d6-e62c-4ace-8def-4e8fe12fbd1c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,2469f673-14e8-4dd8-bce9-672b995f77ec
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,404a38f1-d1a9-4747-8113-48e28903ea2c
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,e48d3d9c-88c4-49b2-86f5-41d2ebe24f11
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f8e4a04a-b311-47e3-8786-5c6405b2a7c1
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,0.01655816706077198,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,5f0cadb0-1691-43b1-979c-9e1141de1a76
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,2fde3703-33c2-4bd6-97c2-b06b262486df
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,b23bde7f-b177-4c10-9064-7755c678b66d
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,ad2fe836-b2bd-4cb9-97ef-93f3ed7c078b
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,59c3d419-5664-4a2c-984a-72f312437202
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,cf4030db-d8a4-42d5-a295-2060df2a446b
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,6412b21b-0dee-4acd-9d47-912c1df025b2
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,2df5e09b-e372-4852-9e72-b1b64794aa3f
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,4bb3e2ae-09df-416e-ba4e-8c4174a05028
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,d6e0de3c-4bc6-4863-9abd-2c7fb0545b80
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3f4aa4f6-0ba4-4b9a-b946-fc7dd2c9fd71
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,90761341-0fc0-459d-88b7-a11befd44280
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,c739341e-bb32-4863-8823-1498669a1385
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,49861aa9-b89a-4a6a-b02b-b7d18d53be2d
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,9ad6b992-4145-4fa8-a6bf-c4d8c5eba769
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,c67a65b2-d7fc-447f-8df8-ed88a50c43e5
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,68203c5b-7892-47c0-a37a-06d6f4819073
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,4461d42b-6aa8-4de4-8c0a-a4747f540a91
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,068b32f6-2d37-4b75-a303-10b43f8fb346
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,18bd82bf-9b64-4a79-a05d-ecd433ab96a8
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,758814b2-4311-4ae0-a82d-45f1b08b047e
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,69f08889-4030-48e9-9006-6aba9f280d1e
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,934f05eb-2dca-4ca8-9ed3-9e914baca0bc
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c21f2d65-10fd-48bb-bbef-76e050bddb79
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,b6884ef6-87d5-4ef1-b5f5-06801cd954a6
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,a028c157-a36d-40d2-99af-a5b6d037beb8
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,b8eb96e0-318f-46a3-b6de-47fe1c0124f7
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,7edb1196-33a5-46f2-936f-07d46b801acc
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,c6ead655-b247-4fa3-ad8c-6e1efde0ccb7
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,66c26b4b-1203-4fed-93da-bfa7b5bd1c3a
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,0.00010418309811727334,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,6b2c242f-e86f-4819-8d63-12511b3a8189
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,1ee27373-9132-4027-b438-1f4c5d20294f
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,8a01700f-af51-48fa-81ff-ed868eb6c83b
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,20dc53e5-8f51-4d18-a874-87f9c0e3de29
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,56960686-1881-4005-8067-06a0e83968be
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,86da39a3-44d5-4362-a8a5-c365c4ed286f
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,787e9489-2a81-4e59-8111-2e9c34091815
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,0cc2d735-910d-4d07-b7c7-8c896b8d4001
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f3239a10-e426-45d5-bdb3-c2b7190721df
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,6db5f007-eb43-49e0-adb0-fb0b385ed1b3
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,ee91f771-86c1-4b25-b0c6-3a686945f6c4
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,11aaff4a-9dff-4286-9f9e-0b5f4827b183
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,afbb01da-c242-46f5-a921-4eb73802437b
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,5ab889d9-71a6-4229-b207-6b99701c6275
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c5dec417-4baa-4d3c-90dd-d4d53a7efbed
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,44aa7cf0-115f-490a-994c-625d3394c8d8
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,75009b0d-83f3-4411-a96b-561117c83da3
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f130a80a-4788-46cd-a0cc-96cd7110a191
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,95133cb1-3886-40c3-98e3-0445ac84a4eb
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,9044012a-ca7d-43e8-ad15-8234e78be653
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,a8958415-0785-4817-ba89-87068e440fcb
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,0ea71e1b-8945-48ba-8e11-16a70601c37a
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,284ce216-2a94-4671-95b1-8328e4c9208e
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,6e540ca3-07ed-4254-adcf-018ee12aa106
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,34bfcefa-b0a0-4c11-bbe0-89fc803db271
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,94b70c57-560d-48ec-b5c5-89715a1456ce
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,4806a05e-d5d9-4ffd-8946-f4a24c314d97
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,91b90f66-f7be-40c0-a7bc-5c38a95f4cd9
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,795f1540-fcc4-4c17-863c-aec7d2c30d19
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,7cca9bc8-8963-4a39-a79d-eb6b23792f72
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,3.7907891622646475e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,baffc22b-7ca7-4621-9dce-e8c4a67534a1
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,df32d910-0446-4c84-81e5-6ab4ee36fb40
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a48250f2-fa13-4e5d-a5c0-fda57c8eb05e
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,a65a65d7-d480-483a-9e16-17dfc82a093d
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,daa4c962-fc95-4db2-96ff-7cc1a2e0a9a8
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,966a4241-95b5-4de5-a296-6999772f2708
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,1b5eb40f-d1c7-4836-a22b-4b14050b6688
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,3733e308-3789-40e7-b392-563827c7efe0
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,22ad43fa-5d0d-4976-9806-96fc08244b57
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,23de8be3-ea43-42bf-b636-a2c587c91fd6
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,50a54895-f8df-4d28-b603-df14574a4f6e
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,606d565f-a843-4e44-985e-0d47316d97b0
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,1c8867da-0531-4be0-98cf-9c2ffe3f0c85
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,82ed01d1-2cd1-44ea-807b-43112f539406
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,402d0787-4656-461d-adaf-dde77fe50e26
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,51915111-e2c1-4cdf-9160-941b3e5d98d5
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,8cd469bb-b4a9-44b2-a800-5c34d0d91f3b
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,7ae350ad-9411-4aa8-9bc0-4bb3c6d59e66
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,f71a5a3a-55f4-4b01-a408-d3f58248701c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,2dd6cc86-e57d-4ba1-9e77-b2aa4f41a3d4
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,040520d8-363f-4609-b025-510c49021f07
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,b2f2b2bd-3b75-40d4-b6dc-64fb245c43a8
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,23c4832a-fca7-405d-85be-f8764919e573
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,c9e438f2-1931-48d1-9814-297ca6617f8f
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,bf96cf99-0b17-4a92-af94-42180f3e64a0
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,0bedf309-3f5e-47a9-ba1f-f1f27b47c63b
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,1100bf2a-a55f-4c4b-add1-436f5b9c53f6
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,80291263-5782-4a65-be94-f8937b7c61bb
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,38d6d8c9-fdd9-4403-a33a-f04f1bc365df
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,04bd8a53-2bc1-4ae5-aa0e-a84e66ef6e46
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,0.06827318351026525,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,19eebb88-fcba-4bdd-97f1-26b802355a3c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1c2ddf90-2de4-45b0-b9eb-ac84c9b22bee
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ff3a398e-3dee-464a-b028-838af261445a
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,e1b85aec-8531-4395-a750-cd641f6ed71b
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,63fb1bfe-48bb-4812-91c4-2a92881ddb10
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,567db548-d94b-42e4-a2f3-292033dd5c76
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,06f7eecb-e9ff-4968-81df-30220352ae62
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,4b591f91-5213-4be5-94e9-48cde80fa3ed
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,0ae0237f-90bb-4de2-8609-8b921b8cea7c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,fc522e3a-04ef-426d-b7e7-43deac3aeaba
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,232c2b60-ee89-4abd-81e4-fd099042ec0c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,afbe48c7-b21a-401b-ad07-efe0c8b3f21a
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,b5a1504a-735c-4385-b226-97bfc7482b19
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,14b91dbc-7793-4f45-8a1b-3d828a252a6d
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,0061cd33-7352-4bbb-a5d8-a187c609510f
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,fd4c65e4-d3f1-4ffa-85aa-693f26d56aef
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7f2b5ca6-409f-433f-a4c4-b658a4a24edc
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,1dc761ed-c806-4e18-8732-a55596b836a8
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,c38d046b-9ddc-4611-9d09-e710fdf0876c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7e8bad8a-b6e1-41cf-bd32-1a5bc0a281a2
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ec2087cd-4eba-43fb-9d34-ed1c0ab8af43
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,4397b2cd-d568-426a-82a6-6af3350af2f2
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,a1e28b59-0933-4b3f-87e8-2ea300a9e054
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9c76ae5e-3f06-4e43-b362-d788ae35b8d9
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,571d3f01-e475-401c-a7ea-380e53a2ea69
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,d68a15f3-2cf2-4c19-8edf-5cc57368a958
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,2843137d-de6b-4372-a78b-69f6dbb66964
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,5089af2f-2919-4651-aae9-72bef7514957
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,6e909963-c314-4599-a466-91d36376d483
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,c0598ec0-1a46-4baa-acb0-726ed6dfa68f
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,0.00042957120497230645,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,bd92f16b-b053-4dfb-9025-07600e2ef06f
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,13593cd9-bbe0-4e99-ba60-3e844cfe9e7e
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,b31097b1-8a4b-44b2-b5bc-25f60ef05d22
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,1b0b63ac-e567-4946-b24c-63b818c29397
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,386cc941-29cc-47e7-815b-9c06eaa2d684
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d9979f5c-bb88-4080-815b-9ab284ce52fb
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,6d03dfa0-2ca7-4876-8055-4d93490c8fdc
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,29bb2684-acac-490d-96f5-231dfed48324
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9b2a1853-e558-4da1-a359-3f65fe981301
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,2222d215-d985-42a6-bc49-c48f5d7902b9
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,942e66a3-a207-4e77-90ba-7620503bb473
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,48568dd3-9b6a-41e0-b120-5aadd52164b4
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,2de15bd7-84d0-4543-bc16-bfd03f7202fe
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1c734938-1e8b-49f5-b4cb-4b8740bd8deb
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e9a19bfb-fd97-4315-a040-5abcf8fc3c83
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,6468efb9-304b-4222-b55a-a1dc8c1e9b68
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5f1bd264-d739-4be6-b20c-37a6656daae2
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a6609da5-6580-458b-a537-43d119552ea8
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,5555e584-3e67-478f-b7ea-815f8ec8b483
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,9ea74d96-ad1d-4cb8-aa2e-1322486be90f
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,24d6fe6b-8687-40af-b7e3-8957255885f0
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,209ea864-309f-41a1-966f-799be097a43c
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,f529a14d-629f-4a51-9acb-6ca641281db0
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,e7fb7957-8f14-4f20-9c84-e71abc3e7398
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,09e4966c-13a7-4437-bb1e-dd4b4ca10e89
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,da4d5f33-f842-48b2-8535-32646e2d9d74
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9377e040-dd4a-49cd-a0a4-7fddbacbd2f1
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,3629f34e-bb00-485b-911a-79ae07c2e42b
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,d4faf6d2-c058-4e73-990c-887e74499d49
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,f5cc204e-3b82-4978-8561-f26f24517f8b
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,1.563030758018893e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,efe8a0cf-b04b-4a72-8f0e-114123c18df7
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,35116c91-9934-413c-b413-1a93df0b2792
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a3ffae36-5cf4-4557-acda-1638ed1647d8
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,d6d11ba7-e338-4b09-88bd-e4a7cebdae29
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,c2d4863c-2b72-4804-b21b-66e6b3dac0f6
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e4d8088b-127b-43e9-ae60-0e079de607a2
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,d7a03a96-13a2-443f-bb0d-8e96227e6ec3
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7f541593-cae3-4720-bf3e-118a9d5e2163
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0956e6bd-b637-4b9d-b030-29f7b5bb5420
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,5fe080d5-670c-4d56-b557-6f8cf1ee9100
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,c72420d4-f7f8-4c18-a696-d99e8c11e379
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e95479e8-9299-48c8-b78a-98ba5a2ede11
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,723e5216-a5ba-4396-876e-becf37bcbbc4
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e36d9814-610d-4215-a8ef-58e46a822b15
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,62700b4f-6eee-4586-b05d-25c21fc1c680
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,569c100c-6f61-4edb-8a7e-2f79666160a2
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e1c2012e-988d-4899-877d-d5d1dfbf97a7
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0395d284-ee09-4ca0-984b-a431f08a7a68
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,c229b741-a6a8-4823-8100-35e7c29c28fc
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,da3c4a12-589b-4163-84c7-736497ac76d6
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,cd4fd101-1f71-4d85-a8ba-1810deda479d
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,ee5e2c7c-892e-4ed2-a6b3-686d40c68e77
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e582e802-9a59-4467-bd18-3d9167e8698c
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0c8275f8-ea1f-4db3-8676-6f52436b4ef5
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,cdd6f7c3-f549-4af5-af3e-6bc4e8783e69
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,348aca7d-4945-4397-ba03-70c51d8fa841
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,548dc6ad-c7a3-4fd6-9462-3978dbc084cf
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,d4c201d3-b9f8-4102-b3ff-2d6b054fc4ee
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,a44610ed-deed-4661-92c9-0bbe502d4c8c
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2082504f-68e5-473d-ae81-af8b731241d9
+NO,Norway,2022,Production mix factor,CO2,0.0008695181277707137,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,28a9fb55-7052-4dd0-8abe-f432c59186f1
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7aaba159-dc5f-41a3-99df-9aee310104be
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,3fc59b78-fda3-4bf5-a1c5-4373eb297003
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,c9e27387-c7ec-4a0b-be2b-fd183f3b920f
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,f9cc2a77-c180-43f4-b8d4-1c43c4a99d3d
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8482d3ed-4120-4e25-98d2-26350d95e077
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,35f093c2-8587-4d8e-94dd-45380d601001
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,3cbd4e98-b630-41c8-81e1-e132e0e67b96
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,aa3a21ad-4a2f-45ca-8914-1821ac49ff4b
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,8e12ee51-b97e-42d0-ade4-cc211ea065c6
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,2485d237-a877-4021-b275-edd14ecb2f52
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4ed091d9-c7cc-4c63-90b0-1cb777be2fac
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,dec911fa-e617-4aa4-b007-8c0d01e4379f
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,15b40e96-dbdb-4816-993b-108dc5dc5ba7
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9af36216-f2fa-4aa6-842c-3e8e0daf1693
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,66d611aa-aa62-4235-8ff5-cb3a8fc41bee
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,4704f96b-9867-4a45-bd4a-68a726d92f73
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8050e670-6926-4dce-9a6b-e461ab929417
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,17e7fef3-065b-4c86-8f2f-843f218ad3dd
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,fe62907f-310a-423e-b641-050f9b54b34d
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7bd19942-1833-415c-8f06-5d4f4baa3220
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,484069ce-0f57-45ad-8810-c47d6d76161f
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,09d320d4-576b-4b55-84ad-99f6c9d552f0
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ecdae988-e18e-475d-b978-4fdf4302e082
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,1c8df1a9-b998-4451-a389-998862fed129
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,703d683d-2084-4590-903b-bf10abb82c2b
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,571a9875-933f-47a3-9427-9bea473e472a
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,f3c71836-1e4d-4eff-abbb-313b1ac91328
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,4fbfa79d-158b-44bc-8e71-6787fee2da0d
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,02c64988-dd07-42da-8bd4-95c1139299d4
+NO,Norway,2022,Production mix factor,CH4,5.470961374396269e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,f80717ad-e113-42fd-9cdb-6de4d3f335bf
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,c1176e5a-d7de-4e0a-a307-0d6e294e6f7a
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a830de97-3ab9-46b5-b0dd-46c56980950f
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,dc9de587-4be1-4d4b-93be-336feda6cc17
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,0d3680d5-8dbb-4c2a-b77f-2d1da19de4cf
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,55d37b91-3cef-452e-87bb-bec7396016ac
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,3793bcbf-e487-480f-985a-1b4ecd677b9b
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,83d6c291-ee3a-48fd-8364-a2b51d574b48
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,3e76c9ed-1ef3-4c68-a20c-68c10fe80cc1
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,3349eca6-500e-49b3-9903-83fc66a9a213
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8a2bbb12-13f2-4e5f-860a-e75f4a4f8173
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,bd934072-662e-483c-a33e-4ab6dd8b7329
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,43f867fe-19af-4eac-b7fe-e25666193d66
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,f158de7a-fbd0-41c8-ac5a-426ef413e964
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1a7b88d7-eac5-4938-86b8-ecd6acc5e42c
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,d639b3a4-9cf4-4135-abdd-f3e0c12ee701
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,ad26ce57-f141-4393-8e19-188ccfd470a3
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,53195385-b362-48a8-a142-386a761b6610
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,67000796-19a1-48b6-89bd-12a01773a413
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,ee636dd1-aa23-4696-8ac1-cf6770e4f6a9
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,34a94735-a63a-40d9-a1ac-bc9b62b7796d
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,756793f4-278c-47e6-8160-e408f9f61697
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,dae407af-591c-4096-a107-114b7816565a
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,150ac938-d4ec-41b6-a788-290a6c579c5d
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,93337000-7675-42c9-8c25-3e4bde3b83e8
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,be4005ee-31ee-4ff7-a006-dd24a20fb0d4
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,04c09e3a-54a4-49ea-9d19-ae010c9878cf
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,d33f7fa2-1cf5-4c4b-8445-0ad83ac38d8b
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,385cca15-8407-4fdf-b814-f7428eaebffe
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b6f22f43-1e5d-469b-81bb-b3b4ccd903c8
+NO,Norway,2022,Production mix factor,N2O,1.990655054420132e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,5e57ba3e-4294-4c64-80b8-ea357a4160f5
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,ebc04a63-4d7e-4322-9ff8-e5d5557c95d3
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,92cd5158-12f7-460c-87a5-a543d8e35bbd
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,42ce8b4b-8863-489b-a352-3ff052e24aac
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,511cf3e9-fe53-485d-8b5c-ab208d79735d
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,63130efb-f9d4-48a1-81da-827d86926be6
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,dde867db-a62b-4666-8bf7-88cb6882f893
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,277b6235-935a-4204-a997-8f7de95d07e4
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,17d36a72-fbcd-4fbe-8902-b24191be0334
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,7bbded74-1ee2-4578-bf8b-b9ef3fa3d1bc
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,3be66648-a85e-4525-99a6-adde1fbb3e9c
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7d2588c4-4a1f-46cf-8292-416758e0f473
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,6d0d88f1-0152-4270-b970-2abaf287610c
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,95943d50-276c-435b-96f4-a61184499ddc
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,af8528cd-5fd6-45fb-8bf8-809f04deff8d
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,d1c2c0e6-e690-46f0-8d5e-8725ce88e7cc
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,3b06c390-1794-4317-9da4-f9133e8d0d84
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c2b82049-149e-4b05-a12e-015cbc15a39b
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,d2f4e94a-5555-4dd3-9c8f-ea7245730277
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6b3f5b8b-54f1-4f55-ba22-091792b4a7bb
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,2957f3a7-f017-45a7-a7f6-dcb4c29a011f
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,e3d3a582-f254-4a84-a52b-077eb8db8e36
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,2c2315ee-f239-400a-aa47-4aac8dfc5adc
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,791753d7-875c-4a2a-b48a-5c02c83afae1
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,dff43f44-34ae-46e1-9155-b9439b43d1ac
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,1c5240db-7f52-4ab2-ad1b-d42a0aa2ccb1
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e0f02aa7-d94a-4500-8278-9d26fd68d106
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,fe67b70f-d36c-4463-8d34-3b2596c9b384
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,17bf162a-2b56-4d1a-b699-5e22627a9b94
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,b572706b-e06e-4da8-a87d-4f0c6ad261ee
+OM,Oman,2022,Calculated from Fuel Mix,CO2,0.05273375115221932,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,b479dbf7-a568-4f19-b75e-03eda8f67847
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,499eb05e-9c70-45a5-b143-69c672c6e74a
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,12202382-83f6-4ea7-9462-1d7922e32a9b
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,671b2674-b7ec-4066-bb74-54382e3db3d5
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,aeb47443-e8d7-48f2-a595-4db8241202c4
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,3ca86128-e79a-4034-9691-b9643999e74c
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,e8154a4c-bb6b-4069-8d69-c2946b9e8be6
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,f00ba7cf-2143-4946-9e12-4d573ca001b2
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,302efeb1-8324-4f25-9324-9327d651a2a8
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,25667766-7fac-43dc-a9d9-e77eb90d5bf6
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,5e0a917b-bf85-4fa9-bfb6-0e5277519e84
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,28780312-9f06-4154-86f4-90cc5511f107
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,b8b03772-54a7-4c3a-82f5-57930b03d1dd
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6ea3aae4-ad01-40ab-a45e-e6474e53a3ce
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,ad318cf9-7ebd-46a9-ad0c-f5c1c81d086d
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,a1d3fad3-0c19-4017-be12-6af9898e8a22
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,1d9d6610-fe43-4544-8652-9e381745f081
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,1585639a-40ce-4106-a0dc-e3345f059903
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,6453eea9-4c79-496d-a581-989e60e6b943
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,d2149f93-134e-4bd7-89b6-de571f407589
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,9fcff662-5f9e-4f94-9816-9df92681191e
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,4222c80a-81c8-4266-a9c6-1e3d48cda4fd
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,851dd390-8f92-4682-a0e7-a1e81313b533
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0993a687-ccc5-4b65-8891-4d1be2253980
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,3fa3de3e-1216-4689-9d21-adb5d23b5055
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,61b9920a-aac0-466d-b6d4-2554423e5015
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,4bbc86c6-fefb-4627-b5f7-3d76811c8543
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,8b9ed816-7377-44de-a608-ba00871d75dc
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,be94bce2-9027-4b59-8d63-8a97df0a75e3
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7b0f530e-4e1f-4b31-a9d9-c2bc8d14067b
+OM,Oman,2022,Calculated from Fuel Mix,CH4,0.0003317979309074202,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,602296b4-5709-4170-b3ea-dedf68c3f09b
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,a08279ca-3a8f-4094-86a2-55b01b49bbb8
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,6220095f-86aa-45d2-9fbe-13b4803a21b6
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,ca0dfbdd-47f7-4f3e-b6ff-9ddea5d0c5b6
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,20744480-748f-4e3e-8ce2-2ed12e26e4cf
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,9e325a9b-a6b5-40bc-bf37-2c0503d70caf
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,7ababbf4-87e9-47f2-bee8-fb031b6b7c5f
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,5d4b1b5e-8353-4dcf-bd4f-82d0dd4a4aee
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,658aeb8c-18cd-47d3-9a82-c614c63c274b
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,561edf49-e7a4-4cdb-969f-97a0c1b92285
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,725e33c9-0469-4762-b941-a1bce4f4e2e8
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,25b52e64-ce53-406f-a81e-e6720d3a0369
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,5d38ce3a-ecca-40d2-afbc-4910057a9d0f
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6884aed1-5cef-4ec9-8769-49e4cea0d3b0
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,b0e5c026-d09b-4eb5-8829-1b200452663e
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,f70eb6e2-4c3d-4c2e-bdfe-78f36e0786b5
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,ae4b5ae6-d62f-4c48-9744-86cb8d1aa54d
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,53ea1266-1357-44f0-83a7-b3b51f9fec02
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,06102dbd-a5ed-4248-a627-c6e4fe331332
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,d5799440-a14b-425a-b267-edff34521ccf
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,062d06ea-5edc-4245-9d03-b3aa6e8ba328
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,67d517c8-c0da-429a-a976-cbd6a80e252f
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,daf5eb44-5874-48fd-ac4a-a5a9764be430
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7cd1b1ef-828d-4601-860e-29c07ca55340
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,e7362b50-e433-42bf-b338-fcf2dbd5658e
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,4a777912-4f09-4e40-9535-1d291b77d133
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,52761844-ecbe-46f8-9547-7cc7f1ed5df7
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,fff034f5-9321-445d-98f6-df3be2b7ee37
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,fb024f7d-87af-43e3-b3df-6e3fb9aa4757
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,045486b4-af52-46fb-935c-ec17c6a22f6e
+OM,Oman,2022,Calculated from Fuel Mix,N2O,1.2072745227156439e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,b8a86fb2-903d-4466-8da6-39ae26b4bec4
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.049,4f0c8e36-b383-4028-ab24-116d491fd0f8
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,2533e29a-0c30-4000-ae2b-dd8e6322aa38
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.1.3,modeled_data,kg/kWh,CO2e_value:0.049,2a527cc4-380b-49b3-8f88-efef712b184e
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.049,9f5ffb25-3f08-40b8-ac49-26692d7da70a
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,e7c0d2cf-3cac-4866-934d-8cbdb58b8510
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.2.3,modeled_data,kg/kWh,CO2e_value:0.049,b7ae1744-3ac8-40bb-ab3c-e71a661b8a80
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.049,10288024-2806-4a88-862f-cf9970dfc784
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,17839d14-cf05-4580-b052-f58f104c6863
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.3.3,modeled_data,kg/kWh,CO2e_value:0.049,21704bcd-1b2b-47e2-b3e8-0958a5bb76c0
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.049,f5abb209-b9db-4171-9353-a6bc7fee2959
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,b62af827-e8e1-45ab-800e-d773b9fdf0bd
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.4.3,modeled_data,kg/kWh,CO2e_value:0.049,ab5862d8-03eb-45cb-b596-8c8aba3dca35
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.049,8205702f-e4b6-4541-98e7-7686994dcc93
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,3ce786f4-654a-42f8-bad6-912992ca3eca
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.5.3,modeled_data,kg/kWh,CO2e_value:0.049,45001020-b252-4dca-851d-b4b309d0796f
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.049,a211c492-8eb6-45f9-88ca-6d28e02298dd
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,694eceee-a796-4002-b0c9-ebc0fab76895
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,I.6.3,modeled_data,kg/kWh,CO2e_value:0.049,9f444207-c4d1-4fdb-bfdc-f17a7164d913
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.049,62d93a0a-083e-4cac-917a-6b019e922dd4
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,721194d9-930a-4af4-9a8b-4cb38433f5f8
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.1.3,modeled_data,kg/kWh,CO2e_value:0.049,69e40d88-2580-4c30-85ac-1e71ce884cfc
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.049,b9841d95-c979-44ef-a96c-e5a88a538986
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,0990a329-bf3a-449c-bd81-bcfa55812d9f
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.2.3,modeled_data,kg/kWh,CO2e_value:0.049,f2b45040-eb97-4d11-9dec-9df02495f114
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.049,45aec1f9-a66e-44ef-b492-2d033a240ec9
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,66baa524-e6ba-4a38-a2aa-9fb443b9dee3
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.3.3,modeled_data,kg/kWh,CO2e_value:0.049,180ddf22-0afa-4124-a489-dfe5b2594c86
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.049,b34345c9-2edb-430c-87e1-1948836450a6
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,daff0e7f-0580-4468-a915-c96bc7ad8079
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,0.03937078742671752,II.4.3,modeled_data,kg/kWh,CO2e_value:0.049,a1dbd512-f294-4b77-825c-ee8f445b2142
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.049,6bf12494-c13e-4a4b-a05c-acdbfe87570e
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,71738894-fcee-4d7c-85a3-08cf137905ee
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.1.3,modeled_data,kg/kWh,CO2e_value:0.049,60318f63-f82f-4dbb-afd4-d84bc80de359
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.049,d2ccf5a6-bb70-4469-92c4-c98c933b1780
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,d498d7ac-bbf0-4187-86aa-4e47ded214d3
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.2.3,modeled_data,kg/kWh,CO2e_value:0.049,dcdbb637-51ae-4373-bf3c-cea87383ca47
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.049,13813ab0-c71a-4457-8809-acc412236073
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,c5548b3b-f8f1-47b8-9771-66eaf6899567
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.3.3,modeled_data,kg/kWh,CO2e_value:0.049,5b6c3897-8ae1-4fd5-ac5c-8bee034ce4a5
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.049,2d4a884b-2614-4df0-852e-d352f12efc94
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,2ac9d62e-49bf-4042-a6c4-6e214b4e842d
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.4.3,modeled_data,kg/kWh,CO2e_value:0.049,faa9eea6-77a4-4fec-9e97-6993cf5d2ef7
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.049,94a270d9-968e-49ac-a361-612bba4020f5
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,cffe5b94-3ff2-4311-8d06-76c72ff9a003
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.5.3,modeled_data,kg/kWh,CO2e_value:0.049,3ee5af92-e71e-4d8d-bb7c-7f346da4ae93
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.049,a111d762-e2fa-416c-b948-01cbfcff8877
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,35a57d7c-1dac-4748-960e-fd6aa88746fe
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,I.6.3,modeled_data,kg/kWh,CO2e_value:0.049,14fa0eac-90a6-44dd-b469-3f5cad13cd5b
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.049,f7772633-91f7-44db-8fab-1f9436f1e3bb
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,87ba49b0-15c9-4984-a958-383941fbf7c8
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.1.3,modeled_data,kg/kWh,CO2e_value:0.049,ad575dd9-8d42-4a58-96ce-c04dba2682b7
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.049,210fb184-e619-4506-84f3-739f6eec0393
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,b258ae62-bf2d-453a-8104-aee786bda1ed
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.2.3,modeled_data,kg/kWh,CO2e_value:0.049,2541e46c-bfa8-4b01-91be-8615804170b1
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.049,68c6115e-07b3-4b35-bede-ab796be0f31b
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,2322461d-8e47-44ff-8588-bd26ce094073
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.3.3,modeled_data,kg/kWh,CO2e_value:0.049,2adbd9e6-0598-4ee8-91d8-225d53bd8549
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.049,d736c1d0-a5a4-4cde-8021-93e822fa0a56
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,18dfc180-cfd7-47d7-9ad0-93f778403d29
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,0.0002477188806211253,II.4.3,modeled_data,kg/kWh,CO2e_value:0.049,b285791f-d6fd-4dc0-b516-185eff4fe0b6
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.049,2b6a1255-9038-4043-977e-2263957ce6bf
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,4e8e2df8-53ca-40c8-b22b-702f10ba1123
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.049,7937be94-27ba-4fb7-98e5-f00b2a342afc
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.049,f755f45a-35e9-4e9c-bdd2-0d12e44eea62
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,a70f2556-7f88-4ee0-8e9d-592979cc9fcc
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.049,d7416234-e191-45e0-90d4-46746bda4e99
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.049,6c37324d-e2a8-4e09-87d9-3b8f73c7df4c
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,96d3eb04-73ab-4e3b-96a9-9268a313d028
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.049,dbb954ef-593e-4af4-9e00-a730c0292e3e
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.049,36c6f721-7c5d-40a7-8aa0-a029d10e75c7
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,f5453bd3-b024-4652-868d-1c63e9cbc42b
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.049,3cea7df6-c75b-45ef-89cc-bddb5c095a6d
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.049,2c23ef14-c556-4076-93df-854a1ca5e6bf
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,8995c84c-e1d3-4fc3-a649-3993cc6749e2
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.049,4a160d85-4cce-4be8-9b28-f9459b37f74f
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.049,ad23be59-279c-4343-acdf-368d5bf984f3
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,6cef56ba-3e82-4d7b-aa9d-9eb59132267c
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.049,76bb8c12-d0a9-43cb-811f-884c936d2032
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.049,f0bf8244-3151-4efa-b65a-6b2e4807c524
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,d8a8bdac-7c5b-46cd-ac97-fdb9a44de3f9
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.049,9aac5b71-0690-4282-9557-c54214303c77
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.049,0aec2f79-e28b-4ad8-9077-0bd99ba1803b
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,65309809-5987-4b58-8c98-42683ceaf16f
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.049,ad535f20-cb28-48d0-88ac-493b5a6042b7
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.049,db4cd3dd-7d4d-47e8-a00e-f884291544fa
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,3c093a1f-860d-4c73-8b59-db8f7e4eee59
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.049,820b3c3c-ebdd-44a8-8a9a-ba3cc7d9b8bd
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.049,c1289984-e41b-419d-af39-1688b9f207ee
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.049,188ea48e-2b16-4c44-9267-c660e576406a
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,9.013458659962801e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.049,04cc7131-caed-4dc8-8d92-a5b19b195e73
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,a451685d-db83-409b-9c97-73ea6265ae5b
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,5215d1f0-1b13-4c8a-873e-a6d4b3179cbd
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,ee698b2d-dfa8-4269-a414-5a414a333296
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,a736e825-e5f7-4f8f-98d7-04ca6bfb91b3
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,637c1c5d-86bd-4dd3-93b5-ce39c8038f7f
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,bb9bcf04-28df-4206-9c15-c1890e35a0e9
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,44e73e16-7da6-4465-8987-9641a7623c8a
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,a5ba29aa-0e99-4c3f-8392-416403f09655
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,11fb7ffb-70d2-4f61-897d-83d4311e5e43
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f5d0ffd5-6e9b-4820-9fbb-c60b3f96c138
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,c34478a2-f467-47ba-aff1-bf78335c8f31
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,74d189b1-e278-4598-b16d-c3880e81c32c
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,ce150c8d-1b08-400b-a039-699e2928d933
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,dca826af-5fe9-477b-b715-4310fb520903
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,0de2ad9e-7711-41c0-ab07-c9eecabfb66d
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,458ce17d-03fe-442d-8635-e10f469568c4
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,f095c99c-6185-45b9-87ef-930777162352
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,e6be3863-e7df-431d-81ef-793aef72e17c
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,5b6ec665-f1ff-4c1e-a07c-6ce394625c13
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,463c254e-dcc5-4b5f-9c87-5d9a79c0c717
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,ffe9adf8-9fee-4f1d-af0f-afa923a53824
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f9d9ba66-2fd2-48a9-9d82-f89ae3fb6faf
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,69b552bf-e994-4b0d-919d-1ed3ef1b4f8a
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,ac562491-19f8-46f9-9c55-ac2b20da562b
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,86ea7215-2ecc-4aec-9ca0-3c1d8f9b1fd2
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,9f78125c-9a3b-48f8-b8d6-7aeecf44ae6c
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,2e304d57-945e-4c68-a6bb-a892e7e3da8c
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,7b273e49-eeb1-4f88-a720-8eb6e9838d74
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,82d5a669-5c8f-43c9-b797-38f5062ca771
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,0.07223536526334463,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,3f2a0d3f-34bc-45d4-b428-e355d6e5e6fc
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,566387a5-f43d-4dfb-bcb6-37e5289a2470
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,84872eca-3a76-4515-be63-e616e0bed264
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,b6553231-6c8f-48b6-b067-b815891fbc0e
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,c9d49586-a293-4cce-bc8a-3760cbabb5b4
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,2e9ae807-7a78-42c1-865b-6a9c8098ae48
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,eec8fc03-7b37-4692-8469-8e312b5cc235
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,a0f56ff1-75f0-42d0-bff5-4a96106db896
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,6534c78a-f838-45a7-b4fd-f9587d11e920
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,85da338a-9a04-402b-aa6a-310281034f98
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,564afdc4-2b26-4ddb-bf03-07641104d348
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,0f396e4e-bb4b-4fb0-86a7-4ed67ff52b51
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,736c0841-d2af-4d86-a6a5-a73f6fdf672d
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,d182d97b-5105-4656-aa54-673558b2bd97
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,ecd1ae68-e37c-40e0-9df4-b55615c61970
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,826acf15-d27f-41c4-9c07-66f99736b84c
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,18963055-fc57-4351-90d6-14ee547e2018
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b7a4bbb3-d8f5-4b36-8821-13a72a3f8769
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,23c5da2e-b398-45cf-b9c8-adedc8f4fe95
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,ef8c6bea-5725-4b3a-8ead-b4e13b94b0be
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b5532fa8-ccb2-44ef-8cab-c2d398516606
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,d2ffcc8c-b266-453d-9714-680fc4f238ea
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,6f8593d0-926b-4167-8c1f-d2d4855f3994
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,a43f1b9b-1449-4641-8827-f6ab26276c7e
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,f0a09cde-8d1d-45a5-a9f2-7833842a3f66
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,8ae9a748-a866-4391-a234-0512636469e5
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,d40ad668-881f-4e13-bf34-573551a1d92d
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,d81dc1dd-1ca6-483c-bf21-a8ed756e46c2
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,564f3b9f-b235-4f78-871c-bd852a7c3dcd
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,899dd700-ea3b-4c56-b7ba-6138cae38142
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,0.0004545010398280912,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,5a810f9a-495f-4eee-a4c0-98e3e0b52e77
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,0adc6e0e-7bf6-4b12-af31-437f02d95a32
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,4535a8ad-81e1-46d6-ae8a-b1bcb16ef28d
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,c1307cc0-ceee-42d4-a972-bf67109de7a8
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,3b52a69e-92d3-4e05-bed1-fdbcacc01674
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b8eb8a83-fa0f-409e-8b4c-7f54aea9db03
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,1dcc2531-d614-4f85-9053-427c45da7117
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,eece0864-90c6-4063-a9c0-c7923e1abab1
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b09d6fa9-b61a-459e-9976-c4784e5d5511
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,9536c017-5bfb-481a-80f1-52a28282a035
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,d8ee1c1c-e3eb-4042-9c55-1fa850d45291
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,19530a95-3db0-43ff-8d01-046eabd89994
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,ca2ceaf3-3749-42ea-8af0-0cb560112dc8
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,bd263be6-08f9-49b7-956d-198d6b43cc92
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,1b4c1a24-24c3-4df3-b788-6e13a3108235
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,206542c3-7ead-4ea6-85e2-5b0638631d08
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,07e3d237-0841-4ddf-bc46-1c7aaae25a39
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,ca6809c3-3ab8-49f9-9feb-b89d2134654e
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,07c8468a-a816-4d80-b097-0a1b2d0dbe1e
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,baf84bce-022d-4005-a8b5-830ff993a148
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b6e3ffa1-5e45-4ae5-8154-692113f6c1ce
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,ed07425f-e0d6-4f01-838b-28035d59eedb
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,60832281-b602-48ed-b022-437df413553c
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,c9b63675-c5d5-46a0-85a4-47655afedd1d
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,55db6e13-96f7-440d-bc7d-e8d7024ee7a9
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,702fb8c2-017e-4c81-9ecb-014edbcd0eab
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b961427b-b5e2-4aca-a05a-132e815cbc0f
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,565daac8-1e63-479c-8470-9f4fe32768d2
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,e68e871e-030b-434c-ba02-cc255e5e3466
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,c1737e4d-dfe1-4cbc-bcba-08c6e768b850
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,1.6537400472377436e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,5fb98090-f6a3-4873-8e7e-cbb915dbf4ff
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,736754f1-d258-4ae5-8d03-e4909a8df27b
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,40f3b99f-8115-4d21-9b77-3b8092e369bd
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,5792ac96-90e4-4758-99b6-637fda746315
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,5f0488a5-2d4d-491a-82c4-428963ac2091
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,4f342476-b666-4a77-89e8-3357bc0e6b73
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,5b23a91f-7684-48ef-b69d-c92d2e7a430a
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,3ad223c9-77b8-428c-ad95-453c0b3c610d
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,75a5dd9e-7818-49e2-96c5-f430cd027465
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,f4ee5ea7-d49a-4682-bda3-66d4ad02b989
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,8c76576f-d9c1-4ea1-9da2-7d655e8eac94
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,ee2e4499-774a-4c02-a45d-5f1cea8d2b77
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,dc9bac9c-1eb7-48e2-9024-bede48679fdb
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,fce7a2b4-eecf-43a2-a35e-f21b6d81f558
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,b0b85a74-446d-43f6-ad31-8ecc155b0dab
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,4fded803-dd78-43a7-a65c-ea01f1750eb7
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f52b0ba7-089d-47e2-a7bd-4d2f860136cf
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,9156eb13-c8af-4ed0-827b-da4260ed9e0a
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,b9fbdd86-fe9a-4e93-a802-ceaf9c1f3d1f
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,57d4f8bc-0f68-4d53-8ec7-b18b4ed9125c
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,ba33c3d4-389d-450f-8d3b-4f2b3dd26ddc
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,972c0a1a-71aa-4449-b25a-30d152a3db9b
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,3c82b483-1d85-41c9-8a72-4e3492b67abe
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,029558ba-a942-4139-b10e-7dcf8536c8c8
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,02f03464-c909-4198-bfff-98d9cfc3f93f
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,10db2997-3a98-4194-a727-4bef3a91d410
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,0ad69a39-a000-4981-9517-3d2f5a4f62b2
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,a2ad763b-d28b-47de-ad4c-bb6e996a88f6
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,79501023-9407-41d2-89d8-b9d9c72f3da0
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,fe12a952-5604-401b-bec6-756eb85bdadb
+PA,Panama,2021,Calculated from Fuel Mix,CO2,0.023332268331024263,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,6e6a0aef-bba7-49fb-9c6a-1cc0e741d156
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,2d911e75-ca7d-43eb-ad03-6594276f8834
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,e1ca2c09-1852-45ce-b972-cf3f503ccbe3
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,66df95f4-dc82-4d83-a283-f4e723ef4d46
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,4b692980-6767-4009-b179-6f174957830e
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,2d11c86a-b5b0-45b0-acbe-8cef0466f15d
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,276a568e-d486-426d-9b4d-3c812a39cb14
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b88b23cf-49b0-45cc-8c41-b587bd5f7934
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,0e80cf5d-bdca-485e-a136-7f0a03304db9
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,b4c0ee8a-643b-455a-8baf-fff6bb693203
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,c724436e-f7df-4c5f-b07c-77e541dae95a
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,424f1074-e6fb-430a-ab57-5617d7adf2dd
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,d9033f16-f3ec-44d3-ad66-35968888493c
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f03e947a-2fe5-49df-b56d-5905d9236116
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,b689cfac-ea10-4fcc-83f1-e283f470e453
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,0c2208af-0e8b-40d3-a1d8-3027731cabe8
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,9f22fcde-4782-4891-a682-afbffde5e75b
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,0f1e253d-4d31-4294-9331-9055fa20991c
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,ab9302de-e6d3-48cc-8adf-93df38e0cc44
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,ef3b51d1-ed2f-46e4-a771-14e003df1f55
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,92829e92-9256-4dd9-bd7e-cbd84690dfe8
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,a700f9de-68cd-4b9f-af4e-72cecd2d07cd
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,0d419210-bc95-406d-808b-b8aedbcd071b
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,5c2e086d-fda4-45ca-b54f-5f4cf278c92f
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,35637932-2602-4648-9607-5e354b0d4855
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,52939d92-992b-4f02-9ada-a5ef7283e159
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,7d958e91-5a7c-4ccd-953a-0e27f6e30957
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,81193337-7589-4071-9daa-92a2e9300fa1
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f5a6ef4f-aafc-41bf-bce9-ecf4d31cc0bc
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,760d4bdc-60c5-4539-8068-07a2a66a75e0
+PA,Panama,2021,Calculated from Fuel Mix,CH4,0.0001468053795995654,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,88ce659f-3931-454d-9399-c3439361f50b
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f3e170ed-2244-41bb-92a5-867df51a2efd
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,0d7b2ae6-c4ba-4c12-9746-48c750fd78b7
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,46a4d76b-4ad9-4ebe-b8ba-fcc6070eb584
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6be9d9cd-e81d-421d-abe4-705feddd5f44
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,572ee351-256b-41bb-aa2b-866e17fde40b
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,2ce45bef-454f-4f07-b705-085569e705ef
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b5aaf882-b356-4843-9f5b-95b3d518e4ec
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,26b210e3-809e-4586-8297-589b39a1ba67
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,1c588881-5d7d-4c37-8d23-4606173fffba
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,93ad8f69-7f6b-4fea-8df0-8494bb4f85e9
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,d1468e09-c276-4406-baa3-9232aeec4e51
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,d7eba9d5-c84c-44df-a71e-882f16c0c129
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,9a8236cc-d614-4876-a152-cc5e48de9ce7
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,9501175a-67ad-4286-857a-4b60f3856bb4
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,e01a9e8b-88bd-4d55-b46e-58c4de6bae79
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,492d4890-81b3-417c-b443-c6934f8b306a
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,ea75e1a1-e940-4ab8-8064-06a0f2da9391
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,45918fc2-11d2-45ee-ade5-4c59d6b2bac2
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,26e57b5e-8a1d-43e9-8501-bccc88dd6f1e
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,cbd3df93-9ce0-46a5-a431-bf2c342c13e4
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,e9d92432-3945-4133-9d25-56d8e20ad2ba
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,87bc9a0c-a860-4a36-a68b-2079d3e25356
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,45c62fc4-dc80-4930-a7f4-ea909e7dfb8b
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,dd4bb235-95d4-4f4a-8839-91ceb7aea47f
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,93471026-c42a-4aa2-bf68-9b7929c3b6a1
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,a0b2498c-882c-4efd-a525-4b648dec0d70
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,f81e6000-7f69-4267-900c-53ab4f05f2ae
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,76286940-3bc6-48a1-a009-7598670c7c6a
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,4b9a885c-9f76-434f-9ea8-7cc4ed835a59
+PA,Panama,2021,Calculated from Fuel Mix,N2O,5.34163652267039e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,f98ae96a-2ed0-447c-a6a0-efc17fc653a9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.082,80cbd3e8-4572-4f58-825c-d428583e359c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,03e2b891-4edd-4ad8-87dd-2ed952be488b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.1.3,modeled_data,kg/kWh,CO2e_value:0.082,253bc1a7-7b06-4638-99e1-55024db58ca1
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.082,a8edddfa-6237-4069-a6d9-fd0498bc9687
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,fb3abaf5-c5ff-4bec-abd2-3a64bd719e93
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.2.3,modeled_data,kg/kWh,CO2e_value:0.082,2ec7257f-35f0-42fc-83a4-91492fd4ac07
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.082,70109ed7-7fa8-4913-b85b-878d539d7b79
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,c1bda415-c179-4ac5-aac5-b888b23a0042
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.3.3,modeled_data,kg/kWh,CO2e_value:0.082,9513e435-d88d-4cee-a83e-16ad736b245a
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.082,46c84303-cf0f-41c6-a15c-10c4727d9929
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,006f3e8c-c954-49cb-addc-989966060efb
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.4.3,modeled_data,kg/kWh,CO2e_value:0.082,bcd82812-f3c5-4d87-bccf-9dad61014a0d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.082,90916182-b371-452c-bbce-441d573869a4
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,1acf0723-cd48-4e42-a988-eb674e2644e3
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.5.3,modeled_data,kg/kWh,CO2e_value:0.082,03e2c1d7-a0c3-4474-8136-87a9edcb1e9f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.082,b15b514c-01e9-4bce-8f40-f976ef438bbe
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,d3b35fce-fe34-437f-878c-8dd7e5e21f80
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,I.6.3,modeled_data,kg/kWh,CO2e_value:0.082,f1c5c1cd-98ca-48e1-a609-2df8aa43b146
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.082,50961a9d-1b66-45d4-abd5-8c3fd51c0652
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,4c83927f-adf4-4efc-b3e2-12cde7cd2a39
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.1.3,modeled_data,kg/kWh,CO2e_value:0.082,e165bee3-4a85-40cc-a7d9-7053a837400c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.082,9b27ad55-5954-485b-a1b3-be06e0ca728f
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,e4df97c7-6a2b-44d3-b5e3-0426ce43f1ee
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.2.3,modeled_data,kg/kWh,CO2e_value:0.082,cfa8ac7c-3639-4719-8e7f-da589694512b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.082,1681281a-e8ff-4514-a1bf-e59ff5d76d9e
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,60706ded-6519-4367-ba54-40bc4ba981ee
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.3.3,modeled_data,kg/kWh,CO2e_value:0.082,7b5f91cd-53c8-46ce-aa36-5117db799f1e
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.082,221b8b35-0015-4448-ac7b-20c3d17e12a2
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,31077b79-be46-4f2a-b4ca-cd674602730e
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,0.06524034427128046,II.4.3,modeled_data,kg/kWh,CO2e_value:0.082,0ce5c7dd-143e-4b7f-a7b8-7b5e4d8af16d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.082,42066697-00c9-4d7c-bf3b-f6597306f021
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,a0e65e23-ccdb-4c99-9b5c-98751897a2bd
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.1.3,modeled_data,kg/kWh,CO2e_value:0.082,4dfd58b5-5c31-4dfe-a98b-c6fc12336683
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.082,7b0c0fb1-c506-42af-8d51-33780c283287
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,eb295f12-ab82-4595-92a0-732c50ad4ffe
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.2.3,modeled_data,kg/kWh,CO2e_value:0.082,5597e754-69c9-40b1-b45c-5463e398bcc8
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.082,d603dfc8-cdf5-42e3-98ee-f075cb81f0d8
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,f0df48a9-c3ce-4e5b-83ff-d6b3559e043b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.3.3,modeled_data,kg/kWh,CO2e_value:0.082,29bdcb1d-b750-46bd-85f2-d6c7ea53a521
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.082,2bc9adb3-97c1-4139-88cb-9ed9e995ea22
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,3c069e92-786f-4754-890d-f36096a70894
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.4.3,modeled_data,kg/kWh,CO2e_value:0.082,82ece121-0323-42ad-851a-9e7527480a70
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.082,029d2d43-2330-4b75-ac83-89d04b7e0a64
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,417eda3b-eecd-4581-9c6c-92b6ed765db6
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.5.3,modeled_data,kg/kWh,CO2e_value:0.082,f39e7b9c-3df6-47f6-931b-4e6712f8f751
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.082,6d37d1da-e8de-414a-8dc9-c709a20c1c11
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,1ba4d27e-ced8-48f1-bdf9-8123cdf86f49
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,I.6.3,modeled_data,kg/kWh,CO2e_value:0.082,962c6ccd-ef6e-40ea-88f7-66c37ed08c28
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.082,e064787c-0dce-4b07-8416-fcaf72d573cc
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,a184b934-c407-4c0f-bc9e-66dfd204aa54
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.1.3,modeled_data,kg/kWh,CO2e_value:0.082,d89d67bf-6888-4be1-b824-88b96e17a0fa
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.082,653c6105-d5f0-4ce5-b071-9193919bd1b0
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,c121ab80-c90f-4f46-85ba-16baa3bc09f8
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.2.3,modeled_data,kg/kWh,CO2e_value:0.082,41f1260a-2a79-4e6c-90eb-2305088afb15
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.082,05946e05-b7d7-42ce-800e-2add8aae0e69
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,ad79da80-114f-43a5-9a6b-31b2d41d2fd3
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.3.3,modeled_data,kg/kWh,CO2e_value:0.082,003e4ec9-4c49-485c-83b1-8cf76e588c86
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.082,f19cb85b-d3b7-476e-956d-2de0e7cab7b7
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,58f163a4-65bd-470a-bdad-c5e71d161a6d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,0.0004104887433176203,II.4.3,modeled_data,kg/kWh,CO2e_value:0.082,26543111-d6ca-4ce0-95c9-9153f9d7feeb
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.082,26f9e25d-867a-447b-93c0-c2b2800142cc
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,f41cc371-d25f-4b34-a5ea-44b0837941d2
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.082,e181cf0f-4801-43e8-90ff-cff48c75341d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.082,22de043e-e447-4c95-bf4b-ac2549c3dbf9
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,3e895aef-1c15-457e-8db2-9555bbbf326b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.082,cba8bc79-13a2-43a6-8000-8ce023fa59cf
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.082,b46b28eb-3ce1-419d-89e2-96cd15c67743
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,7a13060d-cfdc-4171-9b6a-8fbf0d6f8612
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.082,193fafd1-4e68-41ce-94b7-9dabcfc0f767
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.082,0bbd6bbd-ada7-4d34-abdf-a263ae2fa130
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,95c6d49f-0339-4643-b0a2-9b4f1265b44a
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.082,f32a188c-e12b-4607-b9e8-091980a7b841
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.082,8f7d9abc-663a-4a23-b1f8-8db28a844b6b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,634ada20-203c-4e96-82be-8be64561e0a5
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.082,52ac17e5-f31f-45b5-a6b1-72e4fa77fb39
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.082,53212fa1-ebee-47b3-a090-7b01fb87846d
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,5e491ebb-3bd5-41ea-bce5-06508784bc11
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.082,f0ab58c2-3bfe-4918-b815-8a0fcd13e703
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.082,8a4979d2-02df-44ad-9c22-fc0739082907
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,ea56efee-2bd7-4ba8-a89b-e10003fc6628
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.082,e3114701-a857-4830-bf0e-96218a1cd70b
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.082,aceb5766-fbbd-4163-8d88-c7ebe5d68bac
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,ac6fde9e-8028-43d8-a637-94585f7944d0
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.082,5b62c850-d22e-4e6d-b28f-fe0c9be61ef4
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.082,87435a0a-d244-448f-9fbb-dca707630ad1
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,d13d5d19-243f-49d2-a1a5-200f09dc7550
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.082,aa9bcd8f-cdc2-4175-bb29-546bd5d1ad6e
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.082,cc007753-5b12-408a-be94-6cf6d2372607
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.082,ed01ade8-f0eb-43ef-945f-1205b3ed26d6
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,1.4935976252582523e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.082,526fe54c-4db9-46c8-af46-3107370aa606
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b202e505-5ac3-4952-8593-dcda4513a9fb
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9929097b-d74e-4804-8ba2-3d1d857e2f27
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,61cc64be-46e7-48c0-af29-3db7b6cf0199
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,22b5279e-496b-47a0-961a-2ab17641cfc9
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7e2f80b4-2994-4559-b41f-c0ab056bcfb9
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,e874a624-e615-4d0d-937f-20bf31a67ff6
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,91ba1fa5-678a-4522-b36d-40e159ed28fa
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,fa9507d0-153f-4221-8fa2-5fcad954c707
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,9329801c-d1ee-4649-900f-9ebeadb853be
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5663cf18-9567-4190-8a82-9cb85b3755d9
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1c3fa5e4-e48f-4b50-a42a-ee56e1345349
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,f76b9ab9-cbbc-4f3e-a50c-bb6e00f3f334
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,71671b94-7346-4cb9-88a1-07ccbd33f0f5
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,694213e0-2e64-4179-972b-d152e03c0978
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,788b44cd-fd00-4b5b-ac6b-ce487287f391
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0aaf3265-ce8f-4355-98b9-1e8e5bd15f6a
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6c9b051f-f3d5-415a-9a42-468d63402280
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,00d70bcc-6544-4cab-865c-b440a974b24a
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8978cb67-5f94-46d5-bfec-6bb85a0dd1ea
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,65e20751-c514-4a0a-9907-a9e0e32fcbe0
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,b02ee458-ce94-4c89-bd3f-e30c6d8ef17d
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ed87c236-416d-4279-a5b0-feaf6625a0d1
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,45822f07-c695-4acf-a86c-644806fff89b
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,fe4083cd-e3a6-4bfb-a223-f233a4e9e8dc
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,58faa879-5ac6-4242-be64-e64434dad613
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3ca7a13d-e0c9-497a-832d-b308a45c7d51
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,0bdf80cf-20a9-4d21-9aad-562f137e0c79
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7cc69dec-e0e6-4e33-9d95-686d0b1e39c3
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,af9cb42c-ca5f-4f9b-8050-576f9388dde7
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,0.00021650913192117007,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,2c83b55c-4477-418e-b78a-6beed35b27c7
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7fb85594-14ef-45e0-aadf-06de4f9a95fd
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,624b0a15-41c1-458e-b175-df8f4db5c0a0
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,d6b3d42a-59a7-484b-9e08-fa85c1da533b
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d6848255-9f41-42b2-81a5-e34cacd73fe7
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,80b38ddb-25c7-4a5e-9aa4-42abf462dba1
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,2146c7f7-edf1-4834-a3d2-4f6071620e4c
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1baef535-0fdd-4ca6-95d7-e73d4307a976
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3c4e29d1-c352-4caf-bf7c-df8595d6f119
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,3326fbda-67af-4b05-904d-345a7aa295f6
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3d9a7361-dcec-4203-a9ed-bc1246f661eb
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,90e4de9f-7c86-4757-b903-7ce924386535
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,4cd47ca5-9dbb-49cb-891f-691f5291556f
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6ebaa8d0-9ceb-4bee-b998-b4e5b984ad36
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,162b11b7-e7c3-4dbe-803a-6d81f6ee6804
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,5f49a98a-9bc8-4011-ae6a-a9c9e15d577a
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,24ea2598-3dcd-4172-8769-44913dc2ef8b
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6cff5df6-535b-4881-a48f-63ba8314292e
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,73b00814-2080-457b-8460-195be2865cfe
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,212950e7-6c2b-4660-9046-3ced4c465854
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,df199bfa-efa3-43e0-96e5-9a9da655acdf
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,a58906e6-b4ee-41b5-87a1-257a24d241fd
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b7d5b1c8-123c-43b1-a601-a516f0404258
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2efc58db-8330-4904-97a7-2d40532cf6f8
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,cdcc3a64-dd00-46ba-acd7-357dbc547b6d
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0c07cad2-349c-4c8e-b875-29642007cc94
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a6262e18-559c-49f5-a521-5e5a246fe519
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,130be62a-7f80-4015-af79-c149c8e8c464
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0877e76f-fd09-46bf-b13d-2773f2a7ec73
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1d8f0a83-3565-4072-889f-29b1be71289f
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,1.3622638333966237e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,632e00ba-b790-4a5a-bdf5-f3926db271b8
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,265025fb-d26c-495a-8fdc-6bd9717994b1
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9ad20915-3e49-4d34-b1d5-a0b2681382b7
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,425b5483-00b0-42d6-bb8e-71f50fcea10e
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ec8ec3e4-1159-4031-9f7a-497fc907b436
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5dc55d8d-8b8e-4a4b-9d58-e6f12a3adfd2
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,cec425ac-da54-49c7-9e23-5f17a2e82c3a
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,206f9144-a5ca-4e9f-a275-ba56e5663597
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5d3a5aa0-f7e3-4e2e-8a0d-00ceda8f0fe8
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,11e27edc-d3fb-4ae0-891e-d2e33c37bd54
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a75244cd-2a9e-4383-80fe-6d25cb81c1dd
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0439c147-6dbc-494b-827d-d3f68a7eea4f
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,9b70bd0d-d084-4d60-aa6d-b4098c363bc6
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,28e6170f-2ceb-4e5d-a857-0ddf8a52b239
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,67ece8e5-8429-498e-930f-78e177149084
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,8466492b-086d-4053-a6be-153aaab191aa
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3ae0aaae-c4b7-4845-9f0d-4bf8252c7581
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7898b917-af3a-4f6c-ae6e-9dd269b0a5ba
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,e57473f9-60dc-4fbf-aa94-d5fbad8d0bef
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d934bc5c-3d39-4803-8b74-bd4ed32b2ab7
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8d3afc57-2951-40fb-951f-0ca5f416a7dd
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,6805d5da-5c58-421c-a844-9621e7b61ced
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,93115ffe-2a89-4ee8-879a-288638184e41
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,511f71c3-d433-4340-9fb5-cc5cb85b3386
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,741a8f81-f6ad-4904-bb1a-306442e5ce80
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,481e1267-413b-49cf-9de4-91b588279ee4
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5bc290a1-18b7-49c0-9102-e685f0a19c40
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,6948b457-9c6d-46ba-85ab-fcc6d355974b
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5dfeed44-c5b4-4bd9-ad2e-1d17ffeed027
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,be6e8258-ac25-47bf-a87a-cc8cd54b07af
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,4.956710895631183e-08,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,b45b5c38-0638-4a43-a34b-db3269ec6a5f
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,f59f535c-a5b2-44c5-a473-4662d1fc75a2
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,455b72eb-bc28-410c-8a61-8ce7d813a01b
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,178a6722-a907-46ea-b99f-147813271a10
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,81a93188-786f-40dc-b571-3422494d38b5
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,b9192096-5a51-47ca-b21a-392925b48c5d
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,f9ff0059-6a55-46f4-87b9-7571d32aec92
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c8707d22-014c-42df-b8db-e4298d38c165
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,38de0a72-36dc-4dd5-a830-c46d2e68f3ab
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,46b9cb7f-ebd7-4549-aadd-8deb911d8cd0
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,8a185ada-be78-48d9-aa16-6b6fb2aefa77
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,15f021c6-fc04-4899-8f85-0d5555dcf773
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,cd363eaa-10b1-4a65-a66e-92d9ba53e57d
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,87567590-a1c6-44be-bb62-7d969f78f57b
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,b420cbcd-8e7d-4a99-8b99-6cac9f566223
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,5d7a50b1-5c12-4fc5-b98d-a3856ddac961
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,84915fb0-06f5-4af0-826c-229c16e1ebf1
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,d70e145b-30de-4c02-98d0-4612719cfe5b
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,94115bd1-54bb-4ee7-9b69-ff6f8ad21d7f
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,8df83fb1-42a0-4367-a2b8-020c744b81b5
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,7ce6be3f-46f8-4ee8-b220-0ed9c50fcf35
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,d0e21b2d-b450-4e37-8c39-5e71d27f728e
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,b94314c0-82d4-4ca4-83d3-e4ead7fdd47b
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,d695ef35-6ea9-43b0-ad2c-6ef315755568
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,5054da7a-dcd9-45b4-8e16-b8e119e77b11
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,f5ebb51a-f34c-40d3-ab49-621574f42854
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,f94ef4f8-5ee7-42fa-8432-2e69317e5f35
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,61e6cab4-d3d3-4500-ad8c-ccfc6c6c55e5
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,ee070330-ff0b-4a41-8caa-36679faff8c2
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,3664be3f-8458-4353-aa6d-b7ff3f2218ac
+PE,Peru,2022,Calculated from Fuel Mix,CO2,0.02541665219426712,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,5eaab73c-8e71-447b-81c0-5473e226a1c0
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,da035bb6-e2c1-4a8e-95cb-bf01648a7f6c
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,5d7fc91e-fc3c-489c-becc-8160957ae224
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,73a7b30c-0438-41f0-9803-25751985bc33
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,4b19b850-5e84-41e0-b7d9-e31a4da5313f
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,12197310-8c66-403b-870e-c467b9d8e07d
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,b0378a1f-f26c-4e34-9368-82edf3c21604
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,1e4ceb8c-057c-4177-b595-d2ba7ff9f40c
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c79b37e4-d0d7-438e-b449-202718fd767a
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,1e2133a1-604e-44fc-a733-253019c02dc7
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,7a783c9d-be23-44ba-bb71-a879cda845d2
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,9fc8d82c-7f3e-407e-a8d0-ca0402f5f68a
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,1e849bbb-4a6b-4c68-ba6d-36f4dbac4c0e
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,55b7185f-f0e6-43de-87dc-de8d41eed613
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,e2a7aae7-e9a4-4415-8785-c58082ff764d
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,6d6d19f2-9034-4fe6-b34a-d2391c1c2d9a
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c6f7b285-d223-4bf9-9bc0-d29a06938234
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,d0d8104b-b310-42aa-a9fc-4ad63128fa92
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,9838222c-5359-48ae-a47e-6273eee8d4fb
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,d36159bf-dc42-4d12-bc05-53ddde7f3719
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,4c5746fe-3e7e-47e2-9221-ddc8b150e201
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,6e7f5b34-770d-4f63-975b-8c0924cf0f7c
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,897db0cf-c594-44f1-917e-b37a2d32001b
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,91aa895e-7a6b-4156-8095-d8ce06fdfac7
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,7fe4478e-ee2a-4ab2-9ee4-c9627bc119d9
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,fb5fffc8-b5c0-4aeb-aa88-83d277d40fee
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,3a7cb034-25a1-42d6-837b-89867b53911c
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,d904eff9-d87f-4cda-939a-5f79c21ee716
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,6869b14b-657d-4c4a-a77f-e2b0e9af1711
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,7bd8e820-5462-486e-aacf-8495b562f5c4
+PE,Peru,2022,Calculated from Fuel Mix,CH4,0.0001599202109538619,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,80f13a57-5226-4c44-9ce3-7760ee01d108
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,4e13c4e7-0879-4fd8-af8f-ade2820eb419
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,adac3bbe-db47-4c63-90eb-504a1a147bd0
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,08449cb6-ab85-4a5a-8a3d-36acef880f24
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,dc1ab628-8eab-4f34-ab24-12e28c42612f
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,39038235-61d1-4a2c-b93e-8487414cfc72
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,7477cf17-22c4-4a02-9ff5-665bed1679bb
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,0cedfa03-8c1d-4b90-9644-88ee8e18d133
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,78f64b41-f67a-42fc-a97c-16ec6d6cba1c
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,6d7c1496-eceb-49fb-aed3-9048e078e86b
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c0318a4b-be5a-408a-ae8f-d911f5b81c7b
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,5df4b965-aac8-4e28-9317-2a14f01ddd9b
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,b23d5dc6-04e9-41c0-8f9f-a42b1f25f556
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,82dd3beb-c231-4674-aca2-ae05ba848e3b
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,db280169-cc5b-4374-9ea8-0da81a44bd6f
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,ae4d53be-b34f-40a4-8d27-80501a7ec27d
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,f7116279-0fd4-4733-a214-6c27d1c08097
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,87290b16-a239-403d-99ec-719d1580019f
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,11659308-1ba7-428d-9d37-0b8f2211e0e4
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,3aa9eead-93ce-498c-8f58-52ba2d2de9ee
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,26851a18-fd1d-4846-972e-bde8d3a26a55
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,d1e41516-dc75-488c-8b82-a3e62448f916
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,d5d86f34-dada-4278-ab79-866cd227c01e
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,5636e7f1-8f9d-4a10-9656-77c1e4961b0e
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,74168c91-cc2b-487b-9b1d-414edd7802a3
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,8ac271c8-7e0a-4aa6-b7c5-9cea941c32ab
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,7781216f-ea98-4b1d-9391-c2c64cfbdc83
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,4c2928a1-9a53-46eb-bc8f-e31b67bd930d
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,38be7cc7-dc2f-4356-ab80-5c06cf43ba82
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,f3b81fcf-be6d-4729-8aab-fd4518234e7b
+PE,Peru,2022,Calculated from Fuel Mix,N2O,5.81883063055566e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,8af4d170-222f-4949-962f-407cd75b2a77
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,183826ef-4808-433e-869c-1416d7f4cabf
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,8411f36a-3872-4ec9-a3ad-e6241dd863f3
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,2c6a6923-59e3-483f-a9e7-b7da0780e3dc
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,68127783-943d-4877-9778-733ad6dae0a4
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,02f9c6c1-1388-488c-986b-be271b254c81
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,910ee07f-3058-4f48-bb2e-d3e46f671523
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,ce3e7d1e-2565-47ae-943f-47d9c513ccdc
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,dcc00d33-d493-4730-bcab-17e463265d90
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,1a797e1f-2383-40f0-96c5-c19bc002072c
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1bc5fa56-777f-435e-a789-997d8eb8914f
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,cabfc171-adae-4757-9b8e-18c89f8ff103
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,2748ce10-359a-44d5-b963-815eb2069ca0
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,49e542de-d372-4ec2-9d4c-96834d04eb46
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,83c10ad7-890f-45df-a2c8-7168a4a9f867
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,c646c9f5-86d0-4f96-8ec8-e274b040df18
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,790acaca-1467-47bd-b4a7-a4fe36c39218
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,a4f7df57-22f1-4ccd-a675-fd12ad184b12
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,201ae273-08a4-4403-90e4-85c23ad5ab8f
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b7e864d4-1fc5-415e-a2f1-d30b046f16f6
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,98f32a8a-61bd-474c-b0cc-fd1132ec7e1e
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,4676ba72-426e-43c0-8d29-0c8a7f25bcfb
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7f24197d-5a47-4c16-9f9b-3274ac7c580a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5f0712f6-ac2c-43cd-ad64-ae45401de51a
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,5998bab7-0577-4bd0-b671-1534de678dae
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,64b786dd-4451-4a1a-9925-c820f07c3b47
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,60d2c698-64ec-41ba-85be-5d54bf962f51
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,7c3ca4b1-a90e-46ea-b515-5706f3d03f2c
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5279e15b-7c59-4e62-a522-629145d06cbe
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,8529f6f9-6b54-4ffb-b6d5-23e3fe0d32ae
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,0.068046876511883,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,1fd4a2c0-646a-43bf-82ee-d9346ddcb870
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,19811cc0-ce58-47d8-aacd-f6b9e50ad695
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,7488e43a-d9b4-4d90-8f51-434531f241bd
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,0510fa55-82e5-4e8e-86ac-1ceb331695e8
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,060c4385-93bd-46a7-b029-a06af94a96fa
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9106f45e-0e8b-482e-ab0d-d6bdbfc4fb09
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,054ffdf1-507d-4bae-a8f9-c3e9a17a6415
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,a94dde1f-fbd5-4e0c-a756-f869ac32e429
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,24d062dc-bf37-4e45-b39d-c8ae4fbefa9d
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,e96db173-9395-42e6-a17a-681056103d0a
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,70e49869-0ad6-4103-8ef4-1eb610a5a614
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,0d32e5ee-9272-4e08-8e3e-e7b9decae1ea
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,d01f624e-1d32-412f-a00b-675c7c56e0ca
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,191deedd-2246-4b0a-981f-b53eadf17b32
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,4221c0cd-015f-45fc-b535-9995ca6c2852
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,8d5f8065-faa8-48e0-a6b5-4f46c2aeb072
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7484c6bd-7911-49c6-868d-ac076af929df
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,032e3923-c12e-46df-84ea-3629d630045b
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,ec185bce-355a-4591-942d-ee7a667db619
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,f3262802-3364-4580-ac6e-34a69ba2693f
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,5ddc6bc0-f522-4772-8a82-be15b39c1d6b
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,03e819b3-fafb-47b3-bc9a-703a8672a056
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,097ce789-b348-4d68-8b4c-e60a090d1185
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,11ddea9a-5b66-40c7-9742-cbf3941e9841
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,aa4111bc-522f-463b-9e15-bc3eae2518d7
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,fbbe0ff0-121a-4726-8f0d-a03106744c72
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,49005f61-c783-490d-ba9e-12827cd62cab
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,ab261121-ab37-4f64-8bfc-cc71d02333e7
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,98dc7d33-5571-41e9-8214-a31c9a44aad9
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,9f43d3f9-fda8-4b8f-9fc2-950358f69c23
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,0.00042814729348919663,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,bddde81a-46a6-4b13-a6e4-6c696f98a194
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,20558a69-819d-45d0-b1bd-10def59309e6
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,6c90a191-b1a4-4d7e-80d7-afa4dc73cf03
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.085,75fc3740-440e-4634-b3c1-2a77bd787da7
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b6b13982-97b0-4fe9-8bb0-b4410c256ff1
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,857af229-2535-456f-9efe-2e7034524213
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.085,e4ec2b3d-911a-4899-b013-15fb97e05822
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,cce4de5f-3ec4-48cb-b98b-6b3ebf6f4d7b
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,d8acc86f-2938-4047-8c6e-14edfc5e2e8a
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.085,1746846c-d4ba-46c5-9c74-957262733f55
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,5357cb00-cdde-46e8-bfbe-fb529bb37e03
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,79fc4012-467b-48d1-b3c5-630be2243a44
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.085,d7a826de-607a-46e9-9f7f-b2c4ca696cd3
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.085,8d9dc622-3965-40ce-86e0-435a74ba897f
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,1483a4d8-2309-4dca-9848-079b254792ae
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.085,e92aa680-36c7-4ba5-be77-e6204b30d0d0
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.085,69a4cd87-1a64-43d0-a290-ac68498d7ce8
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,589608a3-1b7f-44b4-9714-78636b3161b4
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.085,4b46d49f-2099-49b3-8c04-4f3e2afc085e
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.085,7253b6f2-770e-4015-854f-1473b1648ca5
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,ae67dd65-050e-4656-8b61-571d406df7eb
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.085,45b10419-704b-4fbd-8463-aafc5ae4a162
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.085,1d6d7bf1-6bd8-4f4c-9a97-a404cf4aed78
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,145349e9-8976-4d74-a736-8c16d310ac25
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.085,bc3e9556-8d94-47b8-8b66-de9d49bef9b6
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.085,b2ea1665-58ee-4c59-be70-96cf4f0c6dcb
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,85670516-7c24-4cf0-b967-c95c534ecaa4
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.085,b5fd536a-72ad-4e1d-8832-11f878b514dd
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.085,bc4de788-7209-4a23-b98b-752d304eeadf
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.085,1a7f7906-dfc4-47a1-8c21-9d31e77cdadb
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,1.5578497369936583e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.085,7728d796-98c6-469e-bae1-714e359bd9dd
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,f3344c49-e15b-4660-a221-d4c0dcfe06fc
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,76bc9e52-3873-4396-8418-08eb6c8f81af
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,504f5ce2-95b2-44a1-9129-e601f462fac0
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,38a6b5e9-3a7f-4f82-a088-f2daf6055292
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,4cb10746-56b3-4e17-a52a-90a05c8064db
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,b531add6-a072-43b6-8253-c1ed67d2437b
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,05143d69-dead-4da9-8074-fa7dab703367
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,ca65d1a6-95b8-49e5-8930-4fd19d16b0da
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,0c66d7fc-21d0-45c6-bac4-a06432086a6f
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,ae7da3da-21c6-4020-a8b3-979e656fb15d
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,c0674df3-1fd7-4cb2-8813-b3f783a472aa
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,58d47964-9aa0-4213-bf40-cc44d77405ed
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,5f4faf66-4c5a-4e0c-8108-ea9d218fe2a1
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,87f2d661-e62b-43e3-ad26-3f89b1462dd1
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,8ecdae71-548f-42f6-98ae-615b970345cf
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,3d8be835-504a-4118-b12c-3142494032b6
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,53086473-5ae8-452b-9cbc-dbc4e0412df4
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,dfd58a4e-b753-4b59-b09f-839ac8602dba
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,0c8d299c-bdfe-45f9-a9f8-c5f70fdcdc13
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,839bd6ff-ee67-4dd3-8214-51ec5b37ffd7
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,c93e0f21-2248-4fe3-81f8-32b2916af854
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,19d9afcd-52f6-4d77-98bd-9677d30a28cc
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3aeadbfc-7671-4fc3-bcef-a428eecfc2cb
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,3282212b-2772-48a5-8cad-5cbe7450bf2c
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,b5ee2046-ecb8-4a10-aa92-2b907b313e3b
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,a72e215e-3b0f-4d96-8d97-13b7f57ffe45
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,c8dd76de-648d-4392-82bf-260c278ec51c
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,3a33572f-23f7-47c9-b6cd-ba8768bb1c4d
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f38085cd-357d-4939-9695-df1df750a3b9
+PL,Poland,2022,Production mix factor,CO2,0.09612031058331466,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,a79b68d3-bade-403a-8aaf-5100a7e54cd3
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,5bf63b57-2bfb-4b9f-90a3-7c69e1457b0d
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,557b470c-9306-4023-8db2-af1181eda118
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,12e1796c-ab60-4802-a39e-d01a83b6ac54
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,08ff8fa5-3371-451b-ad5f-ebe7974031b2
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,dd79c5d3-7305-4c6e-bece-ae816feaca9f
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,b2ffcfd4-b1f3-4d7d-80a5-8bada906f14b
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,1f214eef-7221-4565-980e-51b61156c6e1
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,d3439433-b40f-4e44-9fb9-ca31efbb3f65
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,775e8559-93c1-4157-bbc4-e49bc9aee8e8
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,375c1d31-8279-4ccc-aaef-57e37028423d
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,8bc1295a-81bd-4aed-b872-b371b14550bc
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,029c1a36-af76-4bdb-947e-4bdb8ee43357
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,aaf670a6-42ec-47c9-b6b2-ac27e652536e
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,96e57222-70e7-4048-8bb8-27b4cfc44cce
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,d93a3631-d6da-445c-aedb-6e4ae56d38d3
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,6af1bdcb-9130-42c9-908c-1b7b475b2c66
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,1d2b4c1e-5fbb-421e-8506-6099eadb1912
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,b2cb539c-1638-4d56-a37b-cf8c87aaeda1
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,07fa6c29-230c-4cc7-b15b-33d995e05946
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,99419778-47af-4e07-9934-749c5dbf527c
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,dd32dfbe-5a84-4ce7-a06b-8275d5deb9b6
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,00e3c1f0-95ca-487a-927d-fd1ed68d6368
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,0010338d-d2c4-4090-98d9-781fc6f084ca
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,afc9352c-4073-41e1-b4d7-c4b17c5ba203
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,328518f2-05e7-4d68-b0a6-ecbeafa1e458
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,55196db6-ff19-45c3-a4d5-0fec8d44f9b9
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,f838f046-a983-494b-98fa-f51939c94887
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,6e8b6db2-908a-4907-9dff-f2ae025cd34f
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,41644576-cf12-4407-a755-a82d9e39ef00
+PL,Poland,2022,Production mix factor,CH4,0.0006047838333681711,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,30a5d4a5-a546-4923-9839-ae3b9c970eea
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,c862eb7d-e8cc-4106-bbc3-8c7fcf167570
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,c85e9569-138d-4a47-848b-16841c9a6d5d
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,f737b45f-13d8-4430-aebe-e5fa1735c3e1
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,4cc11c56-6174-404c-9a88-9e87e34a2508
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,be078efc-a53e-46e9-ac5f-d20cfa290869
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,2cef8c1c-c19a-496c-b3a8-1c705e265667
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,69e6ae71-f241-4ce5-a4cf-74fcdad1cd9e
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,cd817f4e-1f1e-4a9a-adc4-185564098b1f
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,56810422-8565-4354-9f35-68dc297947db
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,9f59463b-3c2a-45f5-8fcd-711c7695dd08
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,d7d93b4d-4de3-4a1a-8d0b-33d5ed3b3399
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,0347bafb-10ff-46e3-8771-876fb6d26d93
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,d1c9a233-60bd-4939-9aa7-c91862414c3b
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,45e85c4e-dcad-4f12-ba0c-6918de127688
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,da80a874-4bd3-434f-8dbb-b8a269128225
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,25e7e65a-d93c-4b63-9ad3-03322d71195a
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3f4e76c4-be96-409a-9190-ac79040157bc
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,6fe35a35-e0da-4639-a7cc-9bd268a28ee7
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,bb2d9b1c-56cd-48d2-bb98-6fa39b07a271
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,fdd77180-9ece-4b6f-b8dc-5fefa97a2c69
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,3a555cff-9112-4cfd-a760-4730df885114
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,77e6fbc9-767c-4faf-bb22-ffa470995970
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,bc17a8ae-4b32-4ca5-a453-0c39b26b3286
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,3eb20e30-8f7f-4f4c-b2a7-ed8dfe16c852
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,4b8069d6-019c-44d3-96c3-7d5a58ea1115
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,7113e477-8091-479b-b3c1-dfc7b11c1ba7
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,1c76188b-2763-44da-a515-eaa5b7098989
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,6151d3b0-0bce-444a-8e33-366ef5055600
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,88e58b12-e1ba-402e-895b-cb5771ba4ad4
+PL,Poland,2022,Production mix factor,N2O,2.200556560973321e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,ade5bdfe-11b4-4ed8-a270-a6408203b960
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,5f0b3eb4-0432-4f6e-b722-0808d4e712fd
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,7bdab010-830c-4151-9d61-cbf787d7ba1a
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,7b4b474a-75b6-4e59-9679-4fc2a26d16fe
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,31a6e734-3893-49e8-94a7-f4371ab6f5fd
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4031facc-3583-4a9a-8753-a4cd569c6ad3
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,19edaf2e-8181-4734-a857-63a00f68f4b7
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,d4063f4c-6aa6-4f1f-98bb-6c923af3bd61
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,36d4388d-752c-4b24-baef-99cebd79db72
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,acf2e8db-393a-4d17-94f4-9aa985b5e440
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,ce221acb-baa1-4430-8112-9612591bbcb4
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,058dc347-7014-4318-8d39-2bf9b5d61ed9
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,a2e91bd8-7fc8-4c15-96c2-57c2e9f8e6a9
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,056ddf8f-84f1-4824-8a71-0d6cd7a2376e
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f4d9c4ba-c3f6-4314-9037-cc70b47f5bea
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,ab107fed-f35f-4e6d-ba0d-28d3a088039e
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,03f1ef8a-1e33-493a-8bba-aab111ecb8f8
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,1a2aa064-6b8f-4553-ada6-c986c9de0f3d
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,f5b30749-1722-4317-b64a-016c542eb002
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,6ae4b2eb-4523-404d-969a-80eaaa519b80
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4588f85b-c1be-4fcd-960c-b6fe24c05c3c
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,28cd2473-ac15-4d8b-a477-e34529fd684e
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,9631b24f-edc8-47ef-af90-d1fd61fb7f3b
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,1a332373-273c-45cb-b6a4-6cafdc7c7e8f
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,9aed5201-738b-4787-b2c5-92396cca61ed
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,01596457-8df8-4fcb-8eb9-c32e66679ed6
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,b67e3435-73f5-4a49-8dd2-1063250406ea
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,887e4980-73dc-4dd6-981f-e6fa647416ef
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,4ce1a329-fd91-416a-8024-1f61f6e60453
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,606a1219-95ab-4c22-805c-d575985f9329
+PT,Portugal,2022,Production mix factor,CO2,0.0153664,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,5b0b742f-da14-4b81-8fdc-ab20206da21a
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,e8b77081-2554-4e35-a456-659df6c5f5a4
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,c9d6a9ac-6d85-44cc-aacb-3d6bb38be2ab
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,cad99fb8-0cc6-41e2-a489-b2bcf9828574
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,1b95d477-859b-49ec-a24b-d2b45fc95fb1
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,654cc026-4b80-4c9a-abd3-f49b7c76a4c9
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,ac3b842b-2046-4365-bfc0-7420916b35a3
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,3172080d-a9c9-42e8-9591-e88053a23956
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4fc5b3a3-c401-4ae8-82db-d1d6c1e6bb66
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,e17de688-1871-41a0-b3a2-65260267c9e0
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,db6fe4dd-0bd8-4720-ba46-4bc58e76be3a
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,e8133d41-6fb8-42a1-b8e2-f5d9bc900598
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,2f6e808d-8328-43d4-b73e-e2929dca88c8
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,e214f6fe-61e6-4869-9c95-707dbf83ddc8
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,06a4838b-f9bc-4c13-be20-ddf37a52e0f2
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,e4badd60-7e52-468e-b567-7263df8fcd35
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,c0492603-ee19-44fb-b040-6b37e8da0c6d
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,0c292fd1-70bd-41e5-bb97-ea17eac7755d
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,baefc0cc-718c-4a93-b6d0-7fb6d223d42d
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,cb07bce2-fc96-4fbe-a281-401b4832c291
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,ccb3a0f5-bd5d-4149-a986-968c93c8bc12
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,09c16793-16fd-4ac6-a93e-359f5c036fba
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,cc0d3016-a98c-466b-be96-11f50605d744
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,91c04c42-cba3-4418-9bf6-50b77228b0ee
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,6da21d57-cfb3-4b94-8f02-ab489850e62b
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,a680f0e2-cb9b-45b1-8eb6-ae7f0983005b
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,31aa4fee-cd53-4c01-a427-c2ca4045f7fb
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,df1f829f-1bb7-42d9-b2e7-db527d45e836
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,cdca29e4-3448-47f8-92a2-5497ade9d7aa
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,99bbecee-a94c-4f8b-94aa-f625b43ef78d
+PT,Portugal,2022,Production mix factor,CH4,9.668456375838925e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,9eb53eb0-a6ea-494e-bd61-bb4255793020
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,8d4bdb94-aa3c-497d-901e-7e7a2e7e0fa1
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,2b0c44d6-d25b-4db1-b1bd-5e2950490bc9
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,f05dcdac-f78b-4bb4-9135-ca8b4a64f29f
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,5b69073d-9b76-4c1d-9992-10c2d6b5ab76
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9aac051b-c45d-4fa3-b15d-235954c9591b
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,6c132c9e-31c6-4af1-933f-d348ee7c8b39
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,960afa68-060e-44cb-9feb-aff93caf8210
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,ec45f02a-00d6-4eaf-b860-9a09c589a12a
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,92e6f576-5478-4e44-9ea0-6de9bfa96934
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,b94b3d9a-efac-48df-a373-2c0afc3b5982
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,459a165d-5fc1-4cc9-b4c6-fa8c5a78c296
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,e63ac510-5c4b-43bf-b30b-6664f880bc8c
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,73982fa3-b6ef-4092-8190-ee1ac7b2dc83
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,c813bd3b-5375-4e6c-959e-991bd39658cd
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,c20d5414-d48e-497d-9823-0fc74b27641d
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,00c59995-dd76-4f24-b7c9-e1d679152950
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,27d4aa95-aec6-41b4-9e29-4102c2c11ff4
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,f7fe9f5b-183e-4eee-ae39-5b9d4ddaede4
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,61673109-3111-4a9d-ad3b-4dde3bd4690a
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,00153e54-dac8-488a-9293-edd40910bc6b
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,c4be9f93-094e-45c1-a461-f4d78106f171
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,3915f21c-51e6-435a-a48a-f2db153d830b
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,5fa9aa00-53c6-4943-881a-b473ba41ae7b
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,f19cc636-ccd2-4ab6-936b-42b4e740aefa
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,70adcc51-2b5f-4710-813a-57cac0c200dc
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,ec23fe8e-4094-4023-8acf-2517e9c942ad
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,21141a9e-62c0-4823-a934-28b10611b135
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,e55a57a3-ce1d-4136-875a-079aaa24ba2d
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,24193a47-46cd-4400-91f8-6f3cfed55c6c
+PT,Portugal,2022,Production mix factor,N2O,3.5179487179487182e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,763cd877-91ed-4a39-a8e3-8c17907fa842
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,5ca2dcb8-4862-4e1d-809a-a5b3d387a35d
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,77e4a2f6-5ce3-4a0e-973d-c216647b96d1
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,d1b0776a-aaf2-4ae4-b491-b2014177c81c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,98ea0e1a-f306-49c8-94ad-b72b4d4dbd64
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c15ad673-1a3e-430b-a379-e5ccac972319
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,ea5686d5-feaa-49ee-9a8d-371910058cda
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c51ea38a-e3f1-41e6-a095-ad03e995f351
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,f3080c2d-b2e5-431c-8374-f62a7684bd3e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,56f4206d-6dae-4e9e-9be4-780a3bf15dd6
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,e70ed657-3d22-4637-931d-49f491be9f6f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c2613202-4f96-4c88-987f-35f46c3c2024
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,f5f4477c-992d-4b70-8e03-2a5acd2ef8b3
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,4af2dfd5-bc92-4466-9195-4be7ddfa26c3
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,88b17a41-d9df-4754-abe4-b219c88398b4
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,2169da1c-fa0c-487a-b682-2d0ac2482725
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,de510842-dfd8-4826-bcd4-7d07dc60850f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,57005c8d-d1b6-4fa8-b9e9-5da5739362b6
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,9f552da4-6036-41af-a230-f33f433dec34
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,401a3b74-6627-4618-9131-02345c071954
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,88d602ce-1059-4660-9bf9-f73ff76e0dbc
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,3d0f2ae9-b07d-4296-8f06-abcccdc26c06
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,d991295c-638d-4fda-873a-049b3161276f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,a472889e-f83f-4868-ae8d-2f47be9755c3
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,e946f51e-aca9-4865-889d-a67ff131a9c7
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,55b2dcee-fbc0-474d-aee7-1251aee4b581
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,35147e1b-56a4-4af4-b528-ce641104da66
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,0d48bcc9-31ea-4d9e-a744-90cf8b38af6a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,3bcbc35b-30b2-440e-9653-80e22d3afdb3
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,316182dd-502c-439a-a801-19770d4c1308
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,0.08630953815992227,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,e06b2d19-9359-4acb-94b0-8b8da74aaf9f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,f1fef06b-b5e8-473d-a5b4-e4ac461c72aa
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,523acf5b-b106-4f89-b2ea-0e4c3d8c6a08
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,838db034-70a2-49df-b468-1786d7a3ca3c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c8d667ba-3bd3-4e16-bfc0-856a901ff7e5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,3e9e5917-e8b6-4241-838f-cd5847de091a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,da0d7e15-0dbf-4fe6-aba8-10409d83a47b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,86f3fc49-0e4e-40e0-914a-72f541c42169
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,252b61f0-29cf-463e-942c-d86072e5dc1e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,a67e6bd4-af77-470a-9bfe-13b1f0f324f0
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,f8ead1a3-6abb-47d8-b6e4-b59147e78ad5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,3442f7fa-8932-45c4-a509-5da074c8c44a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,bc0fad03-6583-47a4-a416-3417061cf9cc
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c96f2418-9401-43e9-bc6b-5a19d8553516
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,2e5d1287-edd8-42c8-8cf6-ead6ed5dc004
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,02878e48-9059-4bba-948d-1584d7ad9630
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,9cf5ddf0-a16d-4df4-897c-b17060331362
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,18a6deca-2997-4fa9-8bf3-10f546f36547
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,8bf2d364-98f7-4d14-95b4-d6913f0ad0dd
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,20d1e959-c9c1-4549-86f5-cb9511d8995e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5e7bf4c4-5a4a-40e2-bcae-d2c51f60dea0
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,bea4428f-05cb-4149-b248-ec44e125f2c1
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,56733e54-b62b-47e8-8e65-2c8168aaaeed
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,ed89d074-a3d4-4171-b628-37d3003076e6
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,8ca4889c-11c3-4244-b6e1-1ea56de268d4
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,78b5532f-4f89-423c-b5ce-9c7b1a08b465
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c741663f-824d-49e8-b0aa-e7be73ba2b40
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,939e4470-1dd9-4672-a74d-eac4f9e67a6b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,6fc91e33-547a-44df-9ce7-fb6de0babc0d
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,5fa1e182-5b27-42d3-bde0-053af28500ae
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,0.0005430549800330679,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,d0e1f058-83cb-4373-adab-59bb387320ab
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,bdb691e8-78ea-4348-9062-d30271b9dfd2
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,f66e82ec-2235-4e71-bb2b-355154f47c74
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.108,e7153511-fa0d-4dc1-88c1-2275bf984ae5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,b1225e43-b02a-477c-8c15-f84a03e38ae6
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,436af700-329f-4554-af35-b50178ecb145
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.108,1a745f7f-bdd0-456e-97fc-2d593e5cd643
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,82148f99-d1d3-4792-806e-4b9c64a3fbb2
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,f49485e6-04c0-4810-9de3-3915c494cd59
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.108,a5151550-4068-479e-904b-7db3c9208bbc
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,a9453736-618e-45e4-a9fd-de924533ebc1
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,66dd0cf6-e9a3-4765-807d-0b081bf928d2
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.108,9a0bcd72-6337-4e28-9ce9-f7691216cdb5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.108,dc816f2d-fdc1-44c0-afc9-4630d026e665
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,c9519030-c8f9-48a6-81de-240cd52be06f
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.108,a754ce79-0d62-4453-aba8-03edfaca2a82
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c53471fc-02d9-4fa5-b359-7a0b955d6d84
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,e6611d45-5f21-4f21-9b74-5665309db134
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.108,34d6d388-64a4-48fb-9967-75aa122c6476
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.108,8b8a2bf7-7fb7-4ff6-95db-eac359ab0d8e
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,1f4aea87-9c8a-4e2f-9bc3-846af731e056
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.108,2a50ca2d-7351-4406-89ca-b4e09c9f3457
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.108,00299008-b135-4ff4-b916-8d2345c55176
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,35006769-d747-4931-9fdd-5b72cb22a151
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.108,baa09096-7a0a-454b-adbe-0c24e609462a
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.108,c6a29f3c-9cd7-4a35-8e25-7720f2b78a7d
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,bcb8343b-2983-4c39-8e09-73425fa5cd29
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.108,906085d7-2607-4ba2-bdad-def8a7354e40
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.108,9d03d7aa-c0a6-471c-8523-500184529d99
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.108,b339fbb5-2ec6-4f5b-9c0c-4e809ce174cd
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,1.975950965199686e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.108,dbdd5772-969f-43ad-a6f4-58b8ba870630
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,1ca9859b-467a-4651-a618-527e8c038c93
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,f950137f-fcc4-489d-8869-042cf9b3bf9c
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.1.3,modeled_data,kg/kWh,CO2e_value:0.067,a1daa852-a3c5-4068-9f51-6b8d0f3aec5a
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,38b88cdf-b8bf-4f92-9c62-dfa586c5e5eb
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,446829df-785b-4624-a317-e565abe538ea
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.2.3,modeled_data,kg/kWh,CO2e_value:0.067,8035af22-4a4a-48ef-8af1-c4a0105f40f2
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,f7af33f7-8f1a-4009-b1ae-3fe4edf24859
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,e9ed0ff3-b92f-4d0d-ae7c-97c8e1574652
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.3.3,modeled_data,kg/kWh,CO2e_value:0.067,866c6330-6700-4cc7-8aa3-6c8c2e0da6de
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,4d6e15ab-ff7e-411c-960e-cfaf6abd8b3f
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,cc2b9124-4e4b-4e31-bce1-40726363c28d
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.4.3,modeled_data,kg/kWh,CO2e_value:0.067,351d7d76-b921-4e73-bcdd-b821aad48eb3
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.067,af68aa27-dad0-4a11-9370-44f7e4bf35f2
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,ad08b9e8-56b7-4cae-b18d-145bbcb140dc
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.5.3,modeled_data,kg/kWh,CO2e_value:0.067,722086b3-a11b-4375-a3ea-950da886bcba
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.067,991fc761-3200-4027-a658-61c468dc4afc
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,7b813a7c-787c-4aee-91dd-8f609d4ddf0d
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,I.6.3,modeled_data,kg/kWh,CO2e_value:0.067,2edb4e65-11f4-4970-b50a-e9761878e426
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,3cea1f63-7a1f-4eb2-bbfb-15dd163bed3a
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,c4e28a7f-6db3-49eb-813f-35f526cbab5f
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.1.3,modeled_data,kg/kWh,CO2e_value:0.067,7db98264-6d00-4352-9a04-38b8438cf0e3
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,87ed1dea-8e8d-41e9-9692-3e8465afda30
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,5a66ab99-afac-4be0-8549-2e4cf83af62a
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.2.3,modeled_data,kg/kWh,CO2e_value:0.067,813ec962-3299-4383-82b4-4398aee21c67
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,ceecae8d-88b0-483c-b6f5-10f1334e8d53
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,d89c884d-c474-4adb-8ef6-dd28ce3f9bb2
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.3.3,modeled_data,kg/kWh,CO2e_value:0.067,bda216f6-dcee-4c23-9724-f0fd4f823ad9
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,1254f7a7-8432-4e0a-9b91-00db3d301637
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,36d52569-b7d8-4a18-b3ff-38322c97c652
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,0.05395118438439639,II.4.3,modeled_data,kg/kWh,CO2e_value:0.067,3c61fd92-aa86-4de3-a1e5-1e4e39da4277
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,ea8e1ea8-e38f-4380-87ad-e9bf7d98f640
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,659742c2-8789-43b3-892e-4c1ba36bc67e
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.1.3,modeled_data,kg/kWh,CO2e_value:0.067,5bc6eb4a-d757-429b-bfa6-c2e944c05fea
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,1e49b62f-1991-44fa-a502-221aa4659208
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,2a46a913-3fc3-4273-be5a-f85af2c8d7d1
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.2.3,modeled_data,kg/kWh,CO2e_value:0.067,fe561fce-8b58-470d-93a8-76148f0869a7
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,9db3d26d-04b4-44e0-ad4b-1ee5fc75cb8e
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,80ca4dc8-e754-4ede-9bda-b3e181f283c8
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.3.3,modeled_data,kg/kWh,CO2e_value:0.067,58a5caa1-20ee-429f-880f-424dba38203e
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,85daaf4e-65cb-4505-9e67-9c006f6eb983
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,c2ad5548-85ac-4b9e-8247-c51a4433fb70
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.4.3,modeled_data,kg/kWh,CO2e_value:0.067,a8f4c8b3-5636-4825-8821-f64329eea17f
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.067,1b7963e9-20f3-4ff8-b366-516e7fc970a7
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,7a0a3dd9-4fba-4b27-b413-6b69fd7819ae
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.5.3,modeled_data,kg/kWh,CO2e_value:0.067,12885849-39e3-4cab-b6fe-2d40a53d47dc
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.067,61a27abf-7a97-4e54-b55c-39d6429748fb
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,89598c39-a4c4-4e70-a1f3-dde467a270a5
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,I.6.3,modeled_data,kg/kWh,CO2e_value:0.067,14ff4a4f-5382-4f96-ba52-281933a41ea8
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,c3e4483d-a76b-4473-a94f-7277573e095f
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,3ca02ba3-b5fe-4d09-b0d3-41cca622d37a
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.1.3,modeled_data,kg/kWh,CO2e_value:0.067,1dbf9a3c-12db-4d03-a53d-9c6085db3e53
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,8fce3f91-984c-481c-914d-04667ef2bc07
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,6089f12f-e6ed-4e57-8ed4-1ce7d2aa1a67
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.2.3,modeled_data,kg/kWh,CO2e_value:0.067,9352232f-6606-401c-860d-12d928628a0b
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,d4121026-1f3e-478d-931a-f4df47852aa9
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,09b80e67-732d-40d8-8594-7e933864026b
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.3.3,modeled_data,kg/kWh,CO2e_value:0.067,cdbc4ede-2215-435e-b1cc-5530ec97ed07
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,d544b95d-9505-4d9c-9759-a1484c54b418
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,f3650511-a0de-4369-8346-786d1046a914
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,0.00033945795543873566,II.4.3,modeled_data,kg/kWh,CO2e_value:0.067,e31dddeb-8f32-4a80-80f1-c1ad69a229cf
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,0976b9e1-5892-4068-9dcb-b9ecc6c14686
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,c953a2a9-2827-44c6-9950-bfe525c91600
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.067,1366c3e7-88db-40b4-9de1-44c59ac1219b
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,92966a47-12bd-4089-ad00-8d97f915d2a5
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,01128b3e-2166-4178-9daa-c77c41d2e902
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.067,cb7cd0d8-6de1-4266-bdbc-bdc98923b6bb
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,bb9d6295-c0b9-4716-ac53-e7dccccef695
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,fe5a92b9-f235-45ad-95fd-23c73963eebe
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.067,62f13bf3-ad94-4b57-997b-8700e5ae10af
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,11ea37dd-7a9f-434a-b75c-5eff1c0e9e28
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,4555822a-0504-49b9-94ae-12a32b4fb8e2
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.067,56b639b5-d5a1-4173-80f7-492cce47a772
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.067,fc4292c1-e311-41c4-afae-1f41197be51f
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,5e47c1f5-5164-4172-9b3d-0cac39ad368e
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.067,48d9324b-6095-431e-9eae-4d1c6a8edd2e
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.067,7f8fc85b-67e2-4b6b-8679-40d4a633c0f6
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,8e95da59-22ae-4621-adc3-9701597f2799
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.067,d4686696-f3de-49f4-9ed8-25f963fbd6aa
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.067,c7e40997-b2a1-4b04-95a1-2f4a7a32c2ed
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,953481c0-8635-49fb-bc9b-ef7c4436872a
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.067,810bdd09-a76c-4d1c-87a3-59f1b89a808f
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.067,d8bfe0f2-ba24-4c9d-bedd-0b061554c8c9
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,d5d52bb8-8f17-4849-a2b3-a2815be0e10b
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.067,d9a49d78-d481-408f-902f-cb4213fd059b
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.067,80f9ccba-2f08-4480-a920-cb8fda05af82
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,b4e41303-0ccd-421b-893e-c453128c4587
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.067,22e8cc8e-e089-45b4-adaa-1b2ce3dd4b86
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.067,9264bbc7-9adf-4469-94da-8cc09a3a6c79
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.067,8b10e61b-9b7e-4d39-90c8-19d95fce3f98
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,1.2351461626464375e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.067,e039c003-3c19-4193-84d5-e35577c436dd
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.083,ea219738-d15a-41aa-9a4e-3593ad5431b2
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,7f877a56-8499-4e8b-bfa6-60841dbff8b4
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.1.3,modeled_data,kg/kWh,CO2e_value:0.083,6f758970-16b4-4efb-a904-ae6897656628
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.083,dd00a819-34c4-46a4-b9a8-f27fac1864c3
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,b624515f-9d71-4ca4-b86e-4698b1189063
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.2.3,modeled_data,kg/kWh,CO2e_value:0.083,caf61d7a-5840-40d9-85e2-a4db2bc2d0e7
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.083,14227048-3d92-4256-84eb-94e774387d7e
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,27b82800-bab8-46ae-9320-ca90bbc7df81
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.3.3,modeled_data,kg/kWh,CO2e_value:0.083,669132c9-f277-43b8-90a2-eebb4cb51261
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.083,1134378b-3374-47a4-abf2-d5c99c47ee22
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,b2973232-5a7e-47d5-8edd-d3018295119c
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.4.3,modeled_data,kg/kWh,CO2e_value:0.083,e4eee8a0-3fe9-42da-9401-4c9ef150397e
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.083,f7166852-1d4c-463e-945c-e09f779fc6bc
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,fbf14492-512a-42f8-831f-6da97a87f54c
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.5.3,modeled_data,kg/kWh,CO2e_value:0.083,c16ea85d-4d00-4dd5-9cce-37eeb5f3959f
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.083,f478f750-870f-4a8b-9f56-540e091f1677
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,17bf562f-4cdc-4700-a070-06e75ea01de8
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,I.6.3,modeled_data,kg/kWh,CO2e_value:0.083,27804b1a-8410-4d57-ad91-e4b3a9673036
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.083,3cf57dd0-b2a9-4b29-8f6c-4ee0a7b0d398
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,b7f028c2-c5a1-40ed-9ed9-344cb77d0eb8
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.1.3,modeled_data,kg/kWh,CO2e_value:0.083,a3c01ac6-b70c-4045-b2a6-86abb52ab783
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.083,3276731b-0973-4b58-977e-03c3c3d5f8bb
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,85fdfd12-73a6-4118-abe8-184671fdc2cd
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.2.3,modeled_data,kg/kWh,CO2e_value:0.083,b29a8d3f-f5c1-4c0d-b97b-0518af8c8317
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.083,b5c8b0cb-2205-4d7b-80f9-a73ff9197fcc
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,5c3ae1ed-473b-4862-bfd8-16d914da52fd
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.3.3,modeled_data,kg/kWh,CO2e_value:0.083,625d2402-f88b-4154-9a23-2319cd90871e
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.083,1e2ece45-b86a-450b-b6fa-5b0aadf7666f
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,d5916299-b87f-4ba0-b779-d39a405aa0cb
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,0.06632277330293775,II.4.3,modeled_data,kg/kWh,CO2e_value:0.083,a65085c7-17ac-4f06-a020-e9d9738cb390
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.083,fd696132-e009-45a8-aeab-5faa79d0456e
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,08936517-255c-4553-a1a1-6c7d2478c9c2
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.1.3,modeled_data,kg/kWh,CO2e_value:0.083,06f47b83-0f46-445d-a7b3-c439ad7f35b2
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.083,cf726cfd-5cc6-4caa-a6ab-8b7b66973e47
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,7070af43-c4f2-4fa6-976a-c2779a473588
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.2.3,modeled_data,kg/kWh,CO2e_value:0.083,3d40cfec-3e2e-43bd-ae76-7766a71a0db0
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.083,9aa00534-2b2d-4227-bd04-9895200e916f
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,155416be-f002-484d-b8bc-b5e00d42389c
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.3.3,modeled_data,kg/kWh,CO2e_value:0.083,ce651057-fb03-41b2-87ef-04c1148edd50
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.083,32b43e77-818c-413e-b864-526b74cfadfe
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,f1303762-ca36-4384-9e42-27cb13bcc0ea
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.4.3,modeled_data,kg/kWh,CO2e_value:0.083,a531c0b2-431e-4182-a03b-22b801b48a40
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.083,d695b214-2f35-4bb2-bbc2-8c1038bd2b66
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,b074c3b3-5c0a-4716-99ec-1c616f36ec83
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.5.3,modeled_data,kg/kWh,CO2e_value:0.083,e8afcf05-8efd-4b79-adcb-2cb3434fee0c
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.083,95c12d41-158a-4f36-9a2a-336c4fd927ab
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,3bb05d94-9f4a-49bf-9057-83a5546dd843
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,I.6.3,modeled_data,kg/kWh,CO2e_value:0.083,21f6b5d7-af88-4f51-8576-3fa847bb851e
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.083,3943af38-20f4-43a6-9f65-995ccecc2c2a
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,0083d215-99c3-45c6-81f2-fff512889872
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.1.3,modeled_data,kg/kWh,CO2e_value:0.083,8cd50a9f-300f-4dc4-bfd0-791e04a8a320
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.083,e4b4c240-a757-4949-b5bd-442db72ebf6b
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,acf67572-be66-43c4-97d0-cda152a0f6e8
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.2.3,modeled_data,kg/kWh,CO2e_value:0.083,895c9c52-ab1c-4ced-9d30-63fa0e7a3ba8
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.083,0018a220-723e-421b-9b47-5d8bc3a81b86
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,d007ca95-1b8d-449f-ab98-54c6daf5fe9b
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.3.3,modeled_data,kg/kWh,CO2e_value:0.083,4aff899b-9e92-46fc-a240-7ba5c2e48d10
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.083,4da2e13f-ae5d-4ea6-a1f4-701d212c2378
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,ce43a7b5-7b0d-4620-8f2f-e75f6873ea73
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,0.00041729932866781295,II.4.3,modeled_data,kg/kWh,CO2e_value:0.083,fe404a74-06d5-44ce-ab8c-9158099c2862
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.083,50c07575-a1c6-4562-8e05-ce943a8a40a3
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,90610c89-0f67-47c5-ba9b-9f7b23d5055f
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.083,f8920152-d910-4ded-b42c-3f5a5e680630
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.083,b515fdc6-21fc-4883-94d3-6b950f6d9bab
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,f1c7787c-f9df-4dad-a12b-a2bf2fc35ce0
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.083,1f1f88b4-ced1-4c12-bbf8-b25e8ed9a8e7
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.083,bc4f779b-0d6c-4d85-950f-195490d0aafd
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,df422030-8afa-4735-9a15-ed190433a268
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.083,c01ec8b8-5a3d-4b4f-a725-6ce52b302477
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.083,fa2978ae-f146-44fe-bbb6-021e22fa9428
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,defae126-5ce6-4075-bce9-c9111a16cd3b
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.083,1767413b-e20f-4ed2-9415-c6a72814099f
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.083,5a57575f-34b7-4024-a773-22b37b601504
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,1b56bf54-cf79-4ada-a7ba-0dfa57a6b5b0
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.083,9b65a52c-4e51-4db2-ab56-d88c6bcca67f
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.083,f1fc123b-11fe-49ea-83fc-a0dd0d4fff37
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,83b63cee-d804-4ba8-9556-82c10ef3ef63
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.083,d6babb87-5edd-4490-9e5f-6b85033af98e
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.083,ca8b27e8-f058-4b67-b700-9bd63f8e292a
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,eb0bddbb-7eb6-475c-a81f-23b7aeb77444
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.083,6f98b780-4dfc-433b-8692-898009491a2f
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.083,9d0b9926-84be-4585-84c9-a612b08ba38a
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,7007002e-4058-44f2-9a86-e47cf9d66258
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.083,6d6d8f13-7353-4321-a1e5-dd80de1b6d0d
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.083,2c29a6a8-dbcf-4351-a67f-f29d484a4cbe
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,cd7aec2d-7e84-4176-966f-00a73185d131
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.083,4d740863-c271-4783-8ccd-9c1ea23cca02
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.083,b3415457-1a16-47ec-b537-81427afffa66
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.083,217c8dd4-9b02-4f73-8e4d-4a1b3d42b14a
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,1.5183785096826407e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.083,5ca0100a-7fc8-481a-ad09-3a1ced7b6f18
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,72e7f6fe-5c63-4b22-b93f-d1950ad27fc3
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,ac4577bb-61cb-49d1-a834-e5bd668eac04
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.1.3,modeled_data,kg/kWh,CO2e_value:0.041,14c8ec23-5f66-4e2a-bfef-1a41b8d96d57
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,a7ee894c-c669-4256-b640-76360f06ff83
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,f5763627-b396-4b29-86bf-4f95db75d37d
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.2.3,modeled_data,kg/kWh,CO2e_value:0.041,09ef5aec-cf15-49ce-99b0-a23f4048b3f3
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,a115e75b-37b4-48bb-9eb9-f382b3124cd5
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,07254d40-5d97-4d11-a161-a17078dcf80d
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.3.3,modeled_data,kg/kWh,CO2e_value:0.041,a82e63c3-370c-4620-b8db-e01d5bc5c78e
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,0daf2c1d-4a2b-45ec-9807-5ff8351a1bc2
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,59c8f4df-c887-4cce-bc19-b1135d400fac
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.4.3,modeled_data,kg/kWh,CO2e_value:0.041,56280a17-c558-4095-8e92-100675edd30c
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.041,7c01ee82-5b2f-4173-abf9-430cd6fd220b
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,4d91accc-b7a4-41a5-9ab8-13864947b2aa
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.5.3,modeled_data,kg/kWh,CO2e_value:0.041,57409a2c-8ea6-4047-85fb-ccd69fa898b8
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.041,9ab98709-2d08-4136-a549-047b31d01b7d
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,2af4bc35-44ad-492f-bba5-f02c2c968be0
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,I.6.3,modeled_data,kg/kWh,CO2e_value:0.041,d35ab1d5-40e6-4954-bc96-8036d2376dcb
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,aa20e7b0-034d-44e5-8d8f-091df0f13e65
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,2a0d5475-4eb8-4dc5-a39e-9dd70ecf9cd9
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.1.3,modeled_data,kg/kWh,CO2e_value:0.041,c1ab77e0-70fd-41c6-8996-dcaf7e35a3cd
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,5da79aa9-3234-4a00-8ce1-099454569906
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,eab96b2e-7a4f-4bb9-a2ef-6127a4e5c1d5
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.2.3,modeled_data,kg/kWh,CO2e_value:0.041,dc0d3678-2a1e-4a1b-a22b-aca0ee5f87ed
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,3cacbebd-84e4-4b45-954a-bef795c8c000
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,02751903-497b-44fe-9090-f435737fdffe
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.3.3,modeled_data,kg/kWh,CO2e_value:0.041,92a0a2fd-da69-4917-a81f-f6e607fcc45a
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,a2b4f668-89e5-458d-961c-631a99be4620
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,dca5424a-5a0e-4bd4-8418-afec41bfca9b
+RO,Romania,2022,Production mix factor,CO2,0.0325642356094711,II.4.3,modeled_data,kg/kWh,CO2e_value:0.041,353a8dd3-a248-4d90-b513-2a2a7b66c9a5
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,afb76644-b1d4-46e7-afab-63b7de6dc83f
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,a96a429a-7301-4e89-9e0f-ce904186e8ef
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.1.3,modeled_data,kg/kWh,CO2e_value:0.041,8ec39fbf-6b68-4278-982a-35c8dfc31a78
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,0e344262-83c6-4f7f-b646-872871f6dfa5
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,67006768-ff55-4198-a372-8d78508623aa
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.2.3,modeled_data,kg/kWh,CO2e_value:0.041,1150bb90-0da9-4043-9b80-abcf01d62c98
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,f1bc24e8-6b92-4957-8a9e-302e2b1331b1
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,1224ec46-4f49-453d-b799-1944934fd260
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.3.3,modeled_data,kg/kWh,CO2e_value:0.041,85e8e4d6-c4b6-4e99-a6b2-d63c554fef26
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,10b0854e-d9f6-4846-b4a8-2bb06bb66729
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,75917751-4da6-469c-93c7-246c399a7ff9
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.4.3,modeled_data,kg/kWh,CO2e_value:0.041,9ae1d18f-f1ba-4f58-8ece-1c9a9c4e70d0
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.041,0083250c-0cf3-4288-96a6-a7a0b3c09fff
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,475e8d75-7aff-48a2-a99b-de16fb9c1e2f
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.5.3,modeled_data,kg/kWh,CO2e_value:0.041,d67b3702-9293-4aea-8f53-646ab7900990
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.041,e6ac931a-5608-4592-8c03-f68ede213d43
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,193519c8-73dc-4ff1-b132-3cc1e06fbf26
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,I.6.3,modeled_data,kg/kWh,CO2e_value:0.041,1a9608ed-71da-4755-88df-d9f770f09999
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,c9b43e3b-c4ac-4de7-a08b-554115795de2
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,cdc54b7c-a80a-4156-92ba-da1fb54a6a7e
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.1.3,modeled_data,kg/kWh,CO2e_value:0.041,d5321694-9e1c-4eb1-ae47-ed395ad23e9f
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,7cc32b03-4df5-4c4a-944d-30719284c2cf
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,9a76363a-a937-44c0-ba29-af9807a70be4
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.2.3,modeled_data,kg/kWh,CO2e_value:0.041,9a449438-9661-4660-9a5e-bbc9faf0b976
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,243f008f-81f0-4d4c-90d8-72c0823ae459
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,532bcad1-73ef-4a76-a6c8-2cf3e7f48cd8
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.3.3,modeled_data,kg/kWh,CO2e_value:0.041,cde8988a-68c7-4376-89b8-d36cdc5eb605
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,c7bd7638-d42d-4162-8a5c-0aa779eaa2f1
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,72b15336-c984-40ed-8fcb-969715d62e93
+RO,Romania,2022,Production mix factor,CH4,0.00020489242203945745,II.4.3,modeled_data,kg/kWh,CO2e_value:0.041,847e711c-5224-4c50-9057-4ef18c5a8148
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,a722a5fa-0606-433d-9828-67aee4817ba5
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,94aa4333-3442-45f7-a55f-1b469a9d0e93
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.041,8b67af3a-2039-4aca-9c16-464561acbd9b
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,f87e2199-5140-4161-bc2e-46b2679429fb
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,1f2c8a22-c9f8-4958-9a54-b5db2967cd44
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.041,ebdb38c1-0019-4488-8cb8-a78e6916f017
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,ced6552d-45a1-44c6-871b-d15eb03fe13f
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,7dfcf9f9-0bf6-4f4b-9447-a0219841e6f3
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.041,115db008-db04-4c03-90da-489722b7b412
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,1ef0d015-febf-45c1-b17a-136c4a0a083a
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,f5391f9e-d6ec-41f8-a79d-a91e767d0436
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.041,1dd03c45-16d8-4c69-9b31-9b4ff55537a5
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.041,ec56ca21-a638-4289-b4a0-280c54264ac7
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,1c6c8ffb-b6ce-4705-a444-b05c38947e85
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.041,a4a37661-c609-4877-bbd1-7402af8e2830
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.041,5b06a83e-eb5c-4ac5-8b46-f252c54efcbe
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,4b4231cc-dd36-4679-bde8-2c7d7db55f86
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.041,147f1061-bf9f-4129-8c33-e8656df134f9
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,80aab139-47d9-433d-92b3-b3d7fcc73759
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,75646592-d31a-41f1-b0b1-1b96062c6a69
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.041,d0cb5758-a851-46ec-b736-a212727648d0
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,6bba19a6-cce3-4609-8266-1a089c8234e1
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,b00b8819-da95-4392-b268-fde14cced89f
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.041,63cecdcf-b69b-4347-8127-d52d0d1fb0c4
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,6f582951-d660-4e22-aaf9-ce4b8c73ca95
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,43ee4fea-8887-4d14-84ff-5dea26007217
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.041,b6f427be-8008-414d-8bbd-c0ae5e35902b
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,13a9eaf4-76f8-4b1d-90d6-0b25c6069a9b
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,da127276-1a20-4c77-84c3-ac88accefe7e
+RO,Romania,2022,Production mix factor,N2O,7.455182145025436e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.041,d485e3f5-ae02-4303-b08d-d97fdd54e8b4
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9d8cbe84-f4de-4e44-942f-31b1c80a1b7b
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a072424c-4fc5-4ee8-bc63-fc835a5a1b2c
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,5f3eceb3-ae59-4f58-b4a4-6172ec3d40a8
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,4e787d4a-1160-49b8-bc8e-58114d4e2780
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,0effd2b3-53d1-4a85-9534-b1f4a916c0c5
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,33001809-3b29-4cc6-acd4-6dfe3abeed97
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,b6ab095b-e016-4e53-8390-988a7f6da341
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,015ac1a3-f78b-4dc7-812b-22bd278d5b7d
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,8decae4c-96c4-4219-8498-e8d608175bcf
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,862bec8e-7c2f-48be-9166-04e0b37763fc
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a2d0037b-8a13-4249-b0ff-0ca60b281165
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,1f12cdf0-5dde-48b5-b1dc-bcebcb9e67e4
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,7eea2128-6e56-40a3-9485-6047f30b2aef
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e259edca-8560-4aa1-a0cb-8d1b62b0f14f
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,95086191-19d5-485a-9d2a-2a19437bd04a
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,952af46d-fe05-4b73-8ef8-0fd536e75263
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d9337231-ad89-4a31-8126-f690c64febcf
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,965df454-67ed-435c-a6b5-f43007ad5798
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,46cd3199-628d-4308-aaad-b52a073c5ddd
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,c8885f47-4798-4a5f-9faf-4c6c8799a179
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,72c37709-14e2-4486-bdc3-5c22d88c8d94
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,64f41eb4-8156-44c4-ba2d-bed8bfabf726
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d9889441-b5ef-46dc-8c5e-26a50b778844
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,7daae86d-0e5e-4b7b-b777-b203a7a4f2d1
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,438c416d-9223-4ea2-b129-412ec7edf7c9
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,816ed380-dac2-4839-a598-17b1b1a0a689
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,1611f318-57f1-4ce3-bbea-4f0030df4d26
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,63f551e9-6053-40d0-8728-4638e83372c0
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,fb5e8abc-b38d-4154-9261-fa58fd0fb171
+RU,Russia,2022,Calculated from Fuel Mix,CO2,0.016196351118856516,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,9cdc8ed6-2d6d-4db3-bdd7-b6242074b3cf
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,46663b17-3013-4b11-a6d8-96cdba5ba602
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,256ef59d-fba8-4949-8c33-9c14ee157a92
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,8ef797d4-3807-48a4-b4c4-ed13b79ded9d
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,ed993a72-067d-4ea5-bd83-4416f9f3e2d4
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a86aa2e7-0e6c-464f-8a95-7eebecc28c03
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,c4cd2ccb-de5c-403a-a63a-c53106c58944
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,ba7a0c2b-d699-43ed-be2d-02e5265fad6f
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,7d1175e1-b627-4f51-bb45-e0d5a75d0c80
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,8fb6ac1b-3cc9-4371-acd5-123716a4480b
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,757e573e-b184-45d4-a4e3-df41c77b83ea
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,ef435ca2-a40e-42a5-bacd-c168fbc182ce
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,45248b80-45da-4546-bc8d-7dcc17a0fc07
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,5d0ddf1a-2a14-4d77-8032-ffb88f16788d
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,9a90c7f5-c853-42f8-8b1c-fcbf9fe5a430
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,54f2a3d6-8738-4066-bcab-5704a9b03a93
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,aae84907-69af-416a-b899-f17aed1963cd
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,ea9fdeee-899d-45e0-a167-728141ade404
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,3592bb02-0090-49bf-a45d-1fce20e3cbff
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9b365c44-3e71-4cb1-b102-57b5199335cb
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4f750a51-972a-4d51-820a-b0370738ffbf
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,08670ca2-bdee-43b4-88d0-8a4636209d80
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,77ae85d3-01a5-44cc-ae28-c3baeef05a91
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d48d4b6c-80e7-41e9-bb08-222a29c9406d
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,0b69aae4-591b-4311-8427-a0158c4c43db
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,ecb8cc9e-db24-42f2-bae8-dfe1653360d7
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,bb70950a-a6ac-47ec-9b5a-a158ae726efc
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,a4ddaf9a-98b5-4a03-bd5a-33becef84eb9
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,1da5d8cc-aa35-4011-94ee-a9d436f47fde
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,395d0d3c-1da2-4aef-a1f8-6615f7b5ba58
+RU,Russia,2022,Calculated from Fuel Mix,CH4,0.00010190657163710057,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,0557e699-0b37-44dc-bc5f-c96306d5061b
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f37db9be-a13e-48ca-834f-af62294bf861
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,25b19a52-fb33-49f0-804b-89819e1999e8
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,281185fb-a6f5-4d6b-b37c-d09caf163e91
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,25ca0061-b078-456c-b31a-8f2dbaf84917
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,48ec251b-0d33-45f5-ab63-dfad69b82114
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,2b4ed3c0-01f4-465b-9c08-ab5e5f511b0b
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,07a60155-8124-4ce7-90c0-0118c83f91db
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,bffaa30d-db0f-4e90-ac81-96b522e32bf9
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,98e58bfc-c2cf-4f06-94a3-5ad386df6776
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,340a7e31-1c47-4151-b663-9648ae59d7ea
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,bdc8331f-212c-442a-8295-0cf368d5e9c8
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,cf7dad04-c308-4d9a-a13d-1ba50f199535
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,caca423a-0c48-4573-98a2-cdf11695cad8
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4022d304-210c-4f73-bb5a-aaf667b473a0
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,7397bffc-29e8-4f5d-acae-41f404a5d628
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9d9143cc-5c4a-484a-bb69-0f42958f9717
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1682b1a5-c7e2-41c2-9497-ed62c294b168
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,71e0226e-1567-4127-b089-d0f492eddbf1
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,558f860e-ca23-4809-b4f2-43382e20b6eb
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,3589083a-435a-4521-8999-2baeae0a6ca4
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,281da7f1-0082-4890-977b-d80cff9fdba4
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,fa62e55b-7299-443b-a907-9d18cb087c3b
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,59887f19-9a04-4e1e-8a00-3442eac6370d
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,cb5fcf77-8944-468c-a896-d385695770e6
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,458a0865-fc44-49d0-802f-c21d52bf36ab
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e3d3984f-623f-4e1f-84b3-c36e2202c0d8
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,3c113010-617e-47b2-ac2d-ef5f7edee903
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,95fb7c56-142f-4965-bd00-3a533a0cf0e7
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,51541692-0e85-42ee-9ce8-1fc5967c9e00
+RU,Russia,2022,Calculated from Fuel Mix,N2O,3.707955842229056e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,abfc0d27-3032-4151-9f3a-416ca03102bb
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,f4d503d6-f605-4497-9508-d24618ad59cf
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,4ebd6581-36b0-4957-aa49-e416a866df56
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,82d650e3-bd37-4196-8573-40774638ce48
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,8b05d7ec-9fa4-4e37-a14e-78e29f1e14a7
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,fb359098-589c-4bba-b9df-b7c4e113a9b5
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,acd9da99-c4ae-4bd3-af1a-58cd199df552
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,d4c1d4c9-3f88-4e5e-91a7-b95ca3b96ff9
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,6a64c0fb-d6cb-43e9-b211-630f2f245c5b
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,09614cfc-a221-48cf-8383-1d48d0f7c2fa
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,c946ea9d-3466-4c77-b29b-605a389fa08f
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,2af81577-e132-4e49-9c7d-14dcf43cc8a5
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,5f0fafb2-c1d6-4d34-8e73-aea91b1851bf
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,2b41dc6f-bcc2-4447-a4a2-3f300376fe85
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,f07ceaeb-1849-42b5-8fff-338634443851
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,4ee36ff5-066f-4c2b-9c54-ec54528a29b3
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,34008e7e-bd0e-4dfb-abdb-3f4fc0bda95e
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,fb6800ba-ecba-4af8-9644-cab095dbfd84
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,cc696a70-af72-433c-b1c6-84a54eba2941
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,3ca0b01a-d866-45b7-b379-f5a1df544be8
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,17816a12-8f67-4e0e-b735-92539979d48e
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,2cd63242-a1e1-4408-be1e-393edc63705b
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6cf8f080-bf77-443c-b60c-75b0a9b78538
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,2a1ea95b-7f56-4fc8-8084-a32c986aa892
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,12f022c8-9a8b-4262-b305-e8f7bf206b89
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,f61605ef-c9a7-4b2e-9d70-d2a6116166c6
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,cff9ddcc-2a23-41ec-90b7-744939acce51
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,b278b41a-62e5-4fd0-92e9-76f975f4305d
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,58510c3c-93c0-4748-9334-835aa2b6a864
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,ff3619fc-57f4-4219-928c-58d0b93323d6
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,0.019149104805816625,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,b7383dcc-13a4-4f4b-96e9-9490cdbcd403
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,e3733074-c567-4c8a-9f9e-ec0d6b139fd4
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,3e0dd21c-f797-4108-9eca-0e440e17a410
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,b808d353-9433-40ae-b3f3-9af08eac8ff6
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,b46cb760-c905-44d6-9bb5-9d7ec3e82dca
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,6f88ccc5-e4c4-468f-8553-dc08d9d52812
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,5c284b74-1b1a-43c2-9c5c-85c7debc396f
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,95039aee-1cea-4bd9-bd4e-10044ec10cfb
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,364460d3-548e-4b4b-b6ee-9469a5a68077
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,2d12d9b6-6004-48eb-ab82-c29378a64563
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,95aac9e9-ec99-40a4-86c4-8108759c736b
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,1c4764f0-8829-4afb-babb-4d8ddc86566f
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,01b9cdcb-90af-4be9-822a-8b232275f55b
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,2a7ba6ab-6056-4bf1-b154-7513ebf73a60
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,62eee127-7335-4a0b-9e71-71b4dd8f84f5
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,5b9b8ad9-6b33-4b35-a097-f9baad56e993
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,32168f37-d170-41ec-9210-57fbb38119fd
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,77949597-e5b6-4c14-bd5c-60412a53c760
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,4ef00322-a374-41ba-b3b9-3571b936b0d7
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,413bd8eb-5d63-4c48-96ee-d965915ec89c
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,47742e47-a53b-490c-bd0b-5a4ff386da8c
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,cd8b2ed0-e784-4ba5-b3e8-f4d45086b833
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,52a86447-8151-4ea5-bc21-7009c2c3576e
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,210d2875-8368-41a6-a921-71420a168884
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,9bed44ab-3074-417f-ab62-4bd23a965f05
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,3508fbac-8dc5-4359-9e04-af03a1324f6b
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,d7830431-7c94-4147-a17a-0b03a75b2b3d
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,a8442c55-98d6-4d91-82a3-c2c0e7f9b03a
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,05152d95-aa88-45e5-b0d8-4bf8f295caa9
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,fd77799a-a1d3-4dde-8630-8765d219de7f
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,0.00012048513929834285,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,21bd8f8b-6d1b-49c7-955f-f1f5b851cc8d
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,61f324cf-4e5f-4b70-a255-4d5fdcb85dec
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,7f4193ff-c6d3-4160-a478-ce594b1f285e
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,51cb9721-d966-477e-8574-7f8bad73447e
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,95ea690e-bff5-49c2-ae33-e4e82342f66d
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,4647d0e6-351e-4c95-a133-43e104713902
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,ba04e8d5-94b1-40ab-9675-34124bf8b8f8
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,c1707ae2-c754-4963-a5c5-c5665ae729d1
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,79e2685b-bd57-41b4-8d59-cad6a7076a46
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,9ca20290-73b0-406a-918b-eac4876f8e03
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,a8454a11-27cd-486f-a1df-28b94f3152cd
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,35610dd5-a925-4072-9020-069e1f6141bd
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,0ecab547-484b-447b-86ea-040cc2d9051b
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,7ee79ecd-fdf1-423a-8cc8-6f213ae783fe
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e55bdfdc-7bc7-4862-b561-e09504345297
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,9efa411a-0677-46e5-9618-a6b2fa84968d
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,af849926-b291-415d-9ff4-c2c909f13256
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,f6fbe5f5-228a-4377-9def-038a9971c887
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,2934d207-0c77-4739-8f73-9d8468e571ce
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,f0ff4bcf-62ec-4d85-b893-3dde69178145
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,0a10838f-4e90-4a9f-97e8-a45b6551108d
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,096b6ee0-9000-44dd-a79d-46b99c4e814c
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,d5340d59-34f5-414d-8b76-082a70c10276
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,95f14aec-8072-4419-b21c-26c3f2b80be6
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,49e16d71-be91-4a48-9950-9daefc331b88
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,afb2e3f9-5de0-408c-a753-4a3088f7ef63
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,a72a0bf4-ee79-425d-aeb9-b89fc9377f74
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,fc456767-f6ef-4425-bc20-69f53843af5a
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,0c226591-cfbe-4d8a-a2e7-1e2b7f63cd92
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,94df7dbf-e42e-480c-81ab-40949d1168eb
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,4.383952565434209e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,59fd319f-c0a3-4273-b420-c0953700d4ea
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,24989f38-4b5c-44a2-ba41-b8db2aad83c3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,2757c3dd-677c-469c-9f1f-777d5c6f2da5
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,767397b1-20ba-4f57-a232-818e9c4dd1be
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,6350af1a-86ee-4f9f-9bc7-fa39e229bded
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f6559aff-991b-49f1-8998-925cf84ba5e9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,13b95ee1-4776-4f9f-b28a-973cbb40ab02
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,265e78db-c5fd-4c72-bc8a-f723714152dd
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,a7cf2888-20ac-4160-9785-4e014c9336c2
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,39131dc4-d672-4a4d-9b2d-d31b6daf0d1a
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d11ab089-fcb2-4693-8a1e-d27e68dd7e03
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,a63b3272-385c-4eb5-993e-a76350ff10f9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,6632c2ed-2e54-401f-8493-270225ca6e3b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c8a018b7-1b19-4c27-89d3-5968ded25eb5
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,9406f5ca-78b0-4f05-90ae-5977a8c5a325
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,d4d1d8ac-35fc-479a-94f5-1ff23d99f2f8
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,540120f2-4991-42f8-8d11-bc872d3318ee
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,c5926d08-6e96-4e4f-83cf-8ce2d93bf06e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,004dcf20-0a8c-477c-b542-8445a3df706e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1373ca30-6100-48c1-8f80-572135bf48b4
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f12b7855-64f6-48aa-bee8-9fb0a906ef3e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,2d5315bf-b44c-4cb6-b267-c466b3731508
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,6f730f89-e5de-464e-9580-5888ece0e45d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,35c6e1df-8ef3-4540-8133-e42df4f85a46
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,87bd07f4-3664-496e-8a5f-f477683e9202
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c4ab98ab-b9ab-4af7-9091-cbb51371dee1
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,6469b387-0769-4f92-8e1f-dbe9b5b8e69d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,80c11324-6460-4561-ba2f-e3adae51af8f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,612b7755-e51d-40a1-97ac-ae1edce0efa3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,bd75401b-4044-42d9-b304-f0fd87cef0c0
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,0.030761349383671335,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,47b2c215-0e18-494a-bbb1-2de9c3caf3aa
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,434f8734-f12d-42ae-a6a4-2c02722bd783
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3b582eda-c03f-4c5a-ae1b-14b729476bbb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,c0dd0eae-56f4-4cb6-b12f-2312def5ed0f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,6dd0d669-5526-4c2c-8159-d8ae6e71b83c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,22744d12-591c-4911-a8ca-f69923701be0
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,d370a004-6a88-4dfc-9d10-41c3548ec8f6
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,6c994ebd-e8c3-40c0-b2cb-742c20f69b6b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,fcd75532-c0dc-44a5-b339-506b31c3beef
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,a03c0b95-d812-4f87-865c-d815c3a9a6f4
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,ea31fd62-674b-4da6-98ab-3b552c8d7e05
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,5f4b2c51-84ba-417d-aafa-5b31ec75692a
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,a6ec6832-1324-4f6d-bb63-267a6aa40ffa
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b898211d-8675-4b4d-b348-a6fc780b5ceb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,0aa50f37-62c8-4a40-99cb-a54ecc37793f
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,fa0446bf-054d-4ebb-8bb7-4c53f34b9cfe
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,5db96f40-eca9-4cca-81f0-3b2bf4a36273
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,87865007-b470-4e28-963c-82c4267afedd
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,82a4a411-6593-4e73-bf2d-f8f3fbe4459b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d4610636-adf1-4b2c-a2e1-afb8172eebd9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b7de57fa-8059-4f00-bdf8-fce3eb86a7fc
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,c79d3883-e401-468c-9a1c-e838bc6f4107
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,94747982-94cd-423b-814b-0c0a1bd391dc
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,54471b7e-1c4d-4b26-b6eb-cdad52116a56
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,0901f67b-d9f2-4481-803e-fb67052ba45c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,facd1b0f-b2cb-4f94-958a-fb4ef1050cd1
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,25b0c7ee-2317-46e1-97f1-e689fb5daacd
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,fb8059fd-7fa4-4372-9754-17d6bec48d0c
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,f22cb8a2-2673-42a3-8898-101492e9f054
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,30104330-39d5-4c00-87ae-9a6efaf0b0ae
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,0.00019354875870598574,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,00ff155a-17c9-4c46-8692-ccba38f3bbee
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,4d6b2dc4-644e-439e-8553-f1198a250aca
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,9daaf4e2-30ef-4285-8b27-4f7f9f315657
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,40e3edce-9e21-4244-944a-fde6dfa9635e
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,68ea27d3-8e39-4656-ba96-3156dec95cb3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,1a475d32-fc9b-4bb7-a910-87217b967cba
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,4aa8a06c-08d9-465a-a2d4-1c8a2acf11fb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,a6252628-6f1a-48b8-8750-1c293cabf551
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,eb9d43cd-5b34-4fa6-b040-fa0fa986b846
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,b2dd0406-5813-4587-9f96-928b87e2d78b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,66c8041e-8b94-4ee5-af9c-6069365fb7da
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,76e5a1b4-2ba3-4849-855e-6eb9a887e764
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,723d1c2f-8373-491a-9c25-54906627a74a
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,115a5876-f5ea-417d-85ef-a170cd752744
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,e6ea5ec9-78da-47eb-9207-de86222a9ed7
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,7062a697-e941-4e78-a772-90a9a2314f4d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c7cf3390-d2c4-4272-b14d-58ac3e62c827
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3964b538-8c75-48a6-b051-62884d29b728
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,2ce5bf70-066a-4f09-82b2-82a0f27e8af3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,a345d040-5311-4347-b2d7-a6be685550f1
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,aae5d87c-14f5-4fe9-aa31-5aaa1a58468b
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,1b116c01-18d8-4a02-a75a-2ab096c813fb
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9c04e942-73ce-494d-9717-394dbc4fdb57
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,a1707db9-0ed7-4e18-b776-b3b7fb803417
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,86da3f3a-8caf-440a-84d4-8c7578cc7f36
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9d763b06-2a8a-43ed-bbc7-cf40d4e8caf9
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,c1332075-93db-40c9-bd20-aeabf7c97381
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,844f48f0-dd99-40ad-83ee-e00f7412091d
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,dd7fe4b8-71e3-4689-9e24-4cdca1ec1d09
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,63fa0565-205d-49bc-a121-5153fcfff581
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,7.042433466957723e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,bdac1804-e737-4c27-ab8e-84c1bdd8ffb4
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,2dda74d7-e98e-4682-9f2e-c3cd1aadf02e
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,d476b658-4af6-4cab-8d09-b5eff90843db
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,292dc939-35c8-41a1-b3f2-68569c24f86f
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,5fac4739-50bb-44a1-8e1f-acabee1c5d12
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,d14e88fb-f44f-4d05-9407-db61c8395452
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,ffa8cc44-3be0-45e3-a3ba-9c3ca2d78c6b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,90f3e081-63ad-4618-b32e-8a96f2ae2ca1
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,eccd4d0e-1985-43a4-847d-433378fff382
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,28f10a4d-49c6-4910-9d5a-b3ea65a40684
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,4611380c-0547-4ade-afa2-8fb3b84be87c
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,822fb7c7-3597-47e1-9b5a-2b3299dd26e5
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,130e71b4-76d0-437c-a661-45f204852af7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,e1d10b71-efeb-4583-b30e-a592db1782b0
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,82f2f3b2-bcfe-48f8-bb1a-cf8f1d025d2b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,886c2f46-e076-4c15-b17e-66f4590ab183
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,b51cd17d-6bf9-4a18-b8ff-8b2e93182a93
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,e5810d56-b4da-4bc2-a5fc-0b18e6f2c639
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,521ad3e9-58cd-458c-92ac-dc463f1c11a5
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,bd9438b5-6061-4a94-914f-f3a991b24d17
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,0e49f667-2028-4ae2-9a09-9d1dca5c84dd
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,ff4f25c4-2433-4ee8-87f7-d7bc96a85bcd
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,696cc0f2-2885-478d-a257-456bb3505bce
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f781f490-2c8b-4850-99d7-3be4030089be
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,c99c802c-9d8d-4db1-aeda-1f17ac783d5b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,2f051aec-69b5-461f-b14c-4ee400b7b4b9
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,e0c10a22-c443-4020-b5b0-5fb8de358287
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,dca1d904-53cc-43cf-a502-c0d6b715ad4c
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,de80237b-670e-466b-ade8-3acf6841159d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,59d5d758-0261-4e8b-b8c1-18793d7242a6
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,0.09631307931393306,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,8a06c69a-729e-4130-b251-1f6938b46b95
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,9b4c0870-cbb0-48bb-ac6c-939e29c67143
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,8cb758ce-0522-4643-ba0c-20eac830fb87
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,9bd02689-bd14-4ae8-9a9e-e3505a3df384
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,bc0b8150-3299-416f-8915-6758685d558d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,3a49d8a4-f240-4250-ba35-75b32c58b63d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,1b69b976-2185-4f6b-bc1e-cd84c6f15603
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,6c399a0e-59df-4942-ae58-f2250edeba5c
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,5f445603-65a9-4ff9-8c7f-bcd4b10361cd
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,c24b5695-a22c-4d42-9811-c6911e67b3a2
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,f85d31c5-d030-4316-ae75-994517daee06
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,dca6046b-2c24-4101-a33e-98325eb2c474
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,a69b29ad-b655-4130-8760-56f33cbeaa14
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,bf5b6bb7-c98f-4d96-8d86-b130535f66aa
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,aec0eb79-495d-4ae7-927c-a814fb6811cf
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,415a4f3b-e19f-47bb-b8d9-cf6687bc7d30
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,dbe9ec95-44e0-4ce0-a0c2-da7d4ec1005c
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,e61a0910-8beb-4470-8911-414d60c3a194
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,67588fb8-a66e-402d-bd7d-e81f46d25d89
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,67698b29-a44d-4fa3-b475-6f80e2a2f3a0
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f03ad554-cc1d-4527-9c77-907091dd0dbb
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,73cfa6ec-d106-409f-85af-acbf8ff58a27
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,292fa795-99fd-4287-a143-eeeacd9f2005
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f41fc125-0c3b-4a9b-8da6-12b5c6eccb29
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,cd5a5eed-3530-4d43-b69c-44373af91d66
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,a471330e-d4a4-4136-8847-d2b68f0e78a2
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,2302beed-3915-46d2-b77b-e4281e428b52
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,398e6645-1d68-4fa1-b612-e5407f80a6a4
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,a5541f68-31d8-4f94-b3c2-fa29d27ae823
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,84139869-9f3f-420b-9276-e9c9869b4e60
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,0.0006059967238712231,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,4598c4dc-5940-4faf-b516-77298d9bbbf8
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,99248ac9-9fda-466e-8466-976cc91f5d99
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f581ccd2-491e-4270-b009-683511f0ba8d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.12,3c7033fa-0bd5-40e0-87cf-6eee3897b4c9
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,ea9bec45-d956-45e4-8ac1-ca3185a110fc
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,74c1f381-8997-4d55-accc-e2fcbdd225ee
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.12,fea8b039-e53f-42ce-96dc-267217ca7789
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,04826424-1330-43cb-bbf4-bb08c7f26642
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,aa2d2602-d036-4645-8eec-4b1740a64459
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.12,fcede574-0013-4c6c-a59e-351ae005b523
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,89e9e92c-7728-44a8-aa0f-d2e8bdf0b500
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,2af69b15-352f-4039-bd0b-37d73eba8a7a
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.12,fb8b96b1-95fb-44e4-8d37-68e470e476dd
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.12,ccddf288-f83d-4eda-8483-93493718e497
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,bac852e1-88b2-4a67-95e6-6fe88c1cec90
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.12,1456063d-06bc-4a49-9452-050368a9b166
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.12,2dda0edf-4ad0-46c3-8c50-edcefedc8471
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,e7c50472-e5eb-4c71-b15e-b66e543f8f06
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.12,4b24e45a-b5fc-4298-a2dc-e75f2d7f6f8d
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.12,a54521a5-69c4-451e-96ac-a07e2021b578
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,dcf3ba36-7752-4c01-916c-bab4b28897d4
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.12,1c49879e-a365-4d17-8750-473463c3b0f6
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.12,e618679c-4dee-4166-a0df-c442dc1117db
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,f54c15d6-e404-496c-b767-63d5d6766048
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.12,1e62fe38-807e-4023-accf-c320f68b00b7
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.12,2f8b8c2e-372d-422f-8f86-4c49a0181393
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,7e254692-4a1a-412d-b358-8a87c4428a95
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.12,c80a8a8b-d04d-47bd-b706-0c8d94b5c76f
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.12,abc7598f-f460-4cd1-a646-2553ca8efcd2
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.12,29998a2b-b708-4cbf-87e6-388c74a21478
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,2.2049697645131194e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.12,d9556cd8-6acd-484a-85c4-be2e4c31158b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.062,a745788a-db43-494b-afd9-613190dc07eb
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,c6a5b0db-8072-4624-b1ee-8d9f1c5e4cd7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.1.3,modeled_data,kg/kWh,CO2e_value:0.062,34f0dc5a-1d93-410b-b134-b472096d9282
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.062,d7007c14-a06b-4b55-9b02-1486ed160f05
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,aca97ff4-61a5-4f98-89b3-a59bb05d158b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.2.3,modeled_data,kg/kWh,CO2e_value:0.062,1c6d692f-ca0e-4138-a90b-93ed3d47d24f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.062,fcf92493-08ac-4a83-8e3a-7fef0747d91c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,3f1dbe6c-2494-4e28-8ea4-62cbffa544cc
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.3.3,modeled_data,kg/kWh,CO2e_value:0.062,ce77f830-49d3-4973-80da-259f9861badf
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.062,274ab710-110b-46a4-8787-9be6a3bb8f8a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,bdf39d40-b11c-4ac0-b72b-4218b6c3dfae
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.4.3,modeled_data,kg/kWh,CO2e_value:0.062,9dc0fdfe-61f6-497c-b1be-159cf228ef59
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.062,8f7893bc-0ad9-46d4-9598-9c8f3fdf893c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,e463bbaa-2e2d-4a97-aed9-cbf547293898
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.5.3,modeled_data,kg/kWh,CO2e_value:0.062,8bbd1af4-b1ad-4a01-9b22-3636788e206b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.062,60a2b53f-43a7-4d24-bdf2-dbbfd4f7a4df
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,6d6419a3-b675-49c6-a01b-7f86466c3ab8
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,I.6.3,modeled_data,kg/kWh,CO2e_value:0.062,7c2ab55c-6c1e-44d5-a087-082d437bfc92
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.062,cab6b4ef-d73d-434c-ba7e-3e46e88cb00e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,246a169d-4632-4ee1-b30b-58ae04717917
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.1.3,modeled_data,kg/kWh,CO2e_value:0.062,cd99b36a-5598-4c0b-b623-df3af6a0cee7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.062,e99fbdc4-ea61-4054-be67-7d3f0f7f6e5a
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,e220e4fd-3fb7-4dfa-b5af-5c2f028a2778
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.2.3,modeled_data,kg/kWh,CO2e_value:0.062,ff84459c-925f-47a4-b9cb-0d8b77b85ab6
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.062,92ef60b3-c8b2-414f-8bbb-d06dec059b11
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,1a332c1c-ece8-4b58-ba4c-495ccd0817d1
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.3.3,modeled_data,kg/kWh,CO2e_value:0.062,cfc10af3-f4c2-4071-9d7b-306723d8c54c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.062,79962b7d-c661-4697-990b-71173a4d12ca
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,d2ef195c-fee6-45b5-ab90-b4c0cd919a98
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,0.049484831521827845,II.4.3,modeled_data,kg/kWh,CO2e_value:0.062,1e805f35-5d03-4832-840e-8a6142fd9f5f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.062,6c8f0a7d-79c0-474d-8e6d-dd7006206256
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,fe3ac4a2-a353-41a4-a420-3d63a5116471
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.1.3,modeled_data,kg/kWh,CO2e_value:0.062,15cf813a-c2fa-4caa-b334-70888a2e388f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.062,2ab01d55-c33b-4ad7-8261-0a89f7fcbd93
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,9ca00463-79a5-4d33-95e1-9b4acf2f92ac
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.2.3,modeled_data,kg/kWh,CO2e_value:0.062,3cb031b1-4303-497d-8267-206244b7e316
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.062,985e5fce-db34-421d-949c-7043850f184e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,65822197-7b34-43e8-9818-b4e2d477e6d3
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.3.3,modeled_data,kg/kWh,CO2e_value:0.062,4de1faa0-92a2-4ac9-8f5d-bce2a00ad798
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.062,99853850-da0a-4189-beaa-24dafbb912f7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,444c67fb-8319-4984-b66b-03d9a25d4df4
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.4.3,modeled_data,kg/kWh,CO2e_value:0.062,306f7620-dfcc-4971-bf56-b24c136d1313
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.062,fb9a1175-b275-43ed-9298-2cee07d78491
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,ec6a1831-93c6-482e-ab03-33be461bfd70
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.5.3,modeled_data,kg/kWh,CO2e_value:0.062,14228157-d86c-4890-a515-c7a36bfeee20
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.062,1a602a0c-ca8d-48c8-8e8b-cf844c01fa92
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,7885accf-c22d-478e-ba23-3e4d94bf20fe
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,I.6.3,modeled_data,kg/kWh,CO2e_value:0.062,6abf943c-4ef0-4e29-b598-a882217eb333
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.062,3649f360-e927-4243-8a4f-f204b4d00184
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,c7abef5f-64fd-4ec3-bcce-bef0068f9b6c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.1.3,modeled_data,kg/kWh,CO2e_value:0.062,346bcdd9-6c98-4e01-9b61-81b9905630b5
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.062,62b66999-55b4-4b50-b9a8-c766f9c2032e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,45b46450-ec32-42ae-ab46-486729c0e326
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.2.3,modeled_data,kg/kWh,CO2e_value:0.062,9e10a0ce-0848-40ff-8cae-0b0cf3f66db7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.062,388b023c-227b-43e8-a580-7ba898403a5e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,564d3870-d56d-487d-87f2-eda202a7984f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.3.3,modeled_data,kg/kWh,CO2e_value:0.062,b1d531c2-2f79-4038-afb6-4a0edc373528
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.062,c26eb6a9-752d-4bf1-8a71-ea5855e0f9fb
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,de02f69b-54bb-42a7-ac9a-a28877b7fbbc
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,0.0003113559030316349,II.4.3,modeled_data,kg/kWh,CO2e_value:0.062,763806ef-c9b9-4807-94fb-ddc883748e42
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.062,7e6068b4-3af2-48cc-97d5-73dd45ea5aed
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,fc45190a-f13b-4985-b7b5-45c34763a61e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.062,18624da5-eeb8-49ab-87ba-b1703371f809
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.062,6c827d93-5300-4a17-abe3-d368772f3140
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,9ecde395-e80e-41a5-b875-ac4cc87aa331
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.062,63fc4599-086f-4e88-a61f-cdbc8960a529
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.062,9ae67b62-4e1d-4ad5-85f9-70e1dbe1ef7c
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,3ad63e1c-ea71-4842-8880-0e2ccca686ed
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.062,c1ec80ba-b622-4a3f-be74-1c35d1a73f4f
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.062,762092f4-955d-4c95-a75d-c432c5a3e35e
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,6f30c26b-39c1-4fdf-bf70-5e0282f7c287
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.062,ed60a23f-65b7-4468-a894-a84beebc80f1
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.062,8184b0dc-07d1-46b4-9ca0-fc15f04743f5
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,b6154236-5307-4065-9386-e318faa31c77
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.062,87cf8420-7446-4b3f-9ce0-80532fb75cbf
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.062,09ebdeb8-5184-46e7-bc55-6d91b2c487cc
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,469d0283-0ddc-4656-9a72-d5b34b8ad435
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.062,dbde6941-4f44-41ef-9a75-15dd6b4166d7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.062,d0c9061d-636e-47ba-ada5-5f90ad56511b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,6dbd5f97-be3f-4eb4-b6be-b0d2e91dbeae
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.062,6c9e895d-3c32-43d6-8c73-1762928e12cf
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.062,c5ea2b6b-af80-483c-b31f-fe57aa707ed7
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,cc833c62-66be-44a4-ac28-651231eb5346
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.062,c65a65b2-65ba-4f53-9e46-cb868fa1bcae
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.062,42482782-60ff-4786-ad78-0417cf68ebf2
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,daeabfa9-9b49-49c6-9d65-01682e4cc8f1
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.062,cc4bfa88-0d67-464e-8934-1a84045d6115
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.062,76619cdb-4f2b-4780-8c89-bdc93e36e750
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.062,c4031166-865b-474b-8fca-47bb486decf8
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,1.1328944945473408e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.062,90ad8e44-cbe6-4a1c-845a-bceb326ebf87
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ce5508f7-a3bc-4b89-8f18-fe2f1d25ec8a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,cf3d01f0-4a1b-490d-8da7-c9e231835b71
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,d504caca-f644-4853-b84f-d479b3213d78
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4cb74fd7-ee7a-4cea-9f01-c4c43adae301
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,aae35eb7-ab41-4bf1-83dd-3b5293682d5a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,458c4c63-2c99-417a-a1b5-204e43cf9e31
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1880920f-9c41-46b0-b8a5-c9c9e89f5c55
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,be847f65-1c72-418c-98e7-7177c077292a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,78008d60-6092-4f61-ad7f-e64b9dcc95d1
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,10da0bdc-1eee-4ec8-a3ac-44765a801c6f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0f64dc50-cfa4-4310-9b4b-f024d1d9305e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,68acf78c-4d12-4484-b8fe-93b1f4ca9255
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d21a0398-0e5c-4f83-aa4a-ff6a02f1c483
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b4b9609f-ac43-4d97-a4b5-69a151d6ab95
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,3624fd88-4153-4c04-afee-fcca37856d0f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bacd7cd9-188e-4ef1-ba63-119fb3692921
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1e62f82c-0a30-4518-9742-fa6117dcc90a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,54e0ac18-da61-43d7-a1a1-725df599c952
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,53fc5a2a-b19b-4722-a77b-5010c040713d
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c5c88ede-315b-4c06-bc1d-8bb447320dff
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,d619d93e-eea9-4f5f-8330-98cfe8614bde
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e1cac00f-a183-45c0-9282-60739c4035be
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4146cc63-412a-452b-9b40-58334cedcbe8
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,ea9426eb-a38f-42aa-be16-e0714aaf3da1
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,26fddf41-8309-4600-a01f-d1e5b4e194bb
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9d4ffce8-ec7e-4f60-b39d-c07e1e102cdc
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,cce5a99f-6ebf-4d48-8150-f89b4cbb4032
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,00cc3b75-df20-438b-aa28-1a8612b0bd59
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,81312975-2627-4c4a-be1e-268fbf4ccf5a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,0.014772388344741726,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,0a227bf3-0439-40ae-9fde-217c92d2cce2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f01e0e80-2bf4-45c7-8398-b4b7228ecde9
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6b1c455d-386a-4d23-804c-ff77c098f645
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,a64b9308-dd77-42e1-96ad-59859e9daefe
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a80859a5-9651-4e11-b4a1-e50bb313c73e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,81b5c284-186c-4344-a0e8-ec4feb0c2565
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,44cb016b-bcfb-4ceb-a6d5-573d4bfbc029
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0d01a242-a6a0-4094-b904-2b4fdcd394ab
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e36467f1-852b-49fd-a82c-b33647ae3aa7
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,b0357b6a-0cbc-48f2-a750-609b78638bf1
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,982bf051-7a19-4d8a-ae79-7c0f0cda2c0b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,25965bca-1563-41f3-81dd-aa023eb3fd72
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,a2d0c596-3342-4f43-96dc-6350ac38318e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7045ecfe-f73b-428e-9ec2-e23cf03dac78
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,43b637b2-ba36-4ee4-b357-80d0bab0359c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,2d892112-d25c-428f-af48-4291452d0175
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,744a7b58-7d4a-4d56-892f-ec52c9408a5c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,8648cec5-1c56-4339-b4d9-737de303c1fe
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,04da5595-10a5-46ba-971b-4d5179c53ad2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a9258237-ab46-4896-9ea3-415eac79d5b3
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e749f77b-2836-4aef-ba05-d76ff0657309
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,2ac22bb2-8466-49e0-84a7-f367acb2eaf0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c1e91e5c-cb9a-4a2b-8dda-b33469898b8f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,030ee628-876a-46c8-9e64-9ac866e3ab9c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,3397b3c9-e085-4e32-bff2-64d8b1c7e605
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8ed90827-126b-49ea-b80d-e97794d28475
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9e6c4104-da98-40c5-a7e0-77c62e370173
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,e448577e-5d98-4c4f-a81d-b98599d2a0f9
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d992cb96-1198-41c0-99de-215faf47e80b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a7f3c386-7bb8-49d3-9aaf-e91f538f686e
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,9.294707431674742e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,2f6e6baf-5928-4858-9441-80855c59d8fc
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,deca22b0-da7c-4dca-8fd7-8273ff60b308
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,58ed7958-60bf-446d-bd84-8f558e455f5c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,577628d7-0794-45a8-bede-95bcf0b74da8
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ab3fb619-5121-4111-b3e6-c0b4b7eb31b2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,abb51acc-dfee-4310-8c4c-b534531cc73a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,b2d34295-8391-4f82-bd5f-20672c75292f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,dfcbb373-ab3c-4948-8991-a81a2f33f3f2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,44efb739-855a-42e6-a086-c28d0425d60d
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,77f2d3e3-6032-41d1-bcbd-cf51cd1bc717
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1c509473-92bd-425b-b7a8-79990702c49b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,8cd9e8d7-571f-42d0-a99d-6358b6a1cb1f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,2f51f309-360d-4798-80a0-79659d3f9820
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,500d0c2c-6292-4e58-9df2-c3faccfc3248
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b6e2062f-ffa4-4048-98cc-7e280d40bcd0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,f13cf7d0-c448-44a4-b7e4-d1bc5cf3cad4
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,2b393f3b-7f14-4bb8-9d50-c9aaee439e9d
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7b215227-7a0b-4079-a4a4-f3fa86666643
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,b7f839bc-b42d-483d-a7ca-6dc7999e0b14
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,70a0d19b-ca81-4f25-8c30-4954dcd3921a
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,89f5d71a-b7a3-4c03-a829-22e58244be93
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,334a0520-201c-4c84-bd11-06b852e51bfb
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7be39db8-bd53-4ae1-b7de-e1da5ea951a0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2fbdbfd5-a789-4fa4-a718-b35479afec7b
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,e3c5ed52-0980-4d24-a046-5d9fbb9a7f2f
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,49a9bb6f-a87f-42f8-b7ee-1a39072cf8a2
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,247c3c67-72e7-4b83-a9ad-695e520286be
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,5f8a252a-efcf-438e-86ce-3de51e9c09bc
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,cabe46e8-b519-44d0-b670-8b892f420752
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9c55d9e0-8123-4ca8-96f3-0707c10a1e84
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,3.3819570386313476e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,ce3d0c7d-8e86-4945-b1bc-1c8a397b5285
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,11ec0d54-dd78-43b4-a847-f5ac5fac0e49
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d2c63972-9712-4665-96d7-451275284e51
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,2474c5a7-62ee-41ea-93af-bc9733fcadab
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9579a7ec-1946-49df-b4e1-4643979b334b
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,cb98cdb6-aef8-4ba5-a9fb-decf86503bf2
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,96389b95-44dd-4a13-bf6c-42763b22afff
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1d343e49-c0a1-4b5c-8079-df85581d8e23
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d73bf605-5aa7-45d9-b164-004aa80247c9
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,69750655-b287-43e7-87b0-7175dd4d4ed6
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c6495698-1a39-41dd-8008-460e367b8c13
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,4305006b-d621-46fb-a688-e4e60cc164ac
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,a6546c5f-d569-406d-b5ed-77b43e083735
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b7f14ca5-cbdb-4c10-b953-0f71347890b5
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,030e3f2d-59f9-4ddb-97cf-0e0d7653cee4
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,ddb37b8d-eabb-4ba8-8c5e-06f4b8152901
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,8403a461-27f9-42d8-9f2c-a380dce7fd3e
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,8d341975-1347-490c-ba47-971bcc7da859
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,af5cf4c1-41ac-45fd-9d4d-6522d88ac6e0
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,06297855-ff55-47b3-aca6-405c960b6cad
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,28727a8e-8ceb-4c84-876e-6d66f5b59c4a
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,dd94066d-4ce4-4eb3-97c9-94644533bc9b
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1dccdb25-b641-4002-b45f-35923a2cfb25
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,facebc88-8ce8-401b-aa28-eb624a58dd8a
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,86860d6a-bf46-477d-83ff-505cd65f60ae
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,779c6884-696f-4119-844e-bd79b9b31186
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,51c2f9ca-7b2e-43e2-bbe3-e73b539f363b
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,734edb2c-5514-40d9-b982-fe682fc93597
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,39da5390-1404-4599-bfb9-26e531a77520
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,1903daa9-baad-435f-a97c-ba4c5fc2a31f
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,0.030313553267687227,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,a1882b8d-711e-4268-a216-29b7f852a9cc
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,ce9c15a9-8d22-4958-bbf3-039ef29934c6
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,fb6861f3-e0f1-462c-8b33-c134c14ad5da
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,9891a89b-cc5e-4e2d-8fc1-05ac237c47de
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,56cdd096-d78f-4bb2-b949-9741493d901a
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,47eeb725-e295-4fa3-94af-b51f2410e6ff
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,5008b152-e7f4-4212-80f4-a494ff98f32a
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,f3c17024-70ee-4883-a1f7-d4f88ac5309f
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ea0dbf8f-6caf-4707-9862-d32af9832781
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,9216663e-57d7-45b6-bdf7-d06d2637d846
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1a849876-2eb8-4c18-b0f2-65228b12bbc3
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,a477cb0d-866a-44d7-a160-53aa9fc28a83
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,4e27ee0f-6e91-4708-9a81-899f0890d5f5
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,e933833d-dbb4-4935-9af3-87a1124ef22b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,6d112f6d-907d-4dad-8466-4b0dd2701c00
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,a8f76b88-6891-430f-83c1-2bddf6c83053
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,3154ba83-5d08-4506-8ed2-77198585cc8b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,bc4bfd36-21a1-4d55-babd-031a60f465bd
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,2cb65e9c-4216-494d-ac64-1058853a6805
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d713437b-ad24-4d17-ba0c-b5dfeda9df99
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,119daa87-a256-42ff-a50c-d91e4647b4bf
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,d1ee30a5-bb71-481f-99f5-dee7d54e4ba8
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,3b1aea53-aa09-482f-b14b-993f1eedb83b
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,5ee05329-2033-4de6-8139-4da4c57d423d
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,7a323ea9-f815-4bdf-a0bf-7184a46b31a5
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,2d8cff91-798b-4af2-9cb3-0c03669e098e
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,36b55340-de30-424c-8a7f-276b4e1b3ac3
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,45dc1230-309e-4668-9859-d61fb0df5624
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,8d4292d5-5e18-42a8-932a-c1876edbd40a
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,25d0e34a-27da-465d-8db7-7e89a64aaf70
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,0.00019073124958695822,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,72156e3c-fb57-4434-b701-a786caf41443
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,8291d6ba-30c6-4442-88b7-6e3f04d8f0e0
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,88cbe6cd-6d84-4131-804b-7a83905d57fe
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,7e0633c2-ba44-458e-bdbb-63015e43a350
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,1e668de1-9e74-4ef8-b2e4-ad684ce0c65f
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,84489150-f7fb-4786-a890-8233df0131b7
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,a22cd96e-a458-49e9-97d7-0f81e91a5961
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,de1b4a9b-1121-4673-aeae-e4cb310981b3
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,6f3b12e8-9651-44a8-a349-abedbd1edacf
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,52c2b200-991b-49c0-853b-be180438a674
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,22426a69-de4c-4437-a4ec-bc2e86e2b01f
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,adb70ec1-19be-4246-b061-b76df40ad26e
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,fb7c5b61-f1f0-4b54-9677-41fc92dead85
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,200ea757-77ad-4e14-8be1-e10edee9fd48
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,dd3cb65c-67c0-4fe3-8fda-c963087aacfa
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,19b78eac-ff7c-4179-b7f3-ffc1ab45eb2a
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,f2c6c2cb-9829-45e9-be63-12ce82d0ad86
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,343a5be3-1cd2-4822-b115-97c79e06adc7
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,ba3914ff-7b0e-4591-b07a-e73d36f27e24
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,bcb61288-5b04-4498-ad48-95ca7efe09c6
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,716b15dd-bd3b-42a4-b88f-5ac8cac4b756
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,35fc39e1-bc23-4eca-8669-c31e79a47912
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,836e7939-1a3d-4710-abe6-8952b233b3ec
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,0d30ca33-9be3-4cd1-b0b4-2a87a5d4eb2e
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,b6861d3e-201c-4b68-8b5d-dc2c585d4e45
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,bf85b9d7-8c1b-4cca-81e5-310aaa702bb9
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3a03503b-af63-44ae-9623-f11d243e4785
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,7dc037c7-8082-4993-9c67-960c8efc664c
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b9623379-0441-4329-ae59-0f56304e17d8
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,177e4892-dd3d-4aff-8253-313dfde9e333
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,6.939916041137186e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,38071055-9c07-4350-942b-6554744511b7
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,378176fe-9dfe-44a5-b6c4-354829842f03
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,ee581bd4-fc9f-48e4-8077-50e47ae8a9cb
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,4e0dd55e-4cbe-47e5-834a-098ebc07fe0f
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,82aa9c06-43ec-400c-bb89-95f2f9e2dbfb
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,eca18b48-8a8b-4f72-8254-9e98b47861e1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,60a5b30b-e1c9-4ab4-916c-8181a8670bc5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,dd791495-3b62-488c-963c-1924a395e2da
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,eee85c87-b29f-45fa-b1db-54e78b7d6f9f
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,6b016505-ad43-4a52-aabf-21ddb813f3e5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,158d4bac-5746-4cb3-adaf-80315fc95a3e
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f37f18dc-6fdb-46eb-a63e-8f52163700e3
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,3abea203-150e-489a-bcce-87fb79164f65
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,1e3febe0-5fbc-4138-8af8-d42d50112bae
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,6e141533-e8eb-4f8a-8c6c-32f4699c0e0c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,afc46095-b77a-4f55-9be0-5ad74310b3ab
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,6644a519-3a7d-4284-af39-0d16ad93aaf9
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,d2606723-43af-4e9c-93b0-995a234afdbc
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,55118a76-affc-4130-a0b3-36af5b7539bd
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,81b4c7de-6dfe-4b14-88a1-d26ca1ab96c1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,46b08c8c-a371-4f6b-9937-1e9a3ab6414c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,98156b2a-d167-480d-adb8-54f14ccee3b0
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,7bfa53ed-eae6-48a7-ab18-7b1da782d983
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f9ca0bb9-6e61-4257-a015-739a48c66569
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,62f42117-abde-4e68-b5b8-daa8c2b4bc66
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,78667b73-e620-44fb-8e7a-c653cc09a5fd
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,0db7e534-066e-44b1-8096-8a3657fef56c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,8f1d43a7-a523-4eb9-a4f2-5be163a34a09
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,c51a47f4-fb26-4644-bd1f-975b4a2deb71
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4e1f5f7d-099c-4d2d-b67a-ad8ec5d8b446
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,0.026647909539612265,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,b239d909-b4f1-42a0-b9e5-efe66fd9330b
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,51e5aaf1-f42c-46fb-b0ff-3fe273d70b9e
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,dae5c2d1-e99c-49e3-a058-fcd65f378545
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,1c6e1f87-901b-4bd5-be96-928e801e567b
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,67fd8638-d114-4b21-833b-4cef8e5e5a2a
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,6cc9f674-783c-4e94-be0f-e528009129c1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,08db34b0-3877-40de-8056-51533189c9f7
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,241b494c-0778-4c6f-bbf2-40fbe0d62463
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c13c40ff-9b1c-4953-9394-8b24018ede0c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,1d9e53b1-6b0d-4178-9284-4da62a7dd672
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,4de18922-6b4e-4e6c-869e-41fde12e5992
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,5aac9f80-bb69-4ad0-a058-19f95e8dbfe5
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,b52184ac-75cb-4faa-a160-e58435d23cd1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,eb2d1a0f-e134-417e-a8ee-c1db0c5313b4
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f84c56aa-b73a-4deb-acd3-29fa26d5ce61
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,380cdb5e-7db0-429b-8f27-7c7c52512a08
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,1dc97c0e-0eef-4e6d-afe8-d290d84f7b3b
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,d4c8f43e-4a15-46b2-89f6-9c955706b875
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,6f10f9df-7643-4020-b26b-2c95303aa36c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,f6f9156c-2833-4639-8a76-903553d6ec9d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f43126e3-f9a6-471d-b49c-8dd7c50bca6c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,e4e88bd9-d1d8-41af-a64d-bda7861b4d56
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,dde92e9d-5a3c-4703-9f23-da33699584a0
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e4ed16b1-7777-4998-b83f-178d58b8665b
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,1f595243-c4e3-4667-a7c9-075ae30f9e8c
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,eea9a862-9efb-45cf-b6ad-8d596ac8d217
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,2575d2da-76ed-4385-b304-d1441ebb66f9
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,55809387-f0c3-4f54-9349-0202109ca587
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,9d836d19-c84f-4de4-815d-495eda1f8461
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,8c728ab6-f1e2-4aa7-bd22-fa2884a51819
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,0.00016766721606299663,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,0d5ee220-b428-4c8f-9be2-31d907807bfb
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,5a9c1ec7-494d-4b3d-8328-ad8e458ec112
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,a2772a8c-f00c-4f96-adb3-7ce8b11083da
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,8f591a61-e04f-4f1c-bd06-19b0aacc8cc2
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,780375a3-1370-49bd-9eb9-18b1b1314ead
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,fa5059d8-b6dd-48b0-a9b4-3d4081d13031
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,866d0806-3c69-43a6-ba93-abd465481312
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,e170a536-56bf-437e-b082-dfb74e1b0a42
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,af52aa17-72fe-4e9d-80e2-acb5cc3be909
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,0c7dbea3-075d-42ef-ac78-7b66ec219fb7
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,73ff1c27-52d7-4503-9643-e8496059fab1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,4ceb5847-c671-41cb-ace3-d24572923e1a
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,b929bf8c-eaae-4a02-a93f-c456db6d1d62
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,e9667cda-3c42-4b53-89bd-73873f539a01
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c9e0e09a-d22d-4615-8950-199b01cb7244
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,a388c286-f6a1-4c9e-a2eb-291fee5f2918
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,07fb98d1-3357-4d2a-ba01-8ccbd3bcf6ad
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,b43a195f-09dd-4acb-9c8a-b0a58bdff8cb
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,5ff4e18b-b757-429f-91b6-d762ae3dc8b7
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,a3cc3f5a-8706-483e-b867-67bdef209bc1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,bfbf61a6-cfb6-4051-adb6-7630f6925b0d
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,58069174-fd08-4d91-bc42-2a8ccae87204
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,cdab4fda-ee48-4141-809f-414753034ea1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,75b1d225-febc-4da3-b45a-ab9280f0d323
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,b5eb19d7-3ac4-44da-9607-70722950c5f1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,eeecd291-5ae6-4c6d-92e7-81873dc3d796
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,04107f9b-82ca-4081-91a1-dc34627a8390
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,3a17dff0-b6fb-40bd-8b6e-f64bf65c5943
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,da2c868d-5574-407e-a2dd-14474c7bb5c1
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,0fb5b34d-f57e-44ea-8de0-312c62d321c9
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,6.100711890936874e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,e275a655-7050-4764-ac84-24ed5a0ece70
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4774491f-91e4-4c86-8351-ca91b4f61fa9
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0fe1b556-8671-43ce-b601-cbcfd2244a03
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,0f87d353-f13e-41bf-8a47-eed54b2f1b89
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,95316ddd-7d8a-4d12-bdc9-13c6867c8bdd
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,7fc0fcf1-3fb8-4c23-a44d-ad7db256f79d
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,ebf7125d-b03b-40ef-9a51-23f88c430e0e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,05a0bbea-e4ee-41e6-80fe-e0c1ceadb5c0
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,bcf18c10-ff8d-4455-822f-1f89beda76ec
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,1f6f3658-13b9-42dc-ac0a-c3c7c312ae7f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,6a1c2327-6162-434e-8065-424257ab8b0a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,e396511f-db66-488f-bd29-b56ce729ee1e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,77fb0508-b024-4ffc-ab01-b300bbcafe1a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,68f2b671-4591-4c3b-ba24-2503e1801e08
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0df91439-43ef-4271-9d4e-d13bbbac5b53
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,b1a4f942-22ef-473d-8658-34c740268b8e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,858b257c-9d6b-406a-bf85-48c6b8d0ed93
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,2e4f58eb-9729-4e64-8302-c252add53fb5
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,b836e794-ad38-46ee-ba8b-3c2d837a2eb5
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,8528b538-4ac6-4bae-9cc0-055047e741cc
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,f141c4af-e1ea-40ed-a380-61b5fc9336ac
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,8b486402-c408-4c44-96d9-7ebc6ead0c9c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,2e74e143-b75e-40f4-be76-fdced6e24315
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,e8c3cff5-c376-4e01-bdbf-dbc688ead96c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,6a9746fa-246f-4964-b44a-8a92cdfe9d06
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,23f07f92-f9f7-429b-84a8-787267ebb514
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,7cd14692-10a6-42f3-b923-9d224f1e7e80
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,dc758de5-ad5c-4dcf-9f47-b0bc38c90497
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,4e69887c-4b84-4d8b-8548-c02aca3c343d
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,fc1e18e9-61a4-4939-bf42-7b794d4d8aa2
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,0.03403838383838383,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,7e718860-c24e-453f-908e-10089e343820
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,0547f4f6-551e-4d54-91a6-da09be3becc6
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0d76459d-92ae-4098-954a-7ffc8b36da1a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,b56e6b08-5fd2-4e0a-b3e5-94a21d976251
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,57c6b407-77c7-4c50-86ca-e4745a292bb2
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0d268909-71c5-452d-81f9-0d49c49a4259
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,d470dad0-bf43-4770-ba54-a89d2e0c5211
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,f61b2bc5-efc2-45a7-acfd-e739d059b60f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,36d4cc6c-69cc-4bf8-802a-243cb7784dab
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,75429bf6-46f0-469b-a274-ed32cd296aa4
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,18811fa4-fbf3-4143-b3dc-e00f095ca25e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,588c89b6-653b-4644-a34e-7371b06f5e1f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,caa9bf19-9587-4eb7-8b4f-9313d787947e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,47470460-1671-477d-8c24-ca62e77b616c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0f45efd4-dcfb-4b35-9777-edb6945b06ce
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,b20f58d0-fa09-47ac-8001-b90982538cf9
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,86bbbcf8-1dce-48af-9729-ace7512c4225
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,b16964fd-ad42-4b86-b146-f0f096261567
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,1da651b8-9bd5-4edf-965f-819996f99252
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,bfc167d4-879c-4ab4-a1f3-e690b52ac051
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,3a39a85f-84cc-4f7a-8530-4c89a628ff04
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,49cdc08c-9b2d-430f-aba6-db18a05381b9
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,5f050d25-1071-4e8b-b8a2-e5cdb4115311
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,90811d38-d1bc-48c6-ad74-21655d716a41
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,ab98bb45-a215-4888-8f1d-42a4cc2e3f83
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,526fe39c-8243-424d-8c55-661308f8b0cb
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,2c0749c6-54e3-409b-9931-098cd3578434
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,beda5fdb-b6fe-4cb8-a406-a759b5b9e2e0
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,8aaa09cd-82be-4955-ae9f-fe57a4fd3726
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,295fbbbc-f116-4394-ab8d-50ac8eb42b7e
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,0.0002141676835468781,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,e15dfbc7-8821-4f35-a1c6-30bfbcbf08d6
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,e7a3e525-0d96-4d6f-992c-32ddc667f954
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,0ade84d9-5ea8-427f-9fc6-86070dc95016
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.043,7f68c494-5878-4725-a93b-c3ffa9d792d3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,f69b6fd1-d61c-4c9c-b9f2-53fd55ea57e4
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,05dce556-225a-4915-a925-e327d4312fd3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.043,e029ecdb-7174-42bd-bca1-da3b1dca6218
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,ea69cab6-f714-4923-8569-e7219821746f
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,93305d23-bc6d-4309-9ec9-fac51939cd1d
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.043,5b3ed7ef-d8e8-48e2-b434-6154f82bde64
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,fbef70fc-7334-47d6-9595-d0c836517adf
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,36a873c3-3b89-4995-a704-b9a35fc06297
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.043,f8753565-5503-4833-9c72-4879ccb23810
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.043,c671d3fc-36c8-4dc0-a4e8-3d69d966b2a2
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,4c767e8f-b23e-4129-abd1-90b42a59480c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.043,68bf48b5-901a-4674-a7fe-7917fb8d001c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.043,9d41f5ef-3a0a-491e-8b9f-87c9776e43df
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,e7b64e4a-1326-4ef7-8a37-049dc61a36fd
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.043,0290815c-8b8c-4b65-9386-964297b3d7cb
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.043,8ce33fd2-3480-4809-8de5-f8f1fdc16fe3
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,31905f23-0fb6-4cf3-9f97-7fe1af775b0a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.043,06af28cb-5366-4434-90b5-289ec76654c7
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.043,83ddbbce-a157-4436-9518-a6241a9735d8
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,6771dcc9-580a-4ff0-bb8e-a2c221a48058
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.043,3ab40ac3-eb04-4669-bfc1-e5cfc863c7bd
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.043,443b2206-e7e7-4d06-b793-027bd3210c92
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,db1484a0-40fb-4409-b0d6-9e3799a90e21
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.043,07855711-4538-49e5-aa62-641e5ab28dc1
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.043,715e5e65-67eb-4b5d-8c3f-2ada2b569898
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.043,9b18c01e-eae4-4315-8ddd-a2631aa04140
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,7.792670292670292e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.043,2168e3dd-d7f9-42b1-aa7f-c9a7bfef788a
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,4c26c1b6-f3ba-4264-a1a9-73b26af12195
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,536dfc79-e3ce-4096-bcad-692b43444c2f
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,50011664-46e6-4645-8b4e-8dcba9077d2e
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,dd278ced-26ed-4d68-a57d-3747cb4ac293
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,b8e2fee8-de3d-4cab-b4f7-aeda9b249bbe
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,886f7167-800f-4da6-9830-86ac364c887a
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,77fb53f7-01f6-43f4-adc3-75375599d879
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,43159764-cf51-4b3c-8e43-d111236a1918
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,59e33f54-39be-4fdb-88cb-a78479fe89ea
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9daf1c48-9cfa-4cac-b477-cc07363b72b5
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,fe8a3445-5a5a-4db0-a8b9-62a81135fcfa
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,fd8872a7-3a93-4034-bcc0-09bfff6422ba
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,09026459-0b6e-4f28-a764-d49d718c56c4
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,5cd457ef-624c-4125-9efb-0da2d019124e
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,650190f7-261b-45f5-a9a2-f616c556d818
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,719ada02-8157-41dc-9859-5f93fa68c4db
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,6c8c3655-f615-4701-ac97-02a0a2e2d903
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,7688c3e7-a446-461c-bc44-efb99d863837
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,b116c7b2-c73d-4f00-988d-84ed00c02b6c
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,93ae4764-b791-4ce0-a63f-a13d50ec96e4
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,014d5c32-7724-46cd-9715-bbbad4a64399
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,c043bb2b-fc9c-489e-9354-002af5d36c47
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,76d90840-5bc5-40f9-840b-56334ccf86ce
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,88ac5806-eca9-4bc3-80c6-c6a7a2e22727
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,2c5d629a-ca37-4c4a-8908-08e2e3348c69
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,7a14bb14-11b3-44f9-9df5-6c5f9040c76e
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,5639d628-2bf6-4d95-a74e-170bd5522fc9
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,4f079096-623c-4171-ba36-2c08cef4405f
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,60369705-294d-4e31-b282-2217d92353ff
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,0.05469770353448882,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,359d22eb-3c66-4e94-9dec-902f487281b0
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,95362fb0-c240-4e4a-9bc5-f292e1676468
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,d60bbd71-a13d-406d-9e5b-ec8a242b0aaf
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,dc6050c5-94a8-4b48-832b-0bd1db397cb5
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,cffafd7c-782e-475b-b7dc-cb2a325ad360
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,63a5e14a-814c-40a0-afde-3c0396e0d27f
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,33adfa91-7e74-43c6-baf5-e9e7cd552cdc
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,7d17586d-e03c-4f71-aed9-2d9ac9bd1529
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,cee857fe-300f-4722-beaa-ac57edeba493
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,87c60c3a-d6be-4fcc-81ed-774fd55d4d0a
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,b4a8d6d2-ab1d-40ff-a0c5-fbfa81ebfe66
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,96230e57-6ed0-41c9-9e29-b96fe58d14bc
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,e9d09992-06ae-42bf-b4ae-c94e7c1bc956
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,b5ece6c3-5593-41ee-96c1-2d047f0ba6e7
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,bcee0283-2240-4a5f-9b16-9823a4c56027
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,eb2b4783-d32e-43a4-8ab9-0bfd94395ed8
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,b554b414-bda8-47ec-bc16-f777b0527530
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,05febdfd-c3fd-4e0f-ace3-19cd59d60ac6
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,932c5d55-1cfd-4275-b899-2edf958cfa9c
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9703cc23-1c01-4af1-a9a6-dcebc9799481
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,813a8825-5bc9-4216-83ce-c887b745c5d7
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,6587509a-84d4-4c20-b611-14379e8af946
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,59f1de29-4fa2-40fe-b806-e288d57c2e6c
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,b7980b17-790a-4706-a185-e0418e52bb95
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,2f613c98-1195-4167-a551-bedac4c78ab9
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,ee514768-bc07-4bee-a330-b61d94380440
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,c9f668d3-1f45-466d-9105-6c7a2689c358
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,5afab8e7-1e49-47a6-a701-e3267de3938e
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,ee597b27-275d-4930-89f0-0d5fd076a775
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,cabc4b52-d197-4b23-9699-adc5ce192fc4
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,0.0003441550138495521,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,32f7fc46-3bca-4ac9-ae59-84d623b941cf
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,5afaa7ce-072b-467b-aba6-0b192e745fd3
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,9c4fa590-4c02-4c16-9f94-78181a879921
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,08f6dcc4-d456-46da-9e1f-692a4a0bec6a
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,1e0322f5-178c-4269-8c2c-0ad368043b77
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,a2b01ac9-6740-4b68-9169-9d282a291168
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,61f55b0c-9d5c-4456-aca0-532445baca3e
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,7745faa3-9ae0-4433-9d67-9574606be02b
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,4aae0ea0-702b-453a-b1b1-07aadc477839
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,a4d02632-0318-4c93-aa82-d6c8f558fcfb
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,aa80216c-fe3b-4cd6-af17-7b0e8a2899dd
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,39b8342c-8f14-42df-90a9-e53a802b2ce8
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,6bd1ce09-a4df-4999-9d33-e046a114fac4
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9759ac40-2c18-40a3-beaf-ef0c4ae306c2
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,d45ebc95-3742-4d79-bda4-55b677dd1e3a
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,b08ff00f-ae40-489d-a5fe-91ebfd457792
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,73e2d584-3a22-41af-8c63-4ddc30fb031d
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,96c30374-c78b-4a10-84ed-3294af5fbabf
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,46134b83-4dd8-4ba5-842b-5eb4d7873f7e
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,83a23680-de1e-4e93-be0b-c354953c4cf5
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,4aadc47e-0874-4d88-acda-2cfbfe83ceec
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,b392651a-da89-4b93-b18a-bf8197feb581
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,0d9a5a78-af5d-45d5-80b1-043a791403ff
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,f2a2cc89-bf30-4aa8-a054-5cd7ac27c0ab
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,2a82fc18-1723-43ab-8050-09ac23e2bea7
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,13d08587-c1f7-4593-843f-f4f710c9dace
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,60eeb885-8ec9-4d05-8c47-96f81845694c
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,6d30a022-2c15-43e1-97a6-760e14d25765
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,03a12b66-2bdc-45ac-8d9a-dea4c512b8ce
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,14eff175-aa6c-4c83-a996-c560ce1c0a8f
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,1.252236802529506e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,ffebdab2-f0ec-4009-8072-6381959e35bc
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,c3a4804d-c5cc-488f-ae89-7048970156f8
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,101a979d-5639-4c37-b964-5c0e74a793e8
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,4148cd84-e41e-4b48-bade-ada041ef45d7
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e3433781-cfef-45e9-8a3b-278c5bd6f12c
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,95fbcefc-fe81-44da-b5e9-faf3c2245429
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,a14e47eb-17eb-4ecf-8510-e8f11fedbf53
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,9e5eb6aa-b545-40f3-9b7c-942e203b71bc
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,cb451b1b-8d30-4bf3-9ec4-265cb4f04247
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,c48e8fd3-beab-4ba5-ad3f-1c6d0abdeb6e
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,09dada56-7bd2-4837-a557-d806af65200e
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,65512acb-8c48-4ec3-bf95-2484782296fc
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,894a9e3a-0b87-4c07-b1a2-921e1724b2d7
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,406f01d2-fc16-48ec-b139-2b6ae41b06f7
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,5d7b1dd6-1e1f-4ae0-b7fc-f643c4333462
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,d3e7e262-2f5c-489a-87f4-46e40f65d57e
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,1c748250-6870-4e3d-871f-be2937d17c43
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,4b8c5908-61ec-4fd3-a511-9fec1e147fe9
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,4db05dcf-c902-44eb-a4d0-144af426b45a
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,21cb759f-6769-425e-a035-27628d76e3a1
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,29ca8bc5-c686-455b-b732-1704db4bc74e
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,e2ff2b46-5b3d-4a2f-b665-80c5a9631912
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,43fc2ebb-787c-4c81-bdf8-3c366a9f11a0
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,91860a61-0431-4631-9b09-7295d1340a66
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,b20dada6-1d9d-4616-92d9-d0176a50cebc
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,a6d3aa78-f2a2-410b-80e5-41b77d151b59
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,5d1bc3f1-87ac-4f3e-b874-bb7629ad38e3
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,6d73d558-34d3-4c39-b9f2-74ec141ebeff
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,a6afb8ac-6d43-4e52-8c54-642f88f3c237
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,7faec747-0296-4fe3-9f79-c395f228726b
+RS,Serbia,2022,Production mix factor,CO2,0.07439245496056456,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,16e2b5bd-ef72-4534-a5ca-46b2da466504
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,b89d20bc-1ad5-4983-ad9f-458a5dc808e0
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,392d535c-fd42-4d96-8f5e-b6370ecb4520
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,1f9481d1-b911-4c43-b9d2-3c36e592ef0d
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,bbe4a431-d7cb-4ef3-b271-de6a7b3bc752
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,d9a33879-4256-49e2-84b9-0eff5b3c99ee
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,70885253-a172-4292-b727-ca42cf050707
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,d2411d89-6d55-4af6-8785-9075686bb853
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,47b3e3f7-9ea1-4214-9a45-5821d497f14e
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,35fb1dcb-781e-46dd-b5bf-b99cbeaf9d70
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,3f3d41e4-ce46-4bb5-a640-e2789de4995e
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,6ce7ec86-1b98-4534-b210-c965e4d22b95
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,1e3d4d16-4a8f-40a7-bc47-3e25fd55dcc1
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,9aa526a8-b778-40fd-a646-600c23b3a1d5
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,fa63ddb0-41bf-46d5-87db-e08dd8796383
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,ed5c9988-5e3c-4518-8f35-ad3b6f3f7e1d
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,752aaf75-0201-4562-96e2-25e198d86976
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,2fbf0646-43fb-415f-9742-a977d0385b72
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,e7f4afb3-b2ae-4ce9-9bf6-39b504af3173
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,2c676576-1205-41e6-96ea-1a48a6911b5b
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,75dcfcde-50e0-4319-92dc-de80aa96b347
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,6fe5eb07-62ae-4697-8bd2-612ecd0f0a8f
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,2a0bcfeb-74b2-4d89-8de0-1d11251167ab
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,797d4994-7ac4-4c1c-a812-b965e8d830d7
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,5119e40c-6bf3-4827-91a8-51cd8fad319d
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,b6cd6c59-b3bd-44dd-a41b-39c04ef5a6f2
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,266fbb06-4cf9-4a5a-a6df-00e90a59a5d8
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,8240621f-22a9-441b-a569-091780d9347b
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,644bff8b-c9eb-464b-a712-6380226d7240
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,23d83b81-8187-4430-99fa-d7bece111783
+RS,Serbia,2022,Production mix factor,CH4,0.00046807333238610237,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,0c9fb91a-d65b-43f7-9a9e-babc39c698f0
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,ccaaf36f-68d6-4ce0-824e-2c7791821624
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,9a0faadd-07d7-4f4c-9619-092704fd6a7e
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,eb293b1e-533f-4946-8d92-498d555d0768
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,2817ebc3-9fb2-4e01-a4de-c94f9753a3c6
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,b8ce100a-3d5a-44b9-b3d6-f4d57190654a
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,dc981c6c-2f61-412b-b236-2ae58e23447f
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,7c78515c-2d14-47fa-96f5-ecbbd3a50c56
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,01f1b05c-6e3a-4189-9d8b-3a883adba6d7
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,811657d4-2f4b-4f88-9059-f40e8dabae90
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,6bd63ce0-566f-4080-8eab-cfa3f489810a
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,c6d428ef-d98e-4083-b985-42ddd2d19a72
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,2d7af9a6-41da-471a-ab6f-0b4d0d6bd15a
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,275109d9-5f94-40a5-b8bc-86c302a2ecec
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,d1c366e0-5d06-473a-bec9-41274a3f886e
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,6ead080a-5bc2-45c5-86e7-87810a6090bd
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,a319fd88-81c6-48cd-b655-32114c655532
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,54148577-11f3-4cb1-8e78-4b77420db788
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,68bde8f2-499f-4375-85f2-9ed439f37cee
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,7a30a383-a66e-45da-9b25-4e6e00713cf6
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,97c72176-e180-428d-a9df-3158a2fbd4e7
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,7b9482d0-8f55-4ea2-8366-5351a6686bcd
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,f997edb9-02af-4955-ae1e-8be97dfa9372
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,0c8d37b9-b78d-4726-a8bd-70b846038c20
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,3a9cae02-cf14-43a3-b3ec-46797dd03db0
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e884f526-246c-456e-b331-7a2082dc4a23
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,412e81cf-d888-4e89-bd57-41917cb83bbc
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,81e5fbb2-62d9-4b8a-9c6c-6038cf3786f2
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,3eb60bc8-92dd-4638-90bf-dc8574c7912a
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,d604a1e7-aa3c-40e3-b41f-818c074896a3
+RS,Serbia,2022,Production mix factor,N2O,1.7031239688773935e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,692f65cc-80c1-4252-885d-9024807c4c96
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,0cfe7568-12f9-4bf0-82bc-f044a7cfe655
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,e1030488-dfa5-4f70-960a-81ffa419fbc6
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.1.3,modeled_data,kg/kWh,CO2e_value:0.025,be71cca4-8142-433b-a286-14927fa13e46
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,54fb2e4e-a0a0-4013-a734-4111e93fb3d9
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,bb0fbcce-a89d-4af1-a5f0-9338c27cb9fd
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.2.3,modeled_data,kg/kWh,CO2e_value:0.025,1546ec67-540e-4370-a023-241d32fb43ae
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,c66eeba8-d29e-47fb-9587-23e180ca212b
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,4a8768c8-a6b3-43e3-a1c3-927a5982530f
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.3.3,modeled_data,kg/kWh,CO2e_value:0.025,b9ce4078-f9af-4715-b726-b5359104d438
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,9bcf8c04-9405-4788-8566-799b792accb0
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,aab780fb-d97c-442f-b6c2-2afa1f818861
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.4.3,modeled_data,kg/kWh,CO2e_value:0.025,9f4faab0-a4fe-4c5d-94f7-d00eaca4ffbb
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.025,8c47dbd9-7939-47e5-9872-5dc12e106482
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,13996899-304d-47d1-a956-7e24f39a8cff
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.5.3,modeled_data,kg/kWh,CO2e_value:0.025,20dbd0c7-05fd-4114-8713-f477048a2db9
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.025,17a88a6e-123d-4b1c-aa22-43ba6447528f
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,e9b6fc89-76bd-4960-9330-c6dad25cc5db
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,I.6.3,modeled_data,kg/kWh,CO2e_value:0.025,f52fe676-b95c-46da-8454-9ba3f6bbe04f
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,58edfdd1-b96c-47a7-a12c-8f629b284cb0
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,66dec3aa-b623-45d6-9232-7bcfd342c942
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.1.3,modeled_data,kg/kWh,CO2e_value:0.025,7747cd0c-d00e-4aad-8c12-aee197aa8824
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,2054adc2-2cca-4371-b23a-317f3c799228
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,59dfe54c-d2dd-4da2-8fb6-0cb8809c680a
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.2.3,modeled_data,kg/kWh,CO2e_value:0.025,f90b577f-e0b9-43ee-b810-c5d9c8019671
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,9dc8f6f6-b28f-4342-984a-cdd2c296c469
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,7d08dfb1-e7bf-466d-a67a-febd5ea29f52
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.3.3,modeled_data,kg/kWh,CO2e_value:0.025,31fd8a2b-2935-4d04-9299-2c44a26fb9d0
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,aaf9f8f6-d1ea-401c-bdd2-8daae540b6f9
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,263b733c-d7ef-469d-ba5e-c0c584760ce5
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,0.020072270597456084,II.4.3,modeled_data,kg/kWh,CO2e_value:0.025,7a0ed9b6-740e-423e-a685-a629da63fe36
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,e89a9af5-338f-4b12-8d60-890238df682e
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,c79a78a3-3741-4277-8cd5-6d042a1a6a7b
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.1.3,modeled_data,kg/kWh,CO2e_value:0.025,bda1d32a-9fcc-4a9c-8cdf-e19708fde0a4
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,aa02c909-27ff-4eec-9954-f6109fc054ee
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,69755b77-ff07-4b16-8abd-13c21bb5f7f6
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.2.3,modeled_data,kg/kWh,CO2e_value:0.025,937d7619-3026-4a6c-b56a-07dd7c5778ad
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,6d001a46-8898-45c2-a37e-025cfe53422c
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,eaec2fcf-b1ac-41f9-acdf-f295a3e7e3b2
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.3.3,modeled_data,kg/kWh,CO2e_value:0.025,97e58486-3697-4c61-bb8f-44e1bd444d98
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,e4515684-b652-472a-9ebd-5ee36d94fb65
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,2d9c75a3-3e1d-482c-a7b2-94cb651bdfea
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.4.3,modeled_data,kg/kWh,CO2e_value:0.025,0b6141e2-7353-428d-a67c-fb6a5e3371fb
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.025,4fb45b72-0758-4ee8-ad71-0f2c285fc5c5
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,08d98c7b-f499-4391-aacf-67afcdd387fe
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.5.3,modeled_data,kg/kWh,CO2e_value:0.025,661a0d07-4f9e-4739-971c-8fbff2963070
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.025,bf1c6d6f-534b-4d3b-b2f7-1d50c256f097
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,b1fa0729-74c6-415e-9256-5275fbb7894a
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,I.6.3,modeled_data,kg/kWh,CO2e_value:0.025,3dd0c08c-6bf6-44bf-85fb-25dede0fff0e
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,e95ba219-6dfb-4ca0-953f-2d6a349854db
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,1f0891a7-7ae7-4b2b-8d03-b4d8eb879590
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.1.3,modeled_data,kg/kWh,CO2e_value:0.025,15ec55f7-4ff7-4107-bf1d-a767f313c245
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,af284aa5-3dc2-49c9-9c8e-5d05783c33c8
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,8d8cc39a-4af6-415b-88bb-63fc27d7526f
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.2.3,modeled_data,kg/kWh,CO2e_value:0.025,5137c00b-3527-4a41-875b-fa43d49e885b
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,cbb00c3b-f6ef-4aea-adc2-c53cec75085c
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,adf9c701-3c4f-455f-9011-ace259440535
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.3.3,modeled_data,kg/kWh,CO2e_value:0.025,283ba7f5-dc01-41f8-86b3-09164058bb14
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,18c849a3-c27b-4a8f-8f2d-9b0466a976ca
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,7fad50aa-7e65-4648-aa14-19aeff40b94c
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,0.00012629364889338976,II.4.3,modeled_data,kg/kWh,CO2e_value:0.025,47c39f51-da2b-47a7-b494-58f6340f8ca5
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,13c69a34-a167-4f50-b892-c56899382527
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,b0167e7d-85a5-4ebb-b086-866c17cce04a
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.025,529131f8-7d2a-4702-9237-778c02097ca4
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,2d19c7e4-bfc5-4185-8699-7cde32803441
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,412ffc9f-7a96-4a22-872e-41c123a3ac20
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.025,8db6040b-df1c-4e21-89af-998cfe3526b6
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,c3c7bd19-1993-4888-b953-386a744880a5
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,7af209f8-5576-4206-a2e9-c71f2335036c
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.025,4bf88f1d-7a3b-4dcf-b287-dc6d386ddf63
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,633767cd-f8e7-4050-bd9d-040c91afa5b7
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,7ef91238-5c39-4b79-8fec-8c4df42d07b7
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.025,99b4bdaa-b54d-4b37-8528-b4b2b8131f64
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.025,d6f55ac5-ec32-4156-9652-191f140fdc40
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,af6887d2-93f9-4336-90dd-242e00e46ed0
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.025,a6fd93ee-c7fe-49ba-9167-f25ad3035567
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.025,f2c4b859-9fba-4814-aec2-94a416632ed8
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,305dbfd6-0784-42ba-9501-ffb601eabac9
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.025,c145bb96-2548-4fbb-871e-f19aa1bb2279
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.025,4d44804b-525c-4cad-b251-876364aff648
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,e475aab6-0f4f-40e5-a311-f6a213d8fe34
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.025,1994d2fb-bebb-4c57-8f06-40e777ee99ea
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.025,fa24460c-afcb-4990-94af-a09ace1e6630
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,328aad80-0b2b-4a45-a961-160e3175c563
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.025,ff7eed08-6ec0-473c-9854-92c914be66f2
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.025,5656a5a3-4ca7-46d7-a9c2-979d8e9b7f0f
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,838df421-ee84-4941-9ec7-5f639575fe6b
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.025,ef43b98a-d942-4190-99b2-87216c980f00
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.025,cfda64de-5d67-49a8-81c4-bb4fb2033237
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.025,c672645a-7d4c-445f-b4e3-91086d8b2ff1
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,4.595300045205148e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.025,a34fdcc3-3b09-4e1b-82a1-fc76473cec36
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,e9cca765-54f2-4653-8beb-deb1214f0951
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c3c676b5-832d-467a-9441-aea488f71925
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,73c2b18d-2477-4dd9-89ee-cdd8caa2d42e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,69563b67-2539-4442-b466-edb5bb9fbe30
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,9b4dfdd9-12b8-448c-a29b-d65ee8033147
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,1e9159a4-062d-49b6-a733-0a350a57f23e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f29a7dc3-97ee-4caf-8557-a9f0ff5e3de4
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,cbc5d2bb-034d-455c-886d-c5536d8d9cb4
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,b34d6acf-c18e-4d43-810d-9b9052c23aad
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,8077bb47-65c3-41c2-a590-f6d3c004d88a
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,bcf25d43-6396-45e0-83ea-027f23227335
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,65db3810-8158-4faf-ad6b-3e2a4e5f12ea
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7583a57b-92b5-4380-b016-e8b41cb75643
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,939421c5-7150-4f87-be14-a17dd1cd3c82
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,d886cc46-d917-49ee-923f-ca20c2e0e2a1
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,e3d943de-e387-4f7b-8863-f8d4248af1ba
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,32bc66e4-2931-4f7f-a7f0-144e321381ac
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,0153954f-2553-4d9d-a139-2ab60e2483fa
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,824141cd-9dfd-4319-b583-00c1921a172e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f8729040-2192-4440-8462-206a8ebae601
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,4b0b5623-1943-43f0-9144-6fd29096354b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,bdd883e5-4647-4ed0-a718-11afd327e6e9
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c48b160c-f113-4be6-95b5-2af8947be26b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,228ce37c-7f37-4dd8-8cb6-4d7430ca7b2c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,d6d9875b-37a7-49c6-86af-f580393938b1
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2333648c-c7cc-436f-ba1d-c486b78aa35b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,77546542-667c-42c1-9e4c-e9e9ac91139a
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2e82f329-05f4-4005-87b7-77f61ce73e48
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,089aeabb-8e47-4f85-9649-5f1f32a0725c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,0.0052501569139327756,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,e783aa66-2b65-4720-afb0-6b409a9a0eb4
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2f79f878-8e17-4752-8eda-6012fef22e6e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,a3408a8d-6602-4c13-bff9-9ecbed86ba44
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,f2080898-2370-4a74-b9c9-20c5cc0a1983
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,72f37197-52e1-4b15-bbc2-de44a7d6d6a0
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,99996957-5b4b-45ed-a6be-e5d57c9cf062
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,9fefae05-0008-4dbf-9db6-bf5cb836840c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2ec621a4-e154-437e-af86-5eebe09ed177
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,46e88405-c48e-4a43-8c6c-bc70eb5dfe38
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,37ddc674-6e8a-40c6-9de7-72d03bcc5376
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,3ee8c10d-59a8-4d38-bbc7-3c541a1eab79
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f0efb3a7-540e-4f1e-ab9f-d918678c55ea
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,9e494804-1064-4e24-9900-67bce8fccf08
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f3a2bf62-43a2-43a1-ace0-021481c32a67
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d9b88604-d612-431c-bd4a-c0ca4736154e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,6e56f7ab-ac7a-4f51-9db6-d2603e91f6bc
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,057cc837-6332-4d9c-8197-3e12c5a674da
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0b74ba85-7a51-4512-92bf-71a0b2fc7987
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,646bfec6-9ead-4649-8778-95d85944983c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f47ff458-bc95-46e6-bf39-e60cd1eafcbd
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,41b713e2-cec7-4fdb-83d3-e1cfe7329790
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,6ee9ccc6-3f08-4c85-b19c-7431171c834e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,209cb51d-beab-44bb-b34c-b53a004cbe75
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,a88da3cc-a6e3-49c3-aede-1c7105c94594
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,c8d65f3e-5900-4834-9269-5f53ab465101
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,00cf2b85-5cb1-4f43-b06d-39c31ab2ed48
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1c4dee01-76ef-4eb7-a730-53bf0f4096fe
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,89196442-18b2-4166-ac53-cdff5fb2baf6
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,5e648a51-071d-4576-b06a-ee0afa0da37f
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,3473cbf8-a16b-459a-a847-cdcbfcffd949
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,3.3033705414845474e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,1c4952c6-3385-488e-8a94-e7d21ae51192
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f4bcd5e8-2d77-4c2c-8b9f-91d85248a301
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,fda6add4-34dc-4ab6-9c21-fef65e0c9a50
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,685c2fa0-2139-4b6b-a4eb-80d0c44d69bb
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,521da4a8-1cc7-486f-bc66-4b83c6ca4dc2
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,cdce2b6a-29ae-4992-a9e7-1689ff37fb49
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,1dbfb4fe-d1b6-493b-a319-011e3a5f689d
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,c7b9463a-45c5-44c0-88ec-24ae0096b727
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f4691079-9ac1-4aab-a7fd-69bf5fc58743
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,18fff61a-6d40-42e3-bc29-718654fe3a96
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,0c9117e4-ea70-433f-92ab-4b5acea3ee77
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,3e033e11-f43d-4520-8efc-40ce99cfdca9
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,d173a808-fad2-4dc8-9a6b-038145b14c89
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,1f8404f7-3e97-401d-a26d-1baf478fb526
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,aa153bc3-0275-4fa2-a883-13f4cffbebc9
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,d9d48569-ace1-4caf-92ec-64040b3d6949
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,0ae795df-0d61-4abe-85ff-fc1dd345c0d8
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b917a4ab-9151-4fea-ac9f-2f72ba54a18b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,83e35192-46c9-4e6b-9c73-cdc434d3f0ee
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,189d6857-92ee-4105-a636-8790179e6520
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,94f695e7-1f00-4b11-a3e0-a7728e9a2a4b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,866a0263-ef77-403a-b3a9-fe0a4fe3c3b8
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,04027356-6a16-4eaa-ac58-09797ef77ec6
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c6c96af5-62f6-4bc6-bccb-46098bf8b474
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,7db2dae9-7c6c-4752-abc1-0ca80eae4043
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,5850a7e0-cd21-43fd-8ae2-7777858e99e5
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,e79c3692-42cd-4529-bf36-7f3fc6923c48
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,95a9b7a3-fa22-4569-9891-cd0aaca5b17e
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,3cc38343-a289-4966-b51f-883898f6e268
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d2a12518-274b-4ed2-83ec-f9ebfcb5f4f2
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,1.2019590004424852e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,3a836fda-f002-41c4-ae16-34cd1341d780
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,0f1b947e-c81e-46ee-8fbb-eeba58fa0e23
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,91f13618-e949-49da-8c7e-9f617d63c873
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,7034fac9-64ab-43b7-8035-131d018034a0
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,764766cb-0815-447d-bfcf-6a22d0b22dc9
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7aa15bb3-1c13-4362-a807-6c1b77b5f92f
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,0efd390d-83e8-40ea-b11a-f5fcd9bfcc02
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f53c5c78-9a69-4c84-b5e3-9192c1197b4e
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,4a49c761-68a1-4056-b0f5-d8339f6c9a35
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,1de1a429-ed74-4f23-9a6e-de98e8ef9a97
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,081f4f80-cb33-40c2-af89-77e2af637b96
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,781e38c3-31cd-4145-b67c-0cac0a92c183
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,bab66c8b-7e89-4b7f-957f-1e2b0ce8d2b4
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,30721908-d7b5-4d86-bbe8-5c11deca3c44
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ad415150-7d90-45cf-96f9-8c718c853736
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,fa108643-5fec-4d58-82e0-c5f11cf2cbf2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,aea99ae9-c7e6-4e3f-93dc-18a21debee57
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d657e8ae-535a-493b-ad81-9c1f79f9c816
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,d232ccca-7492-420c-b290-19c64928fb6f
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,68f8a41d-beae-4657-8368-01d48f6ff143
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,363db03c-0c4d-49d3-bb7f-9976d62ef1c3
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,80f67e11-2b7b-4dd5-9285-e073205ecfab
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,0b5a05eb-25f6-4ed6-8d8e-d7b811282d6d
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,09b99f3b-cff0-4fcc-bff8-8e4cb3bb65ed
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,b6e914b1-9168-4ceb-bbab-f6016a1e763c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,6d8256ee-8cad-464d-9435-47d3d066535b
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,566128fa-4f59-4209-afdc-b07ecfc596ae
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,a6a20c51-869e-4d35-9ea2-063aa30829e5
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,869eb070-68f6-4ec4-929d-a1834f9c4902
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b132a213-b974-40dc-b45e-7ae58a07fa5f
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,0.010107261107475528,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,87e0b468-9b36-48d9-8d32-0bed5cd91656
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,940b647d-183d-49c2-982c-76bd883c18b3
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,25117a4f-63ca-4e5d-b01a-1bd95cbcce2c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,b84fa3e8-c5f3-4d99-941d-32643cbebe2a
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,a778df22-7ee3-4be4-9fc1-a6400ea605d2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,85bf72dc-f1bd-46ec-85fd-55cc0e38cfd2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,15b0740e-fc9c-4012-8743-44fce51f21e2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,56aa04a5-4bf9-481c-8a53-a8f32ac68cae
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,21713763-bc94-4b88-90a9-af6c3d0c2054
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,357278e0-1b36-4d37-ba5a-3487bc673e8b
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f52dd251-8842-4fd7-b57a-48dccda00fa9
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d371bf07-4a0d-40af-becf-c30fdfcc26a2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,8c26d41b-38c6-471e-bd1c-1da3706705dc
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,a773be1b-7e09-4359-9b13-2154d60cb337
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,fa46a2be-0078-451b-8d1e-bf9404f8bbf9
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,d94b3632-c95d-450c-bfc3-0480d326da3e
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,69b3a3df-2d0b-4ffb-99a0-a1ebb7aa7682
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b36a3c2a-b66e-4f4b-b24b-0bb85ade4e2f
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,8c12de1e-8a6c-4808-8457-7d8918b60f78
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,5cb0ae92-0a66-4b73-a076-18d6619b248c
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,cdde898c-cb57-4f96-9e0a-7f1d0eb9f6d9
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,bf3552eb-466d-483f-b1bf-4c0dac92d6bd
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,0ba95e9f-6b2a-414a-bc2a-84c2422477cc
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,fdaf05f7-602d-4b97-87fc-bc4176f19db5
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,9e4b6cb6-5940-40ba-9911-1bd8bf2c5cc2
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9a8475d6-d492-4113-90c1-6d6981701d18
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,fd0a8a5a-3a4c-4b7f-a99e-74359788d708
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,5e086884-c89b-49da-86e3-29c0d24463ca
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,84a65f1d-82ad-4f58-a19c-40761c687cd6
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,6b624ab6-a054-4260-9cb8-7468a3890737
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,6.35943442164987e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,afda414e-6ac9-4594-b777-5d4f040a7d7c
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9f706305-781e-458f-a62c-2dc507ad438c
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,a9b2d392-c8b8-489d-86d6-b9ea491d09fd
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,31681080-9827-4c5f-93c1-370008e5372c
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f74d1eb4-8bd6-451f-b054-7d33646eadee
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,50f84367-1391-4a74-a524-f7b1972a0bdc
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,b69b68a0-396d-464b-a9f4-8a2fdf793432
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b36f3670-4e9e-452b-8c8b-c15b9c0960ae
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,9bef70ff-aaf3-4b13-af57-49fb85dc75d7
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,58c0c06d-097f-4ece-af2b-a475a1523c31
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,d55fd523-038a-4ca6-87ad-b34ffb5a156b
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,bb96c7f7-4195-4760-a694-339f293278ff
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,3590c990-58dd-44b9-89dd-898aacdd03c2
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,72725cdf-d1fa-4986-be9e-99cbdffcd6b8
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,c4413f32-8d5a-4b81-802a-53a99f10fe56
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,18a0757c-b516-4644-8e40-4761f6c764b3
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9f97565a-d52d-4245-ab1e-6eabcc68d546
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,fdec0539-6b81-43ac-951d-c84528bc40cd
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,67aac1fa-7c4d-4d45-81f9-1cc9022bd7a9
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,957bf465-fd6d-40ab-ac32-f3385419afc5
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ca4a1365-2773-4e19-afab-d7ba57ecf735
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,4ca52c27-ca49-4f6a-b6b6-c74027f0f2c9
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,cef9cd3c-f67c-4585-b30d-b3a116107675
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,93f18c6b-d87d-4e98-9f32-250383cd346a
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,c7becf97-97ff-4e4b-af00-003faf9d4240
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,e88bc9eb-e0bb-4c17-87de-03f46f699d27
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7c5b4f41-5bac-4a9a-9481-51faf034f28f
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,b41ff6ab-2ed5-4415-a53f-3d8b79e263d8
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,bc2c68f2-47a1-421e-bf3b-1aaa45b275ae
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,31911627-aa9d-43bb-891c-62f0d4703d00
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,2.3139334037260823e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,47579111-32c9-442f-8f62-ae3ee3c824fd
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,7dec4d72-358a-4ee1-9b7e-441db0e9ba16
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,6d28b230-bf23-4f12-9e4e-a95ec6d1b047
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,2cbcb881-3665-4570-a2fd-67a54f1b3d57
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,e77b14b3-f5e6-453b-99a0-9d7fe3d3f817
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4673c5ce-d334-4fb5-b720-926f0fb614ad
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,da2d7623-0af5-4a0b-b79a-eca0723cd281
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,3029e1c0-9cd8-487f-96ac-67c724b62c7d
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,3757d459-95e4-4acc-97d8-d1d37f0e6ea5
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,5bdf4fe0-ba66-4706-bc7e-9764c89f8258
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,089dbe02-ca5f-4e4c-b972-5c1132775657
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,438f8b54-4584-4696-8418-e05cff200cef
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,8dc48df8-87fc-4da9-99f1-dff077ae56c3
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,09be7409-5ad8-4a06-8e5c-a732f0b3f1aa
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f16b5a8d-8bcc-4055-8234-3aa45798f8f0
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,1f431045-25ae-4170-a01d-036f80836b61
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,2a75f9ae-d493-4601-bb6b-3b5046a34438
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f189d6a0-aaa9-47d6-b4df-303aeb10f664
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,ef852926-b7e9-47de-add7-1fc66685c174
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,c48ab3aa-b937-4634-97d4-02d8d851e04a
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a2c5367d-9213-4ead-a827-f390df404ceb
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,825f73ca-e097-489e-8e94-6ea8b9fcc56c
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,14754422-b100-4383-87a7-4376dad5fd17
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,5f42ebb4-299e-4753-8cb8-37c8889f5a7b
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,2f4e05bc-9db0-4e84-8202-be44c1a1aeda
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,6820a2ba-2aed-44a5-8c2a-0591b34ae8a2
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,598c2919-7b58-4ebf-90fd-80ffb0bde334
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,55e811ae-cb0c-4b8c-a38b-daee0f71afac
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,139084ad-dcc7-44bc-86dd-1bf7f2881458
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,97778c69-fe20-4e08-8235-96c37448cf2e
+SK,Slovakia,2022,Production mix factor,CO2,0.015435091759872177,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,cab48aaa-8656-4e43-9b27-d3ec22c7f6e5
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,db7cce97-6742-47a5-b7cd-57ee4a5ebd5d
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,e0d1fc9c-32a8-4bfa-a4f0-926329fac57f
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,1c18f354-e40e-4e07-9adc-85829a92880a
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,86c14ee2-49d8-4370-8c0c-b397889d781f
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,d870c12c-5f57-4ba3-a363-eade41b0d52f
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,02ade156-68c9-4385-ba43-b4bfa5936ce9
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,c0e585ea-93cd-446d-a0ad-6b973600c632
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,63466139-d3c0-49fc-8e44-425d42cb9bf7
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,3d0fcc3c-d64c-4335-8ef7-8ca827edf33a
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,1b95c97c-eb92-4e39-a87e-a5c854419db1
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9fa71827-cfa7-40ce-a909-e7298af81e2c
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,e7cbc4af-edf3-45a0-9185-090263f29ce1
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,84028f3b-a4f9-4322-aa54-5e4a54d2821b
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,05fe89c8-cc15-427f-9810-90cc596cb630
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,a100fce5-647c-405d-bf9b-25a9d3ce9602
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,3652f3fe-f794-43f7-b127-97a8c2c9037e
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9284fd6f-e9ef-4704-9236-469fa5d1b0dc
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,2256b846-b9b3-4a48-a402-bd0fce5f0f37
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,df4037db-a27e-4216-84b9-32e84fa18559
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,84609cfc-adba-4ada-8eb7-443c3ec4c494
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,08eb5e83-adee-4cc4-8f6d-b32dec94c00c
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,5a71da11-2a86-4e12-bbcf-12f0efdbbfc4
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,edd219f0-7b0b-4262-87c4-b896b1c42a88
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,c98c7702-2ea1-4578-ad9f-f76bc71f2126
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,9501a5a3-dce3-4eb0-a603-3d2923977fcf
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,74162c63-ff3e-4961-8c8c-2d5e0a29a031
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,af567184-9951-4e65-ad99-87c8ee29a255
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,827dcaa9-6b38-446c-beef-7aa63e034db5
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9a7b84b2-d998-4636-aab4-070adc72a4c5
+SK,Slovakia,2022,Production mix factor,CH4,9.711676862335681e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,bdc79251-b6fc-4d93-b7ee-ec3f1a861bde
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,524c7c25-6946-42c6-8f7b-668611bf1116
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,ac191de3-9fa2-4940-883e-773a3bc878e5
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,a7605be2-cdf1-4af0-b8f1-e673193e8657
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,54940125-c921-4032-8132-5bae94490d48
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,d394ec7b-16a4-4db4-805e-c16b7418d1ab
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,f20a9a4f-774a-48f8-a7e4-e78490600e8e
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,a471996e-0413-4fb4-aae8-8c55718708cf
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,5bc1a2f1-6de9-45b6-9c10-b93753c08615
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,1fd64a88-4a40-4b32-9bb9-7fff5ee71bbd
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,9795df5b-574b-4a99-92d6-e739f0909360
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,bfffa0c8-01e8-45a9-8f0c-4ad684e38c9c
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,eaaa5ff7-2ad4-49b0-8cc1-826a585e2d22
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,fd6a01c4-5539-4e6f-89c0-31da5bd720c3
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,5a63371b-166e-4c29-be19-d70c184b25d1
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,baa69419-d349-43fd-b191-94b6f89dbb1c
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,d27f92be-d8e9-46f8-934f-742d0d954701
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4ec9f1e6-b3e4-451e-bc92-de16cc45b6d1
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,a4d04fa4-08d5-49fb-9cee-98aeb4aca09c
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,35170f9b-0656-4a69-95a8-965c37b4ab8e
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a98c367f-02f8-41da-b1a3-1180a58fb8a2
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,2f83870f-ff9a-4963-a23c-ccf68452b534
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,b9eec71d-2593-4cfe-8f4a-dee62d44e3e9
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,d2c68513-2bd6-429b-be56-c04adfd7c003
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,e7bbdc58-1595-495b-b168-efc8d683859d
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,81e78061-0601-4351-a83f-c07cacb7ad23
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,c46dc191-0ab8-4c4a-848b-908ba59dc1f4
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,ef91e97d-4f5c-4dc6-b823-529b81beeeea
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,43e51bb9-ad4c-4dc5-b3fe-c4d63bde2a47
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,9ef466c7-8b32-4d8e-964e-d0db99509152
+SK,Slovakia,2022,Production mix factor,N2O,3.53367485345059e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,7be9f2aa-01a1-4d36-abbc-95f3b3449e18
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,d0275625-50e3-4c2d-acef-790e1ce4fe0b
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,2ed1f223-c60a-4083-b319-80d6ff87d863
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.1.3,modeled_data,kg/kWh,CO2e_value:0.028,e5621391-a450-4655-ad68-2824f9712573
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,ca07602b-386f-46e3-8f9d-a00cccc2cb1e
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,cb16c5fd-b128-474d-9560-d7544f871d54
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.2.3,modeled_data,kg/kWh,CO2e_value:0.028,c9688aa5-5ae3-4b0f-b3ff-fd1a25535f18
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,94c415e2-d4ca-429d-be28-48b85b9279a1
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,ee8b5334-0cf8-40fc-813c-3cb68ee990fe
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.3.3,modeled_data,kg/kWh,CO2e_value:0.028,65ca64e9-d42a-426a-9891-17cace4428ca
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,3cd8093a-46bb-49eb-bc9a-3f5d45a8c96d
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,0975f0f7-e6dd-4419-8206-3933b505f859
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.4.3,modeled_data,kg/kWh,CO2e_value:0.028,855f7454-df80-4374-b225-6711e1342cdd
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.028,9700ce23-0649-43f6-b19d-dacd376aa781
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,3590dd8d-02f4-4e65-a58c-df0ae59e021f
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.5.3,modeled_data,kg/kWh,CO2e_value:0.028,40c45de9-c742-46dd-9bce-83aa142e6d05
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.028,aa369d40-a637-4fc2-9f8c-9a4960e469be
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,ba0c0808-0396-4c2c-9e8d-b6017cc876b4
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,I.6.3,modeled_data,kg/kWh,CO2e_value:0.028,ed5f0476-330c-4f73-a2f1-ef1d1e454a5c
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,32f346e6-9996-4582-a94b-b1059865309b
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,54c4ba22-7b95-4eff-8926-cd2ba1120ec3
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.1.3,modeled_data,kg/kWh,CO2e_value:0.028,f847e9c6-c73e-49d7-ae4b-022f47f03448
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,8a775d23-e081-4d93-89da-b5e2f09b038e
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,8cedcb0e-2117-4d5b-ad9d-28a11efe279e
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.2.3,modeled_data,kg/kWh,CO2e_value:0.028,5c3cf3cf-6f36-4ed8-8031-79b48c82c189
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,95dce49c-527a-4ff7-bd4e-a0cdb8a3bed9
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,dac6c40b-395a-4dc7-ba76-bde5f3d9f597
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.3.3,modeled_data,kg/kWh,CO2e_value:0.028,7f339d1e-a091-475e-915e-c4e036e964cf
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,9180b233-ca9f-496b-bb59-138189fc7ac3
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,443f1d9a-8d79-4df5-b70e-9aecdc009423
+SI,Slovenia,2022,Production mix factor,CO2,0.022065960727638317,II.4.3,modeled_data,kg/kWh,CO2e_value:0.028,e7fa5e06-49de-4cdf-ae21-b9f1c84e1192
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,46034991-d804-4333-8b3a-2226b7cb7bb5
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,d50e40b8-86bd-47bd-b7a3-8e031ad8112a
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.1.3,modeled_data,kg/kWh,CO2e_value:0.028,310f8142-deca-4a35-b788-28365e1b69c7
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,49b4976b-8222-47a9-9fac-cf2bcc288dad
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,72a2e65a-5d36-47b2-9f43-242faa1dfc97
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.2.3,modeled_data,kg/kWh,CO2e_value:0.028,5090f6da-ac0a-4a6a-9a77-e12c77eee023
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,d11378bd-7d8e-46b8-86c6-a33e2581c14b
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,2531cdb3-8de9-4d32-9c55-be166707fc72
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.3.3,modeled_data,kg/kWh,CO2e_value:0.028,56f2b1f9-c6ff-4b46-9c97-09c2c9154ee7
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,a486cd20-b79d-4b0a-ac12-5350e82c95fb
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,fa104349-991b-4829-8cb0-69d6238db315
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.4.3,modeled_data,kg/kWh,CO2e_value:0.028,98277df2-d33a-4d7d-9bd1-41d380983914
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.028,1d8380f0-cc2a-40be-8798-662b3c3167c7
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,3894b0e0-fc38-4211-abd3-af4db577a9b1
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.5.3,modeled_data,kg/kWh,CO2e_value:0.028,a0bed6d2-c59d-4999-82ec-b17da12be089
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.028,7feabba2-e692-4309-b4af-6cbcd1f88a53
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,1413181e-7426-4455-af84-350e9f30cef0
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,I.6.3,modeled_data,kg/kWh,CO2e_value:0.028,25dbe0ad-83d1-4628-85bd-572dcddd7fb0
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,3511f2fb-c817-4b82-9747-57fefca4982b
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,cf326ff0-23ac-46d8-bca4-06ecbab38862
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.1.3,modeled_data,kg/kWh,CO2e_value:0.028,71212921-5bf6-4fe1-aba4-a317bee33f5b
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,fda1ca0a-20d1-4d33-82d6-e0632529e80f
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,c8dcaaaa-aad1-479f-a7cc-9ff824e8f3db
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.2.3,modeled_data,kg/kWh,CO2e_value:0.028,be0f13db-756d-4283-82b0-ef5f71b8c366
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,a4e7ded8-acbc-4432-9963-e67f44cf5d49
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,31047b1b-a3ab-41e2-9c8d-078a06bae387
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.3.3,modeled_data,kg/kWh,CO2e_value:0.028,f1d0a0fe-cc6f-4405-aa34-f066e3e3369b
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,02d2bc73-1086-4c85-b4bb-4db6c39408a8
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,7c532c61-286e-4207-a657-a5172961b6ef
+SI,Slovenia,2022,Production mix factor,CH4,0.00013883784014873102,II.4.3,modeled_data,kg/kWh,CO2e_value:0.028,cae4c1e0-ad94-47d9-b3a7-ee3b7c10910c
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,f7df7483-5bd2-4dfa-a729-d22735aa9740
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,9e97f270-fffe-452c-86d0-70cb02db811e
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.028,c33c8822-b0ec-4012-992c-e165204e9fdd
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,36d6bfff-24e6-4656-b7f8-fb632d3487cd
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,d164d58c-fd11-4a33-8e0e-4486c6cf30d1
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.028,f46af242-8ff0-4f05-9771-fbb2ca6cd94f
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,84bebd47-4626-4ec1-b2ae-e5ef62cd3929
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,a5887bb3-e310-471a-9427-090346a26e3c
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.028,a6c4ae12-97c7-45ec-9b80-1e4006059914
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,09c562a9-6eb1-4af0-aa58-24533632cb6d
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,40d4cbf5-64c2-4239-bed7-2598b9c81b41
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.028,553b2261-5765-451c-bcd0-94ab76f289c6
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.028,b4962590-5460-44b0-b2ce-d0512acbb72e
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,80605d63-acb3-4528-b173-0a0f7948d4a2
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.028,20235626-98e8-4519-91e8-76c517a747fc
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.028,4c4c908e-3c8e-422b-b77f-5495947bae2f
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,f722a0a1-3f53-4595-b622-eba91456f65a
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.028,6d09a3a9-37af-4d38-849f-2a94cc274a3b
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.028,72dadad5-1971-4b51-a65c-1b35f5623497
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,75412a19-9a32-4d5b-b1b0-41a10b952c77
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.028,c1c9bb02-c9a7-4d6a-aa2f-9753edaa422f
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.028,c153b765-2b82-4e52-b60d-b371230b7519
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,b32b69dc-e540-4e0b-a8a6-874fcd1d82b0
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.028,563e66d5-5390-4e95-b47e-0677facebdd4
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.028,e3791fe9-daca-44ec-93ba-175eecaa44ab
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,0641e611-60f9-4f84-98fa-2dc1f01ce6ed
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.028,d2743ac2-4c50-4802-a371-22e99c60c2a7
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.028,b39f471c-ec74-4e53-9f69-1080681ca660
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,ed95a6fd-bf14-4d0c-9452-15d511195117
+SI,Slovenia,2022,Production mix factor,N2O,5.051730935814633e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.028,a1a63dbf-c5ec-47c4-b418-34756d1a50f0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,472d4496-26f2-4c63-8813-dfaaae55dcd8
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,25783ebe-41b5-4ceb-bfaa-0f61dc2df694
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,8eb3c37a-3659-4802-a6d7-ddba300b2bb5
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,62894c46-ef7c-420b-89f3-7e6819a219c7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,dcc1a1b8-7c82-474c-b27e-5f5e1f26446d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,904e79cf-79d3-47f2-9394-613e38327e70
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,ee4d52ec-0802-4a25-a73c-20114a6427ca
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,930a4327-5970-41c5-b47b-74d91c2080d4
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,97f63963-0457-4447-9a84-7d90c38a631f
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,93586712-79b5-4ad4-ba20-f1760614c64b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,565b3ed3-4407-4d15-8b7c-747bae0c93f0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,6bb6ad99-c7f5-42be-969e-f4421ba98eb2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,bb71a64b-4043-4f28-b919-892496437590
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0a39a369-aa85-4606-a5ed-c7a1b68f6aaa
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,d1865f73-fb2e-4e26-b99e-0268caee137a
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,0a264bc7-a152-412e-ba6b-f03341b76869
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,98a75184-b31a-4e9d-8701-7ae99842a1a0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,fab1fdbe-daf4-4d73-851f-9f7c673c6640
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,5c26851d-f756-436a-bab2-dba57d1e1577
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e54c7e2a-c8ec-433d-a09f-1931a0432836
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,409ab4ba-ae96-44ef-b919-35bf9bae7dff
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,8adfb103-7f3c-4f9b-a587-18bca1e5a0a7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,f0e95140-570d-4ffe-8c24-bc370e4a26b2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,f240c3c5-5fa0-4282-8e0f-0f8fc5534531
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,eeb75e81-f82a-4208-8833-27ac9a096330
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,77708600-a5ef-48b5-ac89-93ade8b06926
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,2a348b77-de2f-46ce-a919-35acb5441a78
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6c8250fd-4efc-4dcd-9555-98c2be83b7c5
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,186901e4-e0c7-4da6-9be9-927929d6a330
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,0.05303613964847029,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,c0274f9c-a46d-4e4f-a4b2-c66d8acfc7d2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,589fcad8-2216-427e-9ab2-604e9b515a5d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,7da0b8da-8aae-424d-b6f8-1f57ed576e2e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,57de6d7e-51d8-470f-aed1-f25c99ee07c2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,3b80b991-cbff-460c-bcd0-07ad8f5c355d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,6099f3cc-8f83-4c6e-8ff0-580a45898732
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,a8e6cf6d-c48d-4010-a40f-3d41d9f6273f
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,6e613060-801b-4c4c-98f5-d6eaf2ee019b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,fac9eec4-00f1-49ce-b181-a83d53dab448
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,34a9301b-3348-4b29-a911-620e30549f24
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,bdc85fdd-1ddc-45c2-a98c-d67639bdaffc
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,2a7fad08-e8ed-4e8f-bcce-1079e976d4f9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,86dedc18-0aaf-4ea3-a63a-cdf1b9a2e3e0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,cb2844fe-b287-4ecc-bb01-78907fddd143
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,b7dfd3c7-80fa-4717-ab3b-cba0d554a8ad
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,5296ce81-b5fa-4b22-8162-3193b645deea
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,5ce05331-3257-4a29-b4b1-3a0ddbbe248b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0785dd37-a6d6-41ee-9225-143e24310d0b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,efba05e7-3f8e-4634-b3cc-8b3269bce6d3
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,9d4782ce-cb8e-4a54-be14-8ee7979dca40
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,de63cfeb-4c6d-4345-b23e-c6c499e87fd9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,f571f9ef-15f3-477e-8145-8877f5e0eef9
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,3f2e67c1-17fe-4998-b6e6-e7068af8b4f1
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,0aee3956-df8f-4101-8b58-585f784f31f5
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,8a292055-1e38-4e99-85c6-a3490b89025d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,be56e264-4d76-4900-ae4f-6b6a75d03e35
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,c10cecac-44c3-42ef-a8e6-a40bb839e83b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,5f666d81-523b-4ba6-aea8-171727b583ab
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,840b66e6-3b29-46a4-ad60-8d832601f7b4
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,2a600d38-65cb-4ec3-9385-65d09f5e3573
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,0.0003337005430902073,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,8f18feee-6d34-4189-8963-f11a862fc0cd
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,bf2949ae-4641-4431-ba58-726a610a85af
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,40e1d30f-a6bf-47e2-bcd5-d92b61b3f339
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.066,d8373d06-6692-4974-b2dc-4b30d6ec27a0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,907e6c89-33b5-4032-99f9-f09089f692be
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e6b7f63d-cabb-4c3f-95ac-189acf738df6
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.066,2618fe51-af34-457b-866f-7aaf7ceab3cc
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,c690cfdf-a5d2-42a6-b0c4-3c8ba1da73d2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,29ddb331-386c-4c55-b505-ccdc07494837
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.066,b8d10ba3-d9ad-443b-9a70-877605f079ef
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,3f741787-2405-450a-a175-ca504a9f2cf0
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,e94974fc-910e-4238-954a-fdb692fb772b
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.066,19fd3899-317d-46f2-af88-30146d6763ad
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.066,5580cf3b-fbb7-4e43-8479-573ab52394f8
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,07dfd25c-2205-4ee7-951e-ee7d4a2eb6d7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.066,cea97459-b6a2-44b7-8071-306228b1b829
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.066,4efdbd15-ebd4-4fae-87a0-5a35b9bc32d2
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,809f8032-fdbe-49c3-b87e-f507bd627617
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.066,50312876-67fd-4722-a3d4-cdbce925d87c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.066,2394b930-9892-4de8-8a96-cf8a099e0526
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,6e008f2b-a731-4482-b9ee-ca63b2553596
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.066,eb9dd31f-d39b-4c16-95a8-12c6d55c07b7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.066,9720f6c8-8d2d-4cc1-856f-caf712a71f5c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,4355d05a-701e-445e-8b19-2065ae00f617
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.066,31c13fd4-989e-4544-9612-fc501aee7f88
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.066,e1b683ab-7f2d-45bb-b9fe-a83e2298c013
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,41028afb-72ea-4d44-9961-3f429f1f593c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.066,99aead36-bb46-4a26-bceb-fd2b1d382191
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.066,bfb042c7-d8d4-4ddc-b20a-e860b8c26618
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.066,50374ca0-4f66-4878-bce8-68d365d02eb7
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,1.2141973362745029e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.066,4981d0d2-4057-4fb5-b169-d5a022e7298d
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,6bd8c51f-f3a9-46e7-b6ff-b9f15f37f052
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,1f120a35-1336-4afa-9525-9a0670f8bf3d
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,99a8cf5d-7734-4839-8434-764aa3eabc6a
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,e93d76e9-5042-4548-84df-219b6299ee53
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,014c17ab-f2ee-4a8e-8607-b7e67e607cdb
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,6a9921d6-f4f0-4ff1-aaaa-5f4c61a24817
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,472f91a1-8b47-4a36-96ba-3102a93e0367
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,07254321-6404-48ab-bac7-ed8cb6df83c8
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,f815736b-bceb-4455-8221-5b83955c7b8b
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,97665729-8a9b-4791-bd89-3b96d0d50e05
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,c0ab1cf4-cd48-4c9b-a094-6ab39de0c760
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,9f1cf976-0104-43d3-8e5f-2d7f655a4a4c
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,fe668587-c648-4aee-89e1-89a04984b08e
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,c15c5a3a-5c40-4479-ba00-81ff36e25c07
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,1595c13a-d47a-4875-977f-c534d5fbc945
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,fc71c6c4-2c33-499a-9e51-8d15e11d4d46
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,2a754c4c-bfc7-4d6d-9223-f2213400ceb6
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,2e05ec22-ac0b-4bc5-a70f-9e9100e47a4c
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a86dfe8b-bdec-45f0-b5c9-58865613bd9d
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,2e592ac1-fa38-4e08-83e4-cd5423aa11b6
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,bd80af3e-e17e-4df7-ad81-938803e183a3
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,710136a2-ee98-4532-9c03-cc02b7ed9009
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,5b282b2f-5554-46fe-b1f8-934658d86bfa
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,f533d079-fd55-4520-98e6-9f7f312e9b57
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,29412f5a-0e4b-4320-8b6e-32ff6a0a2c8e
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,2f21af76-e5f9-4889-bc4b-3b7a8b63e302
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,7b28d78c-e80f-4096-b368-8790c3e6d2c4
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,24dd8752-7189-4837-b468-93f88ef602aa
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,a095c0f3-e788-43db-a522-1419b74bb009
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,0.03364761960334321,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,a04f226d-ba29-4ae4-939d-a2924e458266
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,2f1139f3-4d0a-4d2d-84dc-8f2617a12ad5
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,6856dc5b-4e69-4327-9143-b30c29c28795
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,87035702-263d-45d4-9b61-bb2886b8d266
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,58be8c51-c432-40d4-a732-df4cbfa26657
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,4145fa8f-6169-45e6-b5d4-8e35946bf70f
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,2c37a586-7987-461a-9870-f71254f0bc76
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b20ed7c2-ee04-4a61-a71f-d9cbea6d8969
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,d19976f5-8f97-42e1-be0f-98517967a3c2
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,73abc31a-91ff-4ae6-8c8e-da93d3670538
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,ee1692a1-e69c-4f10-b890-25b4980ff360
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,831f4761-66ef-4af3-9c7f-834b710f48f2
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,20a6e0d9-d822-4257-b954-dd7647bae727
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b3942f60-bd97-42b2-9bda-f14078d3bd02
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,00bffe59-9c67-4a24-be49-eb516b309a18
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,9c175b74-de8c-4581-b4a3-aebb5d2ece52
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,12ed6be1-755a-48ef-92f7-f2df5091ff29
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,cf5682c1-8ef7-4fbf-816d-e598e589ac65
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,d3ca4180-904e-4af5-8997-26feef8f2440
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,373d5c69-6353-4787-8a25-3dd7305d5403
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7c2f373b-5bbc-4154-8743-f2c2ab748797
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,2184bc45-0b94-429f-a8b2-f01eb10c0441
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b3d55a69-dd0a-4d43-b657-0c280f9b4982
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7b621d57-d229-48c5-907e-cdc86647be92
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,aa9037ab-43ff-4a5e-b955-ee0b3edde1f6
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,3e6c8b91-4e35-4557-88f8-c358225ceda4
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,61b174ba-9d87-4428-852f-6788b69ce8a1
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,56d3cd4f-524b-4f98-9e6e-677a13e847ec
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,e7331ff4-3bcd-4ec2-9a13-bf1953af4b5c
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,6774b53e-3652-476e-94c2-f46ad1024175
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,0.00021170901596063258,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,87e97dc6-806b-4400-95e2-d1f42f891111
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,0d2435ff-22d4-4a48-9675-45238721b1f5
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,ac58913f-84e3-4009-bdfe-5617869de7ff
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,db4b7809-226b-444c-afbf-6129549a0dd3
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,fec89a6c-c381-4cfe-b98b-28eb32dd1a7f
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,c03e2688-80f9-481a-a5a6-e1e7aed12de0
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,25d6b9a3-afa4-4ca5-baff-be06137327ae
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,13a341ff-b46a-454d-92a0-8bf93b4b8571
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,83b2aded-3027-4327-a5f9-1174a4a96b39
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,0f213279-a41f-4714-a82d-f65357dde0d8
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,6047d435-bb9c-42c2-bf6e-e004aa871273
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,9a77ff98-2824-4b20-9e35-8c9b8a180910
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,b17b3736-5c8a-4dda-a1cf-0d1238c1a8f6
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,bb9a0ef7-5687-404f-af81-44245eb0e442
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,cc943dee-0341-4cb3-84e4-b960b1ed17f1
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,03cf6fc4-da9e-4f82-a573-e2fb7643f31a
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b4da5493-9be0-428a-8902-a6d7209667ae
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,3884881f-4c70-43e0-b233-e2493773fa23
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,04c3c18b-aff6-4d19-a9c4-66b80157990f
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,4f8878a3-6bf6-4194-a40f-c40b82ef6888
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,c96630ac-6e75-4f4b-acca-c2438cd78aa9
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,eedd65f0-99b9-4f1b-9043-975343f29e7d
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a7dec7f5-2f1e-4ea3-a60c-110c40c9e702
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,e7947096-cbc3-44d8-8517-581683c1c14c
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,8868df5c-f404-414e-8e81-781bb0196491
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,4b34d3cc-4b6b-40b5-8bed-9c310a065bee
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,4f923fd0-383f-4925-9c18-51753ca0d772
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,3293073f-a300-40b9-a827-d40bc5a883ea
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,2cf80902-cbe3-4415-b9b1-7d290cba4891
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,6490699e-b67c-41ec-bee8-2759aca14322
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,7.703209616150003e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,6e5d4938-a19b-4107-a6ad-0fc54372d763
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,93639fc8-117c-45b7-8752-2bc44104d158
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,b24af60c-ec7d-4c66-895f-de8c23448b5f
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,389f48a7-7bee-4944-9186-30b136862bda
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,e3a075d8-106f-4abd-9b1c-9c9ea7fa5af9
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,73a8a7fb-b6d0-4158-babe-bde94924ba53
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,8f9d4880-4198-4055-8a5b-a7ec0d7dc50f
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,6d689996-f511-4296-8cfe-b97cc9bef747
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,1f7e78c3-bb0c-4375-88f6-8dcff2bc5c86
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,7b059632-12f3-4048-8bd2-2b57a4a19bb6
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,87d87e0a-76ff-4c8b-b103-7a67a19ce7dd
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,308a5853-54b9-462d-b945-6d2bd6415c61
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,93649944-d146-4ac3-a709-caf0c164216b
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,47b1f934-7b7c-4d30-8d22-151db94fd0d3
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,80911a5f-00d0-41d2-8b76-5bef2807fde5
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,11c7c86c-2088-4f88-8a29-3e18b7da6881
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,bfd309a5-0837-4775-9007-d201aec477a5
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,89570c93-ba42-45e2-a2f7-f85c0aeea68c
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,5ced424c-1938-457d-b5de-064012d54431
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,1d6c47ed-4e54-4313-b66f-62a5bfc3b165
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,83934bd8-ec33-4b9b-bfdc-d86c16125d64
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,c002c501-a9ff-462b-b010-4dc282937596
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,1a42b51c-911c-4209-91ab-94ee4427f6f6
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,6e310bc4-ae3c-4cb2-bfb5-79007558e60e
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,4ea52744-ad9c-4cd8-89fc-c5179e1f818f
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,ae8c3a87-f9c2-4a0e-ae62-877b2e719a30
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,99fec045-f534-441e-a6a6-83b5963fa130
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,5b2cfc11-939a-430a-a4c5-f9e30f232ad7
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,a0d6d557-b3f6-4b87-9d57-07129cd91f17
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,463b84e4-4e84-4d3e-9e7b-50178a605ef4
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,0.04906380611042884,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,382d7923-c332-4ab8-8e20-a6150f67e14a
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,1a7f1bd8-5d75-483b-8432-4835e8876ddd
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f2551e0d-1574-4124-a7fa-c0bccf3bb8d9
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,49e3be88-4bfb-4b04-9aa4-d3386d1365aa
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,6cb7796c-4390-4a48-8132-18e539cb13c7
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,e33b6cc2-b4ba-4bff-9ef9-6241a7a81871
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,de1ecdaa-8400-436c-829e-bad6fcf39f0c
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,896e8927-ebca-4ce4-921b-df7a6afa3b56
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,c5ebba71-1e62-42c6-a4f0-0e7310bd9cff
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,231c66c1-38ba-4003-81c8-c3ab7947bc7a
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,0abeeeb0-1dd5-43e6-a48d-e22b123c81bc
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,317e5c67-1d49-4a51-9d15-0d67ee833c08
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,fd47c141-b29e-4dbb-8743-4a2e86db3a8b
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,4dec1936-81fc-4a27-8258-78c47514950f
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,5ad1b767-d809-4d1f-b6b0-90be64a47a62
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,a177ca85-8859-40ef-8404-6acdc3a47455
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,c988a23d-8974-41b1-ae9e-0e0b7494306b
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,9971fcee-533e-4da4-9099-2244ed737a16
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,a5c66e99-5acf-4b4e-8c2c-c6683af0ed84
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,a67b8f0c-d170-43b3-bc8b-bed814be5afb
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,94e740a5-2834-4722-89b0-bef724f9b439
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,bd68a062-8148-422d-87aa-54ea4d6b2017
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,f6456de5-df87-4c7c-90cd-9031fc9d140a
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,d6888e31-bcff-4308-aee6-0b8c27995619
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,9d72ca4a-265a-45f9-81c1-1a27ffedcb1d
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,b94e7f51-0c3f-4c99-a309-fac921117c56
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,6aecfc74-46d0-439b-b538-1b53b23cbf29
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,0c6fc7f1-b895-4476-89f0-0b65e5df9886
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,2f8c762f-2ecb-4922-b888-988f8af95131
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,a9a88901-7d26-4119-99cc-6166bab363e6
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,0.00030870683374850357,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,4b3edd9b-884e-4441-acce-a0b4b30811f8
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,3dc2d19e-a1a0-493b-8550-7b83b65becaf
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,528cd45c-3f70-4019-b868-bf89a8486959
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.061,1745eced-aef5-4034-a941-0891fc825f12
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,9cabd96b-4cfa-4fa7-a469-837c67ac2c10
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f6c887ff-cc41-4c53-b235-acab19252746
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.061,a4da5083-a516-4926-b2c5-a2dc7bbf4a78
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,d04d6ca3-c82e-4a43-9f28-6ab866025949
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,560d6af9-7c32-448c-97d5-042dd0acc936
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.061,0c1e1bbd-24d7-4df3-bd46-7b70e0c56429
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,b3779a58-7344-4bda-966e-8791c3f4affe
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,62519d55-2c03-4687-aa1a-e53afb13404c
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.061,ed4eee9a-7b1a-462a-b75e-7712e5028be8
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.061,f8e9a5bb-90a4-4acd-994f-7698907c0c00
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,b9c3a1d3-be7a-4d65-949f-b349f9315a73
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.061,89a72de4-a123-4741-9311-a6c9868cf7d1
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.061,ed49c2f7-0173-4592-8943-70c46c013e0d
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,e975d72b-3731-451f-aa9d-f594f46c1302
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.061,b6ac82e3-3105-4f11-b086-30754c1228ff
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.061,274b42dc-f896-4526-8437-fffde3dac4d7
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,069ba03a-710b-4535-b30c-f20aacc26fa2
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.061,5960887d-e495-4f6e-93fc-607ce40cc397
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.061,d6ed6816-1e2d-4b0a-8bb1-1710c6406073
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,77c9e1de-2967-4e02-b872-3301c8275301
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.061,fd6ef736-2376-4916-834e-a69c50a64bd2
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.061,cbadc260-23ec-4bd1-a86a-f0e5b39edb5a
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,f1eb6b84-214a-4853-935e-6ec2429250bb
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.061,29b82aa2-ed88-49e5-9d15-cfe54cfa42d7
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.061,6deb0ac2-3585-4dd7-a91e-bf6b05562824
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.061,d72145a8-967d-45fc-b311-64e1c328ea14
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,1.1232556343962647e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.061,454716e2-ced5-449f-85e1-9db18234d03f
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,d9dd9381-7fc8-4aff-8a49-f4e7699bc694
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,11adf805-d369-4a40-8c8c-b58069c318f2
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.1.3,modeled_data,kg/kWh,CO2e_value:0.041,d2546036-6266-42de-860f-f6aca9408504
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,a5d62b88-79a4-4e2e-b5bc-695a79ea773e
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,8bbfc0b6-57ee-4f1b-af98-17e47df77ada
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.2.3,modeled_data,kg/kWh,CO2e_value:0.041,b1fb5393-2cfc-4d86-bef7-7227f1acf481
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,51e90c60-adfc-46f2-b983-ec042e4a4e9b
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,9e10e014-773b-4a18-8fef-b6af1a8e4766
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.3.3,modeled_data,kg/kWh,CO2e_value:0.041,74ad2937-82b9-4016-b8c6-fdc09f7a0b91
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,6c34b40c-96cb-4a09-acee-f8c6c7deefac
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,d9b676f4-13a3-409d-a605-040bafe57202
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.4.3,modeled_data,kg/kWh,CO2e_value:0.041,e4feb108-5031-4418-b54c-7757d5da82f4
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.041,f80ee544-a025-45b6-a7e9-87af07a8d540
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,887cd4de-b5c1-424b-ab44-ca3886dd4df5
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.5.3,modeled_data,kg/kWh,CO2e_value:0.041,9dc63f9d-359d-4977-9bbe-e81ec8e5ef82
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.041,19ca1d6d-814c-4e1a-a143-812475fdc54d
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,eb2662a0-421e-4a01-9354-0d176cbdb5d7
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,I.6.3,modeled_data,kg/kWh,CO2e_value:0.041,068663de-69b5-4d2d-8203-f8595468594b
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,f683c27c-9aa6-465f-8d34-deb20fed99a2
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,62dce49d-fcbf-434e-bfe4-4559bb05111c
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.1.3,modeled_data,kg/kWh,CO2e_value:0.041,b172cc88-c1ff-4f11-9464-00e78b54a58b
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,1e1eea2b-d166-4676-a5a9-b529dd1dc3b4
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,de658430-4e75-4d91-8379-ac70d6417ce5
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.2.3,modeled_data,kg/kWh,CO2e_value:0.041,14c8dfb7-7bc9-4968-96ee-7452b5d79ae1
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,da6b7df5-a9ec-43ad-9a23-b238aa4a9359
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,5f53eb26-a7a6-47d3-b48c-946eee062cd4
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.3.3,modeled_data,kg/kWh,CO2e_value:0.041,969a8de4-12dd-48f1-91d0-9e9b15fe0a28
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,2293f8ae-f80d-4ea3-94af-71382a496092
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,5f5165cf-7443-48a1-941f-ed256288801a
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,0.032562773333333336,II.4.3,modeled_data,kg/kWh,CO2e_value:0.041,59ee3dd9-a05e-4e6c-8988-acfbc1092265
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,b11a2e4a-6f6a-4257-8103-867db6fb7ba2
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,ec89def7-c57f-48f9-9aa5-4547b35a1f51
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.1.3,modeled_data,kg/kWh,CO2e_value:0.041,d1bd43f4-956d-4c53-ace1-565e74dd7623
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,fc3f4081-2a50-4d38-98c4-fa213a39273b
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,94f03dd4-67f5-4836-8d42-64644ad7fa09
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.2.3,modeled_data,kg/kWh,CO2e_value:0.041,79c6b165-8ff5-4859-8f99-94e42836156a
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,e069b1be-5007-4116-9ab4-d0d12b311d19
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,2c7f7dc4-d0d8-41ea-84f6-a8629f7facd7
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.3.3,modeled_data,kg/kWh,CO2e_value:0.041,852ab231-581d-4063-8f7f-f591e662c7be
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,cacb15ee-66d0-455a-879c-d1c5fc22f4c7
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,056ecf59-4c35-462d-b735-8224258ff2ca
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.4.3,modeled_data,kg/kWh,CO2e_value:0.041,506ebc07-9e99-45c0-86c8-5c1d3c758c45
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.041,4ce36da1-2cc2-4097-a61e-b0ebef2d4ab7
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,c9959ac9-4d16-48f3-a26e-eb16022b6b3c
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.5.3,modeled_data,kg/kWh,CO2e_value:0.041,a26f7c53-4f10-4814-b3ec-9c62673902ff
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.041,d0b100f5-91db-406a-bf7b-a38f8c57c7ca
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,bc3d3778-1794-4cf2-bdbe-1b854ee68032
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,I.6.3,modeled_data,kg/kWh,CO2e_value:0.041,76ce996e-bb57-4544-807e-2f283e8b91d1
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,033449c9-7d2b-43e6-a938-38f1b552fe4a
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,49d24f03-3676-435d-8502-cea3fba9a6d2
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.1.3,modeled_data,kg/kWh,CO2e_value:0.041,30b059dd-2cd1-4c4b-a8aa-0e338c2c1157
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,90611771-ea73-4f85-88e7-9ae3322e81ff
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,b1bfe5ab-adc4-4210-8847-776e1f4376ae
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.2.3,modeled_data,kg/kWh,CO2e_value:0.041,b8785aff-4492-483c-b5e2-758d58cdd8b7
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,504baa4b-bd2d-4b13-9943-4e5b7e34e96c
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,624faf21-04a8-4839-a412-568cd24db907
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.3.3,modeled_data,kg/kWh,CO2e_value:0.041,5b54a8f6-44fd-4d26-b906-f091b7300864
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,152e9a17-04c0-4347-81ee-6ec4feb30117
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,8aa4f93f-da29-429d-8d8f-2ba450c952f8
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,0.00020488322147651006,II.4.3,modeled_data,kg/kWh,CO2e_value:0.041,c12a0c79-f71b-4646-892f-0feb15aec610
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,c14ef810-8ffb-448a-91f0-6ccca1876ef8
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,75f7799e-1f6e-4bd1-a111-d1b1cb4fdc61
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.041,b077d442-20cb-439b-b942-b0950a8165f2
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,aa130a8d-2e07-4acc-bb1b-84348fcde43c
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,7581ca79-19ab-406e-80c4-285777f19c19
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.041,6bef1525-ef6d-4a19-b3c6-00b941d95130
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,de164e39-5c2b-4183-aa5d-fdd8b4c9ffc7
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,b4d26002-e8cb-472d-9b89-6d6b5b7cf9f8
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.041,fc9cb3ce-418e-4e5d-a5a4-722bb0a4b50c
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,53befd69-025f-4401-846e-ff3e4b59ddef
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,fdf0c0a6-1a96-49ac-9425-f80d5bf2ee36
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.041,2592fbc2-ae43-4f0f-b3a2-696831e0a1fd
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.041,777c7e3a-a067-4360-8092-cd044d59328a
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,61f27dab-8b0e-4024-adc7-7aac2366c72b
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.041,bc6dbe1f-5ddd-48f8-be49-0fa8a400bdc8
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.041,651bce23-f3d7-449e-b6fb-5d9bfbeb949f
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,263d1f81-9c82-483b-903c-946653854e35
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.041,27a7f713-15c7-4e2b-9115-cdab579c9500
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.041,d95c2899-bbc0-4330-ac3e-0c5eff3240ac
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,c4f7d9d2-d873-4448-a644-26eee014c4b2
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.041,3d3f9d8e-6513-45c6-a04a-9194ee8cd883
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.041,b08444af-1316-48c2-8f53-ccbe45984ed6
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,4db59d78-219c-473f-9b51-a1d7ecf88f0a
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.041,742fbd01-d5a9-4a53-86a2-55fea17f17a2
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.041,602b94c2-ff48-4203-8e46-62f26c47851d
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,329cf899-5c90-48e8-8e8f-bb990f3a21a8
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.041,7035e42e-f9d8-4a5d-a40e-4c52c7762b6e
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.041,efc021db-13aa-4e20-ad85-204b27d093c2
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.041,f572854c-5091-49d5-84c3-fb010146d189
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,7.4548473748473754e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.041,48109a67-22c6-4c1c-adfe-9c68d8b8adb5
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,170d22e0-cc78-4d02-a9f3-3726a63f832e
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c578df76-6864-4825-b919-17e4e729ebb9
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,84d057f8-9116-4abc-990e-3258c4bf5ac4
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,1e54abab-d4f8-4aab-9d97-a006e3ce676c
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,449acfc0-e082-4cce-8052-aa0ecce484ab
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,dc5bff6e-232c-4824-98a4-d53e156acc9a
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,a7ed7219-45b8-4c18-b001-36dd5303a43e
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,8e17262a-b678-46d0-94bb-d6724f3ab806
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,5267a67f-8f96-44c8-a925-1d1b62867b86
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,ee9b0c1d-15a7-4fd9-8f21-e439eeb27b9d
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,3b7b1cbe-e999-49cc-97d7-a96b4af8c345
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,989aaa0d-56c3-452e-9629-366c1015ede4
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,5cae7cc8-a3a9-448d-967c-5241fcf91b91
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,98d84190-96a5-4dd2-8fe7-6088f09f72aa
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,21a72067-438c-47f4-b9a1-03afe919ed94
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c5cf97d6-1f84-4d2a-940a-826e1cd37d46
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,81492799-2b6e-46f9-b13f-51875555ba6e
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,bf51234c-06ad-4f52-850b-93b3a97b1371
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,a3cecda1-9313-4682-b983-a255429d90d4
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,43ad0478-8404-49a5-a1d7-e1da48e68806
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,dba25267-3a4f-4f1e-a13d-19225ec31ba3
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,b7bb8516-0565-47a6-89b6-06c30c22c59c
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fdebf207-c726-42eb-96fd-f8d9c616fdbc
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,5a4372c1-331f-4910-8a3d-85285aef3f53
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c5591d96-cecf-4b26-b7a6-38e010e80bb1
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,468a3a3f-3e72-43c4-a368-fb9aeb86bde2
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,36dab7f9-6db0-4cc3-a8ea-5d45be6258b8
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,8e6bea5e-4fe6-4bc9-b138-8efdf2697be2
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e23e9c2e-1b6a-4e79-a951-58cca3f7dc52
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,0.01202793124837752,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,47196880-1531-4e18-83b2-99fbbc62d47f
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,e7294d35-edfb-463f-98ef-153d05689724
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,6a2d023c-2c39-4bf9-a79a-3f3509dae917
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,365bf22d-7510-486f-af49-b3f9f3b79520
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,4468dd51-2cf3-4d66-89da-c9b7ed18ae1f
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,3ff1118d-3be9-4ff0-ba71-75e2dc62225b
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,33d84f13-5b2b-4dc0-a8d2-7eeabf006881
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,6496b08a-2f0b-41fa-9a5c-d32135b9e3e0
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,d775a4c1-9ae3-44dd-a00d-a1a81cca0376
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,0ae36559-030f-4bfb-8e03-2a9b7bbd1706
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,3d32e4b0-6c8b-47a7-9084-2554e1c521e2
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9e221ccb-f43a-41f6-aaeb-3a75d1bcb421
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,815aba17-d3bf-4471-b839-c439648f2a26
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,40fc5125-e78c-4b97-bec5-b6b712a6c3fc
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,a6e80351-86f2-41c6-8119-329db1e258fd
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,522d91e3-f45e-4330-8675-39246c3ec8b1
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,133f673c-75f9-4cfb-aa2a-540fed76b0c0
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fb0a79ff-2348-47d4-9116-045bbfc62250
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,6e66a0af-8d9f-4e4b-9215-ad71eb5e9f73
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,37b2f34e-adf2-4e72-9b47-aca4a593abe2
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fb457695-7696-4ca1-93c2-435c57f75049
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,cdc98bf1-3bc0-4d35-bfb2-9f1174844c78
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,5285d0c2-a994-433f-8610-2f32f842fb39
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,a906a486-6259-4793-b2c9-669e27af3288
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,630801ed-f2d6-467b-9e46-361242558ba7
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,41cbc763-5eb6-4981-9303-0b4b4710f196
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,20b1cbfd-f53d-45d8-93fb-f0746ec86bee
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,87f82e27-cf04-48b9-ac43-911101ef50a4
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,7ba23c1f-8b48-4267-bfcb-42a74f89040f
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7985d3fe-70a7-4517-a22b-4c5b2720beed
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,7.567909761982499e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,d2945da4-4953-4ca7-80c2-43a546504768
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c4f75629-f7d2-494f-85d1-0abd117dc383
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,763871b3-818a-48fb-bca7-f387d1e56360
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,1ba10ba7-a529-451d-8b89-428e5824094e
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,20e1fb1f-34ac-4215-bab8-334ac22f19c0
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,5247f626-7597-48fa-aa3e-81309a304882
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,93b1b624-afbf-4359-ae2b-9afbe5dfe001
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,bee95f80-a528-418a-8542-48268e280201
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7392f7af-9e49-470c-a4d4-541b86d1cebb
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,a39769e8-1a57-4d66-87bc-e8db7750512c
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,8b024217-b87f-4c8b-a89d-a2eae930b781
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9885ad06-733c-4b4c-9b6f-b6992ff69344
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,ac7e13a9-8be9-4c42-b779-d89c4fa3192b
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,f3a3e271-fb75-40f5-ae71-16d170727b42
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,4a8ad923-16da-40fc-8ca9-c42ad5f23a57
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,14030bd7-cf0a-4054-a272-9f709c636518
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,e062521a-39e6-4ceb-beb0-46f74ff6763f
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,18fe316d-e9ca-4aed-b1f7-b6ea61a70f83
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,b6217c80-05b5-4970-8c62-679f1588000d
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,87224b50-f757-494e-9ca7-778035ea2ef7
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,89cba987-965a-4682-8d1f-96712bd05aef
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,6e60f48a-a784-4d8f-beed-246459e327ae
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,0ac66ece-41f4-41bb-b7fc-9747b8a0ba9b
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,a7cf99f2-2e9b-444f-919e-3cfcf42f5f63
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,903e4f52-1fc3-4409-a05a-bc19dbe25ce2
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,f1cdd73b-95a5-4643-a3d7-50776e6a5f5f
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fd3a074f-9822-443c-a987-5cb2341e9f86
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,eab24a6b-4d2d-4f67-9015-1166edfdfd17
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,b562ca8a-81a5-4b40-99b1-cbfa6149cdb5
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,44c90635-1780-498a-9600-c3717aea1af7
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,2.7536472638226924e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,d8f7af41-e924-49f0-b790-0782641924d0
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,786ba0fa-3b09-4bb7-b2f5-bec564c0e1e0
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b7b7cd8e-3d09-4683-8f5b-1c08ef0c655b
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,eb87616f-c5e8-4377-8e2e-87224a710af5
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b9984a7e-2e27-4aa3-a8ba-1d0f3550b362
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,23ff748c-3599-41b7-ace9-aa8e846f9168
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,07ba633a-3479-42e7-8dd4-27b04656b6cb
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,de6f3a9f-663e-4275-a58d-e060e72713ab
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,f6fefe30-887b-4ef7-82e1-ec5a194f13a2
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,8e02e806-07f0-44b0-aa2b-5e900b122fc0
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f7914576-9300-4b9d-85a5-99cb7a99eda8
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,94f680f0-5a3d-4d59-adff-06691dba8e66
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,00cb5505-9069-43f8-a520-a6f4add9a8ce
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,83dba8d3-788f-454b-92a8-0f2d354515ea
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,919cf750-4556-4c8c-ae11-d36c340dc13b
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,4dc67099-7b98-45e4-b080-eb3e63ccaee9
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,10352164-ddcd-4a36-a05e-6fa787f1fb18
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,aa053b3d-bb00-4105-b7ac-b67f6fc52ea0
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,bbc90e65-fc51-4699-a4dd-12414eadd441
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,8d5dc06f-6c4a-447d-802e-35424023fe41
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,90d75edf-52d7-4724-a41d-5e5901f8979d
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,2979d8ea-ae97-48ee-b078-6f389923a68e
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,95ec896b-fcb7-4610-b161-f033859f31cd
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,935c87f1-f6f0-4f96-8290-e178a1433b66
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,8e4acd39-0e85-4e1f-a019-e2f66c343e1e
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,244dab63-b4bc-4f13-ab46-2d32fa3a7744
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,824b7a40-0834-49a0-97b1-e6fb9fef9152
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,d85a3f39-20f0-4785-b656-6d19859489f5
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,830647ae-f9df-4897-b15f-ee20bae338d5
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,98d62a79-006c-49c4-95ed-bc5bf4411ec1
+ES,Spain,2022,Production mix factor,CO2,0.010694732030075187,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,b82d6470-2f32-41fa-9d79-96cc8ac763e7
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ed9623e8-e4ed-4439-b426-3c1b044c6d7b
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7be06813-8ab4-4743-9cbd-8af91e9dd3dc
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,9108431d-18fe-466f-b250-c327142ed712
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,75d5619f-e14e-478e-a92d-c670784a55fb
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7df49bb1-1687-46a1-85b7-3371c26f3d5f
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,fb471410-cedc-4063-8870-a42f15990a82
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,6a088cab-dbd8-4789-ada0-ca0f6ddc56ab
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7cb7f2c7-0f19-4719-a349-49d41a67c228
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,775a1de6-4f35-47dd-a736-3ae1e453a274
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,3e9c4c77-11a5-4ffd-ae48-51152822eebc
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,e8495c78-3ff9-4efa-9c86-60691680ef13
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,33184877-f694-4454-87d4-4202a61bb84e
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,5ee5cb49-20c6-43ed-8a53-5b02a1ffe343
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ede11bc5-a348-449b-81df-5eee249e937d
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,c8f74f25-eff2-4189-8a1a-6d4d5e7dfb70
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ae7ce228-4436-4ed6-ab9d-09b7c0aceb99
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,2c102d50-fde2-4aa9-aebb-6f7e6da1cc95
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,7b396f93-8ef7-4935-9bef-a853df03a396
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,e7cd95ab-fede-4e33-8ed6-8ec61c904e45
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ec65fe2e-9b5c-44b4-bef5-08e7635f20ab
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,3cbb72d0-85b6-46fb-8e5e-9669b4adf8f0
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,11f30e97-c77e-4d2c-9713-1752b623f458
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,9f7ab805-6e65-491f-bab5-87d4f33ec721
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,15dd6269-3eaf-4c91-a238-ad8f11d4b461
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ba288c15-6e28-47f6-83e8-c87a7aad599c
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ee673fdf-7561-47e8-9dab-2263a0ea79fd
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,e32a83c2-5be0-46a4-9e67-72e1daf1ccd0
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,3bcad239-ad4a-4075-aa69-882c97ae28a6
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,bf61f50f-d35a-46ff-ba76-d1b97283a03f
+ES,Spain,2022,Production mix factor,CH4,6.72906797194328e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,d0d04404-1b78-4dd5-973a-141ffbaaade8
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,073bb90e-d31f-46bb-a29d-732580594f46
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,2703af07-a2c4-435d-b1f2-5e4bfad782d5
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,a3a84213-67c2-4ff5-81f5-a5519cc89056
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,e5603045-c34a-4d4a-bf11-c9db0092d97b
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,af97daa5-15e9-4efd-bd92-847c79b1f69f
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,cb9bc9b1-a578-4e29-b095-ef3643214a99
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,48d59b8d-2fd8-4d7c-af33-be9f259a4be9
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d0e38ffc-3e78-4547-8eb5-492c8601f8c7
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,77556f61-1582-4a31-a3eb-316dbfec73c3
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ff2bccbb-519e-47dd-bff4-161fe304457e
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,68646daa-7c12-4ac0-8c49-b075f8d6b750
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,c332da9e-a955-4181-ae77-692891202254
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,7eca0f07-0336-459c-aac9-7985f0ee3eec
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,3ab8445e-9fe7-4d52-8067-73fbec4c1429
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,9d691002-132b-44ae-a1bc-067dbb0be29d
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,67476f46-47fc-45da-be2f-f9bca7aa831b
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,0dacfa54-2d7d-45cc-adfc-74f29abe5777
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,0c155d71-65ce-4512-820b-3606dd82797c
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,a0204871-e1d6-4c1d-aa38-f440e6329388
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,08636d2b-a751-40a1-ace4-e1ee8ae7369d
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,3785e592-6dcd-4516-a899-049a5d35c7d7
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,b2a4f414-35b4-4046-9a83-7c70aee20eed
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,156d8dd5-9718-4978-8561-2464048c34d0
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,ea4e054e-7f5b-41fc-8e37-3241825f8d23
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,79528813-c982-466f-aeaf-65e8e8292327
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,88e714ef-ea64-485c-967d-b9125cd50b02
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,7a47e1fa-d80d-4fff-a003-bef9d569a077
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,a830b42b-a0d5-48c4-92a5-8a5dfa9bc92a
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,e67cd23b-512d-4c17-86cf-6d4c93b8160b
+ES,Spain,2022,Production mix factor,N2O,2.4484276625630007e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,d6543979-7ea5-4e9e-a4a4-9e5206077421
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,ecc3c0fc-6edc-4474-9a9e-18700cf97888
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,18a7af14-5889-4729-9338-c5e286accf5e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.1.3,modeled_data,kg/kWh,CO2e_value:0.037,856b4673-ce46-40fe-856d-0098d3c0ccbc
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,addac919-6829-4c88-a48d-9044497086a2
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,211e421d-d020-43f2-8b6e-ba95a6c5c5fb
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.2.3,modeled_data,kg/kWh,CO2e_value:0.037,8964451b-df12-4f9e-800d-51f0ad102923
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,4d58215c-c875-4672-a475-e92007616e15
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,94d4e412-77af-4f53-ab90-165b1da75f88
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.3.3,modeled_data,kg/kWh,CO2e_value:0.037,86d8012f-94eb-4296-87eb-cf1778956c4e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,307fec24-4c2c-4c57-99e4-5741d32440ff
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,c76a5b9c-5790-4368-bd4b-2e579cb0a18a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.4.3,modeled_data,kg/kWh,CO2e_value:0.037,d4333879-17b5-450e-8222-fab1e5964141
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.037,07d21062-5d6b-46b3-b3ba-2f601bfe32f4
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,e168a5f1-cd10-4dd7-aa2a-a729f56810d6
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.5.3,modeled_data,kg/kWh,CO2e_value:0.037,0c14826d-726f-433f-8671-57c1143043e9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.037,c5e858a1-99d3-42d2-a98f-e9ac111e2187
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,55eced2b-c4a6-497f-adc7-7b6ebafe5d0b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,I.6.3,modeled_data,kg/kWh,CO2e_value:0.037,7e4a05e1-1f3b-4219-9a33-019cc12d6d6e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,8fe1365d-ef4e-407c-bf95-df2c18129191
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,f9915f66-0864-4077-824f-5be1ed5d1f83
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.1.3,modeled_data,kg/kWh,CO2e_value:0.037,2f914c5d-54e3-4892-bcf4-3f9d622c0d96
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,1da3183f-9043-4bb6-8e6a-032de5d90abd
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,86cfe00d-5af0-496d-9ba6-da5a9be5267f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.2.3,modeled_data,kg/kWh,CO2e_value:0.037,6f29230d-2af6-41ae-9c23-658bcd72d7de
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,68d56970-a9d1-416e-a8d5-675c49eabdff
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,077b1b79-cad0-4d41-8d98-40cd6a36877f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.3.3,modeled_data,kg/kWh,CO2e_value:0.037,dfd05270-ff7e-436e-9e0e-6163fd6e73b4
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,cbd26be5-8b86-4599-980c-091bbcea6e63
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,0f8c359e-15d4-4058-8c7c-23784285f680
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,0.02953535642672624,II.4.3,modeled_data,kg/kWh,CO2e_value:0.037,b56e90ad-b47f-42b1-a1c5-4fda13a10c8c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,b7573d41-e329-4e1f-8f3d-4d0870edd868
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,e7b40b5a-d5db-419e-97bf-b2aa0fa77a34
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.1.3,modeled_data,kg/kWh,CO2e_value:0.037,b977be64-a041-40eb-9b63-055aad99d87c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,c3370e11-a5e1-4c7b-86f6-df6467c69a01
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,47e95bbc-31e1-41fa-9b73-e853931cd86e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.2.3,modeled_data,kg/kWh,CO2e_value:0.037,d7b7debc-e21d-4ef3-a2fd-b457aba0b2bc
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,74285ba3-885a-42a4-871c-21a91d36cb0b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,d3694ca5-8d77-4fb0-92e6-44389bd95246
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.3.3,modeled_data,kg/kWh,CO2e_value:0.037,f223da3a-22b9-459b-b89e-0e181caad4a9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,c798fd12-86db-4150-8e90-c1a3a2ae246e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,e11b4522-30d1-4f16-9be9-4b5efe28a93e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.4.3,modeled_data,kg/kWh,CO2e_value:0.037,1fdefd03-f53e-463a-9e23-0e37a0825783
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.037,8f2a111c-4bf8-45bd-8c7a-5b5bbf5988da
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,449b900f-448f-4d79-ab24-8195fccd1fa9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.5.3,modeled_data,kg/kWh,CO2e_value:0.037,543e7de4-53c8-4e09-9a13-5bdcc575fb0a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.037,9a9a729e-6354-4d07-b474-dd3f79e2e8d9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,dd91a716-e252-4bf4-b3bf-be9be824d536
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,I.6.3,modeled_data,kg/kWh,CO2e_value:0.037,8b91b4d7-d7da-4917-80a8-805a87c24824
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,a238a761-b17c-4aa7-9704-27fecd374332
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,b269f567-a925-420e-8b12-91161f05a97d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.1.3,modeled_data,kg/kWh,CO2e_value:0.037,7e3a44c2-8137-4872-949c-920fd4970e1f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,aa691091-80b9-43e8-80bd-c9e9e9b11c42
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,0c6b3809-49c3-4ec6-aff3-51ffe0417416
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.2.3,modeled_data,kg/kWh,CO2e_value:0.037,35507f17-d64f-427c-8bf0-a24e4c5c5324
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,031c3eef-a10f-4728-a92d-c17efe4e1973
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,4a0b8a49-8d1e-4059-8a02-831f0fadd00f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.3.3,modeled_data,kg/kWh,CO2e_value:0.037,c6ed0c94-8a1a-4d63-a70e-834352b553f9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,68235dc9-12f8-41c4-a17f-1eff72e9b678
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,f4eff4fa-16f0-44c1-87f9-1208b28e004b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,0.0001858348768460124,II.4.3,modeled_data,kg/kWh,CO2e_value:0.037,9a63540d-bcfb-48f9-8e84-a83b22b94aaa
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,2d4aae18-f606-4a4a-90a3-2bbf3f1be729
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,ed41174a-9211-429e-8a84-e14116591271
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.037,f7033477-7ec4-4150-8c10-690171c862b9
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,3b436557-6525-4c2a-b7ad-1450c7ea728c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,7dee867b-86e1-4adc-9aa2-f7ec868c7a24
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.037,0eddeaa0-910c-4564-967d-c7af29ff3d68
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,e810b7ee-f547-4f53-9512-00abca254bc4
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,e6232091-75ce-4a8d-88a9-654f2e863582
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.037,1a31601c-0213-41b6-b460-b5bdffb597c0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,26abc0df-8202-471a-baa0-ff5477e8a8ed
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,bb61bb5b-cec6-49aa-b06d-05e9b44b356b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.037,9ed85a8e-71f3-4c37-9645-d189992dae7d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.037,2162781d-985c-484e-890a-9f99eb2b6544
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,17b0da02-66dd-44a9-8e19-4de4676a5a7d
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.037,582f3999-d888-4812-8745-62e976fa9c23
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.037,fbbdcbf6-794f-433f-8ef9-92ff8f1d3fdf
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,57dcad36-edf4-4c90-8d3d-014a0a77b2e4
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.037,fc158c53-8b31-422e-b287-727a74730f62
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,e84205c3-776a-4a96-b919-611d8acaa34f
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,186f685d-c5f3-41d0-9dfd-d20262ac286c
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.037,a98684df-fb6a-4fe9-9cf7-1466111e48cb
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,68c0692a-7c48-43ea-9f83-ce51ed5e31e6
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,0ce701ea-9ed3-4d84-98ec-da25065962f7
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.037,c859b42b-30c6-4977-b94d-0764342f8bd0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,12ae24f2-19df-47b3-a1f7-1c3ba81482b0
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,bd7e0391-6892-4ce5-bb94-3309a02fc643
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.037,5a45a75e-75d7-44d9-b553-66d62f3fe13e
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,97544d5a-258f-4bff-aaf5-6db66d705627
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,ce486388-2de4-4494-9d6c-876f8365473b
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,6.7617574237010625e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.037,3431da99-2680-460c-965c-0633e261ca62
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a8fcd0cb-3ca2-4985-bb9a-dffbac2253a9
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,b374c4c1-e3bd-4e09-ac5f-6f4a50599b9b
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,1dd67945-71de-4f38-904b-71faa17f85f1
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,7d427b01-fdf5-46ea-b925-058b3a5eea02
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,4883e1c1-0681-4ef9-ba16-4b474032dc1d
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,619a3a97-b57b-4211-9040-bcf7ba76aaeb
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,579d80e7-1c67-43a2-96df-33501747a3df
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,c6a6d60f-3704-4659-a77d-fcc30be8f435
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,3fced54b-9c88-4ef0-9052-e600d8553cb3
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,49de1046-da35-47e7-9cd8-2adb8f8aa17a
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,b28a1807-3678-4fd1-b27c-41454b7a1d8c
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,ccb4432b-6937-4786-878b-07f3865f0316
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,8a1cf6e9-1639-47ab-addd-53daa252048c
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,4849ee76-c008-4e05-a28b-246d76d5bb8b
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,ab3cd0a3-582f-4969-bb4c-b43a7fbaff08
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,278c0b8f-eecd-44fd-85b9-5f5c7f531968
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,009d56b0-fd82-4861-b86f-3a97dfc1ff86
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,daf1b80c-2182-4d34-b0c4-c9ffd4941b7f
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,c377f03f-658a-4458-8ff2-1d9d6cecd6ff
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,b639820a-0921-410c-aafa-5d2512aafda5
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,be56082c-38b5-46e2-948e-b7ff1290067a
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,566870c0-2275-4fae-9c7d-26101def39e6
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,31d99489-1a06-4860-b1c4-c48e4164dae7
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,07abf7d8-72e3-4930-aa5c-757fbffcb762
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,12a6a97f-4aeb-4757-9c16-1bbde07de18f
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,96b3d985-e7b8-4f74-860e-590fb2502506
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,0d8c7364-20d1-49de-bd42-b395257e95ba
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,8c053091-af59-4329-9377-09af35484b47
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,1e98f12e-0c32-443b-aa72-b44576e866a6
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,0.0336191773358331,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,f76665bd-2f2f-413a-8d7f-c8a3a7a3ac64
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,109ff3ca-7f1a-40ce-a2a1-e3bcb9cc8ec1
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,40bcc30e-a983-458a-99c0-29056f78f517
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,ea613433-e975-4b87-8d76-521dcd45e294
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b5971d80-292f-4904-a08e-233b207bf92a
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,a688888e-a4cc-4881-8dfb-5dd4d3215d3f
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,d6da6309-c6da-4677-834a-21eca759e5db
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,1d8ad92b-70a4-493c-a728-ea6ec78c0d5e
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,1ff75830-b829-492a-8a08-6126aa5917bf
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,978d6302-f3ad-4da6-98ab-3c237801bcc7
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a473574b-1f52-4316-b9e8-5fa6fb708081
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,8a643a6c-73c3-4bbe-8d6a-a24784e99b9d
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,9e211b17-8e0d-447a-ba41-16dbd2fc0787
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,3214219f-405e-489b-bfc3-99596d03f921
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,2a9b3ac4-a2a1-49c2-acd6-d5f470ca6e7e
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,eea81c01-dc9a-402a-bc7e-f4152a9d9577
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,dee3efc4-1dec-4819-85f6-e6259606c3e2
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,5e835d22-69be-4679-b9f4-c87a8fa05ee6
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,225bc3c5-217e-4201-bd48-23c20ae670b1
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,8f311bb0-2d97-482c-a4d0-e66d00a205c2
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,314d5967-de9d-4c0c-80fa-ff9b473f34a0
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,52d82072-cb76-4e05-a5e2-e50c714adba5
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,35437abd-826f-4b00-a130-3ada739a2332
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,69f607cb-42cf-4d22-b04a-d15afe5954fc
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,6d5dd767-f8c7-488d-af1d-e152f4703195
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,69082bfb-2cdf-4a8d-b37b-b93f3fa20604
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,3620e6f6-5d28-4940-a7f4-82a33b41c64f
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,8dc63c3a-fb9d-418b-bec2-eb27502fbdf1
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,e773f068-0c26-4daa-8d0a-3bba7b7546a8
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7450de29-c406-4993-a85e-1f2ec77d5755
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,0.00021153005874056057,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,ec513a57-0b5e-4649-80a9-c4f071765d1a
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,c6988b25-db1a-4874-a05a-5f0f1eb8a38d
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,a3fb0f5e-cd0d-4e49-8425-cb3bf423b7cc
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,fd14d6c4-07c4-413c-bc52-b1a553c56b2a
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,5015e2f8-42fe-436c-a18e-1da9c39aec7b
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,8c612e27-7704-43fc-a602-de7f3bed5058
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,8e06a40b-6540-49d7-a428-38cad6eb159a
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,70a4ac08-b3a3-4776-8739-178557e7cff6
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,ed8474c6-9366-49a2-87fb-f6bd64d9657a
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,cdb7688a-a781-4232-b6ed-f007d8c22549
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,60c558aa-9d10-4bdd-98f2-ea919de8caa4
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,5dfc1a23-3b8f-4663-a5db-d54590df4d5f
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,c8d0d22e-b041-4014-89ff-a0f9f0365add
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,e73f90c0-a2f7-461d-8c9e-f79ef5aea607
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,42016a66-ad96-44a1-a076-cf094d5ff10d
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,9a23dcd7-ee26-447c-9076-d39fc5aa3292
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,f03c7a9a-15a4-4956-861c-b35ab5839ad4
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,865fc312-5657-4eb2-9d5f-a31ce4ceb76a
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,88c8266a-79d8-4235-be3f-47f18b31e14c
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,ef7c53ee-b574-454c-9ff7-0d332ece87b2
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,bbd58c5a-e327-4623-8b67-72f8678c0a44
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,25dd674e-2f81-4566-85e8-1f69e469d89c
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,128259e8-4424-4cf2-8cd3-5d0a8000b49f
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,37e356cf-fe7b-4b9f-b993-cc1c9420c04b
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,8dcc6bec-d1e8-40cd-8599-1fa738d75d78
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,017bdc28-d54b-4019-b735-31258ea5c6ff
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,8a371d86-5e00-4109-aaf6-a874ad8b4c82
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,50d7a8eb-8192-479c-8703-482d3835eda1
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,67f356f6-b799-4060-ba47-3a833fe6243f
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,f73cbecb-f116-423b-adfd-ff3d42529031
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,7.696698108020397e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,eb0ddd75-7601-4bc1-bc6f-dac18b9fc226
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,18ec5db5-66fc-41b8-8fa1-61aa657129f9
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,4015e3bf-22d6-4d0a-b093-872c6a4f2d2c
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,3475654c-011b-453b-b7eb-d0231972f15b
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,6eac289b-e37a-4b16-97c3-075930b7694c
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,8045caad-66b3-4556-8cda-0fc0b3677e8e
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,0e6a6b2e-937a-440d-b2f6-96ee00ae147e
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,d81ab046-3e6d-4c86-b2cb-2e5aac9a2110
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,bf4ca1e6-a6d3-45da-8086-fd1b3f93f952
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,777cc246-542e-4dc8-9e6b-48dedb00ffca
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,88c9f323-0638-46fa-a2de-127a8f26c64c
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,ccf5208e-423c-444e-b584-bf0331bc2429
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,bef96b37-b3d5-4ab6-ae91-b292548dfd14
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,9e60ccce-65cf-4a1b-8d05-08fa0639ff61
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,a4637211-89e7-4c4d-b8be-5d0f7da01426
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,f1c9fbf3-2911-4b87-913d-ddcb3745f1d7
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,52a982d6-27f2-4afa-a623-7332c5664b8a
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,f2665936-0cc4-44fe-9232-337f86baf490
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,6d80637b-7327-4d3e-9976-da7f8e83fb82
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,cc4becb5-5ab4-48e2-9fc3-170a7611df39
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,e63230a7-509c-440c-89e9-200f746025b7
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,a15c87e2-3827-4bc5-8f55-fcd4e01ddd77
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,3634df4d-b5d9-4ad3-a611-fe5778ae3612
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,5afe2be6-168c-4a64-b82e-9cf815867205
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,f1bc34ac-74e5-40e2-9dd2-0628deb2a703
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,51e888ae-f4bb-4fe4-8294-317a1642fcfe
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,0e6c4688-157b-47dd-82df-55c6a39cd5fe
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,252937fe-d548-4dfe-940a-a0430acfedfd
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c5501c13-f169-4e55-9788-5e7a6c4fe169
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,36a77eab-a48f-4283-9aa4-45314881a89a
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,0.013229442417354223,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,7d0de8ae-a1fc-481f-bc95-489693feee97
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,adad3073-e40e-4da3-bf8b-53446937af5d
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,00acd6a1-4b39-461d-8f5e-41e5b2c6f641
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,1756ef72-a8b4-4fb9-a971-89200b3d5e4f
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,ac2c7933-280d-4982-b70c-cd29dc36b216
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,db8f8598-6d61-405f-b313-f441a8721924
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,fc21ea28-a6ac-4b0f-a582-85d84af1fe4d
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,8f0d4dd1-ff17-4832-8aeb-ed0677dbee19
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,1ca04e5d-f112-4395-afd3-bcf9d7061d4b
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,c6190398-b821-4240-9519-567274fc93fb
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,d0fd6f2f-076d-4cd7-8fa2-ca7094b1e4c1
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,2e80f613-cc54-4573-9de5-b40fd796cb53
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,e79243b6-4fbd-4db2-b74e-963c88e3e5eb
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,3b5fb75f-3a66-4679-9260-346f5174d5b7
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,bfd81120-d1d0-4e3d-985d-fb4f9b9d8d17
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,af47989b-316b-4a03-8c25-7353610c252f
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,1fa87178-438e-4128-b11e-8652bd35ed34
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,9407d855-7ab2-434b-bd3d-0521edb07e7d
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,917e7e87-46af-4d0e-98b0-404f38611b4e
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,a9fb7267-04b2-4506-a3ab-63346207b1db
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,18b085a6-9470-485c-b85a-4918f35a9c56
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,74baa73d-dd2d-4c9d-8235-726b50b8323a
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,ba04ad1d-bc16-48f6-9047-8eecea79a696
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,e7569b8f-25db-4a5d-b264-fdef51eed3b9
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,6f99f8d7-cbb8-421b-a0c5-b2718b212dc1
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,226d819d-7634-49ae-8132-8a25da85c1de
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,04bbe6a9-7dd8-4ad1-965e-cabfcf266075
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,91701de1-2211-45ed-a778-0bc6cac00a07
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c963cc17-ff4f-4c19-bc61-282afd6938c9
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,1ba12642-771d-4e9d-b031-a0ab379afd61
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,8.323894138435962e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,4625f8bb-476c-47d4-922e-979c418df9a8
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,4a5572af-9df8-456b-8a24-98a38c6e5758
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,af3803ea-e396-40f7-964a-8a480a2b518a
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,ccfbb63c-bf96-4b3f-aaad-bae7af229193
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,0d413e97-8acb-4175-9298-b6bcc7f1e051
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,7d7c13a8-a5ab-4e9b-853a-1b962b826f89
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,ae122f58-0979-434d-a965-fc4cf47c3a89
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,3b93a024-b62f-49a9-87c0-ac929429df40
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,177e87f6-9e70-4521-9004-ef7a01261d45
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,b81472a9-ba84-4930-a3fb-d6da77147e07
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,4a175b83-a24d-45ad-ab62-70bbe1edf6a1
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,890c54b7-60b2-4295-bca1-f2f0f2c2d8b8
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,28bb7733-53a0-4e51-a9f8-c0935c56ab22
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,e88850f2-1847-4aed-91b2-14be723a19ce
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,9a4d872b-006b-4aaf-a058-7e15772648fd
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,dadf440f-d976-4a53-9805-f79f2d7d563e
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,a81b4180-7b38-4c31-81f6-46079f8c40af
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,1205a5b8-e5d6-434c-8ac9-3a7e132e819a
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,f30906f7-5857-4023-97f9-635e729381a4
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,081e7eb5-e943-4b27-9c7b-0da081c46ab4
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,9f392bdb-7de9-4511-b7db-0cf24517f158
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,68564d25-4986-4bdd-9ab7-210ecf7667b5
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,850325e2-4a27-466b-bc96-cbc8ab895ded
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,19543fff-495f-49cf-b99d-ba6df059da21
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,dead0f7a-f3d0-4c51-b11c-db413c21a92e
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f93f99b2-bb2b-4b7c-95fd-4024f374b57c
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,7f54341b-d6a0-4068-960e-e681acbafaf2
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,ec6f1405-3415-403d-9a72-c61212d0da20
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,fdac780d-5952-4e28-8260-f361ede48e98
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,57c4007f-d00f-4336-a42f-8fa1ace308b5
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,3.0287185021415344e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,6099c0bc-c87f-4f21-bc75-584d35e23cb9
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e8b3bc14-d3a8-45b9-9a66-2be704b9fb98
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,96cd9e70-4c7c-4630-a14e-11d05bbfdb2c
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,6972eff9-d931-4fe6-9794-a73416a8ee30
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8265709d-02a4-463a-a8dc-2c7fbf961a60
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a82bd241-a473-4e64-a741-0513d464c138
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,870b9cf6-7139-4b62-8387-b0d870b62aae
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,f230a51e-7a23-472e-aefd-dc7e7d528b0f
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,efcf90cb-8769-48f0-b457-dc065e853b64
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,936385e1-d4c0-40f7-9d73-5d6ca4f22f3a
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,6ded8cf9-343d-45b5-a487-0cef7336b0ff
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4e143ce6-c5bd-462f-b8f2-282c76d58271
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,f9433a7e-2b40-4a4c-8611-81346ad2eab8
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,3c19698a-49cf-4b85-ae56-68dd12146b0b
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9428f0ff-a04f-4be1-94be-3b58ea87bd54
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,31171a38-d788-440a-afd7-53ff7e7fdcb8
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7a6d6a88-8092-479f-97d3-333fea7a04ae
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,3b5da816-57ad-475b-b4d7-7f1b4f5a6116
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,b0cfac02-1d52-4381-a82f-1e61f3d807bc
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,928d1e0e-76d7-496d-a13d-3fb356b1910c
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e4798dff-b4d3-4fdf-8bfb-f9e0d8959073
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,bcf146fb-65a5-414d-8a74-60ee1b00b185
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8832dbfe-c3ab-48d2-9890-4d36fde25ff4
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7fb4cb17-2a18-48c0-a36f-9bbea5c58c9a
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,7c5fb7b8-1324-4954-a969-8f9c647de406
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8e4bed2b-7663-47a0-b3a3-ab8f50b0fdbb
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7d621de1-d885-4458-95ae-b66de5dfab42
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,c2142e2c-af70-498c-91de-2d5daf68cbf7
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,915d9a62-5fd2-4031-ad39-1856965e7e3f
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,5538a911-c7ab-4fdc-a85f-c88d6addbbc9
+SE,Sweden,2022,Production mix factor,CO2,0.000548128279883382,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,629bb4fd-786b-4100-9570-f7d8c3a3b5e7
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,24758dfb-00e1-4963-b078-1b84bd3ae2ad
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2bb5a506-ac84-4aa0-a5fa-b443a1a7029e
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,1d0bb93b-29bc-449f-a523-6ba43c4e73c4
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,3cf881f7-0732-439f-8c51-bdee1df3aa62
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,62662a38-8873-4ceb-b8bd-345b16b7800a
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,1c5e6655-b264-4054-b1de-6429d87cdb9f
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,95483538-0e86-426f-9e3e-d968b6cb201d
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,44ca4628-3449-4036-89f1-c3895c5ae61e
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,aff790fa-c0bc-4cfb-bcec-19ed3c5786e0
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7ca2ed8d-8297-4c4b-b07b-c88269129dba
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e417293d-56bd-4a01-b6f6-ad569c8c571f
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,c90b4c80-9793-4150-9f28-070ee2b66c9a
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,61593221-63e6-4666-820e-1a3379ad06bd
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e56ed1a7-b82b-4469-af04-cecc87dc9a5a
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,45e08d9b-47b6-4aa2-bcc1-086fc71f21f0
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e8e23691-9097-4953-895a-1c64a891478c
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0e5e85de-ccc8-4c89-b494-7b0eb0473285
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,006ab6ea-f9d5-4881-94bd-1b91bb91c184
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,ac95fdf6-596f-47be-b349-82291845bce0
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1bdf0864-3d3f-4216-b537-9837f08c5bea
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,adb7c15f-075b-41e8-92eb-bbec64e7cd7e
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,39fc7986-c41c-40f0-b2a6-eac048fe1b4a
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4dd79968-5d7d-49da-b1e7-90a30a590371
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,d6a63341-cf98-4f9d-bb04-e8518e25b7f1
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,ac4c488d-ba8b-44d5-ab61-67a5d8ff8c68
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,bd9f8fe5-baf0-46ec-bc4e-efd32c141dff
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,51f4a144-47e6-4776-92fc-df421b48bf02
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5f500d3f-a1ff-45aa-a673-a7bb56d8aa57
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,244a3a6e-d46c-4bca-a7f9-a691463bcd31
+SE,Sweden,2022,Production mix factor,CH4,3.4487937073199367e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,0bb99040-bee3-4b92-8b17-99bdd4e5e581
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5c96fdbd-4f2f-4074-93d1-b002c0748821
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,783a6512-02e2-47b6-9e5b-e3ea6a2dba25
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,78c53b40-9420-469a-bcf3-caa5182a9ecc
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,07bab170-211b-46d1-929c-3a42368599a0
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e2a5de8f-b378-4764-9ea2-e974f346fa2a
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,3330e4a5-b337-46e6-8b57-a93b5b80dabd
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,d188a8f0-6a67-4415-b1bf-9c5f110f882c
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,cc82d96f-fec5-40c6-82a4-bdbffa86787c
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,c75841e1-5be8-47f5-bec7-759ae37a02c2
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7ef904a0-a24b-4b86-87da-79e450800b35
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0b2a2bce-b792-4506-83c0-e9ffefb3db29
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,0567e2bb-1312-4eaa-a26e-60935ccdd399
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,a0c95960-1cc0-4003-b989-b517a1069ffe
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,90bdee29-4c5b-4ac4-9e0f-1a8497fdb885
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,78bba90c-fc6f-44a6-8100-5d7dc089e2ea
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,bc975999-f4cd-4b56-9bee-2c99d3f91724
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ab214456-5ff8-434f-8ac5-427ad851acbb
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,c23a63fc-0e2a-4d00-ad37-5088aec40590
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8dc107f5-a075-41c4-a963-369d59e3713e
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b1ac2ef1-7190-4013-bc64-cf45e2a8d25f
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,e2fdf881-483c-4c69-affc-d6438df43b79
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,937791f7-6e32-430b-b3d4-0387e6543f2f
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,434cc126-8037-4cea-9009-a115ae53cfab
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,a8439da6-e892-4c40-a726-46a2739f4b5c
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,9c8693c8-44a3-490e-bbfb-1fdce12cbfae
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,04912a93-40f3-4036-8932-41e6b2be524f
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,0afbf701-1832-40cd-a856-5ba0a06f9816
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5af55ef8-0af8-4a71-86b3-5f2c6524b9fa
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c6d60cf5-4fcb-43bc-ad36-41a66829d28e
+SE,Sweden,2022,Production mix factor,N2O,1.2548724356304535e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,b229a4a3-8528-4edb-b0a0-40f5eed8c9bd
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3c57907e-e18c-4889-9808-90fd177eee0a
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bee0641f-4414-45ed-a4a1-cb179456d999
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,411afc54-17fd-46e7-aa4c-2e4163fca708
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,624c1846-382c-4c4b-b753-24dd9dd4b85e
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7c12ebc5-2049-4609-92bc-545b721855f6
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,302d157d-f768-446b-afe5-3a5469d2dbbb
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,61f6ec70-f7e5-4399-91bf-7f988e5548da
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e302e2b7-9e9e-4913-af4d-12d46a1a7abd
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,8bd5c927-5c7b-454f-824b-66a58422583b
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d6f60ec5-635b-47bd-90d8-3b29ef578cd9
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f779c7d1-56ca-4d7a-9f6f-64b28b89efa4
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,9e3a3f58-cbc8-4c81-b54e-c307909e6124
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,86360bdc-49ad-4802-90d9-af7b483f63aa
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,31634013-b901-41f3-b758-8c8c3ac4ca5c
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,f9043d06-682b-4075-8d60-eec1e624d3ad
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,95881070-a6fd-46e4-bbca-60913c168932
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e4d58f12-995e-4f94-a0db-6295fa37ca85
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,5a0c0783-7137-4a9f-a7b2-33bcc88f9142
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b581857f-f35e-42a3-b312-4c0a616c16c0
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,673f1f48-6bdb-4f49-9718-cb6e74ff1349
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,20deba55-4972-48d8-9aa1-4dbf2942506d
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,565f90ec-5763-4cc6-bf9c-9db5ff5912e1
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,81aa93d8-b9b4-400c-9ce5-fd135104ad7f
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,faa2d42d-7872-4700-888d-f6f7147b185b
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7106b0be-33b4-4b03-b676-32dd31415a18
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b0bcea9d-a7d5-4e85-b746-d5a084921105
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,a56a5f62-fe12-44e3-a622-65c9dbfbf03c
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,391abd89-cd16-485a-aae8-ae3c347579d5
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7da86068-a7ea-4202-bfc7-e9aa128320ae
+CH,Switzerland,2022,Production mix factor,CO2,0.00018103342679570505,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,5735d2fa-0fb2-4e0c-a5d1-bfdcb2bb0417
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,88ef7557-64ef-4ca6-a7ce-a8fc3abf653e
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,718fc1a5-0a21-46ad-9b62-23385a37efc5
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,7540837f-d5a7-4c9e-8a05-6e5e37786675
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6d9a2438-8d4d-446f-a100-8fa98f5491b5
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5e715cec-a4b5-4efe-a32f-ea919d688896
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,13771129-a6a3-44cf-aa2f-19432eba9887
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,da363fc8-6d10-498e-ac92-7c7a5335e403
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0faaaead-af2a-4a95-bc00-1a221aac0980
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,4d70d03c-ef6d-4f71-a6ba-38643711bcea
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8f2b210d-8502-4f31-83f3-7aa551a1da90
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,dfca8371-e46c-48a6-be3a-f1e4ec2c1760
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,370016f6-8e98-46a3-9697-4251369796d2
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,81de2017-34cc-4cef-be02-137481642c0a
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8eb999a7-f42e-4ac1-b36a-713cb7a9545c
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,4ec47253-db13-42e0-ba54-6f977371b10b
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e8ee7783-e68e-4d6c-9a24-744f0f87cf9c
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c3b78e7b-4e90-420d-b1c0-64524a32683c
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,35c95968-0827-49f9-9f65-75eac11b89cc
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a65daa32-e215-4cc7-9331-7a7c1566f38b
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,75b4496f-a076-4534-8f8d-471ee66d9f4d
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,5cf3f27f-d980-448a-8dd2-62971ffe0892
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a802b741-a360-4872-b86a-6283014bdb84
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c01bdbc2-1b30-44ee-9b19-22d9d0fa17bb
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,b9fdbaee-7a68-4b7f-9d6b-a249778ac707
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,aa90e227-1214-4e19-8eac-b61f12ee0fad
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bf6c3aad-4c55-4d1f-85c2-218298cd5013
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,016ce480-1b09-4c3a-9a7c-68d00e13a448
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e2171ad2-96b1-455f-a5d8-3624eedade7f
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,73857985-65af-43d0-a3aa-38877c0737bb
+CH,Switzerland,2022,Production mix factor,CH4,1.1390526014830433e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,026c9320-06fd-40cc-96a3-2aebe1b31ebd
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b55fac80-ec56-457e-b3eb-cca877e9ca9e
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4b224c04-dc54-42fa-9986-5fd3a64b7867
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,a730957a-bfd5-448c-aceb-155eff1d4fad
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ef5d5e23-2679-47a0-8beb-95a4110c8f41
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c2ecd461-2e99-4a96-af9b-8ec1971d125c
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,60447fc6-fdd7-4c6a-8d83-e22e0bf24e2a
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b61b83a8-a70b-4da6-825c-86dc202c7c2b
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,738448af-5c55-403b-9cbd-c4b005220620
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,28552032-a88d-442e-9322-eeee0780a29c
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,dddea1ca-7a82-48ba-8d83-5680822075a8
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,819fd1c2-f194-4ccb-bc13-aa4247920e1f
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,5f43ef0a-6db1-4ef8-b1be-fc861a80e22c
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,bfc18993-5dc6-4a2a-b22f-b6836b332a46
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,f0a84881-ec9c-449c-a6a0-3c7e7514c3af
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,2a8e8be8-2e01-465c-9799-cd5e6e9da0ef
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1b116319-2227-4bd7-b036-82a46f3f7d2f
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,2d0dfd31-6267-416f-ae05-8d9e057235b5
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,1b307dbc-3121-40f4-8bff-5d35f7227fce
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,59c231f4-f9e5-4c0d-afe4-bed518b80891
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,cea5a6bf-a7ab-4de2-8667-32819e65ff48
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,d9f2732c-d623-4c3a-8829-a6ab94bc5d7e
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f39705a4-477c-43e9-8619-1975aae86316
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,125d8f70-508d-44f8-a388-df83db6b8b75
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,f7aa763b-2ab9-40ce-9eb1-66a874fde3cb
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7da4fdcc-91e0-46e8-bcc9-a24196d4aa84
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e79deef5-770b-45b9-84fc-963b3acd78e7
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,59ef6cac-f836-4c19-8fdc-7e4c25a78238
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5402b334-2b38-4ddb-a733-69046e4f3edc
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,50ff3011-ba8e-40d1-897c-66d9b564b84b
+CH,Switzerland,2022,Production mix factor,N2O,4.144538159242332e-08,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,b2c47a93-02ac-4313-8f95-24d5f4e0d284
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.054,fa32751a-f821-4a4a-aeda-6596ecbfd3fc
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,7427d776-5bf3-45d9-bc7c-e8f92211fadd
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.1.3,modeled_data,kg/kWh,CO2e_value:0.054,9527451a-9dc0-40d9-81b0-8d6a5b02791d
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.054,e3306f91-7438-4358-86df-fc96370aaf10
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,8daee44b-2749-4f7a-b387-ea6cbce3efd7
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.2.3,modeled_data,kg/kWh,CO2e_value:0.054,9871039c-f8cb-4fbf-bb86-7946b60b540a
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.054,56876438-9648-4ca6-99ab-bd3fdabb2bba
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,fe478f4d-03cd-4e0c-9d3e-de7244e711c4
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.3.3,modeled_data,kg/kWh,CO2e_value:0.054,75728200-7d3b-4704-8850-2c695b303407
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.054,8b33d069-55a0-422c-9d26-3e3500e32a78
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,1fda69a8-08bd-4c7f-bdd0-c205b7ac3d7e
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.4.3,modeled_data,kg/kWh,CO2e_value:0.054,34090e68-19ac-42e1-832a-03c86f644b74
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.054,37389ab3-039d-48a3-b393-ec058377e9e1
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,b7bf0ddf-3c91-4bf6-a59f-475c77ba1d3f
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.5.3,modeled_data,kg/kWh,CO2e_value:0.054,62ad054f-265e-4487-b666-7d03026e4c43
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.054,303e9fc7-909d-4790-bc8d-6496d2819d5e
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,87f7fc02-c13b-4050-b873-d56206a1f0a9
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,I.6.3,modeled_data,kg/kWh,CO2e_value:0.054,a7ea4bc7-799c-44c5-b84b-16ebeee8be72
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.054,fc1f0814-b166-4caa-854c-337625d344b5
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,6b4fb0a4-1bb4-411e-8cff-d4ec6c2df19b
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.1.3,modeled_data,kg/kWh,CO2e_value:0.054,ac84fee3-1247-46b1-b260-051a165e4eeb
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.054,bac62792-9843-4087-880f-56ed57cfa3de
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,9a76fba8-22f3-4eae-9a4f-db84fd57e93b
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.2.3,modeled_data,kg/kWh,CO2e_value:0.054,a4f60dcc-41cd-43d0-b0ee-f0b9c15ddcc7
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.054,a2716382-3901-43be-a710-adcc9432f9e3
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,1c29fa38-fa84-484c-9c86-47765fdda1a7
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.3.3,modeled_data,kg/kWh,CO2e_value:0.054,d79e4e30-32d6-43de-b63a-9c2b8a31afe4
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.054,319151eb-e30a-4be0-b515-9e15ec875d4e
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,f2239ade-c4e1-4af3-b0c9-efdf7e3c4999
+SY,Syria,2021,Calculated from Fuel Mix,CO2,0.043276478139508995,II.4.3,modeled_data,kg/kWh,CO2e_value:0.054,d11b82e6-e84c-4898-8e77-a21966f2add9
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.054,a1f4fd52-0116-41fe-b0c3-4af5aac38b59
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,5fd7a682-bd64-4e0b-aae7-93a10034fd4a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.1.3,modeled_data,kg/kWh,CO2e_value:0.054,6c4a6882-f28a-4da9-a272-b44ddfe2ce08
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.054,987717a3-51d9-4fed-975b-32189a018351
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,3ffe68df-aeb3-4e15-b265-189f4da5bbc8
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.2.3,modeled_data,kg/kWh,CO2e_value:0.054,3d350b73-c047-4fa8-8893-ebf565988fb5
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.054,d04a0777-3c13-48f5-a3d8-f2f3a43e8314
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,4b4e8bbc-398a-4200-bbbb-190ec21cafb6
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.3.3,modeled_data,kg/kWh,CO2e_value:0.054,8dd62cf6-9235-42af-af6a-8e4eccc4b81d
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.054,6afc6ea1-9956-48b0-b823-7c915bd57f86
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,d97ade78-5a8b-489a-a1e1-ebd723766f65
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.4.3,modeled_data,kg/kWh,CO2e_value:0.054,ee43a287-e53c-4470-a870-7a15ad76b2db
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.054,32840e66-a083-4734-a830-5a5d654563e0
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,58184c0e-1ba7-447c-83d5-76319fa757b4
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.5.3,modeled_data,kg/kWh,CO2e_value:0.054,55e7710c-30d9-429d-b99c-bb9cc5c12626
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.054,292533ba-54f9-4ab5-a8d2-f183a7d78450
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,2e9ab922-de2c-4256-b5a8-fd93d573d64a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,I.6.3,modeled_data,kg/kWh,CO2e_value:0.054,00ae5f98-2c89-4703-b9c6-163d70848484
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.054,a9fb05ec-3b30-4eed-b540-603fd5ea8573
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,e726cb10-36e7-4794-a7c9-f409ae5c3bb5
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.1.3,modeled_data,kg/kWh,CO2e_value:0.054,1a5c6ccb-e51f-4187-bf09-1d3cac3e39d5
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.054,96ae9768-57dd-4445-bcbf-2fcd0ffcbb3d
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,964044d8-7862-4bc5-ac64-c8338d71e9b4
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.2.3,modeled_data,kg/kWh,CO2e_value:0.054,1cf01519-402e-4fe5-abd9-0727c96b760a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.054,79b0360d-e45c-4968-861c-ee3e5a21d162
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,2019eab8-a2c2-4c1a-9f21-22416fecdf1a
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.3.3,modeled_data,kg/kWh,CO2e_value:0.054,9fe9e0f4-3f50-4120-8656-d1d7f5f3f4db
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.054,78d533b3-f1f6-40b7-a24c-241bcb7637c4
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,8639a94e-9603-4f0c-b3b4-9532a292ad40
+SY,Syria,2021,Calculated from Fuel Mix,CH4,0.00027229327688449445,II.4.3,modeled_data,kg/kWh,CO2e_value:0.054,7e95a7c5-6bd3-4cfc-a300-c55b69e9f809
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.054,271ece58-bdf3-4a15-a935-44c1397dde26
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,ba8dae6d-8816-4877-be5f-e4f34c69718b
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.054,b5656cd4-1a4e-4145-a65a-533b268ffed7
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.054,b3f0e943-8961-43ea-9d5f-cbc4d5500141
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,e5344243-6fa6-4595-837e-a2ceb2c83d73
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.054,bbc3241a-ec5c-481f-ae0e-5d08aca8e330
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.054,989bbcbc-1275-4404-8f89-891acc676cda
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,bad57c23-33d1-4eb9-9008-bd6f0872d6fb
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.054,c2700bbc-b7e5-4953-8ef1-bff31f782235
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.054,4b3fbfef-b1ac-4b75-98ab-cf4e2237e9e1
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,b1c184c6-8f26-49d9-8a5c-20c1b57bab56
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.054,4a77aa4d-686b-438c-bcc4-42b9912a480f
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.054,92f71c28-8e64-4b17-a95d-36d0083274cb
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,173fd05e-2d99-4662-9ceb-9d7e8311dbb0
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.054,9646279f-ead1-4ca9-8b3d-fd0577a39bca
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.054,280582fb-e4e2-4f97-828e-ea6c2be8afd9
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,974ef9a7-a60f-4a7a-86d4-ff6bc9c01457
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.054,5c6950a5-786e-4232-9c6a-138a4e704034
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.054,c0b3483d-fb43-469b-ad97-708662cf25f2
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,52e35173-309a-42bf-a3ba-08aca4101d77
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.054,f5535a29-cfb2-4237-b307-279dc040ee1e
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.054,bc766349-46f1-44ab-a3be-cb356fa86d5a
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,b559dc87-3732-422d-80f9-d2f29d11ca82
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.054,5d5772b7-5b98-45b1-ad2e-fe80d2f26978
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.054,9a84ea0c-a526-4509-8622-00907de24086
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,ce4b52e0-9655-4140-b66e-4406b347b068
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.054,94a7aad2-a80b-485a-a1c1-83f0da686f55
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.054,794e2742-742f-4659-9440-85a44a6921f6
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.054,d6d3e6ef-5941-4737-b994-98478bef7676
+SY,Syria,2021,Calculated from Fuel Mix,N2O,9.907618621682462e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.054,b32ee777-2617-4b5e-a224-000cf1a6829b
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,79eb53c2-8bac-4da3-98f5-2298d4e25556
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,96ad6099-5e73-4a2c-aefa-a4f659f7a74a
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,68243a76-dc8b-4149-8cad-10e16808ddb3
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,869c2d11-b906-4503-bb4f-b16d1ef5b67b
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,71a8da13-3257-4fb2-a66e-a94c8cbceb22
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,d4ab7898-adbe-4ffe-b246-54435e9a4966
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,c7482f87-3e8d-4c42-bb13-2ae6dd3d6491
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,0ab0e63f-097e-451a-b50d-c5600ae8abe5
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,4950fc9c-7e07-4508-87b7-98a03e9a1149
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,4d9f9095-1c19-4aa7-aa9f-5e6443b87b0b
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,0bbbe125-de3e-443f-b6b1-181042be83c6
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,369bbcad-33e9-4f75-8e5b-8a4ee2a4a1ff
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,bd77a31e-a8a5-4638-9b86-05c60f46a649
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,4665182b-0ebc-4648-86c3-e44b69e08090
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,35346638-b2b9-4fe4-9567-3bad47f48c9d
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,19183891-748f-4212-be0f-6cda4ea802e0
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,1d8aa5c3-ba94-43b4-8e53-596e14b14a2b
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,2f875483-dc04-480f-a8cd-7c78c9702311
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,bfc23443-b556-42ef-a3a6-a4b5fc091c9a
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,539cd39c-1926-4a45-821a-c37756a57cb9
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,00451c85-c8f2-4868-bd3e-a3b32534a1d4
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,455bc4ef-c0fe-47cb-8bf2-c924d4f00f2f
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,2da47e8b-591d-4e32-a492-ed1a8c931a3c
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,d4017ff0-fcc6-43fb-85f5-be7120a075b3
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,50f97731-f06d-4c46-879c-f78ca4fab6ee
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,e11a718a-2bbb-48af-9725-b4d8904f0af2
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,b880b37b-740c-4702-aaf4-00090f866b02
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,b02acb50-18ad-4f54-b723-10748fbe676f
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,28465c1e-fd03-4b6c-97d6-f616401189e6
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,0.0743000453185357,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,2ce07f26-d408-4fce-a5dc-e05a941bf9e2
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,cf214450-dd75-432a-8544-08adbb8328e0
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,60a7a79c-bd58-462a-9ee6-0640ef6bad32
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,f20d94ad-95be-4c61-b5e6-cf0d52ec819e
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,af8747db-90d2-4f0c-9979-5a7e002bf9db
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,3d0dad80-7006-4525-b447-33883cdb5264
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,4d6d95cc-d995-4d11-85ef-11a8e87a6130
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e0749ee6-86c2-4cf2-a2ea-e518bf35d749
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,7cf4d3cd-9ef3-416c-a5e2-ed168e795991
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,9849809d-c2b8-4ba5-a038-5d2d7d3ae4f4
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,f2f318c5-167c-42f0-8f37-11dc03d24f15
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,d72a754a-6605-4afd-96f9-3c223f40d38e
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,a4e6be0a-6b8e-4b8f-aaef-f8e9b40d43ee
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,a4d154a7-c174-4379-a1de-adeabfd89edc
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,6c954433-70d5-4be6-9aeb-921d28df70e6
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,17cf5a22-6c87-4504-b10b-2e2d9e9fa2ed
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,87a893ed-9046-4f57-93de-03311b614282
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,fa9e66a6-7db5-4b34-a096-2a22ff5aa4b7
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,bf5e34eb-34ab-47f3-a1d0-8b2ccb4871ba
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,2ad9b085-f5ee-4ade-ab5b-80e56f94f872
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,be092aab-067d-42db-848d-8096194b7ebc
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,354a0c95-987f-46d1-ba8f-ae1a6ce416ae
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,0ec94876-7039-470d-9af8-7ed17b2cb58e
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,31287506-4db1-45a7-a916-12a237866ffa
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,aec5c70b-94be-4e25-b89c-c7216743987c
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,5ccbbb97-b91e-4594-bb7f-4cfecd0c4528
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,a9f69ce7-14ec-496b-8d3c-a02c9ab4b04a
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,4f2aeb3b-0bd4-4aa8-b8d0-74b63a38fc1b
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,1e812180-66b2-48f4-8bc8-6c685e006ed5
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,b8eefeb9-b3c0-45f1-bc61-1e05b7815411
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,0.0004674918958800484,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,df3e7898-84d0-45aa-bc6a-c90811e4fe31
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,ec50887a-7757-4971-a9fa-5c7468cacabc
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,a6ffc697-751a-4436-9f1c-bc1d23ae47f7
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.093,d8c38689-aeab-4eb3-9e20-77132ede2978
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,1ba174f7-21e4-4836-a38b-d08079b55762
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,8672f0e4-4091-4a69-b270-8d2948dad1d6
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.093,4fa64dec-effd-43ef-a3ea-bae603715e09
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,7c0d944f-d361-4761-be71-489cda60454b
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,130d2a72-2847-4125-837e-03bdddc618be
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.093,fe802a98-555b-45fd-b48e-6071bf777c4f
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,d6d783a3-cb7d-453b-a969-91a980dc4089
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,30534db0-310a-4e60-8818-5cb5f1910399
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.093,fee53030-d134-4df8-9fea-a07f4f554732
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.093,80f8274e-5ae7-44e2-969c-8b0c776dde68
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,75800d88-e234-4742-ac2d-8ca51b6b55fe
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.093,29faacc6-e991-4fa8-88fc-f4dd246db867
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.093,5a5e728d-32ca-4713-a19f-2d7f5a2d0620
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,f82062ce-5cae-42ff-b5f9-ff13ad430f10
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.093,34f49eb0-3309-4963-baf3-fb643863ebe5
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.093,ebe217c8-4d65-4557-b18c-abfcfaa33540
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,42aeaa15-3dff-4685-a7be-623a039b7705
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.093,fded09d4-5f6c-4ad9-9567-e31be42ab2cb
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.093,93a84782-0ee1-4c1a-957e-c1198572dae4
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,53e24eff-dd36-4dbe-9cdb-58f843e309d6
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.093,a4e59b19-20f0-4939-84a8-36fa3e7fb517
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.093,3e094728-5f66-4a83-af5d-5b58849c04c9
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,70a3b872-3181-47dd-97a5-56fcdce2aebb
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.093,8eddd7e1-2f75-40eb-a40c-6f9609014265
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.093,e3a689ff-5e0f-4903-bd16-68f0b135530f
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.093,14db9712-f5ac-444d-9c62-bca447b96e15
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,1.7010083635195904e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.093,7c7e4430-5f45-448e-ae8f-fef5cbcc6b0f
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.005,ba866992-98e0-4a0d-a215-50c2e1d91e52
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,39df1ea4-70f0-49af-8f55-e0c7db5ed8ec
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.1.3,modeled_data,kg/kWh,CO2e_value:0.005,e1289f70-3ec2-4445-8b93-3bace8733b5d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.005,663a4d0a-6050-44a1-9d87-8b325144745b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,1ef29f74-4708-4b99-88f1-61c93e008611
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.2.3,modeled_data,kg/kWh,CO2e_value:0.005,cfac21f7-14c3-45a6-9879-31d9c692c545
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.005,4d31c071-c260-47b6-ac13-98761b787ba4
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,56edaee7-0f3c-4634-a95c-484b9824af19
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.3.3,modeled_data,kg/kWh,CO2e_value:0.005,c0d407b7-286f-40e0-9994-1a053a5886ec
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.005,ae90582c-821f-484b-83d6-2adc8f825c1a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,721fc664-6065-49d6-8218-79c9620fd2ee
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.4.3,modeled_data,kg/kWh,CO2e_value:0.005,c08005b7-4918-4208-af0a-f67b644b4e9c
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.005,fa628621-dd1c-45b2-a6d3-6d4a9b8eb02e
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,1a09497c-9a55-4eaa-8035-37ac3d6c0be5
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.5.3,modeled_data,kg/kWh,CO2e_value:0.005,58a7e88e-dd5f-4b6a-bcf9-e67638f0a2ae
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.005,f45c1a25-2b6d-4a2e-b7e6-b46e3afe0980
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,a61bdc1b-db47-4e6b-9309-c9d35dbbeb85
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,I.6.3,modeled_data,kg/kWh,CO2e_value:0.005,13b81eb3-4903-4f85-998e-adf2e5bfb192
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.005,12473ead-4ae2-49df-bd68-339aa07b8950
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,8371aa12-b3a1-4de9-9de7-7db83fddbd72
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.1.3,modeled_data,kg/kWh,CO2e_value:0.005,b464c4e0-41bb-43ae-94a0-81b7321efbbc
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.005,2467febc-c0a0-49fd-a938-e6987ec97588
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,28ee68f5-dcbd-4cbe-81df-2389dafcd1e0
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.2.3,modeled_data,kg/kWh,CO2e_value:0.005,e9453b40-d114-4ae4-8cba-952351b06bc8
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.005,89788e77-dd15-4765-83ad-4caa81bcc4cb
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,67900b08-8be1-4f56-8b9f-daf95fd3b4d4
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.3.3,modeled_data,kg/kWh,CO2e_value:0.005,15f16c5a-d30f-4bba-bedd-474966049625
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.005,c18b7743-f2c7-467e-b7ed-f506b6c22e02
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,f8607fb6-f658-4753-8c09-c895d9c161f6
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,0.0038378726771744944,II.4.3,modeled_data,kg/kWh,CO2e_value:0.005,c572366f-06a2-4143-b747-96bfa2eaba89
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.005,dcab5bb3-246b-4775-91af-39dbb5040bf6
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,0e5bf050-a3ac-4005-8038-c8964cc04001
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.005,0d4f164c-1db4-4e26-9fe5-e0dabba6291d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.005,0881c354-9283-4de6-9cff-372a12f290b1
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,c9e7ac12-8f0b-4913-bff5-b08fbb7ce9db
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.005,944e91d1-ff7f-4b9e-999d-d8819bcfb4e5
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.005,710e43ff-e58d-497a-ac1c-ce1752d01101
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,6da7e934-c9d3-477e-9368-9a08d18cce62
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.005,41d0ec8d-aef9-40f8-a1fe-f7a1f07cb78c
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.005,14b8dbe3-92c2-4996-b423-3b0a04e57d1b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,d8d0328c-02d6-4913-b8c7-e689342eefed
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.005,42e4ff33-8076-4e19-8930-eb4d1b03eba7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.005,cb3cb075-c0cd-4de4-816b-f2be7045f075
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,e828408b-b42f-4d06-985f-43a5fdcef0e8
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.005,1909a41c-ecce-4d2e-a2ab-27deb76fdaad
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.005,f4115caa-d848-40fb-a3ee-50fabefdf0db
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,7f34936e-6986-4c4d-966d-2820c9429867
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.005,079ad0fd-22d7-433b-b639-ac8e6ab07763
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.005,cfcb5f2f-527c-4efd-a607-26ad05bb4aab
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,874650c8-fbe9-4a75-964e-adab4305932d
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.005,a91835f9-c190-478a-8c85-0c6a2874b2a8
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.005,a2538bc4-7355-4c82-8e79-291a5f56f6b4
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,9f112635-77b3-4a8c-9002-e201b717c176
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.005,ca57767e-690b-4542-a477-0936648d41fe
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.005,6d7a9715-1e79-4ec0-89eb-9d569fb04821
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,ed970c1e-3acd-4bfb-81f0-f71fe177bb40
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.005,24b6ed18-e752-4c05-8358-67a42a14fa34
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.005,f095557d-2a22-4e91-8bcd-718d6d91b307
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,443e9ae5-eff8-42cc-aa5c-55fd30200f7c
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,2.4147688824503944e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.005,6bcdfdcf-f86b-4351-8fc4-a126f5d41e18
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.005,e0257384-56f4-4b66-88f6-2de1f51ad599
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,97ddac31-e19c-49df-b590-455c62712ae7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.005,b3da4473-46ae-4dc3-8542-24ea9314638b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.005,37fdfaa0-7197-42d9-b236-2fc32e26d5a1
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,1455ee96-5068-422b-8bd5-067d34fe3cb2
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.005,1cbd842b-3ec4-40ed-b7b8-2ab82e3ae7a5
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.005,75016276-5a54-4a88-9e7c-4dbe181a5a74
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,f2534482-0e1d-477d-8e45-a5cf67cf5718
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.005,b3a51347-8a50-4fb5-8c22-fdfaabb3eb79
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.005,a8116bfc-6f5b-48b4-99ca-7cef4e342865
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,9e1f9475-436e-4510-baaf-46c7e058af55
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.005,40921e3d-5514-41bb-8834-503887a31500
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.005,922f2c46-b278-448f-9b1b-9783a8a7192f
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,1e8e4ca0-a91f-4953-be71-2dc47be50739
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.005,5e030f35-1d85-4f11-9535-08c535ee3b0c
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.005,cea56591-71c3-4e7c-8973-1ae2a5dfaf16
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,d5bc0e36-a17c-43b4-9db5-6efda11d5811
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.005,d3f6680b-3846-4ae4-8799-0f68a78cc0d9
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.005,1c894040-9cb9-4323-82fc-2b2213bd5d23
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,0e686a8e-513d-4b91-a4a2-018a85f549f7
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.005,4ba0ae69-07d0-481f-a920-ddccbe21feb6
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.005,64c87c51-280c-49c8-8bec-8103d6b9794a
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,b9add829-b5dd-468b-aea5-dccf4ec7a71b
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.005,0b6521ee-447f-4a41-b8e1-9a0fc0fbfb25
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.005,f2124ec3-f98c-485b-a915-769e75065bdb
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,51e1030e-5555-4ecf-87ff-f1756b98fcc9
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.005,78b5d41a-7bf0-47cc-af44-b310fe47cf81
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.005,1c9059d0-710d-430f-a189-50f73a4fdf86
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.005,b91786f5-0376-4423-873d-785b69848566
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,8.786338546644905e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.005,958e5fcf-6e61-47ff-9a92-b443ea347328
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.031,b3f964ca-8bb4-43de-a8b8-2e06ddc699d8
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,646172f6-d3c9-4f7f-a6f9-e746c1ccde80
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.1.3,modeled_data,kg/kWh,CO2e_value:0.031,6838c8b2-6078-46b1-8d63-1a59fa470d64
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.031,ccd67d45-5cef-4faa-9cb4-164be7322702
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,71fa409f-bb45-464b-b0d3-f228f1cc4ed9
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.2.3,modeled_data,kg/kWh,CO2e_value:0.031,99a4d94b-e06a-4e25-88d6-2515a0ac2f6a
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.031,c8032392-a493-4d6c-bf3d-55120f29817f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,814ceee6-ac93-484f-bc4d-b70bcb875bac
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.3.3,modeled_data,kg/kWh,CO2e_value:0.031,29519bd1-cc16-4451-9dd5-113f86e969c8
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.031,887517af-bbbe-4381-a41a-bd4dc6c57545
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,e189ab03-a1ee-435b-9a18-16502ddacdc8
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.4.3,modeled_data,kg/kWh,CO2e_value:0.031,eb6c38fd-c465-4085-8aac-99457327625d
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.031,78a2fd91-bef0-44e6-bedb-4f7e57ce8eea
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,fceb43a8-23df-4b65-a26b-41deb9fa8d3b
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.5.3,modeled_data,kg/kWh,CO2e_value:0.031,bfe81b8f-be60-494d-b1e9-22b1aafa3ca6
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.031,90dadc75-2726-4b68-bf2b-c7df38976108
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,cdd6f0bf-10e4-4029-a6ce-5982859ab5d9
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,I.6.3,modeled_data,kg/kWh,CO2e_value:0.031,454d356e-cc9f-4bc1-96f6-73e54e910c0f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.031,75ce58e8-4945-4b08-9a59-6b1a6284e8e2
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,c122fab0-2393-4657-861a-a486c721c913
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.1.3,modeled_data,kg/kWh,CO2e_value:0.031,27c305d9-3b06-4182-95db-442425bc4cfa
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.031,1fff645b-9840-47d1-b6a1-00d5abf5e7b2
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,583f4a43-c05a-4b2d-aea4-b5c4e2fd2a56
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.2.3,modeled_data,kg/kWh,CO2e_value:0.031,31069029-ce9e-470c-8526-d8fdb00b8395
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.031,94f976f4-8218-4d4e-83cb-bb309d0960ac
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,e5c95914-84b5-455a-bd68-13839f1fe537
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.3.3,modeled_data,kg/kWh,CO2e_value:0.031,aab7e690-a116-4b13-ba8d-a20fa6076f4a
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.031,dde9c585-66fd-4399-81ba-0bf43d56d037
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,4724ff51-85cd-405a-9a0c-749ecf6fbb19
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,0.024794473520160246,II.4.3,modeled_data,kg/kWh,CO2e_value:0.031,64771189-4369-47cb-9fa4-d3cdffe0d208
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.031,e4e55a07-d01b-4c4b-bb79-d402ee01a19e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,393b9e6f-0872-4652-9400-39197caccf9b
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.1.3,modeled_data,kg/kWh,CO2e_value:0.031,021d151f-c021-467d-82be-cbd48a25dd57
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.031,61ae6371-7041-4836-8ea9-7b1bf969a2ff
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,a07b84af-7fe4-4f2e-8a48-ffe1c768624a
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.2.3,modeled_data,kg/kWh,CO2e_value:0.031,2f9879c9-a0f5-45f8-8f65-99372074642f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.031,7a873e25-d1cf-40f5-8959-02661878aa4f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,e8badb28-60da-4450-b0ea-7400867f409e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.3.3,modeled_data,kg/kWh,CO2e_value:0.031,253eff0e-1de8-4836-857a-762564504fac
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.031,e30838f2-3825-4f42-aec3-c24609bb8ad3
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,ed61b705-889c-48d1-896c-65299bd3c47f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.4.3,modeled_data,kg/kWh,CO2e_value:0.031,c6040f80-2f5b-4d21-bc75-3f65a1fa9cb1
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.031,6e152df4-e11f-4f90-97f8-2f27c4cc1f44
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,89d30607-788b-4b2a-8fd8-d8879f5dc23f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.5.3,modeled_data,kg/kWh,CO2e_value:0.031,c9b6767e-8bb2-4886-b1a4-b54053979d0b
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.031,7585621c-d098-4886-9436-2bf23f06a565
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,fa6d895f-20e0-48fe-8570-67131b4ff8a1
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,I.6.3,modeled_data,kg/kWh,CO2e_value:0.031,a4cc1d87-55f0-4e79-a3d2-85ccd4c33d7f
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.031,5f7c96ae-602f-4799-8f9b-a5c06b7733f9
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,9c7fbcf3-20ca-4b4d-9323-cc5a10759465
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.1.3,modeled_data,kg/kWh,CO2e_value:0.031,ce70f593-140c-4968-a701-7431c1dfefb1
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.031,972e948d-ad7e-4adc-9d73-0cf41d56bd02
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,ed74b1ba-6692-4131-a418-503f382a06f6
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.2.3,modeled_data,kg/kWh,CO2e_value:0.031,79ac328a-3e59-486e-826c-c33be9b90443
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.031,cab94e98-90e7-4055-b769-7d58a70a4f58
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,dd34be01-459f-4908-90d8-3dfc28cade45
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.3.3,modeled_data,kg/kWh,CO2e_value:0.031,db6e5ce7-5b86-4b93-bdb5-8d0b6b46bede
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.031,50f63fd9-0b3d-434f-9109-7f6953699618
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,567d0e67-30c4-4e55-851b-5e3b0ce0eeee
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,0.00015600549614194786,II.4.3,modeled_data,kg/kWh,CO2e_value:0.031,6b9aba16-99f5-4098-8031-8f61a19ca3c7
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.031,387770b6-13b8-464b-9ca2-6d9483f44555
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,88b27976-0a47-48dd-b525-e804da93d93b
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.031,5f76af00-a728-4c0a-89bf-a44b57e504d3
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.031,76ba4297-1435-4994-8916-114d000b1445
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,64b7d5e8-671f-4229-9081-df112e746612
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.031,14b70e82-ca32-4217-87f1-1ac75b6fb7ba
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.031,3504456b-da6d-4939-9866-5564275b307e
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,ff8eb197-cc1d-4986-9555-7d3522516002
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.031,c9a34cbd-3494-401e-b8a3-ef0e5f78a5dd
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.031,eb6b4c5e-f181-41d2-8dd7-9b3514eeaf1a
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,49236660-039f-4558-880d-107cc6b1691b
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.031,157d084f-de33-4ff7-b6d4-1eab27231869
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.031,51315532-fbf8-472a-83c0-5d0f69c66f5d
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,89d36562-d58f-4e07-b52e-8766e2e2b1ce
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.031,c3ab83d4-8a57-4de9-8376-c18602a1bd89
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.031,2b852e4c-3739-44d8-93d9-88c9d0b7a9bc
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,a270a74e-4c60-4918-9f6f-45061d55f732
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.031,babbb9c7-3fee-4cd9-86fb-e75ab257b212
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.031,fa3e03b9-2c40-48a8-bbdb-5b0d1e259d0b
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,9db22f7b-fb5c-48e4-ac98-148b9f964a18
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.031,b2ab051b-6b11-4576-9b21-d4749f6862ca
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.031,0d87f26d-ab04-435b-b40c-30b8f0f79ef4
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,31c046cc-9d59-48be-886f-f3f863c29ee1
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.031,e41db20b-ad74-4f0e-98bb-7f93fc537779
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.031,671f9c4e-4f4d-4132-90d8-df2a24abe999
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,e09c17c3-b058-4320-82ba-740eca45fdac
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.031,5b33354f-4f53-43fc-bb83-7d5802b99305
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.031,f5b7ebb2-f5d8-4993-bfd3-db5a0caa921d
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.031,cfd69af9-7fa5-4f2f-ae95-a32abe12cfe2
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,5.676390457912144e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.031,4a290034-05ab-403a-9406-e92d95c56905
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,68be0566-43b7-40ea-9dc3-6b467375ea0c
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,e16d7abb-741d-4489-acd0-59fd6ee7da0c
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.1.3,modeled_data,kg/kWh,CO2e_value:0.039,67edd8f3-8a3b-4db2-baf4-b88453fbfaa6
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,98fe8d7d-9055-4a08-bf7f-77fe29b0f362
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,65d92a17-27e3-41a9-82c5-30f5692e1733
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.2.3,modeled_data,kg/kWh,CO2e_value:0.039,0e5495b3-775b-44ce-8379-4f27a33acb82
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,dbb791be-7f7c-48aa-9a44-046430a23f06
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,7b0301bc-5e8d-439d-9609-ca83417e2761
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.3.3,modeled_data,kg/kWh,CO2e_value:0.039,de0472b0-767e-4cd1-84d3-73a6d0efbf12
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,df4525f2-9660-4e53-b32a-6b7764128697
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,370a9dee-4e45-455e-8e07-6ae8cc445359
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.4.3,modeled_data,kg/kWh,CO2e_value:0.039,48d42242-c249-4e60-af9d-b3ed33297310
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.039,2faba8d8-acad-4688-9efd-721ad9042636
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,88b32b6a-668c-4740-9346-a35b1f0de72c
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.5.3,modeled_data,kg/kWh,CO2e_value:0.039,e55fa6e2-1632-4304-b7cf-aad510755e03
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.039,f534308f-e7ac-43f5-84b5-d9ac1f423a77
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,ffbd6f5a-312b-49fa-b3ed-ef9eca51df13
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,I.6.3,modeled_data,kg/kWh,CO2e_value:0.039,27475cb4-2cd7-4f36-908c-0e4adebb6e9f
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,73133735-9a73-4f4e-a55f-2bff8f47d80b
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,69645706-2ecd-491d-92b3-20367dd38014
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.1.3,modeled_data,kg/kWh,CO2e_value:0.039,5647c5b9-b445-455f-889b-7390e821fe5b
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,af035225-e547-4979-976c-cfca588b9fa9
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,40f2065d-0e73-4108-b5fd-a7061a80fd77
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.2.3,modeled_data,kg/kWh,CO2e_value:0.039,c098930f-15d0-464c-9589-191ec08122c6
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,e9ecba12-67ac-4121-a479-7d2fb91e56b3
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,7ba9c450-795a-4962-aef6-8717959a0207
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.3.3,modeled_data,kg/kWh,CO2e_value:0.039,8bf74fa5-b5e6-4adf-a4cb-40e905294142
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,f351fc9b-e16d-4611-bb6f-21952a3a2139
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,140b784f-7f16-4827-8d2e-1ab71b1b5582
+TH,Thailand,2022,Generation Factor,CO2,0.031200000000000002,II.4.3,modeled_data,kg/kWh,CO2e_value:0.039,1577a2f5-5e32-40ad-9a80-a1a963542e24
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,6c7ad25f-a462-458d-ab46-d767f348b94c
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,8571f425-8a37-4c7c-b0ce-b8307411f544
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.1.3,modeled_data,kg/kWh,CO2e_value:0.039,56e9c0e3-21de-49cb-ab80-e19a1e9696ee
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,964411bd-c4cf-4cfc-ac6f-4fbca54a4359
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,d38bee17-6043-4b11-90b7-a6b5c921051d
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.2.3,modeled_data,kg/kWh,CO2e_value:0.039,d02b2acd-a8e7-4f3b-90f4-2a2a8a935260
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,20d5f57f-80d5-477e-8dad-6d74dc8c28c4
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,96f84638-d609-4180-b7d2-11de5e4cd0b9
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.3.3,modeled_data,kg/kWh,CO2e_value:0.039,15f0c20d-d323-4cda-9c61-ec1e95897821
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,2ea30e11-ecaa-443b-8894-39afd01a21de
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,8d5ec0a3-bfab-4dfd-a3a7-7cd55ef427d4
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.4.3,modeled_data,kg/kWh,CO2e_value:0.039,7ffb659f-2adc-490b-a032-0ddedae7b9c9
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.039,f3407302-d4c5-46ce-af8b-04f384725d3a
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,41132b49-168e-43fa-a185-b1d512bf5d94
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.5.3,modeled_data,kg/kWh,CO2e_value:0.039,cc05cc77-1e12-46ba-a373-a067ed2ca656
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.039,17ca536e-7d85-4be2-9f92-402447896417
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,b7961fc8-19f6-4e5a-9aa4-57f616c37262
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,I.6.3,modeled_data,kg/kWh,CO2e_value:0.039,8b655813-9074-4ee0-ad79-765afaa90d05
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,4a95bd1d-65ac-4808-8d89-6ff905af587b
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,73797248-0c45-4cec-a873-617e18ccafb5
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.1.3,modeled_data,kg/kWh,CO2e_value:0.039,2bf4113e-e624-46d6-950f-ec614d13b43d
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,4d9e71f1-5659-4703-8ea2-2c068a099508
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,149e7bd8-a95c-4c5f-8184-a262a64ebdfb
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.2.3,modeled_data,kg/kWh,CO2e_value:0.039,685f56c6-92b8-419f-a46a-b341c43cfc70
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,1f1da62d-43ab-4d04-903a-0ee4f18a9042
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,bda0c603-e5f5-41fb-b854-54bc6b36be93
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.3.3,modeled_data,kg/kWh,CO2e_value:0.039,d50a5ce1-ca64-4b6e-b831-b3693e001427
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,855c1237-ba9a-4b9e-b7c9-b4d0dc297ec0
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,6df7a121-68cb-4373-ab4b-5eebecfbc3c4
+TH,Thailand,2022,Generation Factor,CH4,0.00019630872483221478,II.4.3,modeled_data,kg/kWh,CO2e_value:0.039,eb481158-1f02-4a93-81d3-4f6712f14d5e
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,3b148c23-89a1-4480-ae9f-3aa6501413c0
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,2f3ac1c3-89f3-426f-9480-f97537f2fd7d
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.039,8e209d6c-a669-4767-a5bd-c0efb4d136ed
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,53c70d8c-dad8-439f-906e-58817b20707e
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,3d513ca6-ff1e-48e3-8bdb-0937ddb819a5
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.039,0173c0db-df60-46bf-a0aa-e3de955b0777
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,7ef4144c-81ae-4b52-8a79-08452a7e5736
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,57307be5-4dc6-4a63-91ba-a62731ea4b26
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.039,f4661389-075a-40b6-b636-5de828298b89
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,7983ef5a-015e-485d-9c6c-82b0fde61bef
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,55a4e9de-ebf4-458b-98ff-b55825987ce2
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.039,0adbf30b-af68-4637-b3d2-5ca3b2bb1551
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.039,5e193fe7-9f56-4317-ae55-ebafa28b8d44
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,1299e52e-e90c-40ec-a635-b0017ae525d0
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.039,310068e0-2b71-4372-bd69-1df3dcb94bab
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.039,fcfbee81-9855-4bbd-88c8-f19e083dbf0b
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,9d15795c-c907-4ba7-8498-46183f55f3ed
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.039,ba455b9f-cc2f-4ef9-be6a-5a1afa964b64
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,30ccd706-3ece-4bca-9a41-4f95d7a95f9f
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,f8eff698-dff6-4e1c-be68-e847615b6f8d
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.039,1ed6a197-0b71-468f-a86a-0241c317ab1c
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,0292605a-daf4-4f7c-b3af-ed31044b9c69
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,a8947871-e582-42bf-9493-c151521d9475
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.039,328fbabc-f344-4ed7-8552-a30173bba750
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,024a6e32-07d5-42fe-925e-377832ff217e
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,50bf4554-b81c-4a36-8bae-c3d9248b325e
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.039,b54eeae3-6e93-4711-a543-c1106c269560
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,35d8a14b-de2c-4618-b2f5-75c19c011148
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,41cbc67b-ce6a-4c8c-ac5b-61f304afeb5e
+TH,Thailand,2022,Generation Factor,N2O,7.1428571428571436e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.039,3c306a39-bd5f-4973-9a59-fdbfe194eac5
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,37bd328b-a558-441f-abe9-11d176cf013c
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,5160d739-9fa9-41e5-9bf3-a74fe625893d
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,eadd1261-d4df-40ae-8bb1-43c57ea9f6eb
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,89b6c4ef-65eb-45c6-b7f8-c6261f8630b3
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,61e09a8a-fa6c-4e51-aeff-cf695e4ee2be
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,1de20f66-dbeb-4588-9e93-c87e4682a9b4
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9b3187b4-0e1b-4f69-863c-4bf8b1b81ac3
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,7ab21bb3-adec-4d96-9aec-5a42adb9751e
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,bbcd95c7-f65e-4c73-b64e-7d1c528b080d
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,c32f2438-82d6-4323-9803-2b253d7e6d1f
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3540aad4-1aa8-47bf-9686-db1a195040d0
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,6014dad1-7a17-446d-be53-89083905bf44
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,3e74a88f-4da7-41fe-90bb-fb6e73ad327a
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,1fa5331a-bd3a-4c60-b050-5b800e0f5241
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,ed6a7e1d-36c5-4952-a483-657b8a0828fb
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b662a0d2-b91d-4de7-bf69-9b95bfb02745
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,22b0313b-a561-41e9-9a5c-4191f106dd53
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,44af5913-46e4-453a-87f3-8d51c9a6823e
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d9e028e4-c31f-4060-9d33-dbf201781edc
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,12247481-44ab-412c-a889-96ae9dd171c6
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,349add54-a5df-4626-a13c-2d82778a8b6d
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,a26f6f7c-16d8-46a2-aec5-080f3551c848
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b2255780-2587-4ae8-b1d4-a51073ad44a5
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,1719919e-8e59-4d6f-b108-3c3e7f7e9026
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,0472f893-55d6-4aed-a243-eee178e57d88
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,70421ed8-b2cc-4750-8173-cd626d1c8fb7
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,f4df8750-4919-4b0b-8e4e-183565fa499c
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,3550c4ab-d562-4e9d-8049-8bb21603141c
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,ca1e9f08-97c3-434e-978a-d1b2b28ab02b
+TG,Togo,2021,Calculated from Fuel Mix,CO2,0.03002845339608365,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,5bd6bac7-dc43-428d-9079-8d1f738bf4b2
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,0130797c-515b-4bf9-b6b5-d6fb1fb2e3b7
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f8016fe6-4077-4300-8232-125fdd5a85bb
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,899a8e2e-a753-414d-aafa-eca9d7191e81
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,ba42bfee-8aab-40e0-8597-afd5deb7d023
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,08fdae6c-6faf-4177-be1a-13efa3b0485b
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,c2344ecf-6da8-4ccb-ac2e-ad10d41dfb94
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,dc9925e4-7842-48bf-889b-f23e169a8853
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d7961946-13b4-443e-b574-ee0da2d3c57c
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,d4c8fe7e-a0e7-40aa-a86b-a05e72aca6ee
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d0ac7845-95ca-4ecf-b8fd-5db8085e9ba9
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,c4b6e558-56c6-4652-b540-b388335b2c82
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,8fb5bf74-b22f-4175-9d8c-0a40985028a9
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,cf8d8b59-4fbc-4b8c-a7ae-ae5b6a7ebdcd
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,095a0e56-12e2-45d2-918c-15cca428e204
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,bff3ed90-a1bc-4202-b53b-62e17acafa21
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,ffeb3cf3-19d8-4701-bd78-897e8e00b6a5
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,e4266240-85ee-4bcc-baec-d04504ac8740
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,66ae220f-a066-4cb3-a2b6-2c03f5daac6b
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,9e8bbe6b-975f-4816-bc88-e240ea30a069
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,1bd90b98-b03f-4d19-8d41-f1744fbfbbcc
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,90bd562f-babf-4caf-9df0-07c4aa05acb9
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,af48d15d-89a1-47de-97a1-22a13f5202ad
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,33c64c1b-d04e-4348-9716-64f4623bb8db
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,4141cbd9-fd3c-4e42-a823-52e5fabf1c9d
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,94447193-9a9f-4cc8-a730-4d8368735014
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,30a36d49-08cd-45f1-a0b8-e8e132a3c592
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,34a305ca-e45c-41f3-b789-c89f225bd2a8
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,4178c7a2-4bc7-4413-919c-e1639016807a
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b49c8c59-2738-47b8-9190-c0d6d283c06b
+TG,Togo,2021,Calculated from Fuel Mix,CH4,0.00018893741650220417,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,c30ffb08-c567-4840-8309-8bb25dcc528d
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,24d4a38f-08b9-4628-adea-abbf3fa3c4be
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,f4960424-2595-4565-813f-2a9ef59506aa
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.038,6d8fdddc-0c9b-4a39-9955-e87a1269ebd5
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,20413fd3-2d37-449a-8641-c304c01489a5
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,147ea28a-a0fa-48a7-b7f8-e7b9627274ab
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.038,eb4f62f2-753b-47ec-8637-fcc19161de88
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,2129361d-dee2-4caf-8e7b-dc829f35b173
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d0466638-58d6-48c1-87cd-05a165491b84
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.038,2399ce39-0b4d-45ca-a73a-4cf11b1dff07
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,af81f5d7-84e9-4309-a60d-74133b11909d
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,682c30d4-1b51-43d7-87ea-37f55cac2cd4
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.038,8e207b36-c5be-43f2-bfce-639cf90991a5
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.038,d7eb57be-c6d2-4ede-a5a6-e43305f17c40
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,aefce375-8b29-4caa-886a-c534cc7acbd8
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.038,b828eec8-a436-4aa4-afb5-d300997e273b
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.038,4174b382-2312-4789-a465-0c9ba71bbbe6
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,4c704efe-ce00-429e-957f-92b7b20844fa
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.038,28112faa-c7ad-4462-b91a-efa767073dc0
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.038,3c7abee7-db56-4c2b-8073-6050e41d3c62
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,b21b0bf0-6520-422b-b814-e7749cafbd0b
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.038,5ea7230b-c131-468e-bc7f-afeb4b9145c2
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.038,b5670eaa-869a-4e48-95d0-ff2a5c9ce81f
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,3b299ef0-4ea1-447a-ac5a-b3645ba44b25
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.038,9af16b04-8afd-4b2a-8ea2-c824a51a2794
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.038,f1c13749-c3e8-45f4-8d3a-adab16560761
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,6368f32a-6f74-4074-9ccc-295ad5b8aaba
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.038,3fa2baff-8eda-4ad9-8312-80fe0e46ba82
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.038,4bda5d79-0995-4bae-95ff-1f8dedb24c3b
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.038,d5bf7b92-c4e8-43ac-87fb-7ea91b6d103d
+TG,Togo,2021,Calculated from Fuel Mix,N2O,6.874645924011824e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.038,c697d751-7a79-4e4b-a808-324e34a68549
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.11,7372c2d2-d68c-4ca9-a627-cf2631af1c83
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,c1915ef3-f567-40d7-8f08-e28d762cb27e
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.1.3,modeled_data,kg/kWh,CO2e_value:0.11,46f7111a-6059-44f8-9eaa-d25846bd6799
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.11,53c7019b-ac50-4831-9fb6-f6e726e73f86
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,feb55799-6d18-4803-a970-a4b7605492bb
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.2.3,modeled_data,kg/kWh,CO2e_value:0.11,94a79bd8-b0eb-4ca2-81c1-4e7a948c71ea
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.11,e6fe2882-f3a4-412e-9e64-072e470eac56
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,037ce34e-2d22-49c1-abd4-ef671adfcaae
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.3.3,modeled_data,kg/kWh,CO2e_value:0.11,488e75fd-8fe5-418c-8455-61350aade3fc
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.11,1a3af623-a631-4769-9c20-e04c52f7cdd7
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,43bda857-5797-4c96-987b-4eb47ddc2edd
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.4.3,modeled_data,kg/kWh,CO2e_value:0.11,20b21e73-f092-45a2-b898-0b03d589ad4f
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.11,b16d546c-4cfb-4e12-b1f2-be6ec8e90ed5
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,465c5eeb-d13b-4f44-aaa2-da9e7dcff718
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.5.3,modeled_data,kg/kWh,CO2e_value:0.11,071e3087-c072-4440-beae-26c1abfda252
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.11,f4ddb560-3876-4948-90ac-aa2207b091cb
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,3fd81276-2ef3-4a28-8b90-4a70020f55b9
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,I.6.3,modeled_data,kg/kWh,CO2e_value:0.11,b4b817c4-165d-47ae-87e4-67276f829078
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.11,5aaa76a2-5711-496b-b131-d08c25faedff
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,af1e223b-7ddc-435b-a702-64be31c3fc9b
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.1.3,modeled_data,kg/kWh,CO2e_value:0.11,ab828752-efab-4711-8fe8-cfe8f9549e25
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.11,cd26351a-8c04-49cd-bf35-af2390ceded5
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,246e0332-1966-4227-b262-0bc0453851a7
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.2.3,modeled_data,kg/kWh,CO2e_value:0.11,9ac8bf0c-58e4-4677-a549-6988e2263a76
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.11,8e213749-5d24-4b69-a0fe-4be569b988ae
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,e06e0750-eed0-4d48-8835-d6c50c73129f
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.3.3,modeled_data,kg/kWh,CO2e_value:0.11,b9608b02-389f-48cd-8f12-60b26debe152
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.11,86859d13-b169-4762-9127-010c3a40d802
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,4b18e6f6-c5b1-4f9b-8dbc-19223a12a0dd
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,0.0879749279816553,II.4.3,modeled_data,kg/kWh,CO2e_value:0.11,0fe43100-451e-45d0-8174-22d305094bc9
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.11,510c3fdb-2500-43bf-b819-aea674a6ca48
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,45957aef-3cc4-44d1-badc-36a41ce0d06b
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.1.3,modeled_data,kg/kWh,CO2e_value:0.11,9f4b6509-96af-44d2-ba46-d508111456fb
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.11,396d1939-ee10-412a-b63b-10056af571b0
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,5390e41c-b31a-46c1-a596-463835eca775
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.2.3,modeled_data,kg/kWh,CO2e_value:0.11,6e32d777-46d8-4765-a11a-e536508a7f1d
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.11,e752af62-57c5-467c-bb86-daef264d798a
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,8f4f5598-ed12-45dd-8774-5817148d6846
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.3.3,modeled_data,kg/kWh,CO2e_value:0.11,f50e5aa4-1823-48c4-8eb5-730e071af969
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.11,8a5308be-bb00-4833-908e-f99daee00166
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,0f4bbbe6-9628-4839-8d17-27b7222d1a05
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.4.3,modeled_data,kg/kWh,CO2e_value:0.11,019ef4d3-52df-40bf-a7c7-bb2b3a6fc68c
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.11,b9f7e5e2-d620-4fef-8a73-bc0d8337ace2
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,055ba556-79e2-4cce-9e0d-369464853ae4
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.5.3,modeled_data,kg/kWh,CO2e_value:0.11,151b37e8-e203-4b2f-8a37-3afd2b1f371d
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.11,1cd5139e-fb4f-4b37-8a1b-84fd5492aa34
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,58b4557d-6801-4ba4-a695-00fda1925966
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,I.6.3,modeled_data,kg/kWh,CO2e_value:0.11,839fa1e5-18c0-4245-a4b6-6859255b8449
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.11,29536725-1f71-485f-8ec1-a6bfda19cd0c
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,7cea7ba3-23f2-4d4b-9bdb-60fa445b14a2
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.1.3,modeled_data,kg/kWh,CO2e_value:0.11,c0fc7800-b2ce-4e12-83a9-5161c7a1b639
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.11,852c4c83-44fe-4a50-8457-b786b65793a6
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,90b5f79e-f8ec-4e87-bd0c-d99987d55983
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.2.3,modeled_data,kg/kWh,CO2e_value:0.11,d169cb77-764e-46ca-963b-4698a88fe0d9
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.11,a6ab0528-4d04-495d-9c7e-70a8e1433a29
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,d23cf00a-7d1a-4d2a-93a9-22ccf54599e1
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.3.3,modeled_data,kg/kWh,CO2e_value:0.11,b1eb5ba6-a883-420c-a1bd-ae53387cdbf7
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.11,7ae998ff-4d49-45ea-91d4-b1dfa5a3bee3
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,c3bff686-0cce-418e-93e6-9c112773f2a0
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,0.0005535335233745088,II.4.3,modeled_data,kg/kWh,CO2e_value:0.11,dd32c7d3-ebda-41d7-a015-1921a4b6b0b5
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.11,e809a55b-75d7-4206-85f2-1b1ca8ef764f
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,ad2d00f6-90b1-4d2c-8495-09715b538426
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.11,8e0e1532-fd8c-4e4a-baaa-486170da9e1c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.11,4e2717ea-58b2-4906-abde-db394609e88b
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,c5f84430-6239-405b-b5f0-45fe06424030
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.11,68734cf1-9004-494c-ac44-4e3f91cc24ce
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.11,eb4c2b6a-1978-4508-a820-9740ef11d49c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,1dff1bb2-0125-4101-a9a5-14944bd9230c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.11,26e67a7f-eb34-4830-96fe-f7fc1edf170f
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.11,7c41e4ad-42e9-4e05-9216-b7bea4976f92
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,ff843b0f-3ef0-4d39-a87d-39f0ec100cd9
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.11,444d9322-5b28-4605-a3f4-6cd1d3299ecd
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.11,735a2f9d-5c69-43f1-9507-38eac1f5a68f
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,eabbe3e8-dfc3-4876-9c8b-81c997d06f5c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.11,064a117a-9571-4f2c-90d3-4fffd0a59639
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.11,2942f8f9-a6d9-4f07-a9bf-428b12ab07b8
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,b078e0e5-dda7-4c57-b632-4123bf08cc68
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.11,0ba9be4d-aa12-4615-8312-294b575c2f8b
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.11,91406991-57e7-41ea-b732-fb8bb445f716
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,693421ce-38d8-42a6-a23a-d4e7f46f5c89
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.11,1ed44c28-42b4-4a70-aa49-45240bc6e8c6
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.11,8b04074b-2df2-4998-8225-30302e3393b1
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,f25a7e1c-76ce-4eba-a956-74b150d577b7
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.11,45193d5c-b236-4482-ac12-6a266868be7a
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.11,e29e1127-10dd-4782-8707-eb6a5579e3c4
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,2f0d0bcf-9c1a-4b32-b715-1ab145ebf471
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.11,b3ac894d-c95d-4417-97d8-2fc0e3c369d8
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.11,c2f28f01-c755-4537-b8e6-d505470e5d3c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.11,c12d7949-a385-4eaf-8eb7-79c9cc92cb8c
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,2.0140780215580423e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.11,d52c7697-9beb-4a0d-8db5-6128efc7f556
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,64e91005-4587-4b04-9dd2-1b5fabbef81c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,fc9744eb-e201-491c-942e-aa3da7d0c5b6
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,626e5005-bc31-424d-9457-86209451517e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,63ddeedf-05a5-4ee0-94f7-6212682f869c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,d1f6f9b3-6b14-4ec0-a52e-b10d780511e3
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,cc428a6a-440b-4c7c-b328-10c1872c20e1
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,b59eaa96-0b42-4d2b-a95e-aab3453ca193
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,32b820da-25b5-4563-9ab6-97d0dce23e63
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,7a32d5ad-fd66-4880-99e8-0a7eb657e984
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,39201016-e1ac-4382-9695-0667fe2e5242
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,7fd014ee-6fcc-4853-8f92-f11ccf923487
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,9ecf5650-d8cc-4e75-a6df-c988e243a264
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,fee61d16-d47e-4d1c-aa00-d0ba95ea4f0d
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,583ef772-5302-4c48-aca7-8624658cd0da
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,417e1fc3-43c8-4556-8475-bde10128bd1c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,73ec492c-a6c9-4e3d-af23-fcd537518d91
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,8faeae24-3b8b-4848-89d6-0bba5df2c755
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,881b4e55-6cbf-4c55-8a3e-6351e93d0595
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,9925af71-3fb4-42f8-a77a-7e40b0834822
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,f7a954d0-c392-4557-a6f2-8c7c87a3a625
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,bce5dbdb-ffb6-4dbf-af8b-8ccddeca7ffa
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,c5f43b71-eec6-46f7-aba5-ed8ec675e073
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,752ce56d-1bad-4f8a-a312-9a33e507b8d1
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,332f1a3b-380f-4d0d-a658-5b6f90887c80
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,0c5604b8-f7b1-4244-ae64-b38100754ecf
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,b5907be0-3618-44d8-ad0c-bcf501e0a5cb
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,b14fdf92-887c-4b80-bd0d-9562a7d9348e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,506cb6ca-e7f6-4a23-a1dd-a51699a51aa4
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,02491f21-ee26-48c1-8a6a-74f7a60db046
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,0.06508681597544268,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,f2a260a5-9cbc-4c1a-93b4-714bb6971311
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,d17a08aa-9765-4b7b-9026-27d457980286
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,4416f127-d5b6-4d9a-9717-8671ccfd121a
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,997873b0-add0-4168-8896-0753fe3a1017
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,e140e30f-f2fd-4bf8-b34b-24759fdfb93d
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,0e5c4c50-e5d4-4887-a561-7fe257be9082
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,fe261c5c-962c-4621-9a96-49dd20c3be82
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,9b26087a-99ea-4153-98e4-5b059afd09ef
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,c2e9c993-6f55-43fb-8e9f-026b2cd364ba
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,9de5855b-f45f-41b9-ab8a-b362b8aa5998
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,55b19156-3b8d-43c0-989a-3dafc822ebe9
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,3384b2d0-b396-4660-b685-4b625c832861
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,31fb3cfa-8bf8-430f-ae26-6c2878ec171f
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,45d94637-7a89-46e0-98f8-558d843df365
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,fed08908-5cdb-4a99-89e4-fe745e0738ce
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,e5f31817-9738-4fc6-9180-a73d51d597ec
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,d5c9c196-11e7-4b63-8fe7-3a33c21a3c09
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,b8969f68-32da-42d3-9710-13157816e8ab
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,46dc7a14-5bab-4ca8-a2fe-ae6c0ef2b6b4
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,9dbcdc47-d8f7-46dc-ae69-0e4b5997e1b8
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,e3c91069-84f9-4218-8ecf-c2c3f6058c3b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,4054279f-edda-42c4-84bd-e8b46e4462cc
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,74660567-9af6-4e5b-a7e7-74aab44525fb
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,e3470ef0-4ac0-4184-9257-b5aed732a14c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,e28e5ae7-6242-4328-869b-dd622bc53877
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,bef8c74f-c7d4-4fbd-8bae-b3bf07d19ea7
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,7a563221-bae5-4980-a057-cb2ac89368b8
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,c25104b2-d910-4200-9f94-d5badc1f8838
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,6529aaee-6129-4905-ba19-0a94f94552d5
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,9f2a6049-2467-464a-8d92-b0d893e5cb76
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,0.0004095227515233389,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,eab99a43-a1af-4f60-8170-2c97378daa10
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,69ce2f7b-95b4-4fd0-bfbf-4e283d7ef30b
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,426efcb1-a9db-4b09-b384-d57088cd4048
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,7dbf3491-45f9-4206-870a-dc82734d4c45
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,1e25bc21-a280-4956-986d-888c15c8d126
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,d8397b66-6d4f-4850-9ba4-8e2c0c1bbd59
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,86de2943-e66b-4988-a2f0-0f063370d8b7
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,bc1cf797-4662-4141-8b0f-c866c75fe882
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,5c403b7f-aaf0-4664-960b-842c27e8172c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,9c4cfbbb-80ca-4d0b-9824-fcf115d91e79
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,686a6a3d-9552-4087-a477-79ccb123f677
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,c35eb7a5-85ec-4c55-ad38-566d5c55edad
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,d4c67bb7-a73c-4022-8419-08ee48c72948
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,2ba4cdc5-b406-4d08-99cf-6396b9e309b7
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,6391771c-8d93-4e6a-acaa-fc84c17817d8
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,b002fc37-b226-43fc-b250-e79413933063
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,933dd357-1ba1-4ec6-9308-faac95534068
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,323da191-4f61-4abe-8c87-0eeb48b2de70
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,e46a6f43-9bfe-49bb-b62c-da9a4f490266
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,e495a109-ab92-447a-b018-5ed6992779ee
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,c075a5a9-bd1d-4ddf-af65-92f4e8bedd43
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,f94bc41a-5520-4b18-b52c-dc22665af213
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,b03b6fa0-50d8-4739-8607-80c30700f69c
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,e28e0417-35d9-407b-83d4-dc6167e3af04
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,6f578051-bd69-496e-9d4e-e3904292b46a
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,d5a39951-26a1-4b7d-be92-aea43e475c90
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,6186bfa4-aa71-4cd1-8fe3-57a65fa3fff3
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,f3abba30-5eb5-41f9-8738-b50fb33e13e0
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,e75920c7-46a2-4ffc-9a44-0455417a373d
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,53cc27d5-792c-4674-bb77-dcdca13d111e
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,1.4900827833205741e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,098cb080-0ad4-434d-b16c-3aa9a95e93cc
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,4df08b59-f878-4f61-bce2-d32631d859bc
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,9c846487-b126-49a2-87b1-5e6073e47d6e
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,9391447d-eb65-4a68-ae2c-3e9d29c20933
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,b364203b-c63a-4de4-ab48-84670f797849
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,46cb16cc-bb59-41e7-be4d-784fc55a1cfc
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,31461309-a6a4-4bfe-9925-456ccd49a215
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,fe9f1f8f-0001-45f6-9bed-c62ec0113e94
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,4894ca97-3824-457d-b579-ef62e52aba09
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,66dbca53-d93d-462f-8e9c-13e3469b5f8b
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,9f9a5c2e-18b8-4717-97d2-3161eb985a19
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,075fda11-ee83-4c29-80ad-914724a097cb
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,5b30860f-e0ab-46b5-9abf-be47622c6c27
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,425329c8-e4bd-4b10-beab-8d7f4cd55178
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,3d331a9a-7bf1-4454-b07a-343e3b579928
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,f20f3ef8-ddaa-46fa-8109-d4668adc3cf5
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,4dfddf4b-8257-4628-8903-4d1861e936f4
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,490b7f9d-7dcb-46f3-8a1c-5ef16f2f910b
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,b22dcbb6-3789-487b-b692-ab5b7d8a1314
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,10515036-5f42-4fa1-a085-9434c5509f0f
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,8db4fb86-41dd-411f-a2d4-975a4c93aa1d
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,bea97e38-096d-4581-b09a-0f895d91b6d1
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,22822a3d-ca65-4db4-97c2-a04ad9c89592
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,84dae80f-6910-4358-8663-da3a888cccf9
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,380bffc3-e476-4d3a-9f7d-04e19a52b171
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,177d058a-aa99-46b3-8bdb-94b8c0089757
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,2a513acf-0674-455b-bddc-6276f571e9af
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,063cdb4b-f71f-41bc-87d7-daa761d4fcbb
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,cd78f09e-8c7a-40f2-aa9f-4124e0c77b36
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,ecc4b25a-2968-4369-8b80-0ec1bbd145c1
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,0.06490151325201396,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,b8fd4717-c1bf-480e-bff7-8020f0c2157b
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,bba56eee-968a-48cb-bfba-435f99383b8b
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,914ee2cc-7236-42e7-9263-0fad3431275a
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,a2467ac1-6d86-4d7b-9226-acc45e03c624
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,92ee9ad3-1b59-4c24-a7f2-e6796fbdc31f
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,f21c0f44-1fa8-45b8-82bd-8d20caf50a2e
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,69c37375-bb08-4fe5-b222-8928832f13a1
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,7b201189-b250-475f-bbc0-7d13bf044a20
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,5fd5b050-d078-4ebb-8a39-ae691be21fb8
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,22cdb3b8-4a65-4b07-8955-ee2512bc1ee2
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,f0f1536a-3df0-47e8-8e2a-f1df56e1413a
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,23c7e421-9aab-473c-973f-2ca27ba700cf
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,2e721845-a71d-4e8f-8b0f-da5092b469f3
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,88220a29-b820-4845-89f7-0b313dad32e8
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,0492b4cc-f561-4f60-afdb-12345be56444
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,0e99f29a-40f8-4e04-aa59-19ecbcbb91de
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,af9b8224-64aa-4198-92b1-a8adad709998
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,44b50e6b-9b59-4ddc-92d3-4b6701a5943a
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,e8ae3a8e-8c59-4406-a9dd-4d8032503ba2
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,44be7fce-f84e-44d8-8913-7eb7e5f1b362
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,25e478bf-d0b7-40f3-8d74-ad5a9c511035
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,17d693fd-67ca-4202-a2ff-27b3c3d52913
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,53f830f9-e20d-40e7-9746-8555aee627cb
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,cb9f05e6-e3e4-4581-91f2-776746969725
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,23a43600-d3ab-40ea-ae85-aab4cccd27bc
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,66eef4a3-12c3-4b01-aeb5-233083a3b586
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,dec503b8-a3ab-4384-9ec9-b88c16c8b9c7
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,e47e8d8b-35d1-4f19-9e0e-331ce5b0308c
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,22e6b86f-8e9d-4c8e-a030-41014ddc7375
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,334190ea-b241-4ef3-b6f1-f1935726817e
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,0.00040835683673666495,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,fa819afa-c3cc-47ae-a595-a413acf57e3a
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,884f9dfc-fc99-4704-83fe-d5465d8e910a
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,23a7ac73-534c-42ab-9c74-167f20ca9154
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.081,52f6f4db-6f56-4a97-b78d-39dd678e4a5d
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,4fe9c4ed-b561-4fee-a8d3-55334e29ebc1
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,63a3b856-a4c7-40cb-ab8f-8b30362e86cc
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.081,f39329a2-5ef7-45ff-990f-b5982bd85f99
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,3632f5ce-e126-4f97-b8e8-e371b37efbd6
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,17c306a0-1aff-411e-8211-778a9eca498c
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.081,509a48a9-0577-4518-8991-121b69211e7a
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,bd2f47c7-8312-4fc5-a5fa-e98c1e117f06
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,2d0a5d15-529c-435f-bbd5-9a563699856c
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.081,2ffd9d56-26c8-4bf4-a5f7-3e9bdcc7fdd0
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.081,051f2ea3-2cbe-48a3-ab30-674cbe3d21a5
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,e505f37f-69cf-49df-9aed-d5f41b65ba18
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.081,a76a346c-b896-44c8-8511-3638ed6dbaa6
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.081,7f1508c4-ba11-4540-ac21-0b848228a0b7
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,59b892e8-001a-49e0-912b-24f2b60e2a59
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.081,6a6564cb-3ca9-4bc0-ab70-48a52510e734
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.081,67c30aff-6d8f-4420-9607-5324e62308e6
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,473e5848-60ff-49b1-9003-29581f834384
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.081,879977d1-4794-47a3-af83-8c154acf0fba
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.081,5e28832d-6b69-40ed-a023-c353db70eb15
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,a634262e-e8d2-4801-a8ee-a061badc2e91
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.081,e05ec991-13ff-4cd2-bd94-b42310b24f58
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.081,8589d8f1-5e53-4981-b79f-45c10ac7177d
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,913d3920-97d9-41c9-ae75-54b7b46113d9
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.081,c24bbc20-73c7-4728-a790-2c2c7b5cce14
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.081,0bb1593b-4c54-4714-891a-080cab9e196c
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.081,552dc03e-cb34-4488-91d2-beee9d2f78c5
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,1.4858405048537995e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.081,4b768c8d-98f2-465d-9340-02cd6ea95392
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,d8dec5f4-c8fb-4389-828b-a58465ee8ef2
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,e8cddbe5-506a-48d2-9074-8a29f5f14be1
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,5a622916-7a63-4b74-8e41-c3b826967955
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,ce706237-ec8d-4403-b366-d37d4f8313ba
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,5340bcc7-7f9f-4b5b-81eb-f37b6685af30
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,172502fb-491f-460a-a00c-51475b797cb4
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,a4c8cec6-a364-41bc-8ea7-f1a51e9ca95c
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,ab90e17f-9a3c-42ce-8a18-3fe21bb65613
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,4507066e-19a7-46c7-bfc2-d8b64889ad8a
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,a614b587-ee72-4e9b-be07-9bafb7b1a133
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,e60e70aa-b9cf-4db8-acf7-6d7c8007a61e
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,d408446e-8227-451f-8701-bbe6ac1ba689
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,11b09331-c071-470e-8bd7-69931bd4d16a
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,f8768b3b-3174-4286-a1a8-e6f737b26e90
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,92e54f5e-47a3-4d95-950a-78cc018a6b55
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,d582eda1-ab02-4abc-89d2-f6ee2163e466
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,4fa8479e-7610-4f1a-a548-b4c7b54e08f5
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,f680c067-4792-4eae-a295-0aa41e5c630b
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,4c4673f6-d914-49a2-bc84-5ead5dd907a2
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,38b44a67-3bea-4fa5-b95a-6c398ebcd2bb
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,4ad25514-a28d-4e3f-b0ba-586315ef4dc9
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,5c952cce-1a03-48ea-adde-e7cb342b2cbb
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,e7f6ffd0-5ea0-4f0e-85f2-31292b6db2cd
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,c18afece-7f62-465d-bd41-9dd5f422ab77
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,28e7ff9a-ad95-4b6e-85c9-7b222db76181
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,044fc8b3-cec3-4f07-aed3-048d6cb5aef3
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,b241c345-30d3-432b-a468-f3579202f4b2
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,635c3eb8-e9b3-443c-9bbe-de77e85cc88e
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,7d1df43a-cb94-452f-b896-618ea3abbdd5
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,0.05407132302636493,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,ce28a5e1-f028-4c4e-8476-2ccaf54be60e
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,12c007b9-878b-4ecd-9399-3174a0a97287
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,ec20dc38-e8a8-4487-8d81-6546b54918de
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,6d688e58-b065-4f85-b67e-4cff7c370570
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,6a6bc2a3-4020-4dd1-8674-4a6d03a87328
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,01a38b63-feae-4ffa-82ad-492a81dab6ef
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,c211232c-70cf-498a-9fff-7db68543378a
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,70bb1919-4fd7-44b4-b248-9ec477dc3426
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,f6047aab-c1c7-48b3-bfac-2d6c129675c7
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,0473a555-26dd-4761-93bf-065ca55fd558
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,df9761cb-f717-47f5-a724-32772f49a4d9
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,fdbdec67-cb9c-4324-b8a0-4cc57dab7c4e
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,f5b7f1f3-9425-448c-b7c0-ceddb11d4466
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,901acc7e-231d-478e-b203-7e219fa23e3f
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,6530ce32-df54-49ed-b9db-60b5b368487c
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,ec5dcaa6-09de-4f38-b8cd-e54cc6640a9c
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,9030647d-1937-4491-bf55-53f6ab172501
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,63ad3157-63ea-4b0d-976a-1b43f5d5467c
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,d8fffc98-8786-445c-91b6-e2d41dbd6c6e
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,f4114f61-f9c3-4041-816d-5761ebeaef5a
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,079ad111-b3d2-48ab-ac5f-eb6c45ed643f
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,53642bc2-1425-441d-b84b-44c5498eaca5
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,f418a5a0-5c84-4437-b16f-929074f7fee5
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,3cc53a28-dbd3-4ddd-8d0a-124ebfc4aebe
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,f9613e89-bbfa-4d20-82b3-e5d77d35c004
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,59c16348-424f-4b1b-9b7a-401021adfa00
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,a61f553d-160a-472d-bf31-598c2bcce8f6
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,97539cf3-b361-4fac-91eb-fa7a8961e1f8
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,c19da084-5fbd-4932-9bce-47030e603e9f
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,ac99ed78-8535-43c1-9e3a-89c9b7060df6
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,0.0003402138613236048,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,7320d552-31cd-4a76-9a7d-1020cfa94c2a
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,17b263b0-ec17-40f2-a3d0-6bfe0887cd05
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,69350670-d20a-4e37-afa6-dd331b50b733
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.068,4af9d734-49b3-47fa-b150-3e33dd981c02
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,2936b25b-dae5-4ccc-a31d-2ec1ecbcd141
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,b7e88a5f-47a0-4f29-a7f5-ac637e0be3a6
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.068,1235d237-5689-433c-bcd9-53648800dabf
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,7c1f395a-eb48-46cb-b903-b638ca89d503
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,402aece4-f1ba-485d-818c-c19d4d0c9bc4
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.068,231f2753-56fc-40df-961e-a140bb5adbfb
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,c37af8be-f8e7-42dc-8309-e42c917c1523
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,df5fe583-5a41-48c0-a579-091400a3105b
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.068,925d6be1-f3c0-4cbb-bf23-fa17b20e6496
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.068,97b4e463-a24d-4846-b7d0-efba63a6ec10
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,6992f0ae-6da4-4fc4-a08a-b74fce5e9755
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.068,6b6027b3-81e3-4844-b41c-827d28d21117
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.068,fb314d20-6321-45cb-9ad3-78c66357bb1a
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,14478bbc-3947-4331-b10b-be99fd25c490
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.068,9a409747-bd0a-4043-b880-ef7aae77bba4
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.068,e6d4c254-893b-400b-96b7-0a51a2060017
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,e90eb39d-bb05-42ce-95fd-bdc4ac450754
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.068,a9af2309-0cc6-4529-9b9c-7ee3c1fc79e8
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.068,45b851d0-082e-4cb2-8e94-28f909496ee7
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,d99f28a7-7aaa-416c-89bc-a258af15fa0e
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.068,a2156cb8-abed-4eb9-901b-5595a6ecbd49
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.068,2f542e36-55bb-44d9-ab33-01adc3c32322
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,23864e27-8802-4881-a3e5-1ace66bf5833
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.068,ac5d584a-8987-4d0a-98e2-3111e5da6cb6
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.068,74496b73-9c24-400e-a51d-e5f75fac2424
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.068,a308f544-b67c-473a-92a0-d6c20ded0545
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,1.2378965894314315e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.068,f90ebe22-d5fd-48dd-9fa7-37a6df1267f2
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,dba18381-78c0-4363-9c53-598764ef7d25
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,e1e86d47-85d7-4693-b8c5-1d8384dedb3f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,2276e10f-c90c-4d89-9e8e-30e7d6e2ded8
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,dce64bc8-680f-4ed4-ba4b-a92519629c46
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,977b68fd-4183-4e76-8ca2-a6fa7d7e1388
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,e0691dfa-7517-4598-9288-c604cdcb9b6f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,5e63215e-6d93-49c0-94c8-e1f6ebd0d61b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c40a0db8-9f50-471a-8bda-19c9be9960d8
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,2072c1b3-5397-401a-b41a-bb0e99609813
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,1a74fab2-4ec7-4cfd-9758-362f766151bb
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,a533d37c-ed56-450a-90cc-6fa297513159
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,93ad419f-0ba8-43d0-86b4-20f8a9db1e90
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c3a61740-84b2-46bd-b84d-19eaca5af2cd
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,1df0501b-19d1-4013-8add-fd5239aa0a09
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,96f27add-ce74-4136-ad44-92ea73223849
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c6621706-af36-4b83-96bb-2f9c6a42c489
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,411c08e7-3e68-484c-a2d5-b4e864532c99
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,6cdcf3a7-936e-4325-a783-f350c9854576
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,329cecbf-3b9b-4a10-ab02-4ef9cc175868
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,72fe208e-f18b-4ec6-84f0-1a40098a1a46
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,b50cb74a-c718-4489-8fc0-83b3584cf31c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,1cfdce9a-79de-4f2e-afe4-58a87d10a7ca
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,949b65d4-1499-42f6-b7f4-a257c9a69700
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,aeffd637-f6a5-4d9c-bdd6-46c026e7f4cb
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,413ec3a8-5de7-4de3-a070-c364842e0f0b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,7ca740d3-0d02-4c7d-9b1c-beed326c1156
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,c73ae453-54fc-42e8-9b21-9c7c9e89cf9b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,571c1229-e01f-4d98-ab8d-f96f03ea3ab2
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,050874e8-5ffd-454b-88c6-ba38689ba9b1
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,0.025704585059219576,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,84845878-b096-4bd2-a2c6-cf2777b06f08
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,5ec75da6-f3ff-4665-ae3a-3a63bbf744bc
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,85eaa535-c292-4d45-8a01-1d3ff6fe123e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,59a81403-af9f-4217-8548-b7bac7335a11
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,7552d248-a8b9-4198-8714-fa08f718d878
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,ca690cf4-4be4-4c8a-a6da-5474c200cbe0
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,49948d24-5d33-4e75-830f-834d3c2ccdbe
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,6b2d1f8b-249e-4770-a36e-15e6a2fd0784
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,9fb3feef-eecf-4a63-975c-01f26494ac17
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,90d01c28-c248-431e-9904-cb6260a04a68
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,7bb28e4d-162d-4a4e-b288-e8ac18e5e77d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,927f6ccb-3f01-4d9c-b096-55bc00893b66
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,9e408f9b-7868-4852-9bdf-e223a4572342
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,b897ef63-4d45-4955-83c8-aed7385abb48
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,5ea30908-dfbd-49a3-ad0f-00fa4f527b08
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,626caccc-cc69-4803-b238-80edab82830c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,2d5bd3f6-b7e0-435f-af28-864fb88e6526
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,310db8e4-dfd1-4588-84d0-3f8eb7c89291
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,ed820d09-02ce-4f8c-bb74-5d2fe496b352
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,a4a536c2-f38c-42af-8067-e32f10266195
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c4c0ed35-80fd-4329-a4dc-462724a33178
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,3b75a518-6ac0-489f-8aa2-1f951b9e99ca
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,7bdbfd4e-8951-493e-b7a8-f0bf7c85684f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,9cfbcc8f-e39c-48ab-b7dc-5205245b7a34
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,8974d0a5-9d39-4fba-ac2c-ebdcae5e19c2
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,18b5bb21-b071-423a-9c01-b766a7af4749
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,b17847e5-9cf3-4af0-a2fa-eb5c24b8e4a1
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,374d5769-9010-47f7-af66-04d830ebb2cf
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,366e2b49-66fc-4f45-ac9c-7be61cace0d5
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,19b340ff-3a07-41e4-bf13-5c78fd5c7d48
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,0.00016173186908066009,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,36b06c54-2f98-4b37-b9e7-21acb2b8fa80
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,e464baee-4fe3-4249-a806-11d56dc8cc1f
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,93aa211f-f0b6-4679-911a-658f54c25ff7
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,82ff9555-fc05-4571-af7a-d2af60ef4530
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,51ed9542-cc5b-48b2-8ab9-324a4e182fae
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c6b5f2b3-6926-4440-9554-82b0fd72b8e7
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,da81a44e-9967-44de-8f7e-27506eafabed
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,4a036d4a-7d5c-4f10-bec8-88ac7af4a657
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,03abe53d-2018-475d-a97e-172d04d920bd
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,e65f6d61-2af0-44c6-9b28-0406f8330204
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,17ecde90-ef79-492b-ae49-4eda0de2ef1a
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,9eccae87-d1b8-478b-922c-18fb0c804d05
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,ccd573d8-fc2c-4f73-94d5-a9b137c62ca1
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,59fae345-a20b-40e6-bc20-7ffd4359e2e2
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,57d3d537-4815-4ee1-84d1-49cb9c4521b7
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,b717404e-5011-4b8a-a7cb-e2928e042e5b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,75eb36d8-9d63-4c88-a44b-aea7f4e89a94
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,4215a7c4-3073-4cf9-ad23-9d801f038fdc
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,3a304d44-2811-41bb-8141-cf1dddbcaef6
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,23eac12d-8387-42e3-8d2d-f0520cd49c57
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,5de5b250-efd6-4d5d-9555-692859a02e85
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,5860c387-d1f6-45c6-99e3-2d3317b0231e
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,c13a56d0-1af2-4c32-89c3-05d4b15589e0
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,0d82fc17-c766-4919-9fe0-59438cb7b88d
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,e33bbfec-e5be-4698-ad60-cee3f1e4f2c4
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,54f89b23-9851-4d00-9659-a373477976dd
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,513e3b3b-c50a-464d-afc5-5c2ab3a2b416
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,5f4ea10a-174d-475a-994a-3aa295851cd8
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,bd2fd941-bf78-45b5-86a3-f1ce1dc5a88b
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c848fa79-f0b0-4235-aa81-7a927a65244c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,5.884749326744408e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,e6685052-bdee-4344-a1bd-941deb7eb17c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,7a909fe2-a666-41dd-96ac-13918aee405e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,23d9aeda-c25b-4761-a962-bfb051ba7f39
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.1.3,modeled_data,kg/kWh,CO2e_value:0.126,72589be8-a3ab-4501-9f22-b1f7c18712c0
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,ae23ecac-8eda-4c01-ad7e-636903374dbc
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,30b2e6c2-121a-457b-8fe2-4c0470729a65
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.2.3,modeled_data,kg/kWh,CO2e_value:0.126,30159c1e-4623-4f28-a465-8bb7b5d0b37c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,371ccd45-c7ca-4097-bf1b-f654f3aff3e5
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,d5db8f5f-5c5b-40da-b1f1-157f240fea09
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.3.3,modeled_data,kg/kWh,CO2e_value:0.126,237921a8-e20b-4fc1-9477-1f9bb5ef7c56
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,b2acde32-3793-49b7-abc4-0f104a4b2006
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,e4df2f36-be80-4445-8ff1-5c9178f4244d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.4.3,modeled_data,kg/kWh,CO2e_value:0.126,634e137e-4ccb-43f8-aa15-1249cad2f6fa
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.126,cb5bed84-094c-40e1-b5ab-e02df8f6325a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,c54db1aa-3c5f-40a5-8557-1281006f3e22
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.5.3,modeled_data,kg/kWh,CO2e_value:0.126,87672649-fa0b-4a8f-bd58-5fcbed47c53a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.126,62e7d87b-9bb7-4b91-b43e-a712c28a9bcb
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,5b1215b9-8a2e-470a-8263-13afddb5584b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,I.6.3,modeled_data,kg/kWh,CO2e_value:0.126,702ce707-8269-4890-8bcb-795f546308f3
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,a58e4192-5ff7-4930-a1dd-ecf904195543
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,09e099a6-d116-49cb-8328-e39ab0c3e463
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.1.3,modeled_data,kg/kWh,CO2e_value:0.126,ca97aae5-78d9-4d1f-80a2-3af2a5b2b48d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,cfc7d6f3-b23e-48b2-98c8-e933357edea1
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,043f6a3a-fb99-4c83-b95c-8ae96fe1c316
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.2.3,modeled_data,kg/kWh,CO2e_value:0.126,dfd9d2d8-4be9-44d3-a756-f5b8672179d5
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,442c6dff-62f0-4b55-bb34-fe2694e95faf
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,42aca866-92a3-4780-ac03-838a05d8a637
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.3.3,modeled_data,kg/kWh,CO2e_value:0.126,a1377acc-d8cb-49ce-9e97-32fe9e3580f3
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,77596676-493b-446a-8cc4-2e8bf17bd82f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,e557fbba-35d4-464c-8342-ba19ba1e26c8
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,0.10054277483617746,II.4.3,modeled_data,kg/kWh,CO2e_value:0.126,b6310518-4afc-4634-8e25-359643509a91
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,e7b5ee14-288e-48cf-a441-123998ed3438
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,58172f93-5854-47d6-adda-65e8d0dc38f2
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.1.3,modeled_data,kg/kWh,CO2e_value:0.126,78080ce2-9244-4665-985d-b563c231db03
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,2818c31f-3185-431a-ad0a-2c62ea83c946
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,becddc5b-089a-415e-9a1c-64d3659872f7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.2.3,modeled_data,kg/kWh,CO2e_value:0.126,458d86da-7981-4adb-b117-507d06ec48a1
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,dbf6aca2-4ba0-4fad-932a-cb4de46ee81f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,069eb90c-e949-4038-99a5-58df99a498bd
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.3.3,modeled_data,kg/kWh,CO2e_value:0.126,5eeb5c70-9ee1-4510-9c9f-855d502cb87c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,426c3466-bf11-463d-bfc9-22a580efca4d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,facc97bf-1eb9-48b6-9868-38971f76d06d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.4.3,modeled_data,kg/kWh,CO2e_value:0.126,b9bc3251-42d6-4faa-82af-94a3d8f97ff7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.126,55510d82-75ee-45fe-8a46-9e4400f3a2fc
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,efb8b1a1-a0c3-4886-a2dd-cbc2b13752b3
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.5.3,modeled_data,kg/kWh,CO2e_value:0.126,0ef00c29-5708-44c0-94c0-31767787990f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.126,2dba5233-0bed-471c-ab4f-9fe37b77e37a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,9a380136-4768-4d90-97d0-78742e3e121e
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,I.6.3,modeled_data,kg/kWh,CO2e_value:0.126,061ac20f-bf19-4062-bf46-368fafa79f8d
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,6c48e253-5436-479d-ac76-21f04bcd88b9
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,eac04415-bd89-45f0-a19d-43b12d165308
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.1.3,modeled_data,kg/kWh,CO2e_value:0.126,288c384e-5c46-430f-b3e8-d213409713ea
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,56b1f1b7-f6d6-4617-8493-2c71beee22e7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,d002e9e5-d896-4747-a72b-a075288cb055
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.2.3,modeled_data,kg/kWh,CO2e_value:0.126,9231babd-8cb4-4d96-ac52-465dbe7e1742
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,c6c3794e-3a5f-4d2d-95db-423696470709
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,7ffff557-c518-4842-b459-14c88b39aa61
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.3.3,modeled_data,kg/kWh,CO2e_value:0.126,d57deca0-e0ea-488a-9fb6-d997cef75784
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,a868f968-21be-41bf-8940-6c41aa76a140
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,9fa573b1-17a4-4ca5-9acd-5f273a5e1bed
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,0.0006326097409994387,II.4.3,modeled_data,kg/kWh,CO2e_value:0.126,0a22b290-09c0-4f19-9faa-2de993d376c2
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,1d1f91b9-647e-4143-80f2-fa90f17d9199
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,bb95ea0d-920f-49c7-ad36-baf96f4de8f4
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.126,e818bd2f-803e-4cfa-a91a-2b935184e51b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,8a2b9a56-8f38-403c-941e-5b68899319ae
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,48bb6698-251c-4c2d-8d46-708f2dd953c0
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.126,0e7653cf-2cd9-4f79-9c10-635fc5ea6f52
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,b3216bbc-00db-4512-962a-56f91a1bb0ee
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,8619c878-f526-4c96-9b92-477212efb68f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.126,a0a86cc2-f62c-4326-8727-e66648db5058
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,b23f011d-b79e-408d-a2a6-45b0b8d48820
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,6982c00c-91ad-4f8a-a9e6-c2092d4dc3a7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.126,6531dd92-536b-49ba-b3a8-b480e4c2fc37
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.126,c23970de-4b27-48e8-8558-d1312c53f26b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,3036ab4a-21e1-49d8-94ef-415d01cea652
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.126,82f42f60-56c6-43aa-bb47-c964906624b0
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.126,c2d5a6a9-df40-4dbf-893f-da2497c2798b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,37a633fb-7a50-411b-80dd-421f95789f86
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.126,19b7817e-7054-4bef-8479-962a5272bee5
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.126,8173170a-14b4-4bbb-88cb-19875a5dfb63
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,82105299-228e-41e5-b138-34d860210204
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.126,9bf1c26c-83bd-4778-9804-2cf492baf8de
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.126,26c7a03f-6ce0-4103-bf8a-15ac2b388ef5
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,7d2db337-7018-409b-b1da-39351ac9b01f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.126,a4f301bb-35c8-4af2-b1a9-d5e9e4d0e537
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.126,43c7c8e5-f62b-4226-b8b4-f2bbba5ee838
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,051f9845-ba29-4b74-b707-cbe3bb35d4ba
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.126,783671c9-ed85-4eb1-b69e-1702b3b57213
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.126,2828f972-1dd8-4d1d-bacd-80b3d6b7736c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.126,73b4555b-6621-49ae-8aab-49c82fe5bf7b
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,2.301803453209191e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.126,5c89268d-286a-4377-9cb4-d5ca7a09c46c
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,d1850056-2756-40ff-ba0f-e57c1d0419dd
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,938eb5a5-eb70-4a49-aaac-130d2a6ff913
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,f119e066-4585-4956-9215-cb5c2790b586
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,932c0614-b696-48c4-995a-341cf67ab796
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,d14a4d1e-51ed-4bcc-8b8a-bcd2f0e3fb83
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,6309a29d-69af-494d-b94f-9ac0b23988bf
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,8aaba29a-1557-442a-bda7-4214f9755abc
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,e74845fc-63c8-4219-b8cd-82d295983cbd
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,6ead737d-66ef-49b8-a78f-ce04e913c538
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,db9ab8e1-cd4f-490b-86d5-b16b9840532a
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,ee84d355-1cc7-4bc9-a9f0-0c7ad0cd546e
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,efc8e841-c400-4175-8137-09939109550a
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b318234e-3724-4634-8165-9755f1f80fd9
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,81efad3f-a20b-437b-8383-1042676f6709
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,5811f8a5-d275-4e1a-a734-0eafc5a60666
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,36c64c17-0119-4917-8b84-939a4843737a
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,f2f45ad0-2b68-4555-bd34-61f184f7ff2e
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,abb1fdd6-0141-43b1-99d5-8406c98213e3
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,67157794-330b-49fa-944f-6ab3e2d39efa
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,592c0360-6ae1-400d-86f4-d3b09e95aacf
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,fc8b5978-707a-4dc4-b019-7638783c3db7
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,19307cdb-fd73-46bb-bed4-c29c6ddb86fd
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,b44331d2-7830-4737-9972-962f24d8fe7c
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,f65f34cd-5cbb-48ec-aacd-cd15d368b7d9
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,531e5cdc-bdc7-4e7f-a1cc-c2ccd61932c5
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,b9af5a8b-4071-4e4f-9408-0d0c6cbd1133
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,bf6e602a-7793-495e-b1c9-81cc3c6c46c6
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,6927cd36-5f7e-4cfd-9c94-8a4c0e01cac6
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,d536e85d-0e7e-4eef-b3f8-789cfc21088c
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,0.0030635061195791115,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,16aea1b0-fea6-4dfc-83a5-9d6694597968
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,ef418128-13cd-46e0-866b-a4fbd67faa43
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,5c188b14-6a71-4737-a151-bf9102fb7211
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,889f4f79-3a29-4a4c-8e8d-a2d581aec6b9
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,ac049dfa-6de2-4be5-a7e9-db236f5c6884
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,c2fe1046-c834-4c7a-9686-ea8c55214549
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,a5199da5-a443-444d-a7f4-bb78577b18db
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,5edfebe0-93df-4017-8c54-efaea01235f7
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,4be0ccf3-5ef2-426a-93c6-0273a8db8ae2
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,bfca15d0-c296-460e-99f0-9f6df7244012
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,e424457c-d8f3-4ab0-b42e-76b1c6aa9df6
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,62d0d1be-2511-4a0c-8af0-2c5825dbaaeb
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,d175d99a-0c72-497f-a723-f2190486305a
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,42ebaf2e-0136-4934-beb7-d42155a90e47
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,de7ed6ab-12a6-4d90-9c1a-c3e48eac0bba
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,5b569590-3375-4c35-a95a-06116c4b5909
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,71620806-9f78-40b4-9592-9a8142600cc0
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,44425c81-bb51-4553-a843-23e464bfdec8
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,fc369a65-dd3d-4fa0-b18f-0fc8cae23246
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,539a0898-27d6-4626-82f1-12fc63af179f
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,98a48847-f48b-44b6-9611-466ba3c5a40d
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,a97bd6a6-ec1d-40cc-bb8b-4725c3fe74cc
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,8884cc11-2e57-4b99-b3ab-2fe7dc83a865
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,50fa9705-fdb2-48c7-883e-438a2a91daab
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,2cbf5adf-7299-47cf-ad4d-1bd5c28a71a8
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,2d816f9d-c00a-4251-95d3-ee9e38e0f8bd
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,9b3a0690-a37e-4bbd-975a-2ea4b39129b1
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,d23c60c0-ff7b-4437-98e2-ce011208f649
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,9cae7173-c662-4629-8a5b-2232d0572538
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,0a75d4e1-66a8-4a97-a6fe-e803bf2a25f1
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,1.9275416020841722e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,ff8e66aa-6464-4e28-bf22-388d8b6e2656
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,77e5abbd-57f0-4024-9789-8809e8e8370b
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,3d4aaeb6-e5c5-4fce-ba36-a6343083a074
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,ac5e31c2-70b5-4c17-94b6-4a46a4cb5290
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,a885bbd0-8cc4-4884-be36-ae4ea60f954d
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,bc66dd74-3591-48f6-89b6-abcabfd1078c
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,b211a4c5-152c-4c30-8148-2ec767a0c1ff
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,8dd70343-8eb3-4c88-8ed7-7ccf8dcfb430
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,6a6af2c2-98de-419c-b188-1be818d922c4
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,08edeb64-9716-4d00-9da8-14633bc484b9
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,06ea0014-d6b0-40b6-9fa6-d60fb705ab56
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,0d6c7b50-9b75-476e-86b3-dfeba442ae05
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,b8f83c1a-bef8-489b-a4f6-24ea7357c360
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,2c086414-5497-410b-805d-88b47bcf17c1
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,f5f4dd28-fc3c-497f-b0e4-295060017fb4
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,49430854-c94a-4c53-ba13-934dc582d299
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b0e9a068-b057-4f48-8eb1-4d349412d55d
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,ae3baed8-7edb-41dd-ba35-85c39790c456
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,35ec7a4a-688f-40ef-9dcf-264c3a28c9d2
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,c7e6a0a6-d363-4566-a699-3d9813e26eb2
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,1eb69612-6676-4c2a-a846-553a3e6c7302
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,93e60e4e-1250-4a06-8e88-026f7fcb3813
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,c6a310ee-7fa5-4713-a924-9db0506ca6ea
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,7abf8147-c724-4c9e-acde-8fe4c5e4c52c
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,aa9badcb-c0d4-460b-bcfd-af00e09f590f
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,91311668-43c9-4afc-af3e-becb5e3b5920
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,05959ee2-830e-40f5-813e-42780a58735c
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,b40da6a0-83d8-4d84-b1f2-5ffdb9029222
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,93d756e4-9bc5-4b41-a8c8-1a36f9ba7186
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,13aca23e-6480-4de8-a71b-015633a2d4f2
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,7.013521336032764e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,be17e4dc-f095-4f25-84ed-e6a9ea1a09cf
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,a1fd5b9e-ca3d-470e-933d-d0aff6238fe4
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f804bd3b-083c-4a99-aced-b4d872553f7d
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,9a0bf509-3632-406f-8836-a0e758f4979c
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,7e078ab2-24ce-45fd-abfb-140c55df46d8
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,3520d1b8-d90d-45b6-91a9-752972ed5f1d
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,db8c337e-fbe5-4591-852f-d82c8a28e81d
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,0796b55a-fde2-44b1-a2b2-591f4a837187
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f75a6de3-322c-4cca-88d4-8c157665e4fb
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,3ab640ba-4dd6-4a8b-925d-7a8ec6bfa38d
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,6bc99622-22c9-47ea-bc8a-dd2666ba91b2
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,8a63008e-3318-4c06-bb6f-e25ec009e0ca
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,ef71db4f-899c-46be-8cc9-9547bed85ca4
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3c7aa293-3ff1-4604-8983-fae8054b4dfd
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,a48b4227-a258-44db-9fb7-d1dfaef6a092
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,6527fe86-1736-4089-8145-41ea5f24e1df
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,5bfa9dda-4a16-448c-a0f7-921b52dd30d5
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,95b095fb-9ee9-4c52-a14e-970238065be8
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,5c62693d-0e75-49b3-9e26-8344987cbddc
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,b1ed7e8b-d5cc-47e1-801b-dd08ba0766a6
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,590f79f7-6d55-4c89-b31e-1eb73e7dd2e0
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,79805ff6-cce8-4040-b57d-ce3703fbee92
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,28bf92bb-41db-4d65-9c22-b3212d4fbb68
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,447a20e7-1385-4e2a-9ea0-826f770f9538
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,28dbc6be-b6a9-4861-9dcc-2248f68ebcb5
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,b62a3ad7-7537-42bc-8b72-7d6c35cb29e0
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,97ccf159-a626-49e7-a73a-733ad65f0440
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,ca106c1b-9346-48a7-a815-87f256c45dc0
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,1a353f2b-b946-4b91-b2d6-4975ba5f5096
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,785b6c9a-4247-438e-ba7e-c01107fbfd11
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,0.016592422929616057,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,a3982164-e678-4013-810e-deadb68ae964
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,10993480-ed9c-4620-a127-c6a1e0dcaf1d
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,885f645c-648c-4353-94b9-0877c77a845f
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,33738b31-65f8-4000-bffd-dadc0df2831d
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,43adb76d-4b00-4286-b4ca-cafe5deea600
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,4e67e803-39a4-481d-8290-6fe05a56259c
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,577fe162-4450-4447-8143-fb28ddaf21a3
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,b8853967-2e2f-4993-af18-a7f2d7cb7d0b
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,2de9f0f2-a439-4e38-8a66-c1c1f72a0b1e
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,89f4c62a-935b-486f-8cc7-126700d67848
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,59152563-bf8a-499a-83f8-4ce03791abb0
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,a5eded96-a3d3-4a33-8cd2-5771e0a2792e
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,1eb734c0-bd33-4ca8-805f-ddf137c04b9d
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,f9d5de94-156c-47b3-be04-6207e1ffeed7
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,e90b90e4-cf70-4ff5-a8b5-c969cd86002d
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,54b5092d-160f-4d8f-ac15-9a96da8d958b
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,485a62bc-6607-4a97-85c9-13b02a4c5461
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,e9431ef2-c853-42d4-ae35-6ec3160b1a91
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,9e3dc148-54ac-4d3a-9e5f-67b5efa19bd9
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,dcb3b829-3fab-4a84-84bc-048583e1fef2
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,d4938951-39c2-46b2-bbec-037cbbefecd2
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,658b9078-04ce-44f0-ab53-f3272254e379
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,f865f3f6-9ee9-4ed9-909d-8797b4434ce1
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,3e1a0fd1-6c17-4a42-9065-3a2811df121d
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,dc0c2658-61bd-41cc-8996-e86a53743c8f
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3b2e8f9e-9d34-4e3e-8dc8-9409e70ad15c
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c46ea523-f136-439f-af93-c7466cf01a67
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,5a5c1f6f-a9e3-4769-9c3e-f204005722f4
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,0eaf271c-e5d2-4a9b-869c-78b210a401a7
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,57690ff3-3f2a-4287-98a8-10fbe2d0c536
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,0.00010439863420479899,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,a2b6c4dc-c199-466e-98de-2014252ffae9
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,3d108c19-db5b-4aef-af60-09c037e658c0
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,1c955f4d-69da-4fce-8df3-eabf55d2afa6
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.021,ec60eb1f-073c-42b0-9894-aeec54540529
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,6ec71812-22b6-49ae-8fdb-088343f69e4e
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,b1f06aa9-eae7-43d7-996d-87890acc84eb
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.021,7d07bd13-eb9b-45e6-89f7-ab3c955e3bfd
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,a9be6363-f2c1-42f2-9c98-8c6bfccdb041
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,52e5f453-6e4d-40a6-b612-9d07d44a8cc4
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.021,6cd4129e-be58-4c5c-a521-fc4a7a4ad602
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,1dc4f60a-2581-4042-bfb5-11ac26713df8
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,f693e0a3-acb5-4d8e-a6c1-27e6e1435833
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.021,43c04beb-52d4-4b95-8620-6cdfa4b97355
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.021,b233f401-1c03-403c-a670-0aeac7ab6032
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,e0d5d401-2c47-4c11-b557-d308f5227c29
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.021,e3e4d38a-2b5b-4518-b0e2-fed746382770
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.021,96167d94-dfd3-43c7-a0e5-13870b242228
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,7e6f1953-6a42-4c5e-941f-bdee0930e7f6
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.021,01453530-00af-41ed-926a-d7d3c6192381
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.021,2cc9dd69-4301-4f90-99d9-c6923e26dc6f
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,c0131e1c-ba26-48d2-8e91-e59a130edc9c
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.021,08a51bc7-355e-4b86-89c8-bb3a0b1e74cd
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.021,6a5535c2-1aa8-48a4-928d-33bada5b8812
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,8aed3acb-68bf-44f3-85c9-c71b7c877f8b
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.021,204061ff-ecb4-42af-8171-f8d3798b7e6c
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.021,dd4c80c0-3bb1-4422-9557-560958cc716a
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,0a3f6edc-4c0a-4692-a808-e90715259b81
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.021,b2fb3591-8809-4c2d-ad89-fe823bcaa5ca
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.021,caf97953-2be9-479e-aed6-13c16ff02e89
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.021,d63694ad-2313-4527-b6ca-979f82fc491f
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,3.798631623080599e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.021,a225bfda-319a-4ba6-b85f-c0087dda7806
+AE,United Arab Emirates,2022,,CO2,0.011032,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,579073aa-3fec-48b0-8985-9e69f37b938d
+AE,United Arab Emirates,2022,,CO2,0.011032,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,7ea678cf-eb8f-4640-a865-4acd1640b21a
+AE,United Arab Emirates,2022,,CO2,0.011032,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,572f3d58-b276-4398-9ef2-d17b4167b537
+AE,United Arab Emirates,2022,,CO2,0.011032,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,099c1b38-cc64-4769-b15a-635f4e60b158
+AE,United Arab Emirates,2022,,CO2,0.011032,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,06adca69-8953-461d-8390-156a815d1cf7
+AE,United Arab Emirates,2022,,CO2,0.011032,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,c9aefb98-f0c0-4be3-8d32-4ed6e2c15ba8
+AE,United Arab Emirates,2022,,CO2,0.011032,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,c0b114f4-1234-439e-bd00-54f1fc7dd9f1
+AE,United Arab Emirates,2022,,CO2,0.011032,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c84ce6de-b218-47ab-b481-51f2e2e42b17
+AE,United Arab Emirates,2022,,CO2,0.011032,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,751d8686-15b0-4067-84c1-b47e82744840
+AE,United Arab Emirates,2022,,CO2,0.011032,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,4b817ca5-3d93-4838-86b7-b302ae7b467d
+AE,United Arab Emirates,2022,,CO2,0.011032,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,7c348eae-7447-4ec2-b325-2a1b1455c887
+AE,United Arab Emirates,2022,,CO2,0.011032,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,bf3cf64d-9479-4baf-9616-e32eec792fc6
+AE,United Arab Emirates,2022,,CO2,0.011032,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,06f3fbc5-df45-49d9-ba60-87fe1ebd4ff0
+AE,United Arab Emirates,2022,,CO2,0.011032,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,0bda1da3-3046-423f-89f7-25d6622e6e04
+AE,United Arab Emirates,2022,,CO2,0.011032,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,5a845ecc-da1a-45d0-bf17-2c41770eb860
+AE,United Arab Emirates,2022,,CO2,0.011032,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3a108d6a-f8ae-4254-b1c6-8b10fb4d7a24
+AE,United Arab Emirates,2022,,CO2,0.011032,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,7c5445cd-0181-4810-8642-a8f68330f670
+AE,United Arab Emirates,2022,,CO2,0.011032,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,78849b06-3d6a-4163-afb2-26978dc3ae62
+AE,United Arab Emirates,2022,,CO2,0.011032,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,9a9f0085-4c18-416a-a1f4-71e22c453467
+AE,United Arab Emirates,2022,,CO2,0.011032,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e49594ba-000f-4887-86fa-6025c23f8906
+AE,United Arab Emirates,2022,,CO2,0.011032,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,de3cc53d-4816-43bc-b03f-75d8387f06ba
+AE,United Arab Emirates,2022,,CO2,0.011032,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f77686b5-24cd-4280-8b67-9dd688155685
+AE,United Arab Emirates,2022,,CO2,0.011032,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e8d3252a-95f9-43ce-93ed-b72aca92cab5
+AE,United Arab Emirates,2022,,CO2,0.011032,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,b56b2727-42ef-43f7-a0a1-2dc79a11029a
+AE,United Arab Emirates,2022,,CO2,0.011032,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,84baf29b-9532-470d-92ff-0c79277b2ca2
+AE,United Arab Emirates,2022,,CO2,0.011032,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c314cdbe-a6cf-4864-b0f0-30bb9ad9f050
+AE,United Arab Emirates,2022,,CO2,0.011032,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,f61cd65c-581a-4d42-b66a-5bfeb67713d4
+AE,United Arab Emirates,2022,,CO2,0.011032,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,ed6c9d07-1ff3-4af0-bc56-6f630dbb2cf9
+AE,United Arab Emirates,2022,,CO2,0.011032,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,46c16189-831c-45f2-b8db-a09b885d8256
+AE,United Arab Emirates,2022,,CO2,0.011032,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,bb080f3a-e90c-4bf5-8a5a-fc1d654b2058
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,438eb418-7d3a-43d3-a0c8-09914d6f5012
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,190a714d-3da0-4c12-a237-e59b0f06d32a
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,a07746b9-76c7-414d-a8b4-1899bfb73bb9
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,8901b24b-fd7d-497f-91fb-38edf30406de
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c7c32f2f-6375-4b40-86bb-eb0c79e0ab25
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,1b848d14-2a91-4feb-af66-9fcbc4be7386
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,c032460c-4f80-4df0-a365-9f17b2ac6996
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f3a96689-8caf-47de-bc9d-325258c38533
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,85779f62-1b40-45e1-a2ca-9b0f33b93ecc
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3accc7ee-9d7d-4b6a-a45e-0eb12eab00fd
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,648f6616-fa4f-42d1-a054-c415dfd029f3
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,703b878e-77d6-42e6-94a3-ea9b3d61efbd
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,83206b8b-73a7-4c2a-83be-6707c050d897
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,06d14697-0be4-441d-a462-f18a8b341428
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,f2e929d7-1acb-47f5-ab18-736b2d394c8a
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,b39ad273-ce45-4c9d-8335-e990c55c0589
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,0422d598-7178-4bca-b857-f11e962b2d57
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,d17a42c3-3c4f-43a6-880b-c6015f54c5b6
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,da355db4-ff91-47f1-a01a-859f78e1edb0
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,bade6305-3732-40d6-8dbd-c28be3ab8477
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,79f6e001-536a-4137-a714-0a4e7a6db5f9
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,4c3644d5-5856-432f-9f07-51e17229c49a
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,1be29a6c-31cf-470b-9f02-e0eceaee98d0
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,62d30864-0501-4fb7-abfd-20b615bb1dd1
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,86f47211-15f7-43ff-b79d-7ddc5adfb15c
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,58006f89-6fa8-4fd5-8d52-9ce597bc25de
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,60d62717-6739-4606-9963-e7186e328c35
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3197f485-9408-426f-9f68-606c451bb2f2
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,cdb06e96-fc6b-4f88-b472-aad4e759f2e2
+AE,United Arab Emirates,2022,,CH4,6.941275167785235e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,61963472-9144-437d-b0e6-08ea96f91ea6
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,71116881-c905-4b0c-b3c3-fc070b647652
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,0135f0ad-88b3-42a4-8111-0196c45de50b
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,a80a9318-5d75-46f6-8642-7c7ab7ece4a8
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,515cba3d-c0d6-49a5-934f-74514ffa8404
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,2876de6d-549f-47c0-b7ef-a1fbbeb2f336
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,54cbb8e7-55b8-4f43-88f2-d6b719f30c7b
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,cb4716b7-d2d0-4e08-a185-25bd9411459b
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,1994cf64-205a-44a8-aa06-20990f198225
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,b83c530e-97e1-457f-8c15-7ecc14425707
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,2a31b450-2093-414d-a27e-dc39d8f4f9eb
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,cdda2317-de4c-4abe-b9dd-34e365f41bfe
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,9a5a6f7b-c36f-4f38-98ca-68d0e56bb7ad
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,1c787593-231e-4cb6-bac5-b76a4263e3e0
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e97c76dc-c37c-4f5d-a718-7c9f980ac074
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,2520a279-3718-4a2a-8ce9-b135b105473f
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,55aca1cf-18fa-473d-af52-22142708085f
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,37d0ad11-85fe-4d22-a53c-34e20dd695ec
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,1a4bdd85-c947-4123-94fc-02aaa2668734
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,948d242c-43c0-4c1e-a7b4-27ebc1247302
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,6cfe41aa-8515-4a99-b469-598547c275b8
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,e5ca43f6-2721-4192-acd5-1bdb2ee82701
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,ae628fca-1ce4-481e-9e0e-43cf706fc84e
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d60316e8-1181-4490-b136-cd27a476fb3b
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,827382d8-eb31-420c-8463-66cb61f80d3c
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,8493c753-ecb6-4809-b441-55d5f63717b5
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,600dcf3f-80e1-4adb-85bb-cab564d8a2a3
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,833c975b-db3a-4734-8cab-52e82c43b166
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,d5d0e86b-4546-4ce0-9c96-b4b8d1f692c3
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,6515081a-200c-4ef9-97bf-4679d926d87c
+AE,United Arab Emirates,2022,,N2O,2.5256410256410257e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,a515a593-180f-4baa-88e3-94e13a0e5a6a
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4fb5bed2-4716-4a69-85f7-29acd97bac5c
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9d4da8cb-9e6d-4b91-a297-928f3289ce7a
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,dd963851-4464-452a-b7dd-13039bbcf48f
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0de577cd-f55b-4e05-b4b3-d9dc8ba6f7c7
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d8a282a0-962d-47ae-8b41-326a88fe9cc4
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,5632c887-27c9-438c-9067-7aaecb86ffab
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ae7afa50-5666-485e-93d0-67a2954fd581
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a528b1df-6e68-474a-a2a0-009ba01e1eeb
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,1e53cb6a-fc9c-4b58-b56d-7377023d656d
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9c876800-a738-4587-8a5e-63f7a6525c9a
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e5c9109b-e6bb-4289-8c2b-53d4aaa651d0
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,b00fa0e1-7b5c-49ed-8c97-7c0b850fe952
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,459ce299-8091-4492-91de-1e774b016dce
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e22f3edf-9043-480d-9f39-16410f4f343d
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,e50c0ce1-d2e5-45cf-ab7c-0c760132fc2d
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e723e456-1bf6-4dd7-aff0-ccd543b186fa
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ea848bb5-0aae-4166-9885-4ed1675deb51
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,105e1f53-6ca3-40eb-97ed-85ad496f4bea
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,aea4c164-dd5b-4df7-84c8-757ca46e2878
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d0ddb51c-72bc-4ce8-bafa-2edbf2697b14
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,ed085a19-341c-469e-b93a-58f68cb3a56c
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3f6fe4a3-3939-4d37-9d29-b5c3b109d598
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6f41a578-6651-4acc-8939-3e1100194490
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,06994d97-ac91-46a5-8179-bfde2d0ba7da
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fe0e3de3-fa75-40bf-a43c-0d5597d1cd5e
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4e4ff134-2046-4691-8bff-33c583efc030
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,5b6e5ba1-0d22-4a1b-9464-ad5d7499b1cc
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,28ed98db-3678-466c-89b4-92181806a667
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0810cbfe-2c72-4b5e-bfe6-935b4baa6d29
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.014332089127516802,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,b0b8ea1b-56c7-458f-bd66-cfaa9f6a3ef7
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f7969512-1fe1-4931-be0a-de6b06df7e48
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,24ef5f45-e072-4f39-8ae2-d33601ec5aaa
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,56adc33a-2844-4a71-8a40-173cc0923ba3
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bbac6400-d3fd-4f02-b34f-c3113ac462a7
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,538202ef-5aa5-4fb5-9374-a785527619ad
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,6583906a-3dc9-480b-a035-db8eb3a252f0
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7054a236-6513-463f-bf27-c1b5fa5d1274
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e7d36754-641d-481b-8d35-50bc02feae0a
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,e3568034-6a03-4aae-8023-96ddb315c34a
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3bdf6ae4-f26c-424e-af22-02b15e288be2
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,42cf8951-1526-4aa9-8bcc-884646f2c08c
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,e300a264-9c47-4989-99e8-db5fce37d02b
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,feb35517-c87f-4674-a4e8-ff98cf252eef
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,305236b8-88ea-4a2a-b458-c4d842f57d91
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,f8822b10-0b43-45d2-af2b-d1dd781c9393
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f5a3d1d1-b80b-4b70-84f5-c48b14748c7b
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,64faa478-605c-4dc1-8027-50445e4ef9a7
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,c689ec52-def3-413c-b849-f9d89c8a64a7
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,daf86921-8b7f-4ec2-a770-08650fe4fec7
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6d06fdb5-ea56-42e7-8895-c41cbeadd9e6
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,248d2b2b-a978-442a-b0c0-7fdef354eef8
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,37937d65-9f1e-49f8-998b-939f1fd37227
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f581fa9c-d58a-413a-b439-b50aaea1d10e
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,99bb45ea-328e-49c7-9423-c8d8023e50a9
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4f4ea409-4cd8-41c4-af67-0889627b5a71
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a35147b8-b50d-4a59-857c-4501a38a8deb
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,4752a0dd-183c-4fae-a9a3-f5a0302d9676
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,78bd916b-725f-468a-a486-c943be3235d8
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,fca05ccf-443d-4eaf-a5bd-8f0b295b7b08
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,9.017673528219463e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,47cc8331-3bcd-4cf0-9874-6e6fcb36d9be
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,197e47c0-7290-4250-bed0-5000a81ac711
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ecc5efe7-497b-443f-aa33-0b283df3f24d
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,14aa9202-470b-4cd7-afb6-3f445a343f83
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e7d58680-b33d-41b7-aca1-215d743c4763
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e0d3e727-e593-4961-b69c-fa0f73e1bdd4
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,d086370f-d8a2-40f6-b66e-574df03a7da4
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,cade728b-221e-4501-8ebe-3c837b2174e5
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e9caac1d-e94b-4988-b121-3cb7a534e4f9
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,ac293564-39e9-4758-a84b-fea323a0e82c
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3b445a26-ae0d-4112-9720-e20f5d6ebfd6
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,21d1d4d0-0b3b-41fb-8d7a-1d27171faa46
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,6dce4792-9592-4db6-aa6e-a98d870b4526
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,76568f44-aed8-450d-8b27-3be3a8d149cc
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5b6a6e45-6c2c-4470-a1a9-2f71a5a3e371
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,06a9eef8-ec45-48bc-b9bc-62a05473eb24
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f09a2ca8-1e67-4b36-a03f-f400d352900d
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,71bb2442-9f8f-46d9-83fc-48d8608372e5
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,e71051f1-16dc-48ad-af3e-934edee90297
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,79f7606c-8027-4f44-9f81-e39df772b266
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ab449c58-eba4-4be2-a399-bd2915b5176e
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,cf9db1bf-30d0-4d73-b361-fd7233d48efe
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fbe54d25-66c8-46ec-89d5-27a8e5673ef3
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,45963f86-93dc-4a75-9137-9fbc5d351344
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,386b6c47-feca-4cd2-b796-aaa3a763ebe1
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e9a00c66-e86a-436b-955d-a6936439d074
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,87f6b5c2-ff82-405c-a6fe-ccbf99f0139a
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,376a3d2c-a875-4cb8-8a68-7e381711d155
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3d0b0ddb-f987-4322-bff9-a82e32d58652
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,46d78dbd-e449-4563-b682-9ddd16879cce
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,3.2811559357868135e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,a0635ef9-ec18-40a0-892d-17c48771c747
+US,United States,2021,,CO2,0.01465412110708072,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,815bff95-9d64-4928-b353-1300685cad7f
+US,United States,2021,,CO2,0.01465412110708072,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,85942550-4566-452b-9a98-ffd8046fbdc0
+US,United States,2021,,CO2,0.01465412110708072,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,fff0145d-454c-4c3d-9ee8-e928ed0e07bb
+US,United States,2021,,CO2,0.01465412110708072,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,55e85baf-a858-4752-9669-9d67b04e029d
+US,United States,2021,,CO2,0.01465412110708072,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,397a3dd4-4bbf-4813-a201-fb0f3fd3ba13
+US,United States,2021,,CO2,0.01465412110708072,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,921f690b-f371-4d88-8557-c169b7dccca7
+US,United States,2021,,CO2,0.01465412110708072,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4da1b2ed-c8dc-4899-aee1-c32a47b1adcd
+US,United States,2021,,CO2,0.01465412110708072,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9c615b94-0914-44a9-b2aa-ce779ab7ca5a
+US,United States,2021,,CO2,0.01465412110708072,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,bbf00b15-9307-457e-8c1c-23a80e1837b0
+US,United States,2021,,CO2,0.01465412110708072,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0b30400e-43dc-47c0-874e-53e10df36757
+US,United States,2021,,CO2,0.01465412110708072,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,dafb923e-5b54-46d6-b5d2-14a372c718ae
+US,United States,2021,,CO2,0.01465412110708072,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,01b8139f-33d8-4435-9bdd-9fdb53e3452f
+US,United States,2021,,CO2,0.01465412110708072,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c0df7742-cb2a-4573-ba62-bdab7f164014
+US,United States,2021,,CO2,0.01465412110708072,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4f16c1d1-826c-482c-a396-1a095c7ebca8
+US,United States,2021,,CO2,0.01465412110708072,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,f166310c-e55a-4330-b35f-a78f723e2a92
+US,United States,2021,,CO2,0.01465412110708072,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b88923e5-1426-4e31-bd51-cd5a7aa65d43
+US,United States,2021,,CO2,0.01465412110708072,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c162de0e-e7c6-4ddf-8193-1eb7588d861a
+US,United States,2021,,CO2,0.01465412110708072,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,66a118fa-ad02-4488-9cd2-e740cbd82748
+US,United States,2021,,CO2,0.01465412110708072,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7a1ae612-cf41-4630-bd2d-59d5426b0bda
+US,United States,2021,,CO2,0.01465412110708072,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,80147788-d4a1-4985-8359-7efcab593752
+US,United States,2021,,CO2,0.01465412110708072,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,02a86daa-1fde-4785-992a-a24dd103594f
+US,United States,2021,,CO2,0.01465412110708072,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,caa7d3c7-a783-4179-94d9-a942ddd285ca
+US,United States,2021,,CO2,0.01465412110708072,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d6effe37-1f53-43b9-b1b4-6dbdc4223f5a
+US,United States,2021,,CO2,0.01465412110708072,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,bd42acc0-4ac5-48ff-908c-b6984dd1db34
+US,United States,2021,,CO2,0.01465412110708072,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fc96403c-aca1-4db0-8ea0-78ffd0923b83
+US,United States,2021,,CO2,0.01465412110708072,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,026a66d8-a9be-4698-91e5-a49d7cf5c5e2
+US,United States,2021,,CO2,0.01465412110708072,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,b8a7fe7f-b880-4edc-9d7e-aba3bb9e0790
+US,United States,2021,,CO2,0.01465412110708072,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,187492d9-ad5e-406d-88f8-379e42cbd416
+US,United States,2021,,CO2,0.01465412110708072,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,be91527c-1a3c-4c5a-b422-bad53c032c32
+US,United States,2021,,CO2,0.01465412110708072,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,470415d1-6d77-401d-b66b-bf7d5fcd5377
+US,United States,2021,,CH4,9.220294320730318e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,45b44950-d486-4a82-a626-9f309dbc6c8e
+US,United States,2021,,CH4,9.220294320730318e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,70a75a1f-187e-40c1-a3ad-02781fbbe3de
+US,United States,2021,,CH4,9.220294320730318e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,ddae34d5-982f-4234-9524-34730ef83481
+US,United States,2021,,CH4,9.220294320730318e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b1af4945-569f-41eb-b7bc-afd611674d2e
+US,United States,2021,,CH4,9.220294320730318e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d6da0cfe-257c-4d4d-81b2-8f7fac880039
+US,United States,2021,,CH4,9.220294320730318e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,fc33784d-1235-4928-adc5-5d8c454b1603
+US,United States,2021,,CH4,9.220294320730318e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c993a7a2-45fd-4eaa-a7b4-369acc83dc15
+US,United States,2021,,CH4,9.220294320730318e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ca0c9347-dedc-4e2a-a66d-a7a32f190c9f
+US,United States,2021,,CH4,9.220294320730318e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,26f05d39-2db2-4ac9-a1ff-85f1893a3a64
+US,United States,2021,,CH4,9.220294320730318e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3a3c8e5b-cb92-4f80-98ba-7514d768b431
+US,United States,2021,,CH4,9.220294320730318e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b7cea241-ba7a-4570-99a2-c9a0cafcdba4
+US,United States,2021,,CH4,9.220294320730318e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,522705df-8d43-4fa8-828a-7f59f282f7a3
+US,United States,2021,,CH4,9.220294320730318e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,df47c525-3c67-416d-9fbf-9e5761c21f91
+US,United States,2021,,CH4,9.220294320730318e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,940d1ce5-495b-4eba-b1ea-1bd6afe6a79b
+US,United States,2021,,CH4,9.220294320730318e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,5fd85f6e-470c-4736-b9c2-2fa0b899ad4a
+US,United States,2021,,CH4,9.220294320730318e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9cb0e1e7-b8f8-4a41-bad4-4d0c1177a3f3
+US,United States,2021,,CH4,9.220294320730318e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,8aae7a1b-1731-4335-9b1e-bd5387dfc93b
+US,United States,2021,,CH4,9.220294320730318e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,1d7d7000-3e03-406e-b98d-b015d4791e0c
+US,United States,2021,,CH4,9.220294320730318e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c7cd5b41-9277-4a0e-907c-7870b5f9808e
+US,United States,2021,,CH4,9.220294320730318e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b021d347-a752-41b6-bc97-bbaf6928321e
+US,United States,2021,,CH4,9.220294320730318e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,46989d52-43cd-4b76-a2c8-746d469b6627
+US,United States,2021,,CH4,9.220294320730318e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6500b6e3-66f0-49a9-92cf-7d835dd9251b
+US,United States,2021,,CH4,9.220294320730318e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,29a9c06d-6480-4164-8245-390ab1d46baa
+US,United States,2021,,CH4,9.220294320730318e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,d0983aed-6337-4539-9db5-11b831a4cb08
+US,United States,2021,,CH4,9.220294320730318e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0e616d9a-2f83-4d77-a4a3-2ed538ff6225
+US,United States,2021,,CH4,9.220294320730318e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,da63ca9e-221f-4c85-8dc4-1fee8d54d9ee
+US,United States,2021,,CH4,9.220294320730318e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,dbce5ef1-71b2-4386-8371-9e9eb1369035
+US,United States,2021,,CH4,9.220294320730318e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ed32324d-fa11-42a7-8dea-be118ccd27c1
+US,United States,2021,,CH4,9.220294320730318e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9f2d945b-c91d-4fc6-a325-058a92f3fdf7
+US,United States,2021,,CH4,9.220294320730318e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,7c447dca-90f7-4af7-a1ee-e17550b2e8de
+US,United States,2021,,N2O,3.3548812058334984e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e2b895c3-79d3-4b13-b38a-5134b57a1081
+US,United States,2021,,N2O,3.3548812058334984e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b21a0d6d-3d49-4a46-8c85-146c189d89cc
+US,United States,2021,,N2O,3.3548812058334984e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,e79ffb19-9203-428f-91af-f40b5575c849
+US,United States,2021,,N2O,3.3548812058334984e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6a8bac0f-bdb1-40ef-9ec9-7784f627d195
+US,United States,2021,,N2O,3.3548812058334984e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ddaf3169-f829-4aa0-a1c9-842a2607ca5e
+US,United States,2021,,N2O,3.3548812058334984e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,f4a49483-f32d-4ac9-8a25-e0eb9d7e1595
+US,United States,2021,,N2O,3.3548812058334984e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1818023c-c59d-48fa-99e4-0598651bf35c
+US,United States,2021,,N2O,3.3548812058334984e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c50511a6-cbdc-40f2-9530-0bcab5e43c72
+US,United States,2021,,N2O,3.3548812058334984e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,0a3c7e49-716b-4078-9ea6-e9b3769be3b9
+US,United States,2021,,N2O,3.3548812058334984e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1dcfef79-d900-466f-8d7b-618ef2289488
+US,United States,2021,,N2O,3.3548812058334984e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1490d055-8648-4c8b-a2cc-3d1f2d428d61
+US,United States,2021,,N2O,3.3548812058334984e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,e7c5b6f2-6c95-4835-bac9-246ba19b31a5
+US,United States,2021,,N2O,3.3548812058334984e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,64a47e2f-127d-403f-9fde-9becc27b5bf2
+US,United States,2021,,N2O,3.3548812058334984e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,11390ec8-ba6e-4c8e-bf6b-acd5b79513ef
+US,United States,2021,,N2O,3.3548812058334984e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,c40c840d-cfd0-4c10-b5b6-00138177463f
+US,United States,2021,,N2O,3.3548812058334984e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8d8c7f1b-02db-47f2-9acf-2537230dc3a4
+US,United States,2021,,N2O,3.3548812058334984e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,472abc8d-96da-4e8f-822f-f075b03e0a83
+US,United States,2021,,N2O,3.3548812058334984e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,b896b7d5-4275-436c-a4a3-3b0ef22d93d2
+US,United States,2021,,N2O,3.3548812058334984e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e57cd57a-f2b3-4cf4-8129-724166bc90db
+US,United States,2021,,N2O,3.3548812058334984e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1cea890a-aa75-473b-bd5a-d53c8f49ab05
+US,United States,2021,,N2O,3.3548812058334984e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,312fcd67-8a23-4600-aa6d-60a751854087
+US,United States,2021,,N2O,3.3548812058334984e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,521a169a-efc0-4fa6-98b8-65a31c787f9d
+US,United States,2021,,N2O,3.3548812058334984e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6f97d20a-5a0d-4d4b-8e50-8fc555892dfe
+US,United States,2021,,N2O,3.3548812058334984e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,a924969c-c80b-4ef6-9d9c-b7f31f7a83c0
+US,United States,2021,,N2O,3.3548812058334984e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b25ecde2-b0aa-4981-9e49-71b8535af798
+US,United States,2021,,N2O,3.3548812058334984e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,113493e9-a687-4c2c-8ebc-9dd031c6a2de
+US,United States,2021,,N2O,3.3548812058334984e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,e37efb53-fa53-4ba0-a8d8-a5b337cd5501
+US,United States,2021,,N2O,3.3548812058334984e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a1459ee3-79b5-4fec-8d81-e4769fba5053
+US,United States,2021,,N2O,3.3548812058334984e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,00e3c54b-f182-484b-bef5-1986cf66aaa5
+US,United States,2021,,N2O,3.3548812058334984e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,7a525e7f-8dec-4a9d-97ea-1a0cc2154b36
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.148,45380fb9-c328-4cd4-aff7-382007ee9d6f
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,af55c271-d2b3-403e-8152-5e4fac1ebd40
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.1.3,modeled_data,kg/kWh,CO2e_value:0.148,c769975c-7e52-42e8-a162-5d9477dc2e28
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.148,51a9a95b-d6fd-4109-9f10-24215ecc98f7
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,ce8b9b17-a64a-402b-a8ba-2e5b07d31c54
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.2.3,modeled_data,kg/kWh,CO2e_value:0.148,e5f05aa8-961e-4a11-ae83-dad3720f20fd
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.148,d03ce43c-2fa7-47cf-9858-4c56e0275b87
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,1dbf5d26-97fb-49ba-acc2-9a0caf12ed4b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.3.3,modeled_data,kg/kWh,CO2e_value:0.148,f2f708d7-3a65-40c7-b8f6-bfbcaa932689
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.148,725bda6c-f174-4655-b49e-d3ede445ca81
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,c7415cf9-408a-464a-b3b1-4cc7b0e3cb71
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.4.3,modeled_data,kg/kWh,CO2e_value:0.148,2c3b2211-336c-450f-a8fc-fb36ca889a73
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.148,c82f80dd-c27f-44cc-b0bf-6b2d826f4c55
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,9a3f6ed3-967a-4f37-9f22-4cbfdcb05100
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.5.3,modeled_data,kg/kWh,CO2e_value:0.148,2e502519-685c-4978-88cb-444b47114998
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.148,d272ed19-53ee-4880-bb7e-a266677b1d4d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,74d627ae-450b-4f35-9b5b-11447f76e34d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,I.6.3,modeled_data,kg/kWh,CO2e_value:0.148,609f3810-620b-4024-a8d7-27b5338082a4
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.148,7fb5a7a4-ac38-4879-9e1f-3d67f8fb0cdf
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,7dbdfbc4-c7a4-4af1-ad63-1314d8b5ef98
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.1.3,modeled_data,kg/kWh,CO2e_value:0.148,88ae5302-ca5d-4ac4-aee9-38067bc7f8ef
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.148,a8c4aa90-c2b1-41fb-9d42-effedb94be43
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,9dc2fb8a-1dfd-445a-a974-b1348bc16a40
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.2.3,modeled_data,kg/kWh,CO2e_value:0.148,24403efd-958c-4f99-8643-4d3a0c1d2e20
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.148,e713ffa0-3239-4f80-9686-67856fe92744
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,6d39a7ea-d2b4-4c0e-b6c8-908aa3dc07a1
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.3.3,modeled_data,kg/kWh,CO2e_value:0.148,b0f02a83-240a-4add-8154-3ca54ce78a40
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.148,068e5a9b-f3c9-499f-adbb-14d624c2eb58
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,87b3dd6b-5b48-4c8e-8610-a2bc4f2504cf
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,0.11802248819940993,II.4.3,modeled_data,kg/kWh,CO2e_value:0.148,e47cb8fd-7f7c-48aa-b4d5-f88870387e86
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.148,22ed2ce9-aff0-423c-95a9-77106269404d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,085fc0a3-2e14-4331-90fb-bf99b3bd4a51
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.1.3,modeled_data,kg/kWh,CO2e_value:0.148,0d12243d-ecb5-4a43-ab96-6d3e5676701b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.148,780b376f-b4fa-4aef-959a-e1fc105f5f47
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,23e6ff9f-5924-4e9d-9ff0-32294acfc607
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.2.3,modeled_data,kg/kWh,CO2e_value:0.148,5bc2adb9-e482-4c07-a3cd-351096c2c313
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.148,e282f900-db1a-4e8a-b35f-be8231abe129
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,1b5d9f5a-7fbf-4575-b065-f2705df3164b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.3.3,modeled_data,kg/kWh,CO2e_value:0.148,99e1ac6b-ca30-4e1b-b6bf-9d7557b20521
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.148,4fdb6123-1fe6-474c-9672-2ec9e69915c7
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,e21dc3f9-fa29-4a0c-b681-5bbeb4ba48bc
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.4.3,modeled_data,kg/kWh,CO2e_value:0.148,40964714-ca8e-4fba-8ac3-8ef24ef9d362
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.148,c6a31cfe-d4e9-4115-b93f-6e48668481fa
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,596b2d28-ac3e-44bf-9f93-59b0e3d245b5
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.5.3,modeled_data,kg/kWh,CO2e_value:0.148,4788cd90-1e56-4d9b-bffb-201e3c8d2654
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.148,80dbea28-dd34-499a-8f2c-17d2e6e07990
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,a83e20d2-e796-45ce-b1c2-0045b3ee18a4
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,I.6.3,modeled_data,kg/kWh,CO2e_value:0.148,7934ab32-5d72-4040-8d24-7f289620b6f6
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.148,91f6ddad-9e22-4df5-b6e2-9273607642cc
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,3bfd79fd-98dd-4657-814d-28e6094fbc06
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.1.3,modeled_data,kg/kWh,CO2e_value:0.148,03e070d3-2599-43d3-b48f-84081aa66cd3
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.148,faa3e16c-2575-44a6-a062-b224b5bd8c82
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,e3a893ce-99f5-4186-8fa4-6a7957967b00
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.2.3,modeled_data,kg/kWh,CO2e_value:0.148,ba4aa73b-c9f1-48aa-9c6b-c0237b5a001a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.148,7c73fae8-6faf-4358-8a0d-4de44ff3f6dd
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,0f871997-e5d6-424b-9897-ff029270a980
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.3.3,modeled_data,kg/kWh,CO2e_value:0.148,57a56228-d1b0-41ab-bbcd-de763312b367
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.148,f80bdf48-0cef-4122-943b-5b3fb7a71cd3
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,61c9e6f1-25e3-4a24-afb0-edf6c5d80b9c
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,0.0007425911589727973,II.4.3,modeled_data,kg/kWh,CO2e_value:0.148,e839d83e-ded9-455e-8908-dbc7b14853bd
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.148,2b5a7405-6e30-4c3a-a7c1-f0f7feafbcac
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,3993dc12-9f8d-4889-ad1c-a820a6e2da04
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.148,f70e82fe-7eb0-4983-af8a-ab2fa44a33f9
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.148,4daa6092-1f1d-42f8-b796-b7a2a7b8e446
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,0ce02dd1-ed76-4f10-867e-eaea02a931a1
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.148,9cdc025a-0ce1-412b-b332-f6c12a096804
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.148,b51200a0-4b24-4b12-8157-e46c9417dc6c
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,a9b1a0c1-3a01-49ba-8762-3440301d885a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.148,ab2ca58b-b8e1-4ab7-b691-73470c51449d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.148,1d0f3715-ffe4-4f05-a558-1aa7d58cab5f
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,475cb86a-6f7a-4ac7-bc22-dddfa173eb2c
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.148,0999f0a5-44fc-4874-9576-06d1524252be
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.148,8c6de179-4cab-4b2d-8064-15fc49d7ab4c
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,f8c1a7ef-9e5a-4702-a327-41816d9340d8
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.148,b5c28544-e0d0-47fe-8d5d-7eee10b0083b
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.148,b70b53b8-48d2-4ed5-ac9b-8e0ac8fbf00e
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,105cca6b-da58-407d-b376-5704de6d56fc
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.148,b6360bca-f05e-4886-8ae3-364a502ca221
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.148,cb316267-6326-4692-82b0-76675887c3d6
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,c500f760-2bfc-4a0f-96ac-ff1552914af2
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.148,82cd9031-1cfb-4670-a4d2-b77daa4ac794
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.148,7539030d-7aab-4aa4-a11b-af9d77c85a18
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,8c7edd39-ca7f-4c90-8309-eebf5578e686
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.148,3c7530d5-6dec-49ed-8e11-d7bf3d1fbbc4
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.148,452d3cc6-f404-4f73-b251-c30987d765cb
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,e0728dd3-e588-4f63-99ac-16682fee0756
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.148,47553ddd-20a5-4a02-93e0-627da22e43bc
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.148,60f5b863-f147-4134-9608-d107e2e2a9f8
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,7da48ecf-2a34-49b6-a414-32c7999a1c60
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,2.7019800411952822e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.148,7162dc52-f52f-4ffa-868c-0c6a77942fa3
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,ede21763-3fce-4d52-9911-3b90a385a410
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,2dd284ac-5e9c-4629-b3bb-e2c8901bf8a1
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.1.3,modeled_data,kg/kWh,CO2e_value:0.006,40473600-1e64-417b-8158-b546fe728448
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,ef3ee7e1-e1a1-42aa-ae4b-7ac3d113e4c1
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,af7db850-643b-4a6f-8c09-dcfb57f9d539
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.2.3,modeled_data,kg/kWh,CO2e_value:0.006,7ae29a20-bd6f-4340-8809-5b357fdc82d7
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,61d383fe-be0e-4c08-a7e8-db175bed4ab2
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,f4d88bb5-4b93-4701-a0f3-425505a603b7
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.3.3,modeled_data,kg/kWh,CO2e_value:0.006,b86fba72-a22b-46ad-accb-94bde615c1da
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,99c02a7c-62ad-4eea-b507-4a487c4acf00
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,66bcc730-0684-4677-8163-4c2878b47330
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.4.3,modeled_data,kg/kWh,CO2e_value:0.006,3906d4b3-ff86-453a-93f8-c42bc5bb7df9
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.006,73e10a02-a45c-4d23-89dd-960a3aa948c8
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,eee0791a-40b6-4e5b-b9ef-83deb9d2d95d
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.5.3,modeled_data,kg/kWh,CO2e_value:0.006,5c1d80aa-46ea-4a8e-bb22-e84644971f4a
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.006,3bc875a3-6f62-422b-bcc7-67b76963d88e
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,160d6ab8-785b-4704-81bc-1131e51e2616
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,I.6.3,modeled_data,kg/kWh,CO2e_value:0.006,156b2a4e-c73e-4ccf-8901-b7c0ebab35b5
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,da8f06f7-028d-4b1d-b7d1-9a35962b0f6a
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,ce3fb5f5-1bdd-48a0-817c-959b38e8257c
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.1.3,modeled_data,kg/kWh,CO2e_value:0.006,e9916512-bb17-4269-bf5a-d33a2e36985c
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,b88bb311-fb7b-488f-aaae-85e7ddc4f0c3
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,646877b0-4a7e-48b1-b34a-a8d0458fe88e
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.2.3,modeled_data,kg/kWh,CO2e_value:0.006,b0da62bd-3b56-477b-ae72-282cf7fbe289
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,8ed4cd3c-fb14-431f-811a-39d687d9a579
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,7eb59bc2-4fba-430a-ad80-248dd5b4ecfb
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.3.3,modeled_data,kg/kWh,CO2e_value:0.006,435233a5-506a-4d50-8f0c-eda90613d3ae
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,7aea4e60-1c0f-4388-8975-d8a1a0381991
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,fd2feb19-ba2c-483e-9e51-38950d58583c
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,0.004404631822992931,II.4.3,modeled_data,kg/kWh,CO2e_value:0.006,f21943a3-bbb7-433c-af8c-96361675337a
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,1f554743-47c8-458b-9031-cfb8fe6a5363
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,cfa3c61b-6a2a-4be0-b591-43a8e7f3f106
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.006,190d41d3-fbe1-4f14-84ea-645cc7e83c56
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,ed11f635-2611-40a0-a16e-ff514fcf24f6
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,27ce0c83-e7a4-4bc5-820a-f471f6aade53
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.006,29d6df66-7ded-40df-8df7-0d5e639d4b03
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,aee8a2b6-8868-4dba-afcc-587cdf725f46
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,1cc7ea95-2fb1-4a64-bd6c-448188eed743
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.006,d7ecaa85-4e0c-48f6-ba93-e0614a19c13a
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,9445ca82-e6a1-49dc-8396-62aa93ca49c5
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,daff134d-91de-4e29-9bb9-01e62be5a19d
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.006,9817c0f1-b4c2-4951-8836-76463d37a345
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.006,f6cf3491-3c43-4ff7-bb9c-1ec1fdde26a2
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,318e6086-e5b7-4ea2-ba9f-700e2c95763f
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.006,546e4124-7343-4574-9d09-dd426cd99900
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.006,1084352f-4e2c-47a5-a058-c2d3d0a9d789
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,bdf2cb12-cbf3-476d-bc41-1065a9f3b314
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.006,b66686c5-3fca-4d78-8dbd-57a975981203
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,fb6f87cf-3a3a-42ce-b0ad-6a75479d19b8
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,80e3ea43-5791-4f01-98cd-c476e34d66e9
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.006,ea32e2c1-361a-4949-9fa8-6ec7479a5bab
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,53dfff55-206a-42e2-bf7f-1246188f197c
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,ba06e65a-a01c-4aab-a4c4-7ba584e9098f
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.006,05045cf2-e588-4592-9404-77db8570e74a
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,9371cf71-e0f7-4278-8992-332db143a459
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,e8a84ed6-207f-42a1-b5fa-9c5fd24362e7
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.006,b4c39d40-594c-4fcf-9319-517a90a5a1fe
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,20e06dd1-056a-494f-b6c4-c5f2327471cf
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,1ab52fbf-0b5d-4571-92b0-e8c6f73a6cc9
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,2.7713706939972297e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.006,e1d81d9d-be45-47e3-a1fe-95e7a2140596
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,84d9bf66-55b4-44b9-841c-d1d090a033a5
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,02c3d820-6869-4e0e-91e1-ec9f0a209f8e
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.006,398d24b4-fdd4-4b2b-8c7c-cdd7596e51ee
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,9db2340c-be2d-43d8-a9cc-f178bd5d63b1
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,d3fee8f0-dc45-4feb-9605-bff829ddf7c3
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.006,c3bd5efe-2421-409d-b619-2b9b5e560728
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,5dd5d5c2-18ac-4dd5-a7f1-217b9ec6415f
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,26a7dc58-b582-4b64-85b6-0d3b5593bf90
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.006,ebe46a39-d4e3-4d09-b620-a4ed96e8b689
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,a516edf5-f203-48a2-904f-3ffcd674d152
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,c2c06829-e8bd-44de-bb15-e02fddb060fa
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.006,cb06f519-dcc8-4475-ad22-52378a189d38
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.006,b3465107-fc2d-45ca-82e5-3b9077f95058
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,b8718e15-8558-4309-b415-63351ae7e730
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.006,9d059069-464f-497b-9b73-5173e66d69d2
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.006,0539a9ec-7c66-40b0-ad3d-1df58254d0b1
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,24eb0f8a-790a-43a5-a220-2debdf73d784
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.006,3587987d-935b-4aef-b209-fc8d4b04c6e9
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,34cecec8-71d6-48e4-9f80-175841217c05
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,76fbaeae-0a7f-4852-85e1-16422b14debc
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.006,8e1ff4c8-2fd9-437b-b921-f791cb93a628
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,c81e6490-1076-4716-a99a-1008752356c4
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,6c6f4a5a-8938-4fac-a0c8-ba2decd9e392
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.006,e0725dfa-8257-4b76-aca4-7fb06742ec33
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,3d8a20db-c202-4c3e-8ae1-7f0136c86a3e
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,9bf433dc-4ba1-4c2f-8c67-b169da6bb4bd
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.006,c1fb3154-b651-472c-ac40-036155c56c7a
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,89a2b783-b2a0-4167-a242-eccbbecc6c99
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,e9b5c892-251b-4b01-8bfd-63478c8e9552
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,1.0083864063628505e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.006,4edb4225-949b-4549-b469-7d0b23be2615
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.048,570bb410-c421-464b-8454-b836d7b4f2f5
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,00c73660-0e49-41b0-ae03-10746148ee3d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.1.3,modeled_data,kg/kWh,CO2e_value:0.048,f034e8ea-8a5c-4c52-883d-41847dfcf66d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.048,4c3d2c74-66ae-4472-8e9d-fff16fa7a3ba
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,c7ba265f-ea52-4dfa-820a-d12435407316
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.2.3,modeled_data,kg/kWh,CO2e_value:0.048,bd81fbfc-8882-452f-9e97-c22a687ba60c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.048,42c1f042-2ee0-47cb-a4dc-d0ea7616c277
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,2fe5f4b2-cd5d-4aff-8ed3-60b0b8079d1a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.3.3,modeled_data,kg/kWh,CO2e_value:0.048,5f67f7a4-0595-4d24-aef9-0ee819093d24
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.048,1c77bd5d-ee51-4f40-a01d-fa018e02a022
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,03ff2c11-fb13-455b-8302-4665afd5efbf
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.4.3,modeled_data,kg/kWh,CO2e_value:0.048,fb965b27-f5a2-41fa-9944-81efe28d0492
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.048,f3df48c4-f9d2-42e3-81ad-5c2aaa4a0c3d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,85e0373b-d557-4cbd-a1d2-9c2893ce19bb
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.5.3,modeled_data,kg/kWh,CO2e_value:0.048,31cbaa5d-1777-4a01-b702-4988f6a940c8
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.048,6b63c7e2-b0a8-4c5d-88f3-ae2f7e94dc58
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,39e3915b-7e0d-408e-9473-0173f4d059fe
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,I.6.3,modeled_data,kg/kWh,CO2e_value:0.048,a2bb4f1c-036a-4a06-acfb-053dad2b9cc6
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.048,ec158819-a9de-47b7-936f-25f486be78bc
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,7d693037-2775-403f-9285-a5d5ae0d2e74
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.1.3,modeled_data,kg/kWh,CO2e_value:0.048,bbb45bb9-8521-4b0b-ad58-6b2172d44cd6
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.048,9d615ec0-d7e3-4eda-aa9d-e7005c87f56d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,b0d8bdde-5f8f-4678-924e-98f80e136cb6
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.2.3,modeled_data,kg/kWh,CO2e_value:0.048,9af962c4-50b3-466a-a4d7-9b6e018163ac
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.048,9fb549c9-620a-40ca-82c4-60daa977e53b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,0006d1e6-948c-4279-be9c-fd781039417e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.3.3,modeled_data,kg/kWh,CO2e_value:0.048,3a7f90a4-6968-4f64-9101-b161704b15df
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.048,9dcf410e-d603-4532-a868-29f3c28a906b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,92e78823-e0ab-4961-a450-1f74d61585aa
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,0.03846774508968046,II.4.3,modeled_data,kg/kWh,CO2e_value:0.048,7004ca37-4422-474b-baf4-b7412de54a6d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.048,d6cacb88-1706-495b-bfbb-466d7e8912da
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,4482c3c5-a46d-40e6-8f71-7339eead2481
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.1.3,modeled_data,kg/kWh,CO2e_value:0.048,afd19907-cb57-4764-b6b8-7f1844792b48
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.048,cf9269ac-d228-4618-9c7f-21ad3c62b4c7
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,fc3fca0b-8f19-49b6-ac61-84fb6f1a681d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.2.3,modeled_data,kg/kWh,CO2e_value:0.048,b445bcd4-c1c4-4da9-beb7-9ee883205966
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.048,35444e19-274d-46ca-87d1-6ec4f85355f1
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,56dfbfbc-84f4-4d1f-a49e-3daa5c7d1ccf
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.3.3,modeled_data,kg/kWh,CO2e_value:0.048,042f4279-d936-434b-8e4e-3f4a8b6e2282
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.048,4c7cdf9a-8ea8-4ec9-bd79-c7895bd5713f
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,07971426-3c23-4035-a952-836d2312ab47
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.4.3,modeled_data,kg/kWh,CO2e_value:0.048,79fd6aaf-a772-4502-8673-ecbdb2492f7b
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.048,71dfde08-ec03-4c50-8215-52482d3ad3a8
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,0683e345-1caf-48c4-8766-1b23e62d6a24
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.5.3,modeled_data,kg/kWh,CO2e_value:0.048,d45fce0d-b4a4-4adc-aecd-cb4492aca65c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.048,2d86b7e9-3d8c-4133-8231-d963f19fb42e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,1ffc6ced-7a5a-4418-8256-669453257f58
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,I.6.3,modeled_data,kg/kWh,CO2e_value:0.048,10e12a21-ce83-4d4e-9452-acb5f9239f57
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.048,fcb72757-3dcf-451c-a5e0-4fb03a1eb212
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,2c4ddd3b-f848-467c-98b0-8684185ebde5
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.1.3,modeled_data,kg/kWh,CO2e_value:0.048,2a965578-e73c-4533-aafa-9b717d3cb14a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.048,d0147f51-4c46-4a5c-b3d1-b67afd05c96e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,f7b31772-9ced-4824-9372-dce7ec6ad0c6
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.2.3,modeled_data,kg/kWh,CO2e_value:0.048,7952ea45-25ae-4feb-b945-27a86bc58479
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.048,c206e912-294a-4f2c-9af5-d09fc262d766
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,5d600ea1-1d05-4eae-b1f1-3a43ebec239c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.3.3,modeled_data,kg/kWh,CO2e_value:0.048,d130a821-c2ed-49e9-9d90-8b650225fab5
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.048,3cf0f4bf-e4c5-4702-ae8d-ff67471527cb
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,3eb33c3f-cc0b-43c0-900a-cdae39a8efe0
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,0.00024203698672198276,II.4.3,modeled_data,kg/kWh,CO2e_value:0.048,d206f604-b7ab-43a0-afef-59f584c6692e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.048,67146895-ef1f-4673-91e8-341acba26430
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,83abc4a3-eadd-4368-a239-51e9fd1b1368
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.048,835032cf-c721-4350-a81f-c194f9c12cb4
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.048,479e6b36-1a49-4686-9667-c35109c198af
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,25823aa5-1ef9-4cef-80a4-2995cca3154d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.048,39598285-5cb9-429f-a8a6-fb70a002bebb
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.048,da94c035-8ecf-4e77-9491-05a991aa0d86
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,c6b4f03f-8117-4a0e-98bb-39bfdfbb4291
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.048,8052efb9-c029-4280-a1f8-8f1d155b4929
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.048,18fc1f9d-2d24-4da4-9a58-27e0700c9caa
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,bf65542b-4c88-482f-a75d-4486bd5ffdfe
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.048,a0ffa0ef-8b26-42aa-a6a1-81f0e049a501
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.048,126181f4-03c7-45c7-835f-99a5b28925ce
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,cb464cb2-7550-4cbf-b37d-5060121740d7
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.048,84f8c1ed-a03c-4dc9-8f94-97ea7055b411
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.048,e9586c6f-f4fe-4925-bb37-ed24adf314de
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,6b613c79-33f7-4c56-bbcd-8c33d3a20fa4
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.048,598b4f9f-2df9-4fd3-8da3-45cfe42ee11f
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.048,7b5a6230-efed-459e-a477-886c584e14ca
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,ec19e63d-55c0-4d49-97bc-1386443a3af7
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.048,87033a4d-82f6-4651-9059-1ecaac1826d3
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.048,08203c90-dfc8-4577-ae45-c3e03adb1e57
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,2d49f0f0-744e-47a9-9d4f-8000180799f1
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.048,d82d3bb2-8945-4ee0-9eca-e145dd0ecdeb
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.048,792aea46-370d-4694-a63a-c9630d1f5647
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,037a5c62-7b1c-4de0-9f9d-710e63ff3d7d
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.048,a52f2b6a-850c-4007-9c0a-b61701450b92
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.048,116e6b8e-ef79-47bd-b00f-4ff1bfd8a59a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.048,a8fc575b-544b-4d6b-9691-88ce9cabf807
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,8.806718198186918e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.048,4650bc85-e54e-4c25-85b0-54c3633d1fa1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,e18f42f3-d1e2-4934-98f4-66c22b4c64a9
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d1d1ac4f-b78b-4658-90fa-da75b21d389b
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,172a3320-e170-4461-9113-b5b9dad41d0c
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,308b72c7-17dd-4a52-b182-29fc80fb6239
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,bfa2784b-77b4-494f-8cc7-b909c03b260a
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,f25e7161-c228-452a-9ac4-fc56fb10f4fe
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f6b2939b-50b3-4d62-a268-8b85146e7516
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cf118ab2-8292-435e-b2ce-93bb7bb901b1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,33442ef5-6ec0-4de1-b7b3-10c45a4055cb
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,bae450aa-be79-4719-b287-f32a84cd9db2
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,32d48bf9-5477-4c09-b54c-7aaaa0bf4c6c
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,3e574258-e150-4d07-8aee-56d580739a73
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8d79bb3a-08d1-4b3a-a415-f5cc9b31426d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,07bdf167-158b-44eb-be15-e0869711c7e1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,e2a30a2f-8670-4dba-99a2-187c7e1fb54d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,3f8f38a3-4ccb-4841-8492-fe714a7581fb
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,949a886e-a6ce-41e2-af68-eb1b7e644cb5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,ad4584d4-198f-428d-a1ed-76f70ebe7dcc
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,bde9ebe2-dfb1-40a9-bc01-12b7a95eb14a
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,355b8a0c-9150-44b1-86c7-8c89b310b6a2
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,82667e76-d7a0-4626-8d23-dd53b6643429
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,47bf9c3c-200d-4897-863d-4f6695c29770
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,11f280b2-3af7-49ba-a4cf-831d2659281a
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,29848d80-3da4-43aa-8ec8-cb25acb8f985
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,09504043-bbe8-4cf3-94d5-d86fa6865bca
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3d88531b-0cb3-4c0b-906f-25a253452d1f
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,683ab6b9-79b4-418e-bf4f-c23e7e300854
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,3448b826-cca6-4a61-9b33-874da9f9c092
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,079ba0e0-2fe1-4a55-965d-59574f7e7ef2
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,0.0077518740375831,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,7b4db501-dd3b-4205-acdb-7bd6faee258c
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,eb478a4f-703d-4a48-843e-b03021a17b0d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d71d3457-ea6c-4b69-a596-37a20ae133d4
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,ecc678f4-0f0b-4e60-b7a7-dcdfd498eee8
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,aa70c3e9-c743-48bd-af7a-a21979069f64
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6e0f25b5-db3f-421d-bdf8-5f66b50ea92e
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,4f75d9f2-eb41-4a01-8d6d-0168640e41e5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a5bb218d-c5be-43e5-906c-1a557d037b9d
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,85dc07b7-1115-42b6-8a3e-0bc11af68e5f
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,0ed34062-d6c9-4880-913e-46cae3021ab5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,806922db-b038-48d2-8897-25fa6e4472ef
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,274c7180-1dcd-439e-a493-457bf7498011
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,b479184b-fd28-4cd1-a584-90642b1aedce
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a8fcf909-ec70-44f7-93e7-a89c07ac6f81
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5b2eeb86-d3ae-44f2-ab97-e04c4d464773
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,1dbab359-b351-4d49-a089-419e5b8075b5
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f0188cfd-d2c2-4347-9c0c-13f74bbb57a8
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,554b2ad8-1d4f-4264-913f-f2070974cbc1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,0edb094d-b29b-458e-84f3-cfb39a0f5520
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,937bdee3-9bf3-4646-9d53-c5b846b2e140
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,26386b42-6849-41f4-b58f-7b3625cce071
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,ff9bcebd-3a87-408c-8757-0c59fe1df62e
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f16d28bc-26ec-4166-b2ac-c8689e4fb5ea
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,70f775ea-17bb-460a-80c5-b96c7442fcc1
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,cb4b3fd8-1b41-4b7f-a880-f571a6f88425
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,6d9a477e-4b4a-4573-a681-c682966cb77c
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a3f201bd-13b2-4149-9edf-bbe81db28852
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,317ea6e3-8729-43f5-a291-00d40fa10ba2
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a9ed2e7c-4675-4586-bd31-234534659c18
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a33af40f-0e66-4342-884d-ffd871eb86fe
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,4.877437523647084e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,64be09ee-95f2-48e5-9aa1-37a4a17dbfae
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,79ffe0a8-ae77-4bad-a803-367a0ec4c4b1
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,442fd23d-8748-44a1-bd98-182e2fcfa1ba
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,51cfd822-9dfc-47d5-b999-bfd301653f8f
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c6d59cdb-cbab-4ee8-9d27-a46978adfbd9
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9c614fbe-7d96-42ac-be41-f1c081147391
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,992bbd47-984a-4d76-85fb-5391eb8b9b82
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,d7721368-5f2a-48f9-84ae-4784b6483301
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d6f3bfda-6723-41ec-a7b4-4421f7f2b2ff
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,e814b64d-4f14-4dbb-aa55-f9e40a88bfc9
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8ae2ee3e-0a31-4995-b2b7-3a4669bbd045
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,11cc7430-90c4-4321-b1c4-f286014e334a
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,dfb8b7f1-43f1-487c-955f-ee7ffe30b29f
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,30043729-ceab-4813-b252-3057e5e3ff83
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5fee78e2-5e95-40c1-83fd-6133f20fd989
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,62107f81-465b-436d-8147-eadff04370fe
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,521da90d-2178-41e6-be9c-4f887976db69
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cb3c9927-8fc8-4e16-a289-a50127ffb6d5
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,3791703a-a0d2-41f3-b6af-acac03dcf8b3
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9a3c49a7-b39c-47ed-873b-d2d17ce9e7b3
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5a29f759-8d5a-4c79-9961-b8e23d14170c
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,f1d172a1-ac98-4610-a517-da212ed9d905
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,b845153a-de1f-478d-834e-da6857c5d72b
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6fab63bd-ee14-45e4-9a8e-a7428587bb2f
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,986084bd-691c-4ce0-9e31-5d482e7f8cfa
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a3159ad3-ae67-4223-925c-e6760c5d43c1
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4ec41877-b3a3-4651-a8b6-72b8903acd74
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,1b539597-d382-4098-8cc1-4b9a9e3a5295
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,4ea10c94-234e-45c8-a806-0157c3bcdb8a
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8feeed9a-a061-497c-bb6f-532481d48d0e
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,1.7746964371756181e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,834e1fc5-5079-4c2f-bb8b-23e3db301217
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,03067a14-c526-4367-887b-c21ec65098a6
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,328081e0-43dd-4ff2-bd35-9cb268e3368f
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,0bc62608-7d23-43f3-9827-c48e3d4a62f8
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,871a8dba-29d9-4ceb-80d4-ab2f97efa748
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a87238aa-f9e6-4f3d-b607-565e9881c117
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,c59957ed-21a4-4d24-8a97-293fbbcc80c1
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,19caa9ed-23fa-49a2-ae65-a588ca2f241c
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,9a694939-499c-4a06-a6f4-4cee678519c5
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,3d5a6913-9b4a-4377-8390-18ae2a2a7a1d
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5d3f2e40-6b30-4197-b39f-838c1e240435
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,72732a9e-9c88-41ed-adbb-f70656ed5023
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,4029b9fe-1606-4d5d-8a32-94b448f43f2a
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b1ebc147-7835-4a1b-92d5-b5c73efaf0d2
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,c72c7604-9b49-49d4-8557-8af3b9d9cb38
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,5b302545-f710-4a06-a5f9-eb55ae7ae73d
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,4c8deb20-e756-44ea-adc5-85bab4b80669
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b48ee877-da1b-4e6b-9ae7-9781ef0f8003
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,8319e74c-1049-4b21-8f6e-2350335b52c3
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,652d188d-836f-48c3-ae51-b4e179977280
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b4e3dc18-b52f-4cae-9c90-e7bed41f60ee
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,65117fc7-4e92-47a3-aa2e-f19e5a2ce128
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,2481a2df-60c3-4a6c-b30d-6d03f55d820b
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a25240d8-405a-485e-9edb-839d30749b02
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,cd722c1e-598f-4ada-b09b-78ee0b32362c
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,63857655-e6e7-484a-a5c6-3cd4b6e112d5
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,91d0c5c7-8dbb-49f2-be31-12e0ad927bb2
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,d2b8f430-e6d5-4693-b353-4233d082e942
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,93ea5b14-117d-4f6b-9948-7ecd8d2f36bf
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,8d0a2699-a509-4abb-9aee-24cea250a248
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,0.008996515609431122,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,6c51f099-21c2-4a69-bc3c-c1aca61d788e
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,702eefe5-7d9f-4f49-905c-0a6389babf96
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,0b3186fb-dcf7-4f27-b0c0-118771ec54f4
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,1b8382f4-b988-4219-8d5a-981b280106af
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,7ef955b1-b250-4721-8589-78c1a0764099
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b5bb4483-f146-4b3e-b551-60d8433a40d4
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,3b590ed8-048e-4d69-b8ac-02b921e49ec6
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,4d9f6aa0-4874-4233-8101-8883b4d4d6a7
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,0ce9364b-792e-4925-9cfd-2100d7933e60
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,6d4c0507-4b4c-4f01-99da-7ef39f1188ac
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,ac50b125-ebea-4db3-b32d-df3147e9d65d
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f38e3790-7f86-485a-9668-c65f90903436
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,4518b984-f3f2-4950-883b-a66dd72f26e0
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,87708cc0-88cc-45b8-a02b-2b19e5f5f854
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7d29a9b8-f5b5-4785-96a1-2da949ed9919
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,50efa4a6-c523-4200-bf11-ca8f3423af7e
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0fb42ff9-0aaf-4c9b-af17-4af94ac569dc
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,131ca974-4d62-46bb-9d15-ecacd4569c0e
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,9c15ed20-97af-4e1f-8c74-e3938afec4be
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,57583931-b0c3-49e4-9c86-bd79f2075603
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,ce7e61f8-745d-47f8-874b-bacf704f366d
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,c9c950bc-70df-4f72-bec4-673c651dfd0d
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,a5f759e8-16b5-40e7-b063-be660f574080
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,000dc95b-8bcb-476d-900f-9b66dc40a6e5
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,99a80d6a-e1be-4fdb-b6c0-87972ee1c181
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,aff81a70-da70-4b1a-a204-bea1c789864c
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,0a8ca09b-098c-4e5f-a628-9dfb62368b4f
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,6b0af689-8cfb-45e7-8f83-61a72d0f5365
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5a7689d2-9b20-4751-8844-3d7469e0c749
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,d84f0eed-a1f1-4524-809b-f3b70e6e270d
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,5.6605593180145476e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,e4f8510d-6a69-41b6-adb7-6dce99004735
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,028615d7-263e-4ef5-8638-07789650f7b8
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,930c5fd0-03ff-445e-81be-843173f1e417
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,8de869db-ac09-4190-9613-296bb6b0e6b5
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9b7ba02c-e5ca-4447-a19b-1a826f19bde7
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f7f5975d-a80c-4212-85b0-6c381f4931fd
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,0cdc2b36-dbdb-4732-ae97-cc72ca3961d3
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,cde6f9ef-a35e-4890-b34a-402fdd0770dc
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,8cb857a5-b27a-4f08-a38b-ef705bbb402a
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,3c4670be-62d3-47fc-920e-4a48f5360ecb
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,5d4d781f-9082-4a66-81e0-c2fc6d3e10ba
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,fd1b4f31-3805-4adf-9b64-ce473e9a7d1c
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,f20e0e82-e26f-4520-9e83-17fb56c88b2a
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,38844f8e-3e23-4d50-894b-bf03a384ba65
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b1372735-4ef6-429b-9611-4d5d3222b234
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,f7f38f19-3b25-4418-a12d-7010a0a2337e
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6d171904-ca8e-4de5-8d20-46d32657dcac
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f471fb01-af37-4d02-b183-4c0f6a9550ca
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,f6fd38f3-0781-40c5-9e56-8dfb9b173b2e
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9f4abdd6-fd1e-418a-9ac8-89e95c8a4d8f
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,63efc9fe-d31b-4187-b53f-a5837db31c06
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,502d6e1c-22c2-4f71-83f4-fbd7cb52b95f
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,4826f700-d9c2-4364-89eb-1fb934200a47
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,4117cad6-47a0-43b6-b2d5-0b08ef02abc5
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,14a0ed5b-a819-4c1a-9c6c-d683ea19376e
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0c24082f-1c1a-4ea4-a803-269fe4b04fe1
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,e186dcf9-54dc-4288-8b2f-e5498e2b9363
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,e7642868-7091-411e-97cc-7ac46e430efe
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,4df1aa35-51a8-40e4-8613-61a92ce75f30
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7d05727b-8e11-4454-b875-a4447744ccf1
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,2.0596418519759895e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,5d62ab60-f449-42b6-8787-56721361ee1e
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,b77445e9-b814-40c1-a0a4-02d88895f9ab
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,995f1a4d-3371-474d-9ac4-a78d69557e0c
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.1.3,modeled_data,kg/kWh,CO2e_value:0.07,8ebcc102-6e1c-455b-be89-21901290a780
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,633099d7-9109-4f56-b33a-350d121814c5
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,e8262073-a1c5-4c03-a370-636d7d66424f
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.2.3,modeled_data,kg/kWh,CO2e_value:0.07,19afd477-4a2b-48fe-b8be-e4d1d91fceb2
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,5a761270-112e-43b5-b602-cd63cd5818ba
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,15200a04-97a3-4f1a-bdfc-04bd24df1118
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.3.3,modeled_data,kg/kWh,CO2e_value:0.07,04583ca4-f055-413c-87ad-12162015297d
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,214c2d0e-0df8-42d1-bb79-01ea765d13a7
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,08c7b5b4-f876-4f3d-ab71-5394f1d6ed31
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.4.3,modeled_data,kg/kWh,CO2e_value:0.07,b7f9f1bd-8aa9-4ba9-9620-1fa108fb72ac
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.07,2d600bfb-3e1c-4a6b-9427-5fb59c625083
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,81753f6f-d2ca-4a61-8094-6a7f45567ad2
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.5.3,modeled_data,kg/kWh,CO2e_value:0.07,e4723aa1-6199-4628-99bd-ff820352d058
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.07,6aa1bef7-e7d3-417a-9d4d-e8a0ee2857fd
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,8b28f504-e101-4787-943d-a19fc3c51803
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,I.6.3,modeled_data,kg/kWh,CO2e_value:0.07,a3449178-e1e8-455e-a537-6705463d64c0
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,45ac7746-ee63-4a5f-96f7-ffc2d1bcac2a
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,8fbb7874-5c31-41b2-9e3f-fb15dac9898a
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.1.3,modeled_data,kg/kWh,CO2e_value:0.07,dc8d73ae-e117-41d7-b5b4-9a1e84ab62d3
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,6f145c80-86b0-449f-bd53-29a0cba866f9
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,4ff0bacb-b644-45a5-aac6-e1d63e0f60d6
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.2.3,modeled_data,kg/kWh,CO2e_value:0.07,75af5465-6281-4d56-999b-5162bf29b30a
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,32fa1c29-61f3-4224-9f0d-9a871d64f04a
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,bd8b37ca-72e5-4168-8239-c4ec5946a6e3
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.3.3,modeled_data,kg/kWh,CO2e_value:0.07,c5c31620-564e-4484-b299-d1dc533878e2
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,01d3097e-cfce-407f-b867-c84d363e71d8
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,cd82ea74-9988-4c5a-9434-94174a7cea66
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,0.05588268204261091,II.4.3,modeled_data,kg/kWh,CO2e_value:0.07,91f107a7-1e87-4b05-83e2-857d7f7d08d8
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,4be0fb81-05bf-48d8-9e70-34705d3657f1
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,bf343d7c-6901-4149-9974-7dde8dbf689d
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.1.3,modeled_data,kg/kWh,CO2e_value:0.07,b00dc35e-a163-4d4e-bdbd-973da6469b37
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,d84259df-ce49-4ac7-8428-1f8061c0d2c9
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,b2135df3-aa20-456a-912a-e63834f76c8a
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.2.3,modeled_data,kg/kWh,CO2e_value:0.07,f5fbc042-d7b9-4261-9094-21e19a5799d8
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,c0587281-f36d-493c-b29a-b3b10bb0af9c
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,c892939e-a8f9-4652-8ffd-41588ea8b890
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.3.3,modeled_data,kg/kWh,CO2e_value:0.07,c609f836-68d0-4f14-baf1-83d2b64aa853
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,21123f5b-e88d-44bb-ac8b-8232ac780fdf
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,b5c7be97-9af3-455e-a518-138d6a0fb172
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.4.3,modeled_data,kg/kWh,CO2e_value:0.07,3e15d135-9bd5-48d6-8883-5c43a8be2f8a
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.07,5a01aee7-0a13-4e9f-86c5-b5ae038e5fef
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,fc210496-04e3-4b96-adba-55fa4b7a3557
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.5.3,modeled_data,kg/kWh,CO2e_value:0.07,f8bda957-f542-4b71-9ddb-51a50e503402
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.07,87885f44-7167-44d7-8400-b601317338b2
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,973c8c0d-6e49-4276-9cc2-88b0d582c717
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,I.6.3,modeled_data,kg/kWh,CO2e_value:0.07,e59214df-841b-4b97-b09f-faef0ee97d04
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,6cfd393f-87b1-4438-ac9e-dae65f2834a8
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,b6446ac7-79f9-4268-9dd3-a7986302c69b
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.1.3,modeled_data,kg/kWh,CO2e_value:0.07,8721add6-273e-4637-a657-277d119bec70
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,26362e71-1c70-427f-9407-2136dd9bd767
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,2b9e72ab-3102-452c-9eac-92af51be98b5
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.2.3,modeled_data,kg/kWh,CO2e_value:0.07,0a89aaaf-5cc3-4dee-9d23-ff51d1fd0f42
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,66d4f4f1-c76a-424e-93bb-282c44fc3814
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,6ac6c0a7-f04d-4500-88d0-36fac40c9dce
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.3.3,modeled_data,kg/kWh,CO2e_value:0.07,3933002f-3ab5-40bf-a1cd-3185a0b5ef0c
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,9aea4b0d-689b-420e-89eb-8c3b5ad565d9
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,781e07d1-7d45-4aa0-8261-54792a03b30c
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,0.00035161083499964915,II.4.3,modeled_data,kg/kWh,CO2e_value:0.07,895ba7fe-b212-4372-87db-d5b97ebaadfe
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,791abe24-7bd7-4365-9553-8354559390de
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,93595727-5da8-4c3a-940d-b5242303b732
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.07,d8ad1135-2afe-41c2-ba56-2add5e2384ea
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,2bd4edee-61be-4b55-81e8-8880f2597917
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,1ee1206d-24ea-4c4f-8d0d-1d4ad1bcfc92
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.07,a81b3c2f-7f30-4875-b9e0-6e40f5fad843
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,0c4049cf-1aef-4e85-ad82-3258a56b2b27
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,d423ce86-c632-45e0-951c-f7ec0fa6ee9e
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.07,2ace65f8-8c29-443c-8079-8ec9f9e2ecd2
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,cbec126e-d6d5-4b61-916a-42f10d2350f9
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,04d28a21-93b9-4f07-a92f-0073eef74481
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.07,9cd2c5c8-0dc6-4349-abcd-9212e7080162
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.07,b30e8d23-8a83-44f0-af2c-fba288def3c5
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,9ddd6fb3-bb66-4606-89dd-91c0860bfb7b
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.07,140c24d1-3f60-4413-be73-0c637a22a12c
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.07,85935890-02e8-4bd0-bfad-e7416eca6eb8
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,2419ecfd-d2dd-41e5-9d0c-e35acecfe454
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.07,f6664f3c-0b86-4f96-af93-cb18bf01ffaf
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,fb0527fa-63d1-4126-bfe7-d5411fc26874
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,3dc6fd20-821f-4b97-8eab-559d7821ac75
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.07,a06bbb6a-a717-494f-85d6-9aab42079e50
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,5e5b0ac4-48de-4e61-9b38-4a800cad79ca
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,b7851ece-1a71-499e-b3fc-f1514f71b66b
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.07,32d90a9a-5998-473a-89bb-3569ab592a60
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,4ec319fd-32ab-418a-8bc7-817122efb95c
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,3d332b5a-85dc-4dba-ba96-3d2f89af3af5
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.07,54b7df3f-6f09-4b98-89a8-0044ac5aa659
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,e1f85dc3-5770-41d3-98c4-0ee1de4131d5
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,8df866e1-6e86-4c36-85b6-164061e9a12c
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,1.279365431378455e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.07,703ce509-e97e-4a23-b4a5-a76af4cff24c
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,d44c9c06-61a7-4dfc-ba51-5eb1affd9bae
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,71734069-7830-462b-a07a-27b210a6f4a4
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,0a0d8d40-2375-4567-9cb0-e6b070c68f46
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,2b0034dd-05d9-40df-9fc4-628ce049be8a
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,efdba3ba-f3fb-4b69-9b49-1f02f7175b18
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,d4332331-483a-4f3c-a985-720db82221be
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,8582af16-c553-4375-849b-5e2972aa9f80
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,50424b6b-cabd-4bdb-ad46-d03e9e175e55
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,f181a367-7171-45e6-917f-5081c80a85ce
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,3d3b044a-99a9-4f83-b014-708491e4a13e
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,a6708ddc-3cd0-4c55-9081-7cf935a67172
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,a9c8d29c-08c7-4187-9e60-325595f34166
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,0ff8154b-7b23-4804-b1ab-883ae3559e3c
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,ddd41336-615c-476d-a607-8a52c4e93065
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,321250bc-8933-45dd-bf74-326c61c1c3ba
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,6f06c913-9374-42cc-9dec-614b63d39901
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,a643f59a-e55d-4778-bede-3cbc7469601d
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,c9415a85-b2ff-4440-b756-41fbd02d355b
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,492a03a1-9ba9-4298-8ee9-2895de5903a1
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,cb09c544-3bc9-440e-8afa-4ea69ce6067d
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,ba021614-d6e4-45f3-81ca-0308e75c9ee2
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,ab4e631a-519e-4f60-a81c-0fc2b8adff77
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,6e628ff9-a799-4ca0-98bb-284539df6a44
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,2b3cec62-e11a-4a77-93c5-e219ddbe575e
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,45eb2049-342d-4f0f-8057-a7d79a910c80
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,9e4c7766-94e8-4c1f-8220-49ce23e4399f
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,f9bd6f3f-7ade-4bf8-b3ec-abef098af32b
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,19b9796f-8ccb-4b13-96ed-d20e8210af72
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,37ea828d-54fe-432b-9327-bddfd0b93afb
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,0.07188168904762625,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,9053068b-41e4-47ae-9d23-9fa608d2afe6
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,61e83caf-1159-4a0a-875a-d0e65dc2cc9a
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,0f31962b-9183-4ea9-89ac-49490eba8696
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,cc22e6e4-0f74-4311-827e-15433677300f
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,4564cbe5-e017-49f4-b44b-91a08524a3ca
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,bbf064e5-0764-4ee1-bcfc-d9ff3bc571d2
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,bdadc985-a96b-4881-8716-f26533522192
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,03559b5c-e56a-4ef4-b93e-b7a6f69ca0be
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,0a7e3bf3-f71a-4f9a-b941-3ae0a51d74d0
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,4dfdec94-cf14-4c29-8cbc-0ade40b0f233
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,12fe6c91-746f-4302-a156-509653c7b1a3
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,daac80a8-d2a2-4475-ab7e-2248468d14f7
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,a2fcbb3b-b2e7-4c62-b81c-242e4eedb66f
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,15249d85-4b38-4eb8-80be-daa612b7cf39
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,00f47d58-af35-44b3-af1d-7ade129aa2bf
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,ad65c92e-15be-41dd-907d-36cc39f9346e
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,941757ec-b6b8-4233-9ee4-8581051ea3bd
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,d5e205ac-ad19-49a5-b2f7-a50baec9f903
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,b4e1ead2-2e63-44e1-bfe6-9d6e1bdccc8d
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,08ffd5d6-a468-4d5f-b2cc-c0c016bc1640
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,285087c0-b807-41db-b274-f7c54c558bde
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,d76002e3-7736-4e9a-a4b3-2c114a63ad72
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,e7aebd82-4f4f-4db7-9388-faa8662bdc07
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,a2a4a69a-442e-4353-84a6-174329095d76
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,4820e512-2b5f-462a-b267-d85833686a43
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,f4f85d5d-3ffe-4640-92db-4bd63d41d9a4
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,f1a4f613-5dae-4b36-8f1c-23f980b2f267
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,26231ef7-866d-4056-aa00-4c15d425aa5f
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,1f094b44-3268-4202-897c-35091f4e89d7
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,39f863fd-2bb1-4a19-9aad-922385aa3d11
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,0.0004522757280681181,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,d52099f6-1533-4276-a064-cbad6c82f670
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,a3828e09-31ce-4b34-b40e-d8fb4dbd38d4
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,4c551add-2f0b-408b-957f-599ee1895fba
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.09,265900f8-fa3a-4962-bc9b-15409ebbe0d0
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,fa1ab28f-2fd7-4c2e-8e41-5f3fe2841bb1
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,6e66bdff-2901-4a6f-932e-f71ed4ddca7d
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.09,76ed14bb-c19e-4d7c-96d9-4f97dd489485
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,8708dbb5-6a9e-48b9-8d80-ccebc6ff814f
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b292502c-b519-438b-9c56-ddfc1b5186da
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.09,d8967d64-a687-4959-a6de-986fb0fd5722
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,1a8d6cf7-2383-4f51-a217-138ae74b24ea
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,b746c268-d896-4692-9a45-525b2089da69
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.09,5bdb2ebc-6878-4a28-852e-6ba94ae47ff7
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.09,cb4a3f4b-b20b-402f-8791-2cc34c351d8c
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,e42bf4e6-3a47-4174-b972-a18a7ccdac10
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.09,b37193f3-9884-49e4-8350-f3b64cad9bbb
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.09,712bd1e5-6991-4c61-98b3-b6008a52cb21
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,39cd358f-da74-4ed0-90d5-ab10f9509ee8
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.09,31f77765-1203-47bc-b8ca-1a3906c0179e
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.09,678709d1-0509-4553-9026-b1b183a08d73
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,4b9e3b90-dc96-405d-8332-46239f30f543
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.09,3aca2f6d-c237-4ff7-a702-901fe8979432
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.09,3ce743ef-0959-41c3-a1b8-3ae45ea73352
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,244ae675-8806-4dda-a7b4-43a281b5622a
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.09,26f5fb29-011d-4583-bb01-141d4e7af6e7
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.09,c1f3ad35-ddf9-4760-a9a4-b6226ce6c93a
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,a13b7820-12d1-428e-853c-3ccd53fe4724
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.09,d0cd3459-f82c-4f92-83b9-2770341a6fd8
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.09,253a4e9c-51f4-4703-92da-39fabb46499b
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.09,74f9decc-eb21-433d-9e86-1472aebb91b6
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,1.6456430642771578e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.09,22fa9574-7bb1-4b4e-a2c6-5a4f3e22d0d6
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,98ba2dd4-206b-4a64-8848-7acfa571cf05
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7842d909-378f-43ae-8800-3f9029982617
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,bb44b823-175f-41d8-bd99-c0f618b3b2f8
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,513529e6-b37e-4353-b624-22e1502f9e81
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,8e5f2bcb-a797-4c4a-8567-4750d33f3c72
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,83665d9c-9cf6-48b2-96c4-150fb553ea6e
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,eeb4e780-69bf-4ff4-a0d0-527f835f38e2
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,941ff000-1212-479f-8430-bc15d5b650fb
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,3641af18-8fdd-429d-aa2c-b812303303c5
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,8f83adab-cdf6-4d96-b78c-c53638d0c378
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,bdf66ec2-11a7-493e-936f-fcd4f17420fd
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,9b7f5bd4-3b27-4f20-951b-d3f31799a19e
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b7642b3c-ded1-449f-98d0-87d36c56a366
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,54ee18a8-f6e8-447a-b35e-69029eeff3d7
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,3c3fcb89-f4ea-430a-9c9c-ff87b2fd291f
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,f543f96a-0b34-4e22-9520-a241ffb0865e
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,ef95cf9d-5f62-4a7f-8f96-c54e8e050035
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,a8e85478-8e6c-47f8-9411-44cb7d30bd80
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,5d83c699-8fd5-426f-8298-f40f2a973320
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,9c3d3fdd-64cb-4f4e-b833-bdca59d43a55
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,a4095c01-9c52-47b2-874e-a67e7ae9989b
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,46015279-7857-48a5-bc21-6639627cb176
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,f5a1e5a8-4860-4c03-af16-a7239670e72b
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,d09af313-d29b-4c8d-bf69-6a562e506b2c
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,28c54da7-8ce8-4bf5-a902-667b90ab23dc
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,872fe859-3718-4327-941a-ce7839d56b8b
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,474f3f61-ae48-41ea-a102-b4860e6aba13
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,94883017-7ebb-42f0-8b8e-a7d5c54fae39
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,f5cddf9a-7696-4c02-b7ae-de5dff007883
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,0.03350735798856202,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,03378ac1-6926-4661-b603-87cac8a4e803
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,5f4f7af6-294b-41f9-aed7-a0a4906ece55
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,84a5dc67-dffa-4913-8fd6-06da1c37cf3f
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,7513984b-25a6-4f98-a41d-92dcdcd76926
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b4cb10fa-b18a-4d0e-b0de-47740658c434
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,8d0c1576-b46a-48f9-9628-58b67fc18260
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,42c9769e-b9ab-4fff-9a61-ec1becd2510b
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,c6d64087-e6e0-4b5d-9451-fd24a0813d66
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,0d1dff38-b441-4258-abfb-36a821ad783b
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,f9be0727-5bc8-48b7-a017-2584981aa389
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,219b1732-b0c4-46e5-a610-403473acbc78
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,9df5b033-f3e9-42f5-9687-45be50e63cab
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,c7726417-1e7b-4eac-8e28-83d36823203f
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,ce64985e-a974-475d-a519-bedcde6b2263
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,ebf96d05-3917-49fe-acf4-b0467e0bd932
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,638550e2-79cd-4747-b65a-f0b175b9dbce
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,87d401e4-b1c3-4c03-98e3-bd0ad9fc651b
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,00219a4f-80df-4cc3-9df7-70f86abc0015
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,e70c0941-212e-45ea-a0e7-c61692e66156
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,74b97b1c-ea67-4bf6-8cb4-ff901699a211
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,4af8c115-0e10-4cc8-9252-8ae03488063f
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,08c47f7e-e318-4b72-bce7-67d833420f7b
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b5df19d6-e495-4596-a6e7-bc927f304f52
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,cc645579-5063-4a4b-ba64-73c3cf01b547
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,739bf827-ccd8-4607-8d08-b9a0a7622671
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,eb01b1ef-fbe6-4976-b1f5-8a2328381357
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7b30c7f3-efbe-4575-a60f-1cb755897d23
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,1b8a90c2-30fc-4104-8055-b83bdd658081
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,18f2601f-4c51-42c7-88fb-43eb6d109177
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,0f621ad7-f546-4f56-83fd-29b3542afa84
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,0.00021082649741125425,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,1806d8f1-8db6-4ac0-8c86-aa806b02ea5a
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,80178177-5050-4890-bd3e-6b1a785f98bf
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,e3121dd0-1e03-4857-a472-b395b64bdf97
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,3066a64e-8154-49d0-a016-2b271b513efd
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,562df936-1bea-4000-9d76-e90154139a6e
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,5b245636-1d01-4001-9cbc-fa3ff6e51f3f
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,bc120e20-4cbb-49ec-9158-954b960c5afb
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,f3be5949-e30d-420b-94b8-444fc8ad43ac
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,14079502-f857-49b9-acc4-23b5997655cd
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,996e7964-1aac-49c8-ad6c-65a6acd91504
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a3d15ab6-2ef3-4717-95ba-e3983737f3d4
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,5f13783f-bfa8-4f5f-8f57-b157e75b51a2
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,a70d9964-6f24-4c58-97b6-ec8d2bda9229
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a1a0c334-c4f2-4af4-a735-8c7289ae4325
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,163b58ed-53ed-46b7-a68c-58f70e492407
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,5b141c23-f753-4dd5-ae35-cafa464befb2
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,1ec1315d-9e0a-47b0-9d84-1f06aa37156d
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,8153c5b1-21ba-47d5-80bb-1fa224d2ff97
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,af419c44-dc39-42b3-a9fc-c68251c82d30
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,0d51348c-7b4f-4e79-b2f0-1d23a858a50f
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,9e6d0f0f-4a13-48a5-9f98-b2e0a9d12bbb
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,f75872d3-e192-4804-aeae-7c088efd24ab
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,d0355bf9-a815-4533-906e-439c347f9375
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,0b706ffd-16fc-42a8-a47a-94611dadad50
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,3236243c-b0d0-43ac-a4e0-5affdb729d8d
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,3a65dd31-4bf5-47fd-b723-862f6c36bf25
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,003fe4ff-c29f-4d44-8fca-9f627245cd2b
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,360d5a63-c789-42a4-a8a3-63ec7fbd0dd1
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,0f14552e-7552-44d5-ab5f-d53f8df8fbcd
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,d313a3c6-2b2c-45f5-a07f-0dd1a551ab8e
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,7.671098440604858e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,fe84b358-e89c-453e-bd18-31a637f74d52
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,e1e53193-2ae2-4329-b48d-2c4d5925ee6b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,a7289e58-6188-4e24-b59a-801e3af4dbeb
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,5cde380a-010b-4ac6-be15-bd77ee252ac9
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,ea490da1-7300-4232-9bb0-1d1054a59eca
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,453263e3-9380-47ad-b32c-28c01a106e90
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,5f187769-04ed-49b5-a2e8-159d145dd561
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,f4171b0b-efd5-46c2-a24f-f869d9969604
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,21791d69-262c-4df6-8705-87a3329ccce0
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,8db97716-b67d-4eeb-87e8-c1aee9a2e5df
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b134e8e5-c546-4f81-acf3-7a844c75a317
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,1ddb86f5-8e98-4058-8b8b-bec5498ada79
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,818459c9-878d-465e-962b-ec5aaace030d
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,a0da0cce-257c-44ca-b897-8c012b696815
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,d744f1b8-f69d-4256-a0e7-b8e3216be187
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,7201e857-32a0-4b1f-a9a7-593e04087adc
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,fecbe305-b415-46a0-ad41-e43a2ce5e325
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,f529990b-d449-4831-a0f4-a25fc70aae3d
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,d0e4e46d-78ab-4ba7-9a20-74d8a5fb4ccb
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b16708db-245e-40d0-ace9-d97b15bd0809
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,a090be85-5682-417b-8211-89a1e9717e83
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,02fca152-a44c-4129-ab6c-047a30c5ce33
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,6c664309-61ba-4275-b432-754414341b06
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,5ffdd99a-517c-400a-a972-7d772d3c6269
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,1c27dd0d-beba-42fb-bbdc-c579c2f43951
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,79422d7b-9882-46fe-9a64-dc282d6ce53e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,147e87b9-cac2-4d1c-9cb3-3e46bbf93e1e
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,68db3f18-08e2-4b95-a567-49d6afd590c3
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,92d2302b-81e7-4e36-b36c-ee6d701feabe
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,e54ee33f-f636-4340-a8a0-c0d3e6e1b084
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,0.003188156516720327,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,50be4d3f-a902-4f1a-8f64-9162722218c3
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,d3cb9ad8-2819-4e4a-abfa-151b7d812e8c
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,6ee62ba3-c017-4c0e-ae79-1fb11177f4d2
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,d5a902ef-7a49-4c80-8323-5ee5e86d850c
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,d77574b0-7f59-4db3-9c80-bbedd9d4ec76
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,17b1cc3f-f381-4ae2-a9b2-80fa4f15244c
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,d010c649-aba9-4e0a-a5c1-890e0c535133
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,c82448d8-2598-4010-85ed-3fb3f3ae11a8
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,1b72203c-ea94-44f3-84b7-0c7c7b521a76
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,13e0303e-c862-4f88-913f-7c61dea79733
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,c155b8e5-1e1f-4a9f-9d52-06f856661fb1
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,723d33cd-8876-4084-a0bb-2efc088e4fdd
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,8cd4f8ad-d260-4afe-a67a-fbd212cc8ddd
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,8284c2cc-4c22-451e-a188-c4df2f89f9c9
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,5c2e23ce-56b8-4e0f-958a-e1b69b0a4c7a
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,2b734759-7b88-4c96-a971-d6d4980fe612
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,5a6a1bf9-aa97-481e-8612-0eb66228cd52
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,0edc6384-7c58-4c1e-ab85-8d5b8cd23cd7
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,78d8d215-ca7f-413f-b35c-9c6524d35366
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,18bb1d44-513e-4937-9924-9b2074f595e9
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,a93a6157-d5e6-47ae-b364-dd7c8b8b60bf
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,9480b892-6962-41f7-aa16-66f637afba54
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,c7f89d1a-18b4-4fdb-9ba3-3ce37ad34445
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,170bc022-0771-409b-8601-044c470cc6c8
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,48f10dcb-c768-4fb6-a50d-7e9b211e4b46
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,ed90d139-7f5b-4d25-8f7d-215fe74f05ae
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,89439034-1003-4a79-bffb-f77c6e1734fc
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,a29a5e39-bc9b-43b9-84c6-e85c4ac9f834
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,5df88782-dfee-48b3-b0fc-d46da1befd8d
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,2eb41411-ae71-4734-a2da-2094bf03865f
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,2.0059709627015477e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,a53eeb6d-56a9-46dd-903b-b821632dcf5e
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,f384fc91-4e95-4f3b-b806-b8352610449d
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,b12a2d9a-0e76-4085-a12b-61d367c87bb8
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,9a7a3093-91a1-493b-88ff-6e3decd63514
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,d5f0f97e-70f9-4810-8dd5-2734d7a9aab6
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,34db3de7-6541-411e-8e1c-0309bda2c423
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,d9e9411c-ce89-4cf6-9f72-cbb0aa6ee630
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,9a58c4f5-0797-4c30-b029-7b2cbee0772e
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,8c9530b8-4656-47da-82fc-752790bdfac0
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,90aca321-977a-4b8f-80c3-ac4acbe140e0
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,25ccbcf9-cfb5-4449-b3f7-1ae7981836df
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,81ca21f8-4de4-463e-878f-550566dc3a29
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,03429cdf-afae-4597-8500-80f0cab07c24
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b8ab33d7-18ba-4dcf-be0e-fa2b85fc16b9
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,3fdf68af-f050-465f-8e23-86af24d2a19a
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,25ee33bb-46d4-40a5-bb9a-4e17993a0912
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,ef668c1f-7a5c-4df0-9377-3aaf6ba744cb
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,7c251337-7409-43f5-a896-0d9552da9d1d
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,4e7eb824-5c16-4de4-9167-ecd7ad7cc3e4
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,926d6bc2-426a-47f1-bdaa-ac24c68cad91
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,fab2dd90-156c-4937-a995-379915ffe8b7
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,e9e2e444-7f6e-4355-8751-07993b989138
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,3f5136a7-f880-46df-a6f4-cb9d655b2d6a
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,bec321a9-3588-49f8-8c90-9b9b55a06797
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,6560e72a-b9fd-44f0-88bc-f9730e16822d
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,1401922c-1387-44c2-bc61-d51a35309dee
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,1b66e9c2-b126-4ecc-bb51-136e30ff9bee
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,e9b50735-006d-4603-bdca-a3fb5edd6ad3
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,f485747c-59f7-45eb-8f96-60f1a2ecc786
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,2661aad3-5f34-4bb7-94d6-4fbae3297316
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,7.298893124359723e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,d5ebc44b-f1de-4061-91fe-e2b84db6a686
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,6792e112-b47a-4a38-b34e-cb1132c7b2a1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,27e4475a-74e0-44a2-9f80-5b9b63df4f17
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,aae390ce-c3de-4c2a-a8a3-6ff4889bc5bb
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,860da309-5cea-4f78-8a9d-15b7e3c72922
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,11101402-8b1b-485b-b80e-71468c3acf4d
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,19a268e7-2947-4fd8-9bd4-d838384356d2
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,2cf47b13-7cee-4d10-a670-29916418542b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,c6fee651-bd83-4a4c-bf10-936b59895be7
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,18e5fe43-ed33-46da-9337-bd9331a59241
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,7f630ae1-02c4-4971-b946-71f12db257f9
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,5c3e1a88-a922-4d9e-9efa-5367be165586
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,582918f1-7999-4cbc-8fc0-440eb11b054f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,cf18800d-ec42-4723-a159-97968304ffeb
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,db1f6f92-1d3d-4483-8842-8ebc6db7177c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,946ff946-5b1a-4308-9e2f-77006162ab23
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,97918239-5d66-43d0-bbf4-cea6c902eff1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,0869057e-6336-4cba-96ee-dce25875873e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,06d558b1-f656-4f4b-85a1-f2de74a1c87e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,001acd1c-c489-49e5-a634-befb80e45036
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,255d544f-a114-4fd1-a736-5797d592c49c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,9a37bf0b-ed79-4068-91b9-1398eb549f17
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,ca373c29-7566-434c-ad56-3d5ff8ea8da3
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,c3dc740f-4628-4f0d-b27c-f4d55a2ed9c2
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,50b75fd4-f6f3-46ab-ba29-b9ccc7c9fb01
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,0550c805-b9f8-411b-9e24-e9b6a92e4c4e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e3fb7337-4607-4a61-b3cd-93b4d05c7e0f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,a272bd03-7888-462e-bb9f-540310fa2421
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,940185c9-5854-413c-843e-3a41b58d3102
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,59c557c4-aa9f-450e-993e-ebf7774f0667
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,0.028278005656366317,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,adabccda-212f-4c66-99e1-25f377211c3b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,80644f32-c603-41d5-9f5c-44b771dd0bd0
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,64c07a77-3f24-4e47-8740-ca539e96d8b1
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,c916030a-5684-41d7-890e-5a038e333a77
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,146bcdb2-dce1-4e8a-a374-fc68987e69da
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,4d33e8d0-8760-4a4b-b51c-dbcbd209bcbc
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,e4afc2a6-9229-40f8-88a5-e4a7ec956686
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f550c688-802b-49b9-8e21-fe27ac72d725
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e59516f0-9ace-40b3-81bd-3a4a75342caf
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,7f80625a-b719-446b-9b3f-0d3118c3f691
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,56d90ddb-e63d-4a25-80a3-ac343b02b946
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,59b58fc4-5a30-4c6b-b447-d1f326d47b53
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,e6889e83-556e-4609-af63-9f29e2034dbf
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e7cded90-05c7-48ad-88f0-743fdfb49426
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,625663b7-0f49-4264-a89b-e6078050e7af
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,40b15752-5999-4acb-b312-d154beeec50b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e5c57d83-bf4a-4c63-99f9-2780ed2d2bb7
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,a0baee5f-8b5a-4f9e-8aa5-ebdf21eecc46
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,535541ce-a52d-46e4-b1f0-cf7a00afdf9f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,40366131-2721-455c-98c4-ae6309236f77
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e6814f18-4a1c-4aef-a2f0-31498ac3efa5
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,90995374-5291-4625-80f4-f2f2985c8579
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,84d1103d-24d7-4966-8a76-ce27bef0c04d
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,07733099-53c1-4510-ada2-a7b969bfc113
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,bc6936a2-5608-4610-816c-e9ddfe2bd83d
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,a43f66bd-5311-4275-a688-bae18114db17
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,0152a67c-dfff-40b7-a797-20cf1d736ed0
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,73127561-f7db-4f4c-859f-ed418751ac02
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,267fa7a2-2ba7-48e5-aa90-f2d0fa1f6e0f
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,2c03183c-f7c9-48c8-82cb-1f6365d5ab38
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,0.00017792369330767396,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,9b746d1a-55c9-4255-8737-4b957e35d73b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,475479cb-6f3f-4891-a29f-d72cf2584afc
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,43d8ccab-ec1c-4070-a009-79e70ae2d2fc
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,77b23058-d71b-4df0-aaea-a7102a2601a6
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,0075b875-270e-4a58-a5e5-f7d2f2ca6e02
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,4630f37a-4d97-4f8a-b1e5-a60363d65f3d
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,e7c544bc-c03e-4700-a253-aece7881b80e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,b48ebd42-9e74-4b98-a02b-f142a54987c5
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,2901fbe9-cb61-455f-8197-9d103e0eacaf
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,6d8b8c30-774e-4cbf-a88f-d4bb75016a0e
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,c537d91f-8268-4408-809c-f7ed1abef991
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,58ae85a2-f47f-44dd-817b-3e3d291b5166
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,98ee46b3-b69a-486c-be90-02e4ce97c134
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e4cd2cba-615b-4d0c-b474-4786141719a3
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,59303448-2c80-4b1f-84aa-ef6ad60c176b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,42216d4b-d915-497d-aeda-689bd6ff7e6a
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,61b1a959-6017-4a02-9803-50e60be94150
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,ef5b3202-77e7-45a9-a392-16460f08b24b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,40b0d65b-f3d7-41a7-8e82-7e081d2a9854
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,3a046066-dde6-47a1-8fd7-de6ab6bce3b7
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,67a29b74-a256-4619-abef-128dc0d32c93
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,74638a13-a9ea-4e28-99e6-8b75a1a0860c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,3581800e-6fe2-4132-bd5e-21e9eaf67bb7
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,422d1a47-e1c8-4492-bdfe-f787f9dddc81
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,298f1c78-b9aa-4396-a56c-8ad104934ee8
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e61540d7-c54a-435a-b480-ff2a7062f636
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,d0a40112-9985-44c4-840a-90069d055f2b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,b8951647-364b-46dd-a84f-e6a36a752e06
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,8ecc74fd-76c1-4a93-ba08-4f1a8748a3df
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,7eedaeff-798a-461e-94b7-7bc9943985d8
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,6.473902393856757e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,707cc8e1-2f29-43ce-a04e-4f8f1d3cbe01
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,41c5283f-d512-4cb9-b5c2-04647850abb9
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c510fcfc-46d5-42fa-a415-61094b10cd34
+AF,Afghanistan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,98e12d1d-d794-4036-bcdb-f6d2bc78bd5e
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,7263a4e4-0743-40ca-a394-62f86adab3c2
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,169512a8-dc89-4c81-96f1-a0d3092cac9a
+AF,Afghanistan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,4e6c90a2-5bde-468c-8a7c-051f2c56803f
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ce296da2-a7de-4e0f-a500-e9cc90f5f693
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,16d51f88-c89d-424a-a3d1-94d6382a513f
+AF,Afghanistan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,4fab28a9-b07d-41bc-8699-2234f2791e39
+AL,Albania,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d9fa2a41-a276-4508-ba4a-ff3c082cc667
+AL,Albania,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fc065562-7c4f-4151-aaf9-c889c59d858d
+AL,Albania,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,36207b15-4507-4b10-a6e2-6a2c6408d464
+AL,Albania,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,9ab7c841-3f7e-474c-b65e-9a54e8a251fb
+AL,Albania,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,cbb7ccdd-6bbb-47ef-9ad0-1c1e6e681004
+AL,Albania,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,35926d4f-d8dc-48cf-802d-8825902b87d2
+AL,Albania,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,656b8f30-de15-4ba8-b71f-96969bd4df71
+AL,Albania,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a851944d-074a-4502-a224-70a43ace6de6
+AL,Albania,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,8cc3c85d-1d6a-4c8d-b0da-8004e0e75799
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2e9cc987-2d2d-477d-9e13-d95c843a5be3
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d917c0f3-fcc5-4556-ad18-7a7f33753a2f
+DZ,Algeria,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,65932993-9c6b-4920-b9f9-f1d65f49ed59
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,76f82303-ce47-471b-86a6-1a8572d021a7
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,58e62246-cd78-49af-ae44-4014b8966d1b
+DZ,Algeria,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f4e54992-348b-4f1f-a764-c2b3d565ada6
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,030af3a8-3e7f-41de-9e29-8a738f38ed4e
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1d2759e0-cc10-41f4-b678-714650ffdf35
+DZ,Algeria,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,d087f373-226a-4104-9383-1fd046f2711d
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a39b26ae-5f24-45ec-973a-0feb8f9c79a9
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,37be9249-1a4a-4576-81cd-b267c6af5ee1
+AS,American Samoa,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2a652e1e-38a5-41a6-a48c-2f2346d7aeba
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b54b8166-a492-4122-bee8-5cd1696365b3
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fc3198a8-aca7-4ca4-9338-8b5d494591a3
+AS,American Samoa,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,60c9719d-fd75-4c9f-b60b-044bf10442a4
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,21dfef1d-1767-40c6-9a11-4d25762b9c6b
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a782f024-896c-412c-bce4-b3a3a3308128
+AS,American Samoa,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3bb0b31e-aeec-4578-92e8-c4e4a66100d7
+AO,Angola,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,6730b600-61c1-4c1a-a04d-c74e753a849e
+AO,Angola,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,50f91cb6-0210-42ac-ab6f-83dcc3cf1b55
+AO,Angola,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2f7b589f-c04a-4adc-991c-11e4563db64e
+AO,Angola,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,78373980-4f47-40d9-bed1-1430898ed298
+AO,Angola,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,561a30c6-3b6e-45be-824b-050ac54a339c
+AO,Angola,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,bf61b0f0-f213-463d-a7e1-992349d8166d
+AO,Angola,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,b692bfd3-e8f5-42f9-a9cc-26977a46ba64
+AO,Angola,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0f51f48f-5d3c-4215-8c3d-79b876c055de
+AO,Angola,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a59cfb53-ea86-4fd3-9b63-1dab560db296
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,9fc84f1a-c0ba-448c-bb92-21a730778b46
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c0d29914-c0bf-42f6-abed-7f14555e6b9b
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,8d790837-d9a6-4bec-933d-4fea99ed52e6
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,1bf84c96-2be4-4160-a2aa-e299984ee730
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,521eccac-43c9-48db-a115-fc09c481afc2
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2bfc9209-415d-4e65-9f5b-8beb901da3b5
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,d0aa4055-f677-4eac-9705-37bac9f54bce
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,639554e3-116e-4fb6-8a79-4fc9b16a1fcf
+AG,Antigua and Barbuda,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,5af70360-b064-4d66-b455-ae23a9a0de56
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,53dbe78d-1463-44f3-ac0c-5f550f3c4270
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,beafac8a-fe09-4258-aa17-3dcf374290ca
+AR,Argentina,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2deffc81-823a-466e-bdca-b5f8b2ffc945
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e2b5c3e2-57a4-4897-8ba2-57e33517b008
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,777c7202-b278-4723-afe2-5b33248dedf9
+AR,Argentina,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,9e8d3b4f-6927-42d5-8c01-7254d32508ca
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c440d520-5d42-4dba-bbe7-227bfade892b
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a12b44d2-0e5f-429e-8da3-48c99bb0b497
+AR,Argentina,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,903b3937-6127-4495-a363-b2e6d2134500
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,219987bd-4f6c-4c1d-bec8-34013f5ea3d1
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e06a1888-b095-477d-88e6-eda03449b5b7
+AM,Armenia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,cde92c1e-89f2-4de7-806d-0e3323288cb2
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,4fda74ec-69f4-47b9-b23d-ee40f62dc744
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8dd0589c-f986-4b93-8ec6-b8f71d77df97
+AM,Armenia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0a3a603d-f0b6-4a0b-ab67-8ba6ef896ad1
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3f97429a-f576-473d-9af9-fa8c9c145f4e
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a97fc02f-497e-45cc-860e-b1c5325478dd
+AM,Armenia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,99d39026-0b27-412c-9a40-7fa5b0dcd23f
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,cbae6375-05d7-43c1-b492-38dc533ea6d8
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c7884c1f-f1e7-4057-ac1a-ac405f70fd2f
+AW,Aruba,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,adc3afde-87cf-4a23-902c-3c978c31db58
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,76b4369e-e2b1-4c50-acd2-6eab228d7ce2
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ad5e2518-ff74-4b21-ba0e-dfc60b46888d
+AW,Aruba,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,bcbfe060-2d7e-455c-8f4c-9d4de574808a
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8cdbc240-e434-4e95-9f07-5cdb018f61e6
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1228b908-8be6-4f6c-8b60-ed865a69e700
+AW,Aruba,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,76b024fd-8fea-4976-8e70-5f8fa88369cf
+AU,Australia,2022,,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,49b57936-ffc7-4a35-a8f3-5b3049b7eb79
+AU,Australia,2022,,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,40dfcfbd-db85-47b3-8ac1-baf2863e88f2
+AU,Australia,2022,,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,05a742e0-b1fe-46af-99bc-631e23895ac0
+AU,Australia,2022,,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f57d83a0-2df7-4271-90bc-c6e02f4d37cd
+AU,Australia,2022,,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,522589e7-c606-44ab-9b52-76b397175135
+AU,Australia,2022,,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0405b62f-91a5-4dad-bf76-4049aeb22e9e
+AU,Australia,2022,,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,9bf8b2e8-c2eb-42dc-a011-5f01621cad20
+AU,Australia,2022,,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0db68431-c3fb-4926-b257-38d2cb7cc1e9
+AU,Australia,2022,,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,47a25702-1bb3-43b6-896c-1c9b4f7eb035
+AT,Austria,2022,Production mix factor,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ce00bb68-f2ce-4e78-8017-6ea1cc642267
+AT,Austria,2022,Production mix factor,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f3c92072-accd-4753-8ce5-3dbe6fe6cc49
+AT,Austria,2022,Production mix factor,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e1ee17db-b5db-4ac2-b824-38852b8c76cf
+AT,Austria,2022,Production mix factor,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e64027a5-7830-41e4-bbdb-91489f0e79f0
+AT,Austria,2022,Production mix factor,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d5c14a88-73b1-4cb7-825a-406322769346
+AT,Austria,2022,Production mix factor,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6c9efc86-adbd-42bf-b4eb-61ebe41b32e9
+AT,Austria,2022,Production mix factor,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,0c29ee07-29d8-47e7-8454-223eeef8bcc3
+AT,Austria,2022,Production mix factor,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,cab833c1-c433-442f-a41a-fe6d7cb91fb7
+AT,Austria,2022,Production mix factor,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,cccae165-03ac-43ed-9e1c-4a85af6b6a68
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e33c6c77-96b2-4ec6-8354-bd01d5fc8bc8
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3eaa9be7-0147-4fc4-b5c2-f923a825cfb1
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,927f24d1-04cf-4ac8-bbee-0d304fe73704
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,a023e3fc-aff0-4eb3-87de-6005ae4e468e
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f38b6d26-36a0-434b-b2df-20276d20faf5
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,05892f4b-98df-4f03-849e-247da55d8a0d
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c282aeb1-d418-4f51-9c1d-a8823ccbfb46
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,20468db5-f551-44a2-993d-ef9cf763c22c
+AZ,Azerbaijan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,526f6c0d-8e1f-45e8-b0a9-5278f0f19370
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,be89e663-a824-4c87-abbc-757915350cf7
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,52c66c9e-3a6c-478c-bab7-901b0f9e90e0
+BS,Bahamas,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5f003648-47fa-4a1c-b81c-6d27ea529b6a
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e110ea00-b855-4397-99fd-e7454f859ac8
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,122763a9-0ec1-4aa0-971e-a6b9e1a57351
+BS,Bahamas,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,cd495540-2009-41b5-9b58-bb68dddc50b7
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,bcdc9d6e-b83b-40df-8733-fff899ae03c9
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d5f5d400-f18f-41ab-b6d3-277411bd051e
+BS,Bahamas,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,94b0b908-6095-4be0-8477-b8810abdd615
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2847fd9d-bd30-43b8-80c5-de32d185a777
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,87d3ee6b-500b-4178-8baf-53121063f0d8
+BH,Bahrain,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f5356d2b-50a6-4c85-80e8-6ce6230172f4
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,bccc9719-1168-40d8-bae8-4e64f363cb43
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7148fe08-41fc-4eb0-8b4d-ef66ac78c5db
+BH,Bahrain,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3515aa87-e54c-4eec-a9fb-083820ce2cc1
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,fda40fc5-b9c5-467c-b6ae-f8694edd750b
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,94d4bddd-b85c-4161-9f89-29442c0d4bed
+BH,Bahrain,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,5cf7998a-3ff3-496c-b013-587181fdd565
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4303c8e3-536a-482a-ae24-05c6dcfb9140
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,061493da-b82b-4a5d-9127-bba1de337e78
+BD,Bangladesh,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,3effb8f0-dfb5-4a65-81e2-ff4f1d789577
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,963b9c99-debe-4205-b2ac-1b12d53aff23
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fb101c07-1e4a-43dd-a448-f7c2ad86759a
+BD,Bangladesh,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,7d6eb991-83bd-4eee-a586-adbfce7e31e7
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,bce0bdf2-1dd4-497f-8907-ecb676e201ca
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,acad78db-90ce-4ae8-9c0a-24b43e7a5521
+BD,Bangladesh,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,cbb0b43f-a496-4943-9ce7-a5c53e854273
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,47e1d0bb-c621-451e-b16c-0d0a6f9696d3
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c6548f72-caf7-46bb-bda4-c3d40c90a6c2
+BB,Barbados,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,93477a16-e06f-410e-89f8-9fde64adeed1
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c79764a5-216c-4ccd-8231-6e2ce1bf68ee
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b0418e98-a44e-469b-aa37-f349e5b93345
+BB,Barbados,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,9fd9d2bd-bd52-47b5-9ad5-72b0415805f1
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,699b7612-d107-4a2d-b0aa-88ac6ac39fc5
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b85ff463-32a8-4567-a773-dcde7d6960ec
+BB,Barbados,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,96e3265a-c6af-4d37-86b0-3a4150953d65
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2ef67f18-ba1e-416b-aaac-3ca1b42de901
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a6121115-5365-4282-abfc-5828156788a5
+BY,Belarus,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6350bce6-4e63-4e37-a13d-fef5123435cb
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c4452a5a-0434-439b-bb52-ccb381d08946
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,856e8b91-8de4-4b9f-b594-c23c9f0ba470
+BY,Belarus,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,adcc09d7-496a-477e-99b9-1224e6c20679
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8331caeb-db83-45b5-b18a-afc7fae3f883
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,27da49dd-ed58-47ba-ac5a-935f24f6504a
+BY,Belarus,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,fe6dd8a0-ca09-44db-b8d4-0ecb44dd52f7
+BE,Belgium,2022,Production mix factor,CO2,0.11541600000000002,,electricity_consumption,kg/kWh,CO2e_value:0.144,186f3620-5981-4403-b4f8-7bfe64e3a396
+BE,Belgium,2022,Production mix factor,CO2,0.11541600000000002,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.144,fe09a65e-3e78-421a-94f6-9c692ee25aa1
+BE,Belgium,2022,Production mix factor,CO2,0.11541600000000002,,modeled_data,kg/kWh,CO2e_value:0.144,7a4a66fa-a8b1-4f84-a9ac-4926ba962569
+BE,Belgium,2022,Production mix factor,CH4,0.0007261912751677852,,electricity_consumption,kg/kWh,CO2e_value:0.144,e6a3cfe8-149d-4c38-b02b-53974832e652
+BE,Belgium,2022,Production mix factor,CH4,0.0007261912751677852,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.144,b76c854f-fc2c-419a-9c54-c0e78044940d
+BE,Belgium,2022,Production mix factor,CH4,0.0007261912751677852,,modeled_data,kg/kWh,CO2e_value:0.144,2c8c6f84-978b-4c37-8e59-964446976ad5
+BE,Belgium,2022,Production mix factor,N2O,2.6423076923076928e-05,,electricity_consumption,kg/kWh,CO2e_value:0.144,43276715-0fbd-4925-ad02-bf4be7136078
+BE,Belgium,2022,Production mix factor,N2O,2.6423076923076928e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.144,409cbe68-a447-475a-8509-bff92cdeb4d0
+BE,Belgium,2022,Production mix factor,N2O,2.6423076923076928e-05,,modeled_data,kg/kWh,CO2e_value:0.144,a4f81d9d-9083-47d5-bbd4-0b3c08985cbc
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,1ef1ba92-491b-4e0a-bd7b-3af55703264a
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3f3bed58-c2ac-4018-b581-f0a9fbbf29ad
+BZ,Belize,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,091a70ca-1460-40ef-a85b-9a68170e7391
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0197a4de-bc3c-4058-9fb0-c2e88d585d97
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5bb25d68-ba0f-4b5d-9c89-a19429ae5806
+BZ,Belize,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,22b535e4-cd2d-4ccd-bddf-1dfdddc0109a
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,4c79ed20-afc8-47c0-a92c-0f40ff8d38b1
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9eca30d7-57d5-4484-84be-aeff289b59c4
+BZ,Belize,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,54d0f81d-b6df-4639-a7de-f67560baad4e
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a95f6fcc-6b16-4e60-843a-1089f2024b5c
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fefbe19d-eb7c-4587-a68e-220398ca21a4
+BJ,Benin,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6fbc7986-0ee5-4622-8fef-e015e1f4e378
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0ea55090-ea39-4412-9f56-15f30f4226bf
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d0f7b38c-9a02-4a8d-80ad-f4eb5eb8f7c2
+BJ,Benin,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0dc25beb-9111-4199-9665-cea87e8939e3
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,84e6a3e3-4f97-49d1-ae83-bde704a7c828
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c53bc403-8fee-465e-a646-f666ce5c82a0
+BJ,Benin,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,4e4b326e-2d88-4b7c-983b-b0a6593b093d
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a780cc0b-8bd9-436f-8edf-5993352b977d
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,46a309eb-2162-42ed-aee7-64feec04da82
+BT,Bhutan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,3cf140ac-0f40-4a4e-a8be-88b924cb7996
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b4215690-26db-43f8-974e-dc38ac2a1917
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bb7fd7f8-6f10-4fc8-9b9f-4242b87ba8b5
+BT,Bhutan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,95710804-583b-478b-962b-a34cdca4cb1e
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a470ca9e-1331-46c1-ad93-3604a89074e8
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0c50f217-018e-4d3b-a688-676b440d0193
+BT,Bhutan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3177889f-b171-4781-806f-6f7b36b6989e
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,1cf17071-3660-412e-bc8a-06679daad144
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a7715420-14ef-4b29-a90d-80e393b980dc
+BO,Bolivia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,aa959f7b-e53e-4de5-a3ba-17298c713906
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,7b139238-c06a-47bf-913e-f72572f26a4a
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f8b34876-128d-4b49-82ff-b5adc677b52a
+BO,Bolivia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,65ac2d57-ec7a-4c39-a43e-e1b45016f2b4
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c8e508f5-0325-470f-92c0-7cebccfd7414
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b4e01e52-3dcc-4f5b-a5ed-774820ae2f23
+BO,Bolivia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,acfa3438-f44b-4fcd-ba72-1a28b6fe705e
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,,electricity_consumption,kg/kWh,CO2e_value:0.844,4c525115-46b8-4c68-89e1-e43f52e05a05
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,2c3941cd-9e9b-42bf-a442-b6f09385a431
+BA,Bosnia & Herzegovina,2022,Production mix factor,CO2,0.675144,,modeled_data,kg/kWh,CO2e_value:0.844,d2ea47dd-1118-43be-8a10-0021e0483fcf
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,,electricity_consumption,kg/kWh,CO2e_value:0.844,50f442ee-4baf-4f73-a234-a0f99abf77c4
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,ba68759b-39d1-4a75-b3a6-ff9e5cec7b92
+BA,Bosnia & Herzegovina,2022,Production mix factor,CH4,0.004247969798657718,,modeled_data,kg/kWh,CO2e_value:0.844,2817ab66-ef61-4757-a48c-6647fea02dc0
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,,electricity_consumption,kg/kWh,CO2e_value:0.844,64116d47-45ab-4715-b2c0-efaa75e996c4
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.844,a70f6c1a-bf8b-41fd-8885-fbdad5272936
+BA,Bosnia & Herzegovina,2022,Production mix factor,N2O,0.00015456593406593406,,modeled_data,kg/kWh,CO2e_value:0.844,a46f1f39-0efa-45a8-a7ba-9753943c0752
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a879faaa-c436-499c-873c-c7422cc3d021
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0f703783-3cdc-4dd6-9054-844fd8be8044
+BW,Botswana,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,0100d7f1-412c-4d97-a26e-d3bde10451ed
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,85a57a7d-546e-405d-90d7-732a71a35503
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,512d91fa-7a79-4bdb-bd22-e0a1e73d6bbe
+BW,Botswana,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,b10277f8-5c79-480b-85ab-02fbcd04f880
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a8d18d8c-a492-4303-a897-5d4c74adcdba
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,655fdce6-7ded-4541-8d17-bd4aeaca00ac
+BW,Botswana,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,b4e94a48-f8f1-4ded-a8b7-92b6bc4c576b
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,10e51b6a-53ac-4866-9f79-eda80e94c426
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,35af5f7a-18a7-4a2a-87c0-c77fd2f582df
+BR,Brazil,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,12476098-cc7b-4561-bd8f-f7f87082e976
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,6a98d8f6-48ec-4971-be61-00fee17144ee
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0db62b03-c3fa-46a1-8157-bc03ca6cccde
+BR,Brazil,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,4d8a544d-54e5-4107-ba57-886ff9673133
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,42404b51-7539-4bb1-8c72-a6e0eeff261c
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a0d71ecf-d7e7-4ec0-91b7-ea83c7018355
+BR,Brazil,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e6c53206-2954-4a85-b89f-533210918bd1
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,cd3e9fc0-2e75-4edc-99c1-6f72c72eee59
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b5e6e71d-0ccb-4d6f-b029-8f3b4650c7e7
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,eaffe4e1-b642-4a59-8ccd-300fbf6e44ca
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,222c66a4-94f2-48a1-b650-3d6bb1509666
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8844c577-c797-4931-886c-02d49a621f1b
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f19b4620-fe8c-461d-9f2b-c6f090c6fe91
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,84b4916f-d9a1-4c08-b4c3-d99b085db277
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ac7c0475-e31c-4cd8-b195-df16569c3dcc
+VG,British Virgin Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,2bd13277-a87e-44e3-b1f3-13294e037f37
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,1c2c2a71-1ae1-4c10-bb26-0e780c41a113
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2683eee4-f575-4651-b082-da0f8d89feba
+BN,Brunei,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,97d8d302-9005-4d15-8c41-0a01a8da531e
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,08a4ca54-b014-4883-839b-ea9d0fa85501
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a35ff9e2-a999-4829-b5f4-3be1f8ed8ddd
+BN,Brunei,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,64cbb0a0-de92-49b0-a996-d7da61fb0159
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,cec3e62a-cfd8-4ad1-9b9b-312e11499d1e
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6f39a9e0-8199-4b3f-b0cb-fa2bdaf773eb
+BN,Brunei,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,66d7546a-ff12-408b-acf2-7f5beba013ad
+BG,Bulgaria,2022,Production mix factor,CO2,0.41364,,electricity_consumption,kg/kWh,CO2e_value:0.517,f651cc56-857e-481f-941a-2af1df0d0d28
+BG,Bulgaria,2022,Production mix factor,CO2,0.41364,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,31d9b030-a02e-4fa6-bc7a-1fe38672ccb6
+BG,Bulgaria,2022,Production mix factor,CO2,0.41364,,modeled_data,kg/kWh,CO2e_value:0.517,bf425988-23d1-428a-877c-ac2fba749bd4
+BG,Bulgaria,2022,Production mix factor,CH4,0.0026026006711409398,,electricity_consumption,kg/kWh,CO2e_value:0.517,53ceb719-e5e3-4241-b378-14849c2ab81d
+BG,Bulgaria,2022,Production mix factor,CH4,0.0026026006711409398,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,bc33d749-2538-4fbb-9683-f58229140e66
+BG,Bulgaria,2022,Production mix factor,CH4,0.0026026006711409398,,modeled_data,kg/kWh,CO2e_value:0.517,e9b34f43-484f-4d54-8576-6b2d7506d589
+BG,Bulgaria,2022,Production mix factor,N2O,9.46978021978022e-05,,electricity_consumption,kg/kWh,CO2e_value:0.517,ba82b33a-61b3-4383-9e50-bfc51e9bb3da
+BG,Bulgaria,2022,Production mix factor,N2O,9.46978021978022e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,e467d6d6-daea-4655-949e-b36901f0451d
+BG,Bulgaria,2022,Production mix factor,N2O,9.46978021978022e-05,,modeled_data,kg/kWh,CO2e_value:0.517,40bc69fa-3a73-4130-8092-4feb27fd536c
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4bdeb1f3-f0d2-413e-bec7-aaffeeb21aa2
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d7afa453-0672-4ec8-9f8a-d8d2369795aa
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,74510132-c472-42f1-9adc-146bb9b99992
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,950cee06-c377-41c9-999c-23ddd6c30d54
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7d8142ca-8042-44fc-a487-aeb2f24fed9a
+BF,Burkina Faso,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,5e88c04e-bb8b-496b-b2b9-da6be998a4af
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,836971ed-6d62-4571-af2e-ad343c3fe302
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,26fd4bb3-d59b-42cc-8b5c-9c2eb2e080ce
+BF,Burkina Faso,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,11a6bda4-e2c1-4687-8b99-5ff3020729c8
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2386432d-84e6-4e32-aef8-2d2a78529ec5
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,dc6f93e0-10bd-4a24-92eb-b69774d2b9af
+BI,Burundi,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,17273685-e920-40e8-a5a3-f8c0da2ff6d6
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,80176b64-e6b0-48f1-b6ea-82a51e85b367
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,75f859ad-1147-4090-a12a-a6a99bd87477
+BI,Burundi,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f55bd8e9-292f-4877-a98c-0f874378b268
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,5c6e79bf-2f1c-48f1-8ab1-b4e2e2c22efb
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,10c28c11-e7a6-47c8-8a17-0748b240c746
+BI,Burundi,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,bf1d504e-a16d-4123-8f85-e8a6fcc7e2b6
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,73970f4a-a483-43f4-9f9e-7ba1e4265133
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,07c96a1e-ab88-42ad-b690-217a435bf6f0
+KH,Cambodia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c33b7b46-010d-456a-afaa-70991384d8fd
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,884c5e11-ba47-4b04-9203-eb7709e6fa87
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c08aa027-4491-413a-9f46-b5efc4ab3b19
+KH,Cambodia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,db832016-f58c-48d9-bf9b-c4cfd74b1b6e
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8f4bbbb5-2b94-4c20-9238-dd0558700495
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,eaf41b2e-8ef1-4b36-a447-a9e9d4ee3af7
+KH,Cambodia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,57bc9612-5cc7-4636-b499-4a4ee4fce22f
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a7f9d7d5-1a34-4953-964f-4363667a6b4a
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4484f590-1938-4189-bbae-e7e9a108607f
+CM,Cameroon,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c421f56c-0c79-4232-b619-921e2e841c87
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c0e63fb0-bd55-470b-acf9-e94ec3886f07
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a6e223fd-400e-43c1-ba8c-b25cc120248d
+CM,Cameroon,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,8366c69d-c171-4465-bc92-4e297f44e3ff
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,7dc0c007-c2ce-47d7-b7e2-07791b2261ab
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,17ea172f-21ac-4eac-8b5b-19e55dd99198
+CM,Cameroon,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ecea99e3-c9fc-4bdc-bf60-4926ada268f4
+CA,Canada,2021,,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d95e3ea3-9194-4dc2-8629-7c6f8608eadb
+CA,Canada,2021,,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7b27a017-6999-45bd-acbd-149df3fa469f
+CA,Canada,2021,,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,a1fa542f-544d-4a39-a3ec-d7b43f15fcee
+CA,Canada,2021,,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,47073223-93b4-49f6-832b-e0e074847178
+CA,Canada,2021,,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c45f1a0b-85ea-408d-b178-c9983fd85f8e
+CA,Canada,2021,,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,fec7c15a-c488-4975-a63a-64197b30fc44
+CA,Canada,2021,,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8e633dab-d0ff-46e2-bbcf-15be8da96641
+CA,Canada,2021,,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,dda9b817-b267-4ce8-b2a3-8c6a4a6c99e5
+CA,Canada,2021,,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,189d2091-4a4f-4164-9581-8f4481f56e80
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,67bb5baa-d306-4f28-8077-ba45678098a2
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1d773ff1-7fa1-4dfc-9259-7720d51d9416
+CV,Cape Verde,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,176bddb4-0356-447b-87fa-25ff611ecddf
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,9fc1a46d-0204-4718-b9d2-09c22f0c37b1
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,942fd961-81e1-417f-99c0-6e306a6ecb84
+CV,Cape Verde,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,e5a4be67-2c11-468c-be33-eae56939a52a
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,eed24787-f021-47ce-9a2b-bc3102306825
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e0c5bf5d-87c1-4919-9b06-b88e1d67cc97
+CV,Cape Verde,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e60e4222-3664-40e4-b0f4-a5a1e6e2d16d
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,87d3e0a7-e079-4957-9078-5e52581caec4
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7eb394df-b642-4a8a-88da-e0e66c9e1444
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2a870a31-51e6-42f1-a6d4-1c3c58854411
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,046ad5d9-df3d-4016-bcc5-ee83529b8288
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5949d548-d2bc-4cf9-92f2-1163a95edccd
+KY,Cayman Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,272f5e80-4be6-4aeb-99ad-0a1ba0949756
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,14d75e7b-74e5-4d5c-ba5e-16cc9da91d17
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,02daaa8e-94b7-4c84-96cd-5f1eb1e19c92
+KY,Cayman Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a9110797-05b7-4d12-bd76-1437dfc16f5c
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4244bad4-7cc0-45a0-b5c6-56bd08c82b41
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8025028d-05c8-4599-b8e5-1b3fe70191ed
+CF,Central African Republic,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,92b48870-3325-42dc-922d-e6064cc4e9c9
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,a4c5568b-d095-48fe-884f-1f7725320884
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0274ef69-b5a8-4813-bcb7-25bfbeaece6b
+CF,Central African Republic,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,8d1bb8a0-a09c-4664-b3c2-a42270fcc561
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,2b119d7a-9c10-42f8-9af1-fd8a810b8cdf
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,cee8fa79-f982-4e71-9432-dbeb4baca79a
+CF,Central African Republic,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,f048fd70-c71b-4a9d-bfca-938d7f9b93c7
+TD,Chad,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f67ad270-3225-40b2-adbe-2ac068e80378
+TD,Chad,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ee3ae4b9-2136-429e-a540-bb89d2de2a92
+TD,Chad,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,021df31a-81c0-4464-af4e-63a578372742
+TD,Chad,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,efcbbb9f-ad53-4bbf-8889-bbe40f623e9d
+TD,Chad,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7fca1a65-45c9-4806-b108-5fa1196d5755
+TD,Chad,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3d969cec-da72-4129-8abc-b4c2fa9cc5a3
+TD,Chad,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,fac65db4-878d-4d74-9d4c-788832f63690
+TD,Chad,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,54804db5-37ea-472e-9933-b114208fb534
+TD,Chad,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,aa81bce9-4d94-4d1e-9411-4f108c189cbe
+CL,Chile,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,8ab5183a-47ec-4c71-be67-840f3517db64
+CL,Chile,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e1bf1006-c35f-4feb-8608-67d3e7b3832f
+CL,Chile,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,79188c49-932c-4ac8-9f7e-73571d834615
+CL,Chile,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ba5a56aa-d769-41c4-826b-b681dfbbd50c
+CL,Chile,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,66409fe4-2c07-4351-9416-ead81489c70a
+CL,Chile,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2097bec7-d7e8-471f-9939-4b646f040ddb
+CL,Chile,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,22420289-b6d0-4bf1-b2d3-b84d768cc3e6
+CL,Chile,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0b71ad29-af29-4195-bcaf-07ef10f20bd1
+CL,Chile,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,45496857-3bd0-4a1c-81fd-edc45bc95055
+CN,China,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d674ca72-57b0-4bda-a8c0-985b7a3627f5
+CN,China,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,eb928a68-3baa-447e-a66a-78b84ab2d3f2
+CN,China,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5724ac07-fd81-4f58-ad7b-ea5397cdbcbd
+CN,China,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f44a99ea-f42f-4f19-ad74-7c6815f7157a
+CN,China,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6d6361fe-242f-4162-a338-949cec29f9e8
+CN,China,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,1b106c66-fa7a-48e9-849d-f1913d4d6b76
+CN,China,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a7b16346-2619-411a-b18f-6ea3f14ced4c
+CN,China,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5ea78a39-a9da-4ec7-a1ee-06f9177c8359
+CN,China,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,4b9f9c99-c01c-49f2-824c-62974164d01a
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,70b3c4d6-97bd-42f3-92a3-715f847ed7f6
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,24383143-480e-4902-9a26-9ba55a84d0f3
+CO,Colombia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,dac79ded-fb2b-467f-9908-6c532c0dae7d
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,fd54bf25-851a-4242-9b19-ba4cc8ee7a80
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,828076df-fa86-46e5-bdff-56eef17db550
+CO,Colombia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,a60c10cd-98d7-4e28-9261-3a83d0db3825
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,9d2ac841-9058-4d6b-9e4d-82c67070bfd9
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,db69988a-d68e-4140-8119-c301c569b828
+CO,Colombia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,20041dbe-e8c0-4006-99e2-0477a6f9672c
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b8235639-b005-4f9a-afb6-cb9ddea85d55
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,967e3c6d-1bf6-473d-80eb-aa1ce88de918
+KM,Comoros,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5544f113-116e-4922-9f6b-f965a3310e07
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f8ae87f4-43e2-44f1-a45b-a51e9df71f37
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c3243f2f-ac5e-4f8b-9193-37078e0b58b6
+KM,Comoros,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,90806e7b-8c13-440c-9477-e07b511005de
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,fd5b89fd-0c30-4a0c-ba74-e72eba6b1967
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,549b4abc-86db-4c34-89a1-b9dc9066db3b
+KM,Comoros,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e0e3ee4d-dd00-41d7-b062-5b8941d4f18d
+CG,Congo,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,5a43bef5-e9ab-4ef8-bf6f-3b6dec0225e6
+CG,Congo,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,84f959ae-f976-4fb4-a93f-2a7b71b58007
+CG,Congo,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6ed211c6-ebae-4d48-bf4c-bb4dac7405b3
+CG,Congo,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,618ca6b6-4cf7-4758-aa92-fa7b9b0dbdb4
+CG,Congo,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c478e4cd-b7e1-477d-8341-8afa58c3b4f8
+CG,Congo,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,307b4a46-1717-4b5c-98fd-8ed5bdabc023
+CG,Congo,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a52453a2-49bd-48fd-9599-d498683ce958
+CG,Congo,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,738d1a88-bdf3-4876-9bb8-dd784afbcb87
+CG,Congo,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,549e7fab-e088-4cda-ac1c-ef92e23d7fa0
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,70217573-b50b-475c-b9e9-35395f5deb1f
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f04bffc0-dc77-4923-8b40-565479223658
+CK,Cook Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e9b92865-e345-41a8-9885-1912b3027375
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,fb9a773a-f1b1-414c-900f-6ad84804c7af
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f59180aa-fe72-4c99-9f63-f22cadffe137
+CK,Cook Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,48a47ef5-3c95-4617-97ee-6f02efba624f
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3fb602e2-279e-475d-97bd-1e8a085b4326
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d8ea5d27-e206-426c-a4ad-c135c5c0867d
+CK,Cook Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9b6f098f-aa17-40e6-9263-8a72fedd05c7
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ca93a346-fffc-445b-96c8-215c8662619f
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1c79d674-b3fc-4b5f-a0be-007da602d6e8
+CR,Costa Rica,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6b4f3d33-7403-47c8-bcb3-ae60cbe8774d
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0f7923f1-dd7a-42bd-a801-f79776508a1a
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a7741c3c-c64f-4b58-9cde-dc8d393fef80
+CR,Costa Rica,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,d71fe490-a2f1-4cc9-97ae-6f2b10d7653c
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8bae40b0-2727-488b-ac85-29b53b487934
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,92b502ad-d24a-473c-9915-1bbb0ed9c225
+CR,Costa Rica,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,82036363-05bb-428c-8991-47c2f2baafd2
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ecc316bf-b4e7-496d-94d8-2369563997da
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4b0a3187-7384-4383-8ddb-d0c5856eded3
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,38456795-4dd5-495f-a6a2-13277945c819
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e771c697-5b1c-4149-b595-8ff36fbd16f6
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f8cf8d99-a61d-46a8-832c-00c90765908c
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,b8151449-378e-4e48-a436-d18ab64c332f
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c1640d23-b975-43d0-88d7-ccb266865639
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8e4c13d2-64d9-4ef2-a896-ac765e897361
+CI,Cote d'Ivoire,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,fbac28ca-289f-469b-9c11-0a5964b0f8a2
+HR,Croatia,2022,Production mix factor,CO2,0.41204799999999997,,electricity_consumption,kg/kWh,CO2e_value:0.515,bd8cf315-4e2e-436c-88a4-cbcbf706da20
+HR,Croatia,2022,Production mix factor,CO2,0.41204799999999997,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.515,c0ec59f1-dd4f-4ce4-afc1-53bf2b487ef7
+HR,Croatia,2022,Production mix factor,CO2,0.41204799999999997,,modeled_data,kg/kWh,CO2e_value:0.515,5aeeb155-3361-4e45-8501-c32a3a61d7f2
+HR,Croatia,2022,Production mix factor,CH4,0.0025925838926174494,,electricity_consumption,kg/kWh,CO2e_value:0.515,86340a18-1062-4929-973e-54d66dbe00f6
+HR,Croatia,2022,Production mix factor,CH4,0.0025925838926174494,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.515,bf53f91d-c1e4-49a1-b698-1c0d70c27fcd
+HR,Croatia,2022,Production mix factor,CH4,0.0025925838926174494,,modeled_data,kg/kWh,CO2e_value:0.515,d8a30ea8-b5ac-41a4-9c3c-d245b45b5369
+HR,Croatia,2022,Production mix factor,N2O,9.433333333333333e-05,,electricity_consumption,kg/kWh,CO2e_value:0.515,acf22af7-09f9-46ec-af9b-30215f341053
+HR,Croatia,2022,Production mix factor,N2O,9.433333333333333e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.515,868aa7dc-1c2a-4720-ad2e-18791470cb84
+HR,Croatia,2022,Production mix factor,N2O,9.433333333333333e-05,,modeled_data,kg/kWh,CO2e_value:0.515,b1cc58f0-9cd6-49c4-b8b2-5db5ed2cf772
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4976d094-bcd3-4564-9edc-f4d7d71fce2d
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,82688aec-3491-463b-a534-7bb205b18117
+CU,Cuba,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d692de3a-e1c3-4520-b060-b1bc0521e08d
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,23b75812-444b-4dc5-bf33-965b38ffd805
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ec1c1deb-041a-4300-8cea-c53f7c2f6d7b
+CU,Cuba,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,fb73383c-fc5e-43f3-acdc-231e96adae89
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e948bd2f-0627-45a6-ab18-c668574666df
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3ef162fd-df3b-4bc8-8dfa-988b845b908d
+CU,Cuba,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,50da182e-eb67-4ad4-8419-b210a91f799a
+CY,Cyprus,2022,Production mix factor,CO2,0.48591999999999996,,electricity_consumption,kg/kWh,CO2e_value:0.607,049e2b27-f150-41e4-b4f3-a8273c450c05
+CY,Cyprus,2022,Production mix factor,CO2,0.48591999999999996,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.607,c96c7ca0-31d7-4af6-a982-50b2780b7610
+CY,Cyprus,2022,Production mix factor,CO2,0.48591999999999996,,modeled_data,kg/kWh,CO2e_value:0.607,bd58dc64-2cc8-478a-bcb0-f907e5cbc280
+CY,Cyprus,2022,Production mix factor,CH4,0.0030573825503355696,,electricity_consumption,kg/kWh,CO2e_value:0.607,a2769b2d-d769-4da8-b06d-08e3dae4f8e5
+CY,Cyprus,2022,Production mix factor,CH4,0.0030573825503355696,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.607,ca16a26c-49a9-4345-b6f1-e9b220083bd9
+CY,Cyprus,2022,Production mix factor,CH4,0.0030573825503355696,,modeled_data,kg/kWh,CO2e_value:0.607,36a60268-29e5-45cf-af9f-7bd9d95ff3b0
+CY,Cyprus,2022,Production mix factor,N2O,0.00011124542124542123,,electricity_consumption,kg/kWh,CO2e_value:0.607,f9483543-e9f8-4a2a-8cc6-e597fcd3b099
+CY,Cyprus,2022,Production mix factor,N2O,0.00011124542124542123,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.607,622e98d5-1e13-4e5c-8cd4-943f0e98105a
+CY,Cyprus,2022,Production mix factor,N2O,0.00011124542124542123,,modeled_data,kg/kWh,CO2e_value:0.607,bdbb0074-bdd8-4a9c-b30a-e14fff920ada
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5579200000000001,,electricity_consumption,kg/kWh,CO2e_value:0.697,71a066fe-c3e5-4aa8-8776-716d8a483a20
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5579200000000001,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.697,b67d4338-1704-42ea-8246-3e176307172b
+CZ,Czech Republic,2022,Production mix factor,CO2,0.5579200000000001,,modeled_data,kg/kWh,CO2e_value:0.697,becddf11-0145-4663-b532-c0f787403ef1
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0035104026845637583,,electricity_consumption,kg/kWh,CO2e_value:0.697,fba91fa4-d320-4f2f-8d46-d3204f6a8fe1
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0035104026845637583,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.697,01011de6-1b1d-4b0d-a8aa-5e37b8f283f0
+CZ,Czech Republic,2022,Production mix factor,CH4,0.0035104026845637583,,modeled_data,kg/kWh,CO2e_value:0.697,7c6c694e-9190-4d5d-bad7-5b13df9fbb18
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00012772893772893776,,electricity_consumption,kg/kWh,CO2e_value:0.697,d74ee4b9-fe43-41c8-ac44-c79edcd8799c
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00012772893772893776,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.697,5d63396e-81e4-4c9c-8702-06ed4bfd69fd
+CZ,Czech Republic,2022,Production mix factor,N2O,0.00012772893772893776,,modeled_data,kg/kWh,CO2e_value:0.697,0d95dc6d-f639-4639-9321-bba668b1dc5a
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e2757567-d4ae-4f16-97df-4cb601ee1e1e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3136a7ba-e325-4ab7-b189-b42c4441c51e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,79484fb9-d609-4ab3-a88b-84501cb6b738
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,66e236e9-5214-4954-abfa-f9006e701589
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,969d240c-3035-4788-89c9-33b6ec96c82e
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,9b14b327-82a3-4869-b37f-d90276b177ce
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,515814ec-a595-4572-b9d6-b1db3064191b
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1ed8e2b2-f8dc-4b58-9ce0-55817a2bd653
+CD,Democratic Republic of Congo,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3243646a-3da6-498b-99f2-c3e213dbf874
+DK,Denmark,2022,Production mix factor,CO2,0.44592000000000004,,electricity_consumption,kg/kWh,CO2e_value:0.557,1488dc8e-e1d6-4cbe-b76a-55ff3a6605a2
+DK,Denmark,2022,Production mix factor,CO2,0.44592000000000004,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.557,ef77129f-9256-486b-9aed-896d84031156
+DK,Denmark,2022,Production mix factor,CO2,0.44592000000000004,,modeled_data,kg/kWh,CO2e_value:0.557,8d99b113-2baf-429a-b9e6-c4e93eed4346
+DK,Denmark,2022,Production mix factor,CH4,0.0028057046979865774,,electricity_consumption,kg/kWh,CO2e_value:0.557,704b923b-0187-4dcc-9479-49b7c94ddd20
+DK,Denmark,2022,Production mix factor,CH4,0.0028057046979865774,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.557,95d928bb-f69d-4efd-9a49-cdfada9a094e
+DK,Denmark,2022,Production mix factor,CH4,0.0028057046979865774,,modeled_data,kg/kWh,CO2e_value:0.557,86eafb53-b90b-4271-80a7-f9d4f3c7143e
+DK,Denmark,2022,Production mix factor,N2O,0.0001020879120879121,,electricity_consumption,kg/kWh,CO2e_value:0.557,d4bfa935-3503-43cc-aa3a-328c6781cd2d
+DK,Denmark,2022,Production mix factor,N2O,0.0001020879120879121,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.557,5f645a9e-5fbd-47b9-8ca4-b545c6de3595
+DK,Denmark,2022,Production mix factor,N2O,0.0001020879120879121,,modeled_data,kg/kWh,CO2e_value:0.557,1733a309-eeae-43e0-8f84-ee8ed0108b3e
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d3661134-8754-4b3f-b836-27e36f93f1b7
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c056b0b1-7a90-411a-bd03-24b022e6d00d
+DJ,Djibouti,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,71dd627e-5886-40d9-a03d-ea0491e3eda2
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,31d50721-d481-4d3f-9512-b5472a8bd766
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,053f7d3d-d243-4423-970d-fc303b2033ef
+DJ,Djibouti,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0312d9ca-a686-4f4e-831a-711f86dc7c10
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3aa9329a-664e-4dee-81d0-c2e9f018d146
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,46674c9f-081c-448a-9662-98a28a93a169
+DJ,Djibouti,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,91f7839d-cd63-45f4-8c99-07604e7b81a5
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4dd03d19-cd4a-4ebe-a09a-15c617f5f39e
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,68788638-dd41-4832-8174-f1aa3d7ba87a
+DM,Dominica,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5eba5174-acb5-48ce-8be2-27f6f1c332dc
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,780a632f-c2f0-435e-af02-f591cd0b598d
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ced24644-e1dc-470a-8982-168396904111
+DM,Dominica,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6d4168c7-b250-416d-a05e-5f0dff6f5279
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,fa6f9942-3424-4be2-9bc0-15c3ef9f6dc2
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,01acb266-a7be-40b0-8765-e86a6247575d
+DM,Dominica,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,75d3683d-822d-4218-bc7a-7c1bae7cbe16
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,7e2e5da1-f502-492b-89ad-b4f3c51f6df2
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1360b955-e2d7-41d5-9bf1-3bfb1aa726a6
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,757b426b-fa19-4fe6-a03c-e96f399c3bc7
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b960b551-b1f7-4d43-af34-a4a05acdfabf
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,be033915-8f9e-4f47-9b0d-4ca0e6b9f319
+DO,Dominican Republic,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,505960e1-964b-4a2e-8e9a-455d43c8f762
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,7278130b-4c2a-49cc-bcb7-1aa34d7a9ac5
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,62bd3483-6b81-484b-8e52-b301c80d973c
+DO,Dominican Republic,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,c6a45f1b-9ee5-41fc-98c6-3a54b867d118
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f02894bd-6da2-40bb-9cd6-d1a31716b04e
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,01880680-33c6-40ec-a2f6-f44665e911dc
+EC,Ecuador,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7ffc1154-1954-4762-9c4c-01041c8a8fec
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f98b2960-960a-42d6-a1c6-912ca6050433
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0b931576-4338-421d-9f3c-727a6fd9c751
+EC,Ecuador,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,9ae8a639-bda7-4245-9299-75556e25ec76
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a38e6c3b-6e13-4bd4-817e-717ef58f0adf
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e859b964-5093-42f1-af17-cb6efba1bd12
+EC,Ecuador,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3bb51e25-c360-4035-9eea-4bf8b08e72d9
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e92f1fff-6e66-4ef6-ab02-4efa0c36dcf7
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6fb3a240-f9dc-4afb-8a3f-fe85ede6a136
+EG,Egypt,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,a5eca2eb-78ad-49a8-ace9-daf960812d53
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,9ee5c698-3c14-44c8-9496-40ca9ecf2f07
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6e3336be-61f1-4f84-af47-99e558fb3328
+EG,Egypt,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,375aaa00-2589-45ee-bbd5-35d8d59f0ad3
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,6c5de4a4-5b5b-47fb-b9f7-b625b845b335
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,651ee877-0758-41e7-a390-ff154fa495cd
+EG,Egypt,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,aeaf33e6-19f6-4e4e-a543-ff6ae8e3d777
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f6cc97a9-84e2-4c57-b096-f97cf626ee0e
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3e01a3e3-8515-4e89-902a-7a349e729fad
+SV,El Salvador,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,90569953-a2f4-4fb1-8520-db59a9520a81
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b63d6a70-a61f-40d6-961d-e7c294c6aa2f
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0a8ec161-7978-4a7a-96c3-f48e2ac27fb9
+SV,El Salvador,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3ec4c85f-1355-460e-a712-5de6026cc343
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,efc07416-e95a-4d0e-b593-f04b01afa207
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,34eb5275-b54b-4329-afda-90c7b2081f62
+SV,El Salvador,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,0127016f-4a30-400b-9a40-a6a4c956ad2c
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,9f04bbda-e0c0-436f-a1bf-3a54d029abe2
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6895f39f-23fe-4690-b102-96a70cd6e073
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f82f29ae-7154-4d8f-95b1-4dbcb8accb83
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,dc53bfb4-50f9-418b-a53a-06a918515bc2
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d1137e3b-1908-43d6-80cb-376c8a95edc6
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,b3b27d8d-2098-41c7-9b38-27837b5f1e43
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,7f2d073f-c4d2-4606-a0e8-626151956262
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,65bffdcc-ded6-45b4-88f9-b5c3c183ddab
+GQ,Equatorial Guinea,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,721fe230-1114-4ca6-8d0f-2628104f1bb0
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ee5a8f4a-b153-46b8-a3f3-5d48e8bcd0ab
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1a9d9860-4ecc-45f8-820c-b5068ba50709
+ER,Eritrea,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f80ffe93-6b2b-4b50-b78e-15c452838a27
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,725cb84f-4dd5-4523-8fc4-ed9df2d0b68f
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,121de1b5-8bb5-43ca-a3fd-0260746669f4
+ER,Eritrea,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,a8f2f088-7415-4266-aa8a-3a50b4117fc5
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3b698b0b-e454-4b5b-bf32-875cff9eac19
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d310de82-e82d-449b-a117-4b3afc40fe66
+ER,Eritrea,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,d273bb9b-c677-406f-9ee2-1404d3e55a5f
+EE,Estonia,2022,Production mix factor,CO2,0.572144,,electricity_consumption,kg/kWh,CO2e_value:0.715,99033c19-5310-43e1-8484-e6034ad641b0
+EE,Estonia,2022,Production mix factor,CO2,0.572144,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.715,d1bcbef8-caad-4e1a-b810-f91761f6f985
+EE,Estonia,2022,Production mix factor,CO2,0.572144,,modeled_data,kg/kWh,CO2e_value:0.715,012447d1-1437-4402-93ca-7d5445610d57
+EE,Estonia,2022,Production mix factor,CH4,0.00359989932885906,,electricity_consumption,kg/kWh,CO2e_value:0.715,1727e087-3678-47c9-89ef-c3d6709cba97
+EE,Estonia,2022,Production mix factor,CH4,0.00359989932885906,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.715,fd35bd3e-9789-4d06-853b-e2b10c701559
+EE,Estonia,2022,Production mix factor,CH4,0.00359989932885906,,modeled_data,kg/kWh,CO2e_value:0.715,a0111216-ba68-4d23-883a-eedb422032b1
+EE,Estonia,2022,Production mix factor,N2O,0.00013098534798534797,,electricity_consumption,kg/kWh,CO2e_value:0.715,3ffc306c-6802-40e7-88a2-e8cf3a5aef1f
+EE,Estonia,2022,Production mix factor,N2O,0.00013098534798534797,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.715,a9387c07-f690-4456-881e-7e654439c497
+EE,Estonia,2022,Production mix factor,N2O,0.00013098534798534797,,modeled_data,kg/kWh,CO2e_value:0.715,155cb51d-3724-4a50-96d8-575a9ed36873
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,95dcba8e-0c70-4bce-8e3b-1a95fb7af7a2
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,570f6bfa-98d0-4f9f-a586-aab5dde49b2a
+SZ,Eswatini,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,90ee9073-bb9c-42ff-9d04-fcf5cfb21d35
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,7cc5e56a-532e-4944-84f8-c37630cbc953
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,319c3efb-de53-440a-8d08-0c8f44f83825
+SZ,Eswatini,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3e7c086a-ebeb-4fa1-bbe7-9aaa01bc8fde
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,559768e5-e36e-460e-a6e0-f194800edf1c
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8ec6048a-c396-408e-abdd-1d815a02b721
+SZ,Eswatini,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,1e42725f-f415-45a4-a6f2-83ea71ec60e8
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f606cf3b-0c0a-477e-9c48-c763d0960c07
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,607e525b-ac03-4b72-984f-d8915cea34ee
+ET,Ethiopia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6b071111-5444-4ce8-95e2-21ada4dc736f
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,284c5ad1-37a5-4f5a-9127-3345163b7f5b
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6c8c003d-1638-4989-8edb-0542e8919e7e
+ET,Ethiopia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,c807d879-fb7a-45c5-8925-085fb1cc0c7e
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,26749161-75a8-4667-8764-e51aef9e6f8a
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b111e4e7-bc8c-4344-8db4-f2c28391ba51
+ET,Ethiopia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,28a0d4c0-52c4-4a08-9abe-03363f82b407
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,26902d21-fba1-4366-a2ea-de11434f7608
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,cd651a18-b320-4598-9125-fe9a2cb8667f
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2e35f3ba-2afe-44eb-8216-33e8c9541781
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,41d7bb16-0ee2-4f50-a204-bc5d9686fc89
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,181092e4-d782-48af-875d-ae00bb160855
+FK,Falkland Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,af283811-9df0-404d-88f6-3c767ad02510
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,9989ea9c-319f-4e5b-a72f-b70b99994da6
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,62198ce8-3428-40a5-9c3b-a68fdce78e12
+FK,Falkland Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,22d719df-892f-49e5-a077-f828b7745bda
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d0a991cf-aece-4139-aff2-e26d6122ec0d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,68e6cf1c-7c43-4ee0-bcbe-91c11c89e90a
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,98643c84-3a26-4067-96cd-340c85ade4d3
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f9e5f48b-d9b0-4e1a-a92f-103c377ecb1d
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1a254283-3ece-4eb2-89d1-245461ed9623
+FO,Faroe Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ba454193-79a9-4980-aa03-59f2b00d9e48
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,6516731e-4775-4cc2-b73b-1bd0f1fb4fdb
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2afc5273-4db3-462c-9dcc-2264c81f571b
+FO,Faroe Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6a70c1d5-00bb-4a3f-a093-2bfe2ad3e2e4
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d2fd9030-30b4-4a27-a79f-904b9f271a45
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2a7de992-a55a-4e5c-902f-34c0278bbea5
+FJ,Fiji,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bb0cd584-0af4-4e06-b836-47a86d669239
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,90e9641a-9808-4297-8842-8f6de47ee2e6
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2b3fc078-a555-4c2f-b560-9ddb9b238aa4
+FJ,Fiji,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,1495fd30-3040-4cd0-9fd6-f17a86298f31
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,170e3c03-0cfb-423e-a537-97a2f7c665e1
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9ff01b47-6f9e-4ee1-acbf-e61687632d89
+FJ,Fiji,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,237c15b7-f594-4538-ae3f-2bfee990bf09
+FI,Finland,2022,Production mix factor,CO2,0.416616,,electricity_consumption,kg/kWh,CO2e_value:0.521,7ca67fe8-884c-4343-b212-4ea9c898f865
+FI,Finland,2022,Production mix factor,CO2,0.416616,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,c3e10941-6ae2-4551-8182-6e1c8d828653
+FI,Finland,2022,Production mix factor,CO2,0.416616,,modeled_data,kg/kWh,CO2e_value:0.521,7413bb91-5eff-4efc-b9eb-75fd5763c4ab
+FI,Finland,2022,Production mix factor,CH4,0.002621325503355704,,electricity_consumption,kg/kWh,CO2e_value:0.521,eb8f246e-2cb4-49bf-807b-1b1a109bf75c
+FI,Finland,2022,Production mix factor,CH4,0.002621325503355704,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,894c8cc5-16f9-41ba-99c8-24dfe7573d4c
+FI,Finland,2022,Production mix factor,CH4,0.002621325503355704,,modeled_data,kg/kWh,CO2e_value:0.521,3d481e76-8502-4609-a55e-1a88391ab0b4
+FI,Finland,2022,Production mix factor,N2O,9.537912087912088e-05,,electricity_consumption,kg/kWh,CO2e_value:0.521,4a0df669-49ba-4607-8604-02ace2e8b56f
+FI,Finland,2022,Production mix factor,N2O,9.537912087912088e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.521,8cbf0fe0-8cce-4613-af55-ad54347424e5
+FI,Finland,2022,Production mix factor,N2O,9.537912087912088e-05,,modeled_data,kg/kWh,CO2e_value:0.521,7ec324a5-9d2a-4332-8e8e-18c6acb034aa
+FR,France,2022,Production mix factor,CO2,0.099968,,electricity_consumption,kg/kWh,CO2e_value:0.125,c99d1aff-c034-4ae2-89ad-6ba0cbdb8f96
+FR,France,2022,Production mix factor,CO2,0.099968,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,b6fe9cc3-1a46-4a43-aa51-a454b891f5d9
+FR,France,2022,Production mix factor,CO2,0.099968,,modeled_data,kg/kWh,CO2e_value:0.125,df811da7-1a3b-4c09-93f0-36374dbc02fd
+FR,France,2022,Production mix factor,CH4,0.0006289932885906039,,electricity_consumption,kg/kWh,CO2e_value:0.125,42228215-2717-4908-b180-2cec7bc92e40
+FR,France,2022,Production mix factor,CH4,0.0006289932885906039,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,36c38b6a-c1c4-433a-a927-5f5d4bb6a9d7
+FR,France,2022,Production mix factor,CH4,0.0006289932885906039,,modeled_data,kg/kWh,CO2e_value:0.125,2e7b39fc-2dad-4a5f-b9ae-21ab7038c94a
+FR,France,2022,Production mix factor,N2O,2.2886446886446885e-05,,electricity_consumption,kg/kWh,CO2e_value:0.125,32c4e9a6-02bd-4c55-a085-4a4f68c8fc05
+FR,France,2022,Production mix factor,N2O,2.2886446886446885e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.125,1329f383-8aba-4827-86fd-5beac7d5dfda
+FR,France,2022,Production mix factor,N2O,2.2886446886446885e-05,,modeled_data,kg/kWh,CO2e_value:0.125,d5eb552d-b439-4dc3-97b7-d9df2a5ac422
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,951ea183-7e47-4ecc-b5fb-386025471263
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1f5c70cc-d10c-45b3-9f99-acfac806d522
+GF,French Guiana,2011,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,06e4858f-e912-423f-81a9-2e7399cebb6a
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,5a2eb8f4-1a41-41fc-8c9e-68b736e11dd2
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,649df841-6307-46a4-9060-a2dc8bf1ab5c
+GF,French Guiana,2011,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6e6c3f7e-1f69-4d39-870d-5042e108a896
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3366cf77-be44-454e-b87a-be72a921ab50
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4dccb6d9-484b-4eaa-912a-cd60c9c59131
+GF,French Guiana,2011,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,574fba98-d1e8-4b36-a601-5042907e4afe
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,8fa16685-f15a-4b6e-b7b2-70a7a5240442
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,47736c6f-8c7f-4996-9e3f-7e43adcfb0ea
+PF,French Polynesia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6360bfea-77b8-4124-a041-da4cc41733eb
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,55dbec34-9315-4ebf-97de-08c56b0ab91e
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,81fc408f-eed7-4ba6-a40f-920cb61a3ead
+PF,French Polynesia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,aa406c5a-254e-4b69-aeb6-67cc36f71a5c
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,0bdd5334-e732-4205-b2ed-b19c58ea1f6e
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8bc57e46-f0c6-4f21-96e0-0927da12cc23
+PF,French Polynesia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ac38b327-e6cd-4226-8262-c51e48c758d6
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,602f3186-334c-477c-9805-ab430a450d16
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,85bdb2b5-27f1-4291-ae27-a42061ec9be7
+GA,Gabon,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6fb02c58-49bc-48f5-a62f-c073c6727a0a
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,400ab1f1-1ac5-486b-8077-28284c0d9c62
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c1608eff-4fb1-415a-bf91-992571c662ed
+GA,Gabon,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ad979c49-8442-4929-8b04-051eb26a836b
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e69888e4-7b6b-43fe-88a8-7b2deb087bdd
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8dc79a22-8be0-400a-9f90-5952b3f0306d
+GA,Gabon,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6f223f76-ce07-45c1-92b7-71fbe66fd0ad
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,7e087931-0232-4832-951f-3bed2e8f50e4
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a37a1f43-588c-43e0-ad83-874fc020a506
+GM,Gambia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c7887a3d-7311-4d69-9ae1-112034276e11
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,189ed5ee-bd32-4256-a542-88e669c2b1d9
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,340f23fa-cdce-4ff8-bcab-3c90141b1fc7
+GM,Gambia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,462b3d75-9ea9-4b7e-87c8-75f9b71864d3
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,55b784d3-00fc-4892-9491-11e752eb9f31
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,dbc98f81-249b-4d9b-a638-b2a442ac35d9
+GM,Gambia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,71bd4472-d25b-4e71-b355-0382b96fff69
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,37876ba6-cb1d-498d-a505-8ca2bf02bf21
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,619ed783-d93a-40aa-8d3e-0fdcf784709b
+GE,Georgia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,79dbce30-0c40-45a1-a7ff-f3c0c450d35e
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,809afd8f-6162-444b-adf4-a64d07b4350b
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,43f5b469-e5ca-4e73-8419-40e825273d88
+GE,Georgia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,7fe716da-4e8f-4aa3-a700-ddd8269854ea
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,47e8f2f0-b382-496c-8134-5c75d3b0c34f
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ec5d23da-82e6-442f-bf31-6e61ff636aef
+GE,Georgia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9e0d89c1-0ceb-47d6-92d5-9923ea6ed57d
+DE,Germany,2022,Production mix factor,CO2,0.547224,,electricity_consumption,kg/kWh,CO2e_value:0.684,4e6f5257-29f1-4db3-b23f-a4ce65336ab1
+DE,Germany,2022,Production mix factor,CO2,0.547224,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.684,f911323f-3c68-4ba5-b80a-b508d8065015
+DE,Germany,2022,Production mix factor,CO2,0.547224,,modeled_data,kg/kWh,CO2e_value:0.684,e206969c-03b6-46d5-9d3c-df484a291f4e
+DE,Germany,2022,Production mix factor,CH4,0.0034431040268456375,,electricity_consumption,kg/kWh,CO2e_value:0.684,2b067892-f828-4c01-81de-81ef6bf865a8
+DE,Germany,2022,Production mix factor,CH4,0.0034431040268456375,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.684,613f3aed-39b4-4ac7-acb1-a4b8e22b8586
+DE,Germany,2022,Production mix factor,CH4,0.0034431040268456375,,modeled_data,kg/kWh,CO2e_value:0.684,08864e80-17fe-4b39-873d-50490f437c73
+DE,Germany,2022,Production mix factor,N2O,0.0001252802197802198,,electricity_consumption,kg/kWh,CO2e_value:0.684,6599a01e-a278-42d3-a2b9-298cbb3a6d75
+DE,Germany,2022,Production mix factor,N2O,0.0001252802197802198,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.684,a6480e0c-568b-4c28-9c08-4bb5b5b6512a
+DE,Germany,2022,Production mix factor,N2O,0.0001252802197802198,,modeled_data,kg/kWh,CO2e_value:0.684,04c16095-5103-4049-b742-83a26bc834ad
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,632ebcf6-f8b4-4823-8a91-b78861d0b236
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,00579c8f-d812-45d5-8f12-e515b92173a5
+GH,Ghana,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bd851c50-0b2f-4ffa-96ab-78f79a7dc079
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,26164bb7-731e-498e-b85a-b5752b83c45b
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3555402f-0726-4823-baa5-29bff1cc50b9
+GH,Ghana,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,cb6d20be-fc24-441c-aaee-a50f701f6356
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3110df20-eb4d-4a93-a1d8-0ff26e265532
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5c329234-b48d-486d-b125-6c770a6bd408
+GH,Ghana,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e957737b-8b47-4c43-a438-6b09a65c4287
+GR,Greece,2022,Production mix factor,CO2,0.425104,,electricity_consumption,kg/kWh,CO2e_value:0.531,986e31e2-4572-49c8-8dfa-fb44da5001af
+GR,Greece,2022,Production mix factor,CO2,0.425104,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.531,75f49529-05e5-4ffd-a697-fba927ee1c40
+GR,Greece,2022,Production mix factor,CO2,0.425104,,modeled_data,kg/kWh,CO2e_value:0.531,772a8735-301d-4a5f-b089-93ed0d93e2f5
+GR,Greece,2022,Production mix factor,CH4,0.0026747315436241605,,electricity_consumption,kg/kWh,CO2e_value:0.531,70c272c3-c55d-4ef7-81d2-426a912e0994
+GR,Greece,2022,Production mix factor,CH4,0.0026747315436241605,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.531,cadeffc4-1a7f-4371-baec-ef8c4fe2c3ce
+GR,Greece,2022,Production mix factor,CH4,0.0026747315436241605,,modeled_data,kg/kWh,CO2e_value:0.531,a4da84c8-e8d6-4f95-b956-06f225b74b59
+GR,Greece,2022,Production mix factor,N2O,9.732234432234432e-05,,electricity_consumption,kg/kWh,CO2e_value:0.531,8d32af16-46ff-41e4-adfb-e3d7ca3784c5
+GR,Greece,2022,Production mix factor,N2O,9.732234432234432e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.531,caed8010-f5b2-4563-a4f9-ebae2d389b27
+GR,Greece,2022,Production mix factor,N2O,9.732234432234432e-05,,modeled_data,kg/kWh,CO2e_value:0.531,91f662a3-7586-4e12-a28f-736032a4f467
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,209681ee-287c-4aa6-9d38-9ed718485f91
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,66029476-b4c2-4b16-8e3d-e1dfaf0e7cab
+GL,Greenland,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,b01877c3-6377-4726-9a8a-44cf52aade10
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ad919741-5097-42c6-95c1-cfe0555177cc
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,066f51c7-ee27-43b9-98e7-16b1962881a1
+GL,Greenland,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,5b8c2516-2ca4-4d9c-ad5a-88c8b333d0e7
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,21db8095-7938-49d1-9ff5-22c566a667aa
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a2523e45-b31a-4c78-8595-e7c9c1081e0c
+GL,Greenland,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,928d848a-50fe-4600-8602-0ec8962adbe5
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,df32c32f-29b7-48ce-b3a7-242340af0964
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,eb699876-0fab-4b53-a9e8-f3c067416650
+GD,Grenada,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e865299c-897f-45eb-86c0-9389b6733c14
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,005f99e5-fa1f-4158-a12c-a76e0a253f32
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,be5b3600-e574-4b02-8353-e246b3785af1
+GD,Grenada,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,340f0cbb-dfa1-4eb2-bb5c-2b749e78801c
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,083222af-63f4-4813-81ee-38c30dbbc607
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e18b9962-b976-4814-9739-64379de388fd
+GD,Grenada,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,cac95cf4-e5f2-4943-962e-418ab4d5df5d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,87acaa15-242f-43bc-81b1-213b878c94da
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8ff504ec-e8c2-4d6e-a88d-5ee7ca7a6a4c
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6800b35f-91e4-4188-a1f5-cd16a31007e5
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f197c6bf-9467-40e2-a4d4-b7df6ece6e1d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8fb017c3-d39f-485f-bf10-553530f7c90d
+GP,Guadeloupe,2011,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,7371b2ca-9f93-48cf-a637-b879ed7ad9bb
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c192a1a1-4509-404f-91b9-3a3330272d54
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2adf892a-7f91-4277-b10e-1f0d2021f209
+GP,Guadeloupe,2011,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6858f7fa-316b-4e8a-9a96-09c82b0f0032
+GU,Guam,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,acea669d-4789-4c28-82ba-a70878772f33
+GU,Guam,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,08e6d756-17e2-4268-9742-2cfaed05799e
+GU,Guam,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,3f25bdec-5c42-473c-8a6c-8f2e384bfb2f
+GU,Guam,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,96ce274d-813f-4117-a251-5865503ff836
+GU,Guam,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1759313e-83bd-48b6-a0a5-c82fd678841c
+GU,Guam,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,5dcd1546-ad33-44b9-9c8a-79a663ff029b
+GU,Guam,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,150f7ee2-6248-4220-aca6-ecbb05cc626d
+GU,Guam,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,89b46c88-4ea1-4c4c-b5f3-0e1507690834
+GU,Guam,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6ce39ebc-07ac-413f-a422-13ca99771a19
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,5dee7e6f-c723-4c87-b097-2aaecacca479
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7b5de1f2-030d-4e85-82b6-fed4be835200
+GT,Guatemala,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2a14d223-dc93-41f5-a77f-6ecaacb1ebd2
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,5a7b099b-ec47-4c2e-bf3f-e68690a31fd8
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ddeab676-ac60-462b-822b-1ebadf41f5e1
+GT,Guatemala,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ebe5059f-b0f8-4ed4-9ae7-b9a281aed889
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,896cac90-4a98-48ac-844a-2f6661da1132
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9edbf97c-5bda-4cb5-8a34-e400374480ec
+GT,Guatemala,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,45c89a29-279d-46af-80e0-bcf561d8656e
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,237dbf51-379b-457d-a13f-9411e2d5d051
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,36af7c78-e657-4f1a-bc55-c0054db8c3d0
+GN,Guinea,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,82f789ad-7a6b-42c8-a03b-d2cb51a6bb34
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,4f0f2c25-8433-4d47-bb48-f6ca2595d1d7
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,13debef3-e426-428f-9378-76a24113acbf
+GN,Guinea,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,51516a6a-ba3f-4c7e-aecd-231c4f1da45e
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a23a2b94-aae9-48f9-905d-cf45bb92f401
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c35e4e4f-d79c-4a11-baa8-db84529babc8
+GN,Guinea,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,36ec9e28-91a2-4e97-97e5-6e655283f93e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b5a24a8f-6c77-46aa-a685-f7fc3dab694c
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,207b10f8-7827-448d-b5cb-5fdd1342910b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2c60ad5d-b07b-426d-ac75-292699a5458e
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,62a530eb-7d36-4048-bc66-dc25fd6c1314
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9eb3f1a6-1d1d-4a77-b100-542a30ca4ec7
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,def06498-9df5-40db-bd5b-c230f0b5de9b
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,278db7b7-1f62-46a4-92a6-7d40f9c83255
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,50fee6c0-6bb0-4762-b27e-ffdbf280b1e0
+GW,Guinea-Bissau,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,59db407d-89e9-48c5-b4bc-0bfa42f70ced
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e7b87081-1ae6-42ba-b172-860aa23a2e48
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,774c0d03-e7cc-4dbf-ad3c-20f2c26474e9
+GY,Guyana,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,3b89424c-fc31-4991-b333-179de01e5e7e
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f3eba86a-20d9-4cf5-a402-52424bb0f739
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b326a938-20bf-4a1f-9a58-399b69291487
+GY,Guyana,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f39ca461-08e1-47b7-a66d-2f07a3ce66c9
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,bce00a52-dea4-4514-85ae-2e34149a6681
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9323e0b3-4c35-4d19-8c9e-cf33f80131cd
+GY,Guyana,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,95c8f3b1-623d-4dec-8807-35f65b898227
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,1878142e-93e3-4be7-b82e-b1d8b46aa03d
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,95f6b956-caa8-4144-ac1e-b2977f045871
+HT,Haiti,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,55cb26fb-b6a8-4e6f-aae3-5cbb73fa1c0d
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,82ba1d8b-ba5c-4525-b7f1-66b5768a2599
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,082d942a-9eb0-404a-81b0-c0924e285567
+HT,Haiti,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,db5ef7a0-0293-4d18-a5b5-cd56fffa0e79
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,84552071-450b-4796-9d6d-bb861bba4c0b
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ad57f212-1f05-4403-8305-5d1c701e817c
+HT,Haiti,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,4e266c0f-8c13-49ea-a848-90a3a65ad782
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,7237ed12-339d-4a69-8f39-583e75a2a382
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9732b02e-ecf4-460d-88c9-c7eca8e07c55
+HN,Honduras,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d81ac631-4260-489f-a86e-49edf92c26f6
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0c718fdb-876b-4a56-902f-d42ff31db927
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fd8535d9-2d04-4163-aaff-849e863e4d62
+HN,Honduras,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2898a3e3-17a5-4d1e-ac15-13d460a61ed0
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8a05ea9a-fc26-4708-97b1-834b66b82097
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,33f1bebb-9466-48c2-b885-f80a8e84b9c5
+HN,Honduras,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3278eb0c-5145-481f-a3e5-cabd9834b809
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ac34760a-fe75-4c6b-aa1d-509affad5406
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c5f22208-0702-4570-869d-8156d903f475
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7104fcce-4a29-4522-977b-6bac7240f233
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,4feae7d6-5ba8-4141-b2b5-db37f7845d0f
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6edcb6f7-a312-45f8-9680-8ee282020b1f
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ea2cf0dc-9d57-45a3-bf3d-27fb40fd5e4d
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,5d0b616f-9564-467d-983c-85c48e1690d5
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8deadd61-8e30-4ef8-9cc7-1ecbd7d7bf82
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,742845e4-a3ad-4468-842c-5335f5369426
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,690136a7-8b65-417a-a124-baae73d0589a
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1b48c779-0946-4f00-b692-1726c72bc4c8
+HK,Hong Kong,2022,Combined generation and T&D factor,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,47943f02-51ee-4b74-a8ec-f5f97d10a0ca
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,9d5bd326-d656-42d4-8b7e-1653d1c0d346
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3fef35a4-b0b2-45db-ab3b-4dfe485b9fdb
+HK,Hong Kong,2022,Combined generation and T&D factor,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,aba94da8-f18d-46e0-85eb-24e59caa5513
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,5ac0654c-ddce-44ac-aea0-d9473373a0d7
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f5ae814a-3e25-431e-ab3c-a0dbdeb8aef2
+HK,Hong Kong,2022,Combined generation and T&D factor,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,45cc5b90-ab33-4664-8427-26edd12a4aca
+HU,Hungary,2022,Production mix factor,CO2,0.255968,,electricity_consumption,kg/kWh,CO2e_value:0.32,0e4db6f5-3516-467e-a4f7-ccec2d42ad41
+HU,Hungary,2022,Production mix factor,CO2,0.255968,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.32,8f4b7757-8fdc-404f-9a10-448b980fe9f6
+HU,Hungary,2022,Production mix factor,CO2,0.255968,,modeled_data,kg/kWh,CO2e_value:0.32,96279fcc-e61f-4082-ab39-e311c96b9eed
+HU,Hungary,2022,Production mix factor,CH4,0.0016105369127516777,,electricity_consumption,kg/kWh,CO2e_value:0.32,543b8bd2-80d2-484a-b799-918e1df046f4
+HU,Hungary,2022,Production mix factor,CH4,0.0016105369127516777,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.32,392a9821-e0f4-4b1c-b131-7ce94bf99786
+HU,Hungary,2022,Production mix factor,CH4,0.0016105369127516777,,modeled_data,kg/kWh,CO2e_value:0.32,630f2918-9d4c-4470-bcd2-60d1c839dff9
+HU,Hungary,2022,Production mix factor,N2O,5.8600732600732595e-05,,electricity_consumption,kg/kWh,CO2e_value:0.32,19fa0ce2-8272-417a-bbd6-76b4e412ff63
+HU,Hungary,2022,Production mix factor,N2O,5.8600732600732595e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.32,9a3e85f3-6d8d-431c-a628-6a3f023e70f1
+HU,Hungary,2022,Production mix factor,N2O,5.8600732600732595e-05,,modeled_data,kg/kWh,CO2e_value:0.32,f27fb5bd-159d-48b5-97a6-81257bf7d95e
+IS,Iceland,2022,Production mix factor,CO2,0.42503199999999997,,electricity_consumption,kg/kWh,CO2e_value:0.531,f49afe5f-c11c-4e05-9017-a06f828ec3eb
+IS,Iceland,2022,Production mix factor,CO2,0.42503199999999997,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.531,012b6d4a-36f3-4a73-be48-fd0297972efd
+IS,Iceland,2022,Production mix factor,CO2,0.42503199999999997,,modeled_data,kg/kWh,CO2e_value:0.531,e13b6eb8-f202-43c5-ad07-3d4d07d63802
+IS,Iceland,2022,Production mix factor,CH4,0.0026742785234899324,,electricity_consumption,kg/kWh,CO2e_value:0.531,7e6ff49f-572d-4b0e-b0a5-d046d8b83649
+IS,Iceland,2022,Production mix factor,CH4,0.0026742785234899324,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.531,3dd9dde3-af08-45e0-b36f-efac2bd2de89
+IS,Iceland,2022,Production mix factor,CH4,0.0026742785234899324,,modeled_data,kg/kWh,CO2e_value:0.531,23841b8e-f50a-4d06-80a2-1ce4b5bc1ba8
+IS,Iceland,2022,Production mix factor,N2O,9.73058608058608e-05,,electricity_consumption,kg/kWh,CO2e_value:0.531,2c1a8feb-2ba3-4da5-a511-6a0764de70ed
+IS,Iceland,2022,Production mix factor,N2O,9.73058608058608e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.531,b606c954-5dc9-45c9-b6f2-644ca1aa3359
+IS,Iceland,2022,Production mix factor,N2O,9.73058608058608e-05,,modeled_data,kg/kWh,CO2e_value:0.531,511a44f0-4022-4196-bb9b-aaa00ad94226
+IN,India,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a57de1c9-cafb-4398-9e7b-0bac0eb5d3a7
+IN,India,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e0ea77c5-2c2e-4256-889b-c3f9b03f298d
+IN,India,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,a14e41ca-6633-4da7-a9d9-546331ad5d9e
+IN,India,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,8c92529e-c1e6-43af-98e5-2e48c58352d3
+IN,India,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e9d5cd64-2528-4f9c-b17e-156726666845
+IN,India,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,e4216b18-2b7f-4b18-a5ef-6da2741e36c7
+IN,India,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ad092760-7c6a-4a9f-bf87-c0dffd8268e5
+IN,India,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,05a1c7fe-5fd5-4d4c-aa8d-22d98aff688b
+IN,India,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,65db3e8e-2330-42e2-af38-bdd853d5e4c4
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f80eac9b-6828-4e9b-b0b3-6bd7a4715dd0
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bd7626ef-1306-4bc9-829a-672152e99fb5
+ID,Indonesia,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5420ee43-08e0-4165-9995-9386ae0ffa8b
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,62dc6c25-f38a-476a-9d96-bb6cc958e230
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,215bda18-6c50-4172-aa69-e2022bd48003
+ID,Indonesia,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,dc9d8c13-135b-4470-b759-c709d9bc8e77
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,d3258b88-0aae-43f5-b8d3-1a15856f3147
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2e2fc69a-0a79-421b-9345-ba8676e87d90
+ID,Indonesia,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6ec2dc5d-123f-4d38-8f88-2bdf256ace18
+IR,Iran,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,197553f0-6ebc-4306-be07-2ae9e164ec3c
+IR,Iran,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,670cf64f-784c-42c8-a861-64e4524a7726
+IR,Iran,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,a9d136c4-2100-42c5-a687-ab6f15271287
+IR,Iran,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,d48f6442-3230-437e-b5f4-aa88c21e0207
+IR,Iran,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9a1d7cac-652f-4b15-b774-6a66616f58ac
+IR,Iran,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,b06bda92-28c1-4f49-823b-700ac5eb0466
+IR,Iran,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,d999ad2b-6275-4708-afa3-46da831e069b
+IR,Iran,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,03bbe286-5fca-4582-9ae4-a0f2a49b8f3f
+IR,Iran,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,2dad731f-a401-4d61-929c-7c81c7753c7a
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,70ec3371-abeb-4b33-baf7-497474534acb
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,af2fcf47-9c4b-4dd5-ae02-fb33d2bfc81d
+IQ,Iraq,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,0a8e2acc-a636-478c-9e15-d33607064b97
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,2a348c3b-3a17-430e-bbd8-04000521566a
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5283e2f3-159e-4fb7-b751-ff5facb0d486
+IQ,Iraq,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,e0444a6b-0c34-4401-8393-5cd642b72250
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,b4a80f7b-82a0-438a-b5e5-2189820f280e
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1dd1a398-48da-400e-bb98-024083f0c788
+IQ,Iraq,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,dee28472-b74a-4e2a-befa-3b275c931ef4
+IE,Ireland,2022,Production mix factor,CO2,0.379872,,electricity_consumption,kg/kWh,CO2e_value:0.475,46e85b08-c7ef-4eb6-8007-35d18dc1e24a
+IE,Ireland,2022,Production mix factor,CO2,0.379872,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,88dc1a40-96bc-43ef-8ac2-16b1d5689051
+IE,Ireland,2022,Production mix factor,CO2,0.379872,,modeled_data,kg/kWh,CO2e_value:0.475,60ce4345-3a2d-4975-9999-f611d133b145
+IE,Ireland,2022,Production mix factor,CH4,0.0023901342281879194,,electricity_consumption,kg/kWh,CO2e_value:0.475,6e12def8-a104-4f96-a81d-d0adacde6a03
+IE,Ireland,2022,Production mix factor,CH4,0.0023901342281879194,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,f1e2780b-b7e6-412a-a038-46e3ee3da494
+IE,Ireland,2022,Production mix factor,CH4,0.0023901342281879194,,modeled_data,kg/kWh,CO2e_value:0.475,9d136198-bfa3-4866-9705-ba1ef36da058
+IE,Ireland,2022,Production mix factor,N2O,8.696703296703296e-05,,electricity_consumption,kg/kWh,CO2e_value:0.475,dd0ca0ec-025d-4b7b-a89d-2d3fcb34b077
+IE,Ireland,2022,Production mix factor,N2O,8.696703296703296e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.475,ed5de5e1-3b67-44b0-843b-f6c0e654acf9
+IE,Ireland,2022,Production mix factor,N2O,8.696703296703296e-05,,modeled_data,kg/kWh,CO2e_value:0.475,65f090a6-3523-4506-b075-425a588bce9f
+IL,Israel,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a14cceaf-8703-43cd-a7e1-39e9ae009ed4
+IL,Israel,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,df3ac410-4053-43e8-adae-b070e488ae2b
+IL,Israel,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,53e31425-1440-4a91-aaa9-1aa77da64cac
+IL,Israel,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,57dbd34e-c81b-4900-ab4b-e942e60d85cb
+IL,Israel,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3d4c4974-7dcd-45bb-99d0-3add73b88855
+IL,Israel,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,953e767f-734c-4b4a-bd7b-0beab9959a1c
+IL,Israel,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ec82948c-c76a-4333-9575-08ec7f0a7911
+IL,Israel,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,290f81ff-4dc7-477a-8769-8da4b34603d7
+IL,Israel,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e4cf604e-855b-40b2-8809-ad13b4b36953
+IT,Italy,2022,Production mix factor,CO2,0.36572000000000005,,electricity_consumption,kg/kWh,CO2e_value:0.457,ea90fcd7-725a-41d9-8491-22e6e7dad0db
+IT,Italy,2022,Production mix factor,CO2,0.36572000000000005,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,bf6f233a-bd7b-4a4c-bfe0-7a0364b430fa
+IT,Italy,2022,Production mix factor,CO2,0.36572000000000005,,modeled_data,kg/kWh,CO2e_value:0.457,f0d0e860-aba2-40e1-9003-70f6914bcee2
+IT,Italy,2022,Production mix factor,CH4,0.0023010906040268455,,electricity_consumption,kg/kWh,CO2e_value:0.457,0cc8b21f-02f3-4739-9945-0912f368d7f2
+IT,Italy,2022,Production mix factor,CH4,0.0023010906040268455,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,c42df720-0c70-4f94-997b-28cb1bf88334
+IT,Italy,2022,Production mix factor,CH4,0.0023010906040268455,,modeled_data,kg/kWh,CO2e_value:0.457,b2329563-0d72-4fde-a304-38b524e874b5
+IT,Italy,2022,Production mix factor,N2O,8.372710622710623e-05,,electricity_consumption,kg/kWh,CO2e_value:0.457,a10a71df-0900-4f05-b9cd-790921665159
+IT,Italy,2022,Production mix factor,N2O,8.372710622710623e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.457,9f6a9828-e149-4d37-a7e8-a7409a55c62e
+IT,Italy,2022,Production mix factor,N2O,8.372710622710623e-05,,modeled_data,kg/kWh,CO2e_value:0.457,ada6ddaa-1dd2-493e-a8ce-7c07e201421b
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,1fa765e3-f3ab-4011-a8bf-233a9a87239f
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,89ed5d68-b5d7-4098-8d9e-6f2c07ece075
+JM,Jamaica,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,cd4f3c7a-b733-49f6-9954-c4580cd3a0c3
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e00265df-be66-4c8b-a16a-b3ac9618e9f8
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8f8dfa5d-9064-4e30-a454-edf7d06710e2
+JM,Jamaica,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,72bf2d31-4161-4ec0-b20d-d0f663a74bc0
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c05077ba-84ed-4e22-bb54-f30235ab2587
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5ba9ea03-8690-4725-bd81-4a163a65a850
+JM,Jamaica,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ce01763e-192c-4b4c-9a67-8fcafd43bb8b
+JP,Japan,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,62e28605-1cd1-4fd0-993f-6fdd0f7925c5
+JP,Japan,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bb90932a-431f-477a-9ee1-5795bc46eb40
+JP,Japan,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7c9ad378-cecf-407a-8474-0a47eff374e7
+JP,Japan,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0f44f0f3-a49a-46cc-9b00-8badd3e02f76
+JP,Japan,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9e4b12b2-5baf-454e-a309-fbd7147df86b
+JP,Japan,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,d29ac6ff-d60c-49bb-91eb-9c56ef9eb842
+JP,Japan,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a9bf7d6c-c5f3-466e-bed3-3ea3aa66e560
+JP,Japan,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9c618d88-0b59-44ff-a7ef-7fe64942a49c
+JP,Japan,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e9dbbd51-d69c-41b0-a85a-aa579c3eea1c
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,51a2e10f-a940-4410-b549-632625f3ed67
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,80f3bed4-472d-4da6-9663-0d9334c9a86e
+JO,Jordan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f65fd0db-2b08-4af6-9cb0-d6bb14de5896
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c84505c7-8cc4-4648-b917-74971a9aa301
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,acad894e-0a7e-46a9-aaf3-5c391589b00f
+JO,Jordan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,d2539118-0c87-492c-9b62-7669fe7b7ef0
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,14f713e4-21b3-4f32-a43f-e246b1c9c753
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,49372922-8e2a-4e5c-8589-fc63af1430b2
+JO,Jordan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,152ff75c-55ba-42cf-b3a7-59b630cddf32
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,690d3ede-dfde-4ac5-9e33-cc59279bb4eb
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e166aba1-dbec-43e1-9569-30251389edaf
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,78ba38be-f7c7-45fe-a9e9-c11dbd812dd3
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,47d95f8c-0977-4598-877c-ec53a159652d
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,49274d75-784e-4a0c-85c4-815e33e48d2f
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6f137d5a-bd61-4bf9-8920-9bb8a19e11f8
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,7e1dc3f3-d17b-4f6a-97af-cdd4d1597e94
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2154bf4b-15f5-4fb6-ba25-17420598ec04
+KZ,Kazakhstan,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ad80d1c9-b086-473e-b01d-cdc7ea063b10
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,18e890b9-caa3-4a7b-ad12-9cb68f9d7690
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a94629ce-83b7-45ef-abc5-9fdb60544998
+KE,Kenya,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bf51609a-49d3-4546-91d2-4b020793a998
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,44b11cb4-43eb-4657-8cb2-2e271da7d118
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f020a63d-7ea4-4feb-bcd9-d9f4a737a21e
+KE,Kenya,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,d59eb9f2-2a31-469c-a12d-5768d710b608
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,9d9589e8-7d15-4e2f-83d4-6fe32e2ee8b6
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d0160c36-44f5-4103-a84b-57e044dabd29
+KE,Kenya,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,01f38fd4-537c-4a94-86b2-8debeb520df4
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e6bf24d4-af3e-4898-89e5-3bb3fec4d12e
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e829047f-ebd0-4962-919a-64455d4ba5cb
+KI,Kiribati,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,89d1acac-a937-4d73-8799-24f53f23e9c1
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,3dc534d0-3f5e-44ab-835a-aa17ee2bd9b0
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,866d1f7c-b6b1-4675-ad37-8cc7cac9f026
+KI,Kiribati,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,096186c9-7ea7-4b6f-b946-54d2f7d12579
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e7c34645-43b3-4662-855a-e75ca8e3fc69
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,081f60b4-afd9-4481-a207-fcd1ea211e04
+KI,Kiribati,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,fa2c1757-abe2-43fc-a850-3a641bb74bf8
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,6bab7b2a-776e-448b-ab91-63e1ca54977c
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,16a7e479-d4eb-422b-86b4-6ee5f35dacf1
+KW,Kuwait,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7efd237e-ccd6-42bf-ba0b-1f6fa892617b
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,815fd8ca-3bfe-43b6-bff4-d77d0cb6aa76
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6aa9c6cc-6f0e-4523-866d-df6719dc9604
+KW,Kuwait,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,512c048b-7d94-41cb-83b8-c249113f4dfb
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,d11695f8-32d1-4734-beca-b7b580ebd9c8
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8d8fcbf3-8ac9-4dac-9bfd-c20152e92830
+KW,Kuwait,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,530c3186-5bc6-4784-803f-0a6c9503a566
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,77e69682-cbc3-4241-8de1-b9ba010aecb0
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,642ab1a4-a925-4824-9630-edfe0c837b62
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,035fc832-3a76-4ed4-ac07-05cea62c8c47
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,23237698-fb96-4aa2-88bc-a693b6ec1c9a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ab205b94-f9fb-4eec-99a5-7e75f45a78fa
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6de2eba4-33a4-4b4d-b74c-dd14dedfd6c5
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,dedb5d64-ffca-4fa1-bc09-db08b806a02a
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c2d07304-ecf4-43bb-868e-a67444083d8f
+KG,Kyrgyzstan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,91bac81b-b516-4c3d-823f-cc7fe26c8af1
+LA,Laos,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b2ae5680-f7fa-4e03-b366-22ad20da5996
+LA,Laos,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f909ec11-ac04-47c1-a48b-39c9a2c1c3ee
+LA,Laos,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2de6982a-d74f-4f45-8987-88226f678423
+LA,Laos,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,2cc6c19e-1b72-45c1-961d-a29a2a39271b
+LA,Laos,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bfa4a9d3-6970-4aff-a2ff-790e12b5f128
+LA,Laos,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6542fc33-3bff-4fd1-a484-54d7d7e49008
+LA,Laos,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,b1c6d2e9-7cc7-4289-827a-4458da665f36
+LA,Laos,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,03af3ff7-4557-458c-8f34-a62b365aca01
+LA,Laos,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a7be4d74-d138-4def-b379-2f82beb031af
+LV,Latvia,2022,Production mix factor,CO2,0.40856800000000004,,electricity_consumption,kg/kWh,CO2e_value:0.511,3ad6307d-a222-4b56-8c7b-953349c91012
+LV,Latvia,2022,Production mix factor,CO2,0.40856800000000004,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.511,0471ac45-a68d-4e72-b393-f8cd78a08fb3
+LV,Latvia,2022,Production mix factor,CO2,0.40856800000000004,,modeled_data,kg/kWh,CO2e_value:0.511,546489b0-5cfa-4938-a30a-0d0ab87ac56e
+LV,Latvia,2022,Production mix factor,CH4,0.002570687919463087,,electricity_consumption,kg/kWh,CO2e_value:0.511,c553ccdc-5273-48b4-9bb5-a937bad817d6
+LV,Latvia,2022,Production mix factor,CH4,0.002570687919463087,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.511,588555a9-60f6-480c-97c3-47843e414fa7
+LV,Latvia,2022,Production mix factor,CH4,0.002570687919463087,,modeled_data,kg/kWh,CO2e_value:0.511,ffc39e31-7a55-4bb7-b16d-0ab6f5e37c19
+LV,Latvia,2022,Production mix factor,N2O,9.353663003663005e-05,,electricity_consumption,kg/kWh,CO2e_value:0.511,2da0ddc0-9255-4e6d-8455-5dbb024d2ae8
+LV,Latvia,2022,Production mix factor,N2O,9.353663003663005e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.511,aa2919b6-3f41-49af-9017-fac2559e3133
+LV,Latvia,2022,Production mix factor,N2O,9.353663003663005e-05,,modeled_data,kg/kWh,CO2e_value:0.511,ec4fe4f5-a81f-49a7-9175-c1debdc291e6
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b09ba01d-b199-4b24-8fbc-2f7425f8fd69
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7f4e9a0a-79ca-4e46-98fa-0c21cc6dbf61
+LB,Lebanon,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,1ab7bb5f-7b77-44e6-91d5-cf6c67311baf
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f1245acc-2486-4b20-b5b8-49e793e13193
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f6786058-27c4-4051-aa2f-b667e45d2112
+LB,Lebanon,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,939a0f8e-1240-4b52-97b5-3d4352a63cdc
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,06a9cf97-578b-496e-98dd-24f1aa496aa8
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5fa5f1c5-69ee-4f86-86d2-925451e0b226
+LB,Lebanon,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,f25eb528-b392-4d79-bee0-37c299f90a38
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,c73235c9-b4cc-4866-8326-47681777259d
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0d94e01d-2a1c-4136-b009-ad2008d40233
+LS,Lesotho,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bbdd4b0e-10aa-447e-b430-a299f14be69e
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b8dbeda1-b2b3-49d2-991e-8b189a40c867
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,189448a8-ecf3-4859-b56e-3c003a2e0cab
+LS,Lesotho,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,fa617858-95a3-46d5-8442-5ac0101b9b24
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,29eb655c-17c7-4099-a639-3f366023c48d
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6abe8f67-25ae-4a62-93fa-b3941e9a9529
+LS,Lesotho,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,024e8e85-3597-4c27-a5c3-ac6536bda783
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a29ae1f6-ac6b-4b4f-a201-4b2127ab55b0
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d96d9d26-efae-4b90-8c6b-4026c54dcaa1
+LR,Liberia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,b7c7db6a-4c4b-4531-a88d-4775e983034e
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,24d5c5c9-e9bf-4d70-b5b5-25605a129535
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e6675de8-8a22-459e-ab83-075c563c1df0
+LR,Liberia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,8a9667f7-13b4-4f3d-b7ea-1d3b210e3400
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,cc01cb81-ea0f-47a7-8da0-2d587e942cd6
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,76d05ec7-f0e5-458a-854c-5b1c313c50e7
+LR,Liberia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,85e1dea4-5499-4ea2-88f0-926e789b808a
+LY,Libya,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b387326e-55e9-4821-b3fc-7df5e25a9fc1
+LY,Libya,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,50da5b03-9de2-46dc-992f-31244effb4a4
+LY,Libya,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7849d986-6b5a-4be0-b349-0a9ec3b5c254
+LY,Libya,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,a91280df-f8d2-426a-9139-6912deb58b82
+LY,Libya,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,85e76157-87a3-4f49-b2d3-a27ac3ed9c10
+LY,Libya,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,4424c339-c7cb-44e0-bde7-78708e51e3c2
+LY,Libya,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,4e48412b-5dfb-42bc-b5d8-8a7da4b06022
+LY,Libya,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6d217e04-ec1a-40fa-b1ba-0594a3ca5c22
+LY,Libya,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9435fb69-a50b-496a-959f-1045f5ccb264
+LT,Lithuania,2022,Production mix factor,CO2,0.37308800000000003,,electricity_consumption,kg/kWh,CO2e_value:0.466,1f5ad0a8-3a04-4472-9cd2-8e765052bf2f
+LT,Lithuania,2022,Production mix factor,CO2,0.37308800000000003,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.466,739b5e64-8f29-4b0c-b39a-94350e31ab88
+LT,Lithuania,2022,Production mix factor,CO2,0.37308800000000003,,modeled_data,kg/kWh,CO2e_value:0.466,fdd91782-991b-4356-890f-5ec720710fa9
+LT,Lithuania,2022,Production mix factor,CH4,0.00234744966442953,,electricity_consumption,kg/kWh,CO2e_value:0.466,7705c4da-fc23-49b3-9d29-6718f44638c4
+LT,Lithuania,2022,Production mix factor,CH4,0.00234744966442953,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.466,d8d9de41-97af-430a-b24a-cb72f7723777
+LT,Lithuania,2022,Production mix factor,CH4,0.00234744966442953,,modeled_data,kg/kWh,CO2e_value:0.466,a554bc13-7156-4f3d-96ab-940a67b9831f
+LT,Lithuania,2022,Production mix factor,N2O,8.541391941391942e-05,,electricity_consumption,kg/kWh,CO2e_value:0.466,42d54e7d-267a-4c8f-a6ad-849d4d59719e
+LT,Lithuania,2022,Production mix factor,N2O,8.541391941391942e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.466,ee1050f4-cb91-4a27-b445-9f1b664fbb5d
+LT,Lithuania,2022,Production mix factor,N2O,8.541391941391942e-05,,modeled_data,kg/kWh,CO2e_value:0.466,9137f576-5ef9-41fa-a360-4ef8e4d61ba5
+LU,Luxembourg,2022,Production mix factor,CO2,0.33574400000000004,,electricity_consumption,kg/kWh,CO2e_value:0.42,47c61099-ed09-47cd-b07d-a0185830bd46
+LU,Luxembourg,2022,Production mix factor,CO2,0.33574400000000004,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,68f53069-9bd9-4e78-b1c9-00961277fe55
+LU,Luxembourg,2022,Production mix factor,CO2,0.33574400000000004,,modeled_data,kg/kWh,CO2e_value:0.42,baec2371-458f-40dc-bdfd-3630d1974493
+LU,Luxembourg,2022,Production mix factor,CH4,0.00211248322147651,,electricity_consumption,kg/kWh,CO2e_value:0.42,15436a46-3c7d-4fa9-98ad-a8fa0b970880
+LU,Luxembourg,2022,Production mix factor,CH4,0.00211248322147651,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,e910a996-72be-48d0-a511-fa6bcab2efc8
+LU,Luxembourg,2022,Production mix factor,CH4,0.00211248322147651,,modeled_data,kg/kWh,CO2e_value:0.42,36632f95-0caf-4fe5-bbf8-177849d85bb1
+LU,Luxembourg,2022,Production mix factor,N2O,7.686446886446887e-05,,electricity_consumption,kg/kWh,CO2e_value:0.42,16d1031e-7d32-4d98-b51a-b824949c2735
+LU,Luxembourg,2022,Production mix factor,N2O,7.686446886446887e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,91825634-0362-4983-a995-b279970161a0
+LU,Luxembourg,2022,Production mix factor,N2O,7.686446886446887e-05,,modeled_data,kg/kWh,CO2e_value:0.42,b93c239d-40c8-446b-8350-ff33036d916c
+MO,Macao,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,70fe6e68-a57a-4120-8ed7-2530a2c1ae86
+MO,Macao,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c0c1c410-8939-49ac-837a-dc640dc40609
+MO,Macao,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,44292d82-0930-491d-923b-6edc3c4f4958
+MO,Macao,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b6c735a9-6720-4f43-8ed0-7ed8e11b38f5
+MO,Macao,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4a851cd3-ac5b-40ff-a30c-a3b760e18953
+MO,Macao,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,02672866-d47d-428e-ae14-54fa6dae92c0
+MO,Macao,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,82f10adc-4c71-444f-b3e1-e932b3df6a56
+MO,Macao,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,38a95958-fa91-4dfe-8d49-b1ff633d1629
+MO,Macao,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,5c603ba2-c4d7-4a23-bf84-c3ab49323fd8
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,7e01900a-ca0c-4079-ae00-d0ee1af8160c
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9a186604-0b59-42ca-b343-cadf69ef170f
+MG,Madagascar,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7ef1f0e3-a35d-4ac9-bf81-71d87b8dddca
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,316b1d1b-9039-418e-a168-92fb3beea890
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6d7898e0-59b3-4b14-975c-c1d08b0cbd04
+MG,Madagascar,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,b5a46d68-1277-4bf9-8ed7-9d7c30b3d3ff
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e86663cd-9eba-4a5f-bce3-5a06f0e34c55
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,abdfa148-7a15-4157-9d54-5c2d340446ab
+MG,Madagascar,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,94c2a1ca-8754-4f13-8792-8c5cc163b8f2
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f93fbaad-7ea2-4ad9-8e28-3067a9cc3fe0
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bd4f869b-ffe7-494c-b2ce-0cba35675508
+MW,Malawi,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,394be5c5-3ab4-4aad-814a-9e534e91eb91
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,94c288aa-9164-4f17-8f97-fb8b0670b274
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,822b0fa0-36fe-49a5-a8b4-74c8681ac06c
+MW,Malawi,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,af06117e-efea-4b87-b713-ef0abff11b87
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,383da5ca-3490-4580-9f38-7fa4da06217a
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e3400c01-a95d-49ff-9254-3b11d0bd7810
+MW,Malawi,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,96312d43-0ee0-4ecf-8103-f4c5a1b4cdba
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d20c024d-1789-436b-8e8d-b4c7c814f97e
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,026a9c7f-8d69-4428-a059-caf13a3ed28e
+MY,Malaysia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bf475e4b-45fd-44f0-940d-0c05286dd229
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,9f29d236-9128-4cff-8a7b-40e5844fc223
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fb60aaf1-a6ae-44a3-bb6f-a009f05b7af5
+MY,Malaysia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ef319cf0-20dd-4805-b4fb-01129d441c16
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,548fcf77-a845-4ee1-96bc-870d8d5cd7e2
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a22ac4a2-a81f-4712-afe6-3f8a2184f1e4
+MY,Malaysia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,2fe90a6d-0494-40d3-900b-4556727da2c7
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,de1f332c-b200-445c-b0df-57da5c6525f6
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c88234f7-6c61-4a23-94f0-25abe854a52f
+MV,Maldives,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6f2c0f36-7bd8-4910-af4e-006ba81e3d03
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,35de2095-33f1-4c8c-a925-f2a30acbfe13
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6ad59099-edbc-4c11-ae0c-2801a2736f30
+MV,Maldives,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f03336ed-63a7-421c-83bc-8d71ac0f16bd
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,81dd1fb7-5abf-4409-a9a6-93393d03a59d
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f6062b36-f142-43f0-bf55-1efb48d99401
+MV,Maldives,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,84080362-67a7-4f29-8561-d569e925ab11
+ML,Mali,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2b66536f-5f7b-4f65-b540-20db949d69ce
+ML,Mali,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a6794f86-7840-4e26-9a19-13e0aca2804e
+ML,Mali,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,1824af71-7172-4d3a-a96d-dc5008f129b5
+ML,Mali,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,2efb4db9-7565-42f9-ad29-b22522bf7698
+ML,Mali,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ac6e479a-a42c-4219-adfa-89f104d4728d
+ML,Mali,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,e07f304b-491f-49aa-a735-a222d4c37644
+ML,Mali,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,1d789e5a-852d-4c91-acb6-0cc4d026d49d
+ML,Mali,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e1de941f-523f-4707-90b4-60f309351283
+ML,Mali,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,c7b9fa6b-36b4-49e3-a426-b2861924e89e
+MT,Malta,2022,Production mix factor,CO2,0.323952,,electricity_consumption,kg/kWh,CO2e_value:0.405,970cc725-bb8f-4b06-a7d0-bb1530afe342
+MT,Malta,2022,Production mix factor,CO2,0.323952,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.405,74db0a58-3757-4f58-91d2-2df91cc1901c
+MT,Malta,2022,Production mix factor,CO2,0.323952,,modeled_data,kg/kWh,CO2e_value:0.405,02f4f404-21c0-4f3f-9ca3-21ddebfa8afa
+MT,Malta,2022,Production mix factor,CH4,0.0020382885906040267,,electricity_consumption,kg/kWh,CO2e_value:0.405,527219a1-ee77-4bb7-ad8f-323fdfc03859
+MT,Malta,2022,Production mix factor,CH4,0.0020382885906040267,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.405,04e1417e-b1ca-4a28-8e94-bc0c4be80bd8
+MT,Malta,2022,Production mix factor,CH4,0.0020382885906040267,,modeled_data,kg/kWh,CO2e_value:0.405,89f2df52-7440-47bd-bd66-3a174b3c7b9d
+MT,Malta,2022,Production mix factor,N2O,7.416483516483517e-05,,electricity_consumption,kg/kWh,CO2e_value:0.405,51884143-c007-4d89-9918-407348ff3a73
+MT,Malta,2022,Production mix factor,N2O,7.416483516483517e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.405,146501b4-cbd0-4a35-af82-44ec59d0f30c
+MT,Malta,2022,Production mix factor,N2O,7.416483516483517e-05,,modeled_data,kg/kWh,CO2e_value:0.405,ef0aa20b-7e4c-442d-9e58-5eadc64d5b6d
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,758b758b-8aa7-4a53-9ad6-3668402b730c
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7266f2c7-b35a-463d-b4a5-7141e7fe6d7a
+MQ,Martinique,2011,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e345f79e-5049-4946-bcb5-81b94f373ef6
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,bdbf36c1-d3e3-4edb-8b1d-58952cc31d9c
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,55038606-0c50-4237-83a8-cf3eb79c5905
+MQ,Martinique,2011,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,de4bb194-05ad-4014-b9f6-ec263b2d9945
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,da96dd9b-6e53-43db-80cb-361ffc0714a9
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5e8b01ab-3dc0-4e34-acb6-9125d9facd4e
+MQ,Martinique,2011,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,bbcf0bae-3a95-438d-a1d6-51c6cf52f58e
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,af950bc3-fc60-4b52-8647-14e94ce2ee8c
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,890b637b-6596-4292-990e-539eacefa7bc
+MR,Mauritania,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,ae8774cb-a4c2-4b61-8f3a-30f20b5f129e
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,5a633721-05a5-49bf-a170-447c9f1d3482
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,11090ad8-d789-41fd-81eb-d3f01e3fba76
+MR,Mauritania,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,a616eabd-a07f-4eba-ad0f-97271e3dc260
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,eb9ebb7b-aa5a-496d-8fd1-0e106b4378a9
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,49f55f76-a2ae-4a2f-9ae7-366a8fee1159
+MR,Mauritania,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,81f75853-c87a-45cf-bd9e-d881617b7e7a
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,120d8af3-fc21-406d-8391-6ca9324cb67c
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f87d4f34-760c-448a-b1d3-8f566cde3298
+MU,Mauritius,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,6ad1911f-4d4b-40e7-bee7-a6726c9a1ddb
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0d297f64-9491-463f-bb4e-79ad47b9acb0
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0e9fbda1-de15-43c0-9561-3c4a07f47baf
+MU,Mauritius,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,d2e3d14b-1448-49e1-9a12-6e89ba3cca68
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,5610e8e5-9a91-4fcf-a324-e4b2b1d72589
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2925eaff-a0d6-4381-b2d9-cc66873bb6cd
+MU,Mauritius,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,1b9c8f45-fb78-4393-b774-71b100d64f62
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f0e336ff-ab75-4e8c-993f-0d2a2768909b
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2a7f9b06-76e5-4e56-ba8f-30d325bac327
+MX,Mexico,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,9a165813-b0c2-4b2a-bfa5-f7c6062d7138
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e540aa67-be59-4110-ba43-e76a0b5b836d
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,539d2a5b-8613-40f6-8c0b-5d91c80e2d89
+MX,Mexico,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,a4a59138-8414-43ec-9c7e-ce7a91e4b06c
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,f916f432-936a-42b5-9472-8b78f9a14def
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,787efb51-9c28-49ab-827b-03b871e74e88
+MX,Mexico,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,15ecd312-15c5-4a79-8f42-c67d25bcfb8e
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e793b8f9-a892-43f9-be04-69124078ebd0
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,84841ffb-8e1f-41ae-afa7-4ab6031a2a02
+MD,Moldova,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c8042123-b673-4cc6-acb7-81746814a17c
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,11fa75a5-71d5-4f1e-a9df-d1edf36fde94
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0fa644d8-8bc5-470c-ba8f-3ec6122ccc6b
+MD,Moldova,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,521798c7-e3a1-43e9-ab88-3710fc36bd83
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,1c760cae-1f50-43d1-9801-2da9dac5b5da
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,790f744d-94ae-4380-b17b-06d501767da4
+MD,Moldova,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,fcc1a670-77a7-4d40-9dd2-76b1f59c035f
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,8c3fa027-cc03-405a-b873-448027a99ee0
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,469378d0-543d-4371-b6fa-64c1f74558ff
+MN,Mongolia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d40b8f02-5d59-45cc-94d0-c4f44f1890f4
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,73755f3b-4a93-4649-86cc-3bbce3f3e98d
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,754ba479-0225-4a5b-a6e8-d7e629beabf3
+MN,Mongolia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,07bf64fd-93b9-4ba2-bd00-4d254f23c2fe
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,177715ef-c455-4d6a-96cb-3aa748f7380e
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,de4c0c99-b307-4fc8-b902-c0e808ffe9fb
+MN,Mongolia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,05ea137d-e8ea-4474-8b14-94f6bc7eb6f0
+ME,Montenegro,2022,Production mix factor,CO2,0.43087200000000003,,electricity_consumption,kg/kWh,CO2e_value:0.539,875c8c28-e8a6-411b-87f3-e3896da71f49
+ME,Montenegro,2022,Production mix factor,CO2,0.43087200000000003,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,2eaf680a-273d-42cf-8700-058c8d009230
+ME,Montenegro,2022,Production mix factor,CO2,0.43087200000000003,,modeled_data,kg/kWh,CO2e_value:0.539,37bf010d-beca-44f0-9d77-bcc29c0cd1f2
+ME,Montenegro,2022,Production mix factor,CH4,0.002711023489932886,,electricity_consumption,kg/kWh,CO2e_value:0.539,4f811355-a3e7-45f1-923f-211f25eee036
+ME,Montenegro,2022,Production mix factor,CH4,0.002711023489932886,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,a9aa070f-1778-4637-a8fe-69602b926f5b
+ME,Montenegro,2022,Production mix factor,CH4,0.002711023489932886,,modeled_data,kg/kWh,CO2e_value:0.539,71460765-9eed-4230-b28c-9a26c43b81f8
+ME,Montenegro,2022,Production mix factor,N2O,9.864285714285715e-05,,electricity_consumption,kg/kWh,CO2e_value:0.539,97dd68ea-0c45-4488-af66-aafc3ed4d8a1
+ME,Montenegro,2022,Production mix factor,N2O,9.864285714285715e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.539,6f78a2b1-a7b4-44d3-b1bc-234744d62d3f
+ME,Montenegro,2022,Production mix factor,N2O,9.864285714285715e-05,,modeled_data,kg/kWh,CO2e_value:0.539,9e8ebc3b-60d4-481a-a259-08019834093f
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,424eedf7-491b-4031-9b78-bc4ad38af49e
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6184386d-cdaf-481b-b7cc-4caefbc45557
+MS,Montserrat,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,093ad991-77a7-4713-b3da-051c8f5df384
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,77642613-1b22-4d20-9255-5ffb817eb86b
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a091cd71-fc7e-41b5-89de-3052afd77116
+MS,Montserrat,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3d3cebdd-a2a6-4109-8f25-b1ca51087811
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,7e8b6cee-6ebb-4ed3-b33b-27b70564439e
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,edf7de70-ebbc-48ab-b545-f3174cc6cb15
+MS,Montserrat,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,73d7cec2-9738-43ee-91f9-419b517c53ff
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4ca72fe3-e719-480f-be67-6e03aa4d1432
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d175a57b-0a74-4c30-b20c-26f938c4769f
+MA,Morocco,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,580c40f8-2949-4107-9b77-e918949900d1
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,dc7a1efa-8aca-4fb4-81f2-4be9f0125468
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e21825a8-7dc7-4ad2-a6cb-8558014f2e91
+MA,Morocco,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2ca03495-6d95-4cfd-b57a-f86332cb1a3b
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3aaf796c-c7cd-4590-b74c-c155618edbb4
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ea71da0a-5b0b-4476-806a-0f6f9ec41d53
+MA,Morocco,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,8453a98c-45bf-4af6-b4cc-bd3db3483946
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,76c56a55-96c7-42fd-a708-8e610e8aa98b
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bd09555d-11ac-482c-a0cb-ea6eaa0cee9f
+MZ,Mozambique,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d1857d4c-5f7c-4f69-b8ba-9408964bb7a7
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,8594f301-1317-43ff-af35-65528fe50216
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d79c15e6-c802-43b3-8fe5-b098ffcf73b8
+MZ,Mozambique,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,80031dc9-568d-4819-a0c8-92378c97db24
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,6e73e6ed-0036-4131-b902-651df284fb3a
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4a73f3aa-a5de-4feb-911e-a78315751ed0
+MZ,Mozambique,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,f2ab4aa4-2205-40d6-8b80-8fee70665576
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,207fe0de-b50e-4ce1-87d1-9eb8c61795d0
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ffd89d45-642a-406e-89c8-09f76d090423
+MM,Myanmar,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,7beafee6-b104-4841-bc85-264555b1cef2
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,076ba0eb-d829-4bfc-bcd0-ef56ce51024c
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,38fb26a2-964b-4c11-b5d1-4a2c4043d6db
+MM,Myanmar,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,510e7a95-3622-40ee-8bcd-5a41e4e3df81
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,1f2c7f5e-5f17-4e12-972d-b5256ca49f05
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,81b47bbf-9835-4fcc-b34a-6c9b1db1d2fa
+MM,Myanmar,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a80dd731-d6cb-404f-9024-25c921c54ffc
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a893e92e-ce0c-4500-9524-8e2538b1b7e0
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6eb2565e-dd07-4a76-96ba-0628e4410ec4
+NR,Nauru,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,aea1987b-e410-4fd0-b93b-26ec69f5e854
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,3d35b1d9-c36d-44b6-93fe-a7116d979087
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3869d1b5-7768-4126-bc03-213908b2b194
+NR,Nauru,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2afcb03b-b78b-40c4-be15-dcd945998ef3
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,2ee4614f-9758-4ed0-8008-7b66bb7279c3
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,803b9f58-a4a2-4c5c-a4d5-7c12e227a516
+NR,Nauru,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,350fa606-f2fa-4ca5-b611-047adfe9a2bb
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,759fbbf6-e17c-44ce-9629-f604f7f008bf
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a48a8951-2c64-480c-a44b-1972dcb6a839
+NP,Nepal,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,24b2964c-025f-4c6d-81b4-8d89b04b80fd
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,a5aad53b-5c8c-4564-89f4-32fef7ceaf30
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e46b1eb1-2d05-494d-afdc-dba4aef737b5
+NP,Nepal,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,c3cef84a-56cd-495a-a4b8-a86c36ff3c29
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,7ffadabd-91a9-43db-963e-8ca0d490184a
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8897342e-feea-4883-a274-08b0a808b226
+NP,Nepal,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ed33bb65-03b5-4e0f-a49d-f9d2385b853d
+NL,Netherlands,2022,Production mix factor,CO2,0.35117600000000004,,electricity_consumption,kg/kWh,CO2e_value:0.439,7bcfa926-c75f-4d21-8d3e-0984843741d4
+NL,Netherlands,2022,Production mix factor,CO2,0.35117600000000004,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.439,afbb23f7-a063-4a16-8f32-f72628328eaf
+NL,Netherlands,2022,Production mix factor,CO2,0.35117600000000004,,modeled_data,kg/kWh,CO2e_value:0.439,8eeefaba-7362-47ae-b654-2b886049c387
+NL,Netherlands,2022,Production mix factor,CH4,0.0022095805369127517,,electricity_consumption,kg/kWh,CO2e_value:0.439,36792878-45a6-43a3-89c7-23023f1f07e1
+NL,Netherlands,2022,Production mix factor,CH4,0.0022095805369127517,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.439,db15060f-6f32-4cf2-93d0-45f46b266e6e
+NL,Netherlands,2022,Production mix factor,CH4,0.0022095805369127517,,modeled_data,kg/kWh,CO2e_value:0.439,9272d479-2a7d-4d0d-9fb7-7359c3000160
+NL,Netherlands,2022,Production mix factor,N2O,8.039743589743591e-05,,electricity_consumption,kg/kWh,CO2e_value:0.439,359d397c-2762-40a5-ae3e-dc3490a4c2ba
+NL,Netherlands,2022,Production mix factor,N2O,8.039743589743591e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.439,1366d1a0-8811-4505-aa24-57ee2a200e0d
+NL,Netherlands,2022,Production mix factor,N2O,8.039743589743591e-05,,modeled_data,kg/kWh,CO2e_value:0.439,a040c884-a789-43ee-8303-a0b005d30c61
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,088832cd-f0ec-4214-a3b5-03e8f1a29389
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3b6c8257-9ecf-49e3-853c-a8c1356af5e5
+NC,New Caledonia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,fe8154ff-bad1-4cc1-8a80-0cb2a961ba17
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ff804453-b340-4a8f-a226-602e91b38140
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,21176730-2bd9-4d7b-8d38-11bee686eb19
+NC,New Caledonia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2aed94c7-b7b7-4c28-aeec-629d9df9742e
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,63dffce3-1cf8-45e2-a5b9-3d19be2a88ea
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9d3bc298-8459-402e-bb4c-4d4f5622256a
+NC,New Caledonia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,d71fe377-7184-4ba5-ae46-d17ac9f3e40e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e8d5ee0c-24ec-4455-9de4-9e80dfa61e8e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ebf6b3c5-c697-47a8-acb7-4b00b7162eee
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CO2,,,modeled_data,kg/kWh,CO2e_value:nan,3761cc8c-825f-413f-837b-356eb4505b42
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,2129152c-6b06-4937-a584-2eb091caf5d4
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,be116835-59be-4e35-8f76-d7482d86120e
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",CH4,,,modeled_data,kg/kWh,CO2e_value:nan,c27583a9-4226-4451-bd8b-53ae68646bfa
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c7812877-9420-45af-b320-e96b9bd2fd1c
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,30fcddcd-db11-40c5-8eed-de4860460ebe
+NZ,New Zealand,2020,"Emission factors published August 2022, based on 2020 national inventory.",N2O,,,modeled_data,kg/kWh,CO2e_value:nan,2b854d79-acb3-47cf-ab0e-86867286efda
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,31017b63-95e4-458a-bbf6-fdac7bf13615
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c03cce82-2f36-44cf-9ed6-9da4a9be4b0d
+NI,Nicaragua,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,ebea115b-0cf3-44f9-bf3e-6c3fb2cf70f3
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ecd7738b-942f-4070-9160-8e482aae019e
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,06725649-80eb-45f7-91a7-b842298a4461
+NI,Nicaragua,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,c39b4eaa-de13-44cd-82ad-decc6a798dc0
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,d6fdb765-a05a-47b0-8765-91f37f07d344
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8bbc7136-0c4d-4f65-bbed-ed9c7d06bac4
+NI,Nicaragua,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,1f5806dc-f90c-4782-8821-8b789520d394
+NE,Niger,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2af224df-3f7f-40d3-9a9e-79b4bf335431
+NE,Niger,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ab1b30fd-3330-4941-b0d7-41d4e287eb27
+NE,Niger,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,26754052-5d95-43ba-ba05-ae6a85d9a5a2
+NE,Niger,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,7c90d6bb-e87b-4069-8499-6758ea755996
+NE,Niger,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e3b03098-5076-4b40-9070-c49e6f6d6b20
+NE,Niger,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,fa4f1727-8cff-43c2-a12b-bd343576c7b5
+NE,Niger,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ae8b4fa2-1419-4ec5-85f1-058998b9d120
+NE,Niger,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,12c1e42b-7c01-488c-8118-dceb32d81865
+NE,Niger,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3ec3a57b-e9af-4725-bd87-ca71460abf33
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,6364b4de-04cf-4693-9e0d-9c2bf1f4ed4f
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c92b05ef-9471-4447-b0f4-6da2a1bbed04
+NG,Nigeria,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d491c6f4-1875-4ab6-ba05-e547720c4d64
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,08025a97-6914-4547-a88b-415ffb19e6bd
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e97c2ed4-a91c-43a1-8ecf-25d468715dd2
+NG,Nigeria,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6bcea59b-74bc-4033-84aa-60b80dace211
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,aaf16141-5fa8-426e-9839-25a2705e3a84
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,91b8aecf-3891-4a42-af3b-134412e97dac
+NG,Nigeria,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,e0b5983f-a471-4c39-bbcc-f541e00ba33b
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a00781f4-403f-45cb-87c7-0634447aa28a
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3ee0ebc8-b3b8-49e9-9683-c792be7c6e52
+KP,North Korea,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,de5213fa-e013-4dba-aba3-4eeb010c2f8c
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,33b6d559-c278-493a-886c-a81f7af5bb10
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,cda9f6c1-fdcd-473f-a667-2753f1acbcd9
+KP,North Korea,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0433574c-19cc-4267-9de5-c5dc40e5b201
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ac8a762c-d021-4330-9e2d-1545e822b00d
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5b474cc2-2e2e-408b-b196-4570a02e8102
+KP,North Korea,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,5b6fdcff-b540-46c5-bf2f-12e0683543ff
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,33d27679-2bbf-4804-8250-fd9c08c28776
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,11e88e4d-3026-41e2-9462-578a2b4ca3dc
+MK,North Macedonia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e5b37f24-59dc-4ab2-9291-bc0799aab12c
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,fd15929e-391a-4a0a-ac52-fb53e1b9f799
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,63033c16-f648-48db-ad73-28726262e767
+MK,North Macedonia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0945fe29-bf6d-4e4f-a1e3-5049e639ca4b
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,f77b8023-7b55-413d-8fb8-8e3b7d561ac6
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,80361c17-91ee-4950-9e0c-6437945c5127
+MK,North Macedonia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6c8b4441-7081-4a14-bd85-4f903aef9f26
+NO,Norway,2022,Production mix factor,CO2,0.40184800000000004,,electricity_consumption,kg/kWh,CO2e_value:0.502,0bfa526d-03b3-4c03-948c-9d081e2345cd
+NO,Norway,2022,Production mix factor,CO2,0.40184800000000004,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.502,dc35804f-fd6a-4ce2-a3d8-7b97302752cf
+NO,Norway,2022,Production mix factor,CO2,0.40184800000000004,,modeled_data,kg/kWh,CO2e_value:0.502,b146dc18-17c1-4034-9c7c-bf5fe8e90e0e
+NO,Norway,2022,Production mix factor,CH4,0.002528406040268456,,electricity_consumption,kg/kWh,CO2e_value:0.502,61283f03-863e-4531-bcbd-b6a6af92ad94
+NO,Norway,2022,Production mix factor,CH4,0.002528406040268456,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.502,a36c7f71-78ca-4ce7-abaf-e0fbdd364f46
+NO,Norway,2022,Production mix factor,CH4,0.002528406040268456,,modeled_data,kg/kWh,CO2e_value:0.502,6a940be4-722b-4ccf-842d-a1c7de96e379
+NO,Norway,2022,Production mix factor,N2O,9.199816849816851e-05,,electricity_consumption,kg/kWh,CO2e_value:0.502,a8926f3b-20b7-4c2f-a794-5b66923a675b
+NO,Norway,2022,Production mix factor,N2O,9.199816849816851e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.502,fc31fb61-f6d9-4096-86c6-531c2337b863
+NO,Norway,2022,Production mix factor,N2O,9.199816849816851e-05,,modeled_data,kg/kWh,CO2e_value:0.502,4cc871af-dd0b-479e-92e4-55a1d5392bfb
+OM,Oman,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,574361c3-6d5c-4bd9-9181-4f85bb95d39b
+OM,Oman,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7bd12bda-e937-4a71-9d9e-4af3fab27eda
+OM,Oman,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,0d4da0bf-2acf-418b-87e8-5d0d07c9095c
+OM,Oman,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,82d26f88-d3be-4a58-8e39-0e5043f786ab
+OM,Oman,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,772f4c92-a87d-4861-9d75-0ee07ff311db
+OM,Oman,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,75f382b1-b2da-4f5e-b31b-cece81566345
+OM,Oman,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ff579151-ee04-4b4c-acc7-cd7c1bca4d6c
+OM,Oman,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ff150d80-38b2-48e5-9187-1845eeecf5be
+OM,Oman,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3935ae58-7998-4623-936b-047c9ab30df0
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b16dd875-3415-4e0f-bba8-57fae3009f69
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a0d4cbde-59d8-48aa-85e9-018169e6b64a
+PK,Pakistan,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,ca68c377-0d7c-4a96-8fa2-6c8e304017f0
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,8623f6b6-ce13-46d8-9d5d-340bb3ca879b
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4acbf15e-91f4-47d6-a403-7c44d45663d2
+PK,Pakistan,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,65beaacb-a158-4f68-af0a-123c77793d3a
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,17590a32-0b7d-465a-8c22-2ffb82a54556
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bd21d512-52fe-4339-8e55-f83586c29d5d
+PK,Pakistan,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,d8713ad1-f46b-4434-8746-96604b6cd5a7
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,0f71098a-baf5-4c3a-8c88-4224e5f3045b
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,18c926d3-a999-4ac3-b203-dd5a0e5355e4
+PS,Palestine,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,038cacef-4212-4383-95ac-f9f27c59a2c4
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,5ca55b59-20f0-4389-8438-af1c0c311da7
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bacea3bd-35e8-4bd9-b6af-c001831734b4
+PS,Palestine,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ef01a2a1-044c-4fa5-a040-c546f9857c9b
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,2760fba7-2a55-4a2e-8427-6bffa6fabef4
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f466de8a-358e-4b4b-ba7e-35e591b10259
+PS,Palestine,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,550ad63b-0683-4d48-816d-a997d8d7432f
+PA,Panama,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,3039100a-2025-4b52-b1df-a3448d32d11c
+PA,Panama,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,399dde8e-4be2-4b9f-985e-ba533be2f8d1
+PA,Panama,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5f763359-5ebb-4367-a7cd-97c6db9eebae
+PA,Panama,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c5eab029-91a6-4379-928b-e9c22a10c90c
+PA,Panama,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7925febd-1dac-4741-b989-5573fa5c0051
+PA,Panama,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,eaf0676e-7a28-4d59-a52f-1156b483e781
+PA,Panama,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,096ef041-86a7-40a6-acc6-e596912ac6c4
+PA,Panama,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,62bfe4da-e079-4feb-9659-c28265470427
+PA,Panama,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,f1308262-96d3-4423-b99d-00f648f5ef46
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d5a16cd9-942c-4226-b4af-b8e2875f8993
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,93a412d1-7432-42d4-a3a1-0afb16abfb0c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4735e9df-614f-4772-94ae-ba7b83b79108
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ea77f49c-bd99-4719-a8ea-473ea594ff7c
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,063a7292-d12b-46b2-a4bb-db26952d5ebe
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,7eb5cc24-3a72-4502-9cb2-7f7b7bb81797
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,68d0a667-62ee-4552-9475-1e4cec209489
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3ed02031-3d42-4e8f-a4ad-887bb5b1a7b2
+PG,Papua New Guinea,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,22482a0c-c579-46cb-b16d-df92562bf4b0
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,7dc5a7c7-d97b-4c12-87d3-3382e1b6c556
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,97803c43-f765-4991-958c-9606db8da0fc
+PY,Paraguay,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c40a4164-080f-47e7-abd4-dd2aa6b18b13
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,edb99258-8d57-47e6-8e43-2267ed473ddc
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,667ea5e4-970a-4a50-8853-e957261f0664
+PY,Paraguay,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2d8e61ff-ff91-4fea-8263-e75c96a2b513
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,1a505873-5c21-4c99-957d-3a9a563a21ff
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0be4fc70-4939-41e3-9605-6b550ac4c244
+PY,Paraguay,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a6412153-c2fc-4315-b44e-672c673aec92
+PE,Peru,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b735c761-53ac-4db7-957c-cd3f84cc570e
+PE,Peru,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0f752aa7-d085-4925-bc76-c3d43ae34471
+PE,Peru,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,55d645ed-5a27-4344-a354-b2fe7b59c267
+PE,Peru,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,a8af84b7-b2fa-49a8-991a-054942af82b1
+PE,Peru,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3f1bd63c-a16e-470c-a143-0b37fcadefb5
+PE,Peru,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,cfe618de-aa51-4451-a67d-2984468fc185
+PE,Peru,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3aa1e01a-c457-4463-a219-4d47af1f1e6e
+PE,Peru,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6a020653-1940-411e-a941-4e1907e2b319
+PE,Peru,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,23be0d3e-d209-4244-ae7b-422c7e2c792d
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,50af8468-02dd-4381-9cc3-bbfea1477fe7
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8d77b2e1-a270-45bb-8446-106200a4c75e
+PH,Philippines,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,aea8e662-4501-45b7-9f11-f34c9e1ce65e
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,198d7593-d22e-47ad-86ad-b8a9cd6a2f44
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ecaeef7c-cafa-48e5-b2df-1ea199db5bf4
+PH,Philippines,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,7f7a385f-0b04-41d5-a122-6e355f6b4f4e
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,50afcce8-8350-4d82-95b3-a59aa450d780
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,83f3fd53-eb81-4750-8577-7af09689040f
+PH,Philippines,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3439f28f-13cf-4f4b-8d34-124735361c92
+PL,Poland,2022,Production mix factor,CO2,0.686496,,electricity_consumption,kg/kWh,CO2e_value:0.858,eb72166a-8244-4d14-adb5-c070c0ce2997
+PL,Poland,2022,Production mix factor,CO2,0.686496,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.858,592ca92b-4125-449f-9217-3cdf4d76d1ab
+PL,Poland,2022,Production mix factor,CO2,0.686496,,modeled_data,kg/kWh,CO2e_value:0.858,215c915c-93c7-4521-bdfb-91a1941d578c
+PL,Poland,2022,Production mix factor,CH4,0.004319395973154362,,electricity_consumption,kg/kWh,CO2e_value:0.858,4c8a0fc3-ef8c-4a56-af32-1ff923629932
+PL,Poland,2022,Production mix factor,CH4,0.004319395973154362,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.858,bb623b80-0b8a-424f-8ee6-66d224cd5755
+PL,Poland,2022,Production mix factor,CH4,0.004319395973154362,,modeled_data,kg/kWh,CO2e_value:0.858,29ea4c0b-dace-4336-9454-8629f293fe73
+PL,Poland,2022,Production mix factor,N2O,0.00015716483516483516,,electricity_consumption,kg/kWh,CO2e_value:0.858,bf75083f-e7e8-4ef9-a444-6608530f7ea8
+PL,Poland,2022,Production mix factor,N2O,0.00015716483516483516,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.858,dea2d0cb-bfa3-4f4a-bdac-5fd78fc06393
+PL,Poland,2022,Production mix factor,N2O,0.00015716483516483516,,modeled_data,kg/kWh,CO2e_value:0.858,61fcf8bc-883e-4f15-b40e-f4fcb0a1bb6d
+PT,Portugal,2022,Production mix factor,CO2,0.35644000000000003,,electricity_consumption,kg/kWh,CO2e_value:0.446,10882115-4d6d-4aa0-a7f4-65f1d5ec6090
+PT,Portugal,2022,Production mix factor,CO2,0.35644000000000003,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.446,d73e7656-1779-40b1-ab29-3a6b9f2f4bc2
+PT,Portugal,2022,Production mix factor,CO2,0.35644000000000003,,modeled_data,kg/kWh,CO2e_value:0.446,7cfe3796-9b2f-40f8-b3cb-695522487566
+PT,Portugal,2022,Production mix factor,CH4,0.002242701342281879,,electricity_consumption,kg/kWh,CO2e_value:0.446,7d8898d4-e314-4576-a187-58a4ee164874
+PT,Portugal,2022,Production mix factor,CH4,0.002242701342281879,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.446,145f21b9-59af-448d-8c13-894ba593b067
+PT,Portugal,2022,Production mix factor,CH4,0.002242701342281879,,modeled_data,kg/kWh,CO2e_value:0.446,c9686a44-1279-4075-8ff6-bb4e75546da0
+PT,Portugal,2022,Production mix factor,N2O,8.160256410256411e-05,,electricity_consumption,kg/kWh,CO2e_value:0.446,710cb290-afcb-4ef1-9d73-7ea3fbfc1b45
+PT,Portugal,2022,Production mix factor,N2O,8.160256410256411e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.446,6af4f8fd-9929-4c44-95d6-e290bbbe9dcf
+PT,Portugal,2022,Production mix factor,N2O,8.160256410256411e-05,,modeled_data,kg/kWh,CO2e_value:0.446,6a97f39b-62a1-4744-8c4a-c163960a708c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a031c0c2-8fab-43b3-83ce-1d926ad0bea1
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9c6ff890-7670-43cb-bdfe-295f3bda9d2c
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4a5fd7a0-a1ac-4454-b7a7-53d5376466fd
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,d56777e3-63e7-4714-af01-e3dadd53b221
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,275543d2-d3f9-4a5a-b54f-b584f7e46bf5
+PR,Puerto Rico,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,dfb8e0a4-8827-4af8-84f0-46c95baf6763
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,ee3d350d-6f3f-47b4-9748-449f05043bed
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c06d8c1a-790e-42c7-8cad-ec37cc024b4b
+PR,Puerto Rico,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,23dc67cb-9a3d-44d5-bd62-2fe364d4c604
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,fbec63fb-c4e0-4129-a887-d65bc5b5282d
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a71318ca-1bea-4d06-a845-85c75f8d348a
+QA,Qatar,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5e6c6694-eb39-4ad5-be75-e3f0a651bd3f
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,3a8af08c-6392-464a-ba42-552c738c237d
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3744114e-0012-42e8-b28b-baa2b0ce0357
+QA,Qatar,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,5a8f78f4-dc55-4ae3-9840-e41fa1707732
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,25100166-34aa-488a-8d1b-b4c13fdd6708
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e66ce246-a76d-4e43-8e69-5ae74d7a1ec8
+QA,Qatar,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,d7bd33d5-a24f-4960-978f-4140735605e2
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,cdcee004-fd72-4456-9568-2dd1bc382517
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d6385bf5-a006-4b24-8148-88440892ec83
+RE,Reunion,2011,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c7757217-e032-4583-a8df-b0746be71d37
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,12fe137c-8f09-43d6-a3a0-1732e2fdbb96
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,75a836b1-5a26-4e2e-b83c-c08d7ca73550
+RE,Reunion,2011,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,9bd565aa-7b97-4b5a-a480-9342ec16499b
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a5f88814-8a27-4853-a9a7-eacd620bbd32
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7d214753-bd53-4add-845d-f9e7573b5e68
+RE,Reunion,2011,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,da3ab920-e2e9-4f0e-822c-0e39390d9167
+RO,Romania,2022,Production mix factor,CO2,0.22060000000000002,,electricity_consumption,kg/kWh,CO2e_value:0.276,ae75529c-f374-406f-9db6-9a73f45b2aa4
+RO,Romania,2022,Production mix factor,CO2,0.22060000000000002,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.276,7838f6f9-06a9-4cbd-bcfe-cffe1149c244
+RO,Romania,2022,Production mix factor,CO2,0.22060000000000002,,modeled_data,kg/kWh,CO2e_value:0.276,0456a7f3-3c15-4f71-bfaa-5b426904ed7b
+RO,Romania,2022,Production mix factor,CH4,0.0013880033557046978,,electricity_consumption,kg/kWh,CO2e_value:0.276,6d896620-43f9-4237-a52a-d1ac0ad733af
+RO,Romania,2022,Production mix factor,CH4,0.0013880033557046978,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.276,8c6393f2-574b-46fc-832c-c98190deb502
+RO,Romania,2022,Production mix factor,CH4,0.0013880033557046978,,modeled_data,kg/kWh,CO2e_value:0.276,6c80d7c3-5a7b-43f7-9e49-9df0005878fd
+RO,Romania,2022,Production mix factor,N2O,5.0503663003663005e-05,,electricity_consumption,kg/kWh,CO2e_value:0.276,d08a9bc7-e2ec-4789-b671-94f286677865
+RO,Romania,2022,Production mix factor,N2O,5.0503663003663005e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.276,6bc96e5b-e2ef-4320-a82f-75238a69a27f
+RO,Romania,2022,Production mix factor,N2O,5.0503663003663005e-05,,modeled_data,kg/kWh,CO2e_value:0.276,2f0c3797-bd37-4f78-a0ea-c5e9790cf93e
+RU,Russia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f4a2e58e-39e0-4e05-ba1a-6d5b920999eb
+RU,Russia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a58d9960-64b2-4cda-bda0-096b2410c66c
+RU,Russia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,cc661677-0b07-49c9-abd6-5a9ff00bc118
+RU,Russia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,96ee43a2-3561-4d1d-ad75-18733960f2ae
+RU,Russia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5d6ff6be-f8ff-4a2e-8037-32d1e7aad429
+RU,Russia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,4a8ecd96-e323-4f3d-a2a4-3b6fca7dcbc8
+RU,Russia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,b1d0cb82-f7de-40cc-9b34-a7e39f2f7ffc
+RU,Russia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3452c796-7cee-4076-b857-539e44b01eeb
+RU,Russia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,22a50680-756b-400b-afa2-942eff20a1af
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,706568be-a774-4471-bee4-4726a7bc3358
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,eed57c89-4d50-48b7-baa1-76c331e8150c
+RW,Rwanda,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d3f3a77d-8cf0-4fed-b199-21f6804b2fb8
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,4f659fde-93da-4dc7-8a52-0ada40e642b1
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c67c5648-f62a-4381-9827-201ab1fc1117
+RW,Rwanda,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0f0a1f41-13bf-4f62-add2-ca65b75e61a8
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e27d83a3-0edb-4364-bc30-5199df4f16f5
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2651d1c3-cdbc-4563-8bab-7ae879f4b16c
+RW,Rwanda,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,1824b0f3-0af4-489f-b2ea-359b001ee5a5
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,821b70f7-6e3e-46e2-91d4-33cb333fbbd3
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,93672910-d9be-4beb-8ca3-ea3a8f624dae
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,07dfe0c9-6310-468b-86fc-2049b5b46b24
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,e92a3773-49af-4365-a42e-cbac0efa7a0a
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e18a1115-5515-41ef-a979-e1d5a41a56d6
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,0236dac0-9054-4946-825d-1f4a21bb1a72
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,46bd5b66-fc74-4b0a-84ba-14553eca9e65
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c2f6cb12-4083-4972-958e-aaa420b9acb8
+KN,Saint Kitts and Nevis,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a4ac672d-fb7d-443c-811c-9c9d0c6068c2
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,bbdf7222-b32e-404f-b68c-135925f249b0
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a5f8a11c-5bcb-44cc-a158-224283e002bb
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,d1975b53-261a-47fd-99b2-bc11229b81d8
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,be013152-1c89-44eb-a22f-b15db1e3f9f9
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5f51fbe1-d925-4119-a5d4-f7970a2dee97
+LC,Saint Lucia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f10d083f-f8db-47cf-9be8-a77d8afef569
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,227b5c60-5b7c-426f-bc0d-367f8121889b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b8d0c19b-8cc8-4608-a0c6-832b3b16595b
+LC,Saint Lucia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3840f3e9-caf5-424c-a488-7d20527d1794
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,02b09e31-acb7-4004-9da1-bbee9fd94217
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,22170455-6060-4eee-a89c-369b9ab6158b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f2b02d21-fa85-4898-91b8-70ffd2c3d9c0
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,de0876b5-6596-4ccc-9100-364f273d9485
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a46a8e6d-4a95-40a2-ba4a-6a90be4ffe71
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,313577d9-6fc7-4cc4-81ae-e940804a292b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,77e2d86b-6212-4958-8b8d-e55903940ed8
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,979bfe0a-e14c-4b7e-9213-507fbeac128b
+PM,Saint Pierre and Miquelon,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,832c6a44-6804-4cc5-bcd9-79dfadf2d861
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,54d919a6-f9f8-44af-a23f-141ea6cf1ee7
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,481166d7-8950-46ab-abcd-6d39e7e2a991
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,85ee14d3-ba29-4602-b00f-c6a0589cda44
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,226bacfd-f28a-4508-8fe8-3282e9a3c675
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0ae18aa2-caeb-4734-8444-8d1476a4b44c
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,263a6a48-3424-49a0-837a-35a0c0f5fbd0
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e45ecb13-6552-4b67-b686-07f258c75817
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ca6102c7-a6ef-4e56-bb48-932431b96b71
+VC,Saint Vincent and the Grenadines,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,926db30b-b23a-449d-a6b5-5b56e116a10c
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,703bf7f8-8457-4a0f-9105-92a7d6851c34
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,832cecf2-54b1-41c5-a8b0-1aa366d62fa0
+WS,Samoa,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4024c048-40b2-44cd-aec4-8df09fd0a288
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b041b02c-532a-4627-b111-6c1d6e9c366a
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,606efbe5-b35b-4ce1-860f-e44f072c70ea
+WS,Samoa,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,33ff2484-ee6c-4db7-a3ea-a1d61a9861df
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,e4682f73-08e7-4049-9a3e-214285156192
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ad31ea42-1a67-4f4f-b841-7a942ff5f0e9
+WS,Samoa,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,22e4d500-f807-4e14-a453-13c8ffa49561
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ccdcefcb-c504-4e73-b2d3-25819f8cf85e
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,82a3e9fb-55aa-4c92-8a78-be208bd124bc
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,72b0c339-e8c1-47c7-b448-88013fddde70
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,317ec3fa-8314-41b3-bdcc-75403e33d5b7
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3419831e-ed03-4b60-89d7-8a7a31ba0c85
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3897c6a8-d680-4be1-a862-54508dffc80e
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a5ca21e9-446b-4f14-8d61-fb96b5bc42a3
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,64942da6-3efc-44e6-bd9c-b15979cae965
+ST,Sao Tome and Principe,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,aec2c85f-9648-4095-92c6-6a3afa4cc669
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,bd7370a2-fdf4-4be1-803e-d6699e8b4d96
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,54f74c82-d41a-4bd3-965f-a3fd12d9e01c
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,3802ab41-4475-4328-aaca-f353a4d36cf8
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,de466261-8839-46ed-8430-d84718677855
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fba1a43e-975a-4947-968b-474b57c30959
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,42673e62-7303-4c4d-bc09-6ff611dcdee7
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,b16859f2-ce0e-42e8-ba57-3c4b1f7dd50a
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,792648c8-bdd4-41b6-a166-07bad02da7a8
+SA,Saudi Arabia,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6bd47813-1d5e-4d54-b8c5-0ae55de59246
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,c2513c71-d6e6-49c3-99fd-aea9a627c250
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,08484666-dc1e-43ac-9f3e-ee0b9ca30a85
+SN,Senegal,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2f915d76-7eee-451c-bc73-04aa04636854
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,8623b6ef-eb46-4a52-8148-483152007e4a
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4a2179ee-1304-449e-af3d-c33a04f1450c
+SN,Senegal,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,d6582d9a-2fd0-488e-b7a0-40352bf5001c
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,48a9e6b0-33c9-406e-9d9e-0eecd5ec21a3
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3e4839d7-6c1a-474e-97ca-958069a404f8
+SN,Senegal,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,2c0e7144-92ba-49c8-acd8-54ed5c8a2268
+RS,Serbia,2022,Production mix factor,CO2,0.763368,,electricity_consumption,kg/kWh,CO2e_value:0.954,c6f0f25b-7265-43be-b425-cbcbe139db92
+RS,Serbia,2022,Production mix factor,CO2,0.763368,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.954,5a9dda36-aaa0-4ae7-9d86-ed35d76e24a5
+RS,Serbia,2022,Production mix factor,CO2,0.763368,,modeled_data,kg/kWh,CO2e_value:0.954,789fbd9d-903b-4f5f-8d1f-bc1c7ac447a3
+RS,Serbia,2022,Production mix factor,CH4,0.004803070469798657,,electricity_consumption,kg/kWh,CO2e_value:0.954,5916ee51-5988-4557-ba1b-04fd45849f49
+RS,Serbia,2022,Production mix factor,CH4,0.004803070469798657,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.954,35d9d4aa-4631-4882-a084-24cd3f637f1d
+RS,Serbia,2022,Production mix factor,CH4,0.004803070469798657,,modeled_data,kg/kWh,CO2e_value:0.954,d747a314-8fe6-4490-8068-9998afa74075
+RS,Serbia,2022,Production mix factor,N2O,0.00017476373626373626,,electricity_consumption,kg/kWh,CO2e_value:0.954,71d7c69f-4d7d-42d9-a148-95e8cca3686f
+RS,Serbia,2022,Production mix factor,N2O,0.00017476373626373626,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.954,c6c7648b-b74f-4006-9bb9-684d02772d5d
+RS,Serbia,2022,Production mix factor,N2O,0.00017476373626373626,,modeled_data,kg/kWh,CO2e_value:0.954,b624acb7-1ab7-4bf0-8740-fa6f98252c15
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ccc9d784-2df8-4705-9add-8c402316f7cd
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,cf8c9dd1-a2b1-4457-b982-0795cf13aba9
+SC,Seychelles,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,5a84916e-8ebd-43e9-aaf2-c8ed94033bec
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,dc9cfbb5-9208-4680-9ef1-c2ef6dcaaf2d
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1ee2725e-7832-4826-8c00-555d119f0e49
+SC,Seychelles,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,91cae81a-5ead-4b0f-9276-c0fd68352a01
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,6a9105f2-a51b-4e58-a079-a42ee47bfa75
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7369239c-1043-47ef-9aaf-fa3307ffff8f
+SC,Seychelles,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6082dbf3-7c4b-43ac-9e6d-adf929eafed3
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b81951e8-d894-4f50-acde-2a45b535919b
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,29e8fc98-a947-4436-8b61-b0ad1f2c5a2a
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f89cb0ce-4b54-40ad-a17c-e70827fa9f73
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f6c39de1-acbd-4acb-8fa7-48ce69e48399
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,c144239e-cc0f-4ab6-bc6c-3885230cb85c
+SL,Sierra Leone,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3e2b47ff-b3f1-40a9-b646-cbe0df4787ca
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,b21ff1e7-424f-47bd-ae59-2e2be26bc1e1
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0d90946e-e6b8-4187-a4f2-04b144f51016
+SL,Sierra Leone,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,d29f0a2d-d51c-44b3-8897-3bf5aadff302
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,1d82ede4-b237-4c04-a5da-99470078deec
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8570e0d3-a7e4-4c9e-a627-b191fba49596
+SG,Singapore,2021,Electricity Grid Emissions Factors,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,70d9b4c1-54c7-44de-b744-f332e4da6e92
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,fde8045f-1887-4f3a-a7e2-5feff7398742
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0e7cae8a-fd46-4907-8772-af8637985f01
+SG,Singapore,2021,Electricity Grid Emissions Factors,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ac2f4eca-707a-4cd0-b768-dbf2e49bc362
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,32c6f315-8f29-41b2-9f64-f01946ad5e5c
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,321fea7b-dd6f-48c9-b553-1e6f7fbf464b
+SG,Singapore,2021,Electricity Grid Emissions Factors,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6a05411b-6e3b-4826-b68a-8692ceb0de17
+SK,Slovakia,2022,Production mix factor,CO2,0.1492,,electricity_consumption,kg/kWh,CO2e_value:0.186,8909d9b0-80a6-4f73-ac12-7ff765cca05b
+SK,Slovakia,2022,Production mix factor,CO2,0.1492,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.186,949f0b4c-2607-460b-96e0-51a3166ae463
+SK,Slovakia,2022,Production mix factor,CO2,0.1492,,modeled_data,kg/kWh,CO2e_value:0.186,68c479ec-5033-4d7d-953a-7de43b04a99e
+SK,Slovakia,2022,Production mix factor,CH4,0.000938758389261745,,electricity_consumption,kg/kWh,CO2e_value:0.186,2398d0f1-e49f-4859-85b8-51ba3d14ded7
+SK,Slovakia,2022,Production mix factor,CH4,0.000938758389261745,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.186,48244019-a8bf-4a97-83c7-1b93b8bde767
+SK,Slovakia,2022,Production mix factor,CH4,0.000938758389261745,,modeled_data,kg/kWh,CO2e_value:0.186,dade32b4-7f7d-43d9-802a-fbbbae4ce04d
+SK,Slovakia,2022,Production mix factor,N2O,3.4157509157509155e-05,,electricity_consumption,kg/kWh,CO2e_value:0.186,bf277dd2-2767-4ff7-a123-3a7c51214894
+SK,Slovakia,2022,Production mix factor,N2O,3.4157509157509155e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.186,2d37a7ea-256c-4802-b855-37bbcf6eba32
+SK,Slovakia,2022,Production mix factor,N2O,3.4157509157509155e-05,,modeled_data,kg/kWh,CO2e_value:0.186,53e46f93-7be7-42e9-83c9-ce4db9401e63
+SI,Slovenia,2022,Production mix factor,CO2,0.29664,,electricity_consumption,kg/kWh,CO2e_value:0.371,e9f01fdd-1a35-4afd-8444-97e326138959
+SI,Slovenia,2022,Production mix factor,CO2,0.29664,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,6c0e2a2e-750f-436c-885e-53185eca24e6
+SI,Slovenia,2022,Production mix factor,CO2,0.29664,,modeled_data,kg/kWh,CO2e_value:0.371,b82de49e-4246-4dea-9f0a-fcb114f28379
+SI,Slovenia,2022,Production mix factor,CH4,0.0018664429530201342,,electricity_consumption,kg/kWh,CO2e_value:0.371,a9a6ac1e-cd5b-4bc8-94bd-6c501d2bbb19
+SI,Slovenia,2022,Production mix factor,CH4,0.0018664429530201342,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,5d698c71-351a-42cf-953b-7c7e0af59af2
+SI,Slovenia,2022,Production mix factor,CH4,0.0018664429530201342,,modeled_data,kg/kWh,CO2e_value:0.371,9346e7cf-b043-4be7-82a3-104106712282
+SI,Slovenia,2022,Production mix factor,N2O,6.791208791208791e-05,,electricity_consumption,kg/kWh,CO2e_value:0.371,fb34d381-d82b-4f05-aec7-26386ce62837
+SI,Slovenia,2022,Production mix factor,N2O,6.791208791208791e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.371,eb84f986-be0c-4081-924b-dc175361b3ec
+SI,Slovenia,2022,Production mix factor,N2O,6.791208791208791e-05,,modeled_data,kg/kWh,CO2e_value:0.371,a0ea5773-b5ff-411c-aade-f6d2b01df922
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,a3d2fa36-91aa-4d8c-bf3c-6abe78532b84
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d8b850bf-509e-4aaf-af84-5864337da99c
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bfe02b7d-35c0-4960-81f3-73c01db07b6e
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,61283af6-c557-4b3b-a726-617e618600e5
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b4324303-1b41-46b3-82ab-cbae6ef64480
+SB,Solomon Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,82bca7c3-f965-4710-970c-53a885fd6139
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,06b154b3-2417-4a79-87cb-eeaa23455759
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fdf97057-b630-44a5-b2da-88e60af7d73d
+SB,Solomon Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,cea06c58-90c2-490d-9963-b3c57e2e6bb8
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b1dd0dcc-128e-45b2-8e65-5906a8130a89
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6811cbaf-528c-46c4-a3d6-c42d0ea37fd6
+SO,Somalia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4c284af6-9932-4911-b32e-b98500e3c1ae
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ddbe45ff-f753-4cb1-a415-e8000c65d540
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,686f6bb3-6ead-4811-8692-d76df39deb9a
+SO,Somalia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,dcaa15c7-30e1-4589-9c23-27836b560578
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3f07f687-1f67-4c07-8ab1-69cc2c9dc32a
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d5fb5950-ff53-46c9-91d1-0416a63916f4
+SO,Somalia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,7f2b5d7a-8422-4fba-8781-23fe46c248fa
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,e253458e-023c-41a2-91bd-e465e582a447
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9b09a498-421d-4f49-a118-f01679761cc0
+ZA,South Africa,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4c1b7a02-72ca-4035-9fcf-14ec906f981a
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ba9f227d-67cd-40c7-90aa-dfc024d309c9
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bdba83ff-0400-4c35-aead-d0fdc673071c
+ZA,South Africa,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,9f3fb76b-0d72-417c-8202-00d0808e2dbc
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c8f0c417-bf95-4d3e-aa59-eee3704d7a93
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,71b062c1-ed90-4bc9-abf8-ec8e2f3c66d1
+ZA,South Africa,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ca9ac787-12d3-4709-b53a-a8d48e0bf13b
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,3ca6e883-fe0e-427d-9fe6-bc3e4be9f804
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7d8709cc-a948-41fa-947f-5730c26244dd
+KR,South Korea,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,334a4cae-f646-41af-8c0c-5766d0efbc72
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,b9caafb6-ba94-4510-a4bb-d651a14df63d
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9c9fb6ae-6561-4e73-b180-0ec54317c59d
+KR,South Korea,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,b37c12c0-2754-4974-a714-b6cd314787c9
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,463b0881-ebe3-4b01-9899-d63a742c338f
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b3cb5ab8-1966-4237-ad3b-0a846594023a
+KR,South Korea,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,499295f1-7697-4402-bcb1-a8c21d612bde
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,c929496c-243d-46c6-b87e-33ac46727568
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,00717983-aebf-4944-a87f-e0edf3c8dca3
+SS,South Sudan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2e94a3eb-909f-4c77-85ff-77662152d989
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c7c2f1e8-ca59-424e-8daa-f372aa225d86
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3e31e4a5-df09-4518-a898-047a7d437341
+SS,South Sudan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,a9e28423-4247-4c1e-8dc8-d1fe39540e81
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,de0bd88d-61e6-4b87-85c3-b1aa4078c1a1
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d4fee08a-503c-480c-a521-5658d9f097a6
+SS,South Sudan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,f8607724-e25d-4baa-bf86-735bb7001a3b
+ES,Spain,2022,Production mix factor,CO2,0.22008800000000003,,electricity_consumption,kg/kWh,CO2e_value:0.275,489f00c8-b3ff-491b-8fcd-8385acb52dee
+ES,Spain,2022,Production mix factor,CO2,0.22008800000000003,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.275,2626d8ff-4f04-4171-acd3-1939f9d01ed7
+ES,Spain,2022,Production mix factor,CO2,0.22008800000000003,,modeled_data,kg/kWh,CO2e_value:0.275,a75896f2-f9da-47a0-b31e-91a667d5c5cb
+ES,Spain,2022,Production mix factor,CH4,0.001384781879194631,,electricity_consumption,kg/kWh,CO2e_value:0.275,fe585cd1-8638-4b68-a7fc-785b73cf6dc2
+ES,Spain,2022,Production mix factor,CH4,0.001384781879194631,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.275,dc251bf4-a7b3-4aa9-8162-108c89277018
+ES,Spain,2022,Production mix factor,CH4,0.001384781879194631,,modeled_data,kg/kWh,CO2e_value:0.275,9940d16f-f65c-4e84-8d8f-a40d3feaf281
+ES,Spain,2022,Production mix factor,N2O,5.0386446886446896e-05,,electricity_consumption,kg/kWh,CO2e_value:0.275,6e1a13b8-4e70-4df9-9308-1ec843fb8c0f
+ES,Spain,2022,Production mix factor,N2O,5.0386446886446896e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.275,4e558d1e-bda9-4a3a-adb6-496e3c5191ec
+ES,Spain,2022,Production mix factor,N2O,5.0386446886446896e-05,,modeled_data,kg/kWh,CO2e_value:0.275,ec33225c-27fb-422a-b81d-1f2ad19e30db
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,98a202c5-8c86-4d2d-a628-c82255da4aeb
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8b41eb3b-0eca-4423-b69b-da72bebe5997
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e22616fa-5c98-49a1-aa7b-71d677158fdd
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,5d3cc278-f61f-4844-a450-41da281a3836
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e9941896-7ccc-470b-bbd4-6a8bc40a81e2
+LK,Sri Lanka,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,cdf8f0b4-97a7-43b8-b8e6-c66d09b9510a
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,dd38b088-20ec-4174-94d0-f30feb49f390
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1e9cfb57-672c-4749-97ed-dedfc02d4104
+LK,Sri Lanka,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,8dfdd264-c9d7-4033-b957-dd08d9e3f265
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,95f1f3fa-87b8-49ba-806a-d6bf385ec8a6
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a5176192-c994-40a3-b951-60821ebe7dcd
+SD,Sudan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,47e935b4-a08a-481a-9619-1072ae4533b1
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,205d4a23-ee0f-4243-bf53-9fc8cf2956ef
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,48b1194d-3aa9-455d-a1dc-c8244aefefe4
+SD,Sudan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,729f5811-cd85-47b4-bdf3-0211fd7cd971
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,f1946e81-97b1-4462-874f-f8807b0e96e3
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ef81bef8-2e95-4672-b1c5-3210598bb604
+SD,Sudan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,a16a55fc-2c1c-445e-ab49-d43cfd7d1242
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d9fcb18f-d62b-4fb8-aa17-a12a130f2505
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e402150e-761a-40af-bc38-7a315bd89dd6
+SR,Suriname,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,b1c44681-594f-467f-9733-937da78076d9
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,db097232-63a5-43c4-ae77-b4e0e1d4dcec
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4047d05a-e5b6-4b5e-967e-e2ad5ee4597f
+SR,Suriname,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6924db69-6ecb-4d75-afe5-fc4531970933
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,434e3ee6-52bb-46e6-9f1a-73c9789d315d
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9a4077be-9907-4c95-a611-54a14522ca90
+SR,Suriname,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,0db0230a-3878-4ef5-a508-b402baa929de
+SE,Sweden,2022,Production mix factor,CO2,0.031160000000000007,,electricity_consumption,kg/kWh,CO2e_value:0.039,fd3c4c1a-5efb-4118-894b-5e0e443dfdd4
+SE,Sweden,2022,Production mix factor,CO2,0.031160000000000007,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,dcfc7032-9c9a-430a-b367-20d18ec64217
+SE,Sweden,2022,Production mix factor,CO2,0.031160000000000007,,modeled_data,kg/kWh,CO2e_value:0.039,61ac9fc6-94b5-4d72-a18e-809d21abaa75
+SE,Sweden,2022,Production mix factor,CH4,0.0001960570469798658,,electricity_consumption,kg/kWh,CO2e_value:0.039,924e8a03-6667-4905-86c9-5b02ee08eaf6
+SE,Sweden,2022,Production mix factor,CH4,0.0001960570469798658,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,7f2f4464-2403-4eb2-a05d-34dcd72f5118
+SE,Sweden,2022,Production mix factor,CH4,0.0001960570469798658,,modeled_data,kg/kWh,CO2e_value:0.039,2aed7af3-b164-4b8c-8541-613426fb696b
+SE,Sweden,2022,Production mix factor,N2O,7.1336996336996355e-06,,electricity_consumption,kg/kWh,CO2e_value:0.039,a85c795b-294d-4d6f-b8f0-1738fec1c4aa
+SE,Sweden,2022,Production mix factor,N2O,7.1336996336996355e-06,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,913033d5-b818-4764-ad4a-76713775b64c
+SE,Sweden,2022,Production mix factor,N2O,7.1336996336996355e-06,,modeled_data,kg/kWh,CO2e_value:0.039,9a182161-53a9-4148-9f44-167681aae751
+CH,Switzerland,2022,Production mix factor,CO2,0.0,,electricity_consumption,kg/kWh,CO2e_value:0.0,3eca95fc-e1a7-43b2-8abb-ce6bc94f5ea0
+CH,Switzerland,2022,Production mix factor,CO2,0.0,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,07e68220-cce8-4e70-89c6-b9be9f6a5921
+CH,Switzerland,2022,Production mix factor,CO2,0.0,,modeled_data,kg/kWh,CO2e_value:0.0,8c603309-2b11-45a2-844d-b83c63ee087f
+CH,Switzerland,2022,Production mix factor,CH4,0.0,,electricity_consumption,kg/kWh,CO2e_value:0.0,b9adc4e5-232a-4cde-8c98-8e528e400a81
+CH,Switzerland,2022,Production mix factor,CH4,0.0,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,03f83485-f0df-4fdb-9470-bd626f63dcc8
+CH,Switzerland,2022,Production mix factor,CH4,0.0,,modeled_data,kg/kWh,CO2e_value:0.0,43486239-c7af-4325-bd33-c38f66ae7aa0
+CH,Switzerland,2022,Production mix factor,N2O,0.0,,electricity_consumption,kg/kWh,CO2e_value:0.0,05b8162e-16b5-428f-80ad-c53b7edb1616
+CH,Switzerland,2022,Production mix factor,N2O,0.0,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a28cb547-96e5-47ea-b259-beea838602ce
+CH,Switzerland,2022,Production mix factor,N2O,0.0,,modeled_data,kg/kWh,CO2e_value:0.0,e0bad7fd-92cd-47ee-8e64-f762e4b07547
+SY,Syria,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,c79b4e7d-8f84-476a-9e9a-625fa8792388
+SY,Syria,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bc8552ff-1fcb-4825-883c-9561a2b7fe4d
+SY,Syria,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c3b36788-beac-4a74-ba74-5fda139c3370
+SY,Syria,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,d43d95da-eb21-455d-8621-9f7626009f5e
+SY,Syria,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bee99b8d-b1e1-4a4f-a59a-4f788e3894e0
+SY,Syria,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6cb0f040-9f54-40e5-9471-ed22786f3017
+SY,Syria,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,feb01196-74fb-423a-b856-7560f02fd452
+SY,Syria,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,879e0c52-c651-41ce-965f-d69c42133f26
+SY,Syria,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,1a61460a-07f5-49a9-8b37-fa2a5e7e79f9
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,2347a580-31ac-44e9-9da7-f04ff76df8c5
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a41478fe-3575-4082-82a9-4650798f1eb8
+TW,Taiwan,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,0574b40d-974c-419c-9b0f-96f9a3ea21c8
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,1584862f-a08b-4314-a68b-b81aa9010353
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e1a71c07-5876-4126-a77b-09bbc76a62fd
+TW,Taiwan,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,890a7f9d-332d-409f-988f-19075fae21cb
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3791e4da-f73c-4a31-a16b-dc18c14cdef4
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f7aaf788-d20c-4503-8f3d-80623c4e884a
+TW,Taiwan,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,709c4c10-cda7-4e97-bcf2-a63faaf26591
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,436482ee-fba8-464e-8bbc-0daf53ca08d1
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2c196846-d663-474b-bc7f-98eb91343525
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,729b31fc-5360-40ea-958a-71b2ee0b356e
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c585e8fa-ef96-4b14-81ed-99d59b565900
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,42ae97c4-27ab-42cc-a54b-c02e2ed48119
+TJ,Tajikistan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2d568fc9-1832-483f-abb3-02a13e57f543
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,052ca19b-0980-443c-afef-9e8020436c5f
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8a23386b-3ce5-4936-98be-e10b9997a879
+TJ,Tajikistan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9042f904-b605-404d-a1cd-ea856b7478c8
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,4da15b5b-ecb6-4a30-a0d0-86e46bd1f170
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1c858ba6-0e21-4d95-8fc3-5a73251748a2
+TZ,Tanzania,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,74eaba4c-15d7-4716-8338-e724bdbc0169
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,4375b382-9abe-451d-9fb0-3dda8646e666
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6744043a-e97c-421f-84a9-bf7018125e7e
+TZ,Tanzania,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,865b3949-0aef-41f0-ad7a-0f0c3acbf7b2
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,4f516da1-a471-4c77-8e30-30ec1b4baf64
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ecf60700-41d1-46bc-a65f-d846252995d5
+TZ,Tanzania,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,0b2b02c2-1883-45a0-8b1f-8de785fe709e
+TH,Thailand,2022,Generation Factor,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d856281f-9c39-4aa0-8e33-acf82ba87505
+TH,Thailand,2022,Generation Factor,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4b30faec-7f5d-45ce-bbe1-fa2c076c99a3
+TH,Thailand,2022,Generation Factor,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4df9eb31-9ddc-4e5c-9e7a-d3e88d745acc
+TH,Thailand,2022,Generation Factor,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,48f08a6f-d8fe-4413-87d9-013477be7f0a
+TH,Thailand,2022,Generation Factor,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,64cb480b-d761-4d20-bc6b-8473f15b2e93
+TH,Thailand,2022,Generation Factor,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,2b5902a2-1964-4013-931a-ac6143f1a4d7
+TH,Thailand,2022,Generation Factor,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,4ed4168b-90e5-4362-b4ed-3898f8af8cb8
+TH,Thailand,2022,Generation Factor,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b60d8870-0a29-442d-985f-d8b0d17ceda5
+TH,Thailand,2022,Generation Factor,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9a7e46eb-d05a-469f-82a9-58fc305580a0
+TG,Togo,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,7d40b875-599c-4daf-8c98-d3c448ec9725
+TG,Togo,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,8356d337-e3ff-45bc-9492-70aac484441c
+TG,Togo,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,05cbb8af-52b8-467c-b4f4-5a9726f7da85
+TG,Togo,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,f81dd91f-1e85-4236-9604-512ba5cd8a4f
+TG,Togo,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f52e5fad-a5e7-4e3f-aba4-d974e520fbc0
+TG,Togo,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,c723f230-eafe-4fed-9543-45021026b45f
+TG,Togo,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8bf5cd43-9e1c-46bb-bdef-b7e97581696b
+TG,Togo,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a04c4a5e-e5a9-4d0d-b677-3cbc99ec9bd4
+TG,Togo,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ccf6b7d3-5689-460f-89d4-8bc907ca5505
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ec8452dd-7386-494e-9e7b-4dfbf66c2e0f
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,710006b0-56b8-4570-8b06-3adaeee764c7
+TO,Tonga,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,b8e4d967-2ada-4fc8-ba47-a674a73f4f0f
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,c871469d-ccb2-4556-b6a2-b450ee97cded
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7c81c37f-18e5-4cef-ae1e-8b14d6c7e25d
+TO,Tonga,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,4470aa80-e2f5-4992-9acf-982d452084d1
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,205328ed-810b-4980-8679-22bc89da685a
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4f575933-3c3b-4dfe-b809-78c4cfe32c2d
+TO,Tonga,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,2c38f9da-81cf-41a9-b05b-9a8bbf20114a
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b4e88858-f23a-48b2-9a45-752b1f05ff18
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,063aac78-e7ff-4ed7-b153-18da0f094ba8
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,bacd7aab-561f-46ed-8b94-4c265494a705
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,96965388-eb52-4ed1-a7e8-90f9cfea4c53
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,915ea82e-f144-4dbf-a1f5-7018fe5bde49
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,231ffeb8-cf47-477f-a75a-47776e719081
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,f81e2e97-0a68-49d5-ad9b-59a2ff3feafc
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4fa6635f-2b38-4e74-a3eb-37d567aa52ab
+TT,Trinidad and Tobago,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,04212ae9-f6fe-4856-8873-eed08f76bc7c
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b183bd4d-6076-4949-bbd7-e42d2dbee7d4
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e3410bd8-518c-4196-a5ad-6c6ca30af697
+TN,Tunisia,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c4f80a4e-b332-44ea-8e78-c5b952773111
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,15b5c542-da93-4e9e-a230-24b7b71afa03
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,441934e3-acf1-4dd1-8436-85b905521bc1
+TN,Tunisia,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,7a0d2921-d592-48f5-b1fe-efce06b8a131
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,835d113b-413c-4b39-a877-eb768d72a787
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,316060c8-fb6a-4ef4-9484-05dd5cf59b23
+TN,Tunisia,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,8745d6de-4bcf-4274-a0a4-0243ce3617e8
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,c9c11a2a-ac3c-480a-8e0e-48721eee65ba
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6ded9c72-0057-49a9-912c-fb5217e960af
+TR,Turkey,2021,Emissions intensity of the power sector,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,e6fdcf8d-f530-47c1-a276-b486121b2d74
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,02a74a2c-c7a5-47c6-b85e-5475cde8a189
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f0ee3310-b6e7-4328-8200-5e008b35cb99
+TR,Turkey,2021,Emissions intensity of the power sector,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,99931724-5c4d-4812-bb13-9738e4a808fb
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,c525d79f-3109-4eff-856c-1f3a5b029689
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7b61935d-d98b-430d-ae9c-20b20a4884da
+TR,Turkey,2021,Emissions intensity of the power sector,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,3b66912d-be25-48d0-b0c2-1222274de74c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,feb4db5d-8897-4117-90a3-c0b65149ea3c
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7ca22c43-8a5c-4046-b90c-86759ba5fa14
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,1c3c779a-d96f-40d9-a1b4-3bb7fe89c7bc
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,faace2bb-f906-4111-89b2-852ff6eae0d7
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5ed786c3-b377-4df2-a6d2-b2186d8ffb07
+TM,Turkmenistan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,1d7e1fbd-e54f-41f2-abaa-c6a0de015cba
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,3ae35b7c-923a-4d98-a0fe-7e7f34b049e2
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d46eb45a-85f9-4d93-851e-811bb8bf6a21
+TM,Turkmenistan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,97596713-97c9-4b22-adbc-8aa2eef7d35c
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,9ad0db23-1f32-44b5-94fb-8e1ad9d0e73a
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5cb9dca6-d378-43fe-b67d-45f96346e0b7
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,83de3648-0259-497c-9349-ca85b88c6ca8
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0893bac1-43e6-476b-bde2-8f42488ce233
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d662053f-2fb0-4d35-adfe-862df36ac912
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f5ae4a8f-a94c-451c-ab25-c43907c150aa
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,86a0ab01-a578-4e25-8ac2-63d472db09ce
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,11a2630a-748c-41b2-a410-7be901a0f69f
+TC,Turks and Caicos Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9df2814f-e4ee-4c9c-a0a4-1832bf65e5bc
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b745b64b-c4a8-4242-9ea8-85ada0b67073
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4727bf29-802c-4dc3-9d59-cd9925f3e4d5
+UG,Uganda,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2a3e7395-adfe-4270-9054-aa1bc15cad74
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,2d24632b-7374-4e17-8cd9-2dd65af89146
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,1c91ace8-8efa-457b-9dfe-ed60e251432c
+UG,Uganda,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,321eefd7-0921-4eef-ad4a-cde60fe046b9
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,9ccd45e6-6915-4cd6-807d-a444a8767b4b
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,fbe55bd2-592f-47ad-a5bd-3ba5453e7b2a
+UG,Uganda,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,170cfbce-19cc-4c8a-863d-fa81a20bff36
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,ed232893-8e01-4453-8081-b9cc4f7d5720
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,547cecd3-4417-499b-95f7-d04c73c4d6a5
+UA,Ukraine,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,ae216900-44a2-4fb1-847a-ad2e04550b66
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,ac139396-ac51-44b5-9846-8e4e587ecafe
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d3bc02df-a4d9-4022-bceb-8db88003632c
+UA,Ukraine,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,aee85a88-b0ef-4ecd-9fee-408d6c3a7f7e
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,0654be6c-ff3a-40b0-aecf-3b569b739798
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a2210c4b-9e1c-460e-abc8-ae6ef47f2193
+UA,Ukraine,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,7c85534b-a72a-4527-a498-22a217a779f7
+AE,United Arab Emirates,2022,,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,0f868113-b362-4973-8076-175cb64d2277
+AE,United Arab Emirates,2022,,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,7248a5b4-1f4a-41e8-a29a-c27e3b8c5bf5
+AE,United Arab Emirates,2022,,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2957d2c4-11e0-4d83-9ffe-19fa5f03e0b2
+AE,United Arab Emirates,2022,,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,7fcccc36-3661-434d-a202-9504cd80a8e6
+AE,United Arab Emirates,2022,,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,37b16bbc-e71c-4801-9a2b-4dab3063cb09
+AE,United Arab Emirates,2022,,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,a7735d5c-32ab-4beb-ad9b-6f1f576d24e4
+AE,United Arab Emirates,2022,,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,08dcdb08-8c8a-483c-966a-d976de237404
+AE,United Arab Emirates,2022,,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,f5b64ad9-acda-4e36-a361-6ea530626afc
+AE,United Arab Emirates,2022,,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,eceda194-7da7-405b-94a1-17539801436f
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.29212,,electricity_consumption,kg/kWh,CO2e_value:0.365,d2eaa148-06fa-4f41-abe9-f0a826ac1e4e
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.29212,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.365,3d67f586-e786-412f-a37e-d09b9887f90f
+GB,United Kingdom,2023,Residual mix factor from AIB,CO2,0.29212,,modeled_data,kg/kWh,CO2e_value:0.365,07315429-07d4-4f49-a824-17722995cbe6
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0018380033557046978,,electricity_consumption,kg/kWh,CO2e_value:0.365,ab6b16dc-bac5-4f48-9d88-16b44434d1d2
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0018380033557046978,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.365,f5a4351d-2192-4dab-978b-e7481d155e58
+GB,United Kingdom,2023,Residual mix factor from AIB,CH4,0.0018380033557046978,,modeled_data,kg/kWh,CO2e_value:0.365,82d187fd-a22a-442e-b035-a76fa166cdbd
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,6.687728937728937e-05,,electricity_consumption,kg/kWh,CO2e_value:0.365,255646a8-3d89-43e6-ae1b-48e7fe8b19d1
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,6.687728937728937e-05,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.365,99ff67cd-961d-4bf2-b0b5-40ac5b4cf6f6
+GB,United Kingdom,2023,Residual mix factor from AIB,N2O,6.687728937728937e-05,,modeled_data,kg/kWh,CO2e_value:0.365,cc1c0a43-b662-41b5-9f6d-a339013df5c8
+US,United States,2021,,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,b9fc31bf-8385-4bd8-bb05-dfabc81769e6
+US,United States,2021,,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,aae31e33-82dd-42be-8e4a-3f85e16c9056
+US,United States,2021,,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,67184d11-8e03-4647-9336-848cca96a0ed
+US,United States,2021,,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,44e6ee79-3932-461b-ad25-8c1f86f2cf49
+US,United States,2021,,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0ecfd2ef-eb42-495e-847a-2dea12249098
+US,United States,2021,,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,f44345fc-0e10-4f59-9d13-7abc04764ad9
+US,United States,2021,,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,02159220-6d31-439b-b426-7553304e7da3
+US,United States,2021,,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6d01f476-0a77-4516-a181-99b9b28dc6b0
+US,United States,2021,,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,90f85969-5535-4953-bcce-5a3c467ece3d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,cd3a9ade-903f-4a6b-b200-9e87b794e52d
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,46e5e7ad-3f33-497f-87ef-10ff3788acc9
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,920cc1cf-7c45-4bb4-ae92-219ac64d13aa
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,0502ff1f-a97c-498c-94a0-f4d47c0ada9a
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4a2f0e0b-6394-4802-af42-c6dbf2024ed1
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,3c4e54a5-de96-43a8-b172-429987328ef8
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,131ff338-b380-412f-a5f6-412ca8ad58ee
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a475ee41-556b-4226-bb2d-16c966ee8266
+VI,United States Virgin Islands,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,9f6af2ce-cf52-4dcf-bb4d-434d4f620cb7
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,db5b3f70-4b21-46b5-bcb6-1ed4c2f1c46b
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9089c0f4-d255-4d24-ae67-46eceddff8df
+UY,Uruguay,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,c1ea1a62-02a6-4253-a323-14451b7b363f
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,81d05970-eacf-4688-8a04-2528658a1976
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,a76ffce1-3b59-440b-b9d9-0091c7f6a986
+UY,Uruguay,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,65266ef8-273f-4b34-be09-ad6a19376cde
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,27253222-cf87-4ba4-a059-2f8eb69f6ad2
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,efbf6dbe-ee83-4bdb-820d-d91b9ada65db
+UY,Uruguay,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,948b0ae7-26f3-448a-a827-88cddf11caab
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,27a55460-01e5-4efa-9441-50b5a2a7a31a
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6f6657f2-675d-4404-a19e-5c083422af54
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4bd5a592-0490-4fbb-88c0-2bb6f9210c4e
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,13569e35-9be4-41f9-a6c6-93303fca1cf7
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,6bebaeff-3068-4476-9555-752bc85d49dc
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,6162ae13-cd3d-46a3-97f1-e0b5fa8c49b2
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,2ae5f08a-5110-4192-843e-4a966374e89c
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,19417f82-608d-412d-ac58-eb58eef93882
+UZ,Uzbekistan,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,0a9b3005-3ede-49cb-b500-446f4ea4d1b9
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,818c2ba8-ab49-440a-bcdf-76676bccb46b
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,2d186312-404d-4428-9417-a64bf026aa07
+VU,Vanuatu,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,40315e63-9513-42a4-972b-36c1493bdd31
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,46f6bd98-3818-442d-9333-79e08397a985
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,b50119f8-96d6-4e59-9e65-23ed5e812179
+VU,Vanuatu,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,49e9628e-5f50-4437-94eb-4530a7bdf1d6
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,582334ed-6803-4daa-a465-47dc360a7dd4
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,67ba9451-2d79-4b3b-9f98-aa008e8e5e66
+VU,Vanuatu,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,c2ce1f2d-2ab1-4783-8524-476df3758344
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,8a2e5aa9-16ec-4bb7-b9da-1f1d3d72a200
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,9bd9e660-e2c5-4912-8d0a-55265f45204d
+VE,Venezuela,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2b94ae7e-eaf8-4015-b3c1-274b0f135b66
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,46179e97-ad03-4137-a4ad-48839dc08ad1
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5319adcd-3952-4dd2-a7b9-a5254c833c0e
+VE,Venezuela,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,be5ac77b-1b39-4b85-9ecf-10133b7b9957
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,938e3095-68f2-4b9a-a29c-1c0118148732
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,dde62048-664d-453b-a0bb-c0d48f9389f3
+VE,Venezuela,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,5d18ecbc-cc72-4d6f-864f-03db7cec3483
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,f42b181b-08ee-4790-9797-4e0c439a4cdf
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,5d1029d9-b1bd-43e4-9978-9ab8c8499000
+VN,Vietnam,2022,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,62939101-f829-4f3d-b560-8d3859f9e67e
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,47bc3b75-bd6d-4a49-9071-0ac1459665b7
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,45c6f3ec-9e80-425a-b16f-d57a1d7db546
+VN,Vietnam,2022,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,90a6830b-437a-4da7-9dac-220c932cefdf
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,9f2327d4-84dc-49fb-8715-469958d876fc
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,4980140f-cb2e-4e2d-b2e7-c85d13bd1c95
+VN,Vietnam,2022,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,6b5924ea-40c9-406b-b03c-c3b2c5f91566
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,d130c948-003f-4dbc-942a-7043d690407e
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e7f904ae-fb26-4199-9a75-dface12a6143
+EH,Western Sahara,2009,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,ef979fe7-7852-48b4-8b70-765489acb3f3
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,6b2449dd-1a5f-46f9-832d-15b8ca21c9b4
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,ece54f29-255b-4e3a-a595-47704fba3a27
+EH,Western Sahara,2009,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,ddf119c0-549c-4b0d-b66a-3b49753aca42
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,a1e8c8dd-419d-4171-8ee1-ffd65367cdd9
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,10aea593-6800-4d6f-8b16-4780a98993e0
+EH,Western Sahara,2009,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,acdb75e5-0cf6-450c-999d-7b3d095d5314
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,28b84b59-380d-4089-9cef-ae952c1d4f0e
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,0b88224c-e3aa-460c-a37d-f792bfdf605f
+YE,Yemen,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,f2faf50c-f5ec-414c-bd79-0d281a7a4047
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,8c968971-cbd0-442a-bbb9-4d8d8ff8f75a
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,38116ff5-e043-47bd-a5bd-d603f53fdbfd
+YE,Yemen,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,fcc548b1-2407-485c-8361-e3173604dbe4
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,f791d5f9-6885-443a-87df-ae8e9e1dd926
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e2af27bf-0ee1-49b7-b3ba-f7449bb74831
+YE,Yemen,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,c67b25fb-9ed3-43b3-9e55-7eb9b816b3fd
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,9685332c-7609-4f68-9a6f-eff004aa4b99
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,3820f4f7-f916-4886-88c4-b1de13b4ce6b
+ZM,Zambia,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,4531352b-1f26-40f5-99a3-eca3240a91e9
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,7e00e7b6-a04a-4104-b2e4-ead9cab37b2c
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,bcabeeea-5b59-4630-aaa6-b0c0d8967c40
+ZM,Zambia,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,08de2b90-5ca7-41f6-a055-fe5061954330
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,8f5b5017-717a-4a20-90ec-1eef9d88bf3e
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e4951bbb-3dce-40c4-9d8e-2870de4cd5fe
+ZM,Zambia,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,94965680-9983-4633-aac5-d89cec050e99
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,,,electricity_consumption,kg/kWh,CO2e_value:nan,93e4e44a-097a-499b-b946-66f55ce5fcd5
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,d0b10807-6040-46c3-b266-194980b01855
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CO2,,,modeled_data,kg/kWh,CO2e_value:nan,2b3bb516-e758-4132-a86f-00ad7687a472
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,,,electricity_consumption,kg/kWh,CO2e_value:nan,5bdf4713-b722-46ae-bae9-ede905f9fcdf
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,73c03bf6-a9de-41e7-817e-00f32fa7936b
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,CH4,,,modeled_data,kg/kWh,CO2e_value:nan,17b00c7c-c4ac-4d94-833f-8e604b719653
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,,,electricity_consumption,kg/kWh,CO2e_value:nan,d7b377d6-3d89-420c-a32c-2d7eebc66a6c
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,,,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:nan,e7c5ad60-423b-4e2a-8f03-3b24d44f3e27
+ZW,Zimbabwe,2021,Calculated from Fuel Mix,N2O,,,modeled_data,kg/kWh,CO2e_value:nan,ecacee50-a7a8-41be-ade3-0a1251fddd8b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.51,2e1df02f-c363-419f-a582-9ad48656bd69
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,7d845277-fb09-44ff-94d2-536fc6c1c49c
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.1.2,modeled_data,kg/kWh,CO2e_value:0.51,53ad5f00-4b75-4af0-bf10-984e0c834e8d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.51,271f182c-4ae7-41aa-b14b-274748d101d9
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,90b75049-fec7-4b1b-8048-51d0697cd0e9
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.2.2,modeled_data,kg/kWh,CO2e_value:0.51,368162be-eeb7-423c-81b7-9907cbf8b961
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.51,6bf5dce1-93e8-44a9-8f99-1770ba139904
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,56b2ae71-3d00-4639-9438-97dfe2d455e1
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.3.2,modeled_data,kg/kWh,CO2e_value:0.51,f1b27bf5-c080-4975-b12c-dd108577ad11
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.51,051508d5-b45e-4283-b2bf-194babe4c836
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,1905c1c9-4c61-44c9-b8a2-3db6409985f2
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.4.2,modeled_data,kg/kWh,CO2e_value:0.51,7a94aef2-f61a-4317-ba1f-1ed54c9828c8
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.51,7919d9e7-0414-4f1f-9654-108ba041df6b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,47cfc076-5546-4e08-8086-7973641d3052
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.5.2,modeled_data,kg/kWh,CO2e_value:0.51,3ee40763-d90e-4c30-abe0-c2f3e534968f
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.51,d5408dad-a8e9-40db-b16a-560187f38ef5
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,c307d2b1-1881-4067-8644-7347977eced7
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,I.6.2,modeled_data,kg/kWh,CO2e_value:0.51,26ae6a94-f747-4d48-9a30-08db8c30fd13
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.51,11387a8f-b0ee-447a-a514-6ef4b87aedb9
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,2aff279c-7381-41be-91d9-f7d14fdecf25
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.1.2,modeled_data,kg/kWh,CO2e_value:0.51,2583905c-3d54-4eb0-bff0-c9ffb8a51010
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.51,8941c5cd-d553-4454-816b-8c5def90fb27
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,e1e75af9-56f8-479e-8c22-dabc0a820f36
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.2.2,modeled_data,kg/kWh,CO2e_value:0.51,8849e6d2-3bc9-47b4-a3c9-de5c5a312483
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.51,3e2b22d6-9173-4eb0-b38d-cd68d8e47173
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,1aca835e-16be-4559-9e38-6789581aed95
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.3.2,modeled_data,kg/kWh,CO2e_value:0.51,94165467-b14a-4746-abc8-06023e425719
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.51,9f9d9217-c42c-40cf-ae5b-7d091ea33d2b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,c24a3242-471c-4a2a-91c9-a727912f15a2
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.40800000000000003,II.4.2,modeled_data,kg/kWh,CO2e_value:0.51,6b41342f-3a7e-4e0a-871e-feca116f304f
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.51,cc0a0c80-a7cd-45a9-9559-1cf582bc34f7
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,fe9915cf-2e2a-438b-9256-1bbc0e227a1d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.1.2,modeled_data,kg/kWh,CO2e_value:0.51,fd559dc1-de55-4a2a-a79c-b39506e251d6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.51,c2af3e8f-0341-424d-a6ca-20fcd6f2c279
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,5685edfc-5cc3-41d9-9710-6be3751803eb
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.2.2,modeled_data,kg/kWh,CO2e_value:0.51,df9a95ac-f97a-488e-b385-e147d5dc7dca
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.51,daa4227a-93b5-4f4c-8340-11bd8786f2e3
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,148df61d-e7df-4442-addf-29fc0d43a7b4
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.3.2,modeled_data,kg/kWh,CO2e_value:0.51,49207340-ddf4-48e4-a352-f6ac992233a6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.51,f92f9bc6-3205-42bc-a4ff-2c894fc4897a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,b97f118d-7e6f-4077-81d0-1463510fe6c0
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.4.2,modeled_data,kg/kWh,CO2e_value:0.51,1b286309-c10c-4c2c-b790-32e5da582f56
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.51,e203f52d-c660-4445-b875-e521be76de3f
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,767eb395-b56f-4bb3-b301-b00c7c3160b5
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.5.2,modeled_data,kg/kWh,CO2e_value:0.51,a9a7a7ba-85c7-4296-89cd-a205df839a90
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.51,10d4ec2a-d4cd-42e4-ad47-6869b3c5a41a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,29db21d0-8b7c-43d2-b984-be1f013b9123
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,I.6.2,modeled_data,kg/kWh,CO2e_value:0.51,f092857a-65a3-4e5a-bf01-89c3b75e874e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.51,839f6bc0-524d-4259-96d0-7cce89c4bb7c
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,47150817-9bd5-4271-9840-d524856a41a8
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.1.2,modeled_data,kg/kWh,CO2e_value:0.51,edb6b363-8492-4d4e-852a-1eb9fd2b4f81
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.51,902a7546-13a9-4a8d-b6d3-e7279ac755c0
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,a843a56d-7b82-4595-90c6-ec8671ec204b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.2.2,modeled_data,kg/kWh,CO2e_value:0.51,a8c0001d-27e0-438c-9e3a-0c6343d8f621
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.51,f4c06f56-3ca7-47ad-a846-003dd03e0503
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,3c327dfb-1cde-4fff-8922-1e966df440d0
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.3.2,modeled_data,kg/kWh,CO2e_value:0.51,b038908a-d036-499d-848d-63684d05f0da
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.51,d3db61d5-604e-4912-b3af-e4706a70011d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,63680c53-1d8a-45b8-bc4f-c46a90b794f4
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0025671140939597316,II.4.2,modeled_data,kg/kWh,CO2e_value:0.51,5e376e5a-ea54-4ed5-a4a5-722727a4134a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.51,9fcd5644-63de-46bc-9781-8f18e2bcbd91
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,4ff719c9-c3f2-4c7f-b4a7-71c4d95db1a6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.51,1b90e5bc-e294-4784-9b17-513387904272
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.51,63fca462-7ffe-49f1-8488-559354c3f442
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,ee1d65d3-a7d2-4d7b-ac64-ac2c97f41380
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.51,392cb8e0-601e-41bc-8ff2-2c6f038aaafe
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.51,48b26ae4-da16-4fdd-8e55-b77adb598eb8
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,f1a2bada-09d5-4ebe-8d34-d305704b3347
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.51,455f35a9-c1ab-439b-bba6-8623710ec9c7
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.51,b70fdcb7-af7f-4691-9569-d320a79ec44e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,319d6c76-b26a-435f-bfe5-ad13235aba88
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.51,1694028e-aab3-4764-907b-c86240e2d611
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.51,4f8ee045-f812-40c6-a9cd-bafc75808a1a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,69c56750-0197-41f2-a71e-4477a10f335d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.51,b3c0d5b5-f539-44b2-b887-b83cae6e1bca
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.51,cdb1666a-67f1-4f27-b6ec-efcde7eb02f7
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,4d277809-9869-499b-a2bd-ed6914fac82a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.51,d9d8f3bf-9df8-4f4e-9264-9dc8ca5dbedb
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.51,88188a24-62b2-42b3-9545-bbc51441da83
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,62c34e7f-e833-4bd8-954b-3f5c55a5526e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.51,02b94c57-916e-4703-be9a-db5db542efc3
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.51,bcfe8c5a-6644-44b1-a43b-2e80029506e2
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,a1a9f794-4806-4dcc-9ebc-8eed1630c547
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.51,c1a956b9-d36f-4652-83ec-d0f418dd0fec
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.51,8c9b56e1-55e2-4b45-80b4-16684cdd6b73
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,e3be9478-8cac-4a67-88ec-dbffa1506dbf
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.51,2dc877e8-bbd2-4278-9cce-f06018924923
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.51,1b76926d-77a4-4252-bfb0-3d7f2ab8460d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.51,fe3fe560-d7dd-44dc-ac15-c632ac3664d2
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,9.340659340659341e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.51,2460b6bd-da14-4ff4-ac75-901d234c3845
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.014,cbf63587-e724-437d-bb13-be7b11fc81f4
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,65b234d9-d5dc-400a-a361-167f56dad77f
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.014,01e1757f-c43f-42d4-8407-04a6f54e85a2
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.014,f3b9d28d-1b9f-4258-b4b8-90aa51b1d5a9
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,47509e45-2981-4d3d-89b5-1105e93da0e3
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.014,9a32f5fe-777b-4221-8b4a-73f2fb80ec94
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.014,2f637677-7e70-400a-ae53-987cef6a2cb3
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,5ca0ceb4-865c-4d50-a800-0c538b7854ba
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.014,73a6c0e0-eff9-4b47-ba5b-7e816aaa4867
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.014,a152ed06-dcb3-42b3-a516-0a84587c5301
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,cb3f0433-cdf3-4320-b5ca-cae8419eb3d8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.014,1bdb8db3-5fa8-4d3f-aafc-260f18468c75
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.014,c6a45e0a-f58e-44a4-8c98-f2f728722151
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f13d1207-7472-4371-a1c9-dc272190aa28
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.014,6c269c94-fb1c-4114-92b5-960aa88f7d3d
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.014,f77f5673-b8ed-435c-8f33-15fdda394269
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ff8111e6-86e3-442f-b195-a0a26b41fa08
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.014,8d2fa828-6208-4dba-b34c-a6dc25f5d55e
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.014,bddae38d-9428-43fd-8709-fef6ce7b1f97
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a80f6041-f52c-45ee-a739-c9a6ac5d035d
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.014,65752a0d-e60a-42d2-ac98-67e2350a62c2
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.014,af2b70a7-18de-47d0-b097-e3fdbea81d7b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,935eea05-f00a-41b2-99c5-2cf5525292f0
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.014,f3c8fcd3-c865-4646-a0d8-2db4d482c212
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.014,c03d7d9a-2d73-4fb2-bd2b-4d0b1bb8745b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e092d744-e189-4dac-9f29-862452cd9653
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.014,99b0a3b7-7d84-4da7-9dd0-8481dfbdeadb
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.014,a75aebd3-57d1-414d-800c-ee67c01e5451
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c2f7106e-9ef9-4234-ba96-1dd53a5da908
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.011200000000000002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.014,a4785348-b63b-4cc8-95e4-b6341e818f81
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.014,57e36f41-8ac0-44e6-a1a8-59342382ebfc
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,8fd7706c-aae7-4e45-9668-17f435efffdf
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.014,7ee1c201-c70f-45e9-9e8f-f548376a300d
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.014,dfa38950-0c35-474f-ad57-2ef35000a3df
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,fa22c18a-b453-40e7-885e-9123e3f952fc
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.014,ac9f6a0e-990f-4daa-9230-75a132e85690
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.014,0ec40dae-8535-4ce3-acd4-0b701e6a0657
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,69040409-7dc9-46f6-8394-b01ebd780b1f
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.014,4b11d2b3-5b0f-4a41-b77c-d74f7f7ce4c7
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.014,f5d53cf6-1f08-4c56-bb46-f7d634f6e5ac
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c470e328-cbe7-4346-a999-f5026d140d5a
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.014,721e64d8-07e4-45ac-b317-4babc6e9fe55
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.014,9b36e149-37c2-4d95-9f54-3fe18be7f4b7
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f6e136cf-7513-4abc-9edb-96a11bcfa8ca
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.014,ebc2c73a-5c92-492d-8de1-83ef3e1acbb9
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.014,1bd1c39d-e9ff-4313-9b86-5733b58bc543
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d2d7c4da-8f84-4aed-9f97-4fbf6a5435ce
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.014,79a1e4ff-7f15-404e-96ce-15281cab3647
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.014,1ba182e0-659d-4004-ae97-2a39907152ae
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,6e859386-c571-4b54-af4d-8fbfa6085dbe
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.014,4826ae8d-5ff7-4f94-b271-088bb578fdbd
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.014,d7906c7d-1273-4589-b800-c136ac699326
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,9457b2f8-a9fc-4341-b969-7ee57a05ba31
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.014,54c4d5f5-054c-40da-9154-66768bc52fc0
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.014,c7393667-96fc-4de6-ae6b-1fd7076ede6b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,13e51fea-e89f-414e-b5c5-be41c60cbffd
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.014,321ad0b2-0392-4fd3-a4be-c9fe5b3e4599
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.014,5494f790-a9c7-44db-8e32-759a258c59c7
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4054f584-c5b8-4a0e-a4b2-a7f8b1e65436
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,7.046979865771812e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.014,ac575c40-a2ea-4651-8817-89e5ca5052a1
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.014,a8345c60-65ff-46ee-917a-599b85a03985
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a1eeecc1-3c66-47c2-b37f-cf0301bb3a50
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.014,f0a3d306-26d4-4a0f-a4c5-38188f81411e
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.014,97d89b08-116e-4469-a458-54fea2e8ecc8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,02c41ecf-d4d9-47eb-b2d2-8e21dc328c2d
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.014,ea57d9bc-4703-4efd-8195-6cbf8ffd6694
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.014,7558d836-1d5e-47d1-8fdb-bf0af7ddcfa5
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,022bb031-7d35-4ff3-b268-f498726fc4ec
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.014,5fac3959-61e8-4b43-83a6-1223b0bbee92
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.014,3dfe30a1-ebcb-4564-bf19-b3489f35f39f
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ad347c5c-68f7-4747-97f9-4946d1858855
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.014,87373ba3-33ae-4c30-865e-a3858913c19f
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.014,f834bd7f-fe27-4762-a74d-285d42156436
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,beed24be-dac0-4551-aa45-8ffae985eb8e
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.014,354794b6-9642-497f-a95f-ae8563295be1
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.014,089340cd-cd66-4f6a-841f-b073db78ff51
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e13533ba-be12-434b-8baf-d8af380a576c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.014,09e4b7d5-e7d5-4207-b41e-98169853ee79
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.014,c44b569c-37b7-4d10-a10d-b760b96f6bc5
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,524ac4c1-fbb7-4cf4-9580-747553c78315
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.014,1a6416a1-995b-43d3-b824-ebafc7dda5f9
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.014,36c0bad4-2c92-478f-be2d-ee5551cf8a96
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,89c2b58b-d4ad-4773-9307-c6a5e3669ddc
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.014,526d8d97-ceb5-4f60-b414-0686139795fb
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.014,79e33647-d06b-4c76-a983-57f0ffbabe12
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c9c5090c-91cd-4fb8-abf1-e910dcb46907
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.014,9c1ab4bb-2e89-4523-a937-e7f0ce74e311
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.014,4751803b-d2c1-4dce-ae5e-2808ae79604a
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,efbc6bb6-268c-4b7a-bd34-1fe8d5fe1ecb
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.5641025641025644e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.014,2ab51b1e-e4cd-46ea-a1a8-896390220434
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,deb5b1ef-5aa6-4ef6-b888-135f5ac1a313
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,3b7378f2-dad6-4241-8c5e-5e5689947ddb
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.1.2,modeled_data,kg/kWh,CO2e_value:0.002,b04e6516-5744-44c9-b425-266a7a75a081
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,074fe526-8e89-4e0c-a4ad-982ef49b4ea5
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,16d9b4ed-0095-4b05-87eb-0981f74d39c2
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.2.2,modeled_data,kg/kWh,CO2e_value:0.002,3ba4f854-bade-447f-b902-6281cd58c700
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,7925a495-aa2a-4448-9380-b5d9528039b6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,f2d617a4-7f26-4089-8558-eca945b74494
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.3.2,modeled_data,kg/kWh,CO2e_value:0.002,28982383-c7a9-4dff-8b81-95aa7820c596
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,89f75f1b-047d-4dc0-99c0-9f523efa52ad
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,87cbccd3-c884-4038-b05d-dd92ca18bd42
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.4.2,modeled_data,kg/kWh,CO2e_value:0.002,85b8e04e-c7e7-4d96-bea3-4ec9ba68315e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.002,ee64ffb0-2bef-413b-b4a0-3c9deb373ae9
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,17549286-64ec-4d4b-98ec-ecad710710d7
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.5.2,modeled_data,kg/kWh,CO2e_value:0.002,70d92701-2429-4319-a8d1-ae3345d152d3
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.002,035f8d6a-9dbf-40e1-b3a0-e7d5b51deb80
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8ff15ab6-ea5b-4c91-b552-3ce373f0b75b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,I.6.2,modeled_data,kg/kWh,CO2e_value:0.002,ca929ac9-27ca-4757-a61a-5e1886ab6a7d
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,54b49748-7e95-4ce3-a2f9-534c8d0d44eb
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,bf3d7d0f-708a-4c4a-a3eb-5ab03afab167
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.1.2,modeled_data,kg/kWh,CO2e_value:0.002,d5c63674-c446-46b5-98f9-42cd384074c1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,13bfee2e-bea3-4c87-a748-e2e940cb34aa
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,0d17011f-d464-4710-9718-af69e36ace55
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.2.2,modeled_data,kg/kWh,CO2e_value:0.002,2ccaa319-d023-445a-9ba7-5ec701d1d62d
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,21b77cdb-a198-4680-90a9-4165450c2f68
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,353dc5df-9ba8-4b12-9f5b-47f41a384189
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.3.2,modeled_data,kg/kWh,CO2e_value:0.002,ef4fe6c6-65f8-4ee5-80e6-252ee3fb2d6e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,e5431176-9db8-48a5-b148-cd307bc5aabd
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,80a7f135-b3e7-47f4-b408-2d2301cba235
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00152,II.4.2,modeled_data,kg/kWh,CO2e_value:0.002,e27ea56b-c44f-4722-a403-f28087eca12d
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,1ffbd849-9f7e-4cdb-9586-6811a7f84800
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8323d0ae-5a20-4c4d-b98b-259200b49157
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.002,65cfa6a1-eb50-46bf-8dbe-4e9aab0402b7
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,aeb03ff7-fe7d-48ae-8cf9-2b788345a1e9
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8d943101-8c28-4cfc-9493-753efd7eabe8
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.002,4c06c84c-2edf-4967-a94d-660390303f88
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,ecb8cdeb-f5fa-42f2-b569-78606cc77ec3
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,1a296453-1e48-4899-8aec-a140d08e32e4
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.002,721f1144-39c3-41b2-aefe-dcb4d2af958b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,7462ea89-42c5-48cd-a986-9544ed3d3cd9
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,14d4c359-ad63-4f3e-a46f-4434a34abb63
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.002,a0bf2417-f391-4696-bd0c-36f84140d78b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.002,4b2f7c06-aa68-4417-bb7c-af0997ebba70
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,fbca2814-33a7-4d8e-aba2-e0829f0db5a3
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.002,fda5912a-a9be-403c-bf8c-11a9d617fc71
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.002,6b1814c4-6a71-48a8-9fe3-7022145a98c1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e00ce759-ed1f-4a15-9731-f9770822aae8
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.002,8063a9c0-89e9-4c5e-b690-96c598a620b1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,6eb1a3ef-0451-436a-8f61-3092361df897
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,173cb8b9-afbd-4f8d-a7a3-aebba62ea137
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.002,8e4b8be1-9239-4529-8c36-ae3eb07d349b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,777e607f-6962-4964-8670-5b14e51fc525
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,34710ab6-a553-42c0-b4d3-d97fc971af9a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.002,550ff59e-f571-490c-b35b-7a4feeac1bb7
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,34f23182-f0a0-441f-a36f-796a3c743b81
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e6c0a94c-7bbb-4159-90bf-de5589529676
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.002,2c4dd91a-9f40-4916-a449-ee2e5539dafa
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,0bdc2dec-f573-43ec-958e-ebacabf3208f
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,5f7d79ee-07e0-45a9-a9d1-1d6f9bf59ad4
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,9.563758389261745e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.002,12eeda1a-14ee-4b97-9adc-63e2dfba6d4a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,a60282ed-e1fb-47a8-8e58-f12f51714a72
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,74daaf23-c15e-47ce-856f-c294a301d010
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.002,f831e8c2-4db1-4a55-9d3b-ff897e816408
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,06ccf32c-f30a-4046-9829-be9cd43489bd
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,26f3efe9-bc8d-45cc-b2a8-c3bfeb356c69
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.002,6edb91e9-53ab-4bdd-928d-804eaf99012c
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,04722ab5-ee5f-4c85-a7d0-ad71138c785e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,44414eec-b62a-4e78-804f-fdf4468e6eb5
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.002,6bfeab79-eb09-40a1-931c-6585a941a822
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,9682cd60-82d2-4b6c-b6ed-11e4fdef090c
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,66242e14-17fa-4125-a1a6-4fbe923637af
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.002,7930ab7f-0334-4ec3-af43-33fc5f7b3e00
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.002,0ec25f6c-6815-40af-bb6f-8e578d11498d
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,7a4f6d62-05ae-41ef-b50e-84e77399c7f1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.002,7bf9cb10-24eb-4f13-b5b5-fa9ddffaf5ab
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.002,60f0bbfa-9476-4418-b731-f985ebd238a6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,2ec82d51-7480-4cd7-a979-9251ccc25637
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.002,dafea388-9d0f-45ed-8022-52cf792685ab
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.002,7683ab09-e000-4899-8010-13412510d6d7
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e34b0084-4c1c-4330-9269-8dac81d965b3
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.002,ee69a602-e85c-44b2-b76c-fbe90bbc8a52
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.002,fc94bc4e-5d3c-4a66-b922-0294893b2d10
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8ffc25f7-3929-4510-8c83-5c9ac3456a19
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.002,38f5d97c-0122-402c-abc0-c3f796a4a930
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.002,00a726cb-a578-4bc5-9dd1-1604d76cbb6a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,b2cbfba4-f4ed-4ccf-bbfd-2da954a4f53c
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.002,6e887774-1f5f-42c2-ac5b-99c65f64f33b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.002,cda32d69-f6ed-46fa-9a7f-f9e1664be70e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,bbb13183-ecdd-4df1-9fbb-1ff3c7cd5b08
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.47985347985348e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.002,86ac9489-9c03-4082-8d0f-68c79da210dc
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.29,5d007a87-1406-4799-bf2d-830d90737073
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,f1465106-70f8-44a3-b322-1d10f2c92896
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.1.2,modeled_data,kg/kWh,CO2e_value:0.29,d91d741e-bf92-4284-abeb-dd809f3faa6c
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.29,9b7a635f-79bc-48e8-bf99-233f79cbe833
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,5add5bc7-8221-43b1-ae74-46d3d22bfac9
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.2.2,modeled_data,kg/kWh,CO2e_value:0.29,034933ca-e774-4cb5-9207-e260da35d960
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.29,e23c7b6c-4525-47c4-b167-2fc7ce07d18b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,391a82b6-9914-48ec-b28d-bfbba485b9f0
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.3.2,modeled_data,kg/kWh,CO2e_value:0.29,caaea30e-edd1-45d0-88c6-62d6b493d52a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.29,21a32f89-fa60-4309-a732-dde08e2e790e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,0931ee2d-c3b6-4c43-9c50-1c4a82b70314
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.4.2,modeled_data,kg/kWh,CO2e_value:0.29,0a511bac-a1fd-4ba1-b214-1e2b9b0aa417
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.29,8486aba1-01ba-49ea-8980-1703d490639c
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,0c263c1d-e513-4c73-8e7f-c24604bf9929
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.5.2,modeled_data,kg/kWh,CO2e_value:0.29,f6f8b8a6-4719-40ac-bcb4-5fc86fbf048f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.29,2e6678a3-8bac-4fe0-a0fa-328a24befa6f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,2b52ac67-0da6-4f4c-9614-e1b17ecbeb1a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,I.6.2,modeled_data,kg/kWh,CO2e_value:0.29,548ac6ae-248b-48be-86de-777a2f644cdd
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.29,a1b79bbe-e5f3-4357-bc22-b5461bd55d67
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,18d3bcbe-8cc1-49a8-98d1-7715cd434a50
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.1.2,modeled_data,kg/kWh,CO2e_value:0.29,bf13c708-28bb-41df-9da2-7c7c4d716507
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.29,75b91f68-1232-42c6-a3c4-c570d7dfd566
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,c66aca91-4f4a-42d9-b3fd-b38718358193
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.2.2,modeled_data,kg/kWh,CO2e_value:0.29,79af83c1-635d-471c-b10f-18c97d5d09af
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.29,15ec8e4c-472c-4cd4-a7ef-7b3a24efdf73
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,25c1f62c-2e4c-4871-a94a-5b07fac91fd6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.3.2,modeled_data,kg/kWh,CO2e_value:0.29,9f62a8e8-e86e-4bf8-9810-b9957fb1e572
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.29,3980dda1-9763-4370-8c6f-81077fb02a07
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,b1e26841-2ce7-4ed3-bed7-11335431ae15
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.23199999999999998,II.4.2,modeled_data,kg/kWh,CO2e_value:0.29,dd925d45-0b52-4578-9fa0-9b1c5ed1f6a2
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.29,bdcbf620-1478-4c15-97dd-5c56568d0653
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,7ddb4997-25c8-4327-ab70-a5c70bf1b538
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.1.2,modeled_data,kg/kWh,CO2e_value:0.29,78fcb699-9cf6-4b31-a785-2c8dc14ec096
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.29,a3218f70-e72d-4e78-8df9-c6f0701c8609
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,8064bf31-65e8-4547-8543-a25b4581beed
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.2.2,modeled_data,kg/kWh,CO2e_value:0.29,dd8bc16a-dc58-487a-a4ae-64fdad8de7d1
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.29,60b34ed8-6c0e-44fc-9e8b-f7f2c7e35205
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,a34158b8-2017-4145-822f-b4fd229cf39e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.3.2,modeled_data,kg/kWh,CO2e_value:0.29,2c86ca18-010d-4e2e-ba0a-15d14d39dbb6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.29,f432d3cb-7fe6-4493-9fc9-dc8883fe1bce
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,b04c3433-e46a-4854-8840-53f33e750f7a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.4.2,modeled_data,kg/kWh,CO2e_value:0.29,edd701c7-6472-4526-a5f5-1d8a9019591b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.29,87854054-48fb-4e01-8f30-4b0a68d4e04b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,dc61b5ed-3619-4ff8-a0d8-1157713fc8c1
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.5.2,modeled_data,kg/kWh,CO2e_value:0.29,77f63cc7-eb56-443b-92c7-7bc3a996840e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.29,19a345fe-3514-44ca-80ad-3fb0cbc7de73
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,ace906aa-be4a-4d45-8189-da681f24e9ea
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,I.6.2,modeled_data,kg/kWh,CO2e_value:0.29,e3458116-dea6-4bcf-a147-d259b53053be
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.29,1bd6ed0a-a9e2-442a-914a-388722fdfd24
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,a8efbabe-1c0e-4080-9ec6-68126fd9ee39
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.1.2,modeled_data,kg/kWh,CO2e_value:0.29,cc8b9894-0a9d-40d5-98d0-09e750b333c2
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.29,cced7350-8b5e-4d01-a58a-a469b6738956
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,a771c501-c0a1-4a4c-8b98-79fc90061e3c
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.2.2,modeled_data,kg/kWh,CO2e_value:0.29,8e111a57-4663-4e98-be74-e6b8e37f418e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.29,c3bfe8e6-1067-485f-afa3-f597c683618f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,d4b21c56-d870-459a-a72d-570879e986e4
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.3.2,modeled_data,kg/kWh,CO2e_value:0.29,721f9eda-a705-4db6-8490-c06d26cb942c
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.29,fac31956-48d6-4809-ae32-c2c8fae9e25a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,76111d28-60fc-471c-92aa-691be118d1ac
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.001459731543624161,II.4.2,modeled_data,kg/kWh,CO2e_value:0.29,07141f33-c500-4e9f-bb74-a1d2b71c6af5
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.29,97b41972-05c3-4867-830a-23730ef6f5ac
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,ab068c6a-73bf-4428-a5ad-cf776285c519
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.29,5e8bf00b-38c1-49b6-9185-6340fb949ed3
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.29,1e523ad6-1242-430d-960a-9230383aacd6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,b507c851-2e5f-4e42-8246-9b14533e9ec5
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.29,719101b9-6890-4f98-b299-71aeebb5a787
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.29,e51258a2-4391-44a4-94cc-e94d7961a18a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,3f1f571c-e7c6-424e-b750-9e00e662b16f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.29,422dbf32-8e62-4a2b-8ec4-11aa8654ee4a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.29,6a0524cf-6a23-4a7b-a895-04f648707bf4
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,f5f998fc-f03e-4f76-b5c4-009f43cb849f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.29,1826730b-2537-4a4b-bb4b-6f959b108548
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.29,36ac0fbf-87e3-4aac-9f53-b53e5a91d585
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,f73b7285-9630-47be-be38-b942eaefc5b0
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.29,19f9c2ec-0772-4a8b-8668-734c0276e575
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.29,135c4b35-459f-4587-ac8a-5aa6c9a0bc37
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,03e9dd0a-080b-4311-8038-ba9307710c36
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.29,21cd61f0-cdf7-4321-a42c-204446ec4716
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.29,b64909c7-40a3-487a-81d0-ce970bb9baf5
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,57533e76-f4b4-494f-88b7-a85795533fae
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.29,353029a7-4603-4938-b437-030f711eeb0e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.29,e872076b-73c4-4c58-8795-c3f4ac10691b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,2b84d51d-8063-4361-8398-79c7a399f9e1
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.29,2f813096-3898-4c60-a810-edf5746f018c
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.29,ebc28a45-2674-4767-8d68-e5d11ee28194
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,57c7ddcf-ddc3-4f60-8912-bf9af66547f3
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.29,7b5cbb6b-c2e8-4a59-8ee0-8ec6dd3ff84b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.29,d9022e4a-4c11-4a3f-9647-4184b6808015
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.29,0c8a2c8b-b194-4f29-95e2-e6698e20154d
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.311355311355311e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.29,99c88ba9-4cf4-4207-ba2b-b62f051a44f4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.016,044b3995-8280-458a-a692-50e4ee7bf03e
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7ec43dcb-dafc-49df-9002-cac196a1f37b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.1.2,modeled_data,kg/kWh,CO2e_value:0.016,96bf583d-7214-440e-a96f-b773bd003ddd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.016,308017fa-4dd9-4811-a22f-b51818c82b1a
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4392adf7-d3a7-490f-bac0-067f62ac61c4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.2.2,modeled_data,kg/kWh,CO2e_value:0.016,e76f4f95-cbb1-4566-b0b6-7d180381a673
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.016,544301ca-ce18-4f5a-94c2-b2d8db0b4249
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3f43ae3f-612c-41d8-a0ce-a016ef3b93d5
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.3.2,modeled_data,kg/kWh,CO2e_value:0.016,67cdba58-4379-444c-b737-d24b510ab646
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.016,70da5a6a-271e-43d6-80d1-b3d3300ff966
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,16b5c704-13a2-462f-936a-bcdfd14d99bf
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.4.2,modeled_data,kg/kWh,CO2e_value:0.016,cc4011eb-2a56-4749-b78d-2e652c77ee47
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.016,e88ac6a2-6fe6-424d-91cd-b67367d20d3b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f5c7db13-24c9-418e-ab93-623f142c0775
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.5.2,modeled_data,kg/kWh,CO2e_value:0.016,9f89e17b-de3f-4d20-9f2a-f18412d0e5f9
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.016,a46f0c05-e7ec-48c5-87b7-5e81473223cb
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,35d0c8fe-162b-4a70-b2f1-55c553ad7156
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,I.6.2,modeled_data,kg/kWh,CO2e_value:0.016,e3c3e636-61cd-4c90-90b4-6aafcda7a9ee
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.016,14a8ee27-1456-4611-8851-bbc43f619fb8
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,60fbf895-906d-4a35-8614-8fdbd02cffed
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.1.2,modeled_data,kg/kWh,CO2e_value:0.016,676952de-70b9-421c-986a-50f3d6671650
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.016,ee6acf74-4fee-493a-9bf5-d3e8b3be05fd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c2b35f37-a155-4f4b-8113-cfebd4745c0a
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.2.2,modeled_data,kg/kWh,CO2e_value:0.016,dadb54de-262f-4e73-beda-95d332eac803
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.016,259889d2-4ee1-48bf-b334-c707a45dcc3f
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,958e1a5a-637f-4e01-b842-638215181ad7
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.3.2,modeled_data,kg/kWh,CO2e_value:0.016,d01cf1ee-e958-4910-a86d-1cd7f39181b2
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.016,d3f9836c-ec36-440b-ae58-fb56288fe19f
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c4cf840b-564e-486d-bc36-7249f42401f0
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0128,II.4.2,modeled_data,kg/kWh,CO2e_value:0.016,2a35971b-7099-4ea1-b8fa-42d90f0306a4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.016,b1e021aa-7443-46c4-a94d-1c15c4968746
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a62e3e3b-cd7a-4330-94f2-67bb0778b6af
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.016,cbd1e196-2797-4d7c-8acc-8ca59b1f2818
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.016,4c3db8e5-633d-4f2d-8e29-e9db454f56c3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6e2ad007-e038-4ec4-a212-f5537cec4ba2
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.016,249bc659-99c0-4ed9-a301-3a6c6ea77e58
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.016,974d79d6-dfbf-4557-8dbe-84bee63aaf08
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,0c727544-d121-4d80-80a2-0994b335544d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.016,ea9d8bde-91e8-4ed6-adf1-18a60a9a7b0b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.016,e0cb9022-d100-4f92-bfe5-fbefee1068a5
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c7c071fd-a6ef-409a-af8a-702efc439316
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.016,b3ce44fb-4cfc-420b-8770-b8d0312f9dab
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.016,e4769bb5-bfcf-4d85-a7db-2756ebfcc530
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b4b77370-e179-4219-8f6d-5af898c4239f
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.016,a49b37c6-b9e3-4eb8-b329-696738f26f52
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.016,bd80748b-f88a-4e17-91e3-c88fbf66af9c
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,40cbd35d-dc6c-4237-8e12-7c02bb99f2b7
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.016,503d267d-1943-41ab-bc45-64679d1da453
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.016,e9326300-0923-4118-8eac-86d794b3067b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,93376c30-dd88-486f-b58a-d21029845e92
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.016,8b506418-ad3c-434e-a745-30c3eb51af94
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.016,7cc53618-3feb-4f2c-85c6-3e49554fc4f5
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1d7efd2a-fa5c-4851-97e6-50d2bf4a8a82
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.016,bfc17c05-67de-4b10-ba19-49fbc400a4dd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.016,4e6203b6-7fcb-44ec-bb2d-d3fc60c9f98c
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,ad5cf2b2-aee0-4dba-bc48-3ccc67b163e6
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.016,fcb6f3eb-7675-4fc3-b0d9-431e92762ee8
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.016,92b6ba53-aeee-4f00-9314-a73b24bc4301
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1bc38328-d5ad-415c-9099-1f2274ad10b7
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,8.053691275167784e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.016,31706a6c-25ed-4f09-a014-99bc0573447e
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.016,6d44e23d-d9bc-430d-b286-0f02e45c9575
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7b7bf2bc-8695-47f4-8ccc-6b2fa0ec3196
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.016,083e7983-554c-40f6-b1a3-bc28ac0fa75e
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.016,5fab164c-7100-47da-b5e3-510d9e020a57
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,5ff1166b-cac0-4528-862b-72fa8f843a8a
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.016,b1ff4aed-4ffb-4244-9927-3cd3f51b1e02
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.016,c4b7ca9a-81b6-445b-8d3e-695b811c7443
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,29bdb46d-3646-491a-b7c9-ce3b89d033d4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.016,1b9fd948-0255-424b-b0b2-ca09d31b4d34
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.016,a2d3fd2b-e910-410d-8e79-60a982b8cdcb
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,624e8221-f6bf-4175-b452-b53dd1f23b80
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.016,7cc1dcb2-9fbe-49b3-a51a-2c14bbb93b90
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.016,18ebbfaf-3801-422f-8147-936993f1b7df
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7382aea9-72c3-4342-a92c-97ec8d9be793
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.016,025a69bd-3115-4311-a2a1-e750dfb9ad96
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.016,addb3d0c-36d9-4d0b-8860-2b940a71d85a
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,476f6638-b349-4209-bc7d-a6e6307bfa6f
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.016,a44dd214-d447-4e89-821a-42db638e9b94
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.016,285f7bca-3cbb-4e80-a6b8-1eadebfa60d3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,5128d20a-d2b8-44f6-8b9e-c7eb88278c43
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.016,43b2dc64-2a1c-4b2a-accb-54ff29b98139
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.016,f5f5f0b8-e2e0-4858-a445-f453f6691b43
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,fba53474-b27c-4976-a737-c041e67d2b17
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.016,6b94ed59-654f-4135-bc17-4cc4672cc868
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.016,7d17df3c-72ee-4600-baaa-a93000355923
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a8f7a0b4-bceb-428e-a487-00daba5ebb03
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.016,0c7a943c-b537-45bd-affd-1d89b92bdf6e
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.016,83a8e49d-497d-4f0e-bcb2-a75de2b5206b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2985b3c2-576e-4a67-8b1f-eaec9622fcb3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.9304029304029304e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.016,a11f41ba-c0d4-4502-a763-7264fc2cce91
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,8b166aa7-0a23-4470-bdcc-fbde18f9b806
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,1930bb72-58fd-471c-9a4e-29289c32b731
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.1.2,modeled_data,kg/kWh,CO2e_value:0.66,e882ee93-9e8c-4344-b6a8-287b8298f4cb
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,f113fd08-e595-4cc0-95b6-b481a1b3aefa
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,f51024ab-150f-4d47-b39a-775bc1ad5a5d
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.2.2,modeled_data,kg/kWh,CO2e_value:0.66,c6f5422d-5bde-4ade-b7d8-6d8cf1365ced
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,1ba2000c-15d8-454f-99f9-14a06c393388
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,fe86122a-1d02-4134-85b3-356e3edba27e
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.3.2,modeled_data,kg/kWh,CO2e_value:0.66,e80e5c02-bd7c-4fcd-990c-d87194b34f96
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,3c984947-766d-45a6-ad25-de26346eb8fc
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,ec7a90a9-01a7-49a0-b125-70193434d56b
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.4.2,modeled_data,kg/kWh,CO2e_value:0.66,d3b58d5f-93e6-411d-b5dc-1b01859917a0
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.66,13f1c971-f9e3-46a0-85f5-c63ec01a20d9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,b18f770b-6eec-4da9-806a-7cdfe4e8a907
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.5.2,modeled_data,kg/kWh,CO2e_value:0.66,134d8315-0845-49f6-82ee-1136069603ba
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.66,874839db-e86f-40bd-912a-ca2f8b360e8c
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,d95278da-dd13-4ba9-b6fb-56ddf34d46d9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,I.6.2,modeled_data,kg/kWh,CO2e_value:0.66,a252998d-cdd2-4128-9bd3-b468e64d4a73
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,b98395be-5632-413f-a3c6-d6b1473d3b14
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,d731cfe4-45d4-4273-b025-de70860fc511
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.1.2,modeled_data,kg/kWh,CO2e_value:0.66,6377faeb-0269-4a3b-af31-1295ddac832f
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,3241294b-dac9-479e-aab5-51fd5c82dc53
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,0b880b6e-ac81-4544-8b97-150534612e0a
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.2.2,modeled_data,kg/kWh,CO2e_value:0.66,b5010c2a-eb57-4b30-bb42-4e74c9c0985c
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,488761d3-2a82-4c61-a3f9-a7ec941e8dd3
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,2444730d-b0a2-45bb-a242-97a6c7085dd7
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.3.2,modeled_data,kg/kWh,CO2e_value:0.66,7ebd5128-6ce2-4553-bbff-7534c312e254
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,a770002f-437a-4147-8c5b-8956acb126ca
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,01a99196-badc-41fb-8561-c6720dc9d72a
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.528,II.4.2,modeled_data,kg/kWh,CO2e_value:0.66,96155ccc-44c7-47dd-95ef-af5e3a2d4650
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,8bb80703-6bde-4715-b1c0-704992d5823f
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,7e3642cf-6bf9-461d-9699-127de358214e
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.1.2,modeled_data,kg/kWh,CO2e_value:0.66,1dfd5042-bed2-4801-b3ab-e7e276d0ca83
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,d91e2b92-df2f-460f-ba72-9ab473038e3f
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,fbc92819-ff1b-4ddb-84d5-bfa6c9bd7677
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.2.2,modeled_data,kg/kWh,CO2e_value:0.66,4867a034-826a-4dce-b415-b8bd66e43c92
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,c7b6bccd-caf9-49e7-aab1-65e757583379
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,8f166b20-e905-4b66-b504-49717eb94189
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.3.2,modeled_data,kg/kWh,CO2e_value:0.66,a4ef0a3d-fe1c-4791-a9a7-1e766c4730da
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,19715265-e408-4eb6-a81a-f5ee80017128
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,7d9ec663-56b5-416c-a2ce-b5a2e88ca306
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.4.2,modeled_data,kg/kWh,CO2e_value:0.66,6908bea4-fc22-48c4-9cef-6af83d60fb6d
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.66,8a858d6b-472c-4b8b-8121-cad5277953ed
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,9bf397a4-ad81-4167-a165-2e9de1c09563
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.5.2,modeled_data,kg/kWh,CO2e_value:0.66,077fc24f-04c2-44e2-b6b0-be2d192c49db
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.66,b27b71a2-2489-4311-9b6e-53cc1a034763
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,a7b74735-c18c-4462-bc8c-2fce22985f94
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,I.6.2,modeled_data,kg/kWh,CO2e_value:0.66,979e5fa7-3479-4b97-837e-09715fa7b947
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,c4776999-efa6-4226-98b6-be674c3407ba
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,909fff70-3ef2-4244-bd20-b73897a5634a
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.1.2,modeled_data,kg/kWh,CO2e_value:0.66,2e922065-b72c-4cbe-b5ae-882f474646fb
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,2903b4e8-f244-46d0-a116-55c73ed914a7
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,f2fb3ac5-2a92-479c-bc95-fb91c00394bc
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.2.2,modeled_data,kg/kWh,CO2e_value:0.66,2d17eb4e-22ee-4b98-a3e6-706e96b846bf
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,ecea86b5-4c99-403b-8865-eaa86f08ec02
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,0e942c92-d749-4469-b244-899c963de950
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.3.2,modeled_data,kg/kWh,CO2e_value:0.66,23236776-28e7-4971-b943-bb3be12d193f
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,4700ddf7-b667-43c9-8b76-8978f1b5f0c1
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,3a485174-a7fd-463f-a350-ac0ba080534b
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0033221476510067113,II.4.2,modeled_data,kg/kWh,CO2e_value:0.66,43fc0936-669a-4867-90b9-a06a0abc28c6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,3bcdc170-f0e0-4d27-9f56-a4c41cc50811
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,d38d2788-1b04-46b1-a868-c21669cc72a1
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.1.2,modeled_data,kg/kWh,CO2e_value:0.66,34e1eb6d-5546-491f-b7c8-8c6a44c74a74
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,ebe29d12-0b76-4df5-8fbe-8b8b155780c1
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,4e4de239-3afe-49e9-b9f1-28ae25ee18b1
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.2.2,modeled_data,kg/kWh,CO2e_value:0.66,8846cf6f-44a4-4505-95dd-5cb1830dd6aa
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,37302a03-3756-4637-8c5d-e13f7361505e
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,4e342945-bdcb-4c31-82cb-2ecb8a29fcb3
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.3.2,modeled_data,kg/kWh,CO2e_value:0.66,347c4354-360c-4e78-8d31-5764d6c98550
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,a2f5fdf7-37cf-4913-8cfb-62dcd0bb8c2d
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,5912c3d2-7db0-4e4d-abfc-3b9eb7697cb8
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.4.2,modeled_data,kg/kWh,CO2e_value:0.66,6f4b8d16-9eb4-4f85-aa72-e7779fa7b6f7
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.66,8c2ea9cc-e49d-4fc3-834c-f91b50d3f1a5
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,c46112fa-9ba5-4419-bd44-aefce6b0c2d4
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.5.2,modeled_data,kg/kWh,CO2e_value:0.66,160479e1-8763-4c9d-bc0a-8b97888336ff
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.66,712d8266-b6ec-4502-850b-b4b91b7095e6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,57fcd2df-1a7b-45a2-92cc-8f16dab46cdf
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,I.6.2,modeled_data,kg/kWh,CO2e_value:0.66,9e152218-beac-4569-8c62-471e1f190395
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.66,b03213a1-4b86-497a-bf12-927bc5ec6662
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,a18183aa-8c0c-4477-826d-f2e8043f4b0b
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.1.2,modeled_data,kg/kWh,CO2e_value:0.66,c3c975ac-bfd9-4990-a11c-787c832632ca
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.66,04eb92b1-18e2-478c-95ae-1bfc092eb6a6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,0d9dc83d-cfec-4ba2-8f49-793c89ab80e9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.2.2,modeled_data,kg/kWh,CO2e_value:0.66,91b62cf2-ea08-4faf-b1c3-e5e33fc743fb
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.66,8d94eb4e-5307-49f4-8c4f-df4193f2d31d
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,8f217ffe-129b-4886-b191-c5bfbb935e28
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.3.2,modeled_data,kg/kWh,CO2e_value:0.66,595b359c-c6b2-4c67-9372-54e016fd61e7
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.66,d9b2abf6-eb44-4ccb-8283-c862511fc7b4
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.66,02ae6cc9-0f0e-48c5-a7b1-c649285c6e92
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012087912087912089,II.4.2,modeled_data,kg/kWh,CO2e_value:0.66,7382e1c2-cf97-48a5-b1d6-317501e25a4b
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,8e80f979-e758-4c10-a3a3-58264aaaa3e7
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,40d46b7c-9898-4311-9461-29eafb850f72
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.1.2,modeled_data,kg/kWh,CO2e_value:0.17,6898a457-c871-4a85-ba18-46b8821a0758
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,291a8314-8416-436c-ac96-eb36a1951f4e
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,414fe02a-2b42-41e0-875a-5ec78d1be59d
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.2.2,modeled_data,kg/kWh,CO2e_value:0.17,5d2df0db-05aa-4927-9039-fc9b282901a6
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,df0c891e-5460-4601-9d31-bd5b3162945a
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,d3978736-21a2-43fd-917e-a46046d1796f
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.3.2,modeled_data,kg/kWh,CO2e_value:0.17,747a80e5-1a0f-461d-ab75-831d09ee0d33
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,b3157a93-9dc9-45cd-a565-ed21f91b2db3
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,8fcb82da-f4ea-4dad-be72-db37c124f0ef
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.4.2,modeled_data,kg/kWh,CO2e_value:0.17,c758cfbf-ebd5-431a-9a38-cf486a9ee439
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.17,f520f63a-c341-47e7-a175-627b023d4a30
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0ac60cc0-1a8d-421e-8716-c920ee625aab
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.5.2,modeled_data,kg/kWh,CO2e_value:0.17,31ab8c44-b87b-45eb-9839-71985afaea7d
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.17,34679c39-6dbc-43e3-b070-d4ba38a68ca1
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,1ed63526-f27e-468e-a7a0-9d89a44ec585
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,I.6.2,modeled_data,kg/kWh,CO2e_value:0.17,fe740aab-7cef-40fe-84f0-e89a2a358a4f
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,ae18e46d-91a8-4396-8ef1-380fa3d6376e
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,1787da8e-7127-405c-adda-dfe48df6fed1
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.1.2,modeled_data,kg/kWh,CO2e_value:0.17,e90abce0-60e8-4f41-a0b7-d36ef143b751
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,90d73282-60cf-45c0-90c6-9f3fd143375a
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0a8ea75d-4310-4784-a9f1-3d18f0a6df67
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.2.2,modeled_data,kg/kWh,CO2e_value:0.17,63aee565-4e71-499b-a30d-31ff433e7d9f
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,3f3e421d-b79d-493f-8642-5268c005ac1a
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,fba35b68-04fb-42af-b71a-84c07af46c12
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.3.2,modeled_data,kg/kWh,CO2e_value:0.17,41a39e1b-df75-4c72-ba3e-ab0ebf5d539a
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,7852a527-802a-4614-a1c8-a4864433f981
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,5fc2531b-6302-4e98-ab53-e0472153ba0d
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.136,II.4.2,modeled_data,kg/kWh,CO2e_value:0.17,9e763f56-afab-4c4c-91f7-d5c9ef5e81f8
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,36f374ba-e38d-4bd7-9464-5a3ec047332e
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,ac3e3055-e2f8-4ca6-8f79-02400ca06995
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.1.2,modeled_data,kg/kWh,CO2e_value:0.17,4ef3a6e4-7ede-452a-8d74-7e97cba38cba
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,c1480da5-21bc-4d5f-8e6a-6baca915295b
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0c378cb7-ac49-4736-b0ef-6dea111b33f4
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.2.2,modeled_data,kg/kWh,CO2e_value:0.17,72f7ea0f-1a47-428b-9919-5f4d8d374bf9
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,003c14fb-316c-4ca7-aa41-e441885022e7
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,041f6377-e155-4372-9b49-45d2c28d28cc
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.3.2,modeled_data,kg/kWh,CO2e_value:0.17,d2aa4759-46f7-4bbf-b5bc-439c5a030b4b
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,4c209c05-a99d-4cba-a04b-b7bb42a5b752
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,948ff15e-7363-4f78-8be9-6fc64ec557a4
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.4.2,modeled_data,kg/kWh,CO2e_value:0.17,4aefaa83-1717-4e6c-8d42-6a4847671481
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.17,be64153b-c736-4ab2-a9ca-2550a19478dd
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,1772c1f6-35df-409f-a937-f6bd84a7fe61
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.5.2,modeled_data,kg/kWh,CO2e_value:0.17,3593558f-4a9e-4464-adeb-9557da05c59c
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.17,7aeefb08-6a11-4f6f-870c-2fbcb06b55fe
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,73bfd9d3-2eef-44e1-aca5-86b0d8695d74
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,I.6.2,modeled_data,kg/kWh,CO2e_value:0.17,f4a62895-c9e1-4667-932e-75cad35d32c5
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,01f35dc5-6719-43c7-94a9-f349f33e5a8d
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,66a251d7-8973-452b-abcc-349a97038d74
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.1.2,modeled_data,kg/kWh,CO2e_value:0.17,731ee28c-46ce-4030-b02a-26c46a9d60c8
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,a7029e74-3c22-45d7-bdd9-5a14fcd37be9
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,765890fc-a5f9-4330-8b51-2d5984a1504f
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.2.2,modeled_data,kg/kWh,CO2e_value:0.17,18fe04d3-5d81-4da0-b190-d52a5f659ec2
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,d73a43a7-01b7-4510-bc5f-1d13cf18550c
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,fc49d54a-f402-4242-b366-33f3bac7fa92
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.3.2,modeled_data,kg/kWh,CO2e_value:0.17,ca2dd1a3-96d1-4ed2-a490-13f25300e766
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,0c839bf7-8861-4f63-9010-89b2d3fbda11
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,56dc1278-90b6-4a23-9939-b4844c719228
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0008557046979865773,II.4.2,modeled_data,kg/kWh,CO2e_value:0.17,ee433ce5-09c0-4f96-a01d-252d4da39af6
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,f3a1d5f9-31aa-4c0d-b487-1ed598880c35
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,4e0da9bd-94b6-4050-aa3f-672c1e6055fd
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.17,5e433271-9367-4511-9197-2c50601da360
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,3f2e674d-ba22-4ae7-b67f-8927e8d6f05a
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,e72bff86-4588-43e9-8105-8c43e3137c2e
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.17,6d41dbb9-f9d5-4f79-9120-838d78fc9268
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,761f6d36-16db-4a18-a9eb-7af0570d67e4
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0a647a38-17a3-4296-b1d4-b4b358b3b99a
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.17,3ea67694-f5cd-4583-adca-292e5f4090be
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.17,91c91339-eff5-461b-b6b9-9d46141e9365
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.17,aaab340f-3a86-485a-9e92-4b2d158b2dd3
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,8a08eda8-1617-415a-a5fe-643df57c38d5
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.113553113553114e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.17,4c5caf7e-2d3e-49f0-908e-deebd04a65dd
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+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.6400000000000001,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.8,eb901e1c-f878-43d9-a675-378d2af8e181
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+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.2.2,modeled_data,kg/kWh,CO2e_value:0.8,7ae32800-f485-49e5-a4eb-6004a4783451
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.8,84009c2f-d8a2-4426-a6f4-dc4ffc03b657
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.8,2b175bf2-5ff2-4a6d-9488-ebabadf7a71c
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.3.2,modeled_data,kg/kWh,CO2e_value:0.8,09a57a85-df0f-4d9d-b387-4bf14d69f6a2
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.8,68b4b5ce-aadc-4b69-bd11-8afc8e740272
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.8,7de78528-626a-4341-8b96-b552ef918fc0
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00014652014652014655,II.4.2,modeled_data,kg/kWh,CO2e_value:0.8,efaf9d3e-34c0-4f06-84f3-2a005fb79edb
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.028,2c32fcf2-8fc8-4b58-a185-702ef1d33d0e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,0385bbb0-b4ea-40a9-84fa-e264b029f197
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.1.2,modeled_data,kg/kWh,CO2e_value:0.028,58b8f70c-b0ef-46cb-bea3-d6266887a8f1
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+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,348a3098-a8e7-4a0c-9472-77d6aa732122
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.2.2,modeled_data,kg/kWh,CO2e_value:0.028,5751dd20-bc16-4823-8417-af3e51fbf3e5
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.028,bc0ea996-8f1c-4041-bdd4-5fa1e57fe3ca
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,65a754af-40e8-4515-bf3b-15c1de24a07b
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.3.2,modeled_data,kg/kWh,CO2e_value:0.028,33603761-6893-4ec6-b583-87b07268579f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.028,c75bd80b-4b30-4958-be3b-6667c7dfc986
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,a92e558c-8f72-40c1-aa46-2c4cc10c07b7
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+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.028,3f6eef5c-7eb0-48a1-9ac9-aab0dd7d9f36
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,3a9f7dca-c2e1-457c-b882-79eeb0280059
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.5.2,modeled_data,kg/kWh,CO2e_value:0.028,7edb2464-50bf-475d-99b9-a3f6e5913124
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.028,f00d2e78-40e0-4b35-aa80-8a4ebd78232e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,b1a6a24e-6193-4433-ae1a-ae9a14ec309a
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,I.6.2,modeled_data,kg/kWh,CO2e_value:0.028,f6dfea18-a40b-429e-b755-2a1817848d79
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.028,f21521e8-3fb6-4123-bede-6847b3234099
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,e24ab569-69e8-4f5e-ad0a-7f2b24c5b628
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.1.2,modeled_data,kg/kWh,CO2e_value:0.028,2dafba6d-6be9-470c-8a78-e4f7655226b3
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.028,7d21d9e5-17b2-48d0-9216-2792845bcdcf
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,107b192c-9bca-497c-b94b-a25ee7095621
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.2.2,modeled_data,kg/kWh,CO2e_value:0.028,4495eb56-ca97-483b-a63e-be52b6b1fab2
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.028,8607d801-907b-4cc9-862c-dc7fac0745a4
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,5f790586-48bb-497a-b1f6-4ed75b06966d
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.3.2,modeled_data,kg/kWh,CO2e_value:0.028,ae60fa6f-dc5d-45fa-bae0-c0b605313e4c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.028,cfbf3f30-3f62-4d38-9a23-ecb1b7d5b59a
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,a0d5ed12-41dc-42cf-8a0b-98d8b0baf336
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.022400000000000003,II.4.2,modeled_data,kg/kWh,CO2e_value:0.028,2ed77c1d-23a7-451a-a720-09f37b829af5
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.028,970269db-48c3-4057-a13e-a125c88d4917
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,136bdf3a-1700-49a9-9a2c-7418066390d2
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.1.2,modeled_data,kg/kWh,CO2e_value:0.028,d40648cc-9699-40e2-8777-f2b11af54059
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.028,123be702-82a4-473b-9b4d-ccc63e79b3e7
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,e5de2987-6895-4bd5-95df-d75cf0ac0843
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.2.2,modeled_data,kg/kWh,CO2e_value:0.028,d3c7f4f4-2fa7-4a15-9657-62ed46f46a50
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.028,681edfb4-269c-4d43-9d31-b32bcc65c0fd
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,b9c68e9c-456e-43dc-b2ce-894f414557d6
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.3.2,modeled_data,kg/kWh,CO2e_value:0.028,c57f89b8-f06b-46f5-9428-09b945b5d5a7
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.028,e1b5ff59-96e8-413c-a137-dcf276f83dcb
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,fa48efb5-57f6-4c90-8d93-dafd03c71e4e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.4.2,modeled_data,kg/kWh,CO2e_value:0.028,c5405509-56c6-4c53-b811-78bbc89878f3
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.028,9d9afc6c-752d-4826-ae5e-60454711d806
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,553583f9-9d40-4141-8d0b-6a7308ab8ecd
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.5.2,modeled_data,kg/kWh,CO2e_value:0.028,d8010872-0a0f-43c4-bf9f-16109fab849e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.028,ef77b1f4-71e0-480d-bb81-69c0e73ce038
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,2273e504-49bf-426b-bfc0-9a778cbfcefe
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,I.6.2,modeled_data,kg/kWh,CO2e_value:0.028,c9737cfe-aade-4185-8abe-10760ca6fdef
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.028,28da228d-7806-4c65-815d-44e6e2ee2a00
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,7b7b34e3-5328-4ea5-a6f1-36d898a36758
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.1.2,modeled_data,kg/kWh,CO2e_value:0.028,8ee19020-38bd-416e-8b52-b24f74e96dcb
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.028,075d0c8f-134c-479e-9b33-50abfa2e0b05
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,629db00e-6264-4e72-ab6e-ccb981f8680b
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.2.2,modeled_data,kg/kWh,CO2e_value:0.028,748b153a-b1cc-47c4-90a8-a9c9e0ebb467
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.028,c1f8c0b0-0a78-4f3c-8ded-d334b16cd141
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,724656d7-db2b-4770-b8bc-97b5df6a7ead
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.3.2,modeled_data,kg/kWh,CO2e_value:0.028,691d7978-8e5f-44bf-a85b-56968ce6161f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.028,5ac40f7a-a7db-4454-9006-430451a01a06
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,83cc3e4d-34ab-45e5-aa23-18d56ead68cf
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00014093959731543624,II.4.2,modeled_data,kg/kWh,CO2e_value:0.028,05021802-173b-47d1-babd-e0c03b6eba31
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.028,aad2b090-371b-4df6-8d14-e620d58dfcc6
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,d4c51206-5160-456d-ba7d-d171ba38c804
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.028,b5defac8-05e6-452e-a042-e6b3393fc9e6
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.028,0728a122-4798-4f4d-9dc5-6c0f2a95a544
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,6def8f7b-61bd-40c2-adbc-b1473f42e3e7
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.028,465324f3-5bb7-416e-a785-9af572d8a19c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.028,bf72dd4d-1938-44a6-906f-78acb90ffca2
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,cfddffe3-896d-4886-82f5-9033476423ff
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.028,883cd3de-d7f1-4622-aa5d-5a15e9cc5f6d
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.028,e53b93fa-04dc-4dfc-bd76-f77674b4f5f3
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,b51f3fba-5531-46bf-91bb-f440ceb7f7aa
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.028,d15be031-6dc9-473f-ae15-32bc1fb21f4e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.028,9f30f725-807c-4fe5-944d-45cadbb784f8
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,94e93941-ce47-4cf7-85ef-d2afc3d80322
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.028,3fbc0e41-4542-453c-b462-f07760b0de15
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.028,084b8fbe-6e34-4b42-a06f-0cb55e0b0bd1
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,5a6f27a0-18e0-4a2e-aa05-0b4ea7e11a26
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.028,12390d13-94db-43ad-89f1-63ddf9e94fae
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.028,ae10dde7-f885-4312-8def-4cbb90b7521d
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,2416cf51-1dcf-4353-bc91-47c9ce1e5e2b
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.028,7e589571-80c4-49e0-9c3e-5d23a211fb3e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.028,dd546244-7a5f-4824-afc3-f79547294c77
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,56260877-af62-425a-ab8a-e4ec428c102b
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.028,173c14f2-7635-4055-a954-51c9a68a80f3
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.028,9314ecea-6381-4385-8847-acd93ad45c57
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,ae323f37-0761-4556-9a44-4fae9b343bd8
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.028,7cd4bb66-b4e5-492c-bf77-8df59c8a3d0d
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.028,39ea193e-1e9a-4be9-a3ce-9daf795f106f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.028,0a48b512-4df9-4266-859a-a1dc4a61b8ee
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.128205128205129e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.028,2626ab5d-2fe8-4ac4-8363-dd35c33ae1f7
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,f2cc57c6-5df9-48e0-b178-6beb471a2d50
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,d8f9ee97-4798-4b3e-8423-336329e6e04f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.1.2,modeled_data,kg/kWh,CO2e_value:0.003,d1a5b417-1780-4b2e-9eb2-7dd7400191db
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,a58b6074-e375-4dd7-b6da-e730dc6202d8
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ec9ed7fb-324f-4d44-8c50-83b2583c3bee
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.2.2,modeled_data,kg/kWh,CO2e_value:0.003,04e06a54-ecec-483f-bb32-f81c7ff60342
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,e95f120a-1add-44cc-8810-3d02e8f5bc76
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,120961c6-e9d5-47ad-9f1a-2560e932b2b3
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.3.2,modeled_data,kg/kWh,CO2e_value:0.003,a0ee43f5-b987-4d89-ae26-02b0ffc1ebff
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,34f880c9-1e0b-4c60-a31b-e89e1b1446d4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,3e8501ea-4f4a-41a2-a5db-5323f795deb6
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.4.2,modeled_data,kg/kWh,CO2e_value:0.003,c7d0a4bc-fde9-41cc-a201-fa023022b09e
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.003,8d30a72c-d8cc-499a-8a8d-8e6f09ee5b1f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,aead127f-1b45-44ed-b365-6fae97adf8b7
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.5.2,modeled_data,kg/kWh,CO2e_value:0.003,39d98658-2dce-48d0-adab-95c1bcf28885
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.003,d6a9e4f2-c921-41b8-8460-78dbe3716423
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,98b7b6cf-2f6a-4582-96b4-4be71821403b
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,I.6.2,modeled_data,kg/kWh,CO2e_value:0.003,703abbdb-4149-40c0-8bc5-995ff5677196
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,d6ae1c31-9edb-4f79-b331-1930cc7a1845
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,b8fbd46d-5cef-4efb-889b-f9eaf8ce0f52
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.1.2,modeled_data,kg/kWh,CO2e_value:0.003,12eca032-66a2-432e-8fd9-834cb1aa08a3
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,05d46bf3-a137-479c-85fa-a5629dc82edd
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,520a68ad-2dd7-4504-a578-6e8e9ac71fe6
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.2.2,modeled_data,kg/kWh,CO2e_value:0.003,1e981f36-8dc1-46e3-9ed0-2199740a1ada
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,542440b5-e55b-46b8-b2c3-433ba3e53647
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ccb3b1a7-ad85-4aef-bc14-49e5aede1a7c
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.3.2,modeled_data,kg/kWh,CO2e_value:0.003,f4b50e1c-364e-4c58-8240-b107a244c2bd
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,be2912c0-30ad-4ca4-87b7-8bdaa11e8482
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,2ee46667-f0f4-4276-9eb8-f1387419b018
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0024000000000000002,II.4.2,modeled_data,kg/kWh,CO2e_value:0.003,2c47b96e-8332-49f6-b594-829f15317993
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,72881411-0676-4b43-8b5d-306d0b713331
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,953dc31c-2d97-4b6d-afc0-b88d481eadbc
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.003,6933058d-3d09-4b28-8fbe-00e508ec3da4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,ec8368a2-6b1a-45b2-a9c2-29c20c3666f4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,0ba8f02a-6c23-4e89-bc24-dbfc7a712f1a
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.003,4e2693d6-d48d-4f3f-80da-67cbe351ac65
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,6e9b9fda-9f0b-490f-801a-36e221e11751
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ed9e865d-5a66-4e2b-bddb-63f285c9e15a
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.003,2cc4a8a6-e269-4236-ba50-acb4c099daab
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,fc4efb22-67db-4afb-9999-807bb65186fb
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ebdc4f33-35c7-4ee8-a0a1-b7f3d3987c94
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.003,05fb0810-90c5-4ff7-9bb1-f4efeedf3556
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.003,b8c2b581-533c-4592-8755-3683041836b9
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,b6d79c37-211b-42fb-9936-7ea073d27d10
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.003,8f981c31-6b58-4001-ae19-12758e4f3f63
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.003,721dcb8b-8527-4975-af7c-128b8b0e2de8
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,5ca2b614-646d-4dee-9dcb-d57e0c77cc5f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.003,76052cd0-1c10-4fa1-bf2b-54b9d1e6989d
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,6e282a0f-3908-47f8-adf7-e48e28c22d01
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,b3cb2a68-cfaa-4e38-90c4-a8bd72905098
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.003,ab38380d-cc16-48fe-9480-7089c6822a8e
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,36a9811e-c7d1-4168-8412-ea4eec0ed088
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,454a0251-d42a-48f1-ba0b-a80b168c1ab3
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.003,4999b8cc-f88a-4b34-bef1-6903a515a6a4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,64198b68-da00-48ef-8a8c-b4807fc0bb33
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,dfce919e-f087-409c-97eb-400b62cb779d
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.003,8a7e5d0e-9962-4167-8658-a819cf9a967f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,534da06d-c947-45f8-b685-b0814984c399
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,d0f11fc9-73a6-4dd0-b0d0-68a40aa49d19
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.5100671140939596e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.003,cd9cb7cc-6368-4ff8-8c4c-63f6aa1089e0
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,eee23d60-8bf0-4cbd-8cc5-1ebc1ae4fa46
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ae4eb9d0-f047-40df-b230-3fd3b6913f4f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.003,733906fb-c111-4e5e-b81b-38e43f653681
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,56db4e5b-91d0-4651-a9c6-d565111b50d5
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,ca6abac7-0adb-4bd3-ba2e-ca7ea51c3dfa
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.003,20ae414e-c6b4-4c49-8515-3b7f3ed0d613
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,33019154-7fb3-412d-ad2a-4134869a5419
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,6b6a9e6d-db71-417f-bcf1-1f45dec5a580
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.003,a34f082a-d7f4-48a4-979f-7f60b1934ba1
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,d8f4d677-6191-4f4a-a174-0135def29c07
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,574cd02e-8c1e-488e-84b3-e64a80bc42bd
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.003,c7518521-b5e9-4967-8834-fbbd26567ce3
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.003,f6f099bf-592b-4118-8b61-342261af44c2
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,11c7d935-068f-4622-a67f-7c9081f2c2f1
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.003,55ac2b01-c7a4-47a0-837f-e7f5e4924be2
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.003,57ea9728-459c-4953-827c-f09a18011201
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,7aff3177-b200-4db9-b4d3-e03a0b8a0249
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.003,1cd337a6-2f18-4b6d-ab48-8d660b595983
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.003,438d0b5d-7b25-4085-95d1-5d2ad3f47660
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,f55f7be6-0353-4944-aebe-2e3c4647f16f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.003,66571d13-fc9c-4b97-8e52-7b3e918f51cb
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.003,b11f9a55-dae9-43b2-97bf-5b8ec24dd3a6
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,7a9094c4-569b-49fe-86ab-a3cf82b451c3
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.003,2f09256f-079c-4588-80c4-3134435cb6af
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.003,25dacaed-6e38-4132-a0bd-56478174fd92
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,82731a70-b107-4ba2-90a6-ccb94f220a63
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.003,5dcac4b3-1771-4ea0-bd3e-70475388c86c
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.003,e077bdde-4f01-4165-9397-60ecb91c85ff
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.003,e2c1a920-acce-4f79-bc16-5c03c7ce4d88
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505495e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.003,2e110526-591f-487f-8dbd-0fcac42414ad
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,7ff49264-8102-4f02-bcd8-39e946d301fc
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b454b36d-058f-4bc6-9966-6e3bd03fe12f
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.1.2,modeled_data,kg/kWh,CO2e_value:0.001,99ef19ec-99d4-4658-8635-2eeef7d1248e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,11b53a80-ae34-4917-8422-2eb5b7adfa53
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,417a48d0-9e9d-41ce-bcbc-fac1a2af40cb
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.2.2,modeled_data,kg/kWh,CO2e_value:0.001,d497bb99-8707-4182-a5f3-eca07c034cb4
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,11d6016b-6101-4ebc-9743-462e927b4bff
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,388c9ab0-2774-4ca0-b255-397862c3aae2
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.3.2,modeled_data,kg/kWh,CO2e_value:0.001,f18d3ce9-32d4-4f34-a9b0-3208602497f5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,c98451b1-a4c1-470e-87b5-12b0b04b1e47
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,dc064f47-498c-4799-88c2-093c51319d74
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.4.2,modeled_data,kg/kWh,CO2e_value:0.001,1c3d88d6-63d2-4661-b4a1-574877313eca
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.001,e73bc1c6-21c6-4164-a3f7-b6fa71021bae
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c5eb9a32-b85f-4354-a79c-88d8c439f4fc
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.5.2,modeled_data,kg/kWh,CO2e_value:0.001,45a31b23-5271-407e-a2ee-04a950ce8090
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.001,7494d386-2fcf-44ec-a415-e37c11b13400
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9166da14-ec86-4ce8-bf4d-52be080cc34a
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,I.6.2,modeled_data,kg/kWh,CO2e_value:0.001,26c4765b-4e9c-4708-b930-f48f29f5d14b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,3585188b-3209-487a-a5e9-1f5911445b3b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4c6d1040-825a-4086-88be-089cc3005e91
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.1.2,modeled_data,kg/kWh,CO2e_value:0.001,de9e7716-1c40-4b4a-b2d3-d5888d4e799e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,ba9d3669-fe8f-45d0-aef5-faa847545466
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4f0af8b8-caee-4353-97f9-c84172d59f0e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.2.2,modeled_data,kg/kWh,CO2e_value:0.001,c280318c-47b2-44e5-aadb-9490f3abb049
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,ba614d90-89ce-4e50-bae5-a122d780c391
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7acfcca6-8d44-45b3-8671-9c5234a3870a
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.3.2,modeled_data,kg/kWh,CO2e_value:0.001,a19d7a96-27f8-4099-833c-d80d14b6d40c
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,c3f5ee25-d042-4064-bc4f-21b40d0a7175
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,6d380431-fc9d-4439-ab9a-10d4d4e0989f
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00104,II.4.2,modeled_data,kg/kWh,CO2e_value:0.001,a2d3462a-776d-42ab-b798-abe7fb92f37e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,9ff1bf73-e366-4ad3-8129-1177a3593e25
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,3bfd5102-7f92-431a-b635-6dfcd526e9f1
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.001,5a96a8e4-14fa-454d-9bbc-e5d67a055fb2
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,9a825423-b501-4cf1-b73b-7817043fc4fa
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2afc0f8f-5564-4678-ad58-fc1b34ea7c64
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.001,eeb0e8cc-b093-45b5-b533-c99317a29198
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,687ffe01-1c36-4355-a0a8-631c6e40ec43
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,5e59c974-0073-4bba-8aa3-1cfb3251b0cc
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.001,b870284c-d7fc-425c-beff-c449cbcf94d2
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,2d2b6755-9ae3-4f86-9c12-6a8acedcf572
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a79c4d34-c807-400c-83d5-672ba714d497
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.001,8b16c7f4-0654-4c8c-99bf-7b27f19877c6
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.001,cfeef68a-ae58-4105-acaf-572256b46633
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ed7dc24c-d92e-4a89-bbb9-8ff9d1f008b5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.001,2ae109ca-7bd1-42ce-a79d-5d234d062434
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.001,ce6ac5ee-2e8f-4847-aa31-d265bc1fd6c5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8ba47390-f77d-4f50-9b8f-fa4af99aca62
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.001,9cb4ed1b-c01b-4773-acdc-05a8b24eb4e5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,81653ddd-3397-4ac3-9d0e-c47f5d321048
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1cbf3b42-162d-485f-9743-57bb19d120fb
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.001,65a77e4f-be39-4d3d-8e03-d1906a81f19b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,7dafeaaf-7bfb-47fa-9f73-b4c79e73da23
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,9d513630-9790-4b55-ba08-3aea79cd17c4
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.001,eedb2716-da66-419f-ba77-67255b697c0b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,c96211f5-1d80-441b-8d2d-53b773554275
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8cff568f-2b7f-4d65-990e-0d50daf23dc5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.001,7bef3864-5876-440c-a543-bfc066a6c453
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,9dde075a-b452-4e45-996e-c3c9b60d1167
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c52a08d8-e4b8-4429-914b-0fff68cff19f
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,6.543624161073825e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.001,33afcaa2-0cfb-4c3e-93f0-ae3dd927a4ad
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,4f221062-0b54-41ef-bcc7-41593f0c2253
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,74956a46-858f-4f70-925c-9939e64e506b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.1.2,modeled_data,kg/kWh,CO2e_value:0.001,f952da29-3d89-4737-8240-b799707fdd9e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,16947f4c-4b35-4838-a49f-e83ce89eab3e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ca8a6ccb-11b8-4b3d-8633-553477db998f
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.2.2,modeled_data,kg/kWh,CO2e_value:0.001,c8393b90-8b9c-434e-acd2-50e3329a8b74
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,0d35f2ee-2c72-457f-8acd-c38b1fa39f66
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,287dbd34-a668-45c8-ba7e-9a099b946155
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.3.2,modeled_data,kg/kWh,CO2e_value:0.001,7d8b726c-bc82-4d46-a879-d26c073e5252
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,e69267af-3abe-42e5-86b3-eff599ce29fe
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,28d29d08-322b-44ac-b002-19214dedd397
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.4.2,modeled_data,kg/kWh,CO2e_value:0.001,f9b3fde5-a5c0-4f8d-ad99-6a4f2f6c85e8
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.001,9acd6b0c-eb3b-404a-b4dd-4fd571c94d41
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,d57425ac-2e73-4673-97f5-7d919eaeb75c
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.5.2,modeled_data,kg/kWh,CO2e_value:0.001,7555933e-bfc7-4135-9058-74042dbd9170
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.001,b139123f-40be-4efe-98c6-ffb807d8fbf9
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0c802226-5e75-4323-83e4-f098854b7ec2
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,I.6.2,modeled_data,kg/kWh,CO2e_value:0.001,69382a4f-7cc9-406e-8744-9219970cd077
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.001,7ca3f274-3225-4e77-b9cb-f3955aa838d9
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7ec959c4-2e6b-490a-b7c6-9d4ec9061b85
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.1.2,modeled_data,kg/kWh,CO2e_value:0.001,7c475adf-4a0f-4e38-9412-c4553253b86e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.001,1260d42a-6a01-4524-b9c5-f2e3a5afd2d1
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b7f64b7b-15d3-42d9-9a6f-7355cce6441b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.2.2,modeled_data,kg/kWh,CO2e_value:0.001,257ecf4c-2d05-4f1a-8708-cc6c19129f98
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.001,5f1fda90-d15c-4ac2-9fe4-1e2ae875060d
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,f4e7f287-4c3c-40d0-82e7-da0e215c9683
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.3.2,modeled_data,kg/kWh,CO2e_value:0.001,0dd65891-1b32-4f1f-97cf-4640dd287596
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.001,9205c41b-bbe7-47fc-bbec-5a100aee89c1
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8723c25e-0c33-4b26-8350-b21b36a50230
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,2.380952380952381e-07,II.4.2,modeled_data,kg/kWh,CO2e_value:0.001,2825b86a-82e4-46b0-84c1-1a0365cde81c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,b9f2c24e-6c2a-4b1e-89f8-a8f1dea8b576
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,0db3eb0a-dd65-43ec-9558-62794aed3bcf
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.1.2,modeled_data,kg/kWh,CO2e_value:0.67,56db700e-0561-42a9-b7eb-710762c9242f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,9ea5ddb7-e9b6-451f-9009-09dde38cbb0e
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,3fbfd728-00db-48f2-91cc-c5797d259a98
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.2.2,modeled_data,kg/kWh,CO2e_value:0.67,54d2c70e-bca6-4d86-9a2c-f47cbf6bc751
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,40422b16-3996-4faa-a890-86bc59c0ee23
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,de81260f-c6f1-47cf-8e7c-319627004ae0
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.3.2,modeled_data,kg/kWh,CO2e_value:0.67,701b0124-3aba-4176-97b0-3a4016a821e7
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,86b1e426-e5d8-400f-88e5-ff5918b2077c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,c0351429-9636-40b7-8b87-1ca36eb6fd80
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.4.2,modeled_data,kg/kWh,CO2e_value:0.67,a262e3c7-7990-4db0-a80f-4b7e2edae485
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.67,00d9c96f-b28a-45e8-9f26-bf42ec123cd6
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,e2868198-2e12-4da9-b417-421a0656a737
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.5.2,modeled_data,kg/kWh,CO2e_value:0.67,cef64d87-df0c-4cb7-85ab-f70077439716
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.67,51dcdf08-fcee-4ce7-bbc3-58104060c823
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,d544415a-9c70-4093-96f5-e0ac67ca1dfd
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,I.6.2,modeled_data,kg/kWh,CO2e_value:0.67,a11283e4-1b99-4cf7-a697-c23c232cd653
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,b68d6de6-c240-44cc-9edf-46147103ac39
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,2e6f067b-ade2-425d-b13d-a7a923bff4f8
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.1.2,modeled_data,kg/kWh,CO2e_value:0.67,d3000535-e0e7-4bfb-bcb5-c080cc8a77ea
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,f43b8156-405d-493c-a403-762c8e9412f3
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,36596a57-8f03-4bee-aafb-8f7786cd1fef
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.2.2,modeled_data,kg/kWh,CO2e_value:0.67,daf87582-1f66-48e7-abf2-e0b60710762d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,7b070b3a-d2e3-4d17-8c90-f028f74b6379
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,e43a3ab4-5d3b-4911-a0a3-ef464ca5828b
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.3.2,modeled_data,kg/kWh,CO2e_value:0.67,1c46cacd-fe53-407c-ad89-18163488f577
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,3591fa5d-8361-4828-b799-eb929aaba0ae
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,266882e2-e2e8-4698-b3fb-ed99f6d16b1e
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.536,II.4.2,modeled_data,kg/kWh,CO2e_value:0.67,69a11c99-c1c4-49d9-bd39-f010f6dac169
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,90eaab5d-abf9-40a0-ba56-f297f236630e
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,ecdbaa68-f5dc-4968-8ecb-f2b6abed7db2
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.1.2,modeled_data,kg/kWh,CO2e_value:0.67,abf273c7-37b8-4ff8-a6c0-b64689b54cbd
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,e8d05e5c-a8ce-4c4f-86de-a9098f32a12d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,3017572a-e52a-46db-8190-65a33032aed2
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.2.2,modeled_data,kg/kWh,CO2e_value:0.67,07eb6dc8-cf05-445a-8de9-c74489f13675
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,cbc563a8-1a57-4ff2-82db-36d5c9fa3ba1
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,85d867e9-220d-465e-a35c-ea5f1cd89331
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.3.2,modeled_data,kg/kWh,CO2e_value:0.67,3fb8f054-8538-429d-a1a1-685191f323ed
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,9c0db0ea-4f13-4acd-affa-f128268159c8
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,4786aeed-d661-414e-b80a-0b56ef7f0489
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.4.2,modeled_data,kg/kWh,CO2e_value:0.67,2d608648-5981-45f9-aa86-cb97ef0b1f04
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.67,3d1db58f-5da6-42d2-8a42-7628aa1b3ef9
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,2b741dcb-c56f-4a8f-a71a-d3206088443f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.5.2,modeled_data,kg/kWh,CO2e_value:0.67,5d17202b-c0a4-495d-9a9a-5e5f90efe639
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.67,7aabf7ee-aa3e-423f-a78c-d90a5a73a7cf
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,f8323884-51e5-48f8-b149-ae0f83660a55
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,I.6.2,modeled_data,kg/kWh,CO2e_value:0.67,285582f2-6775-4e60-85c6-3a841006cd88
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,6b11c8a9-3568-4f29-a878-5a937b0955ad
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,d72571bf-11ae-4d4f-b524-39646199a6ef
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.1.2,modeled_data,kg/kWh,CO2e_value:0.67,dcfa7427-327d-4870-a268-e2ec58d8b5c4
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,75718b1d-7836-46b3-8b22-100e79f346ed
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,091c4d38-94b5-483e-9aa7-9ce35a7d432f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.2.2,modeled_data,kg/kWh,CO2e_value:0.67,cfb649d0-8f4b-44ff-97fe-9cb90e7656f4
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,c543f336-c6b4-4168-a1d1-521eb15bc112
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,b93dd8bd-54af-4cec-8cab-6e8121e3ccbe
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.3.2,modeled_data,kg/kWh,CO2e_value:0.67,d4ab2b2c-1aff-471f-9d01-5a58879de348
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,3be646ba-ee99-481d-82c9-cf6b32a51956
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,efd49d1d-4546-414e-9801-c5d04e23519c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00337248322147651,II.4.2,modeled_data,kg/kWh,CO2e_value:0.67,dc6d8bd1-63e3-461f-a071-3553aa982799
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,d4c921bf-c703-4b9a-98ad-8107c7da7654
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,52e4b3f5-44aa-48d2-bda0-a49dbd11a606
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.1.2,modeled_data,kg/kWh,CO2e_value:0.67,3a50cf1b-3838-40dd-8311-1ad5e9b67a57
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,3fbe9b7b-e326-44a7-900f-5ddea944c9c4
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,f514b793-0ff5-4e9a-bcc9-aead2fa651e3
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.2.2,modeled_data,kg/kWh,CO2e_value:0.67,9ecc6b8e-3061-4eeb-bd14-f6c851d25983
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,711958fb-9e45-4097-a23c-339e89731cda
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,ef7c04d1-0131-4754-b4ed-795a09e6108a
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.3.2,modeled_data,kg/kWh,CO2e_value:0.67,6d574e12-0072-4148-bb73-945e0547bf5d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,b904f19a-a3bf-42c9-9943-8f9ef507321d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,9578be0b-6c4f-4aa4-99d3-d6649097b504
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.4.2,modeled_data,kg/kWh,CO2e_value:0.67,1648c710-3522-492c-b5d8-5baacadf5b33
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.67,b8d032db-116d-4d62-bbf4-5616498fb8fc
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,2e29efec-5a46-4c13-b9d7-1e043369e734
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.5.2,modeled_data,kg/kWh,CO2e_value:0.67,7bbb02fd-7533-4360-9364-620189d30996
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.67,d59e94a5-4bfc-421b-925f-2254438f48e7
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,db53a21f-ac20-4e02-8def-716a0dd7fc15
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,I.6.2,modeled_data,kg/kWh,CO2e_value:0.67,f773a3b4-da8f-41b3-8891-cbec27608e0c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.67,b402586c-2583-4c75-828e-650b7b9c6241
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,9620c5b9-a606-4be4-9d61-445e4fd7562a
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.1.2,modeled_data,kg/kWh,CO2e_value:0.67,3e92d039-74f3-4be5-a216-d54aea43d253
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.67,c81c6608-7988-4141-8864-04b0e1bc2a1f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,820d78cd-d1b5-4cf8-97d0-d80f0499fcf7
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.2.2,modeled_data,kg/kWh,CO2e_value:0.67,7b53efe5-84d9-4ed6-8b74-cea28cdc98ab
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.67,c05765d7-69bc-4a6a-a1de-a3b2f7357868
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,edc6fb88-780a-4017-85de-de141bdd3b40
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.3.2,modeled_data,kg/kWh,CO2e_value:0.67,1e77e34e-415a-4abf-8f9a-60e30ee76d79
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.67,cc5c3c0a-d0df-46b7-9648-6635ae09724a
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.67,df3d42c7-073f-4ce5-a423-05e3bb6874c1
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.00012271062271062273,II.4.2,modeled_data,kg/kWh,CO2e_value:0.67,484102c0-adb3-4bc1-8766-d4424a4e73f6
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.07,5316aec3-a26f-483e-8e44-ae75b8ea2589
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,cc95f2b5-8add-45d2-b8e0-7a5852641b70
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.1.2,modeled_data,kg/kWh,CO2e_value:0.07,2d25c304-5a11-4f8e-9535-92ecaa35ba52
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.07,19e38d6c-09a6-4d15-8254-cb815c178ff5
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,4efc1663-9b1b-4226-85bb-a2f5abc804aa
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.2.2,modeled_data,kg/kWh,CO2e_value:0.07,c1d622ed-caa9-4a96-9490-ad4f28cae402
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.07,c6624c92-d1b6-4e03-96ff-507a70e4c678
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,ddd20aa2-e347-4563-bb7f-e9f6048b5d47
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.3.2,modeled_data,kg/kWh,CO2e_value:0.07,4399bb23-c699-43d6-9d38-e82e0deb12d9
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.07,e3bfdc94-7aa4-4de0-a332-21efd063b60c
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,159a915c-f799-4121-86dd-cbb39497d525
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.4.2,modeled_data,kg/kWh,CO2e_value:0.07,a79062d7-9277-4243-9df4-0bc865d68e23
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.07,8a60c238-38fe-45bd-a281-363c7218713d
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,ec5109cd-76cb-4982-86b8-ac35fdce36c7
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.5.2,modeled_data,kg/kWh,CO2e_value:0.07,3de9e37e-14f6-4fbb-8364-c93c3ce161ff
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.07,bcfa6ed7-a54b-48f0-8ad6-41d9a49226ee
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,413efe6d-819f-42b8-9f93-ebcf46a3c3ea
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,I.6.2,modeled_data,kg/kWh,CO2e_value:0.07,c05be181-9e42-4f18-aaee-e1d161bae9f5
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.07,b4a776bd-f92a-46f3-a27c-81a8e2f79c3f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,35f7eba7-eb5b-48a9-b2e0-974abf91cdac
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.1.2,modeled_data,kg/kWh,CO2e_value:0.07,4b9673c0-d815-4448-a0ed-4d8bb78eda8e
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.07,85979ea1-185c-4702-8aed-6fc5e84c7904
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,06559281-b874-495a-81d7-847c9669436c
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.2.2,modeled_data,kg/kWh,CO2e_value:0.07,f8b56950-f011-4fd0-bcc8-5d21ce004c17
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.07,f5353897-e3f8-4a36-a0a3-e10094fbfe79
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,27be9d8d-2218-4918-ae5f-c862bc60453d
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.3.2,modeled_data,kg/kWh,CO2e_value:0.07,f234c830-5167-4280-a8bb-d15073ccccb4
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.07,639858bf-f500-4766-8355-970d8ce8215b
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,1134e55f-1ad2-4503-b4e3-2a916fa4a228
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.05600000000000001,II.4.2,modeled_data,kg/kWh,CO2e_value:0.07,7a5baf1a-3010-4e92-8e65-ea00151b32c2
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.07,80ded688-ce39-4ac5-bc25-d353282b13e0
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,8d477cdb-8acf-4ebd-a08e-0a19f298f470
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.1.2,modeled_data,kg/kWh,CO2e_value:0.07,044e98e7-1149-4ba9-9dde-98cc81210e8d
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.07,be9d74cb-2767-4432-aec8-c95c57473889
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,cedaa881-721f-4bc0-8806-625a32e3bc4f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.2.2,modeled_data,kg/kWh,CO2e_value:0.07,d6b74839-14bf-4645-b5ad-9bbf3f81e042
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.07,2e810734-53fa-4739-b6de-07c5c4b227d6
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,ffe723b4-e0e5-4554-bc4e-f56daf3131c2
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.3.2,modeled_data,kg/kWh,CO2e_value:0.07,21e35b62-eb44-472d-bec1-6abe25c87c6a
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.07,9730305e-cc3f-4f9d-9667-71d30dc0129f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,92d5ed77-91e6-476b-b7ec-34104bf54199
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.4.2,modeled_data,kg/kWh,CO2e_value:0.07,da858362-abd8-47aa-8ef5-fd0556f2034f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.07,dfa65218-be5c-4e44-a2b0-7af0e9925d72
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,864acac8-751d-4ad9-a472-96bfb90d1b99
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.5.2,modeled_data,kg/kWh,CO2e_value:0.07,d0d00e14-cdfa-4f58-981f-71a499d33f05
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.07,f520a1e1-5589-4fcb-99b1-20953d79919a
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,511c4214-8b7b-4138-9877-eca2d367c046
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,I.6.2,modeled_data,kg/kWh,CO2e_value:0.07,f914e86c-e7d3-47ed-8db9-2ec0b745fd83
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.07,d60b9de8-3605-4291-9186-6700616a9f02
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,5975450e-1d0c-4e7c-ae67-643b55316d81
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.1.2,modeled_data,kg/kWh,CO2e_value:0.07,4225dca2-6414-4288-b526-4182b793185b
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.07,90410726-1dd5-41cf-abda-2c929627a2c8
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,16fba9ed-47c7-400b-9d65-be93e304afd2
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.2.2,modeled_data,kg/kWh,CO2e_value:0.07,c4034331-9c64-4ec3-8719-a981ae207169
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.07,eb58052f-be25-4673-bf37-64fb397eeacb
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,d0b3b3b4-909b-4adc-90be-cc4da19a8c5b
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.3.2,modeled_data,kg/kWh,CO2e_value:0.07,07f39b12-8a8b-4115-b5fd-12064d54076f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.07,a3508165-886a-4cc5-b664-dbee5277bef9
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,de2b9ebb-8e87-40f2-833a-c074673ebec8
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00035234899328859064,II.4.2,modeled_data,kg/kWh,CO2e_value:0.07,f42b3ff2-3a76-4119-aa40-883ed4faa5c8
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.07,4bee9380-4e8b-4bdd-ad0f-1635a1c8bb4f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,35e4226e-7bd7-443f-8168-7095da177585
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.07,4a75d1e1-0509-4261-9e71-5ac05a14a6be
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.07,92686e3a-bfb3-4362-9051-66f10de68940
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,dd6ca78f-ca19-4e52-8d1b-07282d015987
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.07,1cbd241c-ec64-4464-95db-bc427091ef54
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.07,83e61943-f6b0-434e-940c-e34083855545
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,9e9d2bff-ba2f-424b-b6a1-bb3c8730999f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.07,7fdf6afa-3759-4839-9c44-713ed2bebb24
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.07,3858910a-22da-45d0-8044-1de3207500e7
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,798e8421-81c2-4a43-9392-60ff56b16d7b
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.07,73838e8a-6ee3-4768-847c-330e8b2faf95
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.07,a73b921c-e710-442e-8b49-7a5766800080
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,5760126c-5b1f-49f2-a4ab-cc0c26bdf4c0
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.07,4022e022-6103-4a8f-a391-8380730db97f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.07,6cfc7668-2828-4692-9d7f-5a5320340f8a
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,b5921419-5eec-4a73-9894-7a47a97ed345
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.07,1e2ee6bc-4adf-46b4-a857-b9fb30f0613b
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.07,5e920a83-1742-4fb1-994c-c62a682bdeb8
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,c6ed6f86-5ca0-44e0-9053-d44c681b7c40
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.07,08324cdf-5418-41e6-8f07-2de62dedbadd
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.07,dc547ef7-8823-4ae4-a322-06ee2de25120
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,615c835c-c35c-4e70-a9ce-84a3ac09563f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.07,894a1106-192f-4f26-939d-9b764cf99485
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.07,609c7a2d-d940-4222-af82-cba1cf558955
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,c669c133-1426-4fa2-8d0f-786f1826bdd3
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.07,4a244648-61fe-4c49-a9b3-399b01b3a22a
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.07,66f95b46-46fa-4864-a5f2-692b0228e70f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,a7916495-5ecc-4ed0-ad02-0f90ace45eee
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.2820512820512823e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.07,fa10b449-f4b8-4d0d-ad35-56a98cd5f92b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,df76f232-79f2-432d-b6e5-a545b9b1dc04
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,f6ea9b72-f5a4-4e4a-927d-9937aba6e085
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,8f4ef72b-9d84-4c52-a983-1bb7a9646037
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,8139b995-75f2-437d-bddb-61807f27cb81
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4c7a0da9-56fd-404e-86d3-bb48c5525259
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,28bea188-cd1f-4f65-940b-296324bd3347
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,36038500-9829-48a2-8da4-0f544db629a6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,9006b19a-65c2-48d4-b155-f08880af5d0b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,b4831306-572d-451c-ae51-ea43845d189d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,0c5e876b-9649-4f1e-8e21-f92c9c97d9ef
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4a33a1b9-eb82-45ed-92a1-adf780cbecb2
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,756bd2b1-18f3-4685-941c-5e2c05097437
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,8d7abc02-78c6-4e74-84f6-73ae860ca48b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,2787cb72-f81a-4b93-a1fd-2cfe75d98e8d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,ab321da0-8e8e-46d7-8533-3a7c76fa4905
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,5449a7f4-660d-425d-bf3e-1c1bcd2bf589
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,28704909-eb82-427c-b269-4a4e38e71e31
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,7460f8ef-a7b3-474f-adc8-7d73d19855b6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,8147bc0c-dbdd-48a5-81ca-e0d5575f1def
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,df3859e7-489b-4537-bd70-c3050923cf71
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,20b340d1-0a49-4294-b6be-8886b07d612d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,970560f3-df29-48d8-ab94-4347c4e93238
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,5a52f363-0785-4074-b063-d4e2bf2f0bc7
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,13b072ff-dd9a-403b-b193-dc04b7b94a2d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,7567b013-356e-41d5-80aa-a30c2bf638c5
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,dac28b3f-6ce4-4db3-8e74-2015632e1e6e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,0c873814-7fda-48c2-97b6-dc973403e715
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,c20db55b-af6e-41c0-a947-63f144f0e1e0
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,b1afcea4-0a25-47e1-8deb-f3f9b94e4670
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,b6f00027-f629-4ea8-af05-1234a16d6824
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,e531b868-00af-4771-85c8-4cde80ebc76a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,33061726-be21-4dec-a61a-3d3855231a7a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,20baaab5-0db4-4b94-82a3-4f059dd28185
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,72b400f4-2c48-4300-bc90-54db217e5db0
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,25adedbf-ef6f-4cf7-9241-8d9f8032ce39
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,b7786e75-2a2c-442a-854b-0a0e80b06c2d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,9fcc1e4c-ed8a-4a31-b102-a5c2c23b9fea
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,2f28aa09-5a4a-4b3f-9509-278d86dab85e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,73a0e40b-e16d-4e7f-9b0e-84f3aae2a9e1
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,9c2b22a9-51ee-45aa-b9c7-f1657066707b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,e21be601-b3b5-4bb2-9201-498fe91d9f27
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,11e16875-36d4-4388-85e0-f347209f7b8c
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,9cfe1ed5-174d-479a-bce4-64ebe2770c59
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,edf0887d-7f6f-48a1-a768-bb9ea7eadfe8
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,47b8d2bb-c344-4a85-88fc-1edf00a3ab4e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,3b771d02-11d9-4735-bae1-f5032da9933d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,0cbeb202-cdf9-40e0-afe5-b0630c99e23f
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,ee7d6401-d156-4b47-8228-17580ac632f8
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,3f612bdb-cc5f-4d42-9f0c-caba63aa0279
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,5575aade-a231-4834-9e1a-71a96eb90106
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,849ee3ec-3741-444d-8d9a-f954ee0b8b7f
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,3e7f13f5-0314-47e7-a3bf-6deff1da82df
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,bc1ebbab-9a9f-49e2-b94e-cefd2e74c5f9
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,f585cd37-a937-49b8-b725-2677ebf9b5ed
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,4b654568-cd69-4214-8a19-81df7e82e06a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a82e14b4-ca32-46ec-a4f1-fd64df743e47
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,c46bd64a-7b59-4bdc-a5c2-0336ed729cd6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,b06b9997-15ae-4e0a-ac44-99118a607439
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,ba828949-5420-4b2e-b7e6-1299c5c3b6e5
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,e784063b-9c4b-4732-9a55-9f1f39c19911
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,64d3a922-defa-4404-ae9a-d9ac6dbf693b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4df37b3d-589a-41e4-b177-33e654495dd6
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,b290ca8b-4ec6-4bf6-ad10-da5271d0ad9e
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,a1ca89d6-dba5-49ee-bdf6-4895486e837c
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,40fb6046-8780-4eff-a510-a3bc2939956f
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,6704ae12-9897-446b-905d-a5d6e3a1027b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,82d3b380-51a9-49dc-a850-dcc3918f047c
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4c5ebbcd-f1ea-4ece-91dd-9988925652b3
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,329979d6-fada-443b-b91e-e7b26b86f25a
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,30339cdb-f624-425f-bd15-e8f767eb5be3
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,292925e9-acc4-4e4c-9db8-e5c23ce496b5
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,05e44f93-4f65-49f9-9962-d77ba7014605
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,e129bf30-99aa-4a89-a99a-f0469d671266
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,cb12464c-59f1-4b4b-9458-a29a6976ef5d
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,d7542cae-9c38-4312-92c3-272b20f194c4
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,dcd8020f-dceb-40d3-b420-07f719818296
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,c5e4b729-d011-4cb0-9683-205bb02d3450
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,6904b617-c63d-402b-8987-0488f063922b
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,1de09fe7-0835-4f6f-8f03-bcda2ae3d954
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,b8b2ef4c-d7c9-4860-90fb-3efab9e631c7
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,414d550e-067f-408e-b995-88b2c63aec5c
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,1e87f8a5-283d-4ab8-932b-5015d9c718a8
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,eb0aecda-1c38-4059-acd6-b9109357c988
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,b85b2c0b-a0e8-4b4d-8af6-c4846b3bee81
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,33b685ea-f8f9-432c-bfe2-d8b6bc99aa94
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,769c8a67-f998-4b44-a05d-f180af521767
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,5588b679-d62d-448b-b6bd-b3a2c457e638
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,887aa3d7-5169-4b9c-a78c-03730de99de9
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,ad3a22fd-ff9e-4dc3-855a-e9517e49d968
+CA-AB,Alberta,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,b87f32da-9c72-4630-bd3e-16159e8355c4
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,af9e0cc9-0ccd-4c4e-8c9c-c25106e43b9b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b03739ef-fd9a-4903-b181-cb4a8c64e3e5
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,d85fa003-007f-44aa-a2b4-1469fd765977
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,bd956f64-cd9b-4bfc-bac6-0638dcb40143
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e6419542-5cce-42f9-8171-84a3b0470803
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,de89afb5-a31c-49e2-9faf-e84dab220874
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,d916c2ce-fe0e-49f6-9aa8-cb1e443cd1ff
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,cfb3132c-6dc5-4ffa-b309-f41ac88272b2
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,3e52f9fc-85ce-49cd-941e-c007e2c9f990
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,82c9c652-463c-499a-b50c-193f10c92f17
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7421293f-81fd-466c-873e-419fcf30602c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,ea9b4045-4044-488e-b3c3-c79133a00b2b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,a3dd9020-ff00-4f55-b042-4a391540ef52
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0da998e6-d649-4e90-bc2f-d62a963dc6aa
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,36bc9342-a5c7-4eab-b774-dc78e08e31bf
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,d8c50962-be12-4087-a28e-b43f6470ab89
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b5015f4d-5aca-4819-bda9-a792ea8e08b9
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,7bc6d653-9e9c-4f4d-8092-82178579c579
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7e19eac6-f410-4fd6-89c9-1c3089f24352
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a2198224-9bcd-4372-a2f3-c4ffa4bdc690
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,d7bae10f-c0e7-457f-9021-d06efedadf19
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5485367d-5f68-4336-9700-44d3b5e5391c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c53bbf24-e573-4d43-ad7e-3f4c3d1d1380
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,3de69b3d-d256-45d8-baa1-25a75365e1c8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,93f7db07-251b-4537-9815-73a58398165f
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1de54707-fb74-445d-bfd1-d08deca81e52
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,3583199d-95fc-4470-b3c5-851e33ab568c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,be209d4c-2a21-43cc-8e5c-87f0ff692aab
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,156554ca-2def-449a-95ad-16d448006c97
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,c954f478-f482-4b1e-9515-08260bef2e0e
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,0cd63603-b440-4f08-a7d1-e68e42257233
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a9d0c333-e5a1-4b95-9733-f92e4b2211c8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,2a17e6a8-16b9-43c3-bf0f-3196672286bc
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,74a78c05-3e75-4431-8743-56c95e07afad
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0d2e9e0b-08fd-423d-b5d2-a7e0c7132daf
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,c23a5649-6da7-462c-bded-e67d0d679a7b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,607f6013-6f38-4764-99be-a8461bc2ef30
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,bee8e1eb-f31b-4467-b45a-f0c790e2027a
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,b0b5a507-f27c-4b82-910e-5a7b9c4d159e
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,b58760c2-c7a0-4e8b-8890-6100c51c861c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2a8d33e3-2eb1-424e-bfd2-49a97114187e
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,0bfd8092-0cc9-4259-abaa-59414b81b8e1
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,76c36d02-084a-423f-bee9-dfa2f5d18923
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,90615867-3933-4f79-9f9c-d9336f51052c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,8d309d14-7a6a-490a-884f-75c94fe407c7
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,2d566809-33eb-4eeb-b0a3-3e7997c80dd8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,14dd9e83-f608-440a-ba61-779a3069f55a
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,b1129344-356c-49b3-9237-dabd20b7a3b2
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,336a66f0-7acc-48de-a7c7-7f33a5bce8b2
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,12379a55-248f-41e1-9b20-fb45c27a39a8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,d9eaf1cb-45b2-43e4-9db0-84bc0e82bc62
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,501310ba-df18-48e3-bcdb-706832ce0c7b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0ffb56d9-4aca-448c-9953-b8dbc2d20adb
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,81afa568-1be5-4df0-acb2-48edec470d6b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,989d427e-c6e8-4720-a5fd-9680ed064dad
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,6324dbfe-f1d4-42d1-9a49-b01b9850cf76
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,9c8b242c-4907-4864-88c9-5c277466aa90
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,a66f3ab9-4549-4f44-8257-e29e6c5121b8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c2d90cc8-4f7c-4e31-9877-eeebdf6756d2
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,8b9b3c81-14e8-4acd-b14b-b5116fe379fd
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,49821f1f-938b-4566-87e0-02922530acec
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ef1ad9d9-e4fa-40b1-af98-26f0acf2961c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,ef31c9be-b4a3-4f1f-a481-dad7939b377b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,111afeb6-7146-45a6-932a-679bce94cbfa
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,61dc31da-a575-4365-9c76-4aae6fab3813
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,1d21cd59-a5ce-4e74-8d5d-667188af08d9
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,bfcfd56c-6d34-43d3-bbec-c14f59f61e36
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ec490066-8ccc-4460-aee8-f1b15b85152c
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,b0633c3e-31b8-40f1-a4f0-30fa5fe701b3
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,dd1d84a4-6790-4c57-baec-7c2765d708ee
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0f455a30-ee73-428b-ac84-dbd26d46ef47
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,6fd6718c-e4b7-4e9a-a92d-56499aeb616f
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,6edc0a74-d65e-4e84-bc0c-4754a9439d92
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,10bac905-c9ce-4e73-8ab2-c5d5da1c5d51
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,807b8ed5-12db-4fce-a467-e4585770c78d
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,0dc5ffc7-1804-4936-81b0-5bb14bdac8e6
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,72cceeaf-d322-4ff9-8697-f2e241d47d59
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,90cb32d3-91dd-4fa3-b78d-c1f0436d99e8
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,d42269bb-ec97-42d7-aa8a-cf2c1418a4d5
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,07730719-d124-4faa-a1f3-ebe900377357
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,afddeeef-4df6-458f-aaa4-645e21292794
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,98c45e04-3f8a-40eb-a16a-5c44a4a0dd2b
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c5dcfab0-abd8-4e42-9e22-044614c86421
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,c340adbd-8579-4fd1-bb68-e50d6d29b9e5
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,7837ea46-9dab-4b89-8bb1-4801cef70300
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b18fea8f-66f3-477b-99a1-530873a48873
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,ac865dd3-6f25-4193-9758-bf22be65f567
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5e3c8789-7608-46ad-9415-d15dba7985b5
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,1e867bf4-0abb-419b-8b56-dda2c95be300
+CA-BC,British Columbia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,afef5382-811c-46ea-bb6e-0b11b37ee2ba
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a72d3fb2-7ffe-48f6-9586-3c4385ff4675
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,08c14b58-4a84-40e6-bcff-04f89ed8fce6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,acbf8f81-aae6-4ca4-8a48-8404d5573127
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fa10d15e-c7fa-4a57-89de-52594d20b4f8
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,42bebfdd-a0ee-46cd-8619-4b937ae0d6a1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,1f4ac268-c1a3-4b4f-bf18-99ca60347ac6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c0d42a5e-2536-4d7c-b72b-85840cc0da8b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,bf731fac-717a-4464-bf80-ce300fb59726
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,a1003a69-c664-4679-b3ba-e8f09cdf5743
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f2e7781b-468f-4b7d-9510-ede0964978fc
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9ebe35d1-3925-4015-9882-d8caf6589b4c
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,6de968ab-9d6b-455e-95d9-b8bfd06dab6f
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a709313f-4fdf-41b4-835d-53e699f0206c
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4e728def-b509-46d7-af9e-1df9018cc1c6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,db55d9b9-b30f-423b-b654-c6261814852d
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,53dc9771-4d97-435e-8100-c7ccb19be82e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b03562da-dc7e-420d-b787-ae05c46b13d0
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,0444aabb-638e-4d5d-bd50-92cb1c2df004
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a54cb9fc-4309-4540-9e9e-d9e68858d168
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,31626358-0733-4d2b-ad36-d707ce510870
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,70a5932e-60c9-4c92-ae40-78b33669a562
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,59a7be8e-d354-49ea-aa64-456220db0ed4
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,67958608-f15d-4bff-b87d-ecf47472df91
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,b4fdcb53-a645-4599-936a-adf6013ec47a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,3e09cbdd-a58f-4880-9776-e4e850f7e4ca
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c9639563-0621-42f7-abd7-a60e902c1363
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,575fe763-4304-4f03-af4f-8daa10e709aa
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,35fbce6c-897f-4995-b761-5f4d07afd801
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6d8e7efe-d913-4244-9d16-20280df67fbc
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,8e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,531fe3fd-048e-4efa-99b5-18e08e6c2833
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,59f88083-b903-4661-9a2c-6b1263850315
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,97ce3c44-16b3-4bd7-9ad4-96bd75ad7bbd
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,b661d38a-a13f-40bf-8fad-5ba0247f709a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,65764953-f4ec-496b-8d79-4e30087171e1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,ff379a77-4288-4062-8f38-ff47c1919ddf
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,4095ad94-f2df-47fc-8192-51a2381f4ecd
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,26debd8a-090e-4962-bb01-a62e3859050f
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c75b5676-12a9-4c62-8879-752157d1061a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f68dbb12-1368-413d-a7b0-d6f1e9d8437f
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,2dbac768-16a8-4dbb-91d7-3125185f15b4
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,41598ec7-0bcc-4ead-b041-325f082cbc0e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,f15f86c1-c6bd-404d-9671-5e4335de95df
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ffb9b518-449e-4c42-87a7-9585d952ce6b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c1ef149c-6baa-4d52-b55a-ba3da73679b5
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,22612c07-f993-4e3d-a81b-7dd415020da0
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,03c18b25-d4fe-4427-aff2-486563d3876a
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6d050774-1412-4999-b17b-704332b17a26
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,50c6176d-88d2-4d90-ba4e-7d7164fd5f99
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f55cb38d-033c-47c7-8412-85f5588ae265
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0dd086ee-d56a-4190-96d8-571073172dcd
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,64fd0330-a92b-4213-8440-80916772d24f
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,64ec354c-ef4f-4944-a4c1-cb2e3b5999cd
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6135ec23-b6ce-493e-97cc-d26e450ca21e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,52892f7f-20f4-482d-8395-a6240d3b328e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,88c04470-9483-4ca9-a0c7-d06609ed8867
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3ba5dae5-f867-4afc-b09e-50125a0f98df
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,aab2ce8a-e344-4746-b397-be801ee1ccd9
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,0e438e67-2c42-46a2-b88d-a4b17dee91f6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4fb40931-aef0-4dd8-9452-1c71b72d665e
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979866e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,1fa7db49-a107-48a1-94d7-df532597f8af
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a2a7f229-4730-4b55-9ed8-ee162d499c12
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e6bed9b2-ba7f-4f44-b462-69ff0660ca86
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,cd7a216c-e265-4d27-819d-4bc0c37d5095
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6fd550c3-91fe-4bf9-9466-c2021ed386b2
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0707d187-a09f-4507-9f2c-a7e38059614c
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,0d794ba1-3194-416e-8d6b-18659e7c66e5
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,2867f1bd-89e1-4ccd-8f69-4eb3c22bfd15
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5a91670c-45c2-4436-bfc6-d696113a49b1
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f3e3385f-2cf4-43af-aa66-6ace74b8b785
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fcf4bd58-125c-4963-a3dc-c279719c5352
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6aa77096-8493-48f7-b3be-9d1f1cf42bd5
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,261e44fe-f766-4b7e-ad1f-8924d94843b2
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d851c55e-7187-4562-8bba-39e6c15bf400
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,37ae87bc-39c3-458e-8053-b2cae00d438b
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,87b8fb0b-6042-45c7-9829-1f222ee7aca6
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fb7e8182-b020-47d7-a200-94482215c9fa
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,17d9fe2f-bbb8-437c-8281-cb8e3f35e7af
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,23017ba3-b88d-41dc-8584-7c4ee694123f
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,fcd2b022-4e0e-42cf-b0d1-0c01b5c549de
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,04c6a4ca-d55a-467d-bf03-8569d0c85209
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,14557ca1-8a3f-479c-864a-faf7e95e6fa0
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,efa7110c-5ca2-4d57-9974-98ff33ae8e90
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1a3ad0ce-f275-46a9-b196-e88f09155ec2
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,d2184132-c6e1-4a94-8128-537d7b653830
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ca68210d-7ec7-4603-8984-410b6ecff687
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,924f83e5-e1d8-403a-8762-0a11991a2a83
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,606eb09d-f25a-499c-bb93-675789dcef49
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8dd70f49-95bf-473c-8fbe-80b81977eac4
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,20e9ef77-4726-4282-a9ef-0bcf31bfbaae
+CA-MT,Manitoba,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018317e-08,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,549171c5-8da4-4310-aa9d-ebb15caeb327
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,10c9e735-25d4-4f4f-a5d7-775d9ecc4d44
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,408e3113-8307-4d8d-9f87-ff28ae6199a4
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,7ff1e21d-c1f9-4af1-9440-771c1933d2bd
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c031cc20-d148-4d44-85aa-d2a0835eebca
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,aa80d893-420a-4e62-baec-e1c394ca8e12
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,0bb659da-d406-49e6-a0cc-834b6d680236
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,0935fdc8-6a8b-44f6-bd2b-a71e0049867f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,93777b86-4a4d-4c28-a031-186cf212c43a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,856dd93b-fbff-4b3f-bc47-a9cc6d61e2ed
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,0c65e594-e14b-4332-8220-f4728f8a6042
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,e35bb427-5545-4a5f-840b-2b725abb24c6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,a12f667c-0185-465d-a1db-17cddc96e5f4
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,949f8545-3a65-484a-bf38-d0032a9f366a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5c651cf0-85c0-4b64-8282-256498c84087
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,22e706da-9561-4f58-8df9-7a1473c0a147
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,3556c7c9-33f2-497e-9dae-a712144bd171
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cb880c31-460b-4df1-bd40-e7eb28bc46e7
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,51cc6c83-793a-4c37-9817-fe29b665fd0d
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c60de4eb-0161-48f6-bcdb-dcf74e1ee8dc
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,0613e292-d5d5-47ad-a46d-05057005b9f6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,da4ba01b-2ea0-4e10-a76d-96039f566679
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,27092b3e-4261-473f-9bca-12332095a053
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cfeabddd-6b4b-4b4d-a549-197328f49209
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,c32d8be8-230e-462c-b7e2-d01bf4a5811d
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,61d71afb-1f24-47ab-9f25-480d7c8e0e50
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d504ebea-9b31-477c-ac6d-d19eeb46f17b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,3a96a981-bf59-49a7-b6e1-e155b08c1ee4
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,094d38f3-a5c4-4967-8faf-9fa0c4622a97
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5d0525ff-c38a-43ac-ac70-e911b60887e2
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.008,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,566643a0-14c2-400a-bc02-1a339d74155a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,af0346ab-4d00-4b53-afce-b3b8e3d74dd1
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,345882a1-f96f-470f-b2c1-628b219f9602
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,86af8d2b-20fd-40c7-8db4-4a34bc977b19
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,5641882a-b207-437d-b622-e1b6c6aa9d06
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cbc00819-abba-48f9-ada8-f412bfade23e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,2783a94c-b9fd-4c2b-8def-21d2dfae0694
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,732f26b3-34e2-4422-8da7-52168bf35c0e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6728a0a4-7a50-452d-9025-88ddb3aa0b58
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,f77eb066-83f2-483c-9b55-39e0bb021098
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,e47c8f2b-1552-4766-bddb-9f4e6a3c9926
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,fc4e31f5-aa6b-4d5b-a04f-c2f19c96d7e2
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,2da32bbb-9a0e-4d2e-9b6c-614f09411522
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,6ad62271-3f46-4803-95cd-7f635d6e4c00
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ed305e3a-d4f2-4e5f-9292-465fc5005ae2
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,9d555abe-9166-43e0-82a1-3991ac18d603
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9509e9bb-e11c-4660-9792-42b19182001b
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,66016f94-ff56-4e9e-ad03-7469621de697
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,05d7286f-98a7-43a8-9b99-95eef8119ea9
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,007c1cf3-cb36-4540-abfc-1c809f35b884
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9cf15cbd-6685-41b4-9a00-e2b4d1f42222
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,4c9c971b-d4e7-4728-b12a-ceda012630d7
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,d2e347eb-685a-4f13-8882-39c93dfce9f2
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a08b980c-5f83-49d1-b9e7-bfed67574736
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,2337e07d-9c34-49f2-b40c-bdaa5e33a4f6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c5706ab0-1aaf-4d47-9102-a66aa5ad6432
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,784d5870-d566-457f-b759-96e53d1c5f30
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,a863cf67-9ddc-4053-b49b-1aa609271cad
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8c49c567-283b-4d1a-9a83-5f5eaa208666
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,f2ee30dd-9c3b-421d-90de-f62171f84999
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,d017bf4f-5cf5-4863-9d16-fb4d70a34e0f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,47d30150-5055-4795-bec8-155c70d69680
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d38a2838-8051-4d18-ac88-f361c2242d41
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,5f98f997-a48e-40a4-9e6d-ff9836e00bf3
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,02dd906b-2342-4ed6-a3e4-42fa2f157dbd
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,82e25236-8cbb-471f-911a-7b6e7de2e82a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,1d3262a0-2983-4735-a758-46006d08e7fa
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,fee13478-e978-4ee6-aa2c-7a2fbcb6728f
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,11669d78-8d21-430d-83e9-7a5e9e97f1f6
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,4e84c5fd-953e-45e6-804b-7860e8aa435a
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,d909c5f2-8bd9-41f9-bf3a-7c8969990975
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,47aa8df8-2543-4cc9-addf-5ed19881a3ae
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,247dfd61-9a86-469f-845b-ff45f1540739
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,75268b24-f6f9-479e-8e52-0d075c4fbf84
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,0300a027-7c2a-40a8-a650-e57a101b351c
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,eb6936b6-bec3-435d-a708-e84b903f9bac
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,0e7dc185-2c96-449c-abc1-12b13d50b1c7
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cb47e1c7-8589-46cb-a0c7-dd8e4aee4150
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,00fe7a08-641c-476f-880b-c2f1638b319e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8d2392ee-963d-4304-b05e-62513f60fec1
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,da878301-cdba-4bf9-bc5f-f34b5e43013e
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,7bfbfda9-49bc-47fa-a137-addef69ed15d
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,4e8379ef-2b68-4817-8b84-8b17663ba9c5
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3c6c72d2-79fe-4736-b67d-2f6f7aa8a994
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,dba4dc10-a979-4566-82d4-ccd2cc06f4e3
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,4e84887a-6735-47b3-828f-cfbd3e4af4b9
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,fec93080-6826-4f37-b97f-47ebfd8e7e82
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,ff4af107-4e47-43eb-b086-c34b256a7538
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f0a81700-6f84-4e70-b37a-9adb8b8ac194
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d132fa63-0406-4d49-adf9-f9fe803862c9
+CA-NB,New Brunswick,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,43938cba-267f-4a60-a4d5-0fc99aaa6a65
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,11b38a0d-6eb7-44b1-9100-638d5034c5e9
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,f133cf3a-d28d-4117-b340-97f1b9850ba4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,a7e6c37e-d5a9-419c-b815-db3084fcecea
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,a7eb2068-33b9-46d6-a718-88f0b0bd0413
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a399ae23-fd5a-41b6-8041-51a9caa031c3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,25c97a21-220d-4227-808c-2606f63b59f4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5db2b409-3f1a-4a85-9e71-49fec5640ea4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,67cdf303-1746-4a2c-b1d4-00496392474b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,10fc6e93-7be5-45a3-9e0f-ec5601f0db0d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,a7110d32-e42b-4d00-ac83-c7931122996f
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,846099b1-d0e0-4a5a-9f11-f18ec183c1d6
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,47270137-b98e-4459-b35c-2342d2168196
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,24840746-ded3-4c13-8b21-393f3a41bc32
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,5e683eba-f904-4385-ac30-fe23a27ab9e8
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,ca6db98a-6d9d-4d65-9bdd-6d0cf06ea5dd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,99d14e69-7fcd-41d5-8d74-94980e0c361d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,26c48832-7b53-4e5d-b404-bebb48e4b5a3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,e12d5a50-c07b-49a0-b87e-e136866d2b24
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,2a586049-b660-4630-aeae-015c47f0f923
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8f08acc8-fb02-4014-b76d-997fd8b294cd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,0e0c31dc-07fd-4b89-8bce-c5291a728415
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,91bb3a95-af97-40a3-baeb-0493cbd83019
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2e389fb9-0cd0-460d-b757-4bb4f5fcc04b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,ac131940-401a-449e-8499-8d99965c5366
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,62fb95dd-c52e-419a-939d-1077ee061447
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,30cc7f1d-1752-4fff-b976-09ab2bdbe033
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,5e0e327b-c9a5-40ad-8ef6-848f2ba91b2b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,fc08db6d-9965-484f-9ca8-f568334a3ffa
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7e522476-f769-42b7-b318-178567ec1a7f
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0008,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,becc99c5-fe6c-4c0d-815f-3891a0af2b08
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e7d5c9c0-3c3a-49bb-b506-d28a81ff66de
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,37c5b9f0-4909-4bca-95a6-0f2391d24806
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,45ca0ad6-129a-4ad9-b26e-93c5efb56900
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5ba1f578-d407-45fa-be20-1c2000348960
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a63e0dd3-6f8b-4aad-b2c7-838f60ccea2c
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,398a5398-81dd-407b-a49a-24b660db8cf7
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,b9c68bf0-8ad8-4c46-94c0-227a15c3b7ae
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ac256589-52cf-48a6-ba17-da78bd80bc3c
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,5958ea8b-2c9b-4f88-83c1-ef91da79d197
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,87f43183-6293-46d2-b052-cd3ecc8d02fd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,cbca2425-9f7a-4e9a-ba50-1aef0fe68f03
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,c60df956-73a2-493b-877b-bb76abfdee60
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,161bf81b-dc5a-4497-af41-d67350e02fc4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,fb0a9f62-b5b0-4be7-ab36-430e2d501ed1
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,71a9a7a9-8571-45b1-9297-5f4d16fde0a7
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,6d9cf6f4-6c68-42ce-9bab-ded2c064cfd1
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,6c12b50e-7613-40fb-82aa-5d5dc88337cd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,30f49e94-9772-4c77-8f71-e993e6df889c
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,6384721b-bf44-49f2-ad49-85ded444342a
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a18859cf-eb44-47f3-bd77-a3223f81d1ff
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,adb29871-29fc-41fd-b0bf-183cde5dea2d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8ef15ba5-fe13-4bf8-adcd-086b099db31d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e956377a-0333-4652-848c-3654f8d30ede
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,758e90cb-e01d-42ea-8dc1-a47ca10f887e
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,271054de-7d26-4668-be12-3bb3d107171e
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a96fc4e6-0d02-461b-9173-99419a6dcc46
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,bd885632-0d09-4b8f-a033-98f376c4daf6
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,05e35e77-4a54-458f-9201-cb630177dd08
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,05f992d6-649e-4171-a380-454ef9dc32ea
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.033557046979865e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,ed6da8fd-dc50-4f00-98c2-ae50be535bb3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,e711f8c4-5a25-4659-8ea3-64801982ee63
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,95a26a0d-63c4-4546-9595-96a34d5a0f4b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,9649e863-e1b2-4bb5-925f-e97fce2c38fe
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,6ecd8f3c-c6d6-49ce-949e-78c4e8c4ad71
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e106b036-5490-4d32-a092-cbf52c96e2c3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,483ba792-f884-4ebd-95ac-2f04103c42d1
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,3301fc21-4114-44f0-981a-28d87bfa6559
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,d01b772d-4bab-46db-9647-691c69d7e552
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,60d67f10-49cd-443d-9711-bb796afac064
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,55b5998b-e630-45b4-8338-ea6230a3e3f3
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,78d9d246-2bd3-4344-93ab-be5e3478cb8d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,5711da2c-3d79-4414-b3d2-400cde956de2
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,fb2ac88f-09c7-41a7-a980-e325e4d1aa92
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,0fc2b8d5-3c26-40ae-8903-1954861c3a0d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,de0a43c4-a1a9-4e41-8a24-79d7d24ff8dd
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,f2671f4c-cae4-4f29-bb47-58c91a65bfda
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,b9a5d1c8-7123-497a-b8db-76e56271c849
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,75a345e8-c85c-4a93-833a-34a6d9cd0ab4
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5932002b-5a14-40cf-8d5e-92f13ff3fe3a
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,00f365d6-6f28-4249-9b1f-9bf45230cc46
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,eecbc685-992d-4eb7-89b8-cbf6e43f7185
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,b4a7d188-9540-4d34-b60f-67134761b47d
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,219ed4ec-fcf9-42f0-bda9-f7b89d80700b
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,63a322ad-dc51-47dd-980b-4cf32dd18c19
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,2aa38617-e536-4f96-af11-e54c2eca8d19
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,19a54c9c-87a6-4e00-9f9f-3de612698456
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,ab4d7080-acfe-4304-aab7-12aecf6065bb
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,17872889-19f3-4f7e-97cc-041c02d41017
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,255f5de9-ff5c-404c-abf6-c333f71aafdc
+CA-NL,Newfoundland and Labrador,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018315e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,69383213-8a26-4c7c-a861-ff9950459d7e
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,d8321c0f-6bbb-49b9-9efd-d7f5d199f12c
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a9f4b61f-b779-4b5e-b088-e4fc52ea5f86
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,5119ea9f-0f60-44b0-8c65-9c6d21f9fad8
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,99312d69-4dcd-46eb-b9c8-804030edfd94
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,4f9acc2c-e645-4687-94cb-69002506adfa
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,6a600d9d-b0e7-47b8-b1b9-b394af8b7f93
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,d5924fec-22b7-46a6-8545-57ee62d04832
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,63237b49-b2a9-4066-9f42-bf3e37e16f17
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,2f2e4f61-5fc0-4965-925d-bc715cafe56f
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,600e6b65-e5fa-43f7-a0d6-314a9e3044f9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,27685cf4-1ac0-4224-801f-6f0ed54ba264
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,e8ec9343-076e-4607-b03d-1181c45f1ea2
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,913d8bb2-ab1a-4320-9aef-c7623b22eec6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,85474e1f-c372-4ea8-b725-392adcafa9b6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,155a0df9-eccd-4306-ad8e-13e1a053cdc8
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,7213ab38-f200-4529-9596-b396989789fc
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,de26e843-edcb-4165-bc7e-4cd4cf05b706
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,327b31c0-6d87-4cd5-adcf-c12ec82460d0
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,f13151f7-83be-40dd-9a54-35802d35b15d
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,ca208d77-ab93-48f0-a60f-0f2526391b44
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,628dc048-8a56-4908-be9d-4f9f66876e71
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,4bc2d66c-191d-4428-89fb-158c17c19a64
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,d5c52b20-0272-402b-9869-5b24d5784797
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,21d76ac4-04ad-4876-b8d2-0479aedf3acc
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,8d7b112c-b479-402e-934e-d14ff1a2cd74
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,18aa9a8b-74b3-4304-87fb-40e258b50c99
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,a3f267b0-c90e-4efb-af9f-9ebb90442470
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,a203832c-aeac-47c2-9e99-ccb484d7f6e0
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,82d1aefc-ca0e-4c71-8d9b-45896cfb2532
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.024,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,43145569-8b5c-477e-9460-79375e59ba6a
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,51ca3d26-0ec1-4680-a00a-b48ff1f7100b
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,cc14c3a9-1060-479e-9f5d-c31b9ad7a974
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.1.3,modeled_data,kg/kWh,CO2e_value:0.03,f8b12a7c-b9e7-449a-bffc-58b86fc63717
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,91cd7d2e-7308-4259-bd84-4d5e11b4d3cc
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,bcf5a07d-b5af-41f3-99f5-f94ccd4afe1d
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.2.3,modeled_data,kg/kWh,CO2e_value:0.03,0847a5d0-1ba0-41a1-9ef0-7bddb0b739dd
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,2a50b2e3-b2ed-410f-b712-903ccab021be
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,9cb54e8f-8bea-4467-85c8-0744728de2f6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.3.3,modeled_data,kg/kWh,CO2e_value:0.03,a14f1cc9-2bfb-4e6e-a762-22d8461944f6
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,628ef949-b051-473f-bc18-b31a82af3966
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,6ccd8521-d152-47b6-9068-e8ac818399a9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.4.3,modeled_data,kg/kWh,CO2e_value:0.03,64d4e627-8da5-4990-96d7-30747078e862
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.03,0e41d9e5-deba-44d2-bd44-2c9df9e7a47a
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a691a092-fb33-40f4-9f25-0ed036930c6c
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.5.3,modeled_data,kg/kWh,CO2e_value:0.03,93f4ed3b-8edc-4519-8a73-920ca4c1a5e1
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.03,d5be9bab-a325-4e3f-a089-6e2f18950aa9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,699e165b-1a5f-4cbd-b28a-1ee450196266
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,I.6.3,modeled_data,kg/kWh,CO2e_value:0.03,25817d4e-0217-4f44-94a3-504bbee4e881
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,7e4194f6-b81a-4598-b336-89b9bac847ab
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a593ec51-3657-48ad-af06-c95ece5561f9
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.1.3,modeled_data,kg/kWh,CO2e_value:0.03,b92cf369-8a14-47f6-89bb-1d91069f53d2
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.03,f779196e-137e-48a4-ae54-fb9bb17493fc
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,e6bd733b-2364-4b6e-ae72-37e183b648ba
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.2.3,modeled_data,kg/kWh,CO2e_value:0.03,f448317c-196a-499b-a54d-1b15ce66cf23
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.03,d9c206bd-d358-4da4-9895-3ca2af381482
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,a8cce9a1-0f1b-40e1-baf1-d5e5b26e1e7b
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.3.3,modeled_data,kg/kWh,CO2e_value:0.03,19e3fe9e-b020-403e-9ddd-c608a93e61c7
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.03,c2d36d97-6bb0-4408-87b9-b7d60568e06b
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,d2a50837-06f8-4378-84ab-5e07ec8a7e84
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.00015100671140939596,II.4.3,modeled_data,kg/kWh,CO2e_value:0.03,bbbd1f5c-034a-427e-b9c2-82849ffb1a30
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.03,f671e197-fdaa-482b-85af-cb0577efd48f
+CA-NS,Nova Scotia,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,5.494505494505494e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.03,feec4d7b-03b0-443f-a683-59a9264c4132
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7f0c7519-6950-475c-8110-ac93fd787ec5
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c99783e5-60c5-4539-af12-a5c0db0264d1
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,1e01337b-2eb6-4119-8893-84561d16d663
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3e6de355-9fd2-4a3f-ad33-5ebbe3a7b1b9
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1203d7b1-2b80-48c1-9738-a6126e8e3584
+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,934fbbb0-bdc8-4ae1-8d37-ad3a11c69d16
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+CA-NT,Northwest Territories,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a02c4c13-2519-46d5-8ed1-148d6d02de41
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+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,9658733b-c373-4283-9903-1f91671f1973
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.04,337f4445-7719-4e6f-a0ef-c135a5ed0b34
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,42062ecf-1861-4363-8be9-0836d3271435
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,465cc30c-30b7-4d2a-9d05-9678cfdf373c
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.04,abe9b619-65f8-4c7a-9085-851678309987
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,4bf07f5c-4726-4627-afc1-ad86931f4543
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,a90f1983-25da-43da-afde-ed31c70356b6
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.04,34d03255-3362-44bc-8fd6-69e117b0aaae
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.04,8618e643-4232-427f-af42-8cf95bb96af8
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,c120f882-ca22-4792-af9e-dea12a080485
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.04,f2d02e71-2c56-46df-8c5e-2d9b9980bf06
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.04,a6d0fb66-b8fe-40e0-9604-ed16c0426498
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,ec27ae6c-1fec-4a60-85c2-9786cca8dbd5
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.04,2af715c7-2046-47e6-8741-3d14bf7688bb
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.04,daadfbc2-7847-4b8c-a359-d562e68fb51a
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,7a0d63da-8c87-47a0-8ba5-cc1d4a304ce6
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.04,b9f3fbcc-0c0c-4022-95d6-6bce46277496
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.04,07fc53f1-ec1b-4d31-ace6-84fdb39134e0
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,6e0b0bd5-e5b4-42d4-9724-ac7f6b383a03
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.04,6e0075ac-6918-406f-b684-b89c21dc9c8e
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.04,95f7e3e7-c5e1-43f6-845d-d0cc69cae017
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,a2296cc5-594d-47a2-999d-99f94e1bb656
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.04,2b240cdb-7436-4d1d-aec1-046c4e4c2a58
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.04,1ea1e74e-714f-4e49-9e34-cdfa25e4eb65
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.04,acc9939f-6b6d-4d37-9de6-10cf9d4239f3
+CA-NU,Nunavut,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007326e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.04,8ac2cd21-85cf-4d79-930c-d6d9c1611989
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,85262b83-5d0c-4d54-8ba1-45879019dc21
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,0f446b57-fbc8-4d6a-83aa-df2a76461e99
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.1.3,modeled_data,kg/kWh,CO2e_value:0.002,b5208ee2-d71d-4c8e-8ea0-2a94ea092c80
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,39f89359-5c42-4c9a-a037-91634ec95af8
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,9d1e2aa9-29b3-4185-9a3c-baeb0963b982
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.2.3,modeled_data,kg/kWh,CO2e_value:0.002,76bd4433-d0e1-4fd8-8473-0fd4aac6a97a
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,81cbf209-1cf5-4e8e-aae7-2587b5a2479c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,a34539cc-05ad-4e33-a291-6aa213c48950
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.3.3,modeled_data,kg/kWh,CO2e_value:0.002,bbe259fe-a647-47cd-a284-61bd161fedfa
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,f0c5e754-dc5b-45ae-b7d5-dafc32ad7626
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e414f1f5-dc2e-4192-b0cb-2cf0b89d28be
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.4.3,modeled_data,kg/kWh,CO2e_value:0.002,2263bfe5-25a9-477e-aa0a-a83e799c2b3f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.002,eed9f38e-cf0a-47e8-86d8-f6d346d65bc4
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,def5dac2-1188-487d-b4e9-bcb514c838cc
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.5.3,modeled_data,kg/kWh,CO2e_value:0.002,114bbced-d7bd-4057-a64c-931dcc529170
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.002,c18bba3c-e656-4b57-9d10-bb9b4a293ce7
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,669db4f2-52a1-4378-b9b8-840b02c2e2a7
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,I.6.3,modeled_data,kg/kWh,CO2e_value:0.002,5835cf2d-a15d-4762-9f12-90e4cea6dc0c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,ed725d8b-5c99-42e4-9904-cdce5eb33fa1
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,0bfe5273-da07-499f-ada7-a77c81041e27
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.1.3,modeled_data,kg/kWh,CO2e_value:0.002,6e831cbd-d506-460e-a7e6-e8cb037c5a8f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,74abbea8-d917-4248-9d80-6c5b84144521
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,b1c44823-59bf-469b-afd9-34cb0e242bdb
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.2.3,modeled_data,kg/kWh,CO2e_value:0.002,3f1a20b5-f07d-4c23-8d62-bb1a6df66584
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,8dbfff91-d46a-4281-b2e5-a2e698c945e0
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,da19aeaa-cd35-4748-9310-f4aeb9f8e8c4
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.3.3,modeled_data,kg/kWh,CO2e_value:0.002,131ba4f1-f6e0-46b0-9c6f-2fce2c6167f3
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,c7cd56c4-4200-40b1-b75c-fa87556b2474
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,1cbb9a7f-1ac0-4e1c-9f66-7ed1c70baec9
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0016,II.4.3,modeled_data,kg/kWh,CO2e_value:0.002,07845f0e-2331-4941-a8cb-8250d6b6205c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,80499be7-5960-4535-b94c-c3af7e7f4701
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,00854332-26b2-41e2-b3ea-ac54c8338fe6
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.002,582623c8-e136-472c-ba31-d2cd48bf69ee
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,5e08bc7f-1399-4c93-bc53-5275a6034527
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,059c8125-32a5-4591-96f2-8af5f2611db9
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.002,aa147bfc-b1c7-41d9-99f7-97efbaf7fb46
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,02812e2e-7d42-42e1-b333-db42152c568f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,80f811f1-7ffa-419a-89bb-ce0f2183cb9c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.002,6138cd3f-8c08-4373-84fa-3489491c3564
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,cd9e4bad-cfbf-4048-af80-5c150af834c6
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,8c1c690f-73e4-43db-8644-454822243ba0
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.002,3e04da16-6c74-4262-a3a7-47e7c606ee39
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.002,e05cc41d-b8e8-406d-8523-4f3d2c117bf8
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,c5445eda-63d9-4416-a7ce-3be5260149da
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.002,41dc65a8-44c3-4595-a97c-4e62716f9ef5
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.002,d25e00ec-2683-487b-b24e-ca497884317c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,26adbc6c-7aed-4957-a2c2-ddbd2598c3a0
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.002,9cc92922-5035-4d88-a48d-9abc87afae10
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,7deb16a5-d15b-4396-91cb-d242593bdee0
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,e9a4c629-b364-4e27-899a-68cfd986fe06
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.002,13783df9-2b9d-421d-8f7e-f3b3f7d209ac
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,b1f63fd6-e622-44b8-bc84-1a71858e3bc1
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,a17947e0-b9bf-40b4-902c-0c63fe5df9ea
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.002,9a1db381-eb36-4ffc-abe9-dc4d17c57210
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,21707e82-faf9-466e-bf0b-6ec8aeabd06b
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,ce9fb9ce-ad81-48db-9c6c-97c34f344cc9
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.002,a1a3c940-40f6-4b8c-b8bc-bbd168591911
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,ff8c3476-c15f-4f81-b750-4c3ce53da528
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,5e0bfbc8-330a-4568-84c8-d0fc44a4662c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,1.006711409395973e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.002,cf60fd88-7290-44fb-a0af-8bd1de336fea
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,1a1f8cfa-b6d8-4bd3-b5a0-e56219aee147
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,683ef8e2-65b9-4684-908d-e379f22bfecd
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.002,4c35694e-2069-4686-a733-fdffe00aae79
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,4e2c0495-6c93-4f3a-b0c1-6f6492fafa5b
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,665c3425-c731-42c8-aaed-19479b2cf07e
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.002,c450c31e-72e4-42e3-8717-e1cc47d19001
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,d9fc8b37-66ea-46da-bcb4-5e22df378b8c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,898a0e1c-c2a1-414f-8158-e98ded5ee097
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.002,3b1fce78-0a39-4611-9a04-7fce1a4363ce
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,157b96c0-61c2-4ef1-8e22-bcd8129275e2
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,7dca196c-d4c6-40f1-88c1-9bcca3b922d4
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.002,9c6e3fc1-b3f7-43e3-9722-edea68246006
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.002,0d9ca69f-89d5-4c72-8161-f59c3b0dcb96
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,3f4d036d-973e-49f0-880b-41585600a80d
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.002,19522bdb-2ab9-4b23-b319-b90c43bb33b4
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.002,73b01436-552d-469a-b4cd-e02e9bb07a75
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,b3dae863-8263-4803-974e-cf96a0645405
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.002,72c782f6-ae7b-4bd2-ac57-1555a20c842c
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.002,e2fcce2c-dbd3-4fcd-80ab-b20ea9d7c12a
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,242050b2-37a5-4c53-9a4f-de4ff0ad1bc8
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.002,421a1871-c6d4-4d58-8f55-51ddffdeea2f
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.002,e2a5010a-ab47-454a-89d9-a915edcf9482
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,68b3bd90-e9c7-4442-b5f7-bc06ac554e75
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.002,a4e7ea6c-4a2b-40a8-8ce8-8e122909ab41
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.002,238d2ec0-a212-4a7d-b51f-bd092324afa0
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,12f5d928-0fa1-4dbe-9e2c-cef7d238f711
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.002,3ad3ea66-775d-4bdf-b085-37004fddb093
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.002,ff30ffc5-d53d-4863-bc81-6b59af425ec5
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.002,c0689688-361e-47e2-a0cf-713ce597f1f9
+CA-ON,Ontario,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,3.663003663003663e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.002,40087993-cf47-45e6-8af6-d62c38227495
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1f5db969-29df-448a-8b42-3b0e5344b104
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,5607b3c4-6f5e-4005-99d3-4d663702406d
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,ab72cf4d-83e8-4bff-beff-dbb9e5b26df0
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,34b4e879-50ed-4b78-8b85-e12439d43f41
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,919bed4e-1018-4d8e-9148-027e8309bb0e
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,12ffe7f3-39e5-4311-a100-e53a314343e4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b5d08669-06cf-430c-9b8b-e399d75ac230
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,14e8a0c9-97a8-4a27-a0ba-7749849c2779
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,cade09e7-0834-4ce9-8be5-41a8ea6bf1f0
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6af533e9-24c0-4f0b-bdc2-902e6c45be77
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,77582782-a16a-4ee2-9be9-faf1069715c6
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,2de6eefb-3ce2-4695-b599-b9191a9c2db2
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a307adf3-f92b-4761-86ef-f55d4c3568cd
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0a120c82-7e66-484a-b1a4-3d80ade0eda4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,172548e9-4477-4506-b6c8-d1447e2ac189
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,35ea64a9-9403-4a42-bd52-e8c9e8008866
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,19d33675-1477-44ef-92c9-de62f9ad0c87
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,34f858b6-04dc-47cd-8d77-7f66d0722742
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,225120ab-2884-4ef1-bdff-416d4bcce431
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,931361a7-7f7a-4fbb-9a28-36e2881c923e
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,5d189499-8089-40a3-93fc-803fe6ec58bc
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e3d97373-013c-480c-beb7-93c32b3e67ae
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,415a9391-f3e2-450b-b715-a2d9f2198a9c
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,5d7dfa1d-3fb4-4437-a632-782da41ca135
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,acde7250-b303-4094-bb26-9f8c7f0cd8d8
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a760ffcf-4c44-4ffc-bbc0-3d416de271da
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,45ef9d35-63b2-4f1a-9b9b-c8d8ad2f509f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,6e31570c-7883-49d3-bbf3-3bc0619b770e
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,efd30063-df9a-4481-b02c-8b7cd2aafe7d
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,7ea74a08-c1c4-4188-abe9-7d9e12952896
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c2bcf815-a6f2-419c-842c-99b709d38bd1
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,8ce3fada-0eff-4257-9dd6-df5596c2c09c
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,ae64fbf5-b4c0-48ad-840e-668aa2a19ed5
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,45fa86e8-9e3e-4c54-8e5e-8a488f47b179
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,297c7081-f7de-44d2-aee9-527559817c0e
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,bd981893-5c64-46d0-915b-77516216d463
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1eea475a-15e7-4b81-b569-3ee41787bc86
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6cf2f4f6-1fb0-42f5-8922-f632f8d3ba87
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,997c5b3b-7336-40cd-8c21-c2d5a99ef494
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,08a5c7b7-1d2c-4fb3-8142-1638f682db27
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c314b378-59cf-4d92-a172-d08c47b34f57
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,d80912ac-ef9c-43ec-b20d-1c9a8c9d03ea
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,f7f4060d-efef-48cf-b859-83ba0195bc57
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6f54b47f-bc37-435c-8b7e-764e236f9b0b
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,f566d28d-2c79-43e8-8c21-f58ff7ff6bad
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,e3f9f126-02b1-4da6-bc2e-990cf5b9a4b8
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6ff31c4c-3b80-4bf3-8d7c-43fa1e699da5
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,a5dbe845-53ff-4eb1-88ce-a3ec8e21518a
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,7e0a5c21-4fb0-48ed-9cb2-9d0ec7c8a945
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,72357df4-4061-4341-ab1a-42f85fc18da8
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,54adb806-2939-4470-9775-34d311eb725d
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8ca45c40-a8a1-41e2-b78a-bdb402dd343b
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,9d105b5a-73c8-47dc-bb29-ba913c188881
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,f5145705-906e-43f4-97a9-89d9c28941a8
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,264223f0-eb4c-442e-a51c-46ace6bd2b45
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,df6b4f41-ce60-4fe6-a7f5-59982d128831
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,f718c058-6e7d-44d6-80d6-f29b7fe3f8f4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,55bf59e4-a265-4be9-b188-c10da13dda3a
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c7cfe61a-1540-4bb7-9c1d-b800e21e6ace
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,f40d9d0c-fcfe-41f1-a54e-a702f5173bd4
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.0,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ee07d3ec-2c8b-49bb-b744-f255e760bb79
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+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.0,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,b50a7be3-4021-44cd-8452-d8746ac8d06f
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.0,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8fdf2238-025e-4730-9633-8ff7c0febdbf
+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.0,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e9f531bf-c88f-42c6-8807-2f3ac5bc2853
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+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.0,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6bd0ba60-d20e-4e5d-a982-e91459b6dd86
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+CA-PE,Prince Edward Island,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,0.0,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a9011a8c-bca6-439b-b45f-f338d8a2dfc9
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e25c5ac4-b8cc-44b2-ace2-4c161c19167c
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3d618713-4d11-4666-b664-809f690392be
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,b2e7349d-4e85-401c-b6ca-2ebddb5e8fd0
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,aac71f97-26fa-46b5-aee4-7a3d4a2294b4
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,ddbae4e6-3eca-40ad-8ba6-1d7bb4e1e431
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5c5c29d2-dd27-480f-85b6-927f6947c6c9
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,916651a2-99be-475b-89d9-b63ea6939aff
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b44c1e39-75f0-4c90-9135-d025ce941189
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,feefa666-02c0-4bab-b181-ec776b9c7f7e
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,f9e04e7c-5d18-4760-9429-74bea31a93ab
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b095fbb3-9bb1-4a71-91f9-86ae06ff31b9
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,796db723-797c-4de7-8f37-a5451d3d5cec
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,8d6b1cf8-2c72-458a-86d3-e636e0d55694
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,d03e3bb5-47a5-4c4d-bc68-bf8a834edfed
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,a5edf48f-9fb0-4b6c-9097-d63da2f55fe7
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5fda55eb-ac8b-4713-94bb-c8660002812c
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.00032,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,aa85d685-2343-4457-98ff-d75d5a8e4fa7
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,eea2995f-8a02-4da0-9893-f4a23a6674e7
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,966acb05-8308-4674-a50b-dcba442d505c
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.0,2f21745b-144b-4d33-bad4-37f5e58d3b34
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,be7a6bfe-02d5-45d8-976b-6e494a919ca0
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,4e0c73d1-68b8-4956-bf79-a955b8afcc38
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,31e68277-ad85-47ac-9fbe-379e9a72fbe1
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,1565a361-31a8-4eec-a57a-5404216ae0b1
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,63b20c83-c990-403d-a9d0-ac70fc90ff27
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,2.013422818791946e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,87084a72-c32e-4736-bff8-b417fe50a0a6
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+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.2.3,modeled_data,kg/kWh,CO2e_value:0.0,6f5d7f21-105d-473e-afdc-c32287fdad45
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,8d8f1f80-9c29-4b9c-8900-167982edd6d3
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e0e5a8f0-7ae2-4cb5-9724-5ee26bd3a279
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.3.3,modeled_data,kg/kWh,CO2e_value:0.0,ad9962bc-bd23-48f4-bab7-a9473fb66a4c
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,c3943ad6-f0d5-4817-9871-432b4d7da46f
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,6d502f4a-fb88-4b25-8a6f-bd818cd4af4b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.4.3,modeled_data,kg/kWh,CO2e_value:0.0,702bc2e1-7c7e-4032-ba24-8abf9b198acd
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a8908fd0-021c-4bc5-b602-4b10cd08cb64
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,3e2588fc-c3c9-4e79-90f6-7ee6cc4fc928
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.5.3,modeled_data,kg/kWh,CO2e_value:0.0,35407106-7a8e-43b0-a8cb-a666ac0524e1
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.0,5b9014c5-b731-4f4c-acf4-6d0cb733e38b
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,c243fb37-d244-4566-89f1-463b6488dab9
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,I.6.3,modeled_data,kg/kWh,CO2e_value:0.0,42cfed55-d6db-47f3-bdd2-b2c41f077cc3
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.0,10c809ff-44f2-48b3-85de-a9bfc14f5170
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0a2a23ea-8738-4b7c-9d3c-7e9745c5ef4d
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.1.3,modeled_data,kg/kWh,CO2e_value:0.0,372fb246-0e7c-47e4-9ab5-96f67a6f7fab
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.0,b2852ec4-7b35-415e-86c1-ce7cefc348a7
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,7dbcac27-7794-4851-ba7f-8666786ac023
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.2.3,modeled_data,kg/kWh,CO2e_value:0.0,34acc7e6-9c01-4ab4-be47-487991b4f5ca
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.0,a823d219-ec3a-4585-8f5a-c4c628927ce5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,e753a225-e753-4ac8-8a67-1f6cb8ebf76c
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.3.3,modeled_data,kg/kWh,CO2e_value:0.0,df7b0350-9f6f-469d-8901-47e210471925
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.0,764d8349-ec7d-4d6a-86c6-12709eb4cfd5
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.0,0b7a9d59-2699-4253-8307-ae4e8d318973
+CA-QC,Quebec,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,7.326007326007327e-08,II.4.3,modeled_data,kg/kWh,CO2e_value:0.0,bbe472f9-e3e5-414b-bacf-cfffeb754b0d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,af230143-3841-4a4a-be74-0c939bd691cd
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,ee4a2e05-99d1-48ed-8b91-d6aad82a3850
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,9baaf4fc-c8f2-4b95-8a06-357e5c1b20a1
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,e68d5c42-235f-48af-b32d-d9745799626b
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,bf4c0a38-f9bc-420b-a42b-8669ac24663f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,b1b7e747-5deb-4e5a-bd5f-f15fba8a82b0
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d4045037-3d4b-4bc6-89d5-1416ba667466
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,e91e78a9-83e3-49cf-90e2-c9fca99c233a
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,ba8a7274-6e80-4c69-bb23-874ed7ccaf18
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,05070ffb-fc27-4962-99e4-eb8c6cb07c37
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,38547b43-02de-42a0-ad40-7296e5313043
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,74493456-e483-4025-99bb-bf4cf9916c89
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,09ab1731-666f-466d-b22f-fedd5d84beee
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,b2bbabc9-19a5-40ad-b3ff-61f53576e4f1
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,f0e108ec-8def-41c9-b6c3-5a309c0e247f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,33e6714c-d93b-4144-a3b3-bd4c47cb9884
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,a788578d-cb2c-4ed6-a243-63b941f1db7f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,89ed9bf7-d826-43a0-8897-a3c9da900bb0
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,6251a076-5a3e-4d0d-a78f-61f0f5e00d2d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,650cd054-bbc4-4007-a44f-24234bde63ea
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,3320bb9e-2392-4380-ba03-eb2fac8efbe9
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,06c9c1d8-14e9-4c19-b821-9f48103732a0
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,12198c80-837b-4ac2-aa81-5cbcb3cb8bbf
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,90ea4c06-92a4-4d31-8f2e-545f387b0a5b
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,55233737-0849-4580-a75c-48fc4fab4c56
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,eb7472d7-4621-4718-9413-a12c5ba3fe2f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,b55db85f-f534-4579-a9f6-7c7822e6c201
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,589f55d5-d61a-4e83-af97-a3ee0fec9dd7
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,b7c3bda3-efb6-4dbc-878b-0634ef5e72b3
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CO2,0.048,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,f6dffa30-b75f-4aab-bb21-e55e1ee175b6
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,395adce4-aab1-4fd5-afce-740e13efe97c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,2b2ae1bf-6f4d-4060-b9e0-6a2ab5d27bc9
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,f9c9d929-fa96-411c-bed6-1e31917e845d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,fccb4b92-5a35-49a2-9a90-42c3e9af1125
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,1699e70f-8305-46f5-ab19-66789f51fabc
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,465a3aff-a779-448a-b638-299ce83923c5
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,3859a1d0-6734-4e88-bb34-6fe30b4f9c6f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f262e0bd-6777-484b-b4e4-dbf4a842bc3f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,317207f3-6c1e-46fc-9c77-db129db787eb
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,f50153ac-fb09-4f58-926d-388397e5a294
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,5fbdaa61-9c3a-4053-a037-27b4bd238fce
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,06ff93c8-c264-49d5-9ea4-9ad6d76d7dff
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,59163da2-4f0f-4d7c-8346-050047fa94b7
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,fd17ec13-fdb6-4180-b88c-c73b2d85739c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,8404eb27-2752-4fc9-b9f8-ad74e0c06e2d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,40810e1c-df5a-4b67-8165-9a42b32d9419
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,70d6e7e1-5b72-434b-be03-21caa829e88c
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,7b55d68a-9333-434f-818f-4fef63233f0b
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,4a57100c-68a4-4b72-b9ab-966e891806e7
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,36f8c42e-ba6b-48c2-90f1-5eafb42d36f0
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,b7c7c05b-2b23-4bca-aeff-cea3b2d3957f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,84bd207d-7581-43ab-84da-da7f36fb0768
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,4a51dc8b-3839-4fa3-b602-24d1170a228a
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,69d88c40-efe2-4e97-932a-4a15e487afe2
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,890bf41d-650a-4e8e-beb4-ec5497925b87
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,18e9f774-4d74-4377-a167-2114cc35d4d5
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,5e1e3ee7-426a-416c-a45a-aec32bda125d
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,935010e6-f115-44f3-90ca-4e68b91ae79b
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+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,0.0003020134228187919,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,b0bfb51b-bafd-483e-a005-6aa30f729018
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.0989010989010989e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d9017428-9d7f-4221-acc4-2c789d75964f
+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.0989010989010989e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,14157b0d-8b1d-4c28-b7d6-4cb9e1e7654a
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+CA-SK,Saskatchewan,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.0989010989010989e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,a26867e5-d3d8-4cf8-a8c4-e6874d3603ed
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+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,CH4,5.0335570469798656e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,81bd018c-433d-468a-9744-cf93c5d1329e
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,38760c83-46be-4703-8451-68505b71a900
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8e9ed298-d2f7-4913-a507-aef876a9a005
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,4a81be47-6b4d-46c6-adc3-9308540eacf8
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c5469d82-1600-4b80-afa6-b7c43d49a8f8
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,39520363-b617-4a00-92ab-e65805bb366f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,d6d53bb8-46ee-49b9-bfa5-c6cef23d1835
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,62a31998-e745-4160-9def-f00109904263
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,b3c894da-d69e-4f4f-8d8b-47917e7f4f69
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,51f326cc-ac6a-43f6-99d7-de40fff2f5b1
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,328703f2-2ae0-4706-913c-795302b31e88
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3c45eae9-ae34-402b-a83b-bd1f85ce4bb0
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,abe7ae9b-e7ec-4a5a-88a0-0f3fb31c7afe
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c35a0104-ecdd-4263-afff-cd0151cefe69
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4703381e-fa77-430d-8472-a4109590d70f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,84fbbb20-a1d3-4708-bfe7-58e502054520
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,93f773b6-b46b-4b2d-a2ff-3e0822882012
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,bd7c3161-a219-4d7c-bca2-032dea0aeba2
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,6ca8de75-78e5-4b6a-adc4-029ab9a970b3
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ac775907-d096-4a15-9aeb-40dd2ef7d362
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,541ef4cc-3196-4eff-90ce-a56b0cda379e
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,2dba334a-08aa-4276-9cbb-045ea39265bf
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9a02c177-3581-482b-a94d-16e2afc0ce78
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,865147bd-ac33-4492-b120-463ed221f600
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,9f78e551-614b-4be1-953e-4bfd8d03dfaa
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,33be4843-4c60-48df-98b7-671464faf520
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,fd25a432-8053-458e-8895-bc23d9ee20e9
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,35229840-eeb5-4225-92bb-14b9581e836f
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c6b75ebf-16a1-4a43-aa00-2b1d907c2ce9
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,bf4ff163-a74e-4ff9-a05b-01cc7df5e6f3
+CA-YT,Yukon Territory,2021,technical source: Canada Official Greenhouse Gas Inventory,N2O,1.8315018315018316e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,aacfc789-5c0f-46bd-ae4d-20d120c0c0d5
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.42,f6bcf41a-9e23-4c86-9b12-fe77a7b6bbae
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,5c09b29a-cc50-49b0-af38-6ceff1a77320
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.1.2,modeled_data,kg/kWh,CO2e_value:0.42,1f78c0e9-134b-4d13-a2b4-2a26fb007f33
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.42,21f32c7b-77d0-4e3c-9ea5-690066b87b7c
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,55cee469-3dfe-42fe-b8a8-d54af067e050
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.2.2,modeled_data,kg/kWh,CO2e_value:0.42,2c7f47b9-d063-4b61-ba92-c340cff86c55
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.42,5dfc0fc5-31e3-4a46-b176-10856b8f6b67
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,15867fe4-3434-4cb2-850b-122cf02c1f69
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.3.2,modeled_data,kg/kWh,CO2e_value:0.42,e0ef5301-a611-4820-adce-cc4213e94e14
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.42,6f8eecf8-b9bb-4dca-9b81-b44c96053592
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,4c095d0f-92b8-4eb9-abb0-05b6a6325558
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.4.2,modeled_data,kg/kWh,CO2e_value:0.42,090e2c2a-8529-412f-9cf3-53dbc635a9f2
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.42,f28a6242-ac82-4d30-8bff-85ea5f4555f9
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,2dc4e839-0fbd-4593-b430-8a42dbae782c
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.5.2,modeled_data,kg/kWh,CO2e_value:0.42,dc6f2314-b559-4db9-b507-b87066eb5d76
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.42,0201bead-96b5-440a-b30c-179762f55684
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,6c5050c2-7484-4e97-9b12-5948df2005e6
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,I.6.2,modeled_data,kg/kWh,CO2e_value:0.42,6ae0bdf7-a3c5-40d6-b571-c56b1231bb66
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.42,a3c4c530-2256-4bb6-a714-9de2f5f1653a
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,9327e3f9-a737-46ab-aeea-622e2e2c3fc1
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.1.2,modeled_data,kg/kWh,CO2e_value:0.42,7ff36506-44af-4a35-90e9-b903c64e4e71
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.42,088de92a-0f79-4cc8-b5f5-26266f1bdbf5
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,711746fb-1b30-407b-a970-e7bca91402b9
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.2.2,modeled_data,kg/kWh,CO2e_value:0.42,1ca4a66b-bfce-4711-b83d-df90ba1f0bff
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.42,68a12e14-a8f2-4dde-9895-6d36a1b81998
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,ba7aa151-cf85-4cb8-ae75-a500f389bbe2
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.3.2,modeled_data,kg/kWh,CO2e_value:0.42,776cc7a5-df0b-4d3d-b064-f25d70199c83
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.42,daacc8a0-1764-436e-9aab-f2ea5c09a6eb
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,79857c3b-934e-426a-b9ca-624ab398c3b7
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.335648734464302,II.4.2,modeled_data,kg/kWh,CO2e_value:0.42,e742998b-9097-4b10-bb55-09b712364b13
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.42,3b326b68-e4b1-4e59-a3a3-3947bee8a62b
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,e1321863-6ec0-4ae9-b252-aecd271cf39a
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.1.2,modeled_data,kg/kWh,CO2e_value:0.42,87158525-27cf-4e07-8b0e-bfbafb9a1422
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.42,2d8edca1-8bd0-4014-9d80-ee0ad15cf280
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,16d2f71b-9449-40ef-959a-60efb3059028
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.2.2,modeled_data,kg/kWh,CO2e_value:0.42,8ffa749a-9794-4386-82a3-f60d782abaa7
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.42,2d6c7688-051f-4720-b63d-c24737462329
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,c25f825b-57ca-4a47-8a4e-cacb61de0b89
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.3.2,modeled_data,kg/kWh,CO2e_value:0.42,72b57040-229b-4cc7-ad48-418fea6da871
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.42,9c24207b-d18e-46db-bcd6-8ead7f140a14
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,a5928c59-46e7-4751-9bc0-d6e7d4c016ae
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.4.2,modeled_data,kg/kWh,CO2e_value:0.42,15234be1-dc35-4804-9480-6bcaa5230915
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.42,4328d7ef-f5b9-483c-a617-5a6a71ccec42
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,eaa6d3ff-79b2-4d2b-a8ff-ea5a5095d322
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.5.2,modeled_data,kg/kWh,CO2e_value:0.42,d62db26c-3cf3-4cf7-9698-f3ddfc548368
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.42,bd96c7c0-1420-4eb2-b690-304dad2febd9
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,b03e4cbc-3045-4476-88be-2659d0f28f07
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,I.6.2,modeled_data,kg/kWh,CO2e_value:0.42,c9a35cd7-cee6-4ef8-8e8b-2d99974a1070
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.42,24910f9b-5814-457f-9fb1-01a3cafc190b
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,532b5708-366e-49cf-a7bb-13c75bdf9800
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.1.2,modeled_data,kg/kWh,CO2e_value:0.42,1dfbf63a-94b3-4025-93c7-6e3e6c8f622b
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.42,aa8236cb-0142-4ef4-b94e-bba5a0a100b8
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,5214fcad-247d-4932-81e8-2306fd8b8799
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.2.2,modeled_data,kg/kWh,CO2e_value:0.42,c1d075c6-cb58-4907-9f6e-8ca386584c6f
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.42,34551299-f1cc-4b5b-ae50-068560cb4bfd
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,722795bd-0789-47f3-b062-1efe2f7e8d18
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.3.2,modeled_data,kg/kWh,CO2e_value:0.42,c25d0445-83fb-41d8-964c-eacaebe861d4
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.42,6fabbd08-413c-494b-a02f-f06b33660f5f
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,e2bb05d4-a7dc-4eea-9662-aa4a5dea0417
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,0.0021118838158408256,II.4.2,modeled_data,kg/kWh,CO2e_value:0.42,6265ea94-eec3-431a-8382-934f0fc13745
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.42,632fd361-2f9b-4815-8022-e9970f1f4d9e
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,4090d34d-1b8d-4085-aa5b-9be01ca5ad6a
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.42,5c04ebc6-a129-450a-bf0c-245c8ea6d4fa
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.42,34c2fbf4-8815-408d-b18b-87cd754028de
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,cc4c6496-724c-4856-a1dd-386c1b981636
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.42,dd9bdbeb-a01d-4e9c-b3e6-9a7592d13758
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.42,bc1d778a-d458-45c2-a81a-ae55ec6cf089
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,abb25fb6-91fb-4c94-b7bc-643c32650bb0
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.42,9e817029-f70a-45f7-80ac-ec826e252ee1
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.42,b25f72ca-4031-409e-bf84-5c35bf01671b
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,64574dcb-b1e3-44bb-8697-302f4c38df43
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.42,35382f3e-b420-4b27-a3b9-37c1a17d72df
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.42,0fed9ad3-05e3-4607-a63d-698ac4d4d700
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,28155589-908c-4fff-8c9a-a219125e8df5
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.42,f375b6f7-2783-452e-ae7d-106325cacc2f
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.42,edd299d4-b897-429a-8692-2001c99f75ed
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,4892741b-ca97-4540-ac57-270512a0999d
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.42,68f466dc-28b3-4325-aab0-5aeb821a224f
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.42,210e987f-a21f-4989-aaba-3285caa0dce7
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,a0a86507-24d9-4565-9c56-879764265eb0
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.42,44a0eff0-e70a-403e-ab67-ae714e9b9aae
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.42,59593c48-a60e-4a11-bd39-643f4b44dcbe
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,b4002b70-c4f4-4765-880f-3c55a03b26f3
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.42,d5f38c18-3e06-4f3d-a37e-f87c1e16e879
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.42,5b2fa19c-06e1-41c6-896e-b160394aee5e
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,67c15423-61c0-44af-a531-ea12c0b33811
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.42,2538335e-df84-4ecb-bca3-97002879defc
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.42,33f7aaa2-7793-47ca-82f5-0f6b7a3d6153
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.42,c1e73947-dc6a-49e5-83f7-3a5d432b87cc
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,7.684265898908012e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.42,9a660048-79b1-4897-a38e-0d4a9770b261
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.342,71472687-b17b-41fd-8fd7-ebcf1439952c
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,44287952-5f2a-4991-981c-7e2f4c3baecd
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.1.2,modeled_data,kg/kWh,CO2e_value:0.342,f10c6940-764a-4f21-8d82-3fd9772c474d
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.342,21f24fb3-134d-41ff-bba1-43fa7aaeb381
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,fd923325-138a-4806-bda6-6906f5132399
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.2.2,modeled_data,kg/kWh,CO2e_value:0.342,4c9d40f9-89ca-48c7-baa0-6a76f9f2525e
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.342,a7a944c7-8367-4629-b973-2de6ae063afb
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,54af2256-c36e-43df-bddb-f53ddfab5974
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.3.2,modeled_data,kg/kWh,CO2e_value:0.342,51290a89-24dc-4e87-a042-db5ede787c0e
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.342,b6e663d1-85cc-430a-b67d-7ef9c9440935
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,43c2710b-4df8-4d78-9577-a48ae0de0af5
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.4.2,modeled_data,kg/kWh,CO2e_value:0.342,9556985e-5492-4d8c-9622-e52f9317b326
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.342,5d2e4dea-937d-48cf-8fe3-0db7f23632e6
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,d37eaf5e-1644-40df-8861-629f42322f8f
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.5.2,modeled_data,kg/kWh,CO2e_value:0.342,78ca8114-15eb-4e55-9f02-90015c9eb6ec
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.342,31c0fb78-02b9-4622-89d1-aff8f30102db
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,4d94b1c2-ceab-458a-957b-54b832ef031a
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,I.6.2,modeled_data,kg/kWh,CO2e_value:0.342,440c11b9-0903-4820-83db-6944254e5243
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.342,79f8cf92-81a4-49f8-93dc-f0eeb882918b
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,d32002c1-231e-41ae-9adf-a773d8fd574f
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.1.2,modeled_data,kg/kWh,CO2e_value:0.342,adc37cc9-edc2-46ae-af4d-1ae4698147e3
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.342,d1975430-cb97-4e3d-9fcc-ed049bc07bbe
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,7180d42f-aa39-4d00-94ae-4a319b4f3ce1
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.2.2,modeled_data,kg/kWh,CO2e_value:0.342,4e2d8e78-655e-4ff9-8bda-d3b2bc530aa5
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.342,a24e7f6d-3abd-46ac-a607-91ad996c2161
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,ff36c91a-0c1e-410c-8db4-2aa5f8124e22
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.3.2,modeled_data,kg/kWh,CO2e_value:0.342,4009dc4e-27c2-4dda-9f69-0df8b61c186b
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.342,6e219090-ea6d-405d-be6d-1499a5c97cfe
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,377cc3b3-fd99-44e9-9fd2-416ed76911ab
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.2737828177447156,II.4.2,modeled_data,kg/kWh,CO2e_value:0.342,373600c3-1d05-4be4-893e-db74416a72db
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.342,3361e389-d22c-4e2f-b93a-d4a7c66530e4
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,8d2d39a8-ef42-44df-a36e-ea06c47ed945
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.1.2,modeled_data,kg/kWh,CO2e_value:0.342,11911396-c4fd-4fd9-bec2-55e44a07c11b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.342,42d1caf0-ba92-4973-8831-6a034319650b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,67b5d5f0-c6bf-48d0-9f5e-e141a1ce33ed
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.2.2,modeled_data,kg/kWh,CO2e_value:0.342,c8390572-ef3f-4477-ad12-2c5acf7caad7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.342,33b882fd-ec91-41b6-9778-5253dcb7815b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,8023affc-256a-4d92-8ddc-81aa8698a7b0
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.3.2,modeled_data,kg/kWh,CO2e_value:0.342,332051a8-7dac-47e1-a90e-326f45fed66c
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.342,c284974a-6f80-4061-b156-f9637c550846
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,f83790c4-3ffc-4e61-b626-84d7179c8468
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.4.2,modeled_data,kg/kWh,CO2e_value:0.342,a381bbe0-b393-45c1-9816-b64a8fc4955e
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.342,f47235d2-fc0f-413b-8113-ece3300e77d2
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,cfdfb011-8b54-40fe-b862-2489e86688b0
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.5.2,modeled_data,kg/kWh,CO2e_value:0.342,70eda12f-cab9-4b17-868a-b894b463614c
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.342,b0334e14-929b-47f3-a7a7-4ef189acbc87
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,fd86647c-0a86-4170-8f98-dbe6d868cc19
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,I.6.2,modeled_data,kg/kWh,CO2e_value:0.342,ee558477-342c-4c2b-9d7b-6a7bae60d47b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.342,010c9a02-1a08-40f5-b657-27adf803ab8e
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,7c2c1a67-2176-4f42-b1d6-edac0900fad9
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.1.2,modeled_data,kg/kWh,CO2e_value:0.342,f338e49a-8161-41b3-9e48-7d90a28ff3c7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.342,870e096e-f814-4237-9611-4b21096bdab3
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,000cba84-6c38-4442-a917-1daed8f3ea20
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.2.2,modeled_data,kg/kWh,CO2e_value:0.342,f491bb57-949e-4d11-9882-e963232bc4d7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.342,4ef6b6ef-578f-4b78-a3e1-c487474994f7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,7c7fdacf-0930-4b57-a4e2-27432babf9af
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.3.2,modeled_data,kg/kWh,CO2e_value:0.342,7ed99d50-79af-48e1-ae59-30438f57ebc4
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.342,5eb4be63-589b-42cb-a444-a39e9f575df7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,716f8028-4808-410e-abf4-56e9234c9d09
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,0.0017226267895011464,II.4.2,modeled_data,kg/kWh,CO2e_value:0.342,c02ceeae-1376-4410-98b4-64ce67f3369c
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.342,9e181692-c613-4854-822e-b98479e15aff
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,ff554143-e87e-4723-be77-5d34a7185c63
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.342,d6d8c87e-75ac-4431-8182-16116dbf0f33
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.342,e0851eb1-80bb-4b43-90da-e8ba3d566161
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,110b32e0-6511-4828-b296-b17d5d9fc008
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.342,6bf08d30-ebb0-4e32-8c99-348081263626
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.342,a587cc47-1130-46f7-8cb1-f01b46bdf719
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,46ebfa60-2a4d-48ed-8064-3f04ea7c1dd1
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.342,ff91e12f-7c8f-4c73-aa85-a6a91718c4e4
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.342,cb3c06e1-950e-4c21-9f95-2211f9144a57
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,4918d498-adf2-49b9-ae31-4842b790a59a
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.342,95f017ec-4089-459e-a3eb-bd6047c081c3
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.342,6bb95c7e-a4df-4bab-a30a-3d98ea4b683b
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,8e4e313d-f773-4630-bcc4-640e92378d5c
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.342,8c43e53b-dfad-4e4c-8495-3fdefa9078ce
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.342,8a4b4888-0e4c-487b-9f57-13df5f92fee2
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,45ecbd07-e727-4986-b905-cfe3f1de13d7
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.342,cce5122a-a8d6-42f8-91d0-e59143526719
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.342,02fcf967-2770-4ef9-876a-9a0a6b8646dc
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,d08f82f4-b9cd-42d1-a9ca-abc223df45ca
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.342,13875dce-b0cb-4a06-862c-f3db8c7291c9
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.342,9ec34701-2f75-4a75-8486-a8314d192e89
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,cb5ea04e-8cee-40ce-af8e-88faa29e6fa9
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.342,5462fd37-c400-4f2b-88fc-a68f582918ba
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.342,c0371ed9-4fd9-4e4e-8eb6-683ab401b898
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,6a30ea35-cf53-4220-a64e-79660f9fd1fe
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.342,5d930f89-a0b6-4197-b232-2d6fade3bdd6
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.342,41c3d154-4c0d-4996-b4e7-a596e209c64f
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.342,f1842147-b241-46ac-a2a7-e93d724b25f6
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,6.267921651664734e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.342,1d27c2b6-7aa3-497b-b94f-d90dea81c5fb
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.496,fa2aa694-7d84-423b-9603-b1267a3db7c9
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,25715156-504b-4e28-8e43-390387630540
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.1.2,modeled_data,kg/kWh,CO2e_value:0.496,c5bb07ac-faf0-497f-b8d2-dc7ab71b44fa
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.496,aa72af62-438c-4135-8ae9-ebfa0e9d9e0a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,2f028e9c-eab5-40f4-8cc6-2dac1bafae2a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.2.2,modeled_data,kg/kWh,CO2e_value:0.496,82273752-537d-4d52-9b78-fc8e57730b88
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.496,573ddc2e-0b2b-4bba-8772-91ee3b6602f8
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,25ba9ba3-39e0-4c2f-a990-8716b8bbf21c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.3.2,modeled_data,kg/kWh,CO2e_value:0.496,bb6af6e9-4984-4e58-8de1-6ca7d227be3a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.496,1a79a74a-75e2-4b9e-a7e7-3eb1a1362596
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,51f7033f-e7f8-4fc6-86da-116abf1f4fd2
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.4.2,modeled_data,kg/kWh,CO2e_value:0.496,a9264a90-e716-432a-aca4-1c28cb4259f4
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.496,807aae62-54fb-4d0f-ad72-7fb3b1b3d490
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,15060b57-1838-4575-86e4-c8f26901ba6c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.5.2,modeled_data,kg/kWh,CO2e_value:0.496,faa5f58f-eea3-4e35-914e-c24a13e869f1
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.496,8c15afd3-a25a-4dee-96cc-ebd1a8a83cde
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,091ca904-79c7-418a-849d-2d4cb45ba104
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,I.6.2,modeled_data,kg/kWh,CO2e_value:0.496,38a9829b-0584-4368-8461-8f375262416f
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.496,3f4f84c5-ac2c-4c3d-b4bc-cf346de395ea
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,b0a15602-7d3f-41aa-96b7-efcbd6c1c329
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.1.2,modeled_data,kg/kWh,CO2e_value:0.496,6e8d8f06-66ce-45f3-97b8-91b4bc3d42f8
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.496,47b306bd-e439-4407-afc1-f43672146307
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,2e02b1c0-eb9c-43ae-b9de-5fd64178199e
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.2.2,modeled_data,kg/kWh,CO2e_value:0.496,6e89cc13-6860-4728-9cf1-121fc5c2a978
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.496,00644f78-5999-4137-88c5-6be1d452c835
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,56b91303-cc8d-4b78-a63d-30e0fab3f7ec
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.3.2,modeled_data,kg/kWh,CO2e_value:0.496,328ff86c-14f7-4773-9010-9b44eaa4e4ed
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.496,b3844cb0-078b-4603-a7ae-3b20515ca223
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,5ca569c9-b7f2-4a37-b869-62703311d79a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.3966771296380296,II.4.2,modeled_data,kg/kWh,CO2e_value:0.496,8a5561cf-065c-4206-b726-2d3b7d9300a9
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.496,fb7e6e5a-270b-44dd-a8d2-c784c6737a91
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,d68947da-7228-46fb-907e-2772805e853c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.1.2,modeled_data,kg/kWh,CO2e_value:0.496,feffb94a-4daa-4a4f-b403-a584500ec500
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.496,fb18697e-b81d-4599-ab32-20bcda8bdcec
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,60429b61-69e7-46d7-938e-3853161cdcba
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.2.2,modeled_data,kg/kWh,CO2e_value:0.496,6315ffbb-c48a-47af-b38b-e62ef48d893c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.496,f9b853f1-9f69-4ea1-ac37-2f56a9ccf3c1
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,4fe859e9-acef-4158-b165-d42f5f660c65
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.3.2,modeled_data,kg/kWh,CO2e_value:0.496,bf9a0608-073e-49b5-9998-e03377950d39
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.496,bb586e26-a351-4426-8052-2e85f9935260
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,dac1802c-27ce-4496-a3db-c5715c7ec8ed
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.4.2,modeled_data,kg/kWh,CO2e_value:0.496,e37d05d9-d682-41c4-8bdf-5cdd9ff75340
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.496,daf4f2c9-afe9-49af-aa5d-1c15f1399be4
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,5048a16b-e5e1-4b29-9dbf-ee9c163a794c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.5.2,modeled_data,kg/kWh,CO2e_value:0.496,00e739e0-a49d-43b0-8edc-6a20840343b8
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.496,5fe00da3-eec3-4d4f-b1b3-42c90f1a31b5
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,7671f740-3e49-46aa-b6ee-ddb884e6a585
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,I.6.2,modeled_data,kg/kWh,CO2e_value:0.496,66567a00-4b1f-46d0-8b05-fb6b97ab29ed
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.496,935b7fe9-2a1f-4ea2-8449-4ec5f60ed098
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,a3693184-fc77-4342-a587-2a7af0a15727
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.1.2,modeled_data,kg/kWh,CO2e_value:0.496,08b181b8-baba-4b14-970a-0c0e2262a19f
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.496,a5f0d8bf-7846-4995-a4f2-ca523b5e1cd2
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,f74eba59-6d23-4067-9db1-9c2a40e3fac5
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.2.2,modeled_data,kg/kWh,CO2e_value:0.496,533aace4-fdd3-41a9-987d-ab6121bccd26
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.496,20e45ec1-51e9-4040-bbeb-c5684d608722
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,51f9bae8-91db-4686-9dd4-b2e9cb54ab80
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.3.2,modeled_data,kg/kWh,CO2e_value:0.496,6e6b3962-bb71-404f-bfb9-01c3886c0711
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.496,b346473e-4ac1-4a21-a7c8-9ca89191613a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,999745a7-b375-4bef-9682-5dffb21479f4
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.0024958712015815615,II.4.2,modeled_data,kg/kWh,CO2e_value:0.496,a7161027-9ee1-44c8-9de1-f0ac6e2a541c
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.496,3b690f45-1e87-497d-bb16-d7e57ea2f3b5
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,9907eae4-6794-4e90-8a2a-337c8f23b17a
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.496,e15ffe98-6522-42d2-b57a-8d8fbb14f5c8
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.496,b9cf7842-5c3b-4800-92ae-5c05b0e8a32a
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,c4056865-7486-46f3-911a-2cae5e4edaf8
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.496,ad4ae618-8b62-488a-bc20-3c8c28860f6a
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.496,52572fe8-98ba-4a58-9e85-77560ff2c429
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,f4bf5ac8-d962-447f-9c8b-72f7eb59cb57
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.496,db910544-de77-484c-ae48-d1adac54f341
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.496,75b8f225-93ed-4de9-9beb-50145b6b7d75
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,60cb4ba8-625d-40e1-927e-f09670690aef
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.496,d5677790-8819-4006-a5c9-b4f571e418c6
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.496,d3612a05-27c2-4af0-b865-0c19e7892add
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,32efcdcd-7d49-47a6-837e-52efa40d3dc4
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.496,b942e470-77c8-4bab-aac6-cf60c52e520a
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.496,2756d6ad-ebae-4ec9-bcfe-b575be44c8f0
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,4c7eedd9-1e23-44d6-96b0-25ca675e8bd3
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.496,84dd6140-e14b-47fb-8a25-329d1a78cb57
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.496,8fb3556d-5101-4348-b789-aae38e74aff5
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,5d4d8f7e-6337-4f0d-b070-7b3b1b0033ab
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.496,e1847e8d-a50f-48e1-bae1-9296a9f034ff
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.496,036e060b-0923-43e4-a773-71829ea92cf5
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,1a95b169-eb32-44f2-ab50-099fb869fe06
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.496,8b4856fa-f86a-4341-b173-c66b7e84b5f1
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.496,86e4c316-3079-4db9-81e0-ba58ca6c661c
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,10be20aa-84b2-41c1-9dd7-f44ab097f9ad
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.496,21c03c5a-119f-45e8-aafd-470891ddd1de
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.496,993f02fd-7aa7-4e0f-8d4e-ec20d36bb9d1
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.496,d814ecd7-762a-4a15-b0ca-794d3360b1f1
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,9.081436118086758e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.496,deee47a1-5f30-4649-a5c4-4283c5c84d1d
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.33,32c4e41f-92d2-4573-bb01-519f4f0539ee
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,e3253a69-5a0c-4b59-83bf-28cde86e524f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.1.2,modeled_data,kg/kWh,CO2e_value:0.33,ca0920f6-e7b5-4cfc-aa04-83d04f755c80
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.33,26c6bc75-d219-4ddc-80ab-f0fb2d43ca0a
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,730fe856-9965-427c-8cc7-001ccf68e461
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.2.2,modeled_data,kg/kWh,CO2e_value:0.33,e6b4a857-3b55-4575-bb10-d4e582e9ceb2
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.33,bbb791b2-7f51-4985-9e74-173d2cca85de
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,20af2492-38aa-484e-8813-446fbe666b79
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.3.2,modeled_data,kg/kWh,CO2e_value:0.33,718c506f-ef5e-44e1-9200-ab5eff2951ca
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.33,9bbde72b-b4a7-457f-9875-02635006af44
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,56977b99-b4bd-4b18-a341-6bfeadd5ac4d
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.4.2,modeled_data,kg/kWh,CO2e_value:0.33,e2a4cc61-05fe-4e18-a694-60eebf98007e
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.33,03c7c2c6-0342-4942-95ed-0a4df9a9ef00
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,d4b03e62-8fff-43d9-a164-4b0524925040
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.5.2,modeled_data,kg/kWh,CO2e_value:0.33,75780f2c-fc43-4f7c-a8bb-72fca29e0152
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.33,c92e5843-8451-411e-805a-0cfa8580ace5
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,575e3b0e-306f-4728-9fcc-6ee305e4ee04
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,I.6.2,modeled_data,kg/kWh,CO2e_value:0.33,7f70b138-bf59-45c2-9ad0-a6dc676f8cb9
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.33,46cf7f13-6da5-4a04-a748-00033737ec79
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,f01a4a65-7978-41a7-b4d1-27ce2026aa47
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.1.2,modeled_data,kg/kWh,CO2e_value:0.33,56a5f7a5-1163-47f8-8406-62094440683c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.33,109d15fa-a769-4a2e-96be-903616ac09b5
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,ee0e39b8-5ab5-40f5-bb04-599993b51038
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.2.2,modeled_data,kg/kWh,CO2e_value:0.33,e4de0267-c784-4121-9a57-8896cc181fb0
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.33,4415e931-bbf2-4873-a31f-dbe4c765159f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,3f4921bf-8f88-4b96-8d2b-4237286abba0
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.3.2,modeled_data,kg/kWh,CO2e_value:0.33,e4852108-3b2a-4b4b-91b6-8261579fefb2
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.33,63ed6147-1fda-4e36-844c-001fa7baa395
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,fa2626ca-ffdd-4a98-9104-e0db8c41e9d3
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.26403737639481084,II.4.2,modeled_data,kg/kWh,CO2e_value:0.33,277d2d1d-a9f4-4602-890d-5d0b2ad18504
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.33,05a591a9-d7c7-40a0-88bd-0be53dae5973
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,931c348d-c7b6-4e61-9a40-2d0f212aee16
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.1.2,modeled_data,kg/kWh,CO2e_value:0.33,0c837164-da7f-4326-87e2-1d26ee2be8a4
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.33,90abebc6-0c56-4d0f-ab56-45958de40709
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,2c2f1cef-6a61-4acf-8057-dab4a36e7e04
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.2.2,modeled_data,kg/kWh,CO2e_value:0.33,897d3f3a-4303-403b-b9c2-75ce2162fbd6
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.33,c9d45712-14b1-47ed-8972-b3a6990f45ea
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,c9b6a9fc-3999-427e-abcd-011bc562b90c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.3.2,modeled_data,kg/kWh,CO2e_value:0.33,31b52548-7096-4541-b70e-62a751036bf6
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.33,cab46154-8688-4d7e-9f14-98331414950a
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,b3f3a803-de0d-406d-acc0-7a72e7ab5136
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.4.2,modeled_data,kg/kWh,CO2e_value:0.33,ecc0d7c3-67ab-492c-abd2-7e0b2064cad2
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.33,5ebe12c5-ce64-47f2-bc7a-dea1d45cf64f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,e584dcb9-a152-42b6-afdf-a15ff702aa21
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.5.2,modeled_data,kg/kWh,CO2e_value:0.33,2ba2b809-4bd8-486d-bca0-ed2968da096f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.33,b2389513-6464-4c0f-91eb-0a0ad5e190ca
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,5c646d43-ce13-480f-99e0-7cd3529e4eae
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,I.6.2,modeled_data,kg/kWh,CO2e_value:0.33,46a36eaa-e748-4276-9cd9-8c032ec811d1
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.33,7d6b9aa7-c801-46d1-9ff1-121eb73a13bd
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,5c9c86c2-9b43-41cb-90bf-63ae40e28665
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.1.2,modeled_data,kg/kWh,CO2e_value:0.33,a6c19d7d-ca89-4d5f-8378-6ddf16c08973
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.33,5a556984-8f17-40e7-a6fa-d8a4a21cfd6b
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,7d5a5510-616f-47e0-8f47-8f927a828887
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.2.2,modeled_data,kg/kWh,CO2e_value:0.33,f527b31c-38e6-4e5a-964f-493a669bb8ea
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.33,bb9f8d59-91d0-4d63-811e-623317fa362c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,79e3fb74-639e-4c9e-9e29-538de8b36b8b
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.3.2,modeled_data,kg/kWh,CO2e_value:0.33,e37d089e-66e6-4cf4-a54f-8b8513e60a23
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.33,8ff829ad-9b86-471e-af78-b2cd6d7b91c0
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,b457c910-3a99-4443-9359-68ffec53ebb3
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,0.0016613089957727189,II.4.2,modeled_data,kg/kWh,CO2e_value:0.33,38c0b4ef-1044-4efb-9fd7-9d314f66ccd0
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.33,209cc799-d06a-43b4-a57c-4f90399053f7
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,51c918ad-8d03-43c9-8e69-ea4596caeeec
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.33,2342bd53-6a49-4b17-8ce8-d8c7dce9852a
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.33,74c09c62-4778-425a-adff-706d8fc4dec6
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,fa07dbec-c6b1-4f4f-b3a5-3a93ae5a157e
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.33,f1e4d756-d7c2-46c3-aaeb-daa578c5d289
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.33,21d03900-9ad8-4bb4-8bac-add939321ca8
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,a0152b4a-4275-4224-9c66-80b34786f346
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.33,b37baf6b-6a1e-40e7-be61-6697a19bf4c3
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.33,c558795b-3f23-4280-b756-8c657bab857c
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,90a097f7-a894-46c5-b9bb-ff248ea86af8
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.33,f0364a91-c887-4f7e-bcd6-22df8c313af6
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.33,b6d0f519-b43d-4efe-98dd-5bcc8590b458
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,e42db0b9-180a-40fd-a2d2-376c94f5b35d
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.33,a2dd4e67-d9b4-4d19-96a5-65e1225f4ad0
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.33,1cbbe563-2bee-41b1-8995-79fbbcac0817
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,ca723722-19be-4e64-af17-de6978012994
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.33,08facf5e-808a-4602-819c-e2398fd3de75
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.33,6c14f6c6-8e07-4862-a415-b7e027697abd
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,1539aaf4-dcd5-42cc-894a-343eeb8b9c96
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.33,359bca13-5168-4650-9748-c29cb054dd5a
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.33,23a17bdb-1c40-4ccf-bff4-d2872c03a792
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,becc7794-19bd-4d63-86b5-a2e4c63fde07
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.33,6802a6fb-d548-422a-8b4f-135fbf6a9248
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.33,40aaf0ac-ccad-4a9c-b4b1-e2f7b4e9acb2
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,ec278acb-00bb-48b1-b366-02cdba3bd3ee
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.33,2ac603e8-8332-471c-8619-f3d9e7b50008
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.33,d03b73fb-307f-467e-87c9-6267348947c2
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.33,5a6089b2-7920-466b-8352-d3bc0b809ca6
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,6.0448117306504315e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.33,74f0fad5-5fd3-4228-8779-0effdfcad17d
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.218,59122172-800c-4556-be11-333fa7857300
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,309454c0-d65a-4864-8359-a86c3c1a20d0
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.1.2,modeled_data,kg/kWh,CO2e_value:0.218,1a1bf65c-d4eb-43f8-a706-acd4e87fab48
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.218,5a0af3b0-bd8d-4b25-abd4-5384c64db9cc
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,6ff66fa4-23ce-4412-a32f-fabf55ab9837
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.2.2,modeled_data,kg/kWh,CO2e_value:0.218,69399bce-605c-4156-a623-482dadfea5ab
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.218,db7c6456-982d-49b9-b7da-aa65cc6c737c
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,07141e06-0dab-42a9-b41f-b391986e0faf
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.3.2,modeled_data,kg/kWh,CO2e_value:0.218,9575d7eb-22ad-4f2b-aaed-9faf0648982f
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.218,892bb475-bc89-48dd-b525-f16d52fa2970
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,e27e0140-6911-4264-b2f5-94c172aeb45b
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.4.2,modeled_data,kg/kWh,CO2e_value:0.218,0bd67257-ee55-474b-ba3c-5612ebee1c9c
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.218,6005f79f-180c-49d8-a139-186cd5bb40ba
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,b7a85fae-0441-4fca-be29-5cb90b2db9db
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.5.2,modeled_data,kg/kWh,CO2e_value:0.218,a8f77605-ed95-4910-91ae-e23b9caf373d
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.218,ac8c7b4e-baeb-473f-ae40-20f1107e12f5
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,bd19c1d2-fce9-4091-8288-6d029c81cfa2
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,I.6.2,modeled_data,kg/kWh,CO2e_value:0.218,994f9da3-2b3c-4101-b379-e811854debc7
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.218,f47da5d9-4085-4543-82f6-cff55ca475f2
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,57a1fcb1-e042-44aa-99bb-bcbdf7d1f4c7
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.1.2,modeled_data,kg/kWh,CO2e_value:0.218,ee34f8ef-14fa-43c7-9060-e1b96d5636f7
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.218,6a5d246e-b6a6-42b3-9be3-ec198ee31297
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,1be0afe1-ae43-4bbb-82b4-fc4804be0de9
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.2.2,modeled_data,kg/kWh,CO2e_value:0.218,ab9ab235-9174-45df-ae3b-d441898f34e0
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.218,2c480ff2-d80d-4946-a9bf-858b7e234cb0
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,193b394d-dfa4-4ac3-b3f2-d8bff7d149d9
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.3.2,modeled_data,kg/kWh,CO2e_value:0.218,f1a649b8-3412-4658-8c72-22e2a6e9d698
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.218,e2241be9-baa3-4c7e-9fe8-5a96a26b932b
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,8c88569f-8cb6-4cb7-9749-510c7b45b664
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.17436088179261544,II.4.2,modeled_data,kg/kWh,CO2e_value:0.218,cc8f4de0-faa2-4af7-940f-7ea8b3b15c2e
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.218,0d50d11f-fe9e-4989-8277-d8cdd5530246
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,3c2444fd-213b-4aa1-92f8-3f257f5a0e62
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.1.2,modeled_data,kg/kWh,CO2e_value:0.218,0ea7e662-8565-470a-8d34-03f7db2c4082
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.218,df1f56d1-cf88-4ea1-b896-c32f15b3413a
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,f769a334-b7a9-4a8d-800c-c8ea8be8acbf
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.2.2,modeled_data,kg/kWh,CO2e_value:0.218,1a5dce4f-d40a-42c6-add5-d1e4c894f5c0
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.218,617a619c-4316-488e-b5e7-3a5f0ef85bd7
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,e6902c98-e427-408d-92c4-abe21ccc5e4b
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.3.2,modeled_data,kg/kWh,CO2e_value:0.218,2cc29d84-a0d7-4947-9ed8-d3a49078b895
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.218,a8a77775-ebbb-451b-8e7c-2320f4697d36
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,a05bcd7d-c0a3-4961-8ea7-1c3f76ed3e17
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.4.2,modeled_data,kg/kWh,CO2e_value:0.218,3b5fca08-9a82-4655-83cb-0a2f4413dcc7
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.218,4f2a4997-7890-49de-80db-7d8ea3aacecf
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,55c691da-55d4-4af8-bbe6-3e2121ef1a7d
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.5.2,modeled_data,kg/kWh,CO2e_value:0.218,f22fb3fb-279d-401e-9f2f-7a43ec484cda
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.218,6505fc46-a0aa-428c-bfbf-940594012112
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,365c260e-d2b0-465b-bdbc-6b2d48dd5e1f
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,I.6.2,modeled_data,kg/kWh,CO2e_value:0.218,c405ac85-790f-4d5b-835c-a3dda4ef5176
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.218,cd58477d-8236-4990-97ae-82fd6a59bba5
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,94ea0c01-f6d9-4de3-9499-3a197c097c1a
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.1.2,modeled_data,kg/kWh,CO2e_value:0.218,8ce3a940-f311-4d2f-a788-69f6f127f624
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.218,a2aa4881-bcb7-4c17-b692-a682f7249fb7
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,94932a65-a04c-427b-b057-e0a5987f09b8
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.2.2,modeled_data,kg/kWh,CO2e_value:0.218,6c910ff0-a7ed-4d59-8d2d-330f46066ed4
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.218,9dcf0e09-5d5a-4ba3-a5cf-3096e6a224b4
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,0850eb1a-596a-496f-81bc-f6e53f2b8ef1
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.3.2,modeled_data,kg/kWh,CO2e_value:0.218,c0869aaf-b484-45f7-900b-84c68662f92e
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.218,5d8c00f2-d519-4518-8593-28aead77ae49
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,eb843fd7-7150-4b1e-8f8b-69c689a9e3b5
+US-CA,California,2021,technical source: EPA eGrid,CH4,0.0010970693065810535,II.4.2,modeled_data,kg/kWh,CO2e_value:0.218,8c9d55b2-ee30-4c0b-aa97-4b4304cf89b4
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.218,91f7f6ad-bdbe-4783-a157-a849d80e1262
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,a197c16c-b808-4959-b81e-43d02d297561
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.218,adb41806-1e0e-41df-806a-f05cc1228af6
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.218,477bdbf7-3280-45b9-8810-f12c210c51e0
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,d8787d1d-6750-4ffe-8b5b-751aafbfca06
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.218,3a238f91-4e49-48e0-a92c-dc49f2f62599
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.218,0606885b-3195-42c4-a79e-2a72b2e212f3
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,d9c417b1-fa4b-4b54-a151-d2190177e1f9
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.218,d271202c-26df-4d2f-903c-4b506b085ab7
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.218,e3527190-50ff-4043-add9-09c985f8d574
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,d3e9d3e8-c5b2-4c22-91e2-19f0a4d3aad1
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.218,341fb0d2-9b6e-4bd7-a2b2-5a40b30c87c3
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.218,1c12f5f6-94a0-4f2a-9d57-01b88e4220a1
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,1f54af08-487f-43de-b20d-111a8dde186b
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.218,52145abc-0805-4bbe-ac5c-22c24826e4a9
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.218,eb88a904-6c35-4760-a086-a1a16416acbb
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,4eac4dc5-dfe2-41f6-99c6-395999d5b1f8
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.218,8d47a24b-27f1-45b3-8e79-865db6689c5e
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.218,91fb8843-aa53-48b6-b476-cf072f5a3b2c
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,90f8ae4e-276c-41ac-90fa-b0cfa08c4d21
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.218,b77fac2c-73f5-44de-9e73-ba615f8078c6
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.218,2a93a13e-6dd2-4fd9-a7e2-7b713dbe62b4
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,d4298d50-f33a-40e1-8bda-33ccd80a82c9
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.218,eee2c89a-f792-430e-beb1-54fa4eadb728
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.218,2bbfe2fd-a37e-41a6-9aff-30d68f62361c
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,7d8a1a36-58d2-4531-902c-782d7fc0079a
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.218,e1d5d9a1-bbec-403e-98a3-dba7669c2388
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.218,a7adb775-bb33-4129-9b27-2c1dfbace837
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.218,a6576407-f768-4eba-9a55-2356596e5a6c
+US-CA,California,2021,technical source: EPA eGrid,N2O,3.991778429318119e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.218,5dd705c9-8a4e-4ef0-9310-bfbec4722b2e
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.555,3609b79a-99b5-4328-ab0f-884ec26eb189
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,35fc02f0-8649-4443-8ffd-d0eb2183f03e
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.1.2,modeled_data,kg/kWh,CO2e_value:0.555,13d32560-6d0d-47cf-b91f-f303e1a7a0fe
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.555,03beac36-d73c-489a-8de6-aa9b5d5fbcbe
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,1e91e5be-d151-4d89-b788-5f11809d34f0
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.2.2,modeled_data,kg/kWh,CO2e_value:0.555,fc225028-380c-4a56-8bdd-dd3355d3eb8b
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.555,f7c57873-0ff2-4389-bfe4-f6e49350d80e
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,80ff4deb-659d-44a9-86f3-9e33e9e845e3
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.3.2,modeled_data,kg/kWh,CO2e_value:0.555,cec30ee4-2b8f-461e-a586-6a41145ac96d
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.555,943adcee-aff4-4f56-ab75-d6aaf9ea2462
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,c7305e43-42f7-43ad-aea9-61ccef5ffe1f
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.4.2,modeled_data,kg/kWh,CO2e_value:0.555,7036e18b-321d-414c-9bd8-33b2adb6dbf3
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.555,35c31072-62ae-46df-bcf2-0cbad4d29aa3
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,6789b3f4-5c96-407d-b2ed-0109f3f75002
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.5.2,modeled_data,kg/kWh,CO2e_value:0.555,5cb50a90-36cc-4de5-9370-473f96df3d46
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.555,8b7bc0a8-4636-401a-8755-f3a604738c71
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,47d27f75-3a49-4d5f-9719-6aadd63eb7d8
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,I.6.2,modeled_data,kg/kWh,CO2e_value:0.555,4fa15173-2bd5-4a34-ba92-e3e55b0bb420
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.555,5b762aca-6135-4253-9dcd-eebccded700b
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,c9ff30c6-faca-4256-8da0-b1b818b5f280
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.1.2,modeled_data,kg/kWh,CO2e_value:0.555,600ebb46-69c0-4f94-9e77-b2b253ca88bf
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.555,07e68d86-0443-44ad-beaa-711dd4b4aff0
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,b0c3143e-2334-486e-b61e-9afe3f36d4d2
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.2.2,modeled_data,kg/kWh,CO2e_value:0.555,773cbb22-e292-4862-8294-a9e857c7e8a6
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.555,3465b2a8-722b-41ec-b92d-b03d441bc2bd
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,42e5ce9f-3acb-4a36-890d-aa44026c813f
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.3.2,modeled_data,kg/kWh,CO2e_value:0.555,dd9ed5b9-a66b-4160-85e4-6109babefcc0
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.555,ee06f230-6e4c-47c2-8fe5-8a042b416388
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,15ce3e6b-94e9-4890-b741-a19655d86b09
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.44436324049714226,II.4.2,modeled_data,kg/kWh,CO2e_value:0.555,0c0537cb-1998-4767-8995-3cc8b8f7786f
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.555,ff173f3f-1ef6-4482-ad90-fe7ff50ada50
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,8a6cdd1b-f3a7-4125-a49c-ac3808992360
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.1.2,modeled_data,kg/kWh,CO2e_value:0.555,7a1f154a-de8d-4eda-8b8b-3276725e2e7e
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.555,d910e33a-6233-45f6-849b-32b8f5cbc3e7
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,15869f99-4e4e-4111-8693-4519b460a448
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.2.2,modeled_data,kg/kWh,CO2e_value:0.555,c2d97bfc-0a56-4e8a-9d38-636a6bd37c80
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.555,0741b21a-d45b-460d-9b33-80e7b981c331
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,79c3bd31-b762-4965-92b3-49e64489a585
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.3.2,modeled_data,kg/kWh,CO2e_value:0.555,dd50f277-71e1-4ee5-a4c4-d8f650d94664
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.555,e6d6f094-a689-4a30-8115-da85257ed6bb
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,5bddff42-ee61-4dfa-80fa-93076d939140
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.4.2,modeled_data,kg/kWh,CO2e_value:0.555,9aa9762f-3b1a-49e1-8900-4ea698ccca29
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.555,35cfe26d-f7f2-4ee9-800b-b26e5ba9493a
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,9ba9a575-4860-4958-945b-8b4d532518b4
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.5.2,modeled_data,kg/kWh,CO2e_value:0.555,e550a1e5-8ce8-4bf3-a4c3-fd06ad9da6aa
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.555,a019e864-8fc3-4fc2-b9ef-b7b46041eed2
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,63e687a2-69e5-4c26-af14-25c27ddf33a3
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,I.6.2,modeled_data,kg/kWh,CO2e_value:0.555,1c5b6d53-f95e-44a3-ac51-e058f37d221e
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.555,f5cf8fc1-61e0-46f4-88e8-2b2ff4faa58a
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,94431170-d461-451b-bac2-1420cc929cbb
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.1.2,modeled_data,kg/kWh,CO2e_value:0.555,ff397494-aaa8-4ee0-87d8-6aef83f3c38e
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.555,c16203b1-ccd4-4e08-9d7b-6b021d52d172
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,dee7b316-794e-4458-89cf-9db395b90fd7
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.2.2,modeled_data,kg/kWh,CO2e_value:0.555,ca592439-881a-4d62-af19-de13cc189a26
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.555,2a06888c-cf6a-4e2c-ac55-2c886bb90341
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,3a391ddb-569d-4368-9d89-f7f77beefc47
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.3.2,modeled_data,kg/kWh,CO2e_value:0.555,cbb94135-4320-49c7-9f3d-4f60a75a5dc2
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.555,ad1e44dd-230a-42ca-bdf2-1a16138ba452
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,af535c43-d24e-4b86-930b-c0dc7c08b0bb
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.002795909650778999,II.4.2,modeled_data,kg/kWh,CO2e_value:0.555,60331321-8f8b-4582-863a-f7f7d4012182
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.555,90a54307-93bd-4cbc-a7aa-20ede977dddb
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,a8bdc42b-65cd-4641-a564-4c4274b45dd4
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.1.2,modeled_data,kg/kWh,CO2e_value:0.555,803e41a5-2848-4097-a186-ee95e123ee2a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.555,d9dcc204-716d-4763-bbe8-4eb6faaaf674
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,9ef14c09-d9ad-4caa-9e7f-9680767d5eed
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.2.2,modeled_data,kg/kWh,CO2e_value:0.555,9c855d40-b93c-4de6-b9eb-fd692dbf62d6
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.555,44a5b68a-167e-4a64-ac68-4d12b28cbf00
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,a6746468-a9d6-4581-ba9b-4a8639c45183
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.3.2,modeled_data,kg/kWh,CO2e_value:0.555,541c9e36-c060-443a-88a0-7402f779f219
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.555,759dc276-a232-4b97-bd01-6a9797899bd5
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,f2288358-d0fe-4045-87db-c09e32cfd53b
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.4.2,modeled_data,kg/kWh,CO2e_value:0.555,af04bf5f-e4ae-411f-866f-e06404d08345
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.555,4a213c4c-8862-4c23-b076-96d320eb3009
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,7820bd74-c4a5-45c0-8a7c-d17331c1b1d0
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.5.2,modeled_data,kg/kWh,CO2e_value:0.555,7ef4e6e3-9e5e-41d7-af1c-8d8fc45eae95
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.555,33749008-6481-46a1-863c-bdae43fbe36a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,33e4ba47-5f27-4c5f-a1ef-e5c6a1f57393
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,I.6.2,modeled_data,kg/kWh,CO2e_value:0.555,e65bb9e8-3c05-4c95-ad02-2002d0c9755a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.555,6e198c58-1cab-491a-89bc-79b6ac7ef539
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,1a557649-bb0e-4eef-99d5-e072ebd18d9d
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.1.2,modeled_data,kg/kWh,CO2e_value:0.555,06dce1f9-64d1-4dc5-a5da-c8833df7c918
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.555,4566443c-42b5-4b23-8ad5-e25141881ead
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,d688f2ce-5566-4935-bccd-d4a2a563ff8f
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.2.2,modeled_data,kg/kWh,CO2e_value:0.555,476f5d2e-8b30-44a3-9496-09b8df96597b
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.555,35c12e1f-a2fc-49a4-b37e-52bf6f249590
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,5e31eac6-cc30-48f8-86b1-039292cda415
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.3.2,modeled_data,kg/kWh,CO2e_value:0.555,0fa215ad-846f-4ce0-b2c6-17c5e32ac1be
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.555,903532a8-cb1f-4101-8cec-064077fb05d5
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.555,6779a0b6-8335-4ac8-ad66-d64075421234
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,0.00010173151110282561,II.4.2,modeled_data,kg/kWh,CO2e_value:0.555,fd4e245a-8e8b-458f-b16f-2d63e0da7bcc
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,42810aa6-4304-4fcf-a22e-8b136cd7a659
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,13d5d590-70c1-4989-b241-5d4e958a3b3e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.1.2,modeled_data,kg/kWh,CO2e_value:0.235,81325c85-9bb6-430f-9077-8de5d8f41766
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,312c61f6-d553-4f2e-a368-02633ad4df28
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,71f61387-16b2-4173-8ecf-24438e72e139
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.2.2,modeled_data,kg/kWh,CO2e_value:0.235,8d84f6c5-0172-4f97-b7f2-a5c733aefd70
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,f283d35e-eb1e-4a03-9f27-56cc8c9021cc
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,5fcd25c4-ade0-4a37-b32d-321e41e8f24e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.3.2,modeled_data,kg/kWh,CO2e_value:0.235,8ba5ca92-7d22-4de8-b2ec-2c75cb798fac
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,777db289-e795-43f0-ad7c-762bf52d746b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,e6c68ece-d0d9-4417-8372-5ca609d80d50
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.4.2,modeled_data,kg/kWh,CO2e_value:0.235,53a02317-cbe7-4f6d-befb-20dca23f15b1
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.235,5eaf4bc3-dfd9-4ebc-b182-5cb7e44ab787
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,7f0b4f86-f7ab-452f-ab65-29442297f082
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.5.2,modeled_data,kg/kWh,CO2e_value:0.235,b548c9b9-ccaf-4f34-bc7e-549b39d676f9
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.235,9fd570bc-e69c-45f2-871d-d8b8f32cdd08
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,72b79cb7-a186-4674-948a-a1c5276ee100
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,I.6.2,modeled_data,kg/kWh,CO2e_value:0.235,eab16391-00dc-498b-ad54-4a250692da93
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,2e107cf7-3878-4599-a547-165839275d80
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,4b14f001-485b-4965-aeb7-4720f288a70e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.1.2,modeled_data,kg/kWh,CO2e_value:0.235,a3fdb7d9-e37f-4081-8655-93042f2c38da
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,da927a0c-9b72-42db-92f4-05984c5881fe
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,4e393fb5-c839-40d7-bfb0-c5987e0ff5b7
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.2.2,modeled_data,kg/kWh,CO2e_value:0.235,98db3adf-9fa0-4bf1-970b-e9411a6c9a78
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,3b1054f1-40f2-4d73-99be-9da97dc81413
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,b331e438-a167-42da-bb3f-4cb093102a85
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.3.2,modeled_data,kg/kWh,CO2e_value:0.235,d6889e9b-feec-4daa-9b53-008163e3d38b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,9068baf0-62af-4219-bf1a-8288a997fa38
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,f6a7a121-cb66-4b3d-a4e9-9b3cd75e6fdd
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.18801850675859566,II.4.2,modeled_data,kg/kWh,CO2e_value:0.235,13e352e1-54dc-4ebe-b8e6-366daa195550
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,f4830746-64fd-4571-8a5f-fa9525ac9495
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,07defcdc-36aa-4318-b430-a85e2c76148e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.1.2,modeled_data,kg/kWh,CO2e_value:0.235,ad0dea23-a51d-47e1-b509-ff00d5e8e242
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,d445dfcc-d947-4e7a-b1bf-163b9e5b85fb
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,f7dd37b3-32fb-4e50-9aa9-3f321a5a2bed
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.2.2,modeled_data,kg/kWh,CO2e_value:0.235,4081512e-5d67-4262-8519-af672e9d69b7
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,ba1160d9-a0ea-4a43-b546-033ca7905474
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,3e96fd0b-1b49-4dc4-8321-169689bc6565
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.3.2,modeled_data,kg/kWh,CO2e_value:0.235,a888a349-2311-4866-b734-63d73c3c721a
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,428605b5-d3a9-4233-b93c-68b8c546aa0b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,4daec97b-89c9-4106-8ac2-0885ba700796
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.4.2,modeled_data,kg/kWh,CO2e_value:0.235,32cf058b-fec6-476a-843c-56764cf2d6f5
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.235,9acfe48f-4ba1-4e50-96fe-58678656c13e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,05df882c-3e3e-49d1-98e3-9ecd05f3e5ee
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.5.2,modeled_data,kg/kWh,CO2e_value:0.235,d96d47b1-8957-4473-b7e6-58215c5b7e3b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.235,6da6e1fb-b22b-4ef6-80fe-347866a22ba7
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,74c41b9d-a54a-4bce-8fa3-e1aac9097fc8
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,I.6.2,modeled_data,kg/kWh,CO2e_value:0.235,323d6f98-14c3-4b9d-90cd-0f448bb51627
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,9c0ba95b-3334-4918-ad08-f804b848a189
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,089aeaa1-da2d-40c9-a84e-53960a7afeca
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.1.2,modeled_data,kg/kWh,CO2e_value:0.235,596d7a14-7f6b-4873-90da-9e0f269f6490
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,06b9dec7-c0c3-4665-89c5-041c53af5e4b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,d807e697-5cab-499e-8cb7-3f1715d848dc
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.2.2,modeled_data,kg/kWh,CO2e_value:0.235,65aa25bc-417a-475f-a343-7f85472575d5
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,9e5c5af2-bce8-4788-ac59-bc082ab4af12
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,8adeca17-7023-4c58-b84b-f8a531007a28
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.3.2,modeled_data,kg/kWh,CO2e_value:0.235,ad612150-77a2-4f91-89ac-e5de98d9a4b0
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,ec4f6fea-6d16-400e-94e3-5469b2f85b6b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,a0e2dbe2-8538-4dcf-838f-528d5af7fe37
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,0.0011830023495717006,II.4.2,modeled_data,kg/kWh,CO2e_value:0.235,53dcbe88-6024-4098-aab5-60ba2aef9621
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,6dd0cd64-c29a-48db-99fd-61b0308785ec
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,4bb3d7a0-a7b6-41bd-8262-f4850415ec2f
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.235,c5d4b8ba-4e63-43d6-928f-dd4a81efda0e
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,550f29e5-360a-48b3-b7b3-86d36a03d3ef
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,3e86b34a-0097-4512-9eeb-420c21f811c3
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.235,5f618fb8-e7f3-45d9-9660-5c80c995eedf
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,b7711e1c-58c0-4523-a8d1-168a6e7286ee
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,7cbc3ed3-db53-47ac-9d76-c49dbb2e0372
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.235,2f6f08fa-f4fc-4f0a-b242-2642ca504f1d
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,7db478e1-7461-4615-8648-1332813ca1a0
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,c1e8aa49-ab3f-4f06-bd2c-1620f8dd2813
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.235,50556a72-0a54-4ca7-a92b-fc76990c0e6c
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.235,e9a4a93e-9557-405d-a3e0-81d72d5726ad
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,f8c66ab2-38f8-4887-b203-1df25f38352e
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.235,97547f10-bc5f-4d80-ac33-3cc7ee0f1b63
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.235,3fa706a1-8387-4362-834d-b488840518ba
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,cfad887c-7a68-4f10-ac1b-70b4f427107e
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.235,cdfeb39c-7525-4d2c-b3a4-17db85271d33
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.235,520b5509-f3b1-4e45-9615-4ef1e474787b
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,59ad1ab0-ca05-4b78-96ce-58c69027d96d
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.235,7bdd7f29-7b39-44f0-bb0c-2238965c556c
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.235,cf6d9c38-06c7-4276-9404-1d457f7879e1
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,a021dfc3-4962-4dac-a5f5-c6118cf18e36
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.235,5aeaee16-3624-433d-8489-d65abfb83f5b
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.235,d3159dd9-5f93-478c-a5ed-fe0fe8af0a42
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,25d8dc8f-aa6b-4e47-9717-8e1ac0b20a0b
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.235,28661a80-fac2-4d02-9815-5e7e6924894a
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.235,c602265c-5410-41d4-a1de-4eee2a622548
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.235,60739106-017c-40f3-a060-0e3bf11c4ba0
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,4.304452993557593e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.235,19820110-429a-4bf0-b212-86885170d3f8
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,3a750a34-6471-4059-a51e-d31653d93950
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,17bce241-52dc-4860-ab27-b3651854fa4e
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.1.2,modeled_data,kg/kWh,CO2e_value:0.296,14269835-d014-44ad-a223-5007f4687a4a
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,5d8087dc-5713-4648-a37d-958797bb923d
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,d30c2336-8bf7-49df-99e8-7e7027eae007
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.2.2,modeled_data,kg/kWh,CO2e_value:0.296,83378c9e-c265-465e-a36a-ddf15c421a55
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,5c75ff34-9b66-4a79-a02f-028d6c07b6f2
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,8de232cc-ca0d-421a-81a1-f4fa8a6edaa8
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.3.2,modeled_data,kg/kWh,CO2e_value:0.296,672c036a-0af4-4a6a-b69e-6d8065d3360e
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,64e5ed03-8d3a-464d-b4f9-9ef2bfd94328
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,93b836b0-9482-4d07-84d9-9ea91e1f306c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.4.2,modeled_data,kg/kWh,CO2e_value:0.296,c94c82b4-165b-4159-b724-f569ad6b6590
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.296,f10ca25a-8956-41a2-bdca-28437c0805d9
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,171a59ec-b89d-496b-9fd1-e73fc0bfc101
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.5.2,modeled_data,kg/kWh,CO2e_value:0.296,eae37698-baf5-47fb-8f91-c40e2161f745
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.296,818fc56c-335d-4b17-a093-e5f1ef8825c4
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,e387275b-1b6b-47c7-97f2-b546d58f593a
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,I.6.2,modeled_data,kg/kWh,CO2e_value:0.296,555d841f-1000-414d-b880-9693bd319286
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,b15dda83-b5a1-400e-8da7-b1f6ca61c4c3
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,907702ee-e496-4dbc-9f89-64f68efb3120
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.1.2,modeled_data,kg/kWh,CO2e_value:0.296,c8dc5c69-140c-49cd-9b14-2de0c94047d7
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,31c70c3a-d220-415c-b0df-861c3f653de0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,ad4d36f5-f844-4895-9ea4-1116cd92fb10
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.2.2,modeled_data,kg/kWh,CO2e_value:0.296,778dde25-5a58-4db5-af35-b48737b76efe
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,7cee30f7-5b74-47fd-b372-0498751ff095
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,f17dd8b5-04d4-4596-bd58-5b16e1cf961c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.3.2,modeled_data,kg/kWh,CO2e_value:0.296,44482f05-2e89-45b9-a428-bb3e55c8f3e0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,ae708ae3-165e-477a-b140-92baf9dfe296
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,70562fb9-989e-4db5-ae4c-b34fdc80a994
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.2368288124829901,II.4.2,modeled_data,kg/kWh,CO2e_value:0.296,d323edf9-d90e-4852-8b4a-b16741165e06
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c68a7441-3a22-4721-9ccf-bc30b523b5b0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,6a3a2c77-f718-488e-af88-f472523a9c32
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.1.2,modeled_data,kg/kWh,CO2e_value:0.296,c3b4848e-99c1-433d-b028-2d68c41208c2
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c1bbd302-cc18-438b-bb70-0582b177b79f
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,ccb7312c-ed7f-41e1-aa4c-34686f0e378c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.2.2,modeled_data,kg/kWh,CO2e_value:0.296,4c4e00bf-3ded-408c-b199-0d63f864aefe
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,ceb319b4-4fb7-4e76-b9e9-459e944e5af0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,f165e7c7-3512-443c-adbf-2dbf89d27d52
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.3.2,modeled_data,kg/kWh,CO2e_value:0.296,9ccd5b24-0235-43f6-8d63-096806fa6cb1
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,75c517e1-042e-44a5-94c7-31a5cf9a4ea6
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,edf13649-8a81-4eb9-ac8b-ddf24bc18ecd
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.4.2,modeled_data,kg/kWh,CO2e_value:0.296,6e0b2328-8d1c-4cf2-80d9-9b351e228d0a
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.296,a834814a-e2bd-4af6-ab7e-6261ecf6592b
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,41c09a29-24a8-4907-b88b-a01b65c6e8d3
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.5.2,modeled_data,kg/kWh,CO2e_value:0.296,62cfab0e-81c6-494a-a5fa-36c388ac128c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.296,425db47e-dae3-4cfb-b7e3-3f556ae8a6e5
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,8c082e81-53e7-434b-8a01-b08d4e0c030b
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,I.6.2,modeled_data,kg/kWh,CO2e_value:0.296,084c01bc-429d-4bff-ad6e-cd367c715b91
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c394fe76-7b46-4750-aebf-aefc71739db6
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,47dafb4b-391c-4532-a920-2f8830cacba8
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.1.2,modeled_data,kg/kWh,CO2e_value:0.296,73dfb054-04ef-40b8-9e3c-8752912f8017
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,d7b40ef4-42a8-429c-a266-7a380ec19a94
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,96cf9b4d-f277-4fbb-a317-1c53fc771f5c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.2.2,modeled_data,kg/kWh,CO2e_value:0.296,baae67e8-7e31-47e3-a34a-e2e377c1dde3
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,f5c4e962-b4cc-41c9-a55c-fbd69aa9c4d6
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,84223cde-3d74-4b29-9a7a-472487e3cd18
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.3.2,modeled_data,kg/kWh,CO2e_value:0.296,d7e9dbb2-a602-4a1e-8649-d1b52cfd59c0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,68afcd92-f547-4a0a-ae40-be925d750c7e
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,904c718c-c1c9-4d6a-a7ec-da1a29571271
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,0.0014901141725020349,II.4.2,modeled_data,kg/kWh,CO2e_value:0.296,ab1fee78-6926-4c4f-a262-4f8ecd509d9c
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,6fd51bdb-f431-45c7-aa09-9d43de5895fe
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,62f7e10b-30f9-40a7-9af0-9d643df5f3e8
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.296,fbb7e282-34e8-4e42-abbc-06152e86b630
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,0f4ca552-014e-4a68-bbaf-3761fe05437a
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,ee524993-0c7c-461f-8984-8eba44230a1f
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.296,7811f56c-5286-468d-b29f-1b6f6232617e
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,20caf0be-b871-43ec-af5c-2d9a8de54830
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,f34d1674-b773-4e70-af49-e8206c9459d5
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.296,efe0d9e4-75f8-46f4-92ef-3f4c46169c90
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,af806795-7c3a-4fc0-a501-bb0ac0500639
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,5662d688-f888-4c3c-ba11-f667b70222f3
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.296,4c6fe100-77b7-4756-9886-5042ba0144fe
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.296,c5d1f47e-d809-4972-a5dc-f29c2e16eadb
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,e9eb0589-d534-4e2c-bee2-47c248d4e5ec
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.296,3a72c11e-c5e1-48cd-9886-5775cd8fb237
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.296,bb5c725a-3e84-4b5e-867c-e4b3370edce6
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,4b076110-95e9-45f6-90c2-88f994ee6492
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.296,c8cf4200-1661-4df9-abf7-28b0b9abca7e
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.296,043a1ca9-7b9d-4dd1-9196-7d940ae3ad38
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,ca689986-0e51-4710-b09d-12c8dba42191
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.296,efd1f607-06e6-4d83-bdd8-d79a113e1a8e
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.296,e3a6f62b-1904-4269-a20d-e2c9a79398df
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,e56edf92-ceca-43d5-98a0-f8c141d43786
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.296,4bf437b8-4717-4e0c-af5f-095ba1013385
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.296,93d79e97-75ab-4e25-a501-2faee2e69cde
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,4703f702-ea42-4c17-bff2-c05e6433fb9f
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.296,dc1fde8b-74be-420d-a366-7f6719f3b588
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.296,4d15b6aa-6d61-40ef-b77a-c7b4cca4d9f8
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.296,836e4fac-4378-4cfa-9a30-16e835f8679d
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,5.421905047687502e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.296,081e317c-8573-430b-8637-1e8c86e81310
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,2f9410ca-cf3c-40f9-b435-c7aea17c2762
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,5ae4ca6e-dc20-4c73-ab16-edfa3981712d
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.1.2,modeled_data,kg/kWh,CO2e_value:0.395,22bf7f6b-c934-483d-85b7-93d262adafc4
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,a3af5a48-f24a-4436-a03e-7c4d3210a50e
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,b4918a40-1dac-42b1-868d-186015353e57
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.2.2,modeled_data,kg/kWh,CO2e_value:0.395,e01b7639-10b0-4777-8f71-b523a39f03fd
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,3914d971-f0d0-475e-a313-52cd9512cd51
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,6b7d6288-bf63-41f1-903a-bbce58ffe6c6
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.3.2,modeled_data,kg/kWh,CO2e_value:0.395,766297f8-45bd-4175-8be1-539ea82570ab
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,24aa47bc-5109-4f2b-bf63-a41d8bb10731
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,02f68512-2425-4772-b024-44d383e1660d
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.4.2,modeled_data,kg/kWh,CO2e_value:0.395,500ef294-f7d6-4f4f-91a9-7b0cae44fb7c
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.395,fc8a4caf-c15a-46d1-9502-f27f2244d903
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,1860195f-e515-4158-a304-ef788adc1e15
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.5.2,modeled_data,kg/kWh,CO2e_value:0.395,ae3eb348-3472-42c6-b7f2-bb3c393516e4
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.395,91b0b7f3-c352-41cd-85b6-97c0f15487bd
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,30514fa5-4d2c-45b7-b762-f75ee541d983
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,I.6.2,modeled_data,kg/kWh,CO2e_value:0.395,eda50f91-1d3e-4370-b442-9c3e3cb10544
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,e442cf98-e6f9-4bf0-bf6e-17b12820e70c
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,8bf0ea70-d341-4f0a-b79d-f06e60e1cd94
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.1.2,modeled_data,kg/kWh,CO2e_value:0.395,9cb628df-e478-4028-9fcc-50466a159658
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,01052ae4-0bd9-4f2c-be6c-8f5f30f2e55e
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,81c00d23-fc79-489e-ac64-3323a75bb1cd
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.2.2,modeled_data,kg/kWh,CO2e_value:0.395,a51f3169-4d25-4c03-a4e0-6cb02cefee2e
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,2fd578fb-2e1c-4f52-87c8-7103c0b5ad0c
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,a4d85ca5-2545-4c04-a3b7-26548378bebd
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.3.2,modeled_data,kg/kWh,CO2e_value:0.395,f72512f1-3e7d-498e-99bc-1eb4ea26e18a
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,79e479f0-56a3-4272-9ef5-b91c9efa2209
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,d3013e5f-f1a6-4d5d-8b1b-fc058bfae6f2
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.3157267531524993,II.4.2,modeled_data,kg/kWh,CO2e_value:0.395,17126620-1a9d-4123-b2dd-0c0fb490d734
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,c9bb0a4d-1cf6-4307-acd3-a49f4a794852
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,ac0fb232-0920-4956-a6d1-489cd5eba273
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.1.2,modeled_data,kg/kWh,CO2e_value:0.395,dc3be7a4-7aab-40c6-8c4c-410ab35c3d85
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,a2ba6bd2-f4ce-46ca-ab08-82576ba1d84d
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,2a28b81b-56f8-4274-8c62-13fd34576e50
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.2.2,modeled_data,kg/kWh,CO2e_value:0.395,1f077103-2bee-4551-af73-ed177bf2bdc0
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,b0ed4854-a3c3-4ec4-87f8-184ee119bd62
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,00ce7f7e-4e02-4336-895a-1d29d485ba8c
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.3.2,modeled_data,kg/kWh,CO2e_value:0.395,a5f45554-87c6-46cd-a5c0-ff256ec4042f
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,fc0f8944-75a5-4fb0-9b0f-e222b8f27588
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,6e035809-ddf5-4b72-823d-b1fc8f7a84ff
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.4.2,modeled_data,kg/kWh,CO2e_value:0.395,bbd9edea-8ce8-4888-8b04-116f95a804b2
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.395,cc48fd6e-06d4-44d8-ac90-4a926efca805
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,e6b9a33e-39fb-4518-a563-682145f9a457
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.5.2,modeled_data,kg/kWh,CO2e_value:0.395,b2349a3a-eee0-425b-ab3a-5ef507b7e700
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.395,0a5442b6-ac5e-413f-9f19-357fd4826d81
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,d0e3172e-0575-4ed1-ad4e-0d73c5516bce
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,I.6.2,modeled_data,kg/kWh,CO2e_value:0.395,6a11940a-3d27-4100-879a-464534f003ce
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,04e7daf3-8096-47c5-9f98-8c035d113d10
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,392168b4-7062-4519-a925-887be3652209
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.1.2,modeled_data,kg/kWh,CO2e_value:0.395,611db974-1e65-4efe-a062-de1306aed802
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,fef73655-5b11-4d4b-9f90-ddaabadbc6b5
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,e631dd8c-e005-4381-a416-ffc70c193dfd
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.2.2,modeled_data,kg/kWh,CO2e_value:0.395,eb507c7f-c9b7-4619-bb82-6df90065fbf7
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,37c715e9-07e0-4412-87b1-b34f98f8c9a7
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,e325fb97-8849-4a81-a9cb-9ba32d47b586
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.3.2,modeled_data,kg/kWh,CO2e_value:0.395,518d0581-4195-4671-8437-6e8c3248ec67
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,c793d8ac-6c68-4f04-8331-e690c6a31360
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,2954b820-ada4-4c9b-b189-20aa56df4c3e
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,0.001986535779063544,II.4.2,modeled_data,kg/kWh,CO2e_value:0.395,3a40d227-6fd6-4c2e-8219-00ac50cf1930
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,38b701e4-5b95-4081-8c13-0b948f6a3c6b
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,0ee2d4aa-e1f6-4cec-ab93-2d592e5e5f32
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.395,990278f4-ca1b-45fc-810d-de415835300f
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,47088308-dd37-4bde-b853-ce5ffbd79eb9
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,b2947cd5-a9a2-4232-a3f4-df82fc52a305
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.395,f1b133ab-1627-4051-b788-489aa0dcd81e
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,b43af45f-852f-4080-baa5-5d6b154acfff
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,86fb53b2-1bf6-4c4c-991c-5b973a2ccb87
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.395,df5d696c-4725-4189-a143-cff796d41a1d
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,2bbe1ff3-ffc0-4c6a-abd5-61fd199263f7
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,5010ae06-c8cb-4bcf-9e04-228d27aac2d6
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.395,4d0ef7db-6d5b-4178-bc86-1f118da787fc
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.395,560770c2-4e37-490f-a8d4-6835075223ba
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,7a96dff0-1015-426e-be06-e5714d69e25c
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.395,1934bdef-f28e-4802-962b-701e0c534ea0
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.395,d90620d8-a6db-4cea-a61b-d4c0880b928e
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,dcddf946-cd61-477b-84eb-af33b5b672eb
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.395,aa070f07-81ce-4b7b-9a03-8958c85431f0
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.395,bdf50671-fab5-4f44-8e10-0f2c1e15e899
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,aae7802b-e208-460d-821e-95a16e430e46
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.395,caad7c50-17fc-43c1-b004-166894f70689
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.395,bc393301-6b6c-4fdb-8e92-fc914e8105b2
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,46e464df-66e5-4f77-8b75-0a46a7925380
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.395,feaef5f1-1f34-4518-b1cb-7ccca425b402
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.395,0f726b1f-364f-4470-81b7-8dcd62eb6294
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,50d6406f-6041-487f-8359-ffeedaca04fb
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.395,cbd7dd65-7223-4dc3-91f0-ec1f734c68b9
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.395,540a2e78-0d80-4ba6-b56c-dbc2dfd980c1
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.395,2ddc1a25-6645-42ba-b03b-d5527fe6684e
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,7.228176583161615e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.395,35e84db6-3623-4808-8a5a-fce20e232bfd
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.38,6bd4420e-81e1-40ab-9cc3-7110c532b4fb
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,8d52d7a1-c2d6-48d1-a54d-a141ce41f41c
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.1.2,modeled_data,kg/kWh,CO2e_value:0.38,836453cd-d8eb-4f7a-bcdc-a350714a9e83
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.38,e9dad781-d6a0-4cb8-8ec2-28fb8f9da0eb
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,168d0ddc-545c-4a8c-a483-40dfaff498a5
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.2.2,modeled_data,kg/kWh,CO2e_value:0.38,7cf5b4f5-fbc3-4201-b9e7-820d36773a1b
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.38,30f0c243-37b2-419a-a4a9-822edb0d9a2a
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,80526caf-ceb2-4719-8b51-947fd0f7b686
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.3.2,modeled_data,kg/kWh,CO2e_value:0.38,660ac210-61ec-4cdf-a709-f9963f50544b
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.38,75ad8fa5-992c-4081-abe1-ae93476f1042
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,48537003-ffe5-4160-b22c-8a7b172b7f0e
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.4.2,modeled_data,kg/kWh,CO2e_value:0.38,a85f1587-b6aa-4bcb-8241-0348eb786a6e
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.38,60632491-dd1c-4321-84d4-f45948513916
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,a7d9a50a-e389-46f2-87c5-db8850b2402d
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.5.2,modeled_data,kg/kWh,CO2e_value:0.38,75d18cc9-d4a7-4525-b0ce-d24e98ade890
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.38,ae25074e-86ac-4e60-9ad7-c74b3246003e
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,186dba73-8459-4979-bf1c-e48a2573a94f
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,I.6.2,modeled_data,kg/kWh,CO2e_value:0.38,79ea17bb-08e2-47de-8663-cf2c63eb96f9
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.38,c73a1f64-0a96-4f2e-9eec-94110d5f0d8f
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,9b5accab-6678-49bb-99e7-01e632e51127
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.1.2,modeled_data,kg/kWh,CO2e_value:0.38,c56c6064-8c25-4475-8e35-aaede7d01073
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.38,20ee4be1-a87e-4d7a-99ec-73398d7eeca3
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,e7deaf4d-acdc-4b21-884e-d5d99d6d9b85
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.2.2,modeled_data,kg/kWh,CO2e_value:0.38,15c29fcd-0f5d-4f6b-a172-92add221017f
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.38,3b765019-1e90-482c-b561-ddc6a10d953f
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,9cfded12-d02e-4e60-810d-774bc1be930e
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.3.2,modeled_data,kg/kWh,CO2e_value:0.38,b921b46b-cb6d-40fd-a6ee-832855024044
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.38,81fdd4ba-be7b-499b-a6bc-5b505c0fd3ca
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,e5b9dba5-fecd-4f17-9dbb-3ea5337269e3
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.303904200308446,II.4.2,modeled_data,kg/kWh,CO2e_value:0.38,a1be641d-be97-4570-b950-0cd9a9997875
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.38,d6beb287-b886-4222-aca8-900d23724cde
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,d440a4cf-0d7a-4845-948a-270b11258f6b
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.1.2,modeled_data,kg/kWh,CO2e_value:0.38,b53dd7fa-987f-4efc-826c-2c4514c5899a
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.38,3e0c4f9d-a4f9-47f3-9340-fa768f72b756
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,caf9bf3b-0637-49c7-9924-c674c76db8f2
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.2.2,modeled_data,kg/kWh,CO2e_value:0.38,1909ffac-880f-4327-ba7f-1c5c82304c69
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.38,214f3865-b08a-45e0-bd3d-b539a8d1f29c
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,9cfd4c6b-2133-465c-8889-e9d3e7fdc856
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.3.2,modeled_data,kg/kWh,CO2e_value:0.38,c5b164f6-6d36-4822-a2a4-fa723a2e2446
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.38,0eaf1ae6-e036-4b07-bbc1-58e6c4f19f79
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,1eac0a66-c776-484b-999c-efc5b51d6853
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.4.2,modeled_data,kg/kWh,CO2e_value:0.38,1164a478-e999-4939-916c-a8ec45435a69
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.38,74478aa6-2f7f-4549-a16a-82b7c9a4c549
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,8de00357-ad18-49a4-b149-70a70b0319b0
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.5.2,modeled_data,kg/kWh,CO2e_value:0.38,272cd481-685d-4ed6-b7c7-16f5f79b7205
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.38,941c5b88-333a-4eb8-afce-a6b49ff8c2f3
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,233f568d-19fd-4c2c-8139-b24eacd3bfea
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,I.6.2,modeled_data,kg/kWh,CO2e_value:0.38,af7f18e2-227e-4ba9-817e-92b5b110f895
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.38,8d73a3dd-c136-4b0e-8ae9-194b2b26d0c9
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,ab472270-57ff-43a0-ae4d-a0adb6d23592
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.1.2,modeled_data,kg/kWh,CO2e_value:0.38,3452a3a1-acc2-4362-8af3-b1f3e2151d91
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.38,de92b830-c3ef-473e-ab78-a4829c277476
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,b32cafab-14e9-4cc8-a984-db48cbb2bbf0
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.2.2,modeled_data,kg/kWh,CO2e_value:0.38,8da5f6d7-627c-43d6-9496-2d57d8927e21
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.38,78383e05-1f63-4ef8-8f13-671921866b09
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,a089ca3e-34cf-4cef-a974-7234e781bb42
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.3.2,modeled_data,kg/kWh,CO2e_value:0.38,0398e445-3f56-4520-ba8e-99be3c2a6141
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.38,b55070a8-96cd-4aa9-915b-96918e285d46
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,60769327-17e2-4760-b562-4ccf5b981c89
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,0.0019121489113366984,II.4.2,modeled_data,kg/kWh,CO2e_value:0.38,ad1fc3b8-1787-4517-a265-cb34e9c22651
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.38,1731431d-f4db-4570-b33b-78f01fa47b1c
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,581b857a-0b53-4c03-9723-ad99dc2f8cec
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.38,01d618fd-3971-4052-89d9-4cdff0b1ce07
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.38,9b7989d4-643b-4c46-b07d-0872b7eefb4a
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,f754579f-5db5-44e4-ba2d-152ca0409789
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.38,9e51999a-384e-45b5-b188-dc2d4e883c36
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.38,3de8bb58-433c-4656-85c7-6ba0273ead7c
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,82c0073e-f97e-47e3-af93-c40025dd7491
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.38,e9032507-6236-48b6-aca1-1138f85fd150
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.38,8df17b39-7e4c-428b-9f3d-8bb2e31bdf0b
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,1a33cc73-9fb0-41a2-a1b4-fd590276c38c
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.38,6768443f-d31b-4fa4-970c-1deb0aa4df22
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.38,670f88a5-8192-4a39-9296-fe5b99dc5acd
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,739b1734-d10b-4488-a7d5-6b87249bc58b
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.38,fbaaf79c-5d79-43af-aa58-cbfd5d55cd9b
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.38,51b76280-1488-4943-9a18-e6f9cade3dbf
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,12748965-4277-44be-bf34-cc15a09b1754
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.38,6910d9f1-60be-4f9b-a522-3be9032daad1
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.38,6ce6447f-731a-479a-baa5-f6069217a2d1
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,650e7de9-2e2a-461a-9d61-a60053d8f4a0
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.38,022a4d4b-6081-4a77-8f05-1159bc1bde97
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.38,5bdd8476-c6e3-4373-8885-7965c533abc4
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,fbcf238a-4a7e-4063-8002-095c19e8f0f8
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.38,cfb315ee-e758-40c0-a1a0-e0d8d5b963a3
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.38,320bea6b-ac5c-4496-a8d1-39df00c15e7a
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,fd0b6b36-0add-4073-95b4-89ed5df86578
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.38,dcf15f0f-971b-42cd-bfc4-1c3ff91caf19
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.38,aee99d1c-f680-43d3-afa3-a0cf9a8ff4e6
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.38,ef1720a4-dd61-41a7-9f76-e7067ff63549
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,6.957513743325229e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.38,0f12319e-5ee6-4dd2-b508-b7cdad3c4555
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.346,233c235e-f920-4318-a2da-61519c0710d6
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,c5c150d4-dc7e-41da-b5b8-4acee3ce869b
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.1.2,modeled_data,kg/kWh,CO2e_value:0.346,7bd65c0f-b102-4b7b-800d-7e6f5350fbf3
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.346,1f26402f-1f1a-413d-9890-05c218456377
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,83c7a67d-1d85-49f3-a055-db9f5c49ce0b
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.2.2,modeled_data,kg/kWh,CO2e_value:0.346,4371f7b6-d20e-4ca2-b7e6-711d79f660fa
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.346,ea50d444-a1a0-45f4-8a1e-22590f62dadb
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,5d36d514-ac1d-4612-8106-14913d73d323
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.3.2,modeled_data,kg/kWh,CO2e_value:0.346,fe6d20a9-0226-4534-bec0-a7905f46be2a
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.346,70a1c7ba-9e87-4ca8-bc96-a00f5b7e2871
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,cd50b560-42f8-4d99-a51c-08c0c94e9add
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.4.2,modeled_data,kg/kWh,CO2e_value:0.346,cb555c4a-51d8-4794-b4df-0bea61313da4
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.346,4b0dddc2-cc2b-4672-92f1-35991d9b17b0
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,9d9a4cb1-784c-4bfe-8e86-896007d404c3
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.5.2,modeled_data,kg/kWh,CO2e_value:0.346,fe6f7008-8a10-42a4-b3b7-540cd7bbd96e
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.346,49df3181-cc1a-4c2d-bfd0-e99ba8fed3fe
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,63628c69-f9fe-475a-9ee9-a36b5eb0c5a2
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,I.6.2,modeled_data,kg/kWh,CO2e_value:0.346,470577e3-b214-43f7-b55f-a115239f36b6
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.346,527e2f57-b681-480a-b4bc-691ca7c23fbe
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,ddd09547-1366-4ef1-a5e7-0cb878b12bf9
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.1.2,modeled_data,kg/kWh,CO2e_value:0.346,34ea9f0b-4bf2-41d9-b84e-416b4050e3f2
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.346,6bd8c4d0-be5a-474c-9eee-db8f99bbc7af
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,15b38597-08aa-4174-abd1-10a75ccc8103
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.2.2,modeled_data,kg/kWh,CO2e_value:0.346,d9301de3-e2cb-4ad6-ae7f-0e0e3fb3cbe0
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.346,1883606e-f276-494d-9ba1-a74b950b7e7e
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,3798e01a-8354-40d8-a6de-e2a60e9c87a9
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.3.2,modeled_data,kg/kWh,CO2e_value:0.346,b3bc5192-0c7a-42f1-9e79-0752dbbc8687
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.346,b4d2c027-bd67-4035-9987-6769ba17fb55
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,ff579cc0-7733-4cb0-8743-bac75a770864
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.2766673319423025,II.4.2,modeled_data,kg/kWh,CO2e_value:0.346,4784f4dc-9d99-4132-8837-b339b303eaec
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.346,362c78b9-911c-4341-9ca3-081545e5fc85
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,ff26a82e-b8bb-404b-94f7-563d3adb4cf0
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.1.2,modeled_data,kg/kWh,CO2e_value:0.346,ab40fa4e-3770-46ea-85b1-94c0c7becb69
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.346,7f008ea2-d404-40ce-98fa-5a613962aaa7
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,1875da52-4157-43a1-b657-b619296d43db
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.2.2,modeled_data,kg/kWh,CO2e_value:0.346,0500a515-2374-4401-9b96-ccbaace5a9bc
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.346,b8771b57-1297-4e0d-9287-3b8b06820d95
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,eff675f7-0729-4175-8660-e497a3d82b5c
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.3.2,modeled_data,kg/kWh,CO2e_value:0.346,ca095a57-e846-45ae-9ffa-9ba11f672d39
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.346,f5934ec8-234c-4519-9d68-72c72d57194e
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,03138a5e-b5c5-429b-abb3-67c21c42531d
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.4.2,modeled_data,kg/kWh,CO2e_value:0.346,90e04726-408e-4a3f-8471-1e480e88ac75
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.346,0bb41e19-f00c-4206-aeff-cffb52bde8f8
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,9fe22f7f-6607-4936-9f32-0af7159cbc57
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.5.2,modeled_data,kg/kWh,CO2e_value:0.346,b422dd55-13c8-44da-842c-9e9ff9cd4388
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.346,4c250e88-1bbc-4627-bbb6-00fc2c5d2e3c
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,21452eca-bcf3-435e-b4f8-d910d062cec6
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,I.6.2,modeled_data,kg/kWh,CO2e_value:0.346,afc46c87-96be-4b6b-98f7-b0fd74c223b0
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.346,2dba91a6-3b89-4b4b-b722-92c2e368b7d7
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,dca87f74-83b6-4d37-beb3-83ec71874445
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.1.2,modeled_data,kg/kWh,CO2e_value:0.346,a3ca5ab7-ff73-4c8f-978f-96e57e8fdd90
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.346,e1c80437-0e2c-4a6e-ae1b-dee09ab0772d
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,cc802f85-a3d4-42b0-ac05-8b147fec8176
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.2.2,modeled_data,kg/kWh,CO2e_value:0.346,9425908b-4e9c-4d9e-a256-221ac8538236
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.346,242adcd5-4918-4166-a1e2-2ebf369188d7
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,cef2a17c-0a25-4d68-92a1-a999b190efac
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.3.2,modeled_data,kg/kWh,CO2e_value:0.346,bf0b979c-dba5-4a47-b7e2-3445c218977d
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.346,db0b79d1-3d73-4b0a-8b09-f05b5e347cb0
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,e63878ec-fd7d-4881-a55d-c575996cf976
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,0.0017407759979591174,II.4.2,modeled_data,kg/kWh,CO2e_value:0.346,a3e3f909-e3e0-4ee6-bda5-ec78c905e9f2
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.346,64bce952-0965-411e-a0f7-02f7e6d1a482
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,f89fb75c-59e7-4b11-a0e4-975c63c770e7
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.346,9cf34864-668b-4849-a840-c71da4e3c464
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.346,c3ea4fd7-9a0c-4c27-be33-d7f338239493
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,ddc837f3-8a03-49b9-9ada-f3bf19335e7b
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.346,cd2202fd-7fb8-41ba-9138-de7a3e52d58e
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.346,5b673c91-9a3d-4da0-b4b4-dfc408f0fb4f
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,2b8faf6a-e7fb-4db9-a300-60d5afd4cafb
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.346,7c7c8f4f-5965-4105-840f-2e41e25d9cf0
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.346,5a9dcb74-8c37-4737-aafa-7a0731d5b57c
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,a7793f1d-9d83-4548-b70c-bb23a0a7869e
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.346,2aede807-5f98-48d8-a467-1b017fe3ac23
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.346,4c98d9fc-e75f-4597-b0ab-1df3fc30b8a8
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,0848544c-33b5-42c1-9e1a-f1b9689e882a
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.346,1e4e0018-57c6-4a9a-9dcb-eb5238e65f51
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.346,b6879416-0a66-44ff-86e8-02bc3e3c9149
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,e1c8cfcc-b334-4a35-b78a-84c6b3729b2c
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.346,c4d905f6-f0e4-4089-b090-19387c5a9d82
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.346,9c8a6e1b-554b-4570-999d-150e2c2209c3
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,0e2cf953-36df-437b-98ef-bb24fb820886
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.346,cfc3675b-fe42-44e8-9c21-d46a2728836c
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.346,86d95171-2565-4dfd-bcfd-c883800714dd
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,8324a229-ac84-40e9-b1ac-acd80a7bfd69
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.346,0b99b113-24eb-40e7-a0f2-caa07a582149
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.346,5ce537c6-4fbd-4129-bf51-c3f4b4a96d77
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,e980a94f-cac2-4c92-8406-792f7dcabf23
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.346,424a32d9-c57f-413d-b78e-0509db90ee29
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.346,89a55e89-9ebf-47f0-b8b2-53d8619aa033
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.346,1ccb3a8f-481d-423d-9317-126268104261
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,6.333959064613152e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.346,b25cde9f-e32e-484b-895e-b776da8ef237
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.682,529da19e-c287-4ae8-b96e-a4501707a451
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,30fde538-69b7-4f3d-b4a2-33290ac172b8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.1.2,modeled_data,kg/kWh,CO2e_value:0.682,6215e694-18ea-47be-a91c-0b410c2f98dd
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.682,93a4781c-530f-4fe2-812b-d0a0efac087e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,a7785bbe-da7a-4931-a14e-f1be28c0fe53
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.2.2,modeled_data,kg/kWh,CO2e_value:0.682,06a1e47b-7a97-4980-9735-2f1134ec442b
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.682,cc253f5c-7e64-47a1-a9e5-6972c24f695d
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,c7a050aa-3ae9-4c46-b139-a7a0f4f1840f
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.3.2,modeled_data,kg/kWh,CO2e_value:0.682,96d4b327-f8f6-4870-986b-10b718afe7d9
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.682,7d8fdfce-00ef-4940-b24b-ecb1ea83557e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,c571b6dc-5d95-4860-8671-e0c7711a896a
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.4.2,modeled_data,kg/kWh,CO2e_value:0.682,d6a8019c-5ae5-4393-b866-efa3446cea67
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.682,e71ba6c5-ffd8-42a5-a81b-6eafdfd01c17
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,00e1efd7-cf24-45f8-8b43-c0f38f3d9310
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.5.2,modeled_data,kg/kWh,CO2e_value:0.682,2ab4b68b-96e7-49cb-ba6b-656085f9fa13
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.682,5e14a82b-837e-47f1-b762-99749400e1c8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,0237de2b-9242-4e21-aa55-2b4d383f961e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,I.6.2,modeled_data,kg/kWh,CO2e_value:0.682,435a72c7-f440-4705-8845-60643376cc40
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.682,eb7ca0a3-86b1-4ebb-a5d3-ef133a2587d9
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,a0fbb264-1529-4038-85af-9f96a5963a4a
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.1.2,modeled_data,kg/kWh,CO2e_value:0.682,d244a224-0056-4efb-8f25-4a99e936c440
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.682,2a2436ae-ddc0-4961-9040-438bd869faf7
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,5284cd72-bd20-4760-b20a-4fc3bc1d6336
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.2.2,modeled_data,kg/kWh,CO2e_value:0.682,a38afb96-1021-4888-85e0-ac84d38574a9
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.682,13cede4d-e3a5-42b3-ad22-ea7fc5530a75
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,170a09fb-f131-413e-847f-082e6f1457f8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.3.2,modeled_data,kg/kWh,CO2e_value:0.682,28909624-304d-47f8-a84f-f4a4612d7b3d
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.682,1a2eba5a-7862-4caf-adb4-6fc1a96462bd
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,d929de54-0c29-43c1-8c52-2b4c3699675e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.5452428558468657,II.4.2,modeled_data,kg/kWh,CO2e_value:0.682,9a70d5b3-46fb-4cf0-8828-2b4c3a521669
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.682,02346422-4e31-492d-ae1f-ddb31c0f7052
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,328dd15c-50b9-40a1-bcd9-81e13df50b49
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.1.2,modeled_data,kg/kWh,CO2e_value:0.682,cfcfc4e6-c4be-4a0b-b68c-53cdba550726
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.682,ce4bee6b-c17f-4ca0-a01d-0025e84fed10
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,39b15912-ea5a-4602-bfae-1ee057d3f5a3
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.2.2,modeled_data,kg/kWh,CO2e_value:0.682,02a74fd3-d7b3-494a-b3c4-bb1f11bb76f3
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.682,46ecee76-1f39-4d35-a591-58fdaebadc88
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,e04c8f54-a2d9-4acb-95c5-7df2f3234a40
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.3.2,modeled_data,kg/kWh,CO2e_value:0.682,8cc416c4-5723-4e79-9d63-b6e1b4b99022
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.682,d0b0bdad-3b4e-430c-aada-64527884a48e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,e2951b07-f2b8-4f55-bf7f-18776df0c419
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.4.2,modeled_data,kg/kWh,CO2e_value:0.682,b26fecc4-8f05-4acd-8d95-c514e2f97830
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.682,6960bf92-cc84-4d4e-a5ec-701178b58403
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,1c09d6bc-4dd9-468f-94ab-974561c007a6
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.5.2,modeled_data,kg/kWh,CO2e_value:0.682,7e36bfe0-5f83-4d43-b7bc-58cbbf597e8b
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.682,d91d05e9-afe6-4aeb-9b4b-547c733cccd8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,ffbf4e05-3175-4b73-b44e-8178d90894c7
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,I.6.2,modeled_data,kg/kWh,CO2e_value:0.682,ef10c88c-074c-42ca-869a-7aa6aa3a18b1
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.682,263acc26-1eb7-4659-ab33-0e06ba71b9df
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,71262a38-c31f-434e-b95e-1033958ddd20
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.1.2,modeled_data,kg/kWh,CO2e_value:0.682,264c0e4a-772c-424c-a8f4-40917abefc46
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.682,b2d69a94-b48f-4fea-84eb-dd8c39a772ff
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,e9f7e674-333b-4054-b229-9079210fb8c8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.2.2,modeled_data,kg/kWh,CO2e_value:0.682,633476b2-92d7-4a64-b002-27f117b73417
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.682,fb1ed640-110d-4680-bf22-9270fc245a23
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,2a177299-983b-442f-a0be-b2dd721c63c5
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.3.2,modeled_data,kg/kWh,CO2e_value:0.682,a70c6517-a66c-487a-a1a4-c14b2c7fc63b
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.682,da751d54-44ec-484b-8099-3683f1a08f88
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,6bca3b02-4a13-4c36-9c0d-b62d60b382ca
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.0034306387742042716,II.4.2,modeled_data,kg/kWh,CO2e_value:0.682,61969455-cd04-4ed1-8631-7103f8c2576e
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.682,30f21595-4b31-450d-af2b-276bcebce739
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,e2076cbe-0568-4400-8a35-0540b786b24c
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.1.2,modeled_data,kg/kWh,CO2e_value:0.682,ec366fe8-df08-4f81-a655-a0bc80a64a92
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.682,b9227a68-1508-4bc4-9c4a-24d3f3cffbab
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,29f80d48-dcb9-439c-afa3-22e23cc93d38
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.2.2,modeled_data,kg/kWh,CO2e_value:0.682,556db4ae-9499-4e19-bee8-f14be833856f
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.682,d757e7cd-2aa8-4ec6-b1f6-92e770d5b925
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,38303e6a-19b8-483c-8e94-5bcbc61a6e44
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.3.2,modeled_data,kg/kWh,CO2e_value:0.682,0e341614-f3af-4520-831f-97f99decb5be
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.682,39a0e332-7df6-4f44-ad91-018ae8b5c3be
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,23f9ed10-059b-4ccf-9d90-7a9c0f2140ae
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.4.2,modeled_data,kg/kWh,CO2e_value:0.682,0acc1f73-96eb-47e0-af4a-2bf08fac8a2a
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.682,16f69b1a-c2ad-4924-adb9-7f8edc07730b
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,7d13d7e4-089f-4ca4-ac73-526741f5ea84
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.5.2,modeled_data,kg/kWh,CO2e_value:0.682,a2fe4271-0c22-4200-8bde-2f7c6a0f1ce6
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.682,747daebe-b26a-4faf-b450-d7c726e50582
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,d001f5b0-28e9-4b33-a589-ae0a8a40e56e
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,I.6.2,modeled_data,kg/kWh,CO2e_value:0.682,36cea9fc-2899-4e1c-84ea-66a501780269
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.682,b02dfa68-3d80-4487-8e69-ab37e921bc01
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,77da8bfe-c321-4c79-8788-0735315cf77f
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.1.2,modeled_data,kg/kWh,CO2e_value:0.682,61b60fec-2843-4a6d-8d19-1fd62616f500
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.682,17352177-10dc-42f2-af5a-56d93dab94aa
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,b27ce481-5ea8-48c2-9ff2-02155f9825b6
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.2.2,modeled_data,kg/kWh,CO2e_value:0.682,1fd380fe-5042-4381-adae-46f064022116
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.682,7aecbbe9-ec3c-4f73-b0fd-a9949239abb2
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,ea3b2200-abbd-4f28-8a00-bf5f4d9e0cd6
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.3.2,modeled_data,kg/kWh,CO2e_value:0.682,f24aeb63-14b1-435b-91bb-31f277994f1c
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.682,3820986d-b4a3-4f14-ab7d-55dacbdfafd9
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.682,b035e6b8-a590-4826-a119-c8e682f0e2cb
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,0.00012482666113710296,II.4.2,modeled_data,kg/kWh,CO2e_value:0.682,68caf8e6-e7a3-47a3-93c5-32aefe80420f
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.351,d6f4966d-13d3-4baa-91f0-c66b7185a452
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,ba4d1c3a-c07a-4c9e-add9-dea41cf0fab6
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.1.2,modeled_data,kg/kWh,CO2e_value:0.351,e4a285af-aa7e-461b-86d0-716c19c908fa
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.351,15b6e0d9-89fc-4ab2-a219-accb51ca856f
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,fa8969b8-245a-4a9b-a8d5-65f6b30c0142
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.2.2,modeled_data,kg/kWh,CO2e_value:0.351,d5e6d161-a9b4-450f-8dda-feed3edd2b94
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.351,44dbabb9-f6fa-4226-9889-09fe6614a5bf
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,09ed1e36-a0c7-49a0-b146-b9d80e0b20e3
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.3.2,modeled_data,kg/kWh,CO2e_value:0.351,5f5e170f-f68a-4032-a3da-e1e144cb81dc
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.351,bdcb212d-fe88-4a59-8adf-2fff77c9a23e
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,96bd61b9-e1cf-4363-90d7-4d36748ceec3
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.4.2,modeled_data,kg/kWh,CO2e_value:0.351,75eae637-801c-4249-a181-1ce483902d2f
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.351,2d94c0b5-0979-4e9c-a707-bd876b5d4225
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,1da44d6f-0d9e-4508-af8c-49523c17a829
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.5.2,modeled_data,kg/kWh,CO2e_value:0.351,3806348f-71b4-4b46-8090-7122cb0fef65
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.351,182df50e-cbc5-42c6-94f4-6fe5c22d9686
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,32223903-2279-4f22-8618-603302cb0c88
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,I.6.2,modeled_data,kg/kWh,CO2e_value:0.351,869e96da-3bf6-4862-b84b-d4d257c385f6
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.351,fd704a06-6d33-4e17-928a-b0290cbac1f3
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,da27e54e-23ed-4171-89ed-b37abf6ec175
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.1.2,modeled_data,kg/kWh,CO2e_value:0.351,56528aeb-d61f-43df-a8bc-c9a3ea0b03b9
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.351,f07ddefb-91b9-4720-be7c-f0714e6f956b
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,a73b0ee3-4e4e-494b-81b8-3cfe252c3d67
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.2.2,modeled_data,kg/kWh,CO2e_value:0.351,8cb06343-e32c-4f6d-a3b8-3f6d884f3851
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.351,b67cc722-5032-42a1-ac28-28ee4f75ef34
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,6afe6b71-6756-4cc3-a606-ed5ef461bf5f
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.3.2,modeled_data,kg/kWh,CO2e_value:0.351,21d4b463-b0fa-486c-8a69-a263ac17d389
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.351,4973c3f7-af9a-4864-96ab-7a90e4d79ea7
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,82f84fdd-2ff3-4d98-a41e-2576cb9d3d29
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.28102295200943483,II.4.2,modeled_data,kg/kWh,CO2e_value:0.351,7e6cb3f3-a7e3-4215-af40-88cfdc95828b
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.351,f79ecb40-00e2-4b37-8d9c-847114cdf918
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,ba7b9ec0-0019-4e50-9316-928ee5cd82a1
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.1.2,modeled_data,kg/kWh,CO2e_value:0.351,26c8f47c-7298-41b5-b820-12e0adbe8c00
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.351,57109999-0f1c-4296-946b-539499665dcf
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,65a7fffc-f77c-4588-994b-d66ffa48806d
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.2.2,modeled_data,kg/kWh,CO2e_value:0.351,28b270a4-9fc6-4399-b7b5-a7e0327ee320
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.351,b015dee8-654c-443e-9c05-e75b688f7861
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,3b6a04b5-b040-4183-8ef2-e0a1e146be12
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.3.2,modeled_data,kg/kWh,CO2e_value:0.351,ea4f625d-662b-47e6-946e-6f7421d6cad8
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.351,5ea36c8a-a71f-44ff-8180-1dbd2c478e0e
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,75d0729c-af40-4639-b918-891922be7310
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.4.2,modeled_data,kg/kWh,CO2e_value:0.351,fb64e7d2-feca-40e6-846e-67708eea8362
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.351,4f4c3063-0844-4494-8617-aee7a612a263
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,a52fc08f-7f4e-4ce7-8bcd-a819450ebf61
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.5.2,modeled_data,kg/kWh,CO2e_value:0.351,7466f2dd-ed43-467e-9089-63fff4b050db
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.351,4357e42f-49a2-4b6b-a36f-5da112376575
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,86bc854e-9699-4d46-9850-9bb1df898f0c
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,I.6.2,modeled_data,kg/kWh,CO2e_value:0.351,8b354696-6acd-416c-9557-b27eb5314999
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.351,d5f1ba23-3d37-4a1a-b1d9-cc9348a3a38b
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,2e7e9674-439a-431e-b4ce-81049d85b91e
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.1.2,modeled_data,kg/kWh,CO2e_value:0.351,1574f482-088b-4364-a6f4-b410a2f1ab37
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.351,f2bb04e7-25ff-487f-8a59-d110335f1c36
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,4d2925fa-a39a-4637-9a8c-61512cf9763a
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.2.2,modeled_data,kg/kWh,CO2e_value:0.351,442e9d80-5416-4894-9c4a-3674caf660af
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.351,bff0ef38-c4eb-4f83-a049-57f67f3c4477
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,b8473f6d-3025-4fd0-83f3-32910606a727
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.3.2,modeled_data,kg/kWh,CO2e_value:0.351,5facd5ff-2044-4d19-be1c-3070cbad9d85
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.351,281a55b7-3b76-41e7-8c58-cf1a3d8353a9
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,c2827407-de50-4904-a702-00a4c04b9159
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,0.0017681813255627189,II.4.2,modeled_data,kg/kWh,CO2e_value:0.351,6804cb3b-d16b-4c67-9cac-fa016f24275f
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.351,1d554ebc-013e-4d0d-9dfc-2218b28b56ff
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,e399b4aa-d1a7-466d-98f9-3222eb9abdfb
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.351,516ec10b-e71b-4c3b-a47c-db8561e7c117
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.351,e7000fd3-802b-4cf5-87ef-bec5ef7f67f9
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,d69e374a-ab27-451a-9cbd-f223432c2fd1
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.351,fd49e11f-74d7-41a0-ac12-3b9dbec5cc76
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.351,04639fb5-0226-4d43-8449-098dbf059205
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,ff508a74-de37-4391-aea0-561009147406
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.351,67a61d91-1cce-4736-bac0-6d3c9a4e6314
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.351,e817dfd8-50ee-4998-8064-c10bf0cdb5c9
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,b5679077-729f-42d8-8860-5a602eb864a9
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.351,a076863e-5d02-4be7-91d1-dcc4b635d4e5
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.351,fd52567e-7020-4c67-bfe1-ffd38e46a00c
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,42cfd985-e5a2-4cc2-a028-43c844dfe4f5
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.351,5f1c1775-8ca0-4b9c-8b04-8638e3489d4d
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.351,244ae42a-8726-4d85-a205-b8ee8f4f7f89
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,6d0202c5-188f-4624-ad14-640d65b90c02
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.351,c2e5fb78-b543-45b4-a9a2-db6c2e4bfc43
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.351,34f7f4be-260a-4427-bf8c-738d6fc15e0a
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,da076d7c-9110-4d5e-8667-8150c2f9e5ff
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.351,72e2677c-ab16-4870-a689-4cbd14f4168a
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.351,2ac860bd-6025-44e3-87cb-d8017e084f30
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,dda67fa2-6b2e-4dd6-bfe9-b3f419182675
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.351,ad74c92e-48f5-4b63-a352-498565461dd2
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.351,0718bb16-61ea-49ef-978d-242a6cab86e3
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,77adf603-4863-44d6-8723-6995c5d93a70
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.351,24ea0a27-6edc-448c-80b4-c87ee85bbce8
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.351,69cd2bf9-2ed7-4ac1-8d83-966e045f2445
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.351,58640152-c5f8-4c40-b82c-f100a00432e3
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,6.43367564124164e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.351,f8c2653f-cbb8-4b9a-bbaa-05b9a850d84b
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.123,58c5a390-35a7-44a2-990f-7bf6cc80adbc
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,f5b53ee9-acbc-47e6-8c05-04267d75faf1
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.1.2,modeled_data,kg/kWh,CO2e_value:0.123,1881ac59-414f-4192-aaa2-d3f57f4d6745
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.123,782c1134-911b-49ca-b13f-f0f0726912df
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,b258ff05-751e-43ee-ab1c-bff1b05dd726
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.2.2,modeled_data,kg/kWh,CO2e_value:0.123,ef5ba468-8a1e-4a1e-b59d-2c2cebaee8ee
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.123,d7d61419-d5c8-45c7-af9a-3687a932e98b
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,7fae672a-7f56-464b-8e45-d5ff40334df8
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.3.2,modeled_data,kg/kWh,CO2e_value:0.123,f3d53c53-b72e-4a0a-9299-922950ec89ae
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.123,e80251c9-d4ff-4433-ab3c-c7f524c4cf8b
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,b3d8fd0f-82aa-4f51-bd6b-ca6dc65d3671
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.4.2,modeled_data,kg/kWh,CO2e_value:0.123,7f9b4c0d-3674-4c2d-9941-e4ad4f327e66
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.123,d72fc328-9532-4f10-bed7-ca423e93be52
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,79d1306e-83eb-4e78-9cc8-03ac62c03194
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.5.2,modeled_data,kg/kWh,CO2e_value:0.123,173d35b2-54ed-4393-8c65-fc1768fde4c1
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.123,38c953f6-723c-4219-9f6f-09a325803abe
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,80ec2277-1ad3-4747-9fba-712bc9c94d91
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,I.6.2,modeled_data,kg/kWh,CO2e_value:0.123,30f90d01-c4a6-4519-82ad-49224f8db47f
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.123,8bf9f0d8-2753-43f8-86e6-d64e1df5a8ce
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,be5fa06b-58ff-4099-94e5-601dc7b77ba1
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.1.2,modeled_data,kg/kWh,CO2e_value:0.123,ab50e9ee-031b-4072-8292-75edb0857ed5
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.123,f483cb84-d390-413e-9e4b-586b5c05e032
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,adfa6586-1fe7-43b9-b279-d819d0b9b5ff
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.2.2,modeled_data,kg/kWh,CO2e_value:0.123,1acbe11a-df14-4c75-9bfe-c63b7a5ca9a9
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.123,dae75b13-2010-4828-af37-9c447ea6b409
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,12eb5118-431a-4650-9767-52cd2d26341f
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.3.2,modeled_data,kg/kWh,CO2e_value:0.123,22bfe939-ed91-48bb-b011-af73a1623c6d
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.123,63d5476d-9d8e-4dda-81f9-5c187cd12cc1
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,e65fd1cd-2e5f-4cd6-82d4-287c403c0be3
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0986878345278055,II.4.2,modeled_data,kg/kWh,CO2e_value:0.123,2f352dfe-f1b3-43c3-a0de-4ee2ff4c51b8
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.123,b0e7a94b-eacb-4c6b-93cd-89ad26e0b45a
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,0c494f47-e095-468f-830d-fb093234b078
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.1.2,modeled_data,kg/kWh,CO2e_value:0.123,0d5a4a2b-26e8-449d-a24e-01ff9a25f748
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.123,20968a95-cc7b-4817-9276-71ef9a2c9c06
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,80f80496-a801-4358-bef8-d07b20cfec9c
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.2.2,modeled_data,kg/kWh,CO2e_value:0.123,aa4139e8-ad5c-407e-9062-56d5f6a9d7a1
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.123,be6f9343-14cc-447a-8376-a6de1ec495fa
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,c10725fd-683e-45b7-a3c0-55ebf95bb488
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.3.2,modeled_data,kg/kWh,CO2e_value:0.123,e182d918-1fd4-4ae4-b5f4-d53bc356a1f8
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.123,b96c9755-b553-466e-b7e7-035529f36ebe
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,f6a33f46-9ae9-44de-a13d-5e758bac7065
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.4.2,modeled_data,kg/kWh,CO2e_value:0.123,f29e233c-6838-424f-a693-714fc566e698
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.123,af5661d8-f1c2-490d-8f63-b4a2a7bf2f04
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,13237e72-f15b-4460-b59a-9381c99aadd0
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.5.2,modeled_data,kg/kWh,CO2e_value:0.123,cd521bee-f5db-483b-81e9-99f244c0562b
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.123,ff3012be-60c6-46d6-8e65-4a60f737fd54
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,1bb7c4b3-7eb2-4f26-99e8-84bd2a89e897
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,I.6.2,modeled_data,kg/kWh,CO2e_value:0.123,04d3f303-a121-4825-9308-f693bd73af9b
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.123,2efccab0-6570-45c0-848f-fd87e1a086a2
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,a74f426b-64ad-4db0-9104-e9943189b558
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.1.2,modeled_data,kg/kWh,CO2e_value:0.123,d010d659-957f-4682-a74c-900963572781
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.123,79b40b14-acb9-4527-8c4a-d65d18f35e5c
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,7abab48b-8136-4234-af07-4dcb30cfcfda
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.2.2,modeled_data,kg/kWh,CO2e_value:0.123,076802a5-697c-4aa5-b5dc-9cd1c5ab6a7f
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.123,d3981b90-102c-4339-bbcb-1efc28bc4a37
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,0b5f5ac3-4cbe-4a29-97c1-379f0585c0c1
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.3.2,modeled_data,kg/kWh,CO2e_value:0.123,6fcf388f-bbb9-4e61-8804-5e0b2210899f
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.123,d0b5dca9-f1b4-4258-8277-f63dfafec104
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,ba149ad1-a9f4-4876-9755-1be1d2cb9c68
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,0.0006209385561732727,II.4.2,modeled_data,kg/kWh,CO2e_value:0.123,63c54963-181f-4a32-b95d-5d572f1445dc
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.123,58ab7bca-8aa1-4ef7-a900-58f2d196af86
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,e799ab57-57b6-4bb9-9d89-82e8c2c463e1
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.123,bb3e6a1f-d47d-4850-b0a4-7702306207d4
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.123,49261346-7d68-498d-8a1c-fe2c8eb82d44
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,3d40309b-5d34-42df-85de-48c80256f3e2
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.123,167033ff-973d-4103-9635-cda9a5261929
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.123,8cf8efd4-246c-473a-bdc9-445147a9a01b
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,3f73107b-9a49-4336-89aa-c6983fc37cae
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.123,65c38548-6896-4304-9b67-05622d0dddd2
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.123,fbf39411-ceee-4fcb-90e7-c3435a7df547
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,6acb5e9d-77c1-4ce7-88f8-097378d8dd89
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.123,a37b9cd4-89e5-4141-8ed2-0764f45ed814
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.123,50cb5768-1667-44da-8d58-83456f14e753
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,62394ee5-639e-4084-9983-be52750e9c4b
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.123,389dda3b-17e2-40ab-8e75-1565aa389f05
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.123,206696ec-f754-4855-ad5b-0747bc033e53
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,33b0dd74-2454-4162-8ea6-ec87e4d36518
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.123,4b5aa055-0b91-4871-8b54-1ac67afc25fd
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.123,201b1341-c84f-455f-aec9-bdc020219452
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,79182e2b-c9e4-4d4b-b97e-dda1228bd13d
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.123,2f16876a-193b-4d21-bf29-3a664fef923c
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.123,be8d9a68-d547-4570-8097-5dd2a2fc6313
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,e2fd3040-f012-43a3-a32b-1882f25e3619
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.123,77115a1f-fbda-4cd7-8430-d115a129bb14
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.123,b8dfbe45-46ae-4557-ba7c-57021d7421be
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,e697a793-2495-495c-b474-d35055128d4d
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.123,8e43610a-c074-4118-8c08-2381601e8b5d
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.123,2eaba449-19d8-4b76-9766-3b27a3275ea9
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.123,46c05dd0-8cda-40fc-ba9b-9c2950e7f5bb
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,2.259336871057818e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.123,e88c669a-6ad4-4f76-80a8-021725fa4313
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.298,868635ed-64b7-4383-a5db-60690eccdb7a
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,ab291d87-4166-4d96-86c8-2aa84126a023
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.1.2,modeled_data,kg/kWh,CO2e_value:0.298,477334de-a2c4-4042-9352-0c1d86c55209
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.298,67e66540-9599-4ce2-975e-50962062904f
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,6bdaedc5-5fae-486f-9bf9-d63d7b5179b7
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.2.2,modeled_data,kg/kWh,CO2e_value:0.298,166062c6-cb9e-4dab-a88e-6384dd21fb41
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.298,618b36cc-cd7a-48c3-a37e-c2eb104c1cb4
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,8ddf0b88-82ec-4ab3-b72d-304dbad9ee20
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.3.2,modeled_data,kg/kWh,CO2e_value:0.298,2d7480b4-ab2e-4f7e-ba0a-7c8ae2b97631
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.298,74f9c037-4ae1-4bdb-a7c7-552df2bf1912
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,2220758c-aa6d-462b-b83d-d29b1a92551d
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.4.2,modeled_data,kg/kWh,CO2e_value:0.298,14a06410-17a9-4014-8037-423d1b007b0e
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.298,03da9122-2323-458c-8bfc-bea7bc1bba52
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,459e2cff-204e-43f3-97e4-9f7af134ba44
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.5.2,modeled_data,kg/kWh,CO2e_value:0.298,017e19da-1680-4f39-ba18-ed94aa6b0175
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.298,33be1083-86e8-40ed-a9e6-31300af740fe
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,65be4257-d51a-4443-9b27-d4e6386a28e9
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,I.6.2,modeled_data,kg/kWh,CO2e_value:0.298,4aae83b1-b057-4744-9995-5f12a1b39a43
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.298,e43d703e-f12e-44ea-9d25-260bdf3498fa
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,6013fd63-0eae-4c6c-a19b-2bcc112c6afd
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.1.2,modeled_data,kg/kWh,CO2e_value:0.298,ff946648-3347-4c05-a51e-96aa94ad7223
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.298,38122a53-20f7-41b6-9b0f-3db01e373cf7
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,3ebd299e-1901-4464-8cf8-6e4818e23bc5
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.2.2,modeled_data,kg/kWh,CO2e_value:0.298,666f7631-868e-417b-b380-9c40be57f0ca
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.298,d37e6efa-7aa5-410b-a075-fc0ad215c65e
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,61bb023b-42e9-42db-851a-cbf8435aa870
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.3.2,modeled_data,kg/kWh,CO2e_value:0.298,7d06c1db-63bd-411b-b49b-2830072c755d
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.298,f9ab92b8-616c-49df-8d71-8acabe6ddd6a
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,aa5ad99a-e7ae-494b-a542-a1650d3c2cf5
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.23852744261997644,II.4.2,modeled_data,kg/kWh,CO2e_value:0.298,50085b34-347c-4a03-ac57-d99bf2d7c3e4
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.298,a01b74eb-4ad7-42d8-8b8b-67295384cbf1
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,9f044cdf-a171-4760-bb2a-cef4d1becda6
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.1.2,modeled_data,kg/kWh,CO2e_value:0.298,ad4df1cf-2c9b-494f-8fa0-b8e90bcb4da4
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.298,e816e93e-07dc-4bcc-9e21-5ab4b9d63250
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,c6e8dce0-1ccb-4306-8ae0-391d253f5d46
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.2.2,modeled_data,kg/kWh,CO2e_value:0.298,95bf4ed9-23bd-40ca-a22b-95bcbadce650
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.298,963f15b7-8a6b-44c3-900c-e31b0d48b75b
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,a95e7a63-6fb3-4dac-92b3-05b9a9166b4f
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.3.2,modeled_data,kg/kWh,CO2e_value:0.298,1a705d99-1ae7-4952-91f5-18fb24a05835
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.298,c5493e1e-9188-4db8-bc0a-d8b75d400d5c
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,3a94ce44-91df-4a2a-a24c-069041e40bcd
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.4.2,modeled_data,kg/kWh,CO2e_value:0.298,1592bbd5-f08d-4310-a706-cf98c5d82b82
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.298,8d86a1e5-a2dc-4054-97ad-f60ea318a558
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,beb5a2a5-2000-4b48-8dc2-ac0991d0b186
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.5.2,modeled_data,kg/kWh,CO2e_value:0.298,8986d30f-f40d-41bc-9a67-3d4e85154190
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.298,8e9cac7b-b285-4048-88da-8b6b73187bf4
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,1b50f6ee-9a48-41e8-b554-70985158ef94
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,I.6.2,modeled_data,kg/kWh,CO2e_value:0.298,bdc5b51a-9f40-41e7-9cee-4e8e12501429
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.298,e5f1b993-6efe-4261-8889-cebd920fb9a1
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,875770cd-656d-48bf-99b4-8ed69c55423c
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.1.2,modeled_data,kg/kWh,CO2e_value:0.298,950db90d-3574-4316-ba8d-4dd873b68ac8
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.298,48cf598c-804c-4afd-b009-429191904947
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,3b30e777-5d22-41b5-8b84-3e124b7b667e
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.2.2,modeled_data,kg/kWh,CO2e_value:0.298,adab8377-1723-42f2-abd1-e3ca2a68139b
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.298,19bb7d0c-ce0a-4060-91f9-c3a5616cd45b
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,327ad7a1-7eeb-462d-9cab-b1a483bfa70d
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.3.2,modeled_data,kg/kWh,CO2e_value:0.298,0f330a95-dcc1-4222-bec2-d6693e3e17b4
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.298,b96977a0-2336-4d0f-9def-0b2013e0ddde
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,0f19a7b6-f697-4b04-a4d3-bf7ca357d448
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,0.0015008018621223349,II.4.2,modeled_data,kg/kWh,CO2e_value:0.298,d42ae6b0-50ad-4cd0-b1d9-c5aa467f45be
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.298,aef688dd-b37c-490e-bf76-069a0cb0aec9
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,66d92b40-b10e-4684-bc4e-5a7042ef6116
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.298,d9303d8b-7580-4ef0-bf39-169698ba3760
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.298,b6a9d8cd-791d-48ac-8d3b-9020e45e7024
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,37fc0f8f-5bbd-4575-804f-5904da591455
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.298,c0e07fcb-8949-40b5-8b5a-3b9020090363
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.298,1a21cee7-0b04-4811-914f-245cfd606557
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,c05e015b-575c-4d58-8dbe-1cb2ebf9c970
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.298,a4a3df57-18d6-4e71-ba01-5e9707c9722c
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.298,7fabdd72-5c93-4caf-8105-3ac3ca239006
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,f4828bc4-5479-40c6-b9fc-cfc2450fa4db
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.298,32b77ecd-ac93-45b7-acae-74f7da11e8ba
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.298,f3dcc9fe-fae4-4b23-84ae-382ff3b97957
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,afca9257-e04c-4a42-b3d9-69f540e3fde9
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.298,5d1af7ac-3435-45c4-8478-59ef2398b316
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.298,9b7bb21b-8a19-4b5a-9567-2137ef5aedc0
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,1dde0e2a-7e74-4b0f-8d8a-aad177cb8903
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.298,0d3c4807-afa9-4372-9971-ea50ac34b597
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.298,568975cd-945d-42f1-8c4e-67ff072660c8
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,61f1d095-981b-43ba-a1b9-28c28fe94943
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.298,cf3f7832-d373-4b41-b2f0-bf30d2c93a15
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.298,90c47ba6-48ae-42a5-81dc-b51e744c4238
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,62680f8b-0153-4f6e-93d3-d7e5647ef183
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.298,58d17fdc-922f-474e-8c62-a4f420600cc3
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.298,4deb5daf-04b1-4824-a646-7c036d4049b4
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,9f2f99a9-207d-44a4-9230-7efff2beba41
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.298,3875931d-1a4b-41f0-97db-b2f94a0947a1
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.298,c5ee5c1a-ac4c-40e5-bacc-bdfade10a9f3
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.298,741f9107-2dc0-4e5b-8995-4a3040d0eec0
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,5.460793100274186e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.298,fc171ef0-1da0-4620-ab17-617411d6de16
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.745,29fcc114-8418-4921-94fd-1612193ae8f6
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,3cf8e083-397d-4154-990c-a9f5f4593570
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.1.2,modeled_data,kg/kWh,CO2e_value:0.745,6b9abf1c-d3ba-4f5a-b808-7a08a8c1fe34
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.745,72332970-2c6c-45a6-a795-abe931a344c3
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,a0dba397-9b8f-467a-8524-dce9f0f3210d
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.2.2,modeled_data,kg/kWh,CO2e_value:0.745,d1f5dd49-ba29-4f1f-bc72-33a9c4b8f6cb
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.745,706691de-5a41-42ac-91fe-87c0c48365ba
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,23daaaa2-cf28-4508-aaf7-cb35ac80b046
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.3.2,modeled_data,kg/kWh,CO2e_value:0.745,099206b5-832f-42cd-bc05-2a280ba2b907
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.745,a7f192d0-f6ce-4726-9efc-77d125dd41e2
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,242bbc1a-37f9-4aa2-b2a1-a205cda5aab2
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.4.2,modeled_data,kg/kWh,CO2e_value:0.745,a60a3755-dd35-46d6-af0e-57e1fb70e864
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.745,9fbdf98b-a8aa-4ad3-8ed3-afb91099ceba
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,c34201bb-37f9-4f53-85d1-8dd27e6ddd52
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.5.2,modeled_data,kg/kWh,CO2e_value:0.745,961e3a44-78b8-48f9-9e0b-de348067040f
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.745,237db078-002c-4de3-9081-14e3485e8d97
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,d00a4cce-9968-4afc-989f-f2b8b7760afb
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,I.6.2,modeled_data,kg/kWh,CO2e_value:0.745,1eaff13d-e53b-4b44-986a-a431d3a9166d
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.745,9a617063-2478-43ae-9708-b8d2d8cb02d5
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,af44759d-3847-4677-b440-8a76b415b20c
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.1.2,modeled_data,kg/kWh,CO2e_value:0.745,5c6b3f16-b96b-4bd3-9277-7041f1a8acd9
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.745,32498263-b9f2-4a6e-b482-107123f5179a
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,d6d12965-a554-46c5-bce5-cb2206893ac6
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.2.2,modeled_data,kg/kWh,CO2e_value:0.745,b5629b9b-43b7-4d6f-afe7-fad4fdf54685
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.745,6d62a291-887e-4aa2-a526-0a8c1d23ec41
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,475b8f5d-dd87-4f84-9485-050d3cd96f9d
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.3.2,modeled_data,kg/kWh,CO2e_value:0.745,89533b81-9590-47f9-8628-40963bbe3a17
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.745,188f1b73-82af-407e-bd0a-c5d7feb2258c
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,8de0fafc-d237-4a29-89be-f89d5d15d9a3
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.59618252744262,II.4.2,modeled_data,kg/kWh,CO2e_value:0.745,a41c4438-a5d1-4ecc-9752-0ab9ec860b2a
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.745,410c6f19-82b5-4ab8-984f-b7e1ff88c042
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,6ce2e15d-f0c4-474b-a196-abb5def6ee5d
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.1.2,modeled_data,kg/kWh,CO2e_value:0.745,3dc16662-fb15-48c1-81fc-bb1f0c9dc9ad
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.745,3cd5c91f-fe78-42b3-a5f9-d1f4e3fcc3a0
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,03457043-1871-487a-8fe6-4ab3761bb841
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.2.2,modeled_data,kg/kWh,CO2e_value:0.745,a0bd4ad9-202d-423d-8c7e-6801d3205016
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.745,33ee1182-725c-40ff-81a4-100d6176c24f
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,100c7b92-134a-472e-95a2-0fd394ffab8e
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.3.2,modeled_data,kg/kWh,CO2e_value:0.745,ac9f516b-181b-4747-9971-62e1abb63864
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.745,a625c023-4909-4345-b282-ead85e6db543
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,b08b97e2-5708-4342-9325-0598e4c11d2c
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.4.2,modeled_data,kg/kWh,CO2e_value:0.745,7c8a4d8c-4672-4287-8b1d-7c21a3ce5859
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.745,3760a04f-bfd2-408d-a6b2-1a69fa5e0ae1
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,39a67ffb-2784-46af-9149-8312bd040d42
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.5.2,modeled_data,kg/kWh,CO2e_value:0.745,9e1cc36a-297b-430a-af40-b79824b9d576
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.745,fa47ad7e-adfb-4727-a3ac-dd3530562a8d
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,87063d27-5155-476b-8596-0192434199d3
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,I.6.2,modeled_data,kg/kWh,CO2e_value:0.745,cb893602-f9fd-4a4e-9b3a-4986fb25ab2d
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.745,b851c60c-abea-4509-be65-ff76f10cd5e3
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,083c1cd1-f2a3-4d05-a05e-cbdcaa63dc59
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.1.2,modeled_data,kg/kWh,CO2e_value:0.745,610a6386-16aa-434c-a902-57ec63641049
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.745,404c31eb-d757-493a-900b-b7ca3dea35e9
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,873d39cd-9964-41be-9c97-772c9c07b62c
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.2.2,modeled_data,kg/kWh,CO2e_value:0.745,b8f1bfaf-ef8f-4a2b-b033-c62d12b05623
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.745,49dd90c5-f838-4f0c-9445-19080f5b826f
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,237796d4-7515-457a-b354-9ae78fe747d3
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.3.2,modeled_data,kg/kWh,CO2e_value:0.745,83f057db-42c8-4b99-abd6-cfcabd255267
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.745,b012d5ec-46f2-40f2-b52b-6d3de6d624ea
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,13304ce7-46e9-47b8-8800-a651891135d6
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.0037511484528688337,II.4.2,modeled_data,kg/kWh,CO2e_value:0.745,02ee96e8-3f6e-4d0c-b8c7-34d551abc965
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.745,1cc07645-4927-4645-b329-9840cd94c8e7
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,1a5bdc5e-6be0-468b-ad5e-fafb48aa6ca5
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.1.2,modeled_data,kg/kWh,CO2e_value:0.745,0480f68a-8530-4db5-bb32-3e9b421e24b3
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.745,3933056b-2c6e-4ca4-b1b7-1ed1272d5dc2
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,eb4b4802-4ba0-4e8c-bea5-d80ea67b3091
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.2.2,modeled_data,kg/kWh,CO2e_value:0.745,ffa10b59-427d-431b-a192-ed0ac5d3cd4a
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.745,2dd6d21b-aa3b-4a84-895e-cc157849527a
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,463e12eb-6e31-4133-a6b1-e9d70d83dcc0
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.3.2,modeled_data,kg/kWh,CO2e_value:0.745,a3c04ece-c3ec-4964-9429-dc28480d5205
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.745,218501d9-33f0-4084-856d-346042fcce52
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,3ed5ede7-5e4b-41a0-aeb5-ffc284e2a876
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.4.2,modeled_data,kg/kWh,CO2e_value:0.745,c213aa97-84ec-4d9e-804b-552ab2284566
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.745,ba5fcc7a-8f43-45a0-920e-b9e503814839
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,981d7346-9502-4433-8d14-22e759722580
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.5.2,modeled_data,kg/kWh,CO2e_value:0.745,9f39ccb7-2717-42e7-9739-185e3ef79c92
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.745,dae0cc2d-fea8-42dc-8ac5-b939afdbc8c1
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,1a4bd946-ffd0-4b73-95f0-620b6a5956ba
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,I.6.2,modeled_data,kg/kWh,CO2e_value:0.745,d75db51a-2f2f-4f5b-bd5d-58e82df0fab8
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.745,00b48d44-9d39-4455-af47-8d286a5a4deb
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,0823b7c7-cfa0-45f5-ab56-bdfc3d5da6cd
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.1.2,modeled_data,kg/kWh,CO2e_value:0.745,11987e8e-d57e-4e1e-ae6e-4a5c0a97f681
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.745,9c9f9d7c-81a1-4bde-af6f-660dfcd8b45e
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,dc012666-3a8d-44fd-b53c-792177681868
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.2.2,modeled_data,kg/kWh,CO2e_value:0.745,395f2e2c-8ae8-4762-83b2-5ed03cadbf4c
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.745,5fe4c3c4-189f-43af-8c1d-da8b70d01e80
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,56c0ce3f-f597-4adb-991c-cb899214d26b
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.3.2,modeled_data,kg/kWh,CO2e_value:0.745,29cae1a6-447a-4cfe-a1ff-a2ad0cc1dfa2
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.745,74288754-214f-45ab-af1c-d5d7db1e4e4c
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.745,80cea59f-c237-40f9-b845-2579aabdda44
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,0.00013648867386506868,II.4.2,modeled_data,kg/kWh,CO2e_value:0.745,4aaa0458-0983-416e-8469-8e3b9cbb1157
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.383,66fa1ce3-6976-4d6c-b170-8e2016a61ae8
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,e144960d-7c07-47f9-ad3d-ac592da412fc
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.1.2,modeled_data,kg/kWh,CO2e_value:0.383,15cbef11-dff8-4ec5-a7ec-9a373af682a8
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.383,2d1ffeab-5ee5-4829-b1eb-31d0b4dc6151
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,8ce46f11-1607-47df-9182-d28502239e20
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.2.2,modeled_data,kg/kWh,CO2e_value:0.383,b90e725a-4d5b-4648-9e87-7d271d9bbb1c
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.383,971bf837-c204-4b54-a0e3-e84990b73070
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,cbf4b07c-3ec9-4134-b9bf-3a713b455a1f
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.3.2,modeled_data,kg/kWh,CO2e_value:0.383,c8b9f443-07bc-4e46-b128-8b6cefff68d9
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.383,418c6d6d-4f10-4e47-8bed-f916cf223eda
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,618cb988-7aac-4d14-8ff3-8ee1df1acc14
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.4.2,modeled_data,kg/kWh,CO2e_value:0.383,abc2762c-be24-433f-b296-60a3ed2dd151
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.383,a71ac0c0-b9dc-4984-a742-3ae59396d6b7
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,a2ef25d8-68ab-469f-ba14-ce9bb2cd24c7
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.5.2,modeled_data,kg/kWh,CO2e_value:0.383,49a7f7cf-5f2d-4aa0-8d74-b059c1241d8b
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.383,923167de-e4fe-4781-9778-6a4084f5e748
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,3228e129-9a66-4077-8954-34dfddbd162c
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,I.6.2,modeled_data,kg/kWh,CO2e_value:0.383,dc312ed0-cada-4f23-9e82-321f56bada27
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.383,7eb3b8f8-e989-4e91-9c43-3f4e78cc1d49
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,d307c364-43da-4b39-b85c-78549457bba9
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.1.2,modeled_data,kg/kWh,CO2e_value:0.383,088bfc82-ccc3-4394-b059-03087fef35f1
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.383,2c9eb725-f38c-4cbf-8eef-81c43808debc
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,0dbfae16-5b3c-4912-b5c2-9f3b96c5ec25
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.2.2,modeled_data,kg/kWh,CO2e_value:0.383,f3ac72ec-3ef7-4826-9135-b1bd171eb962
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.383,6933d70a-b33c-49d9-b2d5-99ddc7a77758
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,93564ec1-ca90-434a-9146-eba1890303c5
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.3.2,modeled_data,kg/kWh,CO2e_value:0.383,7a16bb56-bf9c-435a-8839-fa75c7523b04
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.383,b7b7c132-0b58-4bbc-b2cd-910198ccf479
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,5ca79a94-5102-43dc-98d4-b4788c651545
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.3065009525537512,II.4.2,modeled_data,kg/kWh,CO2e_value:0.383,d5a90763-5ee2-415c-b555-d6b146ad98e3
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.383,a0eb5f0d-78ab-4575-8f04-404690887cfa
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,9f1afb25-e806-4dc7-8922-4f2713b6ecc4
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.1.2,modeled_data,kg/kWh,CO2e_value:0.383,10c26d4b-96a6-41f4-b0fe-9cfb2865dfdb
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.383,05b725c3-b79b-41bc-aef7-549f28e093de
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,acb2e97a-079e-4cbb-90ea-4d9537e7dbef
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.2.2,modeled_data,kg/kWh,CO2e_value:0.383,cd383758-9286-428b-9253-60ff4e5d9e12
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.383,e5bb94ff-fbc9-4bb3-bbf5-49643e9292b5
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,d7b40526-09c4-44d8-bca8-f0f23152a24a
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.3.2,modeled_data,kg/kWh,CO2e_value:0.383,69ffcfb6-a97f-4126-b28f-0087ad4e4b8e
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.383,08a1651c-e9f5-4eaa-b995-eba0517a210f
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,43e17e27-a678-44ae-a027-c17e9d631af8
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.4.2,modeled_data,kg/kWh,CO2e_value:0.383,edbf01d6-4637-41cd-9345-ba09455779e6
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.383,22e4dcd2-8993-4506-a33c-6cd13abb1ce1
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,19713bf7-f072-4f27-8305-f1c1bc17ff95
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.5.2,modeled_data,kg/kWh,CO2e_value:0.383,280578f2-e87e-4964-bbe7-0f4b2c8f2c1e
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.383,9fd9e5e9-c47a-4c72-a335-f39a39bf2557
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,0f7fc02d-1c64-45ed-9c98-e7d7b7225236
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,I.6.2,modeled_data,kg/kWh,CO2e_value:0.383,e2305d78-5953-4d8c-b65e-8016f19e3f4e
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.383,2487ae3b-c951-42cb-84bf-14d4732cd9d6
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,987fb780-646f-4def-9f9f-58d10a98a489
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.1.2,modeled_data,kg/kWh,CO2e_value:0.383,bf1796b3-2885-47e6-b947-42e4beb869aa
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.383,dbe2c367-a44f-4345-bb94-428388f89d4c
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,cf8584be-9b27-49e1-89d9-93015a88063c
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.2.2,modeled_data,kg/kWh,CO2e_value:0.383,1f92fae6-aed9-408f-8fb8-0e424f745609
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.383,7377552a-f4b2-4bcc-9228-1301b192e902
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,70bca4c5-ee24-4211-8938-d0ad0f3f44b8
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.3.2,modeled_data,kg/kWh,CO2e_value:0.383,715d910a-7c15-4400-809d-b9a71408bae5
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.383,bc8bb2b0-5ae7-49ef-b357-e76a29a682e1
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,1b3d493e-e66c-480f-9e50-7c71887028c2
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,0.0019284875370412199,II.4.2,modeled_data,kg/kWh,CO2e_value:0.383,5e5d4b83-f11e-4f99-a746-f848a04c9929
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.383,9d32165a-925d-4351-8400-975d352446aa
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,f0489770-fb0e-4013-837f-701c29dcf56b
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.383,70c87a94-1716-475c-8801-9166ec93cbe5
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.383,b6bdee52-2ff1-4db4-92da-2a5123bde97a
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,9169f7c4-09c6-43b9-9359-00058d7a8e2a
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.383,c9396400-c717-4a12-b07c-2312fe828457
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.383,3c7d697e-8687-4493-9a7f-0ecf3b8225db
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,41e3c429-05e7-4a0c-a7d7-6846532abb8c
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.383,b72aa644-934c-433b-a846-5e7d9dc279f3
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.383,43b52f08-1321-4f79-a4cd-24de16a9fe99
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,cb6125a8-5700-4533-bfe0-3f411084e2ef
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.383,1dcf9a82-c96a-4e66-bc1c-4fe6faea96a4
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.383,9c01c739-02c1-44c1-b654-697c4fdd853f
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,193718ba-09f7-4ebd-9d3d-d7098aa7bce7
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.383,be1d8df7-c25c-4f63-8284-65b7d8070c23
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.383,7554ce8d-1568-4698-9841-9ae9c5f3f5dc
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,515b7900-abbe-43c2-959c-054f8d907e78
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.383,f44b2de2-baf6-4fff-8e0d-2f2a4b93fe22
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.383,c97cdfa6-07ec-4e82-b255-e8f5c1aa881a
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,767fe3f8-1dce-4a7f-ab46-385364e699e8
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.383,7985a259-bade-4ad8-94ee-0c0b3fff0b54
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.383,13e6aa26-32ce-4466-8c38-c0ec0afd0776
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,f4efa768-fbf8-498c-b3c0-9f8479d4260a
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.383,8cd7a785-8413-4f55-8ac9-0f8a9dfcb6d1
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.383,355d94cf-5b64-48f2-a2e5-05c2a8f8684d
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,6a3dd75e-841e-429c-8df2-9153460a5cb5
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.383,c7be4a0d-a51f-4e48-8f70-02f546cb5d38
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.383,8d66da8b-b2c1-40bf-9039-ac91dadb37d9
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.383,9b2ee6bc-b95c-489c-aa0d-2bc43b34bd6f
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,7.016963199490641e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.383,dedb3b94-b224-4b1a-95bf-4f73e1ac3179
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.789,8e6c9851-d584-4d6b-a613-c4c0ebc51d71
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,39a970da-0bd5-4f26-8549-f4753aa1e611
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.1.2,modeled_data,kg/kWh,CO2e_value:0.789,bade63ff-a43e-44b3-9b7b-94fa0a5a1b73
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.789,519b648b-7ded-4d0b-a33b-48a51e78d544
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,ab4aa783-dcd0-4f74-a274-d06616b1838d
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.2.2,modeled_data,kg/kWh,CO2e_value:0.789,45bc33ee-44be-4fb9-84bb-dd8bb92299d3
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.789,700de01a-65ee-402b-b6a8-1937fa667725
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,4453bc62-8aa4-4d4d-ab74-bed0f5ef34ad
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.3.2,modeled_data,kg/kWh,CO2e_value:0.789,d6bdfac6-dc09-4db2-a8ac-00696991a10c
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.789,f1db6fc5-0469-4bad-be2b-aa77df155a57
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,7cedeaa0-85b7-400f-bd19-cacecb2c9fee
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.4.2,modeled_data,kg/kWh,CO2e_value:0.789,8dfa61cf-45a9-4a2b-8eb8-e5077a07773c
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.789,fbdb8a10-c52f-44e1-a45e-aa4f44eec35e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,b2ed2696-57d8-48c5-a06c-6e11163031a9
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.5.2,modeled_data,kg/kWh,CO2e_value:0.789,d80e1672-5f7b-4b45-8f79-a5afff44c007
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.789,996ac232-9cd7-4c7a-a50b-8dd76a425857
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,b5bf7bbe-71a0-4017-bd7c-b5a229867cf6
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,I.6.2,modeled_data,kg/kWh,CO2e_value:0.789,1e8d6a23-7c2c-43e3-a858-b29cbeaae5ec
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.789,b7cdd9e5-6b1d-4c53-bba7-420abc6c33df
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,7d8175d1-c025-4e56-8b09-ae8489cad5ec
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.1.2,modeled_data,kg/kWh,CO2e_value:0.789,a305daeb-9485-4315-87cb-fb61e8325184
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.789,65722f23-580a-4a8b-8c66-e2dc752cc8e6
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,2a1cd3db-6fcc-44ea-9c4c-77ddbc1ed85f
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.2.2,modeled_data,kg/kWh,CO2e_value:0.789,79228a10-b63e-4feb-87ef-84a60d0d082e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.789,b14e18e4-ea9d-4739-baec-32d424abfe6b
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,e9577e6e-0454-440b-ba8c-2ea128388d87
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.3.2,modeled_data,kg/kWh,CO2e_value:0.789,a4377b67-0b7b-4228-980d-4a6797648396
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.789,bdf9a4fd-df20-4a22-b415-fd74a10afab2
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,a2b2f0ea-c90b-40e8-be52-ee3e8b2b3704
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.6313199673410143,II.4.2,modeled_data,kg/kWh,CO2e_value:0.789,b90b9602-f263-437e-a6f6-d689cfb27dda
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.789,fecefd1b-9507-4b65-b785-43a8d9795fbc
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,63dc815e-e9ff-43ec-ac03-2b176f00bdc3
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.1.2,modeled_data,kg/kWh,CO2e_value:0.789,cba1b7f5-2080-4c3d-a69e-d26c677a218c
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.789,59418316-80fe-42aa-b2b8-2df22cb86bcc
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,01fcd1bb-da31-4e08-905c-d1aa3d7cc5cd
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.2.2,modeled_data,kg/kWh,CO2e_value:0.789,1e21e1fa-2da9-4f0d-ad91-656ee0091555
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.789,02bd0daf-efd0-41eb-b933-6efb1a9634c4
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,92609b9c-2059-474b-8311-178757c6349e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.3.2,modeled_data,kg/kWh,CO2e_value:0.789,b6d4e470-4858-49fb-b553-9e1d5bc7aeb2
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.789,d3d692b5-a74b-45b8-9abc-b1882ca526d7
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,7411d4b9-7a36-4d12-9b9b-f85d81364a18
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.4.2,modeled_data,kg/kWh,CO2e_value:0.789,75c567e5-9fe1-4390-9a6b-a1acc7b477cc
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.789,aadbf07a-0e4c-457c-8f95-f0a21a1ceddf
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,f8cc7376-9fc5-4215-b27e-786447370051
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.5.2,modeled_data,kg/kWh,CO2e_value:0.789,7fc7d1b7-d269-4fbc-b867-46542bf47f0c
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.789,5a7c8369-e880-4f05-9e22-f2cd8cbf2112
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,02c049ed-10f6-4aba-96b8-8272b0ea3006
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,I.6.2,modeled_data,kg/kWh,CO2e_value:0.789,3f9c6f4b-197a-43af-b0ab-a757e1c80a97
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.789,30d858a7-64c7-4a91-9374-5679dd4326c8
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,76762c64-bb7e-4b25-b902-8802d2ad02c7
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.1.2,modeled_data,kg/kWh,CO2e_value:0.789,51f8ca56-7565-4015-93fd-d2f61c63e8e8
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.789,f33ddeee-053a-40dc-b5e0-0d21900a69f4
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,e23a7de6-a600-4bf2-9b30-2b9d2b4fc687
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.2.2,modeled_data,kg/kWh,CO2e_value:0.789,c67b660f-1c8e-48ae-8fbb-cfe0573c07b0
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.789,b253fa32-220e-4fa5-a9b6-ce66b181be8a
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,f95ec457-68fe-416f-bb16-bb090b162056
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.3.2,modeled_data,kg/kWh,CO2e_value:0.789,e98b0056-d03d-4d59-86a6-1e9321e6ee0f
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.789,23698e3a-07d5-43d2-ba3b-e6df51dce711
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,69ea3725-bbe8-4179-ad43-7365ef86c571
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.003972231338135576,II.4.2,modeled_data,kg/kWh,CO2e_value:0.789,e62dc70b-30ad-4d9e-8a7e-91cffea24adb
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.789,616d09c4-f84c-49a0-abbd-d712ea36ef20
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,949b8d3d-b279-4dc8-ac59-a84023b1df70
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.1.2,modeled_data,kg/kWh,CO2e_value:0.789,248ca953-da49-41b0-a39e-65c82e05f384
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.789,26e9e0d9-7ae1-4f47-a040-8ef5498f88bf
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,98cfef6e-e4ad-4f8b-a41a-33d8c05c69ae
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.2.2,modeled_data,kg/kWh,CO2e_value:0.789,7ed40dc7-d583-48b9-a519-13f1e13d7894
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.789,934e1535-bf3b-4b93-834e-8dbcaf292f40
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,8b5cfd69-5f60-406d-b23a-7590ecea50b9
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.3.2,modeled_data,kg/kWh,CO2e_value:0.789,52d3f962-bc62-4511-ae94-9df0f157d21a
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.789,c7bbe29f-f54a-4f0b-acc4-301a06ceb9f7
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,0bf0eade-3785-49d8-9036-85916c343f35
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.4.2,modeled_data,kg/kWh,CO2e_value:0.789,10132ce4-d307-4efc-a2bc-6672a0d90a84
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.789,ea4dd7e3-c5ee-42e2-b945-f0fd1fd66718
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,d41bca1a-afd2-496c-9528-52bf4d660e2b
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.5.2,modeled_data,kg/kWh,CO2e_value:0.789,c2a4bb2d-9967-44e6-a05f-ee2210a5b6b0
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.789,8589df95-14cf-4b6b-9978-7b82c142f805
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,3d45401d-7d07-4dc5-9906-6c0140d0faf5
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,I.6.2,modeled_data,kg/kWh,CO2e_value:0.789,6d1ba342-50d4-4838-95e8-a0955acc26ea
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.789,ff7751bf-779b-4bd3-911f-82bee15abd49
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,d9ed5b77-792e-4c2f-ae99-baecbd33120d
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.1.2,modeled_data,kg/kWh,CO2e_value:0.789,6bf433c6-4caf-4969-b2d2-78a580e358ae
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.789,db29846b-460a-401c-ab8a-a0ea9da0b401
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,e03c6c8d-238e-4780-9b86-6908fc5634d2
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.2.2,modeled_data,kg/kWh,CO2e_value:0.789,1dbf5deb-3218-4702-9589-3e1e46a102d3
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.789,bc080ddb-a405-4428-b7a0-96bb88fb73e0
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,ab8ff150-e6a8-437e-9215-9208cd34c106
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.3.2,modeled_data,kg/kWh,CO2e_value:0.789,feafc6df-f6cc-42a3-9c93-f990e8950f1e
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.789,a8f2d8bc-5efc-4edf-aae4-49b3aa0f9835
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.789,cce98933-42bd-43fa-8dd1-550043127136
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,0.000144532959556093,II.4.2,modeled_data,kg/kWh,CO2e_value:0.789,ced7fc4f-243c-4ad1-b198-223f8d87a31b
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,455c0a47-2eb4-4c81-a21d-45190b655c78
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,7289d5d4-86c0-407e-a487-459b3ce63c35
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.1.2,modeled_data,kg/kWh,CO2e_value:0.376,a41fb78a-d0e6-4462-99f7-644ddbebb00d
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,bb6654d1-e42e-42ed-941e-6b2d1c9c3880
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,2d24f2e7-b32b-4d19-8bfa-b62473424bf5
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.2.2,modeled_data,kg/kWh,CO2e_value:0.376,2acf3f21-6f87-4e29-ad90-7afba965c8ab
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,d34f02d2-2b66-4ac2-b9c1-da75124fdbb7
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,68c6c671-0ed1-49f1-817b-64eba9c19bbc
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.3.2,modeled_data,kg/kWh,CO2e_value:0.376,1da80c08-67fd-4e5f-b488-ab6dad8dcd37
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,e7ae13b5-886e-4649-b1e0-c573d23c28d9
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,eed9c9c5-b068-45f4-9b2a-d5c946f01850
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.4.2,modeled_data,kg/kWh,CO2e_value:0.376,72403465-191e-4f8a-93ca-bc413686ff19
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.376,32ac4218-abb0-48db-b94c-b196c37be75e
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,1945c4d3-bb72-4f24-bcb3-2ff6a2eab48a
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.5.2,modeled_data,kg/kWh,CO2e_value:0.376,836a5faa-cd64-4c18-8ec4-62f575f0d45a
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.376,0b39173b-4c9d-492c-abef-a3b948afeb2d
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,e63e6ee6-c1f1-432a-996c-b1399dfe1846
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,I.6.2,modeled_data,kg/kWh,CO2e_value:0.376,fe191fde-4016-4a78-99d6-c31987d6d1d9
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,0e5fd6c2-aa27-4a5d-a333-326f9e23185e
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,51712db4-46e0-42c5-bbfd-d1d06982afb1
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.1.2,modeled_data,kg/kWh,CO2e_value:0.376,bc47b12e-d10d-466b-9445-7fe1b3b43cba
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,76687d76-bcda-4d5f-be90-ef3444434d70
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,432e4a20-8125-4730-abf9-4dd4954ec4a7
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.2.2,modeled_data,kg/kWh,CO2e_value:0.376,26f8285f-8229-400d-be8d-6a50590337fa
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,dd2c6645-5fce-461e-92af-464a2a803ccc
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,77e74a88-bd8f-4a7a-866a-11630ec464d6
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.3.2,modeled_data,kg/kWh,CO2e_value:0.376,1f2cd15f-e5d6-4387-a833-91d3466219d2
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,e71f16dd-cfde-482e-a494-e63df4b3222b
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,f692924b-edb3-4851-b8ef-adb07ac0209d
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.3007304726480995,II.4.2,modeled_data,kg/kWh,CO2e_value:0.376,efb79a02-2a20-41b0-95b4-ceda1c7135e5
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,4299422d-a7ad-49b3-b0af-c3eddc3ccaef
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,22e59b18-f3c3-4158-ba91-d0c826de42d8
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.1.2,modeled_data,kg/kWh,CO2e_value:0.376,6e607b56-81da-44a3-8192-c17ffb45b0a6
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,dc32b929-fad5-451a-b097-fa53ef321ebc
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,638a37f9-126b-45d5-9d53-a52b6e210e24
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.2.2,modeled_data,kg/kWh,CO2e_value:0.376,ccb92312-fbe2-4824-9cbf-9400dd3450dd
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,57ed0b4d-e1ef-4601-830d-20f9b766b5d5
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,5000de92-06be-44bc-80a4-1f7832e6d0cd
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.3.2,modeled_data,kg/kWh,CO2e_value:0.376,631dcda0-7016-4e36-9818-61378adddc59
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,fc7429d5-db0e-470d-a199-fd9279c3fe6f
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,22b46f46-2be2-49ab-85a9-eb16e6772d88
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.4.2,modeled_data,kg/kWh,CO2e_value:0.376,b05d9d1f-bb61-4ffb-be9c-487a1fed7a41
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.376,b43914a5-1ab7-432a-b860-e659e6c9fc46
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,03d71f2d-1510-4460-bfd4-28c26f8e60f3
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.5.2,modeled_data,kg/kWh,CO2e_value:0.376,5368009c-845d-4d54-b962-09a151cd5fe3
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.376,4bafb804-9019-499f-a78a-ab064852435b
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,21712145-38c6-41cc-8eea-8d6704da6129
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,I.6.2,modeled_data,kg/kWh,CO2e_value:0.376,b25e449a-0d9d-48e4-ac8d-c27fe5e45558
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,48791237-329a-4712-896e-45bd10076174
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,1cf7549e-8cd7-4045-8b48-c698ee69b5d0
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.1.2,modeled_data,kg/kWh,CO2e_value:0.376,b88ab5ac-859d-46db-8396-04d2eb9e6690
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,01744cd1-bea6-409c-8ac1-56f8938e758c
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,8c97d1fd-62fd-4027-8af4-35bf3edb892f
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.2.2,modeled_data,kg/kWh,CO2e_value:0.376,b1e30bbf-0c36-4e01-a6e8-fbc2702089e1
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,007ae08d-3b52-46e8-9aa3-997d68614e6b
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,ac07f4a7-0ba2-4b5b-abe1-2e2bfd8a68d7
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.3.2,modeled_data,kg/kWh,CO2e_value:0.376,9ea47ee5-87a4-4946-b5b2-c545af69551b
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,69c4ddcb-4f60-4a67-b97c-d059f6d6ac13
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,774cba73-2897-4ff3-a3f7-5343f9ddb33e
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,0.0018921799872992833,II.4.2,modeled_data,kg/kWh,CO2e_value:0.376,42ac32f5-e3e8-482f-9559-36650895a289
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,6780059e-3c49-489f-a079-89648ea572b7
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,e27d89e1-cebb-4de1-8fe0-ff2618f2d231
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.376,c2f316ef-2ffa-4b1d-a966-d89ff7302c87
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,b39c7933-dba5-4dc8-94ea-47aff905c682
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,438a63f6-402b-44f8-b698-810f85b361f3
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.376,caeedd2d-e30f-4d30-93bb-dc47d55ff65f
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,6d213ff1-bf55-4da7-9571-60c28fc59011
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,d800910a-3b2b-4fe1-9fe4-dc3e3be75ea9
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.376,530b9eaf-80b5-4e7c-ae86-f1b27249a17a
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,1115a66c-19d0-49f1-bcfd-d5794b86c098
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,14a5d302-0bc1-47d3-9028-01d2d0df7c50
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.376,3aa46b38-fe94-41d5-bfec-627153955ffa
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.376,71690741-ec19-44bf-94dc-a7944d9e8d2b
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,69a3bab9-71f8-402c-a0a8-9d8e5ee7eb9d
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.376,9bc7cb6e-e865-45b5-ad1c-5862d7553851
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.376,a02fa208-7cd1-4a31-b344-549e65aba477
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,dd9f0be7-6fc4-495d-a7db-22ba30ee8499
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.376,6d9d1775-9691-43ca-94cb-32fab00105e4
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.376,acd82cd9-0954-414a-883a-0f7bea8c2ad6
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,2879f486-b5d4-4e81-bf18-f7afc300b126
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.376,7dcfccf5-37fc-452f-af72-21d6eb05904a
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.376,d7f26c10-6ab6-44de-9ce9-0ff9faa7b342
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,785bb7b6-2284-40f8-8300-7626b7d36533
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.376,5829e326-7e48-4fc6-9eea-b33c4ad200e7
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.376,c1e0101a-c913-479c-8dca-cba8a32a942a
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,c0c2570d-7ff3-4c42-8cfe-5aedee97b2c4
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.376,c0bbee58-224d-48e9-a34f-85f18587235f
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.376,0e65675a-a3f5-4c89-a395-dbf01b9205c9
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.376,54d867b7-f643-42d6-8b84-59cccadefd3c
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,6.884855143042571e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.376,7750660d-5b55-4837-8b74-0e3a14d07bc1
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,cd352565-f3e7-400e-a2fc-405fea2d1643
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,46ff14c8-57ed-443d-8283-6ba98f55812b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.1.2,modeled_data,kg/kWh,CO2e_value:0.39,d5f02d41-0272-4115-b2aa-ff8dd03dd55b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,b41ddf5d-2a53-4123-a21d-e088f8b40f26
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,064400ad-643d-4b77-9364-f556e0451f15
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.2.2,modeled_data,kg/kWh,CO2e_value:0.39,da8acf85-04ad-4d25-9643-3499e1d44dde
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,6310aa59-d39b-4b7a-a599-33f363596a46
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,7b966bf6-b050-4f6b-a7c3-faaaefeab104
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.3.2,modeled_data,kg/kWh,CO2e_value:0.39,0a6a1ad6-cc27-4086-96a3-c68c54968294
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,dbe9d96a-1867-41d8-bde2-abbcaa39bf61
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,049ea9dc-fe20-49b2-bf03-43a67570f8bc
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.4.2,modeled_data,kg/kWh,CO2e_value:0.39,be168af3-4c0c-48fc-be7f-85660567646c
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.39,d9e03f10-d26c-4dbd-9521-b5577bee1184
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,246a5c93-d36a-4341-a862-6a4275a5859c
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.5.2,modeled_data,kg/kWh,CO2e_value:0.39,732a92c0-9127-49e6-938a-fbd7679c415f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.39,f875b03d-0ead-45eb-bdfd-1a7e37deb50b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,25db8b18-7877-4169-8501-1e3fb0c4feaf
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,I.6.2,modeled_data,kg/kWh,CO2e_value:0.39,d52190c2-e0d8-4ebb-a1f2-d8bde4d16e51
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,576aabc4-3605-4822-934e-b41826fd38dd
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,a8790c06-6465-496a-8c2e-e8617da8db9c
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.1.2,modeled_data,kg/kWh,CO2e_value:0.39,963c08eb-c2fb-41da-8a79-eb81e3cf92a4
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,317858f5-8419-46ee-9794-53425d84661f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,a33b8374-39f7-457c-9702-eaf0e337cfb9
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.2.2,modeled_data,kg/kWh,CO2e_value:0.39,39c3731a-73d4-49a6-8d32-681225586181
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,16820adf-5903-4abb-9893-ce4be1efd62f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,cdbdcd72-d44c-4346-9df4-f4d61d9e1778
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.3.2,modeled_data,kg/kWh,CO2e_value:0.39,2d4f0136-a86a-4f50-a059-9f65fe87ffd6
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,45e2365f-7da1-4f0f-ac87-cdac619dad71
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,2a64fa64-6ef0-4076-91df-d7810b6e84ed
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.3119230699446612,II.4.2,modeled_data,kg/kWh,CO2e_value:0.39,4202ccff-a9e5-46eb-b691-d688a8d7c23d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,dbd463e3-be74-489a-bb5b-ffe4ae46ee88
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,bec6574b-f79f-43f3-9cc2-126a891d4841
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.1.2,modeled_data,kg/kWh,CO2e_value:0.39,facd7829-093b-488b-9dc1-a6e167b94f13
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,c0a23b30-348d-42ea-b9fe-6cde7fcaa204
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,414b3e8a-e2bd-4983-8d95-654f745da2c3
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.2.2,modeled_data,kg/kWh,CO2e_value:0.39,1a0cf76c-2c1f-4e2a-b3f6-ef36008a1ad0
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,9a9d3547-3959-4439-b60d-705636a3b119
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,5ab480f0-9616-4363-980f-5342a2f64407
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.3.2,modeled_data,kg/kWh,CO2e_value:0.39,36c66b93-6bc6-4358-8757-19fd1be02425
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,0bff9e47-7de8-4d59-9c8b-f8ed5e621240
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,abb793c4-b6fc-49c9-a829-e841425aa5dd
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.4.2,modeled_data,kg/kWh,CO2e_value:0.39,9fd8ed67-c176-4d32-8a95-aaec5c6801ed
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.39,b969d3f9-4a79-49ee-9c46-b033f1879e10
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,b7d617bf-d7e9-4e6c-94e6-9446fe8688ab
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.5.2,modeled_data,kg/kWh,CO2e_value:0.39,3d485205-89ac-485b-b0bd-824cd6238163
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.39,3d1e90bd-093e-4511-b655-fbe6bb9d9b8e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,f5152a17-a6f3-4bb5-9895-5ec4950125ae
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,I.6.2,modeled_data,kg/kWh,CO2e_value:0.39,996a57ce-a27c-4769-93e0-5476058cdc0e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,afa63117-84ea-426e-9652-3b2267df322b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,5e84d8fe-5276-42fa-a2e1-b5ad83a908b6
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.1.2,modeled_data,kg/kWh,CO2e_value:0.39,32b3346f-4d60-42b6-9499-4ca4af684906
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,9fe5cbb8-38ec-49ab-88e2-8ccc23ce768e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,3afd20ed-f37b-4d45-b246-ba248070b1a7
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.2.2,modeled_data,kg/kWh,CO2e_value:0.39,9aca02d0-0502-477d-aba3-809df2656fc5
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,f3d51d9e-b704-46b3-b602-6ae7359e114e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,b3d91e81-1335-41ca-9965-392ddba8ede2
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.3.2,modeled_data,kg/kWh,CO2e_value:0.39,775ad5a3-4163-4695-9f6f-01d1d2992609
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,999dd0ba-3ea9-4892-8fb0-bf1d8f04fb6c
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,a6a6e8c9-4916-48ba-a2d0-a603b065c5ed
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,0.0019626032085444285,II.4.2,modeled_data,kg/kWh,CO2e_value:0.39,c324dcad-9f84-439e-a065-9d5200f6eeed
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,2e28b022-bb35-49bb-9f43-42b372bbf5c8
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,815d76e8-c9c2-471c-9646-6783ea6f1912
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.39,511c4745-eff5-4629-93dd-ab713985c532
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,501007ca-e9e9-41a7-90f7-3711a22c9652
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,dab97da2-bb4f-43cd-8c84-49fd5da9a743
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.39,ffb10d13-2e50-4dec-98fb-0497ac71c354
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,ab1542ea-cb41-44c8-b304-69966b83456b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,98c048f7-bc3a-4b87-8c09-345f6caecd90
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.39,f154b070-8705-4ff8-a693-86b6018fe2cb
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,6885c006-cfc9-479e-9680-e8f5fc6365db
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,26629cd9-9fb3-4732-aa23-b93a2e432527
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.39,584a087c-c9b9-422d-ace3-013a4e3fa9b5
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.39,03357bb5-0c42-4670-93d2-8e798934d40e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,e32a8985-5b0a-4a8c-848b-4f7d25967c49
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.39,7b33e14c-4c28-4ef8-aa26-67d4e050477b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.39,ce745fd4-1fed-4c03-9b41-f89311435597
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,4c9f3965-5f71-443d-a0b5-d8604fcc1491
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.39,ccb9c990-ea33-4ed2-9f78-36556c52ba92
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,23ecbd97-d4c7-4f4a-b933-5836a73951cb
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,fcdb7af2-bed9-45cd-9de2-008586309718
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.39,47dc97e9-d9e0-48aa-93e3-2302f3d6eb40
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,94609392-eb33-4209-b437-c433f38e50ad
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,cb4a56fa-feb5-470d-b246-53a6d4bd20fc
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.39,1b7b59a3-9747-4b98-87d6-04c19a9c672b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,4b2b9a54-2d60-4395-87b8-39aaf86bb04f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,42c7101b-9871-475c-b2b5-e39977d5851d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.39,85fd5256-7149-47bb-9b53-cb52fe02a89d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,f03f5bf3-b5c9-4112-bf89-b991be887791
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,08537dfd-6a3c-4289-bd96-2bc478f11d3a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,7.141095923641511e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.39,ef838420-f706-46a2-966e-6edda9fb55d6
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.318,907ed1b8-1e65-4586-8b5c-59e19b11c555
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,3f71018b-953c-4c6f-bc69-15b3b99b9939
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.1.2,modeled_data,kg/kWh,CO2e_value:0.318,af297938-6c00-41ec-a0b5-e1b0e9b784c0
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.318,b912a1e1-ba43-4b34-ad28-98896dee806b
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,ac6359b0-a9a1-474b-a9fd-7d0e982f0706
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.2.2,modeled_data,kg/kWh,CO2e_value:0.318,967626b5-b7d4-42e0-b05f-996b1f45e2ab
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.318,06693def-afcb-4ecf-a43a-e701841750a9
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,4722288d-a152-45a4-9b18-b92d57c5d4c5
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.3.2,modeled_data,kg/kWh,CO2e_value:0.318,2292e46d-bd89-4414-adb1-fc6021277904
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.318,c230b119-10c3-47c1-9658-7af139f867e7
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,ed020d2a-6ecd-42b4-bf35-7d3c69ba6fee
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.4.2,modeled_data,kg/kWh,CO2e_value:0.318,7785e58e-9e11-4fcd-abf0-66a2008cc35e
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.318,82c55365-6800-4268-a227-846a1b9f5409
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,6d36d59e-9e53-410f-a6df-78bef8d91d3f
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.5.2,modeled_data,kg/kWh,CO2e_value:0.318,54dbeb25-ad1a-4ce8-ab3c-a5a9977fdfc0
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.318,e107bf57-1bac-4771-bb13-51beba0c4a86
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,676f7c13-29a6-4e03-a343-93de6a9d82c5
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,I.6.2,modeled_data,kg/kWh,CO2e_value:0.318,eaa7db2e-e82a-4f04-ac88-1a9d2fe204d4
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.318,77b62097-410c-4d5e-9e4e-eb0063672704
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,503a53d3-2c37-4bfa-9dd2-877d1cf1efd2
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.1.2,modeled_data,kg/kWh,CO2e_value:0.318,3a764bd3-d5a8-4fe2-a5c1-e4e546212908
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.318,9400ebc7-f956-46c0-aba1-ce5f4fc9c9ae
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,90f6fd8b-63e0-4f0a-bee1-c0019e9f7afd
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.2.2,modeled_data,kg/kWh,CO2e_value:0.318,cc1df119-5b69-4ea0-8170-bed9608972cf
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.318,9d33191d-a8b1-44a5-9e73-d07e50eedab9
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,6df6e656-a7b2-4cd4-8e6e-c9953c933e7f
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.3.2,modeled_data,kg/kWh,CO2e_value:0.318,3b2a6392-abba-4acd-97c8-f21adee45860
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.318,ce19024a-c126-49ee-8af9-a71245ac1365
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,bc95f6c2-fd05-41db-8d15-3b2c96e3c9e2
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.25474154041549485,II.4.2,modeled_data,kg/kWh,CO2e_value:0.318,5c503f34-5793-418c-a2e2-07a33f0a0031
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.318,87d9f745-7666-4f97-b2f7-867eb0be58e0
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,aef76cd5-2c71-4643-b9cf-9e3d8f8732dd
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.1.2,modeled_data,kg/kWh,CO2e_value:0.318,f1314294-716f-464b-904e-dab536806b5d
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.318,51eda16d-2bb3-4d9e-9a86-f1a6c1c903a6
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,254bc7e5-ca76-478a-b52b-abe19482376b
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.2.2,modeled_data,kg/kWh,CO2e_value:0.318,8f6c9417-9447-4d9b-9e53-51ceba6b7cd1
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.318,a19b4d97-6f9d-4736-8c5b-20b5074f95f2
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,64680e0c-dda6-425e-b415-833cc30b3dd6
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.3.2,modeled_data,kg/kWh,CO2e_value:0.318,0d73ccf7-abef-437c-b62b-883181915a85
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.318,24bad98d-4b41-430b-9bb2-8e5c958556af
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,d2d03f16-7872-43d9-896c-8da5715af954
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.4.2,modeled_data,kg/kWh,CO2e_value:0.318,f3b9ccd9-981c-4e85-8663-82535bfe6aff
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.318,e134564e-25c8-4b27-b5ac-5663cc9c322b
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,c9f3e047-8dff-4a38-85b3-df913b14eaab
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.5.2,modeled_data,kg/kWh,CO2e_value:0.318,22c9f082-698f-4cab-b26f-a3ad7add6ef5
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.318,5803e82e-dbc9-4f83-a134-b4b4cd3e8196
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,a95b3dac-dc7e-4447-8169-b0705e55a3cd
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,I.6.2,modeled_data,kg/kWh,CO2e_value:0.318,a275cfbc-71b2-4cfa-882b-f2a98de0978e
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.318,f775df1c-6015-428b-81b6-967de78e6405
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,eb9a49e1-6d17-4b45-8d3f-01462a948309
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.1.2,modeled_data,kg/kWh,CO2e_value:0.318,64092c99-694f-4621-b4f1-f0ea9cc6879e
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.318,11ef250b-99ce-4b2c-bb21-35c789ceca99
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,15317fa3-70ba-42c4-bfba-eef8fdd31ce6
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.2.2,modeled_data,kg/kWh,CO2e_value:0.318,784ca613-8de2-4791-ad58-6a08bc8e3941
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.318,d9b7d951-75a5-45eb-871e-79e8f603e809
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,bba4518d-38f6-4fd1-91e3-d08416305d59
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.3.2,modeled_data,kg/kWh,CO2e_value:0.318,e7179128-e0a5-4faa-8869-64585d157986
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.318,7f891d1e-f9b3-4b74-bfd0-0612024adf05
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,d40ab646-1051-43da-9750-bc980b17dfd6
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,0.0016028200948961506,II.4.2,modeled_data,kg/kWh,CO2e_value:0.318,efe9c69a-b80c-4f67-b1be-86e005199b18
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.318,c5deac8a-713d-4e12-9fe1-21f927940782
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,59437fb5-6587-4517-a795-d89927f3e3ad
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.318,94d0e907-d54b-4188-9431-bbedd1122f29
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.318,8178c66f-aabc-4132-87bb-66a05842999c
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,78784d69-cbe1-47f4-b9a8-2db9abd9e1cb
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.318,5fd4d808-ed0c-4e26-aec6-b27f0468c1a5
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.318,2e4592ee-64a2-4ba9-b1cf-34392593af3a
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,99af40bc-f1a8-457b-a26a-e0fe68feb50a
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.318,b30ad320-75fd-4107-8837-1f89b2dba5f2
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.318,0b6d2619-cebf-4dd6-9ee6-5fca424a41b6
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,a172751f-a08e-4e27-ba51-c53309a3a72f
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.318,118cfd2e-c27d-4bdf-86a0-14c8b58552c3
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.318,6d282e9e-cd8a-487a-94ce-ee67c46f1322
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,322d043f-59f7-48b5-94c3-dd2585c1ca1a
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.318,8d328fa6-3319-4067-aae0-ffb111688d77
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.318,9449c70c-99d3-4d8f-8418-e2f2ee26ac78
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,ed17dc1f-3f24-45e0-9663-0af2851fd3b4
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.318,f77648b7-0498-4b53-ac6e-24e5317028f5
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.318,80d5791c-86f2-43cf-aa03-070692d3e885
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,96614f29-49ec-4400-9f2e-9a7d9b9b28bb
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.318,700966b7-c9fd-42ad-889e-3803df12a39b
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.318,f4b440b9-7323-4d89-a2cf-ad1a1b9503c7
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,c4858c0a-d865-46cc-af06-244366b131dd
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.318,1f0d10b5-5675-4fc9-b058-637a013642cc
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.318,58e570d1-bb4b-4591-bd54-bce317090582
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,648d2372-cf32-486e-887b-f87dee6fc38e
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.318,28211bf8-0dd2-41af-a6c8-3921532667d4
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.318,8da994ec-b682-4ccf-a1f5-ecce964495c1
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.318,f15b7b00-c5bc-4f5a-ac9f-def1796f70c4
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,5.8319949728822084e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.318,7589cc9c-c90a-4aaf-b5f9-b9071a9f5d67
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,260fe34e-367b-42f7-ab43-1a56a2242a79
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,e252626d-18ba-42d7-b34d-57ae71167eb2
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.1.2,modeled_data,kg/kWh,CO2e_value:0.14,1cec0c11-3fc7-4106-913d-2ba99c0bce21
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,2fce9d35-79bb-41cc-a783-618b9e81e605
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,1c4089f5-d9d0-4115-ac0b-3e19a7370b8f
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.2.2,modeled_data,kg/kWh,CO2e_value:0.14,20027d02-769d-41f3-81fc-f678e7c7cd95
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,1118808e-1692-4f45-a302-e3583e7cde7f
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,a517e37b-24ca-4724-bdad-a5ed6e5e370d
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.3.2,modeled_data,kg/kWh,CO2e_value:0.14,6831ed32-debb-4054-b19d-358e5018f60c
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,ddb2aca1-997c-4c99-a80b-92ba647ca64e
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,e76e7860-1377-40c3-9aa0-de797f2142a0
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.4.2,modeled_data,kg/kWh,CO2e_value:0.14,b37e9957-4996-4b62-b796-1db2a1d3632e
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.14,685f61db-50e2-4eaf-af89-932d849a8b3c
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,79a27bf9-f2a3-4075-ba13-b26606798e1d
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.5.2,modeled_data,kg/kWh,CO2e_value:0.14,670332ca-c859-4bef-aff3-a7fe7c0273b7
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.14,fa419d59-cd83-46b4-9aa1-95f795b7f813
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,4000735d-93fb-432d-8f83-1912f0dc2a92
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,I.6.2,modeled_data,kg/kWh,CO2e_value:0.14,ca26e252-fefb-4b2d-84b0-4760b4892490
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,28783289-f609-4ae3-9fc4-c316fe75c2ca
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,465fc540-5918-410c-989e-cdcfcf34c7a4
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.1.2,modeled_data,kg/kWh,CO2e_value:0.14,776abfee-f730-4bee-a3b5-d855137ca270
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,795e2a3c-fee6-43f8-8de7-bdd43150ab82
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,60f06109-686a-4a57-be37-9f2509049fc4
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.2.2,modeled_data,kg/kWh,CO2e_value:0.14,2a85e091-9507-4066-bb63-9e69fcf878bb
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,f053b560-f3a5-4eea-a3e4-94020591cf10
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,03809ed0-0427-4022-b283-319d2388d72d
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.3.2,modeled_data,kg/kWh,CO2e_value:0.14,cd6bea0a-5bcd-427b-a3fd-f8ecd0984ae8
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,be181483-3491-43f0-8a77-0f0802988194
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,7ea22d22-1473-4f50-8169-4568e1ac6244
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.1122656264174907,II.4.2,modeled_data,kg/kWh,CO2e_value:0.14,451fb89f-f3ea-4f31-bef8-9873265f670c
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,88a811da-0eca-4df6-b3df-8b1a50eccc4f
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,3e4d4fbb-75c9-4afe-9d9d-84618b1df3ae
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.1.2,modeled_data,kg/kWh,CO2e_value:0.14,99953064-5549-469c-acb3-91262f26eccb
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,3a54fd13-649e-4e76-8cc2-ae2dd38e9bd8
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,5eb908cb-b54c-4334-a06b-74fdf6459f6e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.2.2,modeled_data,kg/kWh,CO2e_value:0.14,307b2540-ba34-4b14-8add-bc79e67d9e7e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,eca39aa2-e263-498e-a050-30565187be63
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,9321ca03-0f36-4d58-9f61-d72304391a69
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.3.2,modeled_data,kg/kWh,CO2e_value:0.14,38e0b264-0852-4258-a107-b5a23d8a6108
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,1abac8d9-44ce-49c9-8d69-78ecbcabc9a1
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,476a7cd3-d7fd-4c84-a38f-0d247ba6ee92
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.4.2,modeled_data,kg/kWh,CO2e_value:0.14,838a8d5f-a587-4134-91ba-2aba95a2bc3c
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.14,b79cb889-de88-486b-9dc0-6ece9c4076c6
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,47a0395c-f404-4cf8-a2a9-b087a7e50534
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.5.2,modeled_data,kg/kWh,CO2e_value:0.14,33187d56-2370-47ad-8824-ab20c85e63a9
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.14,855db591-64fc-44c5-8888-e62e38643875
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,0b749256-7fe0-4fa9-b74f-3b0e827ccd39
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,I.6.2,modeled_data,kg/kWh,CO2e_value:0.14,32f09736-82ef-4cb9-87f6-1c87832d8f6e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,88e379df-bca7-4648-bb15-487d6fadda44
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,efcaea4d-ee76-4a98-9b8c-5cd8df8c828e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.1.2,modeled_data,kg/kWh,CO2e_value:0.14,9bce0ad9-c91e-4af1-8317-40e81ecc2b31
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,4e5665f8-c042-45d5-b90c-59b54501985e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,09de4029-3e9f-451e-ac0d-dc58de97f9e9
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.2.2,modeled_data,kg/kWh,CO2e_value:0.14,dcd31a26-c232-41a3-bf0e-3ab73a83a37f
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,18f5c3a1-d4e1-4441-b788-303900b84b20
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,ee7e938c-719f-48d3-a601-9b0135545374
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.3.2,modeled_data,kg/kWh,CO2e_value:0.14,32a7fcb7-7895-4c1d-9613-53c9fffc7cfb
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,a02c94d5-e36f-49d3-b6e6-fabb3e30435c
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,09fb7fd2-b0f0-4998-abca-ba5b7a36e2e2
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,0.0007063692937342116,II.4.2,modeled_data,kg/kWh,CO2e_value:0.14,c594d7e3-c341-4c4d-9749-f908f3cc91c6
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,af5828a9-da8c-41aa-ad00-69c4fdcb9772
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,07e40e1a-7bd3-48c4-8747-c359d1f156b4
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.14,b076fd24-08fc-46e9-ba23-2f684f0197cd
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,1cf03eec-713d-4330-8364-fc08242de823
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,84d8c1a1-9584-48eb-af20-6d1496c6bd27
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.14,c7e03b21-a862-42c6-9dd2-45ffba716b56
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,3a8e28ed-d4c3-48a7-9c03-49090dfafbdd
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,b6146580-dd16-415c-9944-7396c2b64d68
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.14,04c3a2a2-9619-40be-b9bd-eb1e32447801
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,da689d96-39ca-4e65-a972-3319855590bb
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,e94b2d91-f633-4949-9131-66c08fe948e0
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.14,418ac983-a027-4fde-8303-feba31e6e28c
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.14,44947f53-96f5-4047-a3f3-0af6f85ff38f
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,6c0c0e1e-800a-4ebd-884b-1a70a0daf8b8
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.14,9ab7ab76-e562-4aee-a1df-11962551f59e
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.14,2dd67095-7f6d-42c6-aa73-ed0c2b3c5512
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,53887bfa-7516-4a27-b6a2-4ae826305f5c
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.14,4ce9f152-1dcb-40b1-a612-f3c2b812cd13
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,4a787edf-0911-4ac5-a24b-6daedaa9abff
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,86376b8e-a622-465d-8c28-d9832fd85b9a
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.14,3901063f-f591-49d4-86ec-63829e094449
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,223bd6b9-673d-46b0-b898-ad21722ca604
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,b5e21d20-c697-4d71-9214-cf1bb3c195ca
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.14,568c5e3f-55e9-4d29-9209-eb0daad487b9
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,c7087353-dc9a-4b57-a930-87561d8e487f
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,9e75f546-bf0a-4be6-9b85-61167c30027a
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.14,3d3f2f15-ca6a-4d2c-9334-6242b5072106
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,c113ce49-7164-4c43-bace-19fd6a5242e2
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,65ce870e-fa6e-4aa1-ae45-8b64bef33726
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,2.5701837549791827e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.14,17ac3858-6fee-4975-a6bb-f2ddab00cec8
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,b34fb708-3553-45ba-886b-1f06f73313a0
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,fa31fac1-ff37-43b4-9929-7eb1c2a730c9
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.1.2,modeled_data,kg/kWh,CO2e_value:0.458,f51897c3-27ef-4740-8196-c8645431b036
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,8db6daa7-4009-4d27-9694-ace9803db39b
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,237ee8c5-9ba7-4858-b6da-80eed4f961b1
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.2.2,modeled_data,kg/kWh,CO2e_value:0.458,2005c52d-4dca-433e-bc0b-057ad63f1668
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,9ee8125f-f79d-4140-9b83-03d41cd0a923
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,0bdfb59d-4016-43f1-9535-6a10dd163e6c
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.3.2,modeled_data,kg/kWh,CO2e_value:0.458,5a91ab98-7b3c-481e-8f96-f2b89bc1b3be
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,98e3e659-1e98-488a-bf8d-9f13fbfd904b
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,d8a3fe73-c2d2-429b-b0fa-a28c0ffc7847
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.4.2,modeled_data,kg/kWh,CO2e_value:0.458,e87bee22-d0bf-4f59-9616-eb785646ce5c
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.458,38e1f55d-f32c-46b5-b38b-fe79dcdaff62
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,3848d1ce-f592-46ad-9e49-9dd1c27be51f
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.5.2,modeled_data,kg/kWh,CO2e_value:0.458,7d99c3e7-0693-453b-bbdb-eff7ab27a9ae
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.458,77464ff4-1866-4d6f-92c4-04b4eb522434
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,bba93c68-9f47-4e76-abdc-6c50a4f29431
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,I.6.2,modeled_data,kg/kWh,CO2e_value:0.458,c14ef8cb-44e0-4d80-9962-822f3d79331f
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,116ca1a0-a686-480d-9483-ec8f4e5fd4ac
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,7822ce3f-aac3-4d33-b224-7e1af4dce51b
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.1.2,modeled_data,kg/kWh,CO2e_value:0.458,f0a33a0a-0481-4c2a-92d2-b3b63edea8d8
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,b0cd6977-5290-42e6-beac-3b63c683ab0e
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,bf510b2b-d727-4aa7-8ba3-2eb90f42b48d
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.2.2,modeled_data,kg/kWh,CO2e_value:0.458,671c0264-0cb5-48e3-b21e-e63d3ad68069
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,5c67c6a0-f011-44b3-863e-74405d91a76e
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,4df13297-3a68-4e3c-8bdb-7752955ad1f2
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.3.2,modeled_data,kg/kWh,CO2e_value:0.458,d2710520-4cfc-4bb4-b510-cb60e4e193c0
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,45e486f8-aabc-4021-8933-c363fcc399f3
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,5a8e811f-3790-43f9-9554-5490ec67dc9a
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.36660836432913,II.4.2,modeled_data,kg/kWh,CO2e_value:0.458,f8b47581-d072-4925-b732-56677b4d8f55
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,6e766f68-3303-4ac7-87ad-5a555f20dece
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,ae1e1ca5-d386-478d-b95e-522b305c8db5
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.1.2,modeled_data,kg/kWh,CO2e_value:0.458,7f08cd6a-9d77-45fb-a358-8b09cf213fab
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,33d3fb78-a4e8-4643-958e-b6781a07d0b2
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,04387878-f2b8-4409-a05f-cc69a4cf6152
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.2.2,modeled_data,kg/kWh,CO2e_value:0.458,58cc992e-5005-4123-bb2e-c241003654b2
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,21297771-5500-4df2-a1ce-f1431c9a8523
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,31f4967e-b251-46e5-baa0-849f1ac6c983
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.3.2,modeled_data,kg/kWh,CO2e_value:0.458,ca7a0c89-341b-4b77-8f76-32e7888ee620
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,6d869678-8a04-43af-9803-763d9ff7f7d0
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,4aaf56b7-fc75-4e7b-bc54-4f656cfb5675
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.4.2,modeled_data,kg/kWh,CO2e_value:0.458,ba18b7f4-484a-4577-844a-8c1faff8ea31
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.458,566facd8-bb14-4113-9994-1a78415e4362
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,5adc6002-9ea2-4e1b-bce4-c893662413fb
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.5.2,modeled_data,kg/kWh,CO2e_value:0.458,a38a016c-f2a6-49b0-bc3b-d2f194b220a8
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.458,35672b1f-0cb6-4d8d-a3f8-3303f7618554
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,2ca9bfb0-47d3-40df-a7f4-fc2a4c5b7d8c
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,I.6.2,modeled_data,kg/kWh,CO2e_value:0.458,8e872472-c4e4-44a0-b29d-4db7cbbc3a66
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,d75b21d9-d805-4295-89d1-e1ced648863f
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,e8c46fa2-fac3-47b2-8571-5fa5cd4decce
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.1.2,modeled_data,kg/kWh,CO2e_value:0.458,d5196de2-42c7-45d8-b9e0-6572e051ed5f
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,bf6bd715-bece-4ce4-a68d-54ef59ae4ac2
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,9c00e41a-de0a-4274-b1b2-1d1cee76935f
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.2.2,modeled_data,kg/kWh,CO2e_value:0.458,180a4165-58c3-4116-9721-0204b26bcd23
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,fba9941e-1ee4-4829-a8e1-ffdb123ce482
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,37e34356-b7c8-4a97-9cdc-9cf0110da7ed
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.3.2,modeled_data,kg/kWh,CO2e_value:0.458,d9b1d211-5c00-4fe0-9074-7a7a56e00f90
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,30e9a422-e532-495d-80fd-357847134305
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,d112b07e-7101-4e58-bc8f-cb39945032ae
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.0023066801446883175,II.4.2,modeled_data,kg/kWh,CO2e_value:0.458,41b913da-53d3-484a-92da-1a271ba9b85d
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,d7f66d71-33e4-4e47-84f9-bc33cd6ba64d
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,b9b6840d-5326-4dbb-89ec-899ba1928d84
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.458,38493964-f4b6-41b0-b070-34b4f994d5dd
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,785ea5b1-5ef2-4d53-b19a-6cff0eba354a
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,fa247627-2530-4d44-baef-1f15162830f5
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.458,cd4475d4-778f-40e9-bfad-8945e65e36b6
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,328a5ba1-f2e0-4db6-9790-8075e4dd1004
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,e5a97ef6-b73c-44a8-932b-f0d936cc96b6
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.458,f58b5ca4-934f-4dfa-9583-8cad6efb0b30
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,94207128-26d7-4833-bc0b-a22d9480734e
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,27e2bce4-7d63-4eb6-af42-2be9b70f9484
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.458,0f640dc9-5348-4252-896d-38a71c4cb4d1
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.458,a4b473a4-1e45-4299-aa02-f98fc3c30939
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,0a054f45-464a-4ec6-8ed5-1099c559ab32
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.458,70c825a8-8e23-4d0f-b0c6-22bd2e19a60c
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.458,0dc1f8a1-ffa9-43fe-84e4-c93fd0182df5
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,84e1777a-87fe-489c-830a-9587c4f5decf
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.458,f2b722c7-0184-4c87-92a9-c4e37e5b5036
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.458,6f3c2b93-4fd6-4f1e-af3e-950621bc1c49
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,77bf7de1-a93c-4838-806e-5112a170fafc
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.458,5222c2f4-c2c0-4b5f-82b7-b3df7805023a
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.458,148226df-3ed8-4ae2-80c2-e224fe8c2b4a
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,89d360d5-6463-4954-b1de-9eb157e4c1a4
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.458,d909cea3-bbbe-43fe-9bea-55b18c59ff14
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.458,654a69ec-9ab7-48a7-8517-7d72a31f6712
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,402d0e53-d8eb-4b64-ae4c-2eabda997297
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.458,61ddf71a-e733-4b33-a3aa-a642da735c22
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.458,f84a657b-4401-4700-b845-c33fc0d5bd9d
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.458,7dfba4d6-cbf6-414c-b40a-0f084c424a71
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,8.393048633908655e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.458,bb6fd79b-0ceb-4dc3-9082-709ce8fab0b0
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.377,e7c79afe-765d-43a1-acfd-18ceed32e2ea
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,2c19515e-fc49-4035-aec4-060a97813240
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.1.2,modeled_data,kg/kWh,CO2e_value:0.377,bbb2a0f0-95cf-42c6-b7fb-fa98e5b4392e
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.377,f95bf5b3-573e-4636-9057-4ecd2c5a39ac
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,4657661b-ebca-4c7d-bcdb-31618cd7aa52
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.2.2,modeled_data,kg/kWh,CO2e_value:0.377,7bb6bffa-1d63-49a3-9e91-edb98f94ed30
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.377,6dca1384-e771-4474-92ea-03b69ffa183c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,4193e2aa-6b06-4380-bb90-e54459f3f60f
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.3.2,modeled_data,kg/kWh,CO2e_value:0.377,c76759b1-8b55-45ae-998f-416140669dd8
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.377,e7dc2a73-700c-4d03-8440-9467dbddec6d
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,7c134479-9e9b-47e1-b0d8-063f9d225f51
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.4.2,modeled_data,kg/kWh,CO2e_value:0.377,add79331-8b78-4a7f-8d88-a0f7e499f777
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.377,e114a2ac-0071-4356-b3d5-da17e09a3f7a
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,3b3cfcba-9bf4-408b-a078-3e76638fd4c0
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.5.2,modeled_data,kg/kWh,CO2e_value:0.377,c7cd71db-86d0-4d49-a5fb-8088c6433bf8
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.377,5ced5912-85e1-4f8c-8d2b-e26a4c9de58f
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,3db016c4-db64-40c7-9efc-9b892f57960f
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,I.6.2,modeled_data,kg/kWh,CO2e_value:0.377,efeb3a38-50cc-4240-929b-90a50e8272c0
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.377,78a731cd-0ecc-484b-8f27-ca730895cb7f
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,a6a98d4c-e6e7-43f9-8c14-7a4f2eddff91
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.1.2,modeled_data,kg/kWh,CO2e_value:0.377,a0981f54-5135-4aab-9aca-7f251a012598
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.377,52ef7d0f-b056-4d02-bf5b-17727f949900
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,15ea5489-0e8e-40c1-803c-2b029d49eff2
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.2.2,modeled_data,kg/kWh,CO2e_value:0.377,5494eef3-dc0c-4b72-93a5-ca888a4116ca
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.377,a338c9cb-096b-4e71-81eb-1c9b2bc445a3
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,e0226537-e9bd-4e03-a3b3-0b364207fd46
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.3.2,modeled_data,kg/kWh,CO2e_value:0.377,b31bed97-d59c-4846-a583-1c0577475f5f
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.377,69fd9cf0-b454-47ef-8bd3-bea1478d0fdc
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,6c85a6ff-0f13-4842-bd40-0a77f111c580
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.30175306177991473,II.4.2,modeled_data,kg/kWh,CO2e_value:0.377,062a8620-2dee-4e04-9cd9-07b54a7a6d8c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.377,7617fae3-0621-4de0-918e-92706eafd456
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,0426bbe3-2b72-47f2-b2f5-baa6d5eff5d5
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.1.2,modeled_data,kg/kWh,CO2e_value:0.377,b4eb1661-08e2-4932-9bd9-46e01db2feed
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.377,1e3cdb7d-31c3-409c-8d60-bf9b3b8c7d3a
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,13bdfaf2-e168-4d59-8755-fb6059d15f3a
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.2.2,modeled_data,kg/kWh,CO2e_value:0.377,71cf9e1d-209f-4e6b-b0c8-061576f6abd4
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.377,cedf0b94-bcd9-4769-8d0e-3c48b63d6dab
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,006285d5-0a72-48b1-a291-d31b7c61fe65
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.3.2,modeled_data,kg/kWh,CO2e_value:0.377,a9e5ab24-f5f3-47b0-9263-d5f3fa5b31d3
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.377,b4720bfa-7565-4a71-8bac-559cb7ae94cc
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,4a416d7f-6ea3-46ae-b5f2-646d68ffda34
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.4.2,modeled_data,kg/kWh,CO2e_value:0.377,0d376e2f-991e-4ef1-b86a-ac3b1940dc10
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.377,79824b79-1647-4ce7-ac37-9c12926f4bd9
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,7e554e7d-8fe8-40fa-9976-8d3be84e193c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.5.2,modeled_data,kg/kWh,CO2e_value:0.377,83479580-1e02-4ca3-b3bc-869569cc898b
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.377,0ad22119-3823-4ad2-8bce-2bd3b2831ac2
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,b0615a19-d165-4a3f-90bc-8d7a5d481b54
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,I.6.2,modeled_data,kg/kWh,CO2e_value:0.377,49ba5102-67ea-4e7f-a31e-8d03055f9cd1
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.377,5240890a-dc00-4b0d-8fee-10d276649b41
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,f624fa27-675f-41f1-8c16-6c9fae312dfb
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.1.2,modeled_data,kg/kWh,CO2e_value:0.377,a321c8fa-9103-4bc5-b1ea-3d30adafac90
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.377,7f3291dc-799c-4e60-a481-89ad84a2d2d7
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,0200ab3c-eb68-4247-9f90-a98b058577f9
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.2.2,modeled_data,kg/kWh,CO2e_value:0.377,02be36ed-fc06-4c11-a1b1-fcfbbbc701b3
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.377,aa289794-20eb-407a-b10c-530ab86ad9e3
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,008e6b88-2e22-45e1-8bef-4ea908938863
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.3.2,modeled_data,kg/kWh,CO2e_value:0.377,77f04d94-2bb8-4a51-80b0-f5c473f84d1e
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.377,74079abc-a33d-491b-ae9c-afee8a5ffc6c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,0dfd14ba-5dfb-4443-97a5-51a4e2811d54
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,0.0018986140632125505,II.4.2,modeled_data,kg/kWh,CO2e_value:0.377,6d9d9e1a-b1d3-42a6-80e2-622d003b8c26
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.377,231f07d2-5ee3-4955-bac5-67307e368a11
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,1dc47e47-6ba6-4583-a0de-65aa326cf4f7
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.377,610c163a-a1ed-4dc1-a136-19a45372fc46
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.377,fce3a2cf-d3e0-4248-b130-b8204dd3bb16
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,4cdeecf2-1054-41ec-bc42-a5851b28d519
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.377,1c5086f1-0a40-4da8-a46b-b6a6f734cbb6
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.377,b3f1ccd5-91b5-4ec4-8cd9-c28894fa63c7
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,63ed48b7-62b5-45ff-bea6-4d92e0ad4fd6
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.377,ed06459e-f2c7-45be-9d49-3c6e7be9d12f
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.377,a6159b68-400d-468f-834e-e44bc12b3e47
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,1cbdc574-98e0-4589-b83e-b6280fb30728
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.377,a71d78ed-1a63-4c6f-8903-cad247efc478
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.377,a246d99f-0b27-4a1b-8ee3-4f96c66f3721
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,06943eab-7428-42de-ac55-54b8c1615680
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.377,01ebe633-d21b-4393-b876-9f463d625bfc
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.377,2e927b17-be7e-480b-8924-0a6e376af551
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,cab12d12-5416-410e-8467-b38e2920fd92
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.377,5c46e0de-eb8f-4fc6-bb2a-c55e08c9ecd2
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.377,f2738bf5-512b-4c45-a600-ad61654afc7b
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,8eb47acd-cd5e-4d03-b272-4f130ef51818
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.377,6d48b639-11d5-44ea-86a8-b254c2e8461b
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.377,105a035e-5912-4713-b79f-11f733902947
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,4676283a-9719-4471-98e5-9f46f7b3e9ec
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.377,c646a0f3-f8a5-4a7d-8545-d3659fcf556d
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.377,08449ec3-7990-439f-b729-fbafb3dee0fc
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,65e44c1c-b8e6-4375-8425-1cc7252601e7
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.377,9d350c67-3cb3-4317-a743-97e3f7c7cb3a
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.377,a7fbc7be-bbf7-4f70-bf11-400d8a7f53a1
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.377,f1d162d2-2074-4801-87ad-ffbb92b228df
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,6.908266066389989e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.377,5e2cbcd7-8b98-49e5-afd3-54990510188f
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.748,cdf52961-7c04-4226-a613-29ba6e86dc45
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,fa07b4dd-e8b2-494d-a61d-2d579e1136e3
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.1.2,modeled_data,kg/kWh,CO2e_value:0.748,720b4a4e-33c2-4b40-8f8b-f92b30716c29
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.748,cd1db472-f5b2-4b86-b8f4-3aa54ce1502d
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,e6ac9fad-a727-4f93-8dbd-d30c0f9d6cb3
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.2.2,modeled_data,kg/kWh,CO2e_value:0.748,13d24d99-3694-402e-97eb-f0a3df9f56d0
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.748,5581fd3a-2e6b-4f0f-84ba-898c0f1d8cef
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,318268d1-b286-405f-bff9-a24e4ec2619f
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.3.2,modeled_data,kg/kWh,CO2e_value:0.748,b2175157-4b24-4bb6-965c-adf2fe144cc2
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.748,883c4819-1fea-4825-94a2-62eb1c9b603d
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,ab2a9ead-3389-4978-8f50-b00e753bacde
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.4.2,modeled_data,kg/kWh,CO2e_value:0.748,44e09251-2489-4bf4-9548-54608fe9e745
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.748,b0d50b2a-a608-4972-89f5-567ed19f25df
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,ec6f3115-0076-4e94-b1f4-562ac49bf0a8
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.5.2,modeled_data,kg/kWh,CO2e_value:0.748,b93669c3-cdc7-4f9f-9df4-5ac9a8fe2eaf
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.748,0c19065d-4735-4e9b-b143-a14ac0f56b03
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,3f956c70-c3e6-4059-88a3-d674cfbfad04
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,I.6.2,modeled_data,kg/kWh,CO2e_value:0.748,c5808645-addc-4e35-8797-9c92bbe3cd3d
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.748,404eaa7b-da68-41a2-9869-bc76a55cb294
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,fbb0a725-4cc4-4bde-bb70-5b1155a29852
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.1.2,modeled_data,kg/kWh,CO2e_value:0.748,3756d223-a980-4965-816e-30ce61ec9a9a
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.748,c8c7fef2-9bcd-4c07-a032-cf1caed70c42
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,7f9b9f4b-7311-4ceb-ae23-adb453d7b2c5
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.2.2,modeled_data,kg/kWh,CO2e_value:0.748,74ed061f-cf5f-4496-9579-d624ece22a58
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.748,f730b2b6-4e7b-4fe4-ba85-3d76f5383c5a
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,9f7b3193-367c-411a-9378-1be2292bc53b
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.3.2,modeled_data,kg/kWh,CO2e_value:0.748,abc44c30-8032-4023-a220-2cae38480902
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.748,bf126600-e879-48ac-a049-92940c07486f
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,cf44b29e-64b8-4515-9ad1-ebec74831c05
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.598377937040733,II.4.2,modeled_data,kg/kWh,CO2e_value:0.748,e0731471-2b57-4b96-87fa-531e8b082c84
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.748,5568ab97-d628-4007-980b-06330d8fd877
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,0846f17e-fb53-4a8f-bfa9-10e19a6f902d
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.1.2,modeled_data,kg/kWh,CO2e_value:0.748,fdc3c0a9-9b32-4d1e-a962-f110b0854827
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.748,09f912de-b3ab-4ccf-8f1f-386fd3fe2622
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,11edcc7c-0e80-4d71-8329-f0943c15abb3
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.2.2,modeled_data,kg/kWh,CO2e_value:0.748,1163a51e-c578-4612-bb56-614cf5821554
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.748,d37dcfa2-a4d2-43d6-8792-83b7ed96ad72
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,5223d8d7-785b-4434-b73a-f30f2645690f
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.3.2,modeled_data,kg/kWh,CO2e_value:0.748,691cebc6-71e3-4e20-9138-88fee79e0068
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.748,d1bfe081-0e25-439d-b8ad-d24e579a5dc4
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,4040fe2d-78ed-4ce2-a590-2cb497d39b0e
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.4.2,modeled_data,kg/kWh,CO2e_value:0.748,85cdf4e8-8ce7-423b-aeb1-07f5456eaf9e
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.748,fce23169-7980-40db-96e8-1e6056e00317
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,be4568b6-27d7-45cc-bdeb-6e022181a177
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.5.2,modeled_data,kg/kWh,CO2e_value:0.748,325bdb08-fef5-4c58-af05-7f797ff7a486
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.748,b5899ba4-2c73-4e65-a799-b0aabafe2d09
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,ad9674a5-5e77-443a-9c3e-002c3c4760c2
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,I.6.2,modeled_data,kg/kWh,CO2e_value:0.748,70dbf531-78fc-405c-b269-bf45bdbed9a6
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.748,0e3403bf-bbad-41ee-8697-bf3f4de8da64
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,f691f97f-ef5f-4592-85b3-5271b719b966
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.1.2,modeled_data,kg/kWh,CO2e_value:0.748,5c2b5e71-6ec3-47d6-8ad8-3d28880a3b39
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.748,4d8545ff-7bb2-4b96-a1cc-23cb5b28bd2c
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,83dfcca5-1353-4f59-a144-bc25b186d704
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.2.2,modeled_data,kg/kWh,CO2e_value:0.748,9de055d5-973b-4c18-ac02-30c869a08976
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.748,920269a3-9268-47f4-85e6-e6412993d7c0
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,fa4c8585-10d7-4b14-9330-2562051a8fd2
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.3.2,modeled_data,kg/kWh,CO2e_value:0.748,0fe0d628-2888-4740-869b-ce928964d80d
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.748,79ce507a-b259-4ab5-a1d2-67b09e58b6eb
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,b327a27d-96c9-43b7-b3b5-e3e3f72351fb
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.0037649618521858196,II.4.2,modeled_data,kg/kWh,CO2e_value:0.748,8f464727-a702-4e75-9e9b-02de0db6a8c1
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.748,ce4a07d7-e65d-4b7d-879c-c5c124b09e6f
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,d4d61994-f32b-44a9-bdb5-f21874007eb6
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.1.2,modeled_data,kg/kWh,CO2e_value:0.748,36f2f909-b880-4cf2-88d8-0302f4a4af24
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.748,7bf6ed6b-3db9-4789-9e7b-480b9deb38cf
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,362dcf42-1f72-43f0-826e-ecb40c348738
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.2.2,modeled_data,kg/kWh,CO2e_value:0.748,0fc161b8-8b12-43b6-99cf-0c30e32762bb
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.748,f45cba1e-072e-4b9a-aa9b-5fe2ff6f50e9
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,4af433aa-19a7-4e6b-9a59-98167154e592
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.3.2,modeled_data,kg/kWh,CO2e_value:0.748,0e4627f4-a101-4c6e-b95c-5f5252d302fc
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.748,4294b911-b5e3-46d5-b333-918020e7181f
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,dbb4951e-f1a5-4c20-92fd-05f88ed13641
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.4.2,modeled_data,kg/kWh,CO2e_value:0.748,d46dd40d-d58f-42ef-8db0-5c3fc09b8ddc
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.748,67aa4bf8-8b9c-4b0e-a228-a4417d28159f
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,f352c9b1-a60a-47b9-90f7-287dd069e596
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.5.2,modeled_data,kg/kWh,CO2e_value:0.748,a563ae1f-a1a9-437b-8812-883b30886254
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.748,c7b5a49b-5291-460e-8d4e-c4eb8234859a
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,8e8e722a-bb3e-47f8-b3e7-60bccf998626
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,I.6.2,modeled_data,kg/kWh,CO2e_value:0.748,73176d9c-771e-4f13-b126-335c73a708f6
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.748,f6f2555d-1fd0-4b4a-883a-dc9660900cc5
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,d549b906-8db7-42f3-9d19-cc9b79806621
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.1.2,modeled_data,kg/kWh,CO2e_value:0.748,a7e12ef1-6984-4c18-9000-a87f96c49af9
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.748,2dc9ab27-a6db-4cd1-ab33-598588a0a96f
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,4b917544-b199-4eff-a52c-0e08a6617d3f
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.2.2,modeled_data,kg/kWh,CO2e_value:0.748,89a40c63-b2c9-4a12-b128-7b9c73020f6e
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.748,5203337f-31f2-4b4a-a686-07a6e01c12dc
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,290cd189-f2d6-4340-9179-a5457f1673f1
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.3.2,modeled_data,kg/kWh,CO2e_value:0.748,a94cab75-5473-4e48-8986-5dd13d6014b3
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.748,7f5eb078-3c27-4d57-abce-0235188a6e08
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.748,1a7e397d-40d0-422b-83e4-a59372a45f64
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,0.00013699128595254877,II.4.2,modeled_data,kg/kWh,CO2e_value:0.748,ec4a5ae6-33ce-4b41-bd2a-a6e0769a299e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.379,c35ae60a-9cdb-431d-8f4b-706bc440bc88
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,5ec0bf43-9333-4f94-a84f-b7f4bd9bf71c
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.1.2,modeled_data,kg/kWh,CO2e_value:0.379,0b073609-8edd-4350-89a4-33f53f9956c4
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.379,fdc6d20d-5b55-4a66-9f09-b9948f5397a4
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,697d58d9-5136-437d-9e31-a9ed13cb8160
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.2.2,modeled_data,kg/kWh,CO2e_value:0.379,f1cd1ba6-6546-46cc-85f1-7c5bc9abe312
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.379,eded4c56-d945-488c-b7a8-7e83090154a5
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,1eba50a2-9381-4f28-87a7-1c27829ed2ba
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.3.2,modeled_data,kg/kWh,CO2e_value:0.379,e91a4145-93f1-4d43-b674-119a3b975a7e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.379,e132647c-ffba-4346-9f45-9b55b51a703d
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,d034ec02-6cb4-4644-b12b-72324a568bf7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.4.2,modeled_data,kg/kWh,CO2e_value:0.379,b4f18798-acc2-4150-bc03-0ec37ea59a8b
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.379,a352caf9-72ab-4bf4-98df-e7e8e6c4c7b8
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,019fd505-beb9-4681-ab72-006433be569a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.5.2,modeled_data,kg/kWh,CO2e_value:0.379,f8c4c27c-9e1c-4b6e-b421-f24430b02786
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.379,41864404-d6fc-4f7e-91b0-a5b4a69b2c0e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,cb9056ff-67ca-4b1e-9f62-8bd7a453d788
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,I.6.2,modeled_data,kg/kWh,CO2e_value:0.379,f4cd71f4-d6f5-47be-bcb3-1a91a85564db
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.379,b978ad6c-fa5f-438c-9266-b0d869b55ad3
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,355aabb4-00d5-4c93-8e28-94ce131cac80
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.1.2,modeled_data,kg/kWh,CO2e_value:0.379,f41a6313-6dff-473a-b7c0-7977042da637
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.379,7cf5962a-c25d-406b-a312-980e7c8bb48a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,d187b43f-6874-4a4b-ba36-5f1f99512e10
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.2.2,modeled_data,kg/kWh,CO2e_value:0.379,ab76cccc-16ac-48cd-894b-70fb341a1c99
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.379,d2f9333f-8e2f-4286-8a72-2bf950b51a3d
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,25a53df8-d4eb-4490-ab9d-19715e50bbd7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.3.2,modeled_data,kg/kWh,CO2e_value:0.379,4534a231-46a2-49c7-ae97-17dbc139885a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.379,007929ad-88ea-403e-bb65-28b908dd2717
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,1d85524d-adc1-4f0f-8898-834bf806bd83
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.3034970516193414,II.4.2,modeled_data,kg/kWh,CO2e_value:0.379,4eddfef7-f26d-438f-b737-2297d05dfaa8
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.379,418e60b5-3a1a-4356-b266-905e37f73d8c
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,60f312be-6507-43d4-88f1-1164e9476cd7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.1.2,modeled_data,kg/kWh,CO2e_value:0.379,639e8468-43b6-47d8-99bb-da834600dc7e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.379,4eb6d0d9-3ada-4721-8d02-f9b26f7ac1b7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,e8fb372b-9fb4-4911-84e7-65e5b91ddee8
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.2.2,modeled_data,kg/kWh,CO2e_value:0.379,95f6cfdc-e82a-44d8-9cb9-05a077a848a5
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.379,d0dc44f4-3784-469f-8801-579b12635d54
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,0d7b3b20-3f01-4d28-8733-43f951255e80
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.3.2,modeled_data,kg/kWh,CO2e_value:0.379,8823e46c-2ff5-4197-ab05-43100f8b3405
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.379,77a9f14f-f214-4dac-b060-82a99991f199
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,a3e9d438-61ae-43ac-aa8b-f76c81517c1e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.4.2,modeled_data,kg/kWh,CO2e_value:0.379,296a4538-bbdd-454b-8cbf-03a2cc27fea1
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.379,dffa6480-156d-4879-b7d6-e702346f77fc
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,f34c9a66-49fe-4f99-88ad-647ce4e785e8
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.5.2,modeled_data,kg/kWh,CO2e_value:0.379,c69e8300-3ef4-4102-8b31-2816e18ddfe8
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.379,d87f2875-f5f9-45a9-9558-56e7d111ac90
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,be7cef9f-7de4-4389-8d6c-a21403fdaef1
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,I.6.2,modeled_data,kg/kWh,CO2e_value:0.379,296b2ec0-4637-4691-a752-df16f54749e7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.379,11f5d7b6-2884-463a-af86-366fa299f478
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,fd1a2fba-1d07-4baf-a6a2-19db023df15a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.1.2,modeled_data,kg/kWh,CO2e_value:0.379,e3736e82-8ef1-4ed2-95d6-9056d5e77ec2
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.379,7055aa05-4fbe-4089-9540-bcac46470a45
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,12990574-be2b-461f-b88a-7e5be41081dd
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.2.2,modeled_data,kg/kWh,CO2e_value:0.379,438f621d-8b21-4c80-bab2-7b63b994611f
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.379,15f58222-b3df-40ac-9c69-1883eec64947
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,f349eeb3-1fa1-49f3-bcd8-2703f7bb15ca
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.3.2,modeled_data,kg/kWh,CO2e_value:0.379,a3e0ff71-d003-4ec8-97e6-d28ddbb47671
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.379,54f22746-4a68-42ab-bc28-0b03289536dd
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,ea93ff49-d110-49a4-a6d2-6ff707ddd026
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,0.0019095871536451844,II.4.2,modeled_data,kg/kWh,CO2e_value:0.379,efc11c0c-af5b-4a66-ab9a-752b7ea41f66
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.379,12a3aced-cb2d-4017-b77c-5618242ba067
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,da0fd917-3286-4dd5-b8c6-1ea7e35859d0
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.379,1e74712e-6e8a-442b-bfc9-aab2bb395579
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.379,4219d862-7daa-4f67-8ab8-28bc588d7fa7
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,bdeaf28d-cda6-47ff-b319-1749c2d01b1b
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.379,57478711-5dbc-498b-b94f-d2adbf89305a
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.379,979898be-56cf-418d-afc3-480b8181217b
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,ee9823de-9807-4b69-94da-44e6238e2dba
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.379,26b9336d-7eca-4a39-8f87-8e5985cb18dc
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.379,7ef0722a-1876-4fa3-b525-74abe691fe37
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,5e253431-f9a0-4989-bdf6-39ffc05b3f16
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.379,7aa041dd-a531-4dbe-9e9b-a8035c7856be
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.379,0af3ecf7-83a7-4168-a9c3-0af2283fef06
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,5e89c446-9be5-4cfa-ab76-03cefb1fc559
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.379,a0a36a92-0920-44e6-8408-427ed13199ca
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.379,6d8adaa4-dfa6-4119-8d7d-cc6bdec7c8d1
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,2a1b976c-d8a1-4670-8eca-5c108ed4819c
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.379,1a6f9ca6-a95a-4db7-8d41-8eb74dafeebc
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.379,264a55d8-5aca-49ea-afca-7a3fe4a82321
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,65d92ea1-b07b-48c7-b9dd-59251c149b35
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.379,d390daeb-a99b-4b79-8903-85984301c4fa
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.379,18daa889-c73e-456a-b34d-c2bca035b365
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,d2c6f94e-155a-454d-aab0-6356f679c126
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.379,3639358f-b55a-49b1-9d93-086383abbfef
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.379,08a65eff-b7f4-417a-b675-5d4c6d7ad908
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,133c4609-20c0-44f1-90d8-2dfeb2863b23
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.379,bfee04f8-9526-4f3b-a83b-40918ab2c5b5
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.379,a79f7530-7d3f-4938-9b6c-0638d4c3ae7f
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.379,3266449e-ceb7-4039-b151-0a5fb04dd955
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,6.948192573702871e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.379,b5e3b29b-efeb-43e7-9fa9-033f04ec9da2
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.478,96264ede-a3d7-45f5-8f21-a0e2c32d3e12
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,2117cfcb-fadf-49c4-8e81-6a5edf540997
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.1.2,modeled_data,kg/kWh,CO2e_value:0.478,d12c44f9-2fbb-4726-9175-a61183e029e5
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.478,f76a4b88-22fe-4d9e-99fc-80d88de9776b
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,3bd3faf9-16a0-4cb1-991b-f673e465f980
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.2.2,modeled_data,kg/kWh,CO2e_value:0.478,177eafe1-d41e-495c-87a6-7be27e504735
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.478,81bb8aff-591e-44c4-b039-a6a1e26ee73b
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,cd3c4d64-872b-4d7f-8ffb-1ed4990d04c8
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.3.2,modeled_data,kg/kWh,CO2e_value:0.478,29a2b9e8-631d-4c09-8b9a-40337ab41384
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.478,5927800a-d93e-4561-bcb6-361487eb0ed9
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,6c5c30cf-874e-47ec-a90f-c9c47c4c9ceb
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.4.2,modeled_data,kg/kWh,CO2e_value:0.478,9cb0047a-4051-46d9-8dc6-0a21cb2c739d
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.478,0eba386f-2a79-4143-8eed-43d422f2dbad
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,c5fccd87-8d8a-408d-861b-18e76df4005b
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.5.2,modeled_data,kg/kWh,CO2e_value:0.478,26192c80-30f5-4027-8fcd-848a5ed0932e
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.478,719ddb06-0d74-4628-aa9b-cbb783f3e200
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,77db186f-2f82-440b-9dca-93f9f4c1bee2
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,I.6.2,modeled_data,kg/kWh,CO2e_value:0.478,52c9d8b8-ad56-464f-81dd-d0510090276b
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.478,5faf1e79-af2d-4bfa-85bf-acdd4edd066f
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,0f06388f-aef2-403d-86c1-77305d7456d1
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.1.2,modeled_data,kg/kWh,CO2e_value:0.478,544c0bbe-2967-46e8-bdd5-0cc61d8b11b8
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.478,db66fdd4-a5f7-4188-9a52-8c33d9117132
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,c5f31ac4-cf20-4e49-afc4-d0b02188ae4f
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.2.2,modeled_data,kg/kWh,CO2e_value:0.478,ea1e2770-4ef1-443f-8690-11d4d700abd2
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.478,b0decaff-92a4-4a4a-ab9d-e414ccb5d4e9
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,de77570f-9a8f-45e3-9a83-f86b05195682
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.3.2,modeled_data,kg/kWh,CO2e_value:0.478,38ec8b25-7b1a-4147-89f9-447dfa1ece4c
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.478,cb38573a-8a93-4167-9138-10afd03bdb5c
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,2a847d19-5f16-4af8-958c-f89145d6a390
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.3821257370951646,II.4.2,modeled_data,kg/kWh,CO2e_value:0.478,a9c7c427-3722-4e24-80f0-cedefd7afffa
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.478,51ca5d97-b8d2-4881-af70-56af7c68f7dd
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,7f0c6851-faa3-4b54-91f8-5a713b6f894a
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.1.2,modeled_data,kg/kWh,CO2e_value:0.478,f7900901-6cbb-4706-8c15-5e999d229c65
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.478,81d99ff6-166a-4acf-8dab-5485f016cc55
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,bc8b2a5a-a39c-4ac5-9b4a-11f828ec20a5
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.2.2,modeled_data,kg/kWh,CO2e_value:0.478,a42600b2-70ff-4907-81f6-9b6cc14e7b57
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.478,eca9bd38-094c-44a7-a508-410909923815
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,1e84fb0e-7ae4-4311-91d7-7f65510ba13a
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.3.2,modeled_data,kg/kWh,CO2e_value:0.478,c36d1748-81d3-4d52-9f92-8bb63c65206f
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.478,02af4126-cacd-40b3-a697-20de3949e45a
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,44ebd84c-cb87-4021-b942-9a0c9d35a4c0
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.4.2,modeled_data,kg/kWh,CO2e_value:0.478,4fae1792-d8cc-40e4-b655-bf028aa2397c
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.478,04258e03-a19c-4a65-829f-0f3feca12fbe
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,01d1b3ce-743c-45ae-b817-079512635933
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.5.2,modeled_data,kg/kWh,CO2e_value:0.478,5b855830-0ad5-43fa-bc9b-db5096e6f99c
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.478,4bce8c30-3f17-4a55-a0b0-e3e2486f1139
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,579263a3-bd4f-45bd-ac1e-12f343fab6cf
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,I.6.2,modeled_data,kg/kWh,CO2e_value:0.478,b911704f-ea44-44dc-835a-2646be95f314
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.478,6f4c6ead-3dd3-4c42-9d75-ea05248c6ca0
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,72277c7e-8bce-4cfe-9a91-e562ba49f148
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.1.2,modeled_data,kg/kWh,CO2e_value:0.478,398a2e36-dc79-4d7c-8698-8c8915657281
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.478,1fcd6fd8-c419-4aeb-a56b-51414e5e4c9a
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,0d239ed7-34cb-4770-8b98-f77cf33f472c
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.2.2,modeled_data,kg/kWh,CO2e_value:0.478,3ca38657-0c76-41bb-8b8b-f1b318371658
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.478,9b8fdfc5-8b5c-4230-9827-5ee8bff74c52
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,3ca49c14-05ed-4a56-8206-eb13ad5578b9
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.3.2,modeled_data,kg/kWh,CO2e_value:0.478,6a06203b-d703-49e7-b5ba-bf46f5de6a5d
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.478,a6826138-54f7-4b00-9a53-b8e775a78aee
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,b50f9140-9068-4d0d-a92f-20346fd8cc20
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.0024043146209846763,II.4.2,modeled_data,kg/kWh,CO2e_value:0.478,16168570-e223-4af6-b0cf-f3ab91130d2a
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.478,3dee21b1-ab86-428c-b87d-f06c6064b07d
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,4c821eb4-0617-48ed-8944-09f28ed34fcc
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.478,cc660565-4c26-456d-99b0-6a9d61cb31a1
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.478,886e7036-93df-4071-87e0-6fd47fba5deb
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,c87d292a-986e-4a08-a606-f9fb6cfee169
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.478,b94af6f4-692a-4430-833e-c3582ddd45f7
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.478,04e8a736-230f-40ee-94bb-14d59e302660
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,dd254747-827a-43ff-9ae6-e4631feb734e
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.478,4968d23a-f51c-413c-a8f9-e009edbeb2b8
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.478,80cd9d5c-95e6-4506-9b8d-a7a7de915029
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,87b111ca-662b-45b1-988d-5a54e431e71d
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.478,8f4a531c-854d-47b6-a1f1-76e8b4e1b05b
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.478,d5bc3fba-6962-4fef-b0e9-736156d05818
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,9dafaea9-4d1f-4c58-9e50-1d9bc7ea7216
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.478,6c9e5c82-df8e-46a8-9cf9-b33b942327a4
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.478,04bd5492-c637-4f4e-9652-43f136998a1f
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,41b18ca7-b47f-4b96-b192-e1111e552f60
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.478,1fceca88-3bb0-495a-b6bc-a42e9f3cf45d
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.478,e0d88e61-416e-4300-a35f-2e0d5c7fddde
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,b122cf0f-facc-473a-b60f-1555a65416c1
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.478,d0d7ec6c-6fc8-4c2a-b452-59ea3e2c4c14
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.478,71284489-f703-4d33-bbf0-353f00ce2765
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,49c0a115-1e64-448f-a8db-0100fb566290
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.478,9e139040-18f9-4483-9b28-508a060db81e
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.478,0a2bd58c-5f77-4a79-acc5-8ff687b35f6d
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,d1416a6a-30f9-4077-ad90-54c358b9c97e
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.478,babf7bbc-004d-440f-b3e1-853fb7f63dd5
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.478,eec42902-2758-4431-83f1-6b375fb6d732
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.478,f0c2ca12-5d2a-4577-a343-2dceb598f269
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,8.748299841922266e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.478,e4dd9f26-2d8f-48ce-bd11-4916659f20a6
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,ac21b23e-301a-454f-835b-130c6f9eecb3
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,d46a725d-337d-47af-ba01-2cf7e1660e71
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.1.2,modeled_data,kg/kWh,CO2e_value:0.305,4e632630-2499-4423-9f5d-77188de5e69e
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,624f59e3-87f3-4ff7-a907-f9fe7f2531fb
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,0714c42c-605f-472e-b351-8683e83d85a0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.2.2,modeled_data,kg/kWh,CO2e_value:0.305,352e433b-8231-41bf-92da-531a7b509ce2
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,3e7f06d1-9f12-4eeb-a47e-91f7bd6f7983
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,45e511d2-0bf7-4b03-8d2c-44c8d4a9a193
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.3.2,modeled_data,kg/kWh,CO2e_value:0.305,6b298e61-953d-4bf8-a63d-d4cb42849049
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,84bc8d13-9ac3-4500-9d16-a44c2dd06d15
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,eae468b2-3aac-4b92-aad1-e86b4ec1b54e
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.4.2,modeled_data,kg/kWh,CO2e_value:0.305,41621bd5-8bec-413a-b726-bf6ff929a7b2
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.305,9ccde16f-cc4f-4038-a31d-f021c9c437b2
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,cbb12c6e-41e8-4782-9550-1b872b954202
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.5.2,modeled_data,kg/kWh,CO2e_value:0.305,0751d2e9-23b1-4cd5-b4c4-76c9a471126d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.305,30b36d53-2714-46e0-8866-4cb20c438550
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,14f4fc31-c806-495e-ad5d-3c30e31f7466
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,I.6.2,modeled_data,kg/kWh,CO2e_value:0.305,469aea18-40ed-4f5e-8c2f-84fede661bb0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,c1c281bb-677a-4083-aef5-3e41265f0937
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,c2a993fa-0117-4689-8858-9a6e60149e3d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.1.2,modeled_data,kg/kWh,CO2e_value:0.305,4e68895f-8025-49e5-9243-4ca93a656425
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,77c0989b-e872-448f-b4e7-bc75d428cd3a
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,5090d4d5-1e3d-41fb-8d96-2779f6c9e747
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.2.2,modeled_data,kg/kWh,CO2e_value:0.305,eeac77c3-3347-40a6-8ea5-e90012d3c57d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,49d36808-2eb7-4f59-93f3-b80cd86bcf2e
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,4a1ed2f4-68a0-461c-9920-10a86035ebc2
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.3.2,modeled_data,kg/kWh,CO2e_value:0.305,5567909e-d4e5-4e2a-8728-1c8369dccfbe
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,564ae48f-227f-4c14-a398-e0b82a551051
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,7ec09817-4725-4d7d-9832-f3a73e1ad510
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.24409217091535879,II.4.2,modeled_data,kg/kWh,CO2e_value:0.305,9b3c6031-d3d3-433e-a133-2445af180c10
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,6037aa00-f8e1-4a7a-ad71-f87ec9f29fdc
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,f8bda0a8-7bf1-44b9-93c0-132e15e20911
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.1.2,modeled_data,kg/kWh,CO2e_value:0.305,1d44a4c1-6135-4e26-9bb9-25f07fe7079d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,19861b34-47ca-470a-823f-ecfab320ea3e
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,ce85abd1-87fd-4a47-8bf0-776de747d0ea
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.2.2,modeled_data,kg/kWh,CO2e_value:0.305,e83ff074-9fbd-4971-9a35-fe2e6b106b1c
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,41536a0f-0827-4a04-86c2-40e81a40c3f7
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,7a95a694-c631-4360-94e5-0cb8af137278
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.3.2,modeled_data,kg/kWh,CO2e_value:0.305,d4b5ad43-6593-4b7a-b635-89a576a214d5
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,cce12cc3-fdbb-48c9-ac99-829e4a64b902
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,ffd1de84-3e8d-455a-82a6-8d3423202389
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.4.2,modeled_data,kg/kWh,CO2e_value:0.305,af929d59-48a5-4cec-a143-c769a30eba70
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.305,51998f36-97c0-4fa8-9732-c9d98ad84ca7
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,4db5e0e1-446c-48a5-bb59-0ba2c7539849
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.5.2,modeled_data,kg/kWh,CO2e_value:0.305,096b6f92-6767-4c4a-819a-d09c04e92267
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.305,b1f3d4a8-9e50-47c1-901d-534ab7aff740
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,24300243-d893-4df6-b81c-8c3ee7042ad6
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,I.6.2,modeled_data,kg/kWh,CO2e_value:0.305,90ee44e0-1688-4f01-81a3-c40038033125
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,691ede4d-4e24-49e6-9b60-e6abc9e9a178
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,13c60a2f-f21a-4a58-af43-f04eb121827e
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.1.2,modeled_data,kg/kWh,CO2e_value:0.305,4c6aca2b-f139-431e-b5af-a048483910f0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,85e3877c-ecb0-4800-8f97-7470e24c2ece
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,8d694d10-3a9e-46e8-91a5-840caf80c65f
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.2.2,modeled_data,kg/kWh,CO2e_value:0.305,6db0f676-9ca8-472e-9ac7-7c543c0a01f6
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,872b6994-713b-4058-a8a3-7c639332d3e8
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,136bdb86-1adc-4bf7-b224-cdd1cc660467
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.3.2,modeled_data,kg/kWh,CO2e_value:0.305,e8398da7-1176-448b-b810-45afde930b53
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,3ccb3e0f-2a8b-490b-8a24-a0d221011024
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,a98b4147-c4d6-4d4d-bc3c-e0b2c7375bc7
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,0.0015358148337795224,II.4.2,modeled_data,kg/kWh,CO2e_value:0.305,fbf2b12c-986d-4ff3-9a5a-cd69344fab9f
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,b8112fa3-aaf3-4027-8472-7894f3969e3b
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,7b325e7f-ff74-4f9e-bb3d-7fd6a398131c
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.305,17623a2e-ee94-45dd-b6f3-707fb0af0e41
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,1361ee0b-d9d0-41d8-94e7-97a4163f409f
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,c3f4fa19-668a-4983-b5b6-e510aad4d6f3
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.305,efff1bfb-5c1a-449c-9ad0-e4049bc4649f
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,7729b495-3d60-430f-bbaa-6bdafde61565
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,74593069-e031-4d09-b23f-1ecfaff6285d
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.305,093c89c4-de07-4d9c-808b-9d87372ab203
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,b52454eb-9f3b-4b72-a0a8-11d1763542b1
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,0e6b1cfb-9df1-42b8-aca6-bc1d37e72339
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.305,71694883-9301-4f62-8e48-dd460ad56c88
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.305,f1f9e15a-5777-40e3-9053-3ab010a65b5c
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,802662f4-ed20-4591-bc93-4228946ad468
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.305,66e73301-5644-42a6-8dbd-4aa4ef57800a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.305,742ea6cf-1c3e-486c-b51c-f40dbd30726c
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,66a6063e-6b2e-4d3e-9a45-6682110e2438
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.305,a1fddd87-a27d-4671-8f83-fd63262e311a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.305,707882f8-fba8-4368-8579-af6351d024cf
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,3eefa8bf-5dff-40bb-a719-6f854b01ca2c
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.305,0417244f-53e1-4b93-ba7b-2864f37f498a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.305,70015aa6-76a2-496d-8728-32c4488dcf52
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,f2525e73-2ec0-4806-bd34-8105e09ab10a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.305,270fedeb-7e71-4cde-bd88-867c36283419
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.305,e489a272-496b-430e-9e7a-62043d995561
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,04be4c5d-6017-46cc-a1ce-01472f7a6d35
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.305,9d2774d2-f231-4c64-99fe-a3ad20221c51
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.305,b6888ed4-52b0-472e-a89d-0f5f499b95d7
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.305,eb96bc41-cc65-410b-93f4-3d71f69fdad0
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,5.5881907260842214e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.305,4eec82e6-ee33-4e6e-9e92-5f877cfd1019
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.613,3775eb4d-1769-4beb-a465-8d192730eb49
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,12cf1dce-be5a-432f-af3a-29d65cf44040
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.1.2,modeled_data,kg/kWh,CO2e_value:0.613,f93c8d48-7abb-4693-b135-f81a36815ec2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.613,32eec07c-387d-4ef7-abbe-fbc3f67676f5
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,1896460a-ff6c-457f-8825-fb3b106537e1
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.2.2,modeled_data,kg/kWh,CO2e_value:0.613,e303f6f8-02a9-4a6f-bd04-78e09f900974
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.613,658c60e3-ddbf-4526-9bc0-6a0404f037b4
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,852c872e-15ac-4e1b-94c6-c57f92866ab2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.3.2,modeled_data,kg/kWh,CO2e_value:0.613,67671be0-047b-4491-84cd-94abe06604ee
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.613,a4cd6528-02f0-4165-83ed-1d00fa1e00a5
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,46dd5668-7c74-422d-8ada-0a9919a38d40
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.4.2,modeled_data,kg/kWh,CO2e_value:0.613,30f0f7ef-5801-469c-990b-b0040f402fab
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.613,ea2daf20-07c3-4ead-81db-0e5994db469e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,127ef181-5cb6-4ebc-b244-74deb2614f29
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.5.2,modeled_data,kg/kWh,CO2e_value:0.613,9b7f40d9-62ab-4a31-bf92-02545d134ccc
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.613,0fba2d5e-caf8-4732-9ced-611dc7fd11f1
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,b0d75621-1e44-4074-b8f6-8cca36d0744d
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,I.6.2,modeled_data,kg/kWh,CO2e_value:0.613,7ef67362-5fb6-45e9-a0a5-2c9b1d5783b4
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.613,52431f3a-dc0c-434b-a30e-5a6ed16ea802
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,8d4dbfbc-e6d5-42a2-b605-6c97f3184c6b
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.1.2,modeled_data,kg/kWh,CO2e_value:0.613,fc52d468-f0db-474d-abbb-f38d367fb8c1
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.613,332744ef-6a0e-4d7c-bf83-30777eb84582
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,795815f0-d4fc-45c9-bd17-b3bbfe94a707
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.2.2,modeled_data,kg/kWh,CO2e_value:0.613,983f4c6a-62fb-40d2-87f8-42071b094221
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.613,5aca329c-15af-4620-be10-a57f89a02a9f
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,8ed14ad4-1565-43c7-b80d-e17401aa92fd
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.3.2,modeled_data,kg/kWh,CO2e_value:0.613,4bad2bba-a7ba-4314-af3b-6f97d365c871
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.613,06620a1a-842a-4931-9a7b-15fa26962da9
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,0fbe49a6-37fb-430b-b2d3-8956672a83d7
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.4902338746257824,II.4.2,modeled_data,kg/kWh,CO2e_value:0.613,4da27b26-25c4-4ff8-a556-f7fe55050823
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.613,005f2ca7-5eca-4d3b-b198-9f30aad1f950
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,796cea69-8504-4a32-add8-bac87873ef28
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.1.2,modeled_data,kg/kWh,CO2e_value:0.613,30fcac20-810a-419b-ae58-9fdf25ad82cf
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.613,2657145e-66ce-40a0-bc3b-dc4e13ea577a
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,a3f78f4a-2624-4a37-b7f5-fcfaed77a1e2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.2.2,modeled_data,kg/kWh,CO2e_value:0.613,d4242707-dbba-405f-a8fb-149c9df5e45d
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.613,b410a9f8-52b6-4fa3-8f43-5a1a60671f52
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,dfd699e1-9b9d-4a4c-97d7-b9ccca6ee8be
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.3.2,modeled_data,kg/kWh,CO2e_value:0.613,436d9aa5-7b48-497c-a483-a0b057393c6b
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.613,a4e2b0e1-b747-40a3-9741-8b2d59b026de
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,d104dd97-ae98-4cc8-9b6e-6f82396c37ea
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.4.2,modeled_data,kg/kWh,CO2e_value:0.613,738eed7c-d71e-4fe5-88b8-93edc7ff443f
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.613,4256a7b4-93e4-4872-9c12-7531cea50ede
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,d6a1c95b-d665-4389-8a93-4ca127fa2400
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.5.2,modeled_data,kg/kWh,CO2e_value:0.613,d3a9f6d7-73e6-4478-85b5-cd7e400feb12
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.613,e83f29ab-fdfa-43a6-ab86-029c8d9e34f8
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,eaea2cd7-717e-4ac8-b62c-f8925d10eafc
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,I.6.2,modeled_data,kg/kWh,CO2e_value:0.613,2f594c38-d653-4939-a8f9-e22e013b59b7
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.613,7ac6cf6b-7867-4ddc-9e69-a10d478d3cc9
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,911760c9-425f-4611-b180-2d99f4d042f2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.1.2,modeled_data,kg/kWh,CO2e_value:0.613,15d9d0ed-f4f1-4386-87d1-bf9ae3c56aad
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.613,647ff6ce-82e2-4c76-9235-2f317dda789e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,7667d1c0-00b3-46b2-980f-5687aaa02066
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.2.2,modeled_data,kg/kWh,CO2e_value:0.613,b93e5cde-87b9-4d41-af03-d83ace357796
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.613,15baa8b3-d499-48bb-88f3-7cd331c69ee4
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,07966acc-7d79-4cd0-9409-ab943c04b766
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.3.2,modeled_data,kg/kWh,CO2e_value:0.613,280d7be4-55be-4917-b4cb-3f3c175e7a0b
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.613,d143a906-fc0c-407b-b804-cc895efffe9e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,f41722a0-861e-4808-b492-d0dfee90f9a7
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.0030845252178635634,II.4.2,modeled_data,kg/kWh,CO2e_value:0.613,80820101-3a3b-4222-857d-5835cab1d5db
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.613,3998537f-470a-4706-81c2-b203c202d746
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,6a74e150-b268-4f28-859d-60ee2f0169a8
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.1.2,modeled_data,kg/kWh,CO2e_value:0.613,e1fe7b58-f707-48f9-b02d-64892fb7e16f
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.613,b8296e5e-2b1d-4397-a978-3f240442b0c1
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,9c94023b-4b2a-4277-8e1b-e1e16e3df187
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.2.2,modeled_data,kg/kWh,CO2e_value:0.613,ba643e11-cc35-467c-be05-4298621102b5
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.613,8f076eb4-eb2d-4282-bc4f-fa2e4bb4fa7b
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,8874601c-8221-4534-99ec-8af30b185b5b
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.3.2,modeled_data,kg/kWh,CO2e_value:0.613,1d982a1e-fa79-4799-a156-1f0b1243f638
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.613,07a32107-0e01-4fda-bc67-6ac89585a751
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,ca49f0c8-7fe4-4053-a390-a7e0ce0c7e6e
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.4.2,modeled_data,kg/kWh,CO2e_value:0.613,c3ee8f99-65e1-410f-bd58-14dda35e5fb1
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.613,8d889c87-ef4e-4044-a58a-09b93fd7c8ee
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,5c923ef8-2ad2-4d7c-82f7-c36e9d10c6b2
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.5.2,modeled_data,kg/kWh,CO2e_value:0.613,418e874a-582a-4840-bbf0-1b2a571f439e
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.613,152d9b19-a1a5-4d94-bbf9-7f6ebfa2a9c8
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,72f5191f-3a7f-4bb5-a320-284a42a77059
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,I.6.2,modeled_data,kg/kWh,CO2e_value:0.613,0dadde2f-b848-41e8-ae9a-3c34f56e59a2
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.613,5fb2e7b4-8be3-49b9-a0e1-e692024ef2f7
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,84b0517e-0ff2-479b-850c-064976d18ae3
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.1.2,modeled_data,kg/kWh,CO2e_value:0.613,2dbe05f1-fcb2-4197-8480-3259d423f244
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.613,4e08fa4c-89c9-4e6a-b62e-e8128bd99f98
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,d95321e1-2b98-4e00-80a9-8edb7bfa1bfa
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.2.2,modeled_data,kg/kWh,CO2e_value:0.613,3401815c-842f-4805-9350-8d9534a9cfc9
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.613,9304f1c0-3bdc-4819-a5af-b5f7493cced5
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,ab8f7a96-8ec6-4c50-975e-740d6ed1ce6a
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.3.2,modeled_data,kg/kWh,CO2e_value:0.613,67646f6c-279d-4d8b-88d5-314a7c6e84a5
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.613,5a08178c-44cf-47f6-b10d-b543e7d5f64c
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.613,abc3c4b9-1938-4e44-8d17-b60cc7968f55
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,0.00011223302990516996,II.4.2,modeled_data,kg/kWh,CO2e_value:0.613,1668e780-e027-436b-bec1-20db1487a935
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.514,7f342d55-0421-4cfd-9eb7-e48d26c3f5c1
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,af9c072a-278b-47e5-bffc-1a12bfca10cc
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.1.2,modeled_data,kg/kWh,CO2e_value:0.514,c5e15f18-adc9-4f16-a531-9bfd037d7099
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.514,52ac8645-3498-4414-b7f6-d13fb46fc037
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,0e5f9910-fc68-4e54-a430-cefd54169329
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.2.2,modeled_data,kg/kWh,CO2e_value:0.514,a84cf138-7a09-4f4a-a741-6d1b748812f6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.514,d398e66a-20d7-4ce3-b5d8-c7ec9f16cd60
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,248fe9d1-438e-42ff-a4d4-7f70d1f32b4a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.3.2,modeled_data,kg/kWh,CO2e_value:0.514,a5e79fbc-1238-40d9-9f4b-e34ca0294dc6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.514,c3285020-a602-454b-a1a5-339ec3aab9a5
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,2e346939-c152-49d6-9802-dc85afc8d636
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.4.2,modeled_data,kg/kWh,CO2e_value:0.514,2ad70659-7c58-44d6-a14f-c21d5462e0d3
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.514,a836166b-b2c7-43b1-aa6a-5b041fe48661
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,d2f514ba-1d96-4150-bbe8-3552d07c2586
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.5.2,modeled_data,kg/kWh,CO2e_value:0.514,89f11e5b-76f7-4aad-a177-c87fdfcb2df6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.514,00521a32-b6d8-4f51-a06b-09cc323312c7
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,a38e3f26-b05c-416a-b680-df535fc3c8ce
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,I.6.2,modeled_data,kg/kWh,CO2e_value:0.514,cb279320-5d9d-44e2-bc3f-9ade6341d02b
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.514,238693a1-9902-4570-9324-392b0e036b76
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,3954aea0-002b-41dc-a975-d8d5e7314bbb
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.1.2,modeled_data,kg/kWh,CO2e_value:0.514,d354969c-71b6-4d51-af51-ec3bd895546b
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.514,944c2476-a653-486a-8bac-d21c686b535a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,e6c4b0bf-bddd-4039-befe-fd58b4ac2ba8
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.2.2,modeled_data,kg/kWh,CO2e_value:0.514,f4fc8856-0a19-4285-b52f-19ebcda2d352
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.514,41f0ddad-f73c-421c-845d-2298dbd0b085
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,cb47bc10-0894-4a26-8641-a3b9256b89a7
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.3.2,modeled_data,kg/kWh,CO2e_value:0.514,2931d3e4-f98e-4ad3-8d0e-b90e3f50f8ef
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.514,6e0197be-595f-4c05-9453-0346cdb44794
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,aa0dfa7b-ae9a-47ce-b8c4-b864bce95288
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.4113976231515921,II.4.2,modeled_data,kg/kWh,CO2e_value:0.514,71629f1b-97c7-4192-a742-edea61fdf4cf
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.514,445c6869-99f4-42cf-a4d8-e6a49c764ccb
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,a02864c9-fb9e-4157-a076-2e00213dee84
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.1.2,modeled_data,kg/kWh,CO2e_value:0.514,28a0a2c5-3170-4f40-914b-8cc8f2e0d9fd
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.514,cfce0aa2-acff-4394-9bf8-8723a7b64474
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,c2fd3051-e13a-469d-a3dc-0f777c725443
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.2.2,modeled_data,kg/kWh,CO2e_value:0.514,c40c0295-7560-4681-a1c2-68ca96a40ac8
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.514,2bbe267f-e9c2-438c-8f86-16361863e244
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,7fc1e123-f324-420a-9d06-d80a909daaa6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.3.2,modeled_data,kg/kWh,CO2e_value:0.514,c55c10c4-1137-4c1d-bd0a-0940d9dbd3dc
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.514,4e099dd7-536e-4a97-b887-8f609deb2ee6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,aa3b9129-d9f4-469a-b1a0-9eb9098b88cf
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.4.2,modeled_data,kg/kWh,CO2e_value:0.514,dadea099-5767-46bb-b944-101f629c7029
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.514,36e40499-4ace-4d8e-82ed-03e43eb838a6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,a4ee972f-8419-4a92-90e9-879b59b7b7cf
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.5.2,modeled_data,kg/kWh,CO2e_value:0.514,34dcc884-80ee-4d33-84ec-6e8fc5cb7c3b
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.514,530ff1bd-2d42-4f59-9cc9-ef2d364c464d
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,a2d1a0ef-8688-4349-b90b-29c7b4fa2cae
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,I.6.2,modeled_data,kg/kWh,CO2e_value:0.514,3905e1d5-30a9-49d1-8260-4372803cb455
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.514,2ba4fe9d-11c7-4a2d-b430-0b42e723874a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,e2cd727f-91fd-4ff4-a181-eae336ecb985
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.1.2,modeled_data,kg/kWh,CO2e_value:0.514,58297949-b053-4c5d-9858-4943806b8837
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.514,5a153aef-9d80-4e83-9f39-f65134c478c1
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,cb40642f-52a4-4b9e-82fc-a9e4d538d05d
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.2.2,modeled_data,kg/kWh,CO2e_value:0.514,7ec611dc-879e-41ae-9777-320fdc5106a3
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.514,aa1d4141-93f0-4648-8c61-7b9cf911b053
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,4abd7151-7582-44e2-8e66-7171d044dff0
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.3.2,modeled_data,kg/kWh,CO2e_value:0.514,faab5023-30a3-4c17-8f3a-3a90e800ba96
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.514,15b3e28d-fbca-43f0-a9d1-aca3b46aa63d
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,5d90ea62-fedb-4e81-86ae-2bf7f0db93b6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.0025884917564068296,II.4.2,modeled_data,kg/kWh,CO2e_value:0.514,3fe86e15-0ed6-47c1-8836-52014b054c36
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.514,68c462e1-f151-425b-9037-a5dce72fab44
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,d39ad017-8c41-46e7-a956-317642509eff
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.514,89574768-4223-46ae-b6ae-015ee06a42b8
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.514,23c64cf5-aeb1-451b-9b78-2600479a35c0
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,aa14815a-b842-41f9-8247-da4db08ae2e8
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.514,982bdf47-f8a4-4502-a946-f13ec9c0e23f
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.514,ebbf91d5-c39e-4745-922f-9e51502028b6
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,f77a3924-205b-4e15-98d9-e5a88e1bdc0f
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.514,0f45fffd-05af-408d-819a-9af83c27e7e5
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.514,be72dbf9-ef9a-4023-baf1-a9c8010c504b
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,cf351a81-36e8-4123-928c-338d551b63be
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.514,fb731bd3-d251-46e6-8c07-0d7a56c58603
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.514,8446fde6-5abe-4049-b418-6bcc8e3bcc6b
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,d195ff25-5ab6-4e53-b60b-8c0ee08d463e
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.514,4759bbf8-e808-46b7-8cf6-def6b24d0f8e
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.514,f3d5165f-0e31-4f48-97f1-6f297bbce130
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,75fc8085-18d0-45a7-8617-eacb4a5c2881
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.514,dba6a67d-fe7a-44fe-a82c-7b302f3d1683
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.514,ab3f049d-9312-47b4-afb2-85b5e90db12a
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,01892d9c-7f99-4cae-979f-ff6878000c49
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.514,5cf0d583-0805-40a2-b2b0-3922f1504a2c
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.514,cc35d34c-dd9b-41ef-bd71-83497ded632e
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,c0ecc879-9fbb-4125-9820-29f0ed601083
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.514,042adad6-05b5-4b6a-99d4-eac75cb7cef0
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.514,ca5c7e33-9f45-43f3-a761-19ae696d041f
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,f2b08a7a-e3e8-4fb5-8708-10a85093577a
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.514,4bae8862-6bf4-4100-afcb-e3a52b757296
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.514,8e2da191-3183-4dc4-9016-46889a69ce4a
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.514,f71c6233-c368-4503-9a9d-a4eca12afda8
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,9.418443753470515e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.514,8096814e-3034-4892-928e-3289b114342a
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,6e621c4c-01f5-47f2-b24f-f014c0290523
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,18832a5c-228f-44fd-bdc5-676d8dbd9e94
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.1.2,modeled_data,kg/kWh,CO2e_value:0.14,03a1f7b2-03c4-4b8f-b86b-ac3e7744364e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,21bfeea0-f7ea-4162-b919-ef670ead0387
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,a584cfb3-239c-4350-a176-54a46abf5f95
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.2.2,modeled_data,kg/kWh,CO2e_value:0.14,b08ab54c-09c9-430f-bd42-814dfa736f0b
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,a190c21a-fe0f-4ec7-ba81-15e80e26bee3
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,c051f448-a566-412e-b920-ffd66c199488
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.3.2,modeled_data,kg/kWh,CO2e_value:0.14,47ed6f33-1add-4556-a84e-b5dd375869fc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,28cb6b0f-8a25-458c-bfc0-e5cde44093ef
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,52962535-264f-4cd5-8fd9-f974e87210fe
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.4.2,modeled_data,kg/kWh,CO2e_value:0.14,3eafb710-9887-4b15-adaf-717b8ffc36d3
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.14,e9f9aaf5-ee8d-44ea-9b6d-739c1f1dd6f4
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,681c8686-d795-4fb4-baab-2f9d57c10560
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.5.2,modeled_data,kg/kWh,CO2e_value:0.14,2f1854d4-03dc-47dc-ac54-64b9afb7d8cf
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.14,027ce439-9153-488c-a492-c541d59ff117
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,16346740-2800-41a7-b5e0-44c495275a6f
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,I.6.2,modeled_data,kg/kWh,CO2e_value:0.14,b5c9bbf9-cf3b-4182-afa9-6b7b0a444de5
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,1aa55d8c-c686-4e1b-9f18-c0a0fd2a0fc6
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,02f0a8c3-1dd1-467b-9825-fb7ff03e2b16
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.1.2,modeled_data,kg/kWh,CO2e_value:0.14,0d3bc356-faa8-49d0-acdf-f77e83c3d5eb
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,10c2fd0d-5724-4b94-871c-2456d83567f7
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,feb49ace-6059-499e-bc4f-7d533bc38f9d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.2.2,modeled_data,kg/kWh,CO2e_value:0.14,04718167-1066-40e7-9521-aa615e78dec8
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,474f2579-141c-4e8b-94e7-2dd05437a018
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,8c651489-6f25-40c0-8e35-387967426f30
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.3.2,modeled_data,kg/kWh,CO2e_value:0.14,e862e363-7ccf-4598-8e6f-b97b75bda3d4
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,0f73b950-6a65-41e1-9c5c-13b6e412500b
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,6ba333ce-dd98-44b2-b16a-4a2bd66742b1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.11178263630590585,II.4.2,modeled_data,kg/kWh,CO2e_value:0.14,a06b957f-1e74-4fa8-ad23-2fb09e7c735e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,6af3b185-2703-4b23-9a7d-beef87faa797
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,4b5f5d3f-925d-429c-b397-9b4bb31c2cd0
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.1.2,modeled_data,kg/kWh,CO2e_value:0.14,ed624e7f-6b54-42ab-a542-150e987d80be
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,93ac4fea-3ef1-4fad-a801-0357d6b2337b
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,578da63d-8745-46f0-a428-c747b4d931dc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.2.2,modeled_data,kg/kWh,CO2e_value:0.14,fe53b8b6-1b03-4775-9839-38beec7675b6
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,d583eaac-14b0-4b85-b021-90e606e4fb34
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,09d44406-c914-47af-9598-d4a6d072dbb6
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.3.2,modeled_data,kg/kWh,CO2e_value:0.14,92011284-ea45-47cd-9f66-a337b4739fa6
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,b63673dd-444f-48ce-9581-1667c97fffe1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,44539351-b19a-4029-a886-8fc1177889e8
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.4.2,modeled_data,kg/kWh,CO2e_value:0.14,1021aa1c-dc53-457e-83a1-7fec24fa0639
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.14,d778b30f-c8d1-4364-b6bd-4d0f2d73d657
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,7f9cd3ff-34ce-4189-946a-b41e9d6c5718
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.5.2,modeled_data,kg/kWh,CO2e_value:0.14,e2e37ec9-cdf3-4c1d-8a8a-a9c87addf4ea
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.14,0ca2bb9e-3b0f-4926-aee3-972cbcaa9292
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,79b1df6e-1746-48cb-89be-9b3bfbe33fbc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,I.6.2,modeled_data,kg/kWh,CO2e_value:0.14,80e2db20-8fe5-4677-9d1d-f95648766a96
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,bd3adca7-4765-4263-94eb-dbb8b650b52c
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,532b8732-dc1a-4eaa-af62-4ef7dc18789e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.1.2,modeled_data,kg/kWh,CO2e_value:0.14,b4147851-f8c2-4371-91d5-4c9e8259ab4f
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,8ef339d3-f033-4e48-b79a-067a6eb1ef12
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,b9e9ad44-a8b2-46ab-b2a8-7cb9347fe9fd
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.2.2,modeled_data,kg/kWh,CO2e_value:0.14,a2607533-cfd4-4397-ab11-4f0db4e55f6e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,663f7206-f440-4326-ab6f-2bd6a8b3423d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,22b4a264-a518-4a1b-9660-abb2fe53deda
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.3.2,modeled_data,kg/kWh,CO2e_value:0.14,33aebef5-43b6-4349-b82c-b4404545b7ce
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,3c562425-2b2d-4878-9b17-5b4609ccf878
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,2140da7e-2c18-44a9-87b5-3b099808706f
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,0.0007033303458844745,II.4.2,modeled_data,kg/kWh,CO2e_value:0.14,ad7d61be-ad11-4a79-9087-ef11326e5f16
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,a492f371-a182-4126-b445-c37e9a5924f9
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,5f04b340-d351-4235-9e65-f39e98351699
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.14,0cd215c2-a292-4299-9806-644ac3755abf
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,9544d987-abdd-418e-ab5e-94f8b4ba7faf
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,49237021-ab8d-4c92-950f-8cf8678ca7d0
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.14,8a109f4a-3f3a-41c2-aa8b-c13b19ebbb88
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,cf504b29-71fa-4546-81ad-819da52b52e7
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,718c75a5-68e4-49c6-be51-4c116a996edb
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.14,e8915481-db45-415a-baed-b5f46933b544
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,ff63655e-2069-4d2f-af30-91d546c3e75f
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,acc4aaf9-aff0-4bfe-b267-5aa684a72fa6
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.14,ae1046af-a6c3-46be-ab6f-285d1c1b2f46
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.14,4a19afbb-902e-4da2-80e5-030a58a76ec8
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,83e67922-3d28-4437-937a-137724834afe
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.14,760c1868-de2c-4e6b-a0d5-e8db31c9ab2c
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.14,ac4ee6a1-40ce-46aa-a3c2-94a68732d3d8
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,60b5125a-a258-49fa-bc2d-b70c65207d75
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.14,35d37842-e974-407a-9729-ba19bb8b160c
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.14,8f4e3b7b-7a8d-4564-aadd-836a8bc4422f
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,e4167c51-8a9f-4607-89a0-c8f35b1ecc1a
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.14,83f42a0d-e74d-4b32-b216-8aba74f58fcc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.14,6e54cf6a-12a5-4490-b98e-08152027c58b
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,dc437116-a00b-4530-b88b-239c79217805
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.14,22f4e849-bb79-4f11-a100-b2692bf43eb5
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.14,0d2525d3-ce8d-41c6-8e40-e57003b46a3d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,626fecfd-489b-4373-9bcf-8505b7d082c1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.14,1c5575dc-59f9-4a7f-9a32-33273f454457
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.14,3a2a0d1c-ddc4-45ba-97ff-12637cfedaf4
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.14,2758d3ea-0d56-49ba-b1f8-14526fae21bf
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,2.559126289054621e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.14,a76e5074-2124-4f9a-92bf-2959b4f25e7b
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.219,53760040-4842-4bb9-9dae-f91a90d1002d
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,98ba7fd8-bea4-4b57-9965-6db9f8300915
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.1.2,modeled_data,kg/kWh,CO2e_value:0.219,a602f531-cac1-4146-90d7-e6915f055517
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.219,cdffdbc5-d873-4706-b2c9-3bb29653eb9a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,a41494ae-2e41-4cd6-be5c-c900fac7b91b
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.2.2,modeled_data,kg/kWh,CO2e_value:0.219,4f344b51-1648-42f7-b65e-8a3a7fac10d1
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.219,85be4efc-354f-423c-81c1-7774443cc408
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,f9ab328f-25aa-48c7-bccb-a0a562208b26
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.3.2,modeled_data,kg/kWh,CO2e_value:0.219,2b81702e-2ced-4d50-8d51-70f99f4d5553
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.219,3705f8a4-7c96-4455-9164-319c46dbb9f1
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,139d814a-169b-4049-a50a-3b184cbcd9eb
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.4.2,modeled_data,kg/kWh,CO2e_value:0.219,cdb1bcb3-8107-4f32-8d55-0d98c7879656
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.219,db3025c1-81c3-4a8e-81fe-5b2d50c5d78e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,5d5bf588-570f-4f68-9411-8af6f0df8a06
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.5.2,modeled_data,kg/kWh,CO2e_value:0.219,228da49c-31bf-4637-b767-ad362b50ef44
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.219,32c95a75-5701-4443-a349-054e1787beca
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,f87ca001-076a-4378-893e-371927be11e8
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,I.6.2,modeled_data,kg/kWh,CO2e_value:0.219,5cedb801-710d-4ec9-841e-483ed63443c1
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.219,1de38e82-678b-4f1d-965c-f044acb9fcdd
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,0215717f-3131-4578-9589-a12f684306da
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.1.2,modeled_data,kg/kWh,CO2e_value:0.219,7465f02e-f1cd-4a88-bc21-89eea9dff02d
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.219,449a94a0-3945-4ae7-bf51-b3a6fdf332f7
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,cb37caff-173d-4aa2-ad24-59a116444139
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.2.2,modeled_data,kg/kWh,CO2e_value:0.219,e58f3ca9-012b-409e-bc9e-52be067cd2a1
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.219,e58cedd8-fab1-42a6-ac51-8b89ae465cb5
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,90775f8f-b592-4e65-8b84-e84b5f2dccae
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.3.2,modeled_data,kg/kWh,CO2e_value:0.219,37174952-362b-400a-b098-2d7f0b3b5e5d
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.219,b05adf82-344d-4cba-b087-c41f768c66c3
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,f9af545b-1b46-41a6-8a6c-ae21fef2069f
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.17531851583053615,II.4.2,modeled_data,kg/kWh,CO2e_value:0.219,8b45929b-92b5-4964-8b6a-f5ca7649a0b0
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.219,79b48dee-e221-403d-ae38-fcad8cdac512
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,05210c38-f08f-477c-ac9e-f9170a949a6a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.1.2,modeled_data,kg/kWh,CO2e_value:0.219,747a9fa9-c760-4e5b-9421-839257464a2e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.219,c7f9270a-e719-4a8b-a3cd-c7ca8b9fb8f3
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,7c51d7ee-9aa8-4526-b764-5b7d46168767
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.2.2,modeled_data,kg/kWh,CO2e_value:0.219,a595170d-3c8b-4df9-b914-8bbd42678ad0
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.219,4162b46b-61b0-4fcb-a435-17b6faa73818
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,0d53eb8c-4395-4f15-b12a-5e3ae481ff07
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.3.2,modeled_data,kg/kWh,CO2e_value:0.219,37a36e9a-423e-427a-8b1b-2f5bd400c9f5
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.219,760409ba-a0f4-434b-beb6-61d66a2c3457
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,de48c92b-1b34-4a70-9dbb-1ba7fd4115de
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.4.2,modeled_data,kg/kWh,CO2e_value:0.219,b555ec9e-0ab2-4aa1-850c-95f66b021b10
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.219,302802fa-0ce0-42de-a446-7990b10369fb
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,a213dd1c-94fc-41b5-b0b5-ce80af041f89
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.5.2,modeled_data,kg/kWh,CO2e_value:0.219,db527e0e-fb42-4cf0-b4f5-fb204d3bd452
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.219,8ea0ab40-d4de-4eed-9c6c-8d37b11fde69
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,b8c31998-5c10-42bf-8ffd-5d53c0afa0a7
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,I.6.2,modeled_data,kg/kWh,CO2e_value:0.219,fc368974-8794-4852-a8be-903e53cb3130
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.219,5660e99b-b2a0-4bec-8884-cda2f07dc4c5
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,4acfd235-722c-4a64-9c87-13ecea805391
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.1.2,modeled_data,kg/kWh,CO2e_value:0.219,67aa8c5c-5d33-4b2f-a2c5-872dbaa182a4
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.219,88b19592-0522-4f4e-849e-b420bc8f51e9
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,7f4f5eba-4b50-4186-9820-571d39a8e4f2
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.2.2,modeled_data,kg/kWh,CO2e_value:0.219,254a716d-1a8c-4c69-9f6e-d66aeaf79602
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.219,e629eff3-15e4-400f-bce1-e04b0e984756
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,b5d1ac46-11e3-453b-858a-9a29817b31bc
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.3.2,modeled_data,kg/kWh,CO2e_value:0.219,16b77f97-e2d4-48cc-a47e-bf5d0e09807a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.219,e8e64c0d-9edb-4602-af17-b9682eb6f3df
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,a65e07a6-f8b6-4b7a-a091-e77f614b384e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,0.001103094688531058,II.4.2,modeled_data,kg/kWh,CO2e_value:0.219,beee7f97-8a98-46f9-9678-caabfee4628d
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.219,a95b59d3-c66d-433a-b026-dacb49a3459a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,13c35266-f78e-4bea-a0ec-0d1a3490b386
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.219,2299c880-c5f6-41ac-86bd-1e7412c387bf
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.219,e2e26c2e-46c4-4baf-a5a8-2a9ea37347de
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,0e9c44d0-6e02-459f-8995-a82d09628963
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.219,7740920a-37ad-4a19-ae9a-3a4260d6400d
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.219,01bb9dde-2e89-482d-b8a2-6a161890cc62
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,974ad26a-65c4-42ab-acbc-68261ef7bce9
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.219,579a5f4f-fd1d-4fb5-ab9a-f5aa15563ec3
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.219,775c45fb-4936-43e7-823f-05741fcd3138
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,5c03cad2-7242-4cee-9609-f27bd71ca809
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.219,0be96aad-aabc-46ee-9c76-d8bbe7e60611
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.219,67e9a7ba-48e9-490b-9bbf-86ce6e941ed4
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,7e578605-69fe-4606-b191-1a74e87cef4f
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.219,5ad689f9-d4ae-403c-b7ec-a3882175a24a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.219,6517fd37-6203-4ca4-af2f-12bfd5044585
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,a6b76528-ac75-4366-bd78-980057b8b12b
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.219,f98e62f8-c86b-4af9-b7ae-e5c3a8f7f89a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.219,b998c686-8fb1-4ba6-b501-1e1257a642f8
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,6857783a-91ac-4710-a0d9-7e3346337376
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.219,db3dbfd3-3fc2-447a-ba95-4d246300eec6
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.219,13fafcc1-7df3-4014-9a09-5dad4fbbe401
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,a20e0eaa-9b54-4d61-b876-14465bc460cc
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.219,af37bca2-1224-4ed2-8827-07afaf70ae8d
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.219,5aee951d-890b-4504-a4f0-cbc88b72c0d1
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,da4c15fc-523f-4209-bce7-b909e49efbef
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.219,743bfa1e-5864-425f-86ad-9b5fee38d7b3
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.219,e8c41b08-e5e5-4e6d-90b4-26f6b292a50f
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.219,110d6a97-a394-4aad-b183-8ffb6bbe8cb6
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,4.0137022854976225e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.219,f6aecd3c-2f3e-4585-8d86-bb1d528b15ec
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.517,a11fbdd5-2eae-4f8a-841c-de8c6a1c698a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,1b609a45-d35f-43e5-8008-264aca41a4ce
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.1.2,modeled_data,kg/kWh,CO2e_value:0.517,f46d6eed-85dd-4a2b-850e-760da42e84ca
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.517,99b5c697-76df-408b-bbb4-18f6f5a4cc8b
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,38911db8-29de-4af5-b3c3-32a36f1356cc
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.2.2,modeled_data,kg/kWh,CO2e_value:0.517,f46168b0-6ab2-4b65-b594-5b8336a16b00
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.517,5b0dcccf-c55c-49f9-abbd-b02841ae9628
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,50ab1ba3-bcda-4b32-9a72-51e48e36585a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.3.2,modeled_data,kg/kWh,CO2e_value:0.517,80bf733f-2f2d-4953-a457-80a72d6abc40
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.517,c1856795-c3f4-4bcd-8b84-1f4fb511a4ae
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,68faf2b7-051f-4df9-a24e-efc9b8829aeb
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.4.2,modeled_data,kg/kWh,CO2e_value:0.517,a976a475-ec0c-4d81-9076-63a783df6db2
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.517,2cc351a0-0aea-44b4-b813-f783582f6bd0
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,862ef194-316d-440a-b87d-f4987da6a46c
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.5.2,modeled_data,kg/kWh,CO2e_value:0.517,d99a90aa-7b37-42b6-91a9-1e73e5dcf891
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.517,32532e3e-6b7a-48bc-a530-7fa69a8ae42b
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,e1902762-3057-4cf1-a212-618c81cbdb06
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,I.6.2,modeled_data,kg/kWh,CO2e_value:0.517,76433856-de0a-4577-9665-35066e91aff3
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.517,725efeee-5196-41ba-bfe1-181f0a77e283
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,2821b390-ef20-4de4-ae7e-8f59142ba8d4
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.1.2,modeled_data,kg/kWh,CO2e_value:0.517,2c537d38-9cb7-406a-b978-ce2de65e285a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.517,be943aac-bbaf-4949-bdea-d0be1098f556
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,b5c0920d-f979-4f6d-a986-592f596561f1
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.2.2,modeled_data,kg/kWh,CO2e_value:0.517,0d1f4e20-ba70-4d2a-916f-5765b0de413d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.517,ef615808-15eb-42fa-9315-f02ca8379a28
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,13c6c869-48c0-4cb4-a028-388b36e9a1b6
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.3.2,modeled_data,kg/kWh,CO2e_value:0.517,4f2146ac-9df1-48fa-bdfc-788949e861fa
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.517,3f6f7b88-cc66-4122-a6e5-bb3ad75c83db
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,8df42c99-46c5-4e71-9eb3-cb6f9163c8f9
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.4139831261906922,II.4.2,modeled_data,kg/kWh,CO2e_value:0.517,2ca4f463-03d3-46c7-99f3-53551805f37e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.517,6d2de41e-04d0-456f-b19b-dce3208ee211
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,b2a67757-7453-4a0e-b114-cbfdf6c7e06c
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.1.2,modeled_data,kg/kWh,CO2e_value:0.517,eb8b7828-e47a-4a4b-9f70-6db559fe427e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.517,f76d41b0-e716-4ded-a873-340ac34447a7
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,024786c8-f804-4c67-b334-74499d55c82e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.2.2,modeled_data,kg/kWh,CO2e_value:0.517,4fb09dd0-1d16-40dc-aa2f-5aeecff09861
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.517,f8a4cbe4-7cb2-4f6a-80a3-59e86de1253d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,440e835a-6e81-4472-a77d-47d85a5a1aac
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.3.2,modeled_data,kg/kWh,CO2e_value:0.517,b479016f-877d-4f73-a172-6443902a0700
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.517,93cc827a-879b-4104-90a6-93ad0d7c08e0
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,b2c1f197-73d9-495b-9b83-98a8b64f46d7
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.4.2,modeled_data,kg/kWh,CO2e_value:0.517,57bd44f4-ed85-4b4a-a11f-561fbca8e59c
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.517,0d66f5ab-5088-416e-a850-76ac6a337bca
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,0a5392fe-3c1a-46e0-96c5-04bc68fe88aa
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.5.2,modeled_data,kg/kWh,CO2e_value:0.517,df89570d-7c6a-48da-bd36-f9e2433cb9c9
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.517,6f1c2af3-ab5d-4bbd-a398-5776a2af52b5
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,1418a269-522d-4640-be9b-b1159527ed93
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,I.6.2,modeled_data,kg/kWh,CO2e_value:0.517,1dcd81e5-b27f-4bd6-9c40-3a9d82d3cbf6
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.517,dcf74026-dac9-4d53-a4c9-27876f2fadbd
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,7c66c92e-da0b-4886-b5c7-163ba0f484bb
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.1.2,modeled_data,kg/kWh,CO2e_value:0.517,145e9b10-ec59-464c-8120-56e32004ec50
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.517,359405ba-8498-4d90-977f-b0dce0f69162
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,6506508b-2249-4306-989d-4c5e488a71d1
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.2.2,modeled_data,kg/kWh,CO2e_value:0.517,a115a401-7e98-4ae4-883a-efd200e0f4ac
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.517,773926f0-5646-45b5-945f-436906d5aac0
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,9d6a2665-d893-4f5a-8bf4-a7ac2b9205bb
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.3.2,modeled_data,kg/kWh,CO2e_value:0.517,5ec5e2fd-81fd-4cd9-b31f-5ef4eae73953
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.517,1d47c620-b6f7-4ad9-9777-d0e9f91ef777
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,1d4b75fe-4b07-4996-861b-09e488baf739
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.002604759602709892,II.4.2,modeled_data,kg/kWh,CO2e_value:0.517,3258fc1c-f412-4388-9b8f-c1d1d1bc0675
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.517,735bbe4d-bfc4-4d8f-b807-e606a29445ce
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,e3ff4f5d-f0c8-4954-91b9-ac4fd5f9b756
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.517,bf9e4ec8-56e4-4c7c-bdf3-05bc636d2428
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.517,81f186c8-487a-4910-8b71-d69e8ef747b4
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,51d2eb0d-4338-4f59-a18a-f0d1ba8d64cd
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.517,6665263f-2cf3-4d3b-92c3-d9011fff7536
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.517,97193b88-560c-4830-976f-2a7fbbf5482b
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,5da71b8e-4d48-4aa0-a0b7-4e256e49c471
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.517,17fd9ea3-c376-49a4-a111-d2bd6994bd8d
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.517,a61539d5-6f6d-4cdf-bbb0-79a64de0dc36
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,47d34e46-97f9-46bd-b08b-131944914861
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.517,736a0059-ff27-404b-880a-748bd498f0e0
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.517,7b1d10ad-a2ed-4c51-b891-2f7839567774
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,fc171212-be71-4ae1-8b33-4bbe37b8ceed
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.517,007ed0ab-21e8-415b-9a2c-278b1f630298
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.517,fc7ec6a3-666a-4d58-b7c4-acdf0ce5a235
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,fc58b0c0-95ee-4775-879c-34fc373fb4a4
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.517,723894a8-ce5b-42dc-a8da-4608d8f15869
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.517,3cb68fdd-4e8a-4b24-890e-8857dbc3801d
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,df7a4c1c-cea8-4838-b58b-648d70d8cc01
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.517,ce0e36f3-d326-4271-8bae-0d383a8a4162
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.517,e5e5b8b6-d4eb-4900-8a03-b5011819c468
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,b0eb759c-7c9f-4930-99bd-193a697a5df4
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.517,295c0b62-da31-48f5-99a0-2d62c8750d37
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.517,552f9246-63df-4190-b65e-891346086061
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,871c2d15-d405-4bd1-97fd-7eec6dd1d198
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.517,7e953392-846e-4043-83ee-bc3c492550da
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.517,ebc5ed78-472e-4894-8d37-b8cd755d1f6b
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.517,8022855f-3754-43fb-92fe-4d53f7313649
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,9.477635672863833e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.517,0769d177-5d2b-42ac-8ac5-b1c7b616f029
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.325,cce048b1-41ff-4a89-b083-bbc4edc93d23
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,f304e89c-0c05-4958-beea-915539bc0b3e
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.1.2,modeled_data,kg/kWh,CO2e_value:0.325,1a228834-17ce-4c44-b591-6c3d4be0cb38
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.325,a66e84b9-9e0c-4e84-bc03-729b338059f6
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,94649002-5cd8-493e-8ee7-c2105382d573
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.2.2,modeled_data,kg/kWh,CO2e_value:0.325,3d37aba9-992c-47d6-97a2-30a952ec8a65
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.325,52d9f71c-d85e-499f-933b-607fcf4d724f
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,a8fc92b6-e7c8-4b24-bc59-02d47678dece
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.3.2,modeled_data,kg/kWh,CO2e_value:0.325,17c479f4-d5d2-4dbd-bd67-b07368cc7eef
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.325,6cba2f03-a2af-4823-a0ba-b0cd0a0f18ae
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,872aa0e1-d6aa-4874-b8c0-c259325e37c8
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.4.2,modeled_data,kg/kWh,CO2e_value:0.325,4a58e790-b2d6-4e27-a9fb-f013013f1555
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.325,0f91d4a4-1759-4a3b-adc4-8008f6731cd8
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,15535865-7ea8-4de0-97e9-ccc91c92a4af
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.5.2,modeled_data,kg/kWh,CO2e_value:0.325,cb06a6d9-36c8-461d-86ed-82c8b1f50f37
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.325,acb0e624-5b3e-4240-a6e4-3a63a25c1ddf
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,d1a67199-4f5c-46fc-b809-fe51ff2f67ec
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,I.6.2,modeled_data,kg/kWh,CO2e_value:0.325,d98b7120-8c3b-4865-adbb-a372f8a30799
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.325,19086f95-f2b6-4f0a-acb9-7eeb067b41d4
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,97c877e8-2314-4a8a-a447-88404ede81d8
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.1.2,modeled_data,kg/kWh,CO2e_value:0.325,04ab5ac8-6cc5-42d1-af06-62da5a6d3509
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.325,e1cb0b22-ae7b-4cd4-bd50-53548f4a29ba
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,25f2e8f7-ecb3-49c7-95e7-7a1a8bbeeca1
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.2.2,modeled_data,kg/kWh,CO2e_value:0.325,28f1dea8-d8f5-4144-92ff-fc4b8ffe1084
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.325,04fc8cf0-8782-4b19-8b86-372727f82682
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,ba501ec1-efe5-4896-a270-c97cf0f9b77a
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.3.2,modeled_data,kg/kWh,CO2e_value:0.325,b931ccc2-8bcf-406b-9f51-8fa9176da56e
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.325,c123e32c-f6c9-4c3f-9211-45308f261dc4
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,5fd1f098-b4d0-4262-93b3-89eab93336ee
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.26013390184160395,II.4.2,modeled_data,kg/kWh,CO2e_value:0.325,3d00a078-1f63-4261-94e8-491adb47c5c0
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.325,10c8be2d-155e-41d6-9742-fcac02f89acc
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,5d700d20-81c9-465b-bd19-a8b061b5f5bb
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.1.2,modeled_data,kg/kWh,CO2e_value:0.325,04c7d217-8c77-486f-95b5-5f162f8378b9
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.325,f9f6a1d9-d260-4985-bbdc-5e9efe6dd829
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,b4f9e94c-6e81-4956-aa51-09448291f5c1
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.2.2,modeled_data,kg/kWh,CO2e_value:0.325,bd4ae22c-7484-4222-a1c8-93ad919d190d
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.325,c78b1f76-709e-41bc-b9ec-0d26b4f4ccdf
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,68007f81-1adf-47ce-9431-c042bfe55212
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.3.2,modeled_data,kg/kWh,CO2e_value:0.325,c53dbf6f-725f-4987-bcd7-21d62ca55bc4
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.325,3968314d-5e81-4601-9ae0-f2dd2eef8354
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,ac960e79-fe83-4985-9dbf-78ddde44768e
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.4.2,modeled_data,kg/kWh,CO2e_value:0.325,67491934-ab17-4c55-bff5-ecec6347956a
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.325,8ce312f9-c935-4929-826f-245e9848a0a3
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,0432c25b-4a71-4a96-a0dd-e61d5d5596c3
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.5.2,modeled_data,kg/kWh,CO2e_value:0.325,2adae2b7-e3d0-488f-993e-4eb57f3b981f
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.325,e60dd6d3-000b-45e4-bc46-728b9cfd6b16
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,5254e9e8-98bd-4784-8acb-b9d6319bda35
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,I.6.2,modeled_data,kg/kWh,CO2e_value:0.325,b8d847e9-3422-4cda-907a-84c6a5c9ddbb
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.325,48e7be72-8333-4e23-a126-58e234f3b7a4
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,fc2725a1-11c1-4057-a349-19f0cd71a301
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.1.2,modeled_data,kg/kWh,CO2e_value:0.325,5134b985-7f94-4076-b114-283e88bfaf95
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.325,900cadcd-7258-4522-8247-bae4d5d19d03
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,f2104bcd-2a63-4401-b3ce-0797e6bb91db
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.2.2,modeled_data,kg/kWh,CO2e_value:0.325,519d8cda-ff33-4c3f-b581-5089911c29dd
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.325,6b5b49e7-b60b-467b-b403-0db33ff36955
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,19e7a156-bec8-4232-b351-dace869bc208
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.3.2,modeled_data,kg/kWh,CO2e_value:0.325,a9c58e17-f14f-4839-928f-a949d0b77edb
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.325,da53259b-b36d-43c4-85ac-94290bc47142
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,2264e7b1-9404-4f41-8d17-3c8faf9861ad
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,0.0016367485434664675,II.4.2,modeled_data,kg/kWh,CO2e_value:0.325,bb982bb6-dbd7-4f77-8392-10bed2ec43f8
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.325,55da50c8-2ac0-4fc1-be48-2cb67a760f7c
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,bfd7ea75-8913-4f28-8a91-d326bdafec93
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.325,5a598e56-3f96-4c89-84d0-ce4322ebc581
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.325,77847494-1aa7-49df-b52e-99000d05625d
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,ae409e6b-a45d-43f4-a43a-b2fcbd54bf9a
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.325,bd97b8c7-e74e-485d-ad00-0965029c0bfa
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.325,308c3c9a-b57e-4272-86d7-ce249b795c71
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,df35f13e-4e95-4980-bc5e-b0995dc4e03c
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.325,177ef1a3-c903-433d-9307-9efd57a5a5a3
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.325,651e8901-f990-4090-9b91-c29702dd514a
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,5f127a93-02b1-441a-b18f-dee82549aec1
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.325,73e48f19-401e-46cb-bc39-3c0585d96dbf
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.325,a65cccd2-6a9a-4ee1-986c-520ad5ee0f4b
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,6b6de92e-35c6-4a4c-a317-03a5a4334baa
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.325,66a9e595-6e48-4158-b326-efa743d9cdfa
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.325,055fd99d-e878-407a-b55a-5f6994003792
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,8f9602dc-3d27-4957-b244-c501c50b7a77
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.325,3e343a81-07b2-451a-b524-ba219fd921b0
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.325,dbdec47b-989b-4977-8050-8890bc1d0b4d
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,40513a1c-4e9f-4aaa-9e84-806bd58ab682
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.325,692d5433-2932-49f7-a0b0-f5a8183d57b7
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.325,d1ab1f94-122d-4091-9268-8a9b08e9f940
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,1ecf9da4-1344-4fce-b67f-3f825f7c4ff2
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.325,fe772156-e6e1-4855-b84f-58b16299e81d
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.325,47f1aa31-baa8-40b2-aeef-8519971f4309
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,fe5e4069-37d7-4255-9a71-cbdcc755ff30
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.325,3e88b168-5c2f-4f6c-9a4e-f4008a301255
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.325,f12f0249-9305-4153-8fce-c96a8ea3217f
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.325,1c360251-cb30-4f07-8329-7abadb03d911
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,5.955446470732691e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.325,5958d5ff-ba83-42f5-a52a-2e6321484b7f
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,43ce1290-3c6a-4556-a835-1cd0b64eafce
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,8d4147fa-d00b-4775-a15d-09aa2e6d004b
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.1.2,modeled_data,kg/kWh,CO2e_value:0.207,bdec41d6-26cb-477e-ad90-676d8e53de30
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,acc6a8ca-5bf0-4681-8079-385871411bc5
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,a85d28cc-be5e-41ad-ab10-c914822dfe2d
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.2.2,modeled_data,kg/kWh,CO2e_value:0.207,1ac9228d-9a8a-42ee-af4a-211bdda6eb5e
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,9cb0dd9d-7dd1-4a89-9da5-3825c2bc0dc8
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,4e389475-5e2a-42a9-9fc1-cb91dfa6b2ce
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.3.2,modeled_data,kg/kWh,CO2e_value:0.207,a4281cc9-e3f3-4cb6-b38f-0699ead02998
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,0c0edca1-4e88-41df-ac0e-3a73a1999e28
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,36c49aee-9fa5-43d2-a922-8af17f6cecb3
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.4.2,modeled_data,kg/kWh,CO2e_value:0.207,438927e0-37b2-4aba-81cf-7f840737150c
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.207,8e78ff50-f846-4ae7-b29b-a8e3b9b58717
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,021ca54b-0470-4444-90a3-76eaada9e384
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.5.2,modeled_data,kg/kWh,CO2e_value:0.207,9122d6cf-cf65-4537-9e28-1547d69b4bf8
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.207,74cd69cc-b196-4663-ae99-28f16473a63c
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,51acd10a-beb3-471e-a3ab-4212d2b51fe2
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,I.6.2,modeled_data,kg/kWh,CO2e_value:0.207,14194c52-3231-4840-bfb1-05e362927aba
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,6fd62ac3-c173-4e6b-a12d-52593ede62d7
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,647ed4cf-544e-47a6-8d95-108f40b5fa8f
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.1.2,modeled_data,kg/kWh,CO2e_value:0.207,0fe40896-3b20-4fc2-a1be-807ca7c3068e
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,47ce22b0-35d0-4bdf-ab5a-f4536ce14843
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,b024c3de-c805-4a10-9fae-93cec74dc119
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.2.2,modeled_data,kg/kWh,CO2e_value:0.207,7db6aa65-e676-4b30-84d8-0eb8b28cfecf
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,492efa8a-d8ec-4a79-a33b-0a6158e70961
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,eb5ddeb5-dbb2-4f1f-920d-45886c36d9e2
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.3.2,modeled_data,kg/kWh,CO2e_value:0.207,c765d41e-dbdb-482c-8185-4bce287201d3
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,3f16a104-2ae0-4be0-a9e3-9cd2ae0fbae6
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,3e9e9dd6-60be-49ca-85b7-b18295d94d88
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.16584269255193684,II.4.2,modeled_data,kg/kWh,CO2e_value:0.207,80cf3c9c-fc67-45b2-baaa-2fe7864af50b
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,824ac232-dec0-4b93-8aa2-39854b4bed6f
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,591fe46f-9720-4d6c-9844-38841af48ba7
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.1.2,modeled_data,kg/kWh,CO2e_value:0.207,ebdfbd89-8e5b-4adb-9f54-64c17ddc75c2
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,55eb3835-938b-48a3-a113-5092724689d3
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,3537a08a-ce39-452b-9df1-6d326a0ec4f5
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.2.2,modeled_data,kg/kWh,CO2e_value:0.207,20d517bd-971a-497f-a1b9-17558f3c1eea
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,a40292ce-ebe8-4a78-8480-4622317905ee
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,b409e372-950d-4b45-b403-d7cc9a692041
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.3.2,modeled_data,kg/kWh,CO2e_value:0.207,1e15aff1-6a7d-4561-8f4f-00bd15e5565b
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,5eb91cf6-aab9-41b1-a074-985dad3b40b7
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,a60188e1-dbbd-43af-83b2-f0936e9bad16
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.4.2,modeled_data,kg/kWh,CO2e_value:0.207,1a9792dc-437f-4ffa-a4e0-213163d16102
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.207,c975ce59-3c0f-4c27-8fa7-a6ddcec14214
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,e39cc01c-c539-4a8d-804a-f33cd48777b5
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.5.2,modeled_data,kg/kWh,CO2e_value:0.207,b6963fc8-0ae5-4f1b-ab08-9b81bf25a4d4
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.207,0cc15d32-01d0-4ed0-b0ab-7cb008d8f997
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,e6a7ae3b-6ac9-46aa-b93b-be22441f7d90
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,I.6.2,modeled_data,kg/kWh,CO2e_value:0.207,465f6b74-9572-45a5-ae7b-ff64610ddec3
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,4c5f9f32-5bf8-47fc-8f0b-dd2ded2d70e4
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,6f37ec9f-8e13-4ad8-a379-543f34af3246
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.1.2,modeled_data,kg/kWh,CO2e_value:0.207,97d307f5-afc5-4060-b1b0-e418f8593034
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,fb30545c-fad6-41ef-8d4d-f7aaf5f37f80
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,5fd8700c-57b2-4d30-9f76-a5b3c1745619
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.2.2,modeled_data,kg/kWh,CO2e_value:0.207,5c5402bd-bc60-4908-b45d-f81c84f4e831
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,270aa3c8-887f-452c-af9b-7bb7f5796284
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,97af3126-fcf6-4249-870a-a540478873ec
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.3.2,modeled_data,kg/kWh,CO2e_value:0.207,633b6224-d1db-4967-b31b-92868c84aa68
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,2b384a4b-23e2-4ef5-84d1-c1e51bbcbbb2
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,532b3e7b-1c40-43a0-9126-54bce19cfb70
+US-NY,New York,2021,technical source: EPA eGrid,CH4,0.0010434733172311461,II.4.2,modeled_data,kg/kWh,CO2e_value:0.207,f43d5aab-5a5f-45e0-93fd-f14f1195c020
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,d059e38f-9e7f-43eb-ae53-8bd394c74e35
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,be48562c-f7ad-4dd9-8c6a-7648f03fc3df
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.207,d0805010-e9dc-4593-908e-898aee767ef7
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,6f828f0c-61dd-4c0b-b399-f87421a4bae5
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,945831ec-5243-4149-88db-61825d8253be
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.207,0b6103fe-0a12-4318-9310-7eb45d17644d
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,30395cc7-544c-4735-981f-31c83e41495b
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,2752d4bc-6dfc-4607-9291-f1f3f494db2b
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.207,5428d37b-1a0f-4bdf-92ba-1ae33c944977
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,a6bcc548-21a5-4ab6-8923-f3fdf6f3b6bd
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,ce25e271-f052-4795-a62e-03d73dd7286a
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.207,33f07612-e2bf-4413-bdd6-54152bf6bf99
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.207,bb22e566-e4e1-4492-88b4-caa6adb0a623
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,06d964c6-48d0-4b51-931a-209f286273c8
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.207,fc4af624-2f6f-4884-804a-f0fad4e08822
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.207,10da53b2-6c8d-4c0a-a81b-813c7225cf63
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,8598c015-fc8c-4fef-85cc-48a94b488205
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.207,1dce40e3-3c26-4a2c-afbf-072c237fb9f3
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.207,34c4ecfe-3e3e-476c-8647-d98c10193e36
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,60a1de28-639c-40a1-b231-0d386fabcadf
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.207,c756b160-dc99-4c22-8169-0ee09ada8c41
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.207,c5627664-51d3-4f78-a7b2-a629d0355bcf
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,551a1b58-50bd-4bfc-846c-a2bdccf27397
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.207,5c7de396-9578-43b8-ab2c-3164a56876b2
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.207,284f121a-6c7a-41bd-ae52-fadf3d866a69
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,06082052-08b9-489b-87f2-45b7e4283d0d
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.207,1464e790-2d78-4280-8ab0-91be38e76739
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.207,ba4f0067-babc-44ee-98b2-6c63d31031e9
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.207,4eff1c77-0ca9-444e-a4a1-2039cce21f95
+US-NY,New York,2021,technical source: EPA eGrid,N2O,3.796764939375844e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.207,d3bdeb13-ebaa-42de-8e25-3538783b7929
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.551,ed597182-78de-445f-a663-49aca9becc93
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,31183930-7c0a-4faf-8db2-c5be3ec94d0c
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.1.2,modeled_data,kg/kWh,CO2e_value:0.551,7d7128aa-4b93-48e2-9641-3c65a2b113a0
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.551,5302b6ca-bc2a-4476-9d0a-e30ffd3278dd
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,55e2db92-c647-401e-bc0a-832f2eaeb32d
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.2.2,modeled_data,kg/kWh,CO2e_value:0.551,3529370a-1624-4328-b6d7-599eaa210ff6
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.551,38063bda-3235-4a53-9509-8914a36a9124
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,bf034e93-12b6-45f2-8269-ce8eddfcac32
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.3.2,modeled_data,kg/kWh,CO2e_value:0.551,8ab3cc51-8392-41c7-ab92-04f8b974b7a9
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.551,977921f1-ab82-457f-8387-4d42b24991d2
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,aa3eb2ee-8d0b-4049-8cab-615b3b5e2811
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.4.2,modeled_data,kg/kWh,CO2e_value:0.551,21e2fba8-42cc-49e1-8ce5-d9da1dabae06
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.551,2a9f8005-32b3-40e4-bce6-ced9764831e6
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,bb6e596d-7a9f-4bb5-8f0a-bb26c25a13dd
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.5.2,modeled_data,kg/kWh,CO2e_value:0.551,33919afc-5e74-4727-b976-0565fef274f7
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.551,7dc06552-d523-466f-8690-88368a52bf09
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,6c3c9f30-9bf1-4600-817c-5618cd488cea
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,I.6.2,modeled_data,kg/kWh,CO2e_value:0.551,c54ce9fe-a806-41f3-996d-17cb89664fe5
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.551,4c8bd02d-a17e-4f26-9cc8-7993974c8f41
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,07e55f5d-d9b3-40b4-a4e0-7d61646a7ce1
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.1.2,modeled_data,kg/kWh,CO2e_value:0.551,849a25e1-b80c-4aa2-8ac4-205c3724c03f
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.551,bf3e4761-daa5-4a42-8234-d984d0c9c367
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,f1ef8a5f-e335-4ab7-98f8-135f9bc40ec1
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.2.2,modeled_data,kg/kWh,CO2e_value:0.551,33c49da9-8b20-490d-99b1-325d1cb2c500
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.551,1e1139fd-a026-4b20-921f-0974b6bad5ea
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,6614779d-fc82-40c5-8af9-cdddc45554b8
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.3.2,modeled_data,kg/kWh,CO2e_value:0.551,d1cf63c5-69b5-4b2d-ab64-b7ee7dbc116b
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.551,04dd179d-2704-4b3f-a2e3-605f0758b4a2
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,578e32c4-0ed7-44a6-be2a-84b48b0e0323
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.4408447790982491,II.4.2,modeled_data,kg/kWh,CO2e_value:0.551,5b7aca0f-93de-4490-bc99-05fb98eba86e
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.551,49991ba6-3eab-4e9e-b8c9-febb3d7c4754
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,79abf599-2652-4739-9e82-f9f040907154
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.1.2,modeled_data,kg/kWh,CO2e_value:0.551,7a48f809-b67d-4243-94ca-3b522785ede4
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.551,391afdad-aec1-433e-9802-eb2055a10086
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,70a2111b-1d52-45a8-9f6b-f2cbefe801c8
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.2.2,modeled_data,kg/kWh,CO2e_value:0.551,1cf709c5-61e0-48a1-b5b1-2138d6b7174d
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.551,7313736e-3fbc-4c57-88f1-fe1b1091584a
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,22f2e2cc-6446-4a29-b2f7-c5c3d1b15b38
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.3.2,modeled_data,kg/kWh,CO2e_value:0.551,112f7c8a-2d51-4893-91f5-88778e4eafc1
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.551,4616e4bb-b4ef-4f6f-b9c2-b4a8a04c4f34
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,b8b1e3d8-8822-440c-989c-1af330d13914
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.4.2,modeled_data,kg/kWh,CO2e_value:0.551,61e27f05-6dce-445d-be39-cd96844404e2
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.551,438b8ad3-50b8-47b6-a92e-46fdd5e61dcb
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,cac54b38-a35e-461d-89ed-dee500afb2ff
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.5.2,modeled_data,kg/kWh,CO2e_value:0.551,d7dd2f30-ac5b-4ef1-83ad-ed791b041f55
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.551,2bd49980-0ba2-4a84-8ff1-d165297cf9f2
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,02041c52-78ef-4b50-9436-b7d9c02ed03a
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,I.6.2,modeled_data,kg/kWh,CO2e_value:0.551,664c6749-17bc-44aa-8ea8-17810cb2119a
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.551,6a9d1796-7565-4987-8ae0-a71e0a808b2d
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,60bfe841-eb26-4524-acdb-123b01fa9b21
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.1.2,modeled_data,kg/kWh,CO2e_value:0.551,d965abd1-f74e-4a85-9e91-81eecc4e308b
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.551,f522f195-4db5-42c8-9955-00c4b13af9da
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,53dd3a1d-93c8-4cb7-9ce7-db039e41965a
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.2.2,modeled_data,kg/kWh,CO2e_value:0.551,4b5e955f-e177-4152-8acb-19def002aca6
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.551,e028f81e-0b21-447a-8377-1974c116c201
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,ea9e4c15-72d5-4679-926d-ee39a92cf576
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.3.2,modeled_data,kg/kWh,CO2e_value:0.551,8dbc64ae-86aa-4023-92cf-319a577634ae
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.551,e8e3a899-f77b-4f75-bb84-ba04c6fac383
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,5aa9d93b-5617-4d71-b040-59bb00105a98
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.002773771680567842,II.4.2,modeled_data,kg/kWh,CO2e_value:0.551,4ac3028f-cda0-4b3b-a955-3cacdd86bd45
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.551,d71f7373-12f1-4a10-99c7-93483430d3d9
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,3a1d27d5-a1b5-41b1-9391-87f2fa003c0d
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.1.2,modeled_data,kg/kWh,CO2e_value:0.551,3ede22e2-7a37-4b28-a0d8-a3649ab3da47
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.551,ad74c6f1-f6cc-42a0-b654-a84b0378fd84
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,08d9d314-1b9d-401a-a9e3-784b2474b378
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.2.2,modeled_data,kg/kWh,CO2e_value:0.551,31dbc558-6d98-4946-9544-671804089983
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.551,7ec11dd7-eb4e-470d-b92c-1df207b0d261
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,dd96dc92-33f6-4e49-a354-daec66bf7b29
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.3.2,modeled_data,kg/kWh,CO2e_value:0.551,d25a0b21-222f-454d-af85-699c0a2ffe2c
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.551,4107f5d9-6aa7-487f-8e7e-92a961916427
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,02ce0823-59b3-413e-a246-a61e20117841
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.4.2,modeled_data,kg/kWh,CO2e_value:0.551,0d57f9bb-a5a0-40af-86a0-5a34a4711700
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.551,3bfd4f5d-c619-4ff5-b251-7d443bdea48a
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,3798f585-3464-461b-b0b3-0bc8dd297234
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.5.2,modeled_data,kg/kWh,CO2e_value:0.551,86e9418f-6338-4a42-aab0-c6b279f37318
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.551,037391da-6c4e-4f4d-aba8-a4a46f4301c9
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,eb176d13-e0fa-48f5-a6aa-cce629f50238
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,I.6.2,modeled_data,kg/kWh,CO2e_value:0.551,17eaafdb-c91e-4d81-9308-de4890dcfce1
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.551,4153e593-9ade-44b7-bb43-8dc00557d677
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,dbb78b27-b867-4e92-b68e-443ce4de50fe
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.1.2,modeled_data,kg/kWh,CO2e_value:0.551,b929419e-718c-45b8-a4eb-b008e98c3e74
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.551,8c54a2df-ca95-4e2a-8eb1-b14f79990ab7
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,97281f41-4d75-42fc-a235-2fb1778a43fd
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.2.2,modeled_data,kg/kWh,CO2e_value:0.551,b8a5f5ed-dc43-4445-992b-79259ee70649
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.551,a116d474-7664-4b61-b8c5-e35d9eb4238a
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,bbcd6a98-e3a0-486e-87da-27b69c0f8001
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.3.2,modeled_data,kg/kWh,CO2e_value:0.551,20409566-dd4c-42bc-a506-312302b052b8
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.551,f37e954a-5fae-474a-99bc-8987daff9034
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.551,60f28c0f-b979-42cf-965e-23720a7362d7
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,0.00010092600254080794,II.4.2,modeled_data,kg/kWh,CO2e_value:0.551,045ccf55-6e3b-4791-ad60-d9db6c4aae7c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.343,d32a764f-2588-4be0-88c5-dc1e9c7e42a8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,aa6d5c5c-bee3-4d73-bbd2-11789abaf6b3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.1.2,modeled_data,kg/kWh,CO2e_value:0.343,16b03d79-7483-45b2-b44c-b36e8a9f0fad
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.343,b7ad1e09-068d-4c60-af7f-79827bd00906
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,e0680f0d-ce9e-49e6-ab98-586c86e51170
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.2.2,modeled_data,kg/kWh,CO2e_value:0.343,fd7eeae6-d6ab-4afc-96a0-a3fa11ae2cce
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.343,4ac5259c-1bbb-4a80-aa52-4358b208fa8c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,209d15ce-0e8e-4f43-82b9-d3f81c9101fa
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.3.2,modeled_data,kg/kWh,CO2e_value:0.343,adbaccb4-d47f-4914-b2d7-e33406194a5d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.343,d3c021d6-6532-4153-9ac7-83493448d84f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,b68943e4-de02-4c63-867b-bd460f464be8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.4.2,modeled_data,kg/kWh,CO2e_value:0.343,a861e424-9e1a-47cc-87cf-5b4155272386
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.343,7ee1bd6d-0b0e-4dd1-ba0e-ee2eb9e99fe2
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,dd87118f-79a1-4cca-8495-af840cbc7d9d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.5.2,modeled_data,kg/kWh,CO2e_value:0.343,003cb577-97f6-4754-b162-8a2be9590b03
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.343,10b4bd63-5350-4d00-826e-ac0a19650696
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,70560bbf-2f18-4611-a5f0-8431c47888a5
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,I.6.2,modeled_data,kg/kWh,CO2e_value:0.343,ee7b3fd8-a005-46bc-8ec5-777c00645f5e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.343,0d38e387-9ba3-4537-b413-9c33d5239443
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,88af1243-19da-4d68-acb9-b30301ac090f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.1.2,modeled_data,kg/kWh,CO2e_value:0.343,fe68f84e-661b-4b31-b0c0-ce27e7a8e7ae
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.343,b94397af-6112-47d1-aa75-9734e65159b9
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,5e6f20e1-9286-4813-9dbf-17afa3513b40
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.2.2,modeled_data,kg/kWh,CO2e_value:0.343,ab88e181-b869-4c6a-af30-73309836c5d9
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.343,b9d4921f-a4e8-4180-8e48-3471ae45a48a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,30e0098d-9cce-478b-991e-3a54b2ceef28
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.3.2,modeled_data,kg/kWh,CO2e_value:0.343,17644772-1dba-4611-aa74-4b469e2d8d01
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.343,613ceda9-21a9-4f96-8a4c-671235eaab36
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,39fad713-6695-4f8a-92fb-340cda54107d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.2745695364238411,II.4.2,modeled_data,kg/kWh,CO2e_value:0.343,3d35fc33-b4c4-42b0-809c-97c39a9617b2
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.343,5ce99dd8-4e84-4ec1-830f-e889498ade9d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,6b78b6bb-1baf-4cef-9f49-0295e821d7b3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.1.2,modeled_data,kg/kWh,CO2e_value:0.343,a951d237-46ac-4d70-8c5c-4eb691f4645d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.343,1983b5e4-696c-493e-bf36-105539cf14ab
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,a15bd2da-553a-42e8-a3fa-3c120e7afc9d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.2.2,modeled_data,kg/kWh,CO2e_value:0.343,07618919-7bfa-4ed2-b0d5-0d88fd7ff3fa
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.343,3e88f40f-60a0-4775-9aba-560bc1a640bc
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,c30da1a3-9b1a-4a40-af29-98017c302ae3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.3.2,modeled_data,kg/kWh,CO2e_value:0.343,0f820492-bd03-4bb6-81ca-da0e8dfaa33f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.343,c69ab67e-af3a-4c53-9645-d195f54e5f03
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,e9e8ae9a-b4c8-43ac-9666-b57ec27bcba0
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.4.2,modeled_data,kg/kWh,CO2e_value:0.343,938c5816-0f87-4f8e-af1b-39cd86b139c3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.343,4bc66833-5657-4cb7-a19e-51e3f94e423a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,11caeb0d-1004-4563-ab02-38b74b1095aa
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.5.2,modeled_data,kg/kWh,CO2e_value:0.343,f5039aeb-1d4d-4743-8511-e065fcc6e3dd
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.343,04e09ebe-28c1-450d-8451-17bb5d4f31d9
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,3341de3c-a83e-4670-a7c4-44fa9e899b5a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,I.6.2,modeled_data,kg/kWh,CO2e_value:0.343,0732227a-4e25-4de3-835c-3252b492f9a6
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.343,6c82d89e-330e-415e-b838-399db1262f66
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,4cf928c3-4ccf-4249-aab9-5bb4bebbc3b7
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.1.2,modeled_data,kg/kWh,CO2e_value:0.343,f1797c45-e177-4a82-b709-caf8e0861f3a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.343,09712dbc-1dd2-4187-8c9d-c34252b1bd94
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,13311207-71fa-4125-b740-217946c592d5
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.2.2,modeled_data,kg/kWh,CO2e_value:0.343,2562eb82-1b0b-4c7c-8669-8aee52a47f23
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.343,739c2c3f-e7d2-440f-a6ec-c0e22da78886
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,e6e8c46f-8092-4717-a65b-bdeda7e43f8f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.3.2,modeled_data,kg/kWh,CO2e_value:0.343,5006b6d7-5ce5-4128-87db-8422ff3dbbd8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.343,91ac09aa-ea99-43f4-bfe2-81fcdc083ac6
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,dc969892-feb0-4ead-8c5c-37bc3abd1170
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,0.001727576781190275,II.4.2,modeled_data,kg/kWh,CO2e_value:0.343,19836316-1a09-411a-b446-4770e026172a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.343,4837d44e-8c8f-49cc-b752-d58653b66ed5
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,e547e574-e9cf-4cc5-bb6a-09c8cfa17b87
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.343,82064810-15cb-4486-82cf-0bc3779486be
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.343,f44b24da-ebc2-42ee-96cf-c4bd7ac0439b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,7c525bd5-52c7-4bf5-a6db-e7e499f72de3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.343,188d4849-6d6b-4e7e-88aa-f2726ae96223
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.343,0747c537-c6d4-41b0-8adf-8f9cf3f4e156
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,d0e30b38-8a48-4bef-b586-5f949af100c4
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.343,a5c4ff61-b4ac-456c-8687-4821c5c09278
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.343,c73832bf-5a80-45f0-8103-12a59dbd61ed
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,5904e82b-132b-4898-8ad4-7c593023f5ff
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.343,1690f15d-e535-445c-97d4-7c4ceac12e16
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.343,e92a6a5e-7c5b-4875-a680-33d299128437
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,4856a9e1-e38c-4e69-bc21-7af903fb57b9
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.343,f92511e2-112a-4f7b-a1b3-7bc9af14984f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.343,1ffa2c79-97dd-4ee9-8212-a41d0bbda080
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,73419a6b-d70a-41da-9028-d31824ffe123
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.343,0a7a6989-5a1d-4cbb-b33b-0e5026e03e1e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.343,f1a44e98-fcd6-4b1b-9666-49614786a4b8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,311a6fbe-7a3d-4fae-923d-be34afa1465a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.343,cbebb66f-f76c-49b4-8b3f-fc624a0d13e3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.343,c2eb15b4-8a6e-4b60-9a3f-932f365e3a3d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,9dae0376-fa14-41a6-9223-a14e72e13248
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.343,088500ed-e2d1-4f09-b76f-addd49f6af6e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.343,250294dc-ca0f-426b-959a-156657127755
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,2d43213c-54b4-4f5b-a747-7ddb898f1cbd
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.343,47cb53e7-e599-49bb-bbca-0363fd4075cb
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.343,79cdebd0-ce9d-4492-941b-6b9a5f37db43
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.343,8c140b33-72b1-4792-b249-9b2b03254f7e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,6.285932610435922e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.343,0dbea1dc-f208-4d04-8280-f590f80720b1
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.148,a8f6fbe1-149d-45df-bb60-b920fe401f78
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,7f350023-73d0-403d-aa6f-66c6717b428a
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.1.2,modeled_data,kg/kWh,CO2e_value:0.148,88b0800a-da63-4802-b238-dc02ed87fcce
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.148,b690a5f2-be9e-47df-89f8-34957a38cb98
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,5c204563-7f8c-4199-b79d-1628e84c448e
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.2.2,modeled_data,kg/kWh,CO2e_value:0.148,122db757-b9a9-4330-b325-c9cc35369256
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.148,d62fa20d-dd6c-4463-80f2-123bc3aed1a2
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,b6c533d5-887c-4a8f-a96a-aad23a0e0005
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.3.2,modeled_data,kg/kWh,CO2e_value:0.148,10785e49-4d6b-4d6b-8511-428c18fc3b04
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.148,a1aabe9d-b093-47d3-b5fb-2cd2ecb29971
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,3abaae7b-0845-4737-8b20-2fd4a01b9cb9
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.4.2,modeled_data,kg/kWh,CO2e_value:0.148,b3cb6886-0859-4b88-9e26-9efcc8598d54
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.148,3fd184ef-d383-4433-b794-ba4db3d538c0
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,2b538cff-2786-4235-821e-7c2dbd48c366
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.5.2,modeled_data,kg/kWh,CO2e_value:0.148,cc496a6e-3580-47bf-9c6b-841ab8c4c231
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.148,a044c3d1-357c-49fe-8e4b-bf6cf8d08d82
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,f95f823c-39ae-4e6c-867f-7ae73cc07540
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,I.6.2,modeled_data,kg/kWh,CO2e_value:0.148,0e234720-6405-47e4-ac73-efd4b1291e7c
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.148,eb9880a1-290a-44fa-aa3d-0cf9deedfc05
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,6f111984-cd69-4915-9730-723b566e07b4
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.1.2,modeled_data,kg/kWh,CO2e_value:0.148,39976855-42e7-4ec0-8160-bc9c81f11141
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.148,a2c0b7d7-1943-4272-983f-fb8bce97e2b9
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,150e70c6-011b-4273-841d-ec4187423c88
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.2.2,modeled_data,kg/kWh,CO2e_value:0.148,57dcc8fc-8ad1-4ec6-8c9d-999df1404e18
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.148,ba28dc73-82f4-47a4-8e46-4d2cd8cb9365
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,26b54342-fa30-408c-9407-17ff7e3d3bab
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.3.2,modeled_data,kg/kWh,CO2e_value:0.148,5331b477-68b4-44d6-aef4-af473a66875d
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.148,23d9e8fc-42ae-408f-9b7c-9da2ac439903
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,e5d316b5-3744-4b48-858f-37fefeefea34
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.11855901297287491,II.4.2,modeled_data,kg/kWh,CO2e_value:0.148,09f23775-4539-4a1b-a01c-21fd5321e30e
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.148,b8462751-1062-48da-9aa1-1c26bed61a2f
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,308618c1-7a66-48c8-9e29-31e10130f686
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.1.2,modeled_data,kg/kWh,CO2e_value:0.148,192c8fbe-b16b-4190-97b6-784d7f553d59
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.148,1ade2881-4d29-43f5-8a3e-4e562014ee1c
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,173f3f9c-263e-404e-bdf4-9f7a8841efb9
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.2.2,modeled_data,kg/kWh,CO2e_value:0.148,342de4ea-5378-4711-9102-6ceea6961250
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.148,180afff3-118d-4c01-a354-909aff5cabee
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,9dd5002f-5edb-4cbc-aede-5e0b2971e0bb
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.3.2,modeled_data,kg/kWh,CO2e_value:0.148,bed8a7e8-83ff-42a5-bd9f-31e4d4d665a5
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.148,3f65e9a5-3a04-440a-93e4-5d9af1f73960
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,068d2b60-d0d5-4a99-be67-9f2dc81cca2f
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.4.2,modeled_data,kg/kWh,CO2e_value:0.148,2f7c8136-853b-43f2-a5ee-235a05196b87
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.148,66d6b423-7ac3-4dc4-bb1a-fbfe62a8e9af
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,d3bb2192-83ca-4b3b-8b44-7a93c7a6b3a7
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.5.2,modeled_data,kg/kWh,CO2e_value:0.148,a40412b9-4ab0-4ba0-a1c9-452d646b7ab3
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.148,d73f0456-4134-4139-bcf7-2ab1382b8aa0
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,44328a62-ca54-446c-b628-a38202ddfc8b
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,I.6.2,modeled_data,kg/kWh,CO2e_value:0.148,06918b39-261c-4cac-ae48-bf970a48bcf1
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.148,2320d907-6e7d-46c0-b404-7703b7336484
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,d69c6706-5108-44ae-9244-96b3a45c9b6a
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.1.2,modeled_data,kg/kWh,CO2e_value:0.148,8aba3c3a-05fc-4ee9-b8c3-9482a4df17f7
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.148,bff9710b-28cd-4be5-8e42-319e78ba9dc0
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,91fee246-8fba-42a0-89a6-7df3cbab5546
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.2.2,modeled_data,kg/kWh,CO2e_value:0.148,82f39a6a-ef13-41c8-a9d5-f4cbbe0c7fd7
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.148,82f00baf-1122-4f81-b2d5-3fc905891f3f
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,370be1f0-161d-43d4-80e5-decbfa6e2d64
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.3.2,modeled_data,kg/kWh,CO2e_value:0.148,5ca0a9e8-3005-4c58-910f-c0a14b134fed
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.148,1c715307-c68c-401a-8a3b-60b8a8704c55
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,c7481a85-1654-42b7-84f5-602ddf70951f
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,0.0007459669440407397,II.4.2,modeled_data,kg/kWh,CO2e_value:0.148,0ca428a5-3ae9-407e-94cf-b743c86634e2
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.148,c9abdff6-f8b5-4423-8fb0-0ce890a18575
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,6073ab0d-4d86-4bff-bc8a-95d25067c9bf
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.148,9e86c024-7d6a-4fbd-9be9-ddde79fb0283
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.148,7eff91dc-471f-47cb-bf03-74e8f13e01bc
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,23afe3ae-d048-4caf-97e6-67611d7348af
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.148,e3e730f6-d824-4bff-a099-1dd89166d359
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.148,80740ca5-0e86-4554-9aa8-89d5686d0029
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,dc438b1e-0062-4f27-ae43-e25a82e5a62a
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.148,e4415a5c-5323-4cdf-bbf6-6faa49a0042a
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.148,828591f8-69e0-455b-8e08-383984ae02ed
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,122f20d0-613a-402e-9e43-a9248a25baaf
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.148,30a5d518-78f5-4494-97b5-00503b57c27c
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.148,d76a2c0c-7d37-465b-82dd-cee8d95e3a06
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,e0cc2e61-a8a4-45bf-ac5b-ad61b156db06
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.148,ebe4eea9-83ad-4667-ab77-47b4c98a612a
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.148,eed4f48f-c8ae-4e36-916c-ab2c03c2887a
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,7d83a4fa-1d91-46ce-af1d-79f0280442d3
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.148,bd77428d-6990-464a-8a2a-7c56a0fec06b
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.148,4d721ddd-612a-464e-88bd-c84d23a9a478
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,37f1925e-57ab-4fd1-9f24-6164eec2ecaf
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.148,e687d818-f3ee-474c-a50d-996ceed0e6f7
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.148,304f382a-eb86-4076-baf4-6d0747ff2d4a
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,ee80394e-3a6e-4721-ae64-b3fbaa53c2c5
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.148,91bdf370-c05a-4647-992e-2fe78538dbdb
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.148,e8a5675d-2255-48bb-ba9a-92addd1fcc28
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,43594c7b-2304-4734-894e-acc59de8f4b1
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.148,82f78c71-8acb-4151-b8c9-d9fc58194337
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.148,30ad162b-c620-49f7-b5c3-c671669985bc
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.148,ea5cc9b8-11e2-42ec-a3db-847ed5d14636
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,2.7142631175108725e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.148,fad7aea8-f18a-48e6-95f4-10c64a016e5e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.331,5b6d2b36-d756-4d56-ab9c-57ccfbe5ec58
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,32dac286-d1f5-44fd-b6f5-78207fadb525
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.1.2,modeled_data,kg/kWh,CO2e_value:0.331,88972173-1370-41e1-80c7-abc884d3c8fe
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.331,0263c10b-f14a-4399-96e3-6e6defdd1471
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,ced7cb27-111c-43a2-8947-b6c5c95ffb32
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.2.2,modeled_data,kg/kWh,CO2e_value:0.331,a17a83b5-563f-49ee-a9af-2fb1785ff72f
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.331,eec5accd-a2d4-4671-95cb-1400510e44cc
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,f464aa81-1c95-47dd-b50e-82a4839a4331
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.3.2,modeled_data,kg/kWh,CO2e_value:0.331,0f669ef9-8421-4a59-9584-6039dbf2724d
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.331,d3ee7cbd-ae19-4b9b-bf64-c45f9d3fa9bb
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,8a4fae28-650a-4531-ab19-ae1555084e76
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.4.2,modeled_data,kg/kWh,CO2e_value:0.331,1945afd1-2abe-4537-9653-e8c709195fce
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.331,0da4bc62-18f7-467b-9d5b-0ccc7b1b3a58
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,d605fb82-8e9c-4879-940a-c438b6fc0292
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.5.2,modeled_data,kg/kWh,CO2e_value:0.331,b697948c-ed94-4ec1-8ec7-9c28c412dd3f
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.331,299e0805-076e-42b1-9475-cecc828044e9
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,efdcb0c0-2870-4acd-a1b4-df0784210fd0
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,I.6.2,modeled_data,kg/kWh,CO2e_value:0.331,fd006f93-fddc-4790-97f4-0d9cfe09c1bc
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.331,01427dcb-726f-4ac6-b924-138e9c2e60c7
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,e773ebb7-c163-4957-b0e0-654720658631
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.1.2,modeled_data,kg/kWh,CO2e_value:0.331,25dea4ef-c3b2-412f-862e-bac6cdea885d
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.331,a134d9ce-194c-464a-9fd2-a3aa8f034762
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,ad0de9e2-37a2-41ac-97ed-f057c8da7fc8
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.2.2,modeled_data,kg/kWh,CO2e_value:0.331,6cadc07c-1d53-4086-a8e2-489dc11731ec
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.331,588366af-b162-4155-9413-327ac24b15ad
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,6c6ebfe4-0113-4bad-b468-c34c40fda522
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.3.2,modeled_data,kg/kWh,CO2e_value:0.331,eb40d658-7154-4314-a010-3f26f83f1362
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.331,b2b3bcf1-94be-420a-8a0f-4a7dee4018af
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,b9c367c8-3683-4514-b11a-0bfcc7008d24
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.2647689376757688,II.4.2,modeled_data,kg/kWh,CO2e_value:0.331,d92c938f-5ffb-4596-b020-4c3049fa59e0
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.331,2b5b86d7-6b9a-4da0-8a00-d6b1f3cca27e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,911ae1c4-e7cc-491c-9452-ffb9f337b0a8
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.1.2,modeled_data,kg/kWh,CO2e_value:0.331,39526384-22a6-4104-b752-af6a29e1b06c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.331,9e43ae65-c41f-4e56-b623-c61d14facc43
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,53617dcb-f458-4e4a-a995-30d3f29a3ab0
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.2.2,modeled_data,kg/kWh,CO2e_value:0.331,4874d58e-1c5d-4b60-9384-9673d5c8ac1c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.331,b7be283e-41e9-478b-9cc3-f1ed545f4605
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,ede3cebc-1eb0-41ec-9208-323945ad3d9f
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.3.2,modeled_data,kg/kWh,CO2e_value:0.331,3eeb90f7-c58f-4d13-86bd-6efcc25cd492
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.331,64c5db64-ff62-4fa3-8a01-0a199dd4ad64
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,66c0f2f4-3cca-4e09-b744-5ce57ac07b6e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.4.2,modeled_data,kg/kWh,CO2e_value:0.331,0f6aad45-c467-4fb5-a516-9912709e0d62
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.331,8aef301c-b2b6-4864-accd-0e6c5366c0b2
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,41a93cf3-2e78-4f84-9435-e81050634a15
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.5.2,modeled_data,kg/kWh,CO2e_value:0.331,5488ef38-d43e-429e-b595-84a803c3a2ec
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.331,2f9ba88b-7e6d-49ab-b85e-9dbb5c955d75
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,1bc97862-3496-407b-a54f-0488f5fab8ec
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,I.6.2,modeled_data,kg/kWh,CO2e_value:0.331,311d8842-aedb-4c33-bf52-46abddd9c7c5
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.331,c76703eb-5247-4da2-b343-95365465a253
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,967d3306-52a3-43f5-a74f-f6e556487b48
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.1.2,modeled_data,kg/kWh,CO2e_value:0.331,622fde5a-e8da-4775-a551-9edde54ed06d
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.331,c220124d-08bb-4b59-88ec-621a6417e302
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,a3180fa4-812a-4633-9915-bfbcd12ebdd4
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.2.2,modeled_data,kg/kWh,CO2e_value:0.331,5f797061-9092-4dea-8a6d-1c2f863eb7c7
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.331,ef6f92c0-4f43-4ce8-820d-4e223bc912c6
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,c20794ef-ebea-4160-ab6b-01d7cd149b19
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.3.2,modeled_data,kg/kWh,CO2e_value:0.331,0a3aa37a-2130-4a12-966d-aae8a1670ebd
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.331,fd74eba2-ff46-4472-bda7-4fd78d8421d3
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,66411f5a-4a07-4eb6-8085-a7f039a23ddf
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,0.0016659119400740485,II.4.2,modeled_data,kg/kWh,CO2e_value:0.331,8ee83934-ae7b-4de7-b5aa-0380900eb330
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.331,5a6f7511-e075-4240-ba4a-0c6418a655fc
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,1489cd97-8af5-4619-89b6-787a66a3c2f0
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.331,7b5e899f-4612-4e25-a5ee-e034d1e4532b
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.331,98e87abf-d3ec-44df-9a30-8bdb1b69a5e6
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,b147cbb8-c4be-4a65-b735-e0637bb9e3dc
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.331,6527bfc9-927d-4426-bfc3-38ab04f84afe
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.331,08851636-bf10-4a6c-82fc-a197a3c0fc8a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,d90bc1dd-0cae-49e7-96c0-07e70136c2b9
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.331,b4722689-977c-44cc-aff6-a2e196d14ce8
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.331,9ded3258-e31c-432e-a0b1-1d1f0a50c7f2
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,bf7fe8a9-1fca-4d4d-8a83-cf8a0c38fb5a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.331,2f68ba3e-730b-4c4c-bd89-c5a258e3df2a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.331,cbd53aee-cdcf-4e1b-bb53-bd6b24ddf225
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,b1be7545-6cb5-4628-8ad7-876554918a0a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.331,575de33c-80ec-4d4a-a450-f7e2e4c32dfc
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.331,a9ad73dc-cd52-4874-bb46-8dfe4260e489
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,1ca4332f-6aa3-4de9-8cb7-5478e1e8f7c2
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.331,05f4c285-8831-45e7-8d46-56948d82a1d7
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.331,994110b4-b635-480a-ba79-7a2e249773e6
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,514763f8-6f54-42a1-94fe-31913708c6bb
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.331,107e157b-e69e-434e-b173-f66888e00c54
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.331,5d8b8347-c234-40ab-8e5b-19c2c77e2817
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,28eeb3cd-bda4-482a-aca2-744b5ec93858
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.331,48e66c10-916e-47ce-a7ea-ddc0e3a9fdac
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.331,7eee8388-c20c-4c3d-82b5-bcd4d85cf052
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,f21782c5-064b-490a-accb-22285cff56be
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.331,24323a0f-dc73-4dc0-8399-e4bb6f1cc9d4
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.331,0810d4cd-39df-414c-8b64-1a47449c62d4
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.331,acce6d4a-7224-4289-954b-a4aed2b8ac69
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,6.061559928474561e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.331,8c6a4d0c-c941-448c-a498-12320e4258f3
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.709,008d9d27-064b-4d5b-a741-814d2cbffaa4
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,daf74f78-f5d7-4d98-a6c5-88a483f47bfd
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.1.2,modeled_data,kg/kWh,CO2e_value:0.709,9a82887b-f8a8-4524-89f6-48fecca2ef47
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.709,f49c6f9d-93bd-44f2-b92f-a0a874d5265f
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,b31a97e9-baa8-4cce-b581-99656c6a9baf
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.2.2,modeled_data,kg/kWh,CO2e_value:0.709,2a43fecc-018a-45eb-9a1c-fa1d0fcd1cdd
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.709,0787fa93-846c-47ee-9a2e-fd58b32ab094
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,4305b1c2-99ac-4a16-9e45-b1c20d9f14ef
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.3.2,modeled_data,kg/kWh,CO2e_value:0.709,23df5e99-436c-42b7-82bf-952f2067e69e
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.709,e659c90f-d94f-4e6f-9177-f50bbcf3e506
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,58b021c3-4ce0-4648-ad4a-fea119bea2b1
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.4.2,modeled_data,kg/kWh,CO2e_value:0.709,330720cd-9413-46e7-b664-6766bbf78ae7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.709,721175a5-7c9f-49bb-966e-f2530c100806
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,6616e57e-5df0-4b88-b101-941b4a8558a4
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.5.2,modeled_data,kg/kWh,CO2e_value:0.709,9a037604-721e-492d-9967-f138a9e031cf
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.709,97e3ea7f-a677-40d8-a698-8859e46401c7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,5e678ece-b9c6-4800-9755-c9971de93516
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,I.6.2,modeled_data,kg/kWh,CO2e_value:0.709,97f51371-f893-45c1-874d-e58737ab7a7a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.709,7e14c6bd-2503-4d87-b5e8-45feecd56d88
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,f724875c-e348-480e-b47d-16c23ceda263
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.1.2,modeled_data,kg/kWh,CO2e_value:0.709,8c9b008e-364d-4bf0-a156-a954ee592b04
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.709,01455b13-be5c-4a00-88d4-48b71ec792d6
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,0dae9737-3662-4888-ba5b-f779c0cab972
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.2.2,modeled_data,kg/kWh,CO2e_value:0.709,5410365b-a1ea-4cc9-aad9-4ff4d570f16d
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.709,bbb97927-c7b5-4c35-9780-58650b608aae
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,3c4ce209-ca3f-4555-993d-f647ee50289d
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.3.2,modeled_data,kg/kWh,CO2e_value:0.709,e3b58606-dc0a-47c6-b045-956a54823f5a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.709,9440f1d7-9cac-469b-8d56-7c637635dab5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,d5f76f05-1ad2-415d-aae9-2f396083297a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.5675028576612537,II.4.2,modeled_data,kg/kWh,CO2e_value:0.709,17b21cbe-4167-4ab3-97b7-1b0310dccaee
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.709,14fc797b-9851-4e91-9d68-07934fc8bf52
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,95f3a868-8fa3-4bd1-b853-67fed796eefb
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.1.2,modeled_data,kg/kWh,CO2e_value:0.709,72f8cba0-986d-4ffb-a6e4-8825c41309e7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.709,10515208-87f9-4b24-b642-64a4d93c2bfc
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,4499b28e-716f-4ee6-986b-ba8eef31005a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.2.2,modeled_data,kg/kWh,CO2e_value:0.709,1ba2b329-4f13-4c97-b1ac-a65320aab947
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.709,6e5fb1d9-55bf-4382-b2a2-3e8fb4fd9bc7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,ecb16100-37fa-4740-bace-55c381589c04
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.3.2,modeled_data,kg/kWh,CO2e_value:0.709,d23358ee-4dba-4008-b3e8-708ef54e7b01
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.709,63d67ce2-96cf-4710-ace1-84564cd7b857
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,7d57e550-56ca-487a-9ca6-0b329f80977c
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.4.2,modeled_data,kg/kWh,CO2e_value:0.709,66186c0e-4de2-451d-9881-d02a95fef1bf
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.709,1d49da2a-9a3e-402d-9994-5b7f18659f49
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,231291d2-ac66-4098-b2e2-5cefbfc32189
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.5.2,modeled_data,kg/kWh,CO2e_value:0.709,ebaef502-285a-4c01-a057-363519782ef0
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.709,8ce6f89a-86a8-4eeb-8520-46d73b8cee07
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,46d1d1cc-661b-4d8b-b6e4-95b46cdf208a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,I.6.2,modeled_data,kg/kWh,CO2e_value:0.709,4dd0ed9d-7a02-4f3c-95ee-d286828c0509
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.709,678e3960-235e-40d0-a2ff-a4dbb4c510c3
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,7efca35d-3953-4d42-91a9-99622072b984
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.1.2,modeled_data,kg/kWh,CO2e_value:0.709,27f87e37-cebf-46e7-ba36-a217eb4cc554
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.709,429b41ce-28fa-4d10-afc4-c40164e37273
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,7bd4adcc-3408-4a0f-9b7c-fb5bd89f4eaf
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.2.2,modeled_data,kg/kWh,CO2e_value:0.709,0c16823f-b6b0-490e-9447-95130423ff3b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.709,8034b685-2b03-4b09-b47e-e16f6ddf1b11
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,acdfbb7c-28fb-4e5f-9f27-1014bee8ac50
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.3.2,modeled_data,kg/kWh,CO2e_value:0.709,07e76368-93b5-4667-8461-97df4ef83c34
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.709,2fec45da-003e-4b57-97f0-2cf7425ff557
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,ffbe4ec3-4c51-476f-b989-b39bcf95ee41
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.003570697510452519,II.4.2,modeled_data,kg/kWh,CO2e_value:0.709,69b9a573-5eae-4276-9c21-6b6e12d22be1
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.709,e559558f-4446-4558-aa61-365b0e98fb80
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,695216eb-0485-4d18-a5ba-d4f98366335e
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.1.2,modeled_data,kg/kWh,CO2e_value:0.709,389f8dbd-9434-437e-9e90-de5573397a33
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.709,bbb8050e-a144-4b6a-ab0b-c5c839f2bd26
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,81004528-5c4a-4646-93e8-2ecdfba59bb7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.2.2,modeled_data,kg/kWh,CO2e_value:0.709,aa86d4c2-ce01-48a0-91a7-c80e36be137b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.709,313b4c77-6cc4-4c1e-ae16-07383bf3a9ff
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,b3cbd9c4-8263-4c6f-ad02-6e70fc9ac012
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.3.2,modeled_data,kg/kWh,CO2e_value:0.709,6f1233cc-5881-4e07-aabe-ee929f89d4a1
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.709,f8163cbb-ff63-47b9-a2d8-190f44a82e48
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,3e79acb5-a724-48b2-b46f-5b5d9a37499c
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.4.2,modeled_data,kg/kWh,CO2e_value:0.709,c81a235f-2e74-462c-9993-4dbec7d3e5b1
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.709,b8d17873-e43b-457e-9581-bf0e402e8884
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,747991df-8049-4689-970f-7287a58e165b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.5.2,modeled_data,kg/kWh,CO2e_value:0.709,3cdda3f0-60ec-4827-93b5-16e0ff93bd1c
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.709,59e10ef3-9938-4ad5-99b5-f2adce86b22f
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,4effcde9-31cd-4c7b-9813-e421dbb5c399
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,I.6.2,modeled_data,kg/kWh,CO2e_value:0.709,8420d6e9-16b4-478c-8a9c-27081506fb60
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.709,9c3005d3-e8e5-4e3e-8349-59afd8187880
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,af9fb50b-36ce-4e2e-8c53-166ba9aaf798
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.1.2,modeled_data,kg/kWh,CO2e_value:0.709,a5bf7634-62e1-4f33-8cb6-61050834fcc3
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.709,7e7eaffa-62b6-46d5-8855-7bb1c1a4e444
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,496e1ff7-c342-40d8-a6b4-ef16fd9fec5a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.2.2,modeled_data,kg/kWh,CO2e_value:0.709,2c144b92-9149-4610-b6bf-50d87d32670e
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.709,a793d7aa-ac1f-45cd-bd2e-1895d530c010
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,b7450212-ebae-4166-b22f-936c2049b1a7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.3.2,modeled_data,kg/kWh,CO2e_value:0.709,7836fd35-965c-4b40-9056-eede971b0fce
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.709,b78378c8-6b36-4e88-92db-907f15f3bf53
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.709,1238f4f9-826d-449f-ad66-090be3accad7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,0.00012992281539863867,II.4.2,modeled_data,kg/kWh,CO2e_value:0.709,c3ccd21f-bac1-41c5-be30-0905b0bb58e9
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.378,f17ab806-73e1-4363-916c-5c0edb8699ea
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,f92e60d0-0af4-4be3-a9eb-203ae928cc75
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.1.2,modeled_data,kg/kWh,CO2e_value:0.378,ba88e405-c89f-44eb-b914-83bf27e4c8d0
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.378,33cbd7d2-4024-4260-92de-45c1784285c8
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,1fc3d4a4-be69-4823-b50c-fea7e720d8ac
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.2.2,modeled_data,kg/kWh,CO2e_value:0.378,b03ac96a-3723-4701-8d70-bc47b2ec4cd3
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.378,a8a865c4-5f56-40cb-97d3-7d740d523f2b
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,1c290bc0-e98d-476e-87ea-40ccca146a88
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.3.2,modeled_data,kg/kWh,CO2e_value:0.378,c228656d-b788-4fcb-9fad-41510ef58968
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.378,864b2960-ffef-4b39-9a8f-2be9df852f38
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,89f71fe4-5b73-4aca-8fc8-6194b857de99
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.4.2,modeled_data,kg/kWh,CO2e_value:0.378,4ce0cb9c-865f-4c3e-829c-e8026c5e95b7
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.378,583686ca-6e9d-46ac-bcc7-2281ec4377e8
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,6c836dc8-c2a9-4b30-af43-14fd6e8c8433
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.5.2,modeled_data,kg/kWh,CO2e_value:0.378,52869d52-d481-4066-a2dc-fe7ae6fe0d2b
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.378,ee7fcd68-dec9-435b-8f3b-1f34254ef872
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,0405522d-28af-426b-8ada-55fd5b811b3b
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,I.6.2,modeled_data,kg/kWh,CO2e_value:0.378,c1b009d2-6c8a-4e64-9b88-c0b557d721cd
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.378,88b201ab-7a92-4a16-af09-96c84df73be2
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,24f0f648-7db9-4b12-90f7-c0f4e64967d8
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.1.2,modeled_data,kg/kWh,CO2e_value:0.378,a31c4cc0-82bb-4d50-bb33-25e60519d1ab
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.378,e4c19c93-88df-4900-b58e-f6fb64c8dd94
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,82df2eed-008a-4e68-abe0-a8ff0666cc69
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.2.2,modeled_data,kg/kWh,CO2e_value:0.378,209ab38a-e2cf-4c29-98ce-937209981897
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.378,4a481992-a90c-44b2-a554-271d33155df4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,4b8204aa-4c3b-4867-aa3a-f5524ad11d56
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.3.2,modeled_data,kg/kWh,CO2e_value:0.378,22702c79-9532-4d79-b9be-009ad716376e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.378,20a9cfeb-9460-49e3-abc4-87c3231f2c54
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,b88613f8-589e-41a9-a10b-fe4e4ea9b3c8
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.30248680032658987,II.4.2,modeled_data,kg/kWh,CO2e_value:0.378,f5190d06-52c1-4c7c-ac86-9835e106b6a3
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.378,a49f181e-0b66-4c3d-bc63-7fbf7aa093fb
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,e1b48ccb-e6ea-4765-abce-0fa34a59092e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.1.2,modeled_data,kg/kWh,CO2e_value:0.378,d2da6b25-a399-4e36-91f4-fbf2d27896c9
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.378,9aae8d84-eb4b-481d-bb85-6cdf20bf7404
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,48e5136a-8d93-45b7-abbf-cdc3b04cc68b
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.2.2,modeled_data,kg/kWh,CO2e_value:0.378,214e4b9b-928a-4524-8c38-44554e99c06e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.378,6f471825-abc1-490b-b6e9-20fcd3081180
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,b6e24b9d-49b5-4d15-bb7f-7cf60e735511
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.3.2,modeled_data,kg/kWh,CO2e_value:0.378,8828f352-b78a-4256-8c40-c4785a18ad72
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.378,1bbb5e86-e19e-4122-b86b-263159e6b77c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,785a1c47-a4d5-4b09-a15b-26a189d6c266
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.4.2,modeled_data,kg/kWh,CO2e_value:0.378,2e8529db-a941-409e-8151-191d7980d300
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.378,283c7648-e261-4a91-9d07-6c47da742f80
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,78790191-cdaf-4332-b239-70e08926d487
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.5.2,modeled_data,kg/kWh,CO2e_value:0.378,89de828b-bdbe-4804-b26e-62f344c80d13
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.378,821e4116-2596-49eb-94de-d1cd47d26b99
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,c7b36f2b-2142-4dce-bfcc-74f1677f7ffc
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,I.6.2,modeled_data,kg/kWh,CO2e_value:0.378,b9b44349-9412-4bad-a632-9a895178b316
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.378,0d23832b-725d-4976-a3cb-a03e0cae2bd9
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,c0eaf31e-1cfc-4bcf-9303-cb0ac0436043
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.1.2,modeled_data,kg/kWh,CO2e_value:0.378,b824851d-ef75-4db6-9796-5016cd4ff996
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.378,5c247029-a9a5-4075-b134-ef175a7c0916
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,c51f57d4-f25e-48d7-8ed0-d690d56e891f
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.2.2,modeled_data,kg/kWh,CO2e_value:0.378,3fddcd30-02c0-4e74-b91c-5ba51fd353d4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.378,0206eb41-bf1a-489c-816d-f71db1cb06e3
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,a6c85343-b8b4-4887-85c0-1ccee5e008fd
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.3.2,modeled_data,kg/kWh,CO2e_value:0.378,2b140c63-4eed-45ac-a2b3-9fa4e936fcde
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.378,5ca1db2b-e799-4ba5-999a-b06e67cef18c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,ec41491a-7319-466f-81c1-d70664707c2d
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,0.001903230706752872,II.4.2,modeled_data,kg/kWh,CO2e_value:0.378,5b45df6b-29ee-42c1-9532-ea437f8239ce
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.378,8070f4b1-62d5-4405-ac6d-eaad58bab524
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,e891c2cc-1af5-4f80-915d-5eeb39a71580
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.378,0e685adc-b264-45f5-af3a-cc20850ea47f
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.378,4094c0c2-23b8-4c24-96e8-7cb04789bde4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,9e892d4f-44ca-4284-a02a-af4eaad2f67c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.378,2102a89c-09ca-451e-963d-39c85071cf65
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.378,1fb79ae1-18b9-4417-ae50-a972a120ec0c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,d2e4edee-123f-44b4-95a6-e500eb97cd49
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.378,e76bb017-6df8-453e-a4df-8dd01695f881
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.378,a0ab2fe9-988b-4671-95c1-c87c460d06cb
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,5253e617-9bf5-4442-9dfc-7cd7c12d116d
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.378,8ca35cef-fc85-4cb5-bfdc-9835c69ca5a7
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.378,d369078c-21dd-4af0-ab65-7d43fc65d783
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,9f3fe574-7660-4bbc-ab6e-b9e5ba84be03
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.378,d370f5de-2019-4646-b3ba-f4d7f7d0bc2a
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.378,80d4ccd9-da1d-4c45-85ba-8cc278d8cb5e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,3c99dc0f-3dc1-4233-9d72-28d12611063d
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.378,b91d7aa9-0d83-4528-b672-a953b57e0eca
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.378,3327457b-26cb-40c1-8eaa-839a6439d172
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,fe07656b-cc95-4a8b-85ca-310b3f1e552d
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.378,7ecfb224-55a5-42ce-879f-a26113d50a44
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.378,6dbb41f3-306a-4119-b83b-1054cd553022
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,9cf02f16-66d9-43de-9954-3244a5e20005
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.378,f9df69b3-a3b3-464f-aa6f-1355c1ba3cf8
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.378,a5f90bb0-5602-4794-8e30-8cd45c844a18
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,145e273c-2184-48fb-be3f-156f3e121926
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.378,0c3a3d2e-f07b-40c3-96b7-1e90459582b1
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.378,95962a7d-ca67-4e81-91a2-f0ceb8fc9610
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.378,38ece234-2dc6-40f9-a9d0-376a263091eb
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,6.925064110040977e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.378,38682b8a-e110-46f1-853f-944ffa57ee72
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.259,34748e41-aa4a-4a19-ab9f-5ac443e1d00d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,1e81089c-ffbd-4cb1-a6e7-5d4eff1920ee
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.1.2,modeled_data,kg/kWh,CO2e_value:0.259,9c26add7-ff41-4ee4-92a1-290551f30613
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.259,dffead5f-c5a9-4c74-ba0c-1ce91e9d78fa
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,8b60ea00-5787-42f8-91c3-45f5dcfc5a5e
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.2.2,modeled_data,kg/kWh,CO2e_value:0.259,8987287d-54a0-4910-aa7c-dd9778687785
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.259,ad7d360a-51de-433d-b2a5-88eead68de1c
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,30f490a5-850c-4098-b7a2-078893072b0a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.3.2,modeled_data,kg/kWh,CO2e_value:0.259,bc1ba14b-4a1b-4bba-a3ea-db8d1236200a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.259,87c12f75-9b9e-41e7-955c-7bfaebb93872
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,8db3cbf2-9db2-447e-9932-0f426504532c
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.4.2,modeled_data,kg/kWh,CO2e_value:0.259,9db8ba7f-3687-47fd-aff1-77fe1701c7fd
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.259,f4bd11a5-22d2-4d82-97c0-2f4891c12d10
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,9c9c628f-db6f-4943-98c7-2639ac3d09b5
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.5.2,modeled_data,kg/kWh,CO2e_value:0.259,9c2f82c8-bde8-49a6-9a26-5013f6d98d89
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.259,6809e256-330d-4b6b-8a45-bba825d8278d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,9e30b729-0a7d-48b0-b584-6a3c9286e9a6
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,I.6.2,modeled_data,kg/kWh,CO2e_value:0.259,2a608db9-5c97-43bc-933d-08d640ae8e5d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.259,ec86e950-fabe-4b33-81fd-5cfb5c3f4311
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,258bb5dc-cbe6-4828-98ff-17ff396cfe94
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.1.2,modeled_data,kg/kWh,CO2e_value:0.259,5793a34e-1d07-4f7b-9c00-970f13b5de1f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.259,fa28df91-b4af-43fa-874c-8169e8808b69
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,6a9f7328-f603-4e04-b6bf-bd0a371e9876
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.2.2,modeled_data,kg/kWh,CO2e_value:0.259,6545c61e-99e6-47eb-bee6-8939224e6c6c
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.259,d9dd6f8a-3086-40a3-907a-6ed77a466fab
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,f27f24b2-6ffa-4a4c-b9fa-ad957da88bd1
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.3.2,modeled_data,kg/kWh,CO2e_value:0.259,709eaf01-c31e-4790-b209-8e9cdbffab3d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.259,d84ab1bf-9aa5-42b0-b3de-a7197d160042
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,dcf961db-6b47-47e5-997f-58ed127784aa
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.20698321691009705,II.4.2,modeled_data,kg/kWh,CO2e_value:0.259,9638c572-ec87-4e7a-8ddb-b582ae66c9bf
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.259,18f6e380-6801-44ea-9da9-8b04ac61102a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,e3e0418d-541e-470f-8227-a14f53146d2f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.1.2,modeled_data,kg/kWh,CO2e_value:0.259,73875a45-87da-416b-b8cf-65d320db0b9b
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.259,285e7a69-f2d4-4ba0-83b7-c631676d1a31
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,d6fc7f38-17aa-4d2b-af6b-1d1ce1fbb7e2
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.2.2,modeled_data,kg/kWh,CO2e_value:0.259,a4a59ebb-b988-4d61-a43a-68e0690bdc5f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.259,dde88b16-0239-4561-b820-743f839b434b
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,7c352533-a21d-419b-9aa9-f649fc6192f2
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.3.2,modeled_data,kg/kWh,CO2e_value:0.259,efe70b07-9aa7-496a-9164-0d7dad157976
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.259,21331fc1-3b8f-4045-8d03-ac9a7a8d0b75
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,f2308738-28a7-4226-9077-dada875a6f7a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.4.2,modeled_data,kg/kWh,CO2e_value:0.259,d9d1505d-12d9-4245-90ac-1ab203820f2a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.259,1f7cefb5-b552-48ad-942e-5d9ed7817e1b
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,f04d43ae-b31e-4dbc-a307-1639556f5c4e
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.5.2,modeled_data,kg/kWh,CO2e_value:0.259,1bb85cea-7889-4b81-bca8-ccb183171e1d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.259,c88bbb00-e54e-4977-ba7f-36d5c07d11fa
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,7e95ca76-1c43-44af-97fc-4d65cabb553d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,I.6.2,modeled_data,kg/kWh,CO2e_value:0.259,02169b3c-0fc1-47c2-b0a1-89170bb84805
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.259,643cb6a7-7f9a-4f98-b346-9ea3e6071e25
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,1d7023ff-2dce-4579-9326-74654542c7e3
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.1.2,modeled_data,kg/kWh,CO2e_value:0.259,3189a555-e1f2-481b-b75f-7b33b53b418f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.259,e4f58825-cb6b-4c91-a85f-8fc7377d9dae
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,57b4d169-79d6-46f5-8be5-ef2ede082079
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.2.2,modeled_data,kg/kWh,CO2e_value:0.259,939b9a0a-ee3a-461e-96be-e56be39068ce
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.259,5f239dd6-48e3-498f-b75c-620c8296c0b4
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,fd06a141-34b8-4757-ba83-5cef502cee6a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.3.2,modeled_data,kg/kWh,CO2e_value:0.259,c985648b-5579-4ba3-8db7-a394ddfc8b6b
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.259,4be45c46-9cf2-4512-b810-80faa9014af8
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,462ffa0c-2112-4de7-b30b-f2d19fe92490
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,0.0013023272876054762,II.4.2,modeled_data,kg/kWh,CO2e_value:0.259,453841bd-0d51-4c01-971a-501a7131e29a
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.259,21d7f48e-605b-4958-8474-7be64af1a3f0
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,c3f0192e-b4a0-42d1-af44-1d07c48033df
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.259,01f5d4a5-4d28-44ca-89d9-04e537858f4c
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.259,beec546e-0724-4e08-8353-81b544d78a1f
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,8e9aac82-9312-48ee-b1b4-dbfda24ada12
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.259,6f802e39-89f4-4446-84eb-c7b547dac985
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.259,f662f463-184f-4bf3-9830-9201877abb50
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,a6dbe35f-084d-4449-ad8f-115ebc4dbb3d
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.259,bfe9ca3f-3b38-4a05-bce6-ca4ace2d75f4
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.259,ad9c206f-cee2-4aa2-b66f-3490aded91b1
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,d520780a-c55f-4d1c-89f0-073175dfe0c4
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.259,0b39da83-3483-4351-8664-0f28d27fac01
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.259,e087f860-5436-432e-82e4-1c570a91da94
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,4dd35d28-4e5e-45d7-95a0-2881043bd601
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.259,50440d6a-e10d-4c51-a4ec-b1bfe4186f8b
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.259,3bc62778-5aca-4973-9aa1-51d5bbef4913
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,df9f570c-48de-4405-b7b8-5cb48fddc7cd
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.259,3c90f158-5a77-402c-b58a-c3cc05ca1126
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.259,3646b3e8-89fa-4ac6-a093-40b0610e8f68
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,5a8c4d16-a7e1-464a-b731-8f05891ab97c
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.259,8341413a-ce57-41aa-99c7-dcc06b0e2b2c
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.259,9091b7fb-41a0-4a67-b265-d7660f19ebf2
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,900ffa94-0064-48a2-8990-cabf3b57ce5b
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.259,540a9b8a-ea31-48f5-9792-2190f73f1473
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.259,6d0924d0-a0f2-4f92-8d8f-fcea94afcd89
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,67f30aec-adb6-4f32-80a6-3a237f0b561d
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.259,ca444270-e660-4fee-9f2d-89ef88179cad
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.259,163eb3d4-7e41-4575-b81e-1dffe0e0bd9a
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.259,c7a6f635-3b49-440a-b636-65690faec2ee
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,4.7386267607622954e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.259,337c1ea4-1d51-4526-a459-47466b1053c4
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.138,117ea1fb-fe78-4a60-86e3-b8dcae17f27d
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,1068cb92-38fd-4f1d-9125-717cf2f10894
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.1.2,modeled_data,kg/kWh,CO2e_value:0.138,0bf8f7da-c92b-4ba3-a29e-02fe76d5ab28
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.138,1b55638e-63a4-4725-9c77-b84f99a46647
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,83440d13-eb47-4f0a-962c-5b99df953d00
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.2.2,modeled_data,kg/kWh,CO2e_value:0.138,28a32d97-916b-4c84-8d4b-3cbecc8a1e8c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.138,fcdf450e-257f-4f47-9a00-b31df554e655
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,7ac37591-252c-4465-9f15-fd65ac835e06
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.3.2,modeled_data,kg/kWh,CO2e_value:0.138,dc1cea29-4742-4cf0-a1be-dcbd410d38dd
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.138,aad0e7a4-bfd0-4bc9-adb9-ab79d5b1f166
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,f7c44f84-ef6b-400e-bb2b-38180a61b6f6
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.4.2,modeled_data,kg/kWh,CO2e_value:0.138,8fb9402a-f1bf-478f-ab92-434d976f4c64
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.138,24ac11f7-1695-407d-b565-fd095e40d8f9
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,13ab6efb-2f65-4458-ad20-ae02e6cbc87c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.5.2,modeled_data,kg/kWh,CO2e_value:0.138,b34d3ab5-7d36-4858-b183-1a88412e7389
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.138,8a45a0eb-cdec-4dae-bfde-926b8936e9a3
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,cc56b42d-b9c9-4fb9-8f0e-fc9eaa64c88e
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,I.6.2,modeled_data,kg/kWh,CO2e_value:0.138,d5c71987-a68f-4d29-879e-802e557a6217
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.138,e6c5b1e4-a0a0-46d3-b353-23dbc6988d3c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,ec79982d-0fe3-497b-b11a-95e3be3d80a6
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.1.2,modeled_data,kg/kWh,CO2e_value:0.138,db6307f6-91e9-47e8-ac82-f08c2413fef4
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.138,ae5b4a26-3398-4270-a076-b724e9ff2359
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,b8ff44c6-2fb3-4e06-9dd4-3243813f1f01
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.2.2,modeled_data,kg/kWh,CO2e_value:0.138,79a8562b-55d3-4945-ad5d-27f724804c52
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.138,370c9240-3d12-4c43-a253-854391f1aaad
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,0d0509b5-bc7c-4943-91ed-06e9f8405f66
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.3.2,modeled_data,kg/kWh,CO2e_value:0.138,06edff73-099a-4756-baab-220a9d251cac
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.138,3a944378-f0dd-4b5c-9d21-8341889a45f0
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,426be56e-ac8b-4579-a290-e8341882ee2d
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.11052853125283497,II.4.2,modeled_data,kg/kWh,CO2e_value:0.138,91942e47-bbdd-4fc5-a5dc-b5dce6a08003
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.138,c00c4e48-9f65-49ec-af5d-eb3b3603db8b
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,7095a3df-08c0-4c2c-b197-b6d341bc59e9
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.1.2,modeled_data,kg/kWh,CO2e_value:0.138,8de52541-53ec-4eb8-a7cf-5903b21a718d
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.138,6671d36a-0d58-4c6c-9164-a511dd55d85c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,ba2d7263-6534-4f68-9754-1bd23d8d562c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.2.2,modeled_data,kg/kWh,CO2e_value:0.138,2a58a159-999a-4eb7-96ae-ccf4ec94f011
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.138,6a39e7c0-022a-4ddd-9d31-c14731148015
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,765d8a97-a562-406e-9395-64396aee5ae1
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.3.2,modeled_data,kg/kWh,CO2e_value:0.138,5ca9cdd0-2156-4d3b-86aa-e26dacafe2a4
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.138,314f5071-0d9c-4295-aa05-630e29c24a9b
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,5c91051c-a42b-4e29-88ce-4028e314078e
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.4.2,modeled_data,kg/kWh,CO2e_value:0.138,f34e2819-a9c7-432d-baee-755681a93f0d
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.138,2808a9a7-a929-490c-bd05-d0950fd82c78
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,0c2c7184-201d-44ce-afba-5c48fb54cab2
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.5.2,modeled_data,kg/kWh,CO2e_value:0.138,6e00570f-e1ae-43b1-a799-2877dcbbd77a
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.138,44c55318-18fb-4b66-a7e4-d0e1c248ef80
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,096079b7-97ea-4287-80f9-565a96722fc8
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,I.6.2,modeled_data,kg/kWh,CO2e_value:0.138,d0fad98e-9c74-4d9d-b397-5759c571e88c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.138,0dd27662-31f7-46c0-a890-75e19bb3125e
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,a7823533-dd4c-4459-99ca-299238550f98
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.1.2,modeled_data,kg/kWh,CO2e_value:0.138,f9643106-2355-4315-99b0-8e7c1ae97292
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.138,e6b26ea6-c0f7-4590-978e-67ac3fc9ffad
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,419a2f0d-f008-4b8f-bebb-20d9c4b445a1
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.2.2,modeled_data,kg/kWh,CO2e_value:0.138,f25c9542-663c-4fd0-a129-8d185d42379a
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.138,5fc3c300-6f43-45d2-b67d-824ad3e74319
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,22d4caad-f14f-4e7a-a058-77990b476649
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.3.2,modeled_data,kg/kWh,CO2e_value:0.138,35e828f9-60dc-4947-98da-de576ed820ec
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.138,6e00931f-db83-4e03-a728-df3c00afdfab
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,83f7b5ab-0c5a-400b-8983-d676409b6b5b
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,0.0006954395842250522,II.4.2,modeled_data,kg/kWh,CO2e_value:0.138,00e002ca-8abe-4d69-b3a7-57d8c6c52bc6
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.138,eef3c7c1-8ad0-4708-8028-33cc29d64bc2
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,e9c27e7d-51bb-4079-9d4e-1b0cb189ff00
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.138,88c659af-dfa3-420e-a3f1-3b0ce187e753
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.138,b6e02d6d-6f0d-473f-83fa-f4eac6872aa6
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,1b680abe-d349-4d7d-b4d2-d09719baafc1
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.138,52cbf8cb-6814-41e3-804a-9261a4894f70
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.138,ad788ded-f458-41e1-8592-38957f21d247
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,a247f1d9-a214-4527-b6f0-6a474132646c
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.138,a6092c05-9a7d-45b4-969d-2e9466765aeb
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.138,96204fff-f356-4410-a6b1-0a324423d8ed
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,c16d2296-728a-4396-8a95-97a1cdefaafa
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.138,456424dd-0a9e-4186-bfe7-5fb9d41ad523
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.138,a09ac85d-5c73-4bc5-bf44-7f681562ae6e
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,458875a8-abad-42d6-830b-25248bca0dd6
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.138,1ce6caa4-4179-4ace-8daa-7337588ebb91
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.138,53bca7b0-200e-4654-8eef-fec008c61328
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,c029deed-a467-4be5-bdee-48f1c1d7219e
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.138,9a15e313-7689-4644-b792-eb1130205925
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.138,33c25b2a-4f7f-44aa-a483-1de4b33747e1
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,0291b009-ac06-4e65-9125-d72691a06c13
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.138,417b9532-007f-4a7f-841a-c359f435e329
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.138,c5e8574f-6aa8-494a-a81b-3f9c0cd0f376
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,cb0a8ed5-5214-4f63-82b6-1f6fa5b5b058
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.138,3450c54d-21e5-4d61-bd7d-1c63362b8366
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.138,2ef25f5f-2de4-4695-9598-588a9d6bf158
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,2534611f-8c71-4537-89f6-f50e255f2927
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.138,dbe41d5f-dd1a-4bf8-820f-9c65783a162b
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.138,abbf65f1-beeb-40f5-b333-549826afa59a
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.138,0f5fa42a-10b6-4b99-aff7-a86a53495776
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,2.5304150927846833e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.138,34354350-6ebb-46b8-a0fb-a6349b2c1d7b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.319,92153b57-f3a0-47a0-97d9-540da1eba416
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,d72e95d7-aa16-4672-a40d-b37f1cf6d546
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.1.2,modeled_data,kg/kWh,CO2e_value:0.319,e944d842-7dfe-44a3-b147-3fa224c70ce1
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.319,b228810b-1d0a-45d3-bbf3-f0ae5f9228d1
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,caf256e9-f887-4e5a-b07e-0eb3bd531918
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.2.2,modeled_data,kg/kWh,CO2e_value:0.319,44b480df-ea27-4844-9146-9a1ba2d23509
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.319,6bfc61c1-7f3e-493a-bbfe-10f8162556f8
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,4efa1106-b0f1-4ab7-9294-6a8264932715
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.3.2,modeled_data,kg/kWh,CO2e_value:0.319,901ef2fc-77b3-463d-8120-3953cabc69fb
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.319,d5a9b68a-8265-43ca-b346-295d08cceec0
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,870cd290-3129-4a46-86d5-0c15daf6e3f8
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.4.2,modeled_data,kg/kWh,CO2e_value:0.319,6a343d09-3b99-4869-afad-cc396af29713
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.319,f4874c49-7812-4b1b-a8a6-cc460abbf36d
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,3e2086c8-46a2-4f91-834c-0b69adfd85aa
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.5.2,modeled_data,kg/kWh,CO2e_value:0.319,e71f2757-25fc-4130-935a-6c3e232626e7
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.319,91ccfee1-aeea-442a-aedb-17d87ecfcb1b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,e3da3bbb-e185-4468-80e4-f6f4e12ae109
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,I.6.2,modeled_data,kg/kWh,CO2e_value:0.319,06e8dd91-1a84-42aa-9ee2-4688bc575940
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.319,341b6d09-2c76-40a2-8345-6689edb9b562
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,897fa9f9-408b-4dd7-b7e4-bb40528ea0a8
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.1.2,modeled_data,kg/kWh,CO2e_value:0.319,a8674102-5004-449f-a830-9e42f029a455
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.319,82eeb32a-64fb-4496-b8d2-c46df2801fd0
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,5de9c4dc-70c2-4001-bc24-2476cc5fa91c
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.2.2,modeled_data,kg/kWh,CO2e_value:0.319,b68addb9-fdf2-4e2a-8def-e9dbdb6884ad
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.319,ca79fb33-a104-4f0a-bfb3-bab0b1f86278
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,257d6041-bdb0-45e2-9b4f-ba4bb22e1c82
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.3.2,modeled_data,kg/kWh,CO2e_value:0.319,ab549f1a-f353-477d-a6b6-7798f7a9d4a9
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.319,a3e9aca5-1e3a-4236-8700-d6d0df939aca
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,451feee0-bd8e-4d65-8145-8d4f80eb974e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.25497487072484804,II.4.2,modeled_data,kg/kWh,CO2e_value:0.319,22f792bb-d790-480c-9f00-88ee19b0a1b7
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.319,6786f53e-a109-4d51-aa93-3e43872a8ef3
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,9450184c-9dd6-4158-810b-e89148cd823e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.1.2,modeled_data,kg/kWh,CO2e_value:0.319,dc12b39e-44fe-4bfa-92bf-5d77701d7a48
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.319,09197a1a-19f5-4a51-8f47-b2f82fc540ff
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,1fa18e75-951c-4d45-8e55-5c26569b8194
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.2.2,modeled_data,kg/kWh,CO2e_value:0.319,a8edbf31-8ce9-4204-9575-71d58c2a929e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.319,32ca898c-9115-4c8f-8a0d-ee28d9fd3c5c
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,99d90e45-bd7c-48b2-ae63-7a59f6429e7f
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.3.2,modeled_data,kg/kWh,CO2e_value:0.319,c6e31f9b-9d9a-4c8e-aaa5-f7012ff0117c
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.319,c26746fd-89db-4aa7-836c-76eb2e5ddbde
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,88120a06-ddf9-486f-9a71-c57dae4aecf5
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.4.2,modeled_data,kg/kWh,CO2e_value:0.319,353fa5d8-5a0a-45b3-85ef-a43680994fb5
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.319,730f1bf6-545b-4e74-be2c-4a65b3517fa0
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,37e41362-8fd6-4026-8492-193ce2beff7b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.5.2,modeled_data,kg/kWh,CO2e_value:0.319,1a0c5503-cd67-4024-b87d-175ca20df80f
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.319,9791df86-fc91-4833-9ee0-d0c016f90076
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,e04adab0-6fc4-4834-a3e4-8e314ac4ba38
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,I.6.2,modeled_data,kg/kWh,CO2e_value:0.319,6039dd1d-5cc4-4f3b-9788-34fa2506c806
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.319,ecd6fd0e-d694-46b9-b1dc-210fb48dc207
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,4516b5af-237c-46e6-9c2c-8a8426d3958b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.1.2,modeled_data,kg/kWh,CO2e_value:0.319,703c01f9-99bb-4b03-8a1f-09167b87bdd6
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.319,96522e30-1abb-46c9-a503-fb0c7b5a488d
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,9ac5e6f7-4e03-4367-9955-faae657ea201
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.2.2,modeled_data,kg/kWh,CO2e_value:0.319,ca4768bc-690c-4692-831a-46297601f7b1
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.319,0db5949d-9dbd-4e44-8c17-295f2cddc229
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,1c4a7d95-f8b9-4c00-96a7-8c0d8b67486a
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.3.2,modeled_data,kg/kWh,CO2e_value:0.319,47cfb1cc-82fd-4697-9f45-de18728673b3
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.319,d19c27db-2710-4a39-8f33-3c435fbcfe2b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,a0e7d437-e761-4606-b172-6036900c2b9b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,0.0016042881966747988,II.4.2,modeled_data,kg/kWh,CO2e_value:0.319,9d07c4a5-95db-4021-ab55-b93c1c0323c9
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.319,d0be2605-7bda-483e-bcba-1fe86231bc13
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,fb43d439-7718-4152-8006-0adce770dbbc
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.319,c0054921-4a39-4605-b3cd-a5ccca649f88
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.319,2a7ae024-5880-47ba-8715-6b028fdaa544
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,f0b1d6b1-f93b-4f51-83cc-a25da52c421e
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.319,7449611d-51fc-4779-85d8-0a571e12adb7
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.319,0419931e-7487-4513-9824-3225eb9c92d9
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,27028f28-83ad-4135-b098-4f7265d53e46
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.319,9430fd58-3f66-4e86-8129-0f385d7cf9e1
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.319,268bee0c-df69-40df-b4fb-4ec7b8735b5a
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,bd907e1d-e16f-4233-af5a-768bca9bcfdc
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.319,625fe1bf-4aab-4225-9101-40a98dd34823
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.319,0bb228bc-9cba-49a9-984e-f3c696d62655
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,05aec6f1-4bae-493f-aecf-a5e4256c12c6
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.319,1219680f-e102-4635-8aaf-e8305166f6c9
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.319,3848ace7-4245-4216-b0b3-50cd2f734d06
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,0069615a-b590-42b8-a436-a15b281ade1f
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.319,4d15fa88-7305-4271-9061-897621d405e6
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.319,4afb01d2-4b8f-481c-b10a-ba4f15c3d648
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,a2880efd-49ba-4080-9762-ce69cfd40aaf
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.319,daa064d9-8af2-455d-9643-37451001b09d
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.319,ec715fde-e9a0-4b31-9bed-f39adf5c640c
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,bc9c8d80-8965-4192-b2ab-5b482b6facad
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.319,a681fe43-fbdf-458a-847b-fd3bf5f16bed
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.319,b2cf2413-3023-4c74-a2bb-2be27ae5c2a7
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,d3a2c182-0957-40ab-bf95-7862b2dc7972
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.319,85164b6f-0810-4c5c-a928-2aeb47ca820a
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.319,13068fa2-4e07-4386-b38a-533af389ee90
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.319,de092ff4-1b99-4282-9150-f545203b4a8f
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,5.8373367839937734e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.319,a833b22a-bbc4-4e0b-9f2e-8a1f58bc2cee
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,3071205c-dc4a-4506-852a-286c31a13e6a
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,8c0c836c-811c-41a0-afb0-7889c3dfea8d
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.1.2,modeled_data,kg/kWh,CO2e_value:0.39,83cab9f3-0406-4e26-ac80-1c86d192eebc
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,a6a0df01-3a20-4d51-9103-27ff593ad5e8
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,1e7ddc43-c869-4dd3-a5c7-757125b0f1ac
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.2.2,modeled_data,kg/kWh,CO2e_value:0.39,582bd8cf-76fc-4b44-939f-be5f9501967d
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,2cf78919-3723-4449-b2f9-e37caecbacf4
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,29562b83-4706-4abe-83b6-ddf2d46d3621
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.3.2,modeled_data,kg/kWh,CO2e_value:0.39,8a463368-195e-4495-8301-13598fa422dc
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,453b0bfd-e7ef-437c-a0b9-e8515e29af89
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,daef1be4-21d8-4099-8ce2-bff0a3fceb6d
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.4.2,modeled_data,kg/kWh,CO2e_value:0.39,7eca9d1b-6963-4dff-a8bb-0432ecc53b1d
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.39,8df86a13-ac61-4b14-9a73-cae07f8fde17
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,ae159a8c-54d3-495f-8c9a-19f8f494e3ca
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.5.2,modeled_data,kg/kWh,CO2e_value:0.39,c10b329a-4623-4566-8411-9770900c3d38
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.39,7403ee5a-f2a3-4c02-9b91-84c81d32327a
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,10085146-2c5a-4ae0-ab2e-1aea9c87bf63
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,I.6.2,modeled_data,kg/kWh,CO2e_value:0.39,685aef43-816b-4749-baff-d27c4ed34493
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,d9b5cec0-7a57-4da3-be76-c7d9f98e7ec5
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,08e10d23-50a2-4ce9-b390-df6edef65c5c
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.1.2,modeled_data,kg/kWh,CO2e_value:0.39,6a87f8b6-87ab-4909-bc3d-f2b346fabbd9
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,1bd97c6f-69d7-44d1-b15e-27d076db3f60
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,97af0758-ec81-4590-96c1-71604055c6ca
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.2.2,modeled_data,kg/kWh,CO2e_value:0.39,720e96d7-aeab-4404-a072-463d6d29225d
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,d6982ef1-c13f-49b1-be64-547a86d7b5d1
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,e0f87baa-9457-46fb-8f18-005400b2eeff
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.3.2,modeled_data,kg/kWh,CO2e_value:0.39,3ab067dc-207d-4cdd-8cc4-becf963c1327
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,759c3108-543f-4c20-8bbf-0af8df2bc2a2
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,213585b9-bd54-42c9-ac2d-1519f484ed87
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.3121625691735462,II.4.2,modeled_data,kg/kWh,CO2e_value:0.39,578950a0-d924-4ec3-81e5-8f54073d1ed9
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,3a23f391-df17-4b07-a4fb-5725da2cc6e6
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,db30d5d2-dd78-4d86-871c-518ca393d44d
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.1.2,modeled_data,kg/kWh,CO2e_value:0.39,cb49152c-3e4a-44d5-a429-13fdda8084b8
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,751ffa8a-dbc1-402e-ae0b-b2483962b9c6
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,9ad6adb9-e18b-44e8-a425-1c1968ac86f4
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.2.2,modeled_data,kg/kWh,CO2e_value:0.39,27fac4ea-9c3c-42a2-8cca-b40e227cc635
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,ac2f6740-a9ca-4beb-ab0c-b218f209e251
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,31791159-08f0-4003-b1f8-6c9422b58356
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.3.2,modeled_data,kg/kWh,CO2e_value:0.39,534efb70-e54c-4d7d-bd24-b1fc44c58820
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,efe5e83a-a078-422d-a83b-4ff7a19967f0
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,977660e4-9519-4dee-9a59-a0550174981b
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.4.2,modeled_data,kg/kWh,CO2e_value:0.39,0a2f361f-0345-436d-a75b-0bd03c76b87f
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.39,5013f20d-5a27-4eac-b70e-44ff9d4bc642
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,01ada48a-3af8-435a-8ef8-f233fcad3d09
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.5.2,modeled_data,kg/kWh,CO2e_value:0.39,e6d68276-ec70-41d2-8c63-bcfd137958e9
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.39,4da9a6b0-50ac-4fbc-b2af-d37641b0af67
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,98321e8a-f488-4612-b5df-804ab1097c71
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,I.6.2,modeled_data,kg/kWh,CO2e_value:0.39,e80271c0-d32b-4d79-80a2-2b507cb76091
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,1709fd26-9547-4827-811f-3332a0ec0c0f
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,a7684512-e7af-4ce0-95a4-27fcf148458a
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.1.2,modeled_data,kg/kWh,CO2e_value:0.39,ca1a8254-5f6d-43b6-b2fa-cbc223b41cef
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,c44861ab-07fb-4078-acfb-b9a97abd6ad7
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,90442176-0c72-4d8c-89c1-d4f0b98a22a0
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.2.2,modeled_data,kg/kWh,CO2e_value:0.39,af16d068-d5ce-4d5b-8c27-6922be744106
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,70a54655-f303-48ce-8015-a6f84de5228a
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,c8023b9a-c640-48f0-bc2b-98dcdb34b2e2
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.3.2,modeled_data,kg/kWh,CO2e_value:0.39,cb26bd23-cfb0-4535-b749-60187e5933e4
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,3732766c-5880-443a-a391-6649184c3431
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,9614012b-a276-4339-8675-4c09b6192982
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,0.001964110124833554,II.4.2,modeled_data,kg/kWh,CO2e_value:0.39,ede0c616-6d53-4770-8a57-f6779aac08da
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,5e04b630-d7b6-44bc-ad46-d23731e46830
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,e887a44e-a02e-4637-9d09-035ecad079cd
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.39,732261d6-a535-4e92-868e-fc8784434c5b
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,89e8e992-f260-49fa-a232-2a238c6080b9
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,7e0c6f6e-f6e3-4799-b9ca-87d7e71f9d9a
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.39,d27f53aa-8b5b-4141-a54b-edd26796d5f9
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,676b8fb5-7447-4ccb-86aa-b3c0cebedaa4
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,9512d380-3ddd-4726-9eab-71b70354a16a
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.39,3bd1bdda-450c-4623-8a94-88a58b6314b4
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,832ba14a-1171-4ef8-ba48-8b964a740548
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,e7c26355-c9e1-441b-84e3-bce7181c248f
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.39,17b3306b-669a-4a4e-bf89-8b2a3950cf85
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.39,a150034e-68aa-496f-9cb9-01bea42a50ac
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,ab05d005-74c9-452a-8ffd-34c55a27307b
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.39,2fbe21f0-6889-48ca-af93-08169e31a302
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.39,dc24470a-35ee-496f-9221-fad7a964b9db
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,1148a122-4294-479e-9927-548ec65fc184
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.39,135e8e20-1833-4390-8506-3b2538309190
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.39,56a4015c-d10a-4e6f-889c-ae858d73a765
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,8de6d1b0-df0a-4498-814e-3dbfa88ecae7
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.39,2b385cfe-973f-44d3-8d89-8c62ade2b464
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.39,c9c5c0c3-72af-4b7c-8343-67af11c2d024
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,099abaa4-2a84-49d3-ad8f-8ec9c9ec8686
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.39,514bf275-c131-4aa0-91d8-cf3837b631c2
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.39,ebac45c1-8acf-4a52-adeb-224a94964757
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,f156daac-fbc6-4a1f-8819-c169834cbc94
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.39,4760ac0d-12eb-45fc-8bdc-82fb129cd02d
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.39,eed1ff91-e24f-4d4b-b367-4b86e2a3da96
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.39,e349ee31-478d-42ae-9008-99cbde5117a0
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,7.146578964595837e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.39,22cd99ae-3577-4327-9ad1-2591eec3015e
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.713,c3bc413d-6430-4357-93a4-dc1bf27f22fb
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,aac2607b-653f-434c-b938-ce03fa833cb5
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.1.2,modeled_data,kg/kWh,CO2e_value:0.713,0dbc97e2-2e8e-48d9-8d17-437c0d1ea621
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.713,2cf2d334-20a6-438d-a5dc-3b7b50b0937f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,bf59b1ea-43ba-4eb3-87c6-2b4d823de36a
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.2.2,modeled_data,kg/kWh,CO2e_value:0.713,0cb27766-90d6-4715-b69e-6f7dee587e7d
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.713,b12b5d4a-616e-4d7e-ac3f-ea3c0f93ddae
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,e8a6dae5-6d50-44c1-8b4b-b82c4f9d88c4
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.3.2,modeled_data,kg/kWh,CO2e_value:0.713,ebfa3fe9-8d6d-444b-a7b9-3e7023aada00
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.713,570cd178-3817-446b-81fe-f74c2a1deb6f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,916690ed-86e5-419f-8283-748cf3a41e7d
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.4.2,modeled_data,kg/kWh,CO2e_value:0.713,c78bf671-b85f-4a98-add6-11ed3af9031f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.713,d376b990-d9b6-49e1-8174-ff2f626cd49a
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,52e2930d-311f-4951-b0a8-b8e50cc19be4
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.5.2,modeled_data,kg/kWh,CO2e_value:0.713,7beae2aa-ea3e-4bd7-bd64-2b1e5ef2a210
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.713,8e84400a-893c-4dd0-9c24-2a577b2aefee
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,30193e44-d43c-480f-88f2-39b6941b5b6a
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,I.6.2,modeled_data,kg/kWh,CO2e_value:0.713,f79f686c-76dd-49a7-ae43-376ce8bc56b5
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.713,1bcfc992-24cd-4219-943c-59b8ad1b27ef
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,15ec77ef-8ad0-4c5e-9cea-71ca3d9104a1
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.1.2,modeled_data,kg/kWh,CO2e_value:0.713,6da9d87d-f9af-494f-81c8-aca4d6dc76b4
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.713,775ccdfc-5080-4ea4-85b1-86609ec663b9
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,ebacd2b3-24ef-4970-a01c-4c8ca5c9edc0
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.2.2,modeled_data,kg/kWh,CO2e_value:0.713,c4ae68d2-f1c1-409a-a688-d3fed78104a6
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.713,4d1021d6-45bd-4512-8ddf-55e34479150f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,b00d6b60-5cd0-4c26-9e41-222127b7be37
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.3.2,modeled_data,kg/kWh,CO2e_value:0.713,c78d4a47-a989-4477-910d-f791cd69c379
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.713,cb8071b6-4801-4a2a-aca5-46c2c27e29df
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,2665bd8a-1203-4e05-8df6-c4f2e4fdd79e
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.5701518642837703,II.4.2,modeled_data,kg/kWh,CO2e_value:0.713,3f710d72-2d15-4744-b522-c5f6c6f2d62f
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.713,fe522250-ceb1-4af5-87dc-00c0b3686291
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,5e947df9-6dda-4718-8dfe-f9c92a0a16f5
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.1.2,modeled_data,kg/kWh,CO2e_value:0.713,c36bdc33-6b6d-4031-a092-85ee7ffb7fda
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.713,ba64ecea-410f-47bb-9aca-fbd6234799f5
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,d4ca817a-0a92-4be7-98ad-015caec84b1a
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.2.2,modeled_data,kg/kWh,CO2e_value:0.713,a021e852-e844-4484-b714-5dce81a9de97
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.713,130b9a33-6db4-4b78-b53c-ac8fac734ab2
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,98cb0062-88f1-45ad-b942-b379edd043cc
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.3.2,modeled_data,kg/kWh,CO2e_value:0.713,25131f3b-f134-4813-8cf6-52504987c2bf
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.713,f8be5837-5434-4283-9939-740f03df5f8d
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,9cc6da66-e3dd-4774-832e-18d5284a5dff
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.4.2,modeled_data,kg/kWh,CO2e_value:0.713,695a0502-e74e-4942-9599-72c4c8fa9155
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.713,0de10c32-9d0c-4a4c-bbdc-8f33923af9c7
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,b7563ddf-67c6-42bc-89a0-c575f1760a30
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.5.2,modeled_data,kg/kWh,CO2e_value:0.713,8d049912-3aee-482f-ad65-6baa76432184
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.713,83a2b758-92b7-4f46-828f-204c39ca9225
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,365387aa-16b5-46d1-b837-7863e8fb8175
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,I.6.2,modeled_data,kg/kWh,CO2e_value:0.713,3111a1e0-31a5-4ecd-b1bb-ccf56439143a
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.713,387df26c-350d-4b90-93a6-18f4c6669c05
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,c4895845-d116-4e83-b7e4-6e61f28886aa
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.1.2,modeled_data,kg/kWh,CO2e_value:0.713,1cc3f2af-acea-4e50-b027-cc9f0dc6c4fb
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.713,7e7a18dc-cb1a-449f-840b-0c298a9778ec
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,e010ae87-69e5-4969-9b19-f0c622727f11
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.2.2,modeled_data,kg/kWh,CO2e_value:0.713,b569bfb1-3e66-42a3-a547-db4fb587025a
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.713,48f57a24-8eb2-4276-aed0-139a50ccec63
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,fbc6db11-89cf-4736-942e-9bf80827be58
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.3.2,modeled_data,kg/kWh,CO2e_value:0.713,9d3a914e-2b06-4bed-aa11-7207a3ca62b4
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.713,42460976-25ec-4a48-915b-bfa8937246de
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,5d4dc874-2dcd-492b-b95a-0839701ada73
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.0035873649178928494,II.4.2,modeled_data,kg/kWh,CO2e_value:0.713,e8bd56f3-76a4-4a15-8251-5e59f61e5fa5
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.713,98fd4b31-cfb0-42fd-b912-68de5708c768
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,a029581d-6370-44d5-9bf4-f45fbf75ff62
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.1.2,modeled_data,kg/kWh,CO2e_value:0.713,ea23117b-2b7c-4649-a667-94dcd02276c2
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.713,dd300d6f-d65a-49e7-b323-056779549c8a
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,a14922d1-3472-4922-aab5-f60a45cfaf45
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.2.2,modeled_data,kg/kWh,CO2e_value:0.713,7c8d674a-4497-44e8-9edb-f45b5cb9035a
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.713,dfbde4c6-9a36-4416-b008-272fdc374864
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,9ab67260-a986-426b-b102-ad551fc5c666
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.3.2,modeled_data,kg/kWh,CO2e_value:0.713,d0af2530-494b-4c48-9caf-ddf73d7082de
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.713,191bd2f2-8936-4c14-b78a-27c212103fe9
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,05d8d54d-984c-4c01-b329-ee7824d113fb
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.4.2,modeled_data,kg/kWh,CO2e_value:0.713,ec318d42-26f3-4687-bb8b-8d4e033dcdd4
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.713,32f66a85-75c1-4380-8780-b7b6c08d5f55
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,74ecc932-0347-47f8-9a48-83edd6ce3d76
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.5.2,modeled_data,kg/kWh,CO2e_value:0.713,4f7de3b7-6687-4ddf-abba-d71f7ce7d649
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.713,992328c4-1223-4f39-91d1-cbdda5924d65
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,cc202c54-b7d3-4946-9277-47c06696e478
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,I.6.2,modeled_data,kg/kWh,CO2e_value:0.713,b01320bf-edd3-443e-8778-71a0a38df372
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.713,2c476c5d-6334-4059-ad0e-65884c377f3f
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,fed96ead-e809-4fd7-a0e3-5bcf7ca6634d
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.1.2,modeled_data,kg/kWh,CO2e_value:0.713,a42d7a01-8308-491e-b1b6-b63988a5064f
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.713,5d81a952-c6ed-4e04-899b-4b87613e9ecd
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,cac900c2-8410-4dc5-a808-fc6bbad9ee1e
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.2.2,modeled_data,kg/kWh,CO2e_value:0.713,05cfc4a9-1505-410f-91e0-5d247aa02bdb
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.713,f934bd5c-d4d6-463c-b870-0764772d0502
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,8aeb7c93-6adc-48a0-8357-13394de118fb
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.3.2,modeled_data,kg/kWh,CO2e_value:0.713,48f8f89e-2f48-48fe-8195-059c8e3b48ee
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.713,ece20ca9-6980-4ea8-807e-fa5d9b984bd2
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.713,e230a1e3-4aaf-456e-88a4-cd1f1ab26272
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,0.00013052927295873862,II.4.2,modeled_data,kg/kWh,CO2e_value:0.713,c712a69b-cc5c-4a9d-94db-418befb6743e
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,17d0d3bc-fa7f-4487-944f-93949f82a7b5
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,2e101364-1493-45a6-a048-f12633c2a387
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.1.2,modeled_data,kg/kWh,CO2e_value:0.273,745ede0d-b2f8-4115-a712-75b020b68e10
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,ac44c733-6896-4b23-bc68-5a5812343c86
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,12c1cb2c-b446-40bb-8fd3-52e25385e708
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.2.2,modeled_data,kg/kWh,CO2e_value:0.273,c677fad8-7487-497f-96cc-3d28a7a00b1a
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,0b8e7653-1d01-4b94-a945-233e3f1d1302
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,6c96e542-ce2b-4ad2-a9d0-09d2807fcdad
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.3.2,modeled_data,kg/kWh,CO2e_value:0.273,635efbd1-eb83-4bcb-a31f-917c4e7529cd
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,60f0a0b7-95f7-4891-bb99-0506100329a1
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,88a084a0-0b9e-466b-95c1-c8f814b634b8
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.4.2,modeled_data,kg/kWh,CO2e_value:0.273,f50f8ff4-bb46-4708-9ce1-0a3aca3aa9aa
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.273,be78d8a1-8e77-42c8-8359-92f83ad0b3bf
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,88fa528b-a523-497c-9588-52c17dab61f1
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.5.2,modeled_data,kg/kWh,CO2e_value:0.273,f7cd5224-e46c-4bae-b7c5-398b83b17724
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.273,6851fdbf-0a48-4289-94c8-9f710e07e920
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,9c8a36d0-2bb6-4d56-9990-88f624175475
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,I.6.2,modeled_data,kg/kWh,CO2e_value:0.273,d6110e0c-b8f6-41a1-976d-746f4bd497a9
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,1964f845-b14c-4d1c-a892-412f3084a5dd
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,83e35951-71c6-40c2-b105-1dea57eb2f35
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.1.2,modeled_data,kg/kWh,CO2e_value:0.273,9e66e08c-e4c8-46f8-b6b2-31388ef56711
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,be78c25f-63ea-4bc7-ae1c-771f0c874ce8
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,36369515-e82c-4228-b60a-84168fe9e39e
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.2.2,modeled_data,kg/kWh,CO2e_value:0.273,2696a1f4-0491-42c4-83ea-7c867059f860
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,c00f6bd3-4ec9-4f27-8db8-636660d6ba78
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,e08c5080-a244-449b-9845-1b4520ad2a4e
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.3.2,modeled_data,kg/kWh,CO2e_value:0.273,3a427a06-65f3-4c00-9f3b-d304a80e9739
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,f842d84e-5572-4907-b08c-2471933d4b97
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,d466445e-975a-4eb2-8c50-191cef141a27
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.21828794339109137,II.4.2,modeled_data,kg/kWh,CO2e_value:0.273,8255b33a-eea4-4185-9e11-bf063bb63e7d
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,50b31484-84e2-4e6c-bc2a-98fc632cdf5a
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,30d392f9-73b6-4623-b860-a696f8ea99bf
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.1.2,modeled_data,kg/kWh,CO2e_value:0.273,35c6b6c0-a2c4-4fad-ae53-7175cd8ad3a3
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,86c86327-a98e-4c9a-bf3a-60d8bb6446ab
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,3638ab74-f152-4607-b6a1-f4393680ba36
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.2.2,modeled_data,kg/kWh,CO2e_value:0.273,caea0bb3-c62c-47a7-aa61-93908c4c2b3e
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,532882b0-cf1d-4beb-b1e6-4b8163da1fe5
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,df41e9e7-f860-4cd4-bd4b-2a17b8a07b94
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.3.2,modeled_data,kg/kWh,CO2e_value:0.273,522ab725-53e8-4cf2-9614-3c91d2e85dcd
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,1b6b3c38-b497-43a0-8206-8909c1789e9f
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,e20c47b4-49db-4749-8b2b-35fa2f2e8326
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.4.2,modeled_data,kg/kWh,CO2e_value:0.273,fd2f4f0f-0dc7-4dc3-bd78-9a62af971454
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.273,f1ee09f0-f16f-4020-9ec4-386d996c9847
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,492a9ea4-bebf-4fd8-91ac-0df8f4383554
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.5.2,modeled_data,kg/kWh,CO2e_value:0.273,3ebfe87e-2e05-4264-b065-70e3f48fed14
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.273,900fbc6a-a1d5-4ab0-9600-640f1a94a6a5
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,108ec1a4-5c83-4229-9c89-7106605df8cf
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,I.6.2,modeled_data,kg/kWh,CO2e_value:0.273,58c8c5e3-d51d-4d4e-af52-eeb5c3fdbd86
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,fca18530-3767-42e6-a69e-63b3a16c33bb
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,1a7e0562-dd40-4942-b46a-a9d7ed2dcf76
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.1.2,modeled_data,kg/kWh,CO2e_value:0.273,44c720b9-9bcf-43e6-82c6-78c24042417c
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,6522ce02-72f9-4227-a71b-d08c8f0ff854
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,e63c7821-8af4-4765-8365-60da4435aa42
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.2.2,modeled_data,kg/kWh,CO2e_value:0.273,c895b14d-8b98-40fd-ba6b-1f31390aeac0
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,b3ebdc0f-1895-468e-83be-d071186aa289
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,4de85627-88cc-4731-90de-d6dfb32f7942
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.3.2,modeled_data,kg/kWh,CO2e_value:0.273,e5491364-8292-40e3-ab46-b6d543aa169e
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,e9a60769-6c7e-488e-baed-02885e234770
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,32bebd45-ff0f-4bc2-a69d-8c1cbcc8b91a
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,0.0013734560196587125,II.4.2,modeled_data,kg/kWh,CO2e_value:0.273,cda326da-d012-4dcd-9263-ad45eb8d6ab0
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,74c74472-185f-4869-b94b-03649513a89e
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,5039a970-c061-45f1-9d6c-f90604291d22
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.273,d7b9d5b4-00c0-40df-a9b4-ca5933948031
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,4dcdb692-bac7-4153-8c9a-391e9a33f98c
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,47705a32-fdf5-47e2-a173-c4ab6349c099
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.273,73b7a77e-000d-4ecb-a4d6-13a39c6e7672
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,11fd44e9-58dd-479c-b9a1-9269f00d771a
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,295c9a40-813b-4363-a1cb-b13f28e3439f
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.273,42634fb3-e3d0-4145-80c5-ecd51e795b89
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,55acd342-6ab3-4197-a6b7-1c2abb2941ab
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,377af56a-4779-4375-9671-9fc6c743a364
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.273,69a3da25-a24c-4de1-ad18-252a5af9d260
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.273,e1a3c049-cc54-4c3e-9776-fe14edacc038
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,eb563b35-16c7-406c-be39-7abfe67da2bb
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.273,3b1dfa86-d339-480d-b1f3-e121c5534be6
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.273,cf9be82a-30be-4cae-9a3b-163f27814db2
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,f2a3b694-40c5-4ec2-8552-493d65d5abc8
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.273,850cfd83-597f-4643-9ca9-8e2e3178d4cf
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.273,be09c3c5-14ef-4a55-a292-7d5f2ad87d17
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,36b1da0c-c15d-431c-877e-26f73b1fccf4
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.273,e7f2aa23-98dd-444e-9102-a30c8c015c9f
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.273,06a450b3-6935-4888-818f-3bb05e72d1f2
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,1136abba-fcc0-4e32-9ce7-e8fa0059a54e
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.273,2f853fe4-a575-47ce-bf2e-e1f61e328d71
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.273,f6681d93-e790-4503-aa4e-6bddaa7afc1e
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,f7904c35-41b5-4d60-a6df-e86ff8890b52
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.273,1248344e-ba73-4c31-abe2-2a460f3d25ef
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.273,7c4a764e-e975-4a20-a589-42749fd30284
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.273,840308e2-6aac-4103-a901-d86b2e16b18e
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,4.997434601444399e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.273,4d44dd6b-00b8-4e6a-b8f1-7a9c95b7f2eb
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,2b10c776-02a3-4abd-b1da-e8b84870cb40
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a490f1d8-6de9-43b8-ae5c-98cd2f32d98c
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.1.2,modeled_data,kg/kWh,CO2e_value:0.02,3e6f5428-c707-4c1a-97d7-f193733cede7
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,52ccbe1f-08b5-407c-95c0-8c805c597392
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,f5dab641-9107-44bf-947d-1e9893fedef4
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.2.2,modeled_data,kg/kWh,CO2e_value:0.02,28116669-0ae3-49c0-8d78-8d16444271db
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,73f4a7eb-f56e-4d12-b5f9-0317feb5eb7e
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a2647b73-64c6-4361-b7ed-f7736f8c8941
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.3.2,modeled_data,kg/kWh,CO2e_value:0.02,83f9ca39-4c08-4d72-89b4-1c6373eba7a3
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,7a7c0e91-61b8-401c-99c3-d0beb41a1568
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4adbf5f6-c878-419d-9224-c09fae38112f
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.4.2,modeled_data,kg/kWh,CO2e_value:0.02,73446586-31d3-4f08-8430-3ae36938b338
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.02,b60c084e-ba9b-40be-aaad-986deb19b6e0
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,516c9184-f6f8-4a58-8a68-2d52a005a5b8
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.5.2,modeled_data,kg/kWh,CO2e_value:0.02,095dea8a-3b03-4ea7-a1ca-afd405a8b5fd
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.02,f82e6dc9-dc6a-4a0e-9bb3-3eddcc950518
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,91c75c68-4e6d-4e44-9cfc-762ca6ad69a0
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,I.6.2,modeled_data,kg/kWh,CO2e_value:0.02,3eb0cadf-8fe5-48db-8f43-1784faf568d6
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,a817b33c-db90-468b-910c-659db3e4ec51
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1ba47961-15c8-4910-be13-1bf346078205
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.1.2,modeled_data,kg/kWh,CO2e_value:0.02,21ef024a-8e69-491b-9f52-b385ed3a4b15
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,893f0fea-fa39-4cea-86a3-317fd6107cad
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e82622ae-c62e-4c49-b183-fddcfa1c46d8
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.2.2,modeled_data,kg/kWh,CO2e_value:0.02,e8188c79-86d2-4450-afd6-86a9f6476518
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,b73933ab-8f61-4968-a794-bdddf2a93bd7
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,9dae747d-a5b1-45f5-976f-55394b43e2a7
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.3.2,modeled_data,kg/kWh,CO2e_value:0.02,8fd2334a-c080-4fd4-8118-c6f395228417
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,d43686ea-0fad-4cc0-92e9-c8e13d9cf404
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,408167a9-b679-4b61-af38-16e6a6d814eb
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.01626925519368593,II.4.2,modeled_data,kg/kWh,CO2e_value:0.02,b06b9b32-38d2-4a92-ba05-d473c575c8af
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,63ec2ad8-d826-46ed-a8cd-64f587b92e41
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4658745c-8d1b-4258-8a8b-29dfa7356bca
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.1.2,modeled_data,kg/kWh,CO2e_value:0.02,0ffbac2f-318a-4cf1-a11f-1719c4336252
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,74d4dfa1-9c3d-42aa-a747-2d23014cd164
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,3ca66aaf-db06-45cc-b34e-c79b28bfa995
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.2.2,modeled_data,kg/kWh,CO2e_value:0.02,ad72d0a1-331a-4083-9e20-65ae1bde7435
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,3433af6e-3681-4c8e-9dc8-6dc8694de550
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,459f1115-43b4-40db-9664-3c3f24c3eabb
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.3.2,modeled_data,kg/kWh,CO2e_value:0.02,a1dc52c2-d7cb-49cf-8b32-c93c140f69c4
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,58755fa2-c669-4c6a-9668-f580829bf331
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,a70ac44a-b890-4a45-ab8c-05e811a75382
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.4.2,modeled_data,kg/kWh,CO2e_value:0.02,38188da0-1251-44a1-8fdb-8493b7909546
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.02,e3fdfa00-acfa-446f-bf51-aad8c024546e
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,30052798-b549-4c48-ab53-c5eb6bf98a14
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.5.2,modeled_data,kg/kWh,CO2e_value:0.02,43c303a7-b510-4880-a714-f254ff7156b6
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.02,e71c6753-8896-4c71-85d2-55760e428e32
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b8f1d3ee-b531-4c31-8d0d-1181003127b4
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,I.6.2,modeled_data,kg/kWh,CO2e_value:0.02,f6fcc4a3-d68b-4cda-93d5-a09821c9daa1
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,a595991f-29dc-4138-ba6c-7a6f642a5472
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,ccf70178-ab60-4f6b-9deb-35ac4cb6eb91
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.1.2,modeled_data,kg/kWh,CO2e_value:0.02,5aa40720-749c-4c5f-88c3-4b1cb5f204b0
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,14cacea5-6e42-4ddf-a398-e0d098b4f8f7
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,46724b7d-0318-4ef0-8eb8-c07ae76104ee
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.2.2,modeled_data,kg/kWh,CO2e_value:0.02,5f895d42-e030-4704-a648-141a9f94f7ad
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,7a4956e2-7467-43aa-9cc0-6e07e86b8be0
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d2a4689c-1c23-42a7-a6ad-a5a91712ce9d
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.3.2,modeled_data,kg/kWh,CO2e_value:0.02,d5a85abe-6f02-4cff-b70b-7a685a1acf45
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,a35632c1-3021-476a-8492-192e0832c73b
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d2af76b3-eb6f-4256-825c-633cd7ef109c
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,0.00010236528016161449,II.4.2,modeled_data,kg/kWh,CO2e_value:0.02,04722cf5-044c-4ccd-9fdc-718b3b30b304
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,946c1a11-f3f5-46d0-8e5e-900275fedc33
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,c8526a26-c8ba-4b04-b114-78705b67c5a8
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.1.2,modeled_data,kg/kWh,CO2e_value:0.02,f2f146bc-aff0-4f88-96d1-b3135f967f11
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,dba776ed-d3be-4538-ae21-1cecfd344c85
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,1051192d-bf0f-495e-a400-39f2355f288d
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.2.2,modeled_data,kg/kWh,CO2e_value:0.02,8bf1bab1-3712-4c25-afdb-248a6ef36fe5
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,7cb1dabf-8433-4f6f-8729-b0b44eb2c2a8
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,074913b3-c0e1-4308-b266-32924937dfc1
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.3.2,modeled_data,kg/kWh,CO2e_value:0.02,6959aab5-5300-4dd3-96d5-70dcbeb1e230
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,2ddf277a-2a5c-41cb-a539-ae55a25e2539
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,3c934303-5094-467d-b79e-691d35cb02f8
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.4.2,modeled_data,kg/kWh,CO2e_value:0.02,b5af513d-7c52-4662-93bd-73270bca95d9
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.02,22c307ab-cada-4265-97ed-63858add02b8
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,49c9cd31-7367-4233-af59-93ec4c652259
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.5.2,modeled_data,kg/kWh,CO2e_value:0.02,3ad8c5c7-5a71-46a5-b95b-20689d957665
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.02,75f1d372-d62d-4037-8867-58c9b5faa150
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,911385c4-3c73-4699-ba29-5ce7fa664963
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,I.6.2,modeled_data,kg/kWh,CO2e_value:0.02,0f95a1c0-02ad-4e01-ba4c-ccbe06684bca
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.02,34a81bb1-3f66-4423-829f-e72962f91db7
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,26205fac-4e71-4b68-9a12-6e5c5137a6e0
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.1.2,modeled_data,kg/kWh,CO2e_value:0.02,05a72e4d-6381-4cb4-8f76-276a72efea13
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.02,d949e1d4-82de-408e-9931-403164152d95
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,f47a5ea6-9580-4746-8c86-30a504f10217
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.2.2,modeled_data,kg/kWh,CO2e_value:0.02,d0c1e6ad-5ae8-4bc0-83fb-a08d3f8b1c8d
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.02,0dc6b28b-91bb-4d87-a952-8418906ab504
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,102676ad-3dca-4c6f-986c-f27d47d2dcc9
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.3.2,modeled_data,kg/kWh,CO2e_value:0.02,12d729f7-9cfd-46dd-9c73-1996bcebfe82
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.02,566f7be7-4bc2-4673-984e-82293ce57bb3
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,00fd6993-0cd5-4eb3-ab67-2f16e01922b1
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,3.7246463355508085e-06,II.4.2,modeled_data,kg/kWh,CO2e_value:0.02,619ea936-1a06-4938-ab5d-96fdec7d277f
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.092,076fdf5a-be75-44e1-a84e-e4bc148319d6
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,98a893bc-be0d-43dd-9f6e-f2534363103a
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.1.2,modeled_data,kg/kWh,CO2e_value:0.092,ef5af230-a8be-4e19-90c1-ba82cce276b2
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.092,5aa6481a-7578-4cda-ba59-a01c9957810f
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,aaf7af7b-0c65-4a08-b192-d0e0a84626b3
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.2.2,modeled_data,kg/kWh,CO2e_value:0.092,9219d099-7e28-4061-8d35-662f3568126b
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.092,79cc8e53-590b-42e0-ad8f-ac39e0371325
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,17c5dd73-75e0-4ed6-80a0-80ae6b78ad5b
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.3.2,modeled_data,kg/kWh,CO2e_value:0.092,1dc04bae-cc75-4123-9fb1-c41e2f482187
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.092,727b6776-0a33-4130-a2b1-e8c18984282f
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,d6dba4c3-c6da-409b-a289-35186f82b91e
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.4.2,modeled_data,kg/kWh,CO2e_value:0.092,8b73c837-e4b3-43f6-9c07-f0d3c80e5516
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.092,c5d3845b-c3ec-49d2-80b4-d6260385131f
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,956d6bba-eea1-41e8-8838-a3152d31da6c
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.5.2,modeled_data,kg/kWh,CO2e_value:0.092,879c2bbf-2220-4983-af7d-5ea30a4f1a3d
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.092,3c3d7fcc-5545-4593-9183-bc6446fd518f
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,e200179d-45b6-4173-a668-7b76fcfada70
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,I.6.2,modeled_data,kg/kWh,CO2e_value:0.092,cb25b61d-31a2-44c3-8016-5fed3bc5bd0a
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.092,6bace239-fe4a-4b49-a984-bb9a3f525845
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,4aa9d270-fa3c-4b99-a92d-cccf2a9f7433
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.1.2,modeled_data,kg/kWh,CO2e_value:0.092,2801ebfa-a542-4458-a39e-4f14b18b4e5e
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.092,373002f9-fdfc-437b-913b-1796bab1169c
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,fe4d89e5-7932-417a-b375-d6ff54f0132c
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.2.2,modeled_data,kg/kWh,CO2e_value:0.092,88214786-7d4f-4866-82b6-c3d6c2024dda
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.092,07cb2682-6bbf-4cbe-b8ea-ba4ed3d5f1bc
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,8c1f3a30-cfa2-4807-8cb1-f0282977ff99
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.3.2,modeled_data,kg/kWh,CO2e_value:0.092,6e39a780-88a1-4705-a60e-4b972eee8877
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.092,da064997-9905-426e-9abf-df8e13bece16
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,b74cc2af-65b2-4d40-a7d4-c63353e6d80d
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.07364746439263359,II.4.2,modeled_data,kg/kWh,CO2e_value:0.092,475ae1de-f89b-4d92-9bdf-7a071293875f
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.092,8870ed42-a858-4a61-819c-9925f1ac8b89
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,41a37a0b-5ba8-4c3d-babe-df7af2ef4d3d
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.1.2,modeled_data,kg/kWh,CO2e_value:0.092,9498b517-261a-4950-8a35-bfc6e4db7948
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.092,7aec456a-9877-4847-ad3f-15edba96f04b
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,eea4bf95-d251-43c9-9879-aa27fd64b74f
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.2.2,modeled_data,kg/kWh,CO2e_value:0.092,d2018b43-c7eb-4209-bb34-1e33df6bdb1d
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.092,0b425e07-03e9-45df-a9a4-db8a6c5b5f16
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,8817c644-8e77-49cc-bb0b-fb678890c9f9
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.3.2,modeled_data,kg/kWh,CO2e_value:0.092,cee9697c-0f0f-4b38-99fc-03f712523e46
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.092,4b342a21-1fba-470c-89fc-c094efb9a9c5
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,792a1fbe-ae8d-4dde-9cca-f05740375b8c
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.4.2,modeled_data,kg/kWh,CO2e_value:0.092,f8f273de-855a-4667-9155-9308dd58f4ea
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.092,d9e4ac90-ec6a-40df-a8bc-c2cf1f8d8373
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,348419f3-16c8-49f9-a1c0-946a0ee80178
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.5.2,modeled_data,kg/kWh,CO2e_value:0.092,4e6fd962-30f9-4c07-8853-dc265eb2efba
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.092,b4037bf7-30c1-44b6-a8c1-80972a2d2606
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,c2de11f0-1e85-4596-9c12-fb2c054c9026
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,I.6.2,modeled_data,kg/kWh,CO2e_value:0.092,64a524d0-d248-4f99-a76c-d6ff496ed593
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.092,41ec97c2-3432-4eda-af31-f9e94f10601d
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,7c5b48e9-ae61-40d0-8af1-a27df70915d7
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.1.2,modeled_data,kg/kWh,CO2e_value:0.092,d9fe11c8-26f8-440a-8491-a7b6cf32f518
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.092,45a2dd02-8680-4cbc-9c6c-86f2d2eb16ee
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,f7418460-174f-4a20-95c6-3dd5c4d0346f
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.2.2,modeled_data,kg/kWh,CO2e_value:0.092,ed2ee918-9853-4536-8240-c135259b4f27
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.092,10ed061c-9e08-4e1d-bc76-e5a9c0fbca39
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,7c952c03-8132-4f79-8233-dc6fcccfb021
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.3.2,modeled_data,kg/kWh,CO2e_value:0.092,8adc91bf-4535-497a-9c44-05d40275be11
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.092,48fc4138-b469-4f96-9fce-9cad0ef8f971
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,a5e3e185-9e63-4d7c-928a-7db4edc749d8
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,0.0004633858917321744,II.4.2,modeled_data,kg/kWh,CO2e_value:0.092,5ceafb20-c91e-45aa-be4a-202d7af1e250
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.092,3406c71b-ba8a-4055-ab64-81a7f738172a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,7bf69adc-750b-442c-91bc-8ab892714cf4
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.092,a1cd18aa-d800-4f71-8a17-1031f7396d73
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.092,7789d7a2-6776-4853-a1b4-81b1708b9e3a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,7ccd6a6c-a23e-4c7c-b984-701bb7dfa9ed
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.092,01833380-be14-48c6-bbbd-57baf5e974d8
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.092,22abd374-46bd-401e-84d5-e2c30b95996f
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,4ba04569-4a94-42ae-8de3-b3fdfd54ea8b
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.092,33888c5e-e4ba-42dc-9e71-ea22e48ae80a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.092,d3b36d40-1f39-4bfe-ae05-1289bfdd0c4d
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,0701ec82-26e0-4a4b-8840-80e6886d4703
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.092,30f3b2a5-8197-454b-9bd7-3e42fbeb2ca2
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.092,e6f3686a-7da8-47a2-b742-95762df2d945
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,8e19ecd8-4f52-4dbc-ad73-0a6a300b6ee3
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.092,9d03a02f-d982-4617-a417-37df1f10bbe2
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.092,1836b8c0-f844-4a0d-a75f-a0fc1ca44435
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,98e79877-77e3-4bcb-80f7-b963d9429f5f
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.092,b4c90fd8-8b73-4f04-b8b1-e2d36b7acc53
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.092,4f634a1d-9e1f-4b14-9c80-956189a3041a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,da9b1477-4421-4518-ac1f-66420ce453b6
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.092,011da619-5998-42c6-9ea8-b425908ac50a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.092,52feb4f7-2cab-4072-b025-29d290a50805
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,5bdc06ce-b3e5-48cb-97cb-65322583b62d
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.092,9c4ca5be-b392-4bda-a109-307e83b5389a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.092,39ebbf05-69bb-45a4-8103-f8d1eec35ab7
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,4d5d4908-d5bc-45d7-b43c-af9222979dd1
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.092,68aee11d-3ba4-42f0-a4b5-0f992ec23128
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.092,98a65e40-8adb-4733-9945-de147c2023e1
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.092,cc4adf68-9bcc-4c4a-8665-5d2f5d65ae1b
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,1.6860683240071793e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.092,d648c0cb-1b7e-4558-8dea-305e4879a4fb
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,5a205b65-aa6b-4739-ac6e-0950dad1560a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,4c980fc7-93a6-4cde-b228-b49284263dc1
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.1.2,modeled_data,kg/kWh,CO2e_value:0.578,44ff504e-1615-4f99-8084-e1285ba5700d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,d77460a7-5098-48c2-b35d-aea77029f24d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,bc3940ec-436f-4f1e-ba89-1705920a5afa
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.2.2,modeled_data,kg/kWh,CO2e_value:0.578,e299b1d3-57e3-49e3-89a7-f141a0b0e45d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,f8732017-a192-4159-8ab7-ee745366ad98
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,829c1f34-2d66-48c8-9ddd-8405191831dd
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.3.2,modeled_data,kg/kWh,CO2e_value:0.578,ba4eaf58-1e81-49ea-9543-f6e8fa8a9e99
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,1ef46d6b-3483-4383-9555-bd02d8eb5823
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,46bde058-39a1-4cb0-b57d-149bb1d5bdcb
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.4.2,modeled_data,kg/kWh,CO2e_value:0.578,48767498-2e49-41d5-b0d7-f36eb312e265
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.578,5062e121-6cfa-4478-86c8-4823e0d46606
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,3f05bae3-2bdd-4709-b032-8ba089cc6e41
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.5.2,modeled_data,kg/kWh,CO2e_value:0.578,a880f5f2-ac7c-46fc-8795-2cf9e173c680
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.578,932affea-98a1-488e-929f-78c0d9e64d98
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,0da8b16f-8554-406e-8686-85d07c65c89d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,I.6.2,modeled_data,kg/kWh,CO2e_value:0.578,1b27fa27-8f34-4960-a5d5-519bfbc50291
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,7a74eb33-949e-40bb-97dc-ce4a2272c7ba
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,f8719468-2ef2-46c9-8810-14b33c1740b7
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.1.2,modeled_data,kg/kWh,CO2e_value:0.578,de9f36b8-741a-433e-984d-b39a434b2db6
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,cf7c9a58-a144-403c-b46b-2be624d03448
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,b25abafa-6f34-47cb-8a08-7d00895a8a1d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.2.2,modeled_data,kg/kWh,CO2e_value:0.578,f8e46b03-de95-4d23-a879-67dced97dad6
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,801b03f1-5c5a-40ac-af6b-6078d7d5a9d1
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,fa2c72c8-d409-459d-8d10-82f0388ac3df
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.3.2,modeled_data,kg/kWh,CO2e_value:0.578,72246d80-c398-4478-9d54-cc0454b0c705
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,1a86bdd2-4fb4-49fc-9052-3804f94011fc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,62c33029-0175-414c-976f-5b678c726c68
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.46264465209108235,II.4.2,modeled_data,kg/kWh,CO2e_value:0.578,e1621e3d-4f23-4e41-aa9d-411bcb968bdc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,c6f0a44a-c5bb-4316-8fbb-51f9b00c19cd
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,0ba9a220-8790-47e1-83f6-8f193c2f4ab9
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.1.2,modeled_data,kg/kWh,CO2e_value:0.578,45fe50e7-0a78-4394-9adf-9ae2754f421a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,e37a0673-a78f-4a37-9f48-2e1bd0c1360a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,cf00cc0c-766b-4f17-bca0-3a256c221fd1
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.2.2,modeled_data,kg/kWh,CO2e_value:0.578,1104c314-571b-4bce-a544-c4858515078c
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,ca7ac27e-24c7-4f98-995f-6b783838dec5
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,54870e03-a4fe-44e4-8ed0-411b9f506f31
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.3.2,modeled_data,kg/kWh,CO2e_value:0.578,8fd76d61-8291-433d-a8cd-056e6e6134f5
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,0a58861a-1eb9-477a-a79a-1c0522537a80
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,aded1931-8ab8-4a65-9868-ce7c7190d4e2
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.4.2,modeled_data,kg/kWh,CO2e_value:0.578,894c48cd-3c5f-4057-bcab-07ed6f7df7bb
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.578,585238dd-c032-48c8-bbaf-fd0605ae3d7f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,d62560ca-0553-4e6a-8f30-e52e70895ff0
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.5.2,modeled_data,kg/kWh,CO2e_value:0.578,47e08d94-7cb2-483e-8185-4df035d32b7f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.578,8a64401a-7c80-44ea-a026-1c3495f7f538
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,629fdada-5311-49c6-b057-1529cfaba51b
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,I.6.2,modeled_data,kg/kWh,CO2e_value:0.578,8f92be0f-338a-445e-925e-990cc5c98c50
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,ce2e912f-4bd6-44b9-b99d-0cdf8b115ce9
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,be6fdf6c-6cc5-4120-b533-1bc2dc09975f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.1.2,modeled_data,kg/kWh,CO2e_value:0.578,24d527a5-9091-4a38-83b6-cb8fe36b8a79
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,ad40f959-0768-4622-9e37-92d06b09ae72
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,a0e8238a-07d3-4e22-bc1e-323d26bec60d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.2.2,modeled_data,kg/kWh,CO2e_value:0.578,3a44d0bc-deca-419f-b9b8-45a217ba430c
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,69777309-5196-4381-8809-63b32a5caddc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,ab8e4f52-4b4b-4cba-956c-abd1e7c25d2a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.3.2,modeled_data,kg/kWh,CO2e_value:0.578,8f702863-8487-4fa3-b6a3-a105b52bc4bc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,b506d8dc-02cd-471d-a788-d01d476c78a7
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,15264693-cd01-427d-8117-88e1174d2840
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0029109353109757694,II.4.2,modeled_data,kg/kWh,CO2e_value:0.578,b1661a58-431d-48f1-9d1f-b7669b851b11
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,6fdbbb19-774b-4cd5-8e48-368bf75fd981
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,0b414a7d-431c-4a3e-ac3f-200443519f89
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.1.2,modeled_data,kg/kWh,CO2e_value:0.578,93740759-1b38-499a-bacd-a2d919fbb7da
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,02e462f0-94db-4103-bc0c-f9f62ee35cb5
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,12b632a6-815e-475b-b1e0-4de35a10a398
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.2.2,modeled_data,kg/kWh,CO2e_value:0.578,0955dfb7-d7aa-4d80-8c8b-33bd5b8f33ce
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,da9c1fe8-cdd1-46a2-90b6-0a303ea9f16a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,a483a5c4-ca2b-497f-9157-806be84a2112
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.3.2,modeled_data,kg/kWh,CO2e_value:0.578,640c1554-7887-409e-a1e3-bda4497edb94
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,658aaec8-0550-42bd-b27f-da1b85214255
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,b046645c-07a7-47a8-b576-85228170f0b2
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.4.2,modeled_data,kg/kWh,CO2e_value:0.578,bce85c06-c476-4449-9d9d-80f8b657fab8
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.578,5f470f9e-067b-4fe7-9043-0d2e86b4e2e7
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,07e1c8bb-6e97-4028-92dd-25dbe8103aff
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.5.2,modeled_data,kg/kWh,CO2e_value:0.578,51641a91-f137-4605-85f4-fa0678de0ee9
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.578,2494ff21-cf7c-46cc-94a5-f122813aefcc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,2056b6f2-6ba1-4566-be26-b32a8f22ef22
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,I.6.2,modeled_data,kg/kWh,CO2e_value:0.578,e1f82434-89f4-4ed7-9295-f370cd1dccee
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.578,affa2325-1464-4fc9-8f3f-923fbeceafc3
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,d5dca45a-20d6-4169-b3c1-409f7bffa879
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.1.2,modeled_data,kg/kWh,CO2e_value:0.578,8d28c63f-88b3-4373-8c72-7c96ad455464
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.578,1b993d75-db75-4d8b-afb8-4cb5569e564e
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,1189863f-2133-46c1-a807-6f114d059283
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.2.2,modeled_data,kg/kWh,CO2e_value:0.578,acc2be5d-7234-4fa7-bd1c-1a059af59218
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.578,979af0d8-a916-49df-97f2-0c09fedc379a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,c8c63716-744c-442e-9526-c353dc6f66ac
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.3.2,modeled_data,kg/kWh,CO2e_value:0.578,d8c546ae-2eb9-44ff-b538-864350ae10ae
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.578,3ac49942-387f-4133-a766-14a302057a33
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.578,1a07e6ac-1f75-44e5-ba41-efc7b03e5e7a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,0.00010591681595491813,II.4.2,modeled_data,kg/kWh,CO2e_value:0.578,d10ba49c-9610-4212-8762-ee0899f7621c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.889,8b10adff-e884-4e7d-a35b-8123c30fa379
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,3cfb1911-e9d0-44e3-81fe-0b8c04c9bcbd
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.1.2,modeled_data,kg/kWh,CO2e_value:0.889,c4ee4d85-54ec-48a0-98fd-bea8c5d6d0ab
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.889,50bbd2f8-2131-47ee-948b-4d15aaaaf355
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,1ee4b5e9-ac16-4a99-859e-a7aa17ee947e
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.2.2,modeled_data,kg/kWh,CO2e_value:0.889,574291fc-1f5d-440e-aace-40b9a11b582a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.889,f5062c84-201f-4ea4-8ed8-d6995fa1e363
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,ec52bf86-1efe-4804-908c-190a80a2cde4
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.3.2,modeled_data,kg/kWh,CO2e_value:0.889,512e7ea8-7dab-44e5-8d38-4cac9ec3b112
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.889,9c5c254e-db1a-41a7-83d7-9b9c95c2594c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,4db5d2c5-6552-4309-8f56-ba05cda5c29e
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.4.2,modeled_data,kg/kWh,CO2e_value:0.889,5bd5b1f9-a33d-4ecb-8b1c-4da5daf5839a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.889,d76b56cc-d632-4ca4-8565-e141b3ac30e7
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,77815c62-cda3-463c-b22b-fda96543abfe
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.5.2,modeled_data,kg/kWh,CO2e_value:0.889,852a6bfb-4b1a-4687-975c-e89ff898d179
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.889,e63fa91b-fe8f-4871-b074-6fe953a48aad
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,3ecab1cf-46d0-49f0-9911-0f6211ff3003
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,I.6.2,modeled_data,kg/kWh,CO2e_value:0.889,cb4cb562-d9d9-43de-a080-59e47f297a46
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.889,ebbac4ad-88b8-4513-8aee-21e1466bc8b7
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,5f8bfdc2-dd49-4742-b842-826a52985b11
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.1.2,modeled_data,kg/kWh,CO2e_value:0.889,5efef2bb-02e5-47a8-9f82-0591506fa44e
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.889,1c595636-b98b-418d-b23a-4be0bd229a6a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,eb1cc0d5-7938-4a9c-adfb-f484fd403287
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.2.2,modeled_data,kg/kWh,CO2e_value:0.889,85d025a4-b093-406e-a96e-64d50f26a9f6
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.889,65d685ac-896b-4d12-9cb6-41a13caeebcf
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,4c06add2-6c61-4bb4-a033-84955cf892f3
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.3.2,modeled_data,kg/kWh,CO2e_value:0.889,b0309939-8ce3-4e6b-99f1-b0d973949e44
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.889,de65cea9-ad6f-4048-a093-ffe496e1dd5c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,eb29cd47-2560-4464-be45-6e51d8f0fd2c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.7110133357525176,II.4.2,modeled_data,kg/kWh,CO2e_value:0.889,bdea71fd-c090-4b00-8156-7b5995636de9
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.889,370ce89f-dbcb-4c68-9d07-67320c2f48ed
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,2f3905ec-81b5-4675-aa50-4f42c3bc628c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.1.2,modeled_data,kg/kWh,CO2e_value:0.889,298e9804-0e8c-428c-af77-e26c1317f931
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.889,f88e417e-5fa3-46e4-9efc-7a2fa4b63f1f
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,1a92dd50-aae5-4f63-a82e-78c57b522ea8
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.2.2,modeled_data,kg/kWh,CO2e_value:0.889,ef8e748c-0287-4e7b-a881-8e299421eacb
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.889,4e526f4e-12e8-47d4-a575-d5469ea2c913
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,c8fe400c-1a0d-449e-b346-42ee7d7038c1
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.3.2,modeled_data,kg/kWh,CO2e_value:0.889,3f550993-50b5-4e74-9358-f17a71b4fae1
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.889,9984355e-0126-486f-8f09-64fcf3861431
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,cdd73ab3-5bca-40de-ae6c-86af09d6dded
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.4.2,modeled_data,kg/kWh,CO2e_value:0.889,73aa7e2d-5b8a-4c93-b5fa-911ee22d2a1a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.889,8dc5f0f4-9b0e-48a8-8516-10ce6f824390
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,48e8cd07-27b6-4c8a-a01c-82056ac18258
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.5.2,modeled_data,kg/kWh,CO2e_value:0.889,4f5c6efa-55b6-4130-845f-84c4d375ad1e
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.889,2d4a9e11-6688-44af-a461-749981a08855
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,31ab3b3a-1db9-452b-af75-e2f1d9b41ef9
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,I.6.2,modeled_data,kg/kWh,CO2e_value:0.889,87c32745-9ddf-490e-aa91-00ec4b7eccce
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.889,95b00d9e-940d-43fb-a383-b7d2035de716
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,e6810fdf-546d-4020-8200-29391ee452fb
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.1.2,modeled_data,kg/kWh,CO2e_value:0.889,429b7c05-b325-469a-b0a7-b7b1bae1a017
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.889,72aaad13-f295-42f4-b5a6-3cb4a13840a7
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,ce1d884d-1356-4f55-9549-ebb6e0ba571b
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.2.2,modeled_data,kg/kWh,CO2e_value:0.889,0218f58d-83d1-499e-a539-69ba93a89111
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.889,dea2b913-a2ce-42e2-8d19-8baa738185b3
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,2c0a77f7-23ee-4dfe-a171-356c52c51204
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.3.2,modeled_data,kg/kWh,CO2e_value:0.889,7ec9c657-d5e0-4309-9453-cd9bf17ffb88
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.889,b4b33e45-0e50-49c2-a4e0-498167257e11
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,ce5363b1-c501-4333-89e1-6f3f7ab38d3f
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.004473657733342183,II.4.2,modeled_data,kg/kWh,CO2e_value:0.889,310a04fe-f05e-4df6-b2f8-b73a9ce9f3fa
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.889,6d081d7d-39b3-4dc5-b926-ce8ec50b6c34
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,40538c7d-0d9a-4c90-a04b-989bed85d1a2
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.1.2,modeled_data,kg/kWh,CO2e_value:0.889,4f043437-e17d-4921-81b9-91fbb53e1456
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.889,dc7a56f3-6cdf-4e86-a974-ea359cc6c235
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,06698043-8881-4c0f-9e16-d922374e5668
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.2.2,modeled_data,kg/kWh,CO2e_value:0.889,a5c7c892-5d2e-4344-a56a-579f8fdbe9cf
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.889,900ceb90-a1e8-40dc-b3f5-f58d07388b42
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,ce99d9ba-0a4c-4042-b466-6e9f8cfb3fab
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.3.2,modeled_data,kg/kWh,CO2e_value:0.889,dcdbedd9-d226-4f7d-9787-cea201e1aa97
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.889,0247444a-681a-4a64-b15d-620df570e535
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,35e6b85e-ccf7-4dce-84b7-3adb0c93ca5d
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.4.2,modeled_data,kg/kWh,CO2e_value:0.889,f2325b61-9b51-459f-8eaa-a86f453f6593
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.889,a61f42f6-7643-4788-8ed9-cdbac4264598
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,b307e0d9-bf75-4fe0-9948-eed7fc047657
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.5.2,modeled_data,kg/kWh,CO2e_value:0.889,dc07a829-023c-4252-b07c-9b5b15adf173
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.889,ac27c1e1-4c30-48ed-adb4-be8804a406d1
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,30e30634-5d80-487b-a61a-c1b3f050a8c5
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,I.6.2,modeled_data,kg/kWh,CO2e_value:0.889,b1914fd6-5deb-4535-a83d-0cb43e987bf3
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.889,3bf829b0-5bc4-410d-b21d-cd4ba268077c
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,1187b179-ddfe-4f7c-b71e-7f23f8ec1e5e
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.1.2,modeled_data,kg/kWh,CO2e_value:0.889,a4e7a86d-7cde-408e-8acf-50c8d9346604
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.889,15c30a7f-a566-4559-8a50-830fe93ac331
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,5a7c120e-3874-4dc5-8a8f-3e527e53303c
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.2.2,modeled_data,kg/kWh,CO2e_value:0.889,a423ffff-f868-4cd8-b4f5-013128efec20
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.889,e21d38ce-1f16-4da2-b13a-e5da5c6ac844
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,c34dbfd0-023e-4f38-bf39-f441c6206ed3
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.3.2,modeled_data,kg/kWh,CO2e_value:0.889,2c400348-8ce7-4db8-8e8c-76d27de733b8
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.889,eb7cd910-7af9-4ee1-aaed-181eea87fcac
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.889,c80073ed-d722-4c95-90e3-30ea4a3e1818
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,0.00016277777833162034,II.4.2,modeled_data,kg/kWh,CO2e_value:0.889,1f77d6fd-4937-437e-b195-e9891cbee5b6
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.838,731fc24c-8a66-41ff-9052-424586344405
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,15ce5ead-7dc6-4264-8d94-d330a4249354
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.1.2,modeled_data,kg/kWh,CO2e_value:0.838,72ae598f-d60b-4760-8481-dd7c18927e8c
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.838,d6de6890-65ef-44d8-af1c-79e1bcdad925
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,7fc9c9a2-b331-4ef3-a783-973575c93c5a
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.2.2,modeled_data,kg/kWh,CO2e_value:0.838,61668ea7-d97d-4a6b-b731-7c58cf3126be
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.838,8eb2e724-50a1-406c-b667-b083e08e369f
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,4f9f0bdb-e5cc-4519-bc9c-c6007f93596b
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.3.2,modeled_data,kg/kWh,CO2e_value:0.838,e8393aaa-e1f1-4e77-8d71-8461fabd94ec
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.838,07748f19-b6db-4825-9ddb-00bec6987c89
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,01d71a92-cd63-4283-bb8d-f6cb85c21dfd
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.4.2,modeled_data,kg/kWh,CO2e_value:0.838,d0e4e4a1-8664-4f17-921e-8297926d77eb
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.838,cd2726ef-5af7-438e-8cdc-b067f7926a7b
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,34c2e89e-05b5-4665-b610-ddecc5f3358e
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.5.2,modeled_data,kg/kWh,CO2e_value:0.838,247e879d-6810-4bb2-abbb-e11b97770032
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.838,e3672858-1785-4e55-a3c3-e62b60aedd28
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,4d6c72c6-1aa0-4c3b-affc-4728474f75d9
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,I.6.2,modeled_data,kg/kWh,CO2e_value:0.838,d3ff9255-65cd-4056-9ba8-4b192586da13
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.838,4e0d7c96-1a21-4015-8d37-407ea0e8a151
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,d0993218-24d0-4dd6-a538-28d1260e59df
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.1.2,modeled_data,kg/kWh,CO2e_value:0.838,36d34d85-bdcb-4d4f-9544-a3321b5a59e3
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.838,ad9cfaea-f877-446e-aef4-3c892d0061bb
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,28f95bf8-3d77-4a9f-9993-1029ecddff99
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.2.2,modeled_data,kg/kWh,CO2e_value:0.838,fea6ce27-7b55-444c-88a2-15071cbafdac
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.838,6f15b871-f0aa-4258-8f8d-a6da1c8d1f8f
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,190bd65a-fa2e-4e5c-8df2-7d0e501e1ece
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.3.2,modeled_data,kg/kWh,CO2e_value:0.838,52046ae6-17c9-4b4f-909e-9281b3467f2d
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.838,1e10e216-7c80-405b-832b-249f861783e5
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,c89cc586-cd8e-439b-9513-e590e5153e98
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.670387008981221,II.4.2,modeled_data,kg/kWh,CO2e_value:0.838,bf98e987-2992-4e8d-8db1-0044b746f8a2
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.838,934b7984-8a5e-42d0-9b22-94c2a14c1ca3
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,b2816fe2-b81a-4147-a196-097ee5657572
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.1.2,modeled_data,kg/kWh,CO2e_value:0.838,0391e3d6-8618-487a-95a7-bea7f0277093
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.838,ef33f550-661a-499b-94cf-27c2bef132ba
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,3a1d4690-9471-4f24-a75e-1391c07e96cb
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.2.2,modeled_data,kg/kWh,CO2e_value:0.838,75bdf7e4-9bf8-4751-9160-1b7e2827f453
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.838,299ba4b8-0ef4-4b98-bb76-37fcc96d02cd
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,6353ddda-627d-40ae-80e8-22bc1f7af16d
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.3.2,modeled_data,kg/kWh,CO2e_value:0.838,b0d69262-96b9-4281-914d-70fb60ae755b
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.838,382158d0-236d-42ce-a49b-246499c2be46
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,aa64f01e-8a1b-4012-bdcc-8081a25b6957
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.4.2,modeled_data,kg/kWh,CO2e_value:0.838,5afade26-9e70-4b8c-81a4-934829dc10bc
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.838,71ffc52e-a232-4703-8485-8daba270bf37
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,a1f5680d-b939-4b30-bfad-550362cbc251
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.5.2,modeled_data,kg/kWh,CO2e_value:0.838,e5621739-8fc8-43ab-86f8-0c2715518c01
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.838,251578d7-cc7a-424c-8cd3-f83532ab1724
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,e6beeb30-fab8-4b99-a92a-346082c5eee3
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,I.6.2,modeled_data,kg/kWh,CO2e_value:0.838,1618cddc-a919-4ac5-8dcf-f629524cd8e7
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.838,533727d8-5b2c-416a-964a-17a7b2be542b
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,1e75dc69-4e79-4627-8823-501faf7713d3
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.1.2,modeled_data,kg/kWh,CO2e_value:0.838,7f35c7d2-bf3c-4b15-bdee-05d4c1f6f045
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.838,4b7b1370-eb6e-4090-91c4-f85fb59ff37f
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,0eec4da7-53a5-4d59-859d-e0978e776bca
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.2.2,modeled_data,kg/kWh,CO2e_value:0.838,14d34a48-84fe-47c2-a9c0-df6d8cd3f0ef
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.838,7e18efd2-b467-4e7b-8262-3ce666794a8a
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,da84d3ab-50d7-440e-b0ce-e4c09bd76099
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.3.2,modeled_data,kg/kWh,CO2e_value:0.838,c5c32d4c-d551-4ec7-9e04-6e94d9d95196
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.838,4169cf2f-3b2a-4c01-99b3-1521c05df462
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,227e766c-6ea0-4151-8963-84020c0b2ddf
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.004218039066576474,II.4.2,modeled_data,kg/kWh,CO2e_value:0.838,2c380502-997e-408d-9f49-b425dd4fa92e
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.838,d09c255d-e8e6-4001-a337-8d6a0d4a08ce
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,30cf1a43-ac7b-461d-8c97-7d8d37ece4a3
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.1.2,modeled_data,kg/kWh,CO2e_value:0.838,6bea859f-6fe6-45c1-b927-d995cb9677b7
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.838,c89ea59b-460b-477a-a72d-ab193412da23
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,fdce0f40-22a2-4c8b-aacd-560c6dd14f38
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.2.2,modeled_data,kg/kWh,CO2e_value:0.838,2d5c366c-25fe-417d-b203-998929d153e8
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.838,abe58973-2282-4d39-849c-f39a09f9a40c
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,824b768d-c87b-4a2e-bce4-f469b39c85f6
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.3.2,modeled_data,kg/kWh,CO2e_value:0.838,f0878fc8-95e3-4376-994c-8ad0982f7990
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.838,951afd7f-9720-43cc-ab05-38a3bf5e2d5c
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,9063a0c1-140b-48cd-919c-bbe8e25eaad9
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.4.2,modeled_data,kg/kWh,CO2e_value:0.838,402e2f8d-a6e9-4967-ad3d-3a1c3906d031
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.838,e39d5b0b-a64d-40b0-9c4a-8f37cbc6df7d
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,ee370b2e-7991-4930-b811-578a84a01b2b
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.5.2,modeled_data,kg/kWh,CO2e_value:0.838,609ea252-c105-4e13-8154-e03e70563e97
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.838,e781cc87-5837-4c74-b3b3-3cc861f913f0
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,cf51dfb2-6ed4-4016-b471-74d9529af098
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,I.6.2,modeled_data,kg/kWh,CO2e_value:0.838,4f4aa366-598f-419d-bf64-4fe638073a1a
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.838,97ad1192-9063-44d7-9d63-ccf610e53248
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,1491fdc9-49c6-46bf-a313-e2ac2af171e9
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.1.2,modeled_data,kg/kWh,CO2e_value:0.838,45e382bf-8512-4c9b-b8ef-9b8b4e363a06
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.838,72fb4400-7108-47f5-8ca6-ff7b0892c3e7
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,d96c6328-ac46-4c3e-9255-79607ea66181
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.2.2,modeled_data,kg/kWh,CO2e_value:0.838,fd16cdba-ee31-4f3a-9235-e0e43a680c97
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.838,95b99de1-fe2f-45f8-a576-9db1cc0f9732
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,c8c40a28-007c-4fe7-9189-15dbbfdcad9e
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.3.2,modeled_data,kg/kWh,CO2e_value:0.838,973d032e-45c9-41d8-93fc-57de3c73d405
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.838,b0a23328-01e8-48f5-82d7-d38c3feef7c6
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.838,3e433bd5-a3e6-477b-a265-3478b53a7a61
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,0.00015347687934551764,II.4.2,modeled_data,kg/kWh,CO2e_value:0.838,dbb8b5d3-cf45-468b-aa04-f8914a6c72db
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,3f9c6fdc-9056-40a5-942d-32b26caafed4
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,86ed96f1-f247-4a66-bd68-ec34fd5e3a54
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,6d893bcf-f907-4659-96e8-9b358d06333c
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,1034d336-ac9f-4561-9602-79a577205a40
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,fba1fb80-bbd6-417d-8cc2-509f26eacbdc
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,b73e698a-7fd0-4f20-a345-e625987d0631
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,e65abcef-d792-4492-a0d9-46a7e74b7520
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,02d09985-0225-40d6-94f5-d0a51281ec39
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,b3e7bccb-fb53-43f6-81f0-6872ee89301b
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,32700608-fe37-4c32-b47a-6317cb4a21d9
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4884f91c-0733-4146-9c27-0c1afbc4b1b7
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,0fb3b6b6-af66-4bcf-8b6d-c96f611f32d3
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,29c747e4-684d-4425-82d0-5c98a990eee1
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,dc087c79-0f0d-4485-8134-147d61d1d1c8
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,9dcb7f9e-2e64-4429-8655-a07ad162cad4
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,6085feaa-433f-42cc-a9e3-9d03449bd50c
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,63c455c1-aaf2-4162-888a-b8c4e53270c1
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,635f23be-8011-48b8-936f-3179deb94331
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,c9925b0e-4417-4d60-b323-6976a1af9c40
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4b235d32-b420-4483-8308-3f4869665b61
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,ee9e11ed-26e9-4459-9607-915b1ab4a8d0
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,293a7d68-1445-4f24-b108-f8e60568fba4
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,845fd8f6-a0dd-4295-b6bd-78bfaa4f57f6
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,4874a081-3818-4969-b4bf-6089dbd1378c
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,d6beb41a-1ac7-413d-89b7-da93b30351dd
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,067c5175-6cfc-467a-aafa-de1a64da0ab9
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,e77bcb3f-3e18-4a52-9082-ab1b948c2718
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,fc368c8f-9445-40f7-8baa-dbba4d41cb59
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,b3066fae-a69b-42b3-abc5-677b43af5d78
+US-AK,Alaska,2021,technical source: EPA eGrid,CO2,0.015815908953815277,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,e4a45667-e911-4a2d-827c-7a92d7098a2d
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,3f0100df-cd9e-4a0f-a975-e88439ba61ca
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,162c3f75-d4eb-437a-98dc-51d62f73bdfb
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,a2d89c61-2923-42c1-8502-1e3ac2f17832
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,fa091a9a-a2bb-4f99-b8e5-a30b57473639
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4e5b966d-61e3-4f35-9638-cd0e67c8d088
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,de9b135f-fabd-4418-a6c3-d24797bc50e7
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,2e59a930-5e54-443a-a049-e782fe475c50
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,8c0f85bf-126f-437f-b709-5276feaead69
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,d28b3fe5-284e-4ea7-8a95-1a0efde49ba0
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,eaf161a2-0286-4fb2-8b11-5836fc5f0a4f
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,8f8a1d75-fe98-4ee0-a3ba-d16d235eda83
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,747e72d7-3f3a-48c3-8fc4-bb2d0e5aeddf
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,97404ae4-f54e-4e74-bf07-fd22aa7fb203
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,febcc703-0abd-4b8e-9849-9dd09fa33e6e
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,9ce09074-3bfc-4afc-9633-72886e45c6cf
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,d01ed7ae-f6e5-4a24-bc96-875b8c9b4b25
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,149b768a-b793-465a-a773-86abf9b70c7e
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,233df704-5b43-4fa1-afda-8f4c76ae59f0
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,0464db53-5372-459a-849f-6b9c41f13a28
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,ea82c6a1-edce-4945-ade1-e90905ea298d
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,88f62cb9-4820-422a-a71a-a95e2fbd186d
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,f56f3453-0028-45f1-9582-37eac2ad87f5
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4bad13d1-8036-4c12-9cfa-bb8b912b6ca9
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,713e5f48-5906-48b0-b0ed-8c76fb8eea5f
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,585d684a-a080-404e-9427-13780b47a547
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,c6699cf7-1e2c-4d42-bd4c-1159c0d4f9ef
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,6cd8ffb7-4cf9-40e0-9084-b2e705af7e86
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,925a0b08-7b39-4dfb-8a7f-902f62d6e648
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d595f2d5-1068-4011-8241-9b8b341ea118
+US-AK,Alaska,2021,technical source: EPA eGrid,CH4,9.951284996108603e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,b3e2515f-b545-4b47-955b-34af19991fef
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,3dbc9664-15bd-4779-b5ff-5fca2b10672b
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e22c9e85-12ea-43da-b8b1-f6f6c9920885
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.02,783645f0-bb18-4aaf-a119-2f9249905721
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,5de62a22-1f2a-47dd-a983-96f922193b4c
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,684a64a7-89e1-42ff-870b-807336706eed
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.02,5eef833d-677b-4c35-8c83-6712a7ac175a
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,6ce1fc10-34ba-4d76-b07a-6adb32df65d6
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,e5f407bd-c31b-46dd-a1e8-9e73db578de5
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.02,b919b50a-0375-4e15-b634-7123ab85df32
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9ca2e349-9afc-4930-a840-423706076d3e
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,d8be1e9a-174f-44c9-b56f-f38bb1ed3728
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.02,e36bd6ae-23ad-46f8-98dd-129d69779b31
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.02,9f02ccca-18cb-47b4-af6e-1afa073e2cb9
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,2595981b-7f1b-46a1-8b56-efbe62a78f1c
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.02,72a8e7d6-79ed-4909-a9b1-511586ea92c6
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.02,a5247777-fcac-456a-9139-0b6b1a7e90c5
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,40019e8c-0323-4b81-95d2-d59bff63110f
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.02,5f548324-96e8-43bc-941f-736a38a4e5fb
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.02,804ae38e-00c7-410d-9eda-7bdab6dd11f2
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,4c1c0c01-65ff-4bc9-8e07-eaa7b0852905
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.02,4a2bb89f-e206-4895-94e2-d2451a6a0ecf
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.02,773a698d-5a3a-4a72-b522-221eec801873
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,3db3386e-2268-48b7-904d-ed96037bdfd1
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.02,dfd006c1-425c-49a3-8a5a-0fd9e2b730e6
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.02,8e355330-633f-4987-8058-dbfeac6ac25a
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,01b42811-dc0f-4af3-b4a3-c4cc8c340b88
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.02,d5d3a624-bb49-4dc4-ac41-972753a62515
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.02,0d5c7ea7-8dd6-45ec-8ff4-762591956d6f
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.02,45660416-be39-4c13-bdb0-234d0f13330a
+US-AK,Alaska,2021,technical source: EPA eGrid,N2O,3.620858276972362e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.02,ca3ab430-89d5-4aac-95af-24eede1dbfe3
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,2af203ab-0a01-4f0b-a197-19a2c188fec5
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,70ba3dd8-d16a-4dad-9d09-d5a43117ef7c
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,bae48448-63d2-4afe-ab6e-3a72c7ca6d9f
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,b20968ee-b182-4dc6-985a-4ec4bdd6bac6
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4daba1ca-4351-45f8-9c83-59f149926df3
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,2dcd1853-2bf8-4f80-a90f-ccc3e74dc8ec
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,683993c6-c883-4215-9c58-99e6236813ad
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,35af61ef-2e9a-4410-9737-4b6b093a62c9
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,0644560e-8dc2-41a1-8e21-fd7bb6cc1908
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3e01706c-e25e-45ed-a771-b2fc4c5bb984
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d137d7f7-f7fd-4498-8893-62199325a3a8
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,2758dc1e-53f3-437c-b5ce-852eabc02be7
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d441a5d3-540c-4445-8b0b-9544ef20022f
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,8af8d914-fe5c-4a75-ac2c-85a487769669
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,5af77d72-553e-4526-8dd1-cd1bb15c2ab9
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,94e82824-2fc7-4b9e-b054-f850a58f48b0
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,763913a9-ade3-4bfa-8ee9-208fc9ce1632
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,4c4a7210-0b9a-4967-862e-cba1306f781a
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,bf9c92b5-dda9-43c3-9b6d-806ee09ae469
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b4869d3e-ecdc-437c-addf-30572e0e0a42
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,e2e17369-aa82-439e-95e6-07e417bfd72e
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,8fc81981-dd2c-4016-90de-5d39ad7b4da6
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a6b62d7a-77e3-4c1a-a1aa-30b17784e937
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,f72ade75-453d-402a-821d-43d84a08ff20
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,b86e1f83-a8c3-4c2d-bb97-36403bcf9019
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,0341a00c-1a3f-448c-baff-71612c0af99b
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,dcfe6495-d917-422d-8238-2d3c86473cff
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,faf940fd-fdf0-4f20-9f57-5d6f746e3839
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,48ba3f0f-644d-4d13-9b36-19758de49a12
+US-AL,Alabama,2021,technical source: EPA eGrid,CO2,0.012900761045562516,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,89af2862-9ec8-46f1-8f5d-b4c93adc3ead
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,cf953feb-74df-4d46-9a7e-12f0f67592bb
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3b60fb99-7978-42ee-ad46-670b41bad966
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,1dd4b16e-ae81-4c38-aeb5-2f4fb1862999
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,f36ad08d-9bed-4660-a4f7-40c047a56283
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a602fb64-243d-4476-88ea-b054c02ab4e7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,de82ee98-5391-4ce7-9c26-d628814a058e
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4b252936-d8a8-4676-a519-e7d56c1ad032
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b768da9f-23ca-4236-8217-2a97d08e75a7
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,5349eebe-53b2-4923-9fe8-7af57c5c581a
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,e5c1c0aa-b547-45cc-9ee5-1c0a3d3326cd
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,dcb298d7-c6ae-440c-940d-fbfcc34f7e27
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,76799134-23c7-4499-b5d0-7e87259f2d93
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4e930dbb-1c86-485a-9661-d955f5625e63
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,eddaeee0-42e1-40fb-beb8-34ffa396e1a2
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,5505fdc8-939f-41a2-b547-0499fcf317d0
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a3d4a03f-1a69-455a-8956-696b0618dc5b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a6c88796-b13e-402c-b59e-c5bfab1d00af
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,4a77f341-92c7-40e7-80c8-5841f9bfd832
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4e79f150-d842-4fec-93c9-d116b223a3c5
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,176c3c51-5348-4341-b0ad-2aace2260c4b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,c47ae950-ef28-4a85-841f-76d32690541e
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ba8479bb-f303-4a47-94aa-d51ed5087fb8
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f9ee6403-a56f-4e94-9f17-af2491a0002e
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,0af3ecce-3eeb-49b0-93e4-ecd9f7b69c05
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c5f31c11-b809-40c7-aca1-015f2f190f00
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3a7307b4-31aa-495a-823b-e0f44c1c375b
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,2d11f5c2-7895-45f1-8f2c-cd74a8448d4c
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,29410b34-79ff-43fe-bd5d-878e85ad9f4c
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c9ef4e50-f148-4bdd-ad88-38c26e1c1adb
+US-AL,Alabama,2021,technical source: EPA eGrid,CH4,8.117089584036817e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,6afaa41c-c2b2-4ee2-b208-141ae0c31fa4
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ce443572-9e09-4b20-886b-ba450a701938
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a745846b-ce40-4c35-84f6-52a4076b9397
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,4baf8d8b-737b-44ce-8464-2cb2e1f9b72e
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,1af1f125-a975-495c-920c-8131d5970649
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,aa7deb4d-7c1f-48e1-b934-13f3ce2fdb1d
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,23547871-b632-4384-bc83-a695e417a2fe
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,de5ad2b6-451c-473f-ade1-f05a114b58ee
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1949e772-1cbe-4af9-af9c-51726fc99eb1
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,4f0fbca9-c8bd-4ef1-9261-d65d3ef9e964
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a66533d7-d4a8-47fd-b01f-56ab7f818734
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,dfbc7ddf-cc10-421a-a282-b7cf432b133b
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,b75b03b5-a47e-44fb-a6cb-34b15ce3de64
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,f00f3d07-1871-45fe-b6db-c8e25f0e788e
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,0b926a30-3ef0-440a-9c1b-a722349780dc
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,f4ef8831-fcca-4fe0-99e9-53eaca85cd0c
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ab8f3d01-1f0c-4f92-907f-c4a9574d796b
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7b877c6a-69e3-42b9-963a-20496b12f8ad
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,f9a23b92-00dc-45cb-8a7b-63623ec868bc
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,49f4ba3c-2d94-429c-b765-901f37a54bf1
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,02ad6606-b6f4-4017-8f1c-4006a634074e
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,087a7661-19fb-45fe-888e-8dd791e13b59
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c0b7727b-4074-4200-b033-2e993e92887c
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2266aa78-12bd-4eeb-811e-4f62a1690377
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,d4d6378b-2054-4b02-9318-61f0a877e5fe
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a75c2969-d67d-42a0-8f78-f4f077bc7543
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b2b976ca-c5c5-472d-b288-61ee8cc87bcf
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,de190d16-03bd-4a0a-b0ee-33498c1d87bd
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,cc81e893-21d9-466b-8045-5d73f66cbfef
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,dffd3bf2-8fd5-4204-9bfb-02d6090c8091
+US-AL,Alabama,2021,technical source: EPA eGrid,N2O,2.953470935339404e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,22a3a00c-b1f3-4629-b553-95f2ba01dd31
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,6d3102ef-6bb8-4b23-ac07-015c09e3927a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,73cfc1bb-7f54-4dc4-96c7-9a63e11ef17b
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.1.3,modeled_data,kg/kWh,CO2e_value:0.023,b207feb8-0530-4c0d-962f-df2b1a99e4da
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,af385d0a-7071-4beb-bdfb-5451cbed2989
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,1f0413b2-aebd-41d4-9f30-e5c254001c1e
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.2.3,modeled_data,kg/kWh,CO2e_value:0.023,c84d4540-eed7-42b7-84ad-69d903428cd0
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,8c079f26-5c1e-4c92-8495-a0458cdc10e1
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,ae1b5ffc-c2db-4fb2-9cf4-84f37bc45ef7
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.3.3,modeled_data,kg/kWh,CO2e_value:0.023,b879a4d1-5fc7-41b9-9d4b-4a772b00cf47
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,3a0cfff9-7e93-47b7-95b9-a107d0757ac9
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,cf3561a5-9fac-4909-9db9-bdcb32ae43ba
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.4.3,modeled_data,kg/kWh,CO2e_value:0.023,f21cd5b3-a9ec-4cce-8019-109137f19c0f
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.023,330d8a03-fca9-4f33-a5bd-37f19eeb2a05
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,ffde4acf-84cd-4400-9998-90f7c3353acf
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.5.3,modeled_data,kg/kWh,CO2e_value:0.023,401784ad-8ce9-4685-8175-bb51447f10b0
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.023,86abbc0b-1b56-4c14-adef-69ced9276254
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,1988c9f5-f1d9-4a3e-9c5d-d9a7fe35e042
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,I.6.3,modeled_data,kg/kWh,CO2e_value:0.023,fd3749b0-3378-463d-b98b-98a2b075e7ee
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,698ad367-5833-4b8c-b87d-70cbcef12239
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,29e310bf-8db3-4c42-901b-5f19c0fef0f6
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.1.3,modeled_data,kg/kWh,CO2e_value:0.023,b29ebca0-893d-43d2-a055-fcdecc6419bb
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,078c4d3f-456c-45a2-8dd9-1674c592a7e5
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,f14858ab-a100-44f7-8aac-8fc4b0e2bb70
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.2.3,modeled_data,kg/kWh,CO2e_value:0.023,32523299-e342-4c3a-8805-ac641b1d96a5
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,2b060226-6001-44c1-9430-84e74a73e691
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,fcf224a0-230c-4aa8-b2ed-92e61154e28d
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.3.3,modeled_data,kg/kWh,CO2e_value:0.023,c94ba7d9-10a5-4980-acc2-bdefec868abc
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,3c9bf493-0771-43bb-bf69-3545a3cd4c20
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,262c14cc-20df-4990-87a4-25838b043242
+US-AR,Arkansas,2021,technical source: EPA eGrid,CO2,0.018691592496032805,II.4.3,modeled_data,kg/kWh,CO2e_value:0.023,bfe1aa9f-fa6e-44f1-b1c9-6a13a423edc5
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,6b943757-8f4f-4b6d-89c1-a98fa51ccec4
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,bfec87ff-c3e5-4b94-9e94-402e9cd83d0d
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.1.3,modeled_data,kg/kWh,CO2e_value:0.023,33b7326f-35bf-4a82-a90b-3025d107225e
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,fc39c982-011f-4261-b212-9b6fc34a06a8
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,bc80d037-2810-41b5-9bca-99e10e5d3d06
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.2.3,modeled_data,kg/kWh,CO2e_value:0.023,32e52e13-2f0d-43ba-a9f5-6d6169ffd14f
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,48d7c1bd-9dc1-417b-9113-8a18c5ca0a8d
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,fab5715a-60cb-4085-8952-a5b3ba9c6925
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.3.3,modeled_data,kg/kWh,CO2e_value:0.023,05e55218-5e68-4c0e-9865-7cc0b8ed209b
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,8fabe3eb-55bd-4b4f-b7b6-e68d4403eb11
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,7bea2706-a600-434e-9cce-d84f471a357a
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.4.3,modeled_data,kg/kWh,CO2e_value:0.023,9037510c-da49-485b-8438-2ea0cb7cf9d6
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.023,3c1f7cf6-c858-4b29-82d5-64c86c643cc4
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,0a56cbb2-75d0-45d6-ab3d-f08ab1f67afe
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.5.3,modeled_data,kg/kWh,CO2e_value:0.023,c7ce193d-b39a-40f3-a4f3-f6ed1c0a4129
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.023,3a030c63-e39a-4f9e-91b9-c390da9143f8
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,61644b87-8eca-494c-ab18-662857b2600c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,I.6.3,modeled_data,kg/kWh,CO2e_value:0.023,e15d21fd-3a78-40db-8073-105506981c87
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,e7bf9458-4d53-414e-b0f0-1762361c57c2
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a4303718-dac1-416e-82e3-0f8f3fc883eb
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.1.3,modeled_data,kg/kWh,CO2e_value:0.023,1ef0e5f4-6322-4f81-8d61-5a3f5fceab39
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,f096e673-5c0e-406b-b209-aedd62f70141
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,f2019953-c6a2-4d8a-bef6-4405132fed79
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.2.3,modeled_data,kg/kWh,CO2e_value:0.023,838ed8bc-4020-49e9-b80f-232cf4f77d70
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,724755d1-b929-4137-bbb8-782423bb7aba
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,d034239f-632f-4f8c-a2e7-a593fe947bd7
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.3.3,modeled_data,kg/kWh,CO2e_value:0.023,e36818f8-8a01-4a6e-8375-df82948fab7b
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,7adf8c85-38f3-4837-8a22-a03b89ce874c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,66184f1f-43d6-46bc-a541-8a1720f2026c
+US-AR,Arkansas,2021,technical source: EPA eGrid,CH4,0.00011760649640960237,II.4.3,modeled_data,kg/kWh,CO2e_value:0.023,3a6a3148-e3f2-4f1f-9611-a15f934e5c5d
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,70aed57e-a61f-4a5d-b376-2b8e394aa5c0
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,66b3251b-204e-4017-ae3c-cb0c8cea64c6
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.023,4bd3106e-a497-4697-a599-212651657239
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,152b39e2-c418-4a90-aece-f263bf43e05c
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,f6baf052-3271-4381-b4da-16bc853e8cd1
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.023,0b75f7d3-302e-4d52-8a13-ace0243d85a8
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,281e0d83-263d-4cf7-a17e-8300be9362ee
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,e4006acc-3f02-459a-84ee-c6e2afeba4e5
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.023,5d5bc9b9-2f68-4bd6-bb52-bcad8791ec2e
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,f49c9867-f310-4132-b416-f106e0e1eb06
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,1bb4921d-bd0c-4e62-aed3-e85824f0d1cc
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.023,4b53e3fb-db6e-46aa-98e7-e9f0a8e5873c
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.023,b051c258-ccad-4a6e-8d3d-019d3e42d314
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,5de01f5f-8dfc-4baa-855b-cd457f2547aa
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.023,db9d03e2-b0f7-4186-939a-f664a15a9066
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.023,1cc3a940-96a9-4a59-9ef2-100178efdd7f
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,abd1651d-172b-4719-aa99-05b2d1403f58
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.023,79fe1884-9c3a-4ded-8254-8ac8d1926488
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,98cc87a1-dd73-4668-842b-64d0641a5b0e
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,0fc2a965-f0e1-48dd-b35e-4a111d6629e8
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.023,b9483e76-eed2-419e-abca-63257e198a5d
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,2223cc30-1135-4fa5-ab13-a7f2473bdb47
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,f9311591-06b5-44e2-b72d-f76107847366
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.023,4b6329ec-fb21-4e0b-9e75-a2fd44b03f2f
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,a3ab68c9-bba4-4a3c-ac95-43560345211d
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a2641574-8a05-4740-ab6c-9ad0a7c9c808
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.023,a40d41fc-35a7-49a6-bf57-f1e969089564
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,9cc8a7ab-03b1-49ee-a94b-394b8a75cc65
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,9d412f1e-f752-427b-82dc-03ab00388261
+US-AR,Arkansas,2021,technical source: EPA eGrid,N2O,4.279210736271247e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.023,abe03e3e-e7ff-4b62-94b7-ce7b88df1176
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,93c4676c-0eba-49ee-82e3-d4d0efe5d449
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,531708c2-be3d-45f6-9868-b92347cdb1c6
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,7ca2ab8f-ae72-4863-872e-0b86579718a0
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,338bba5c-8a76-4bbd-9cb3-e9409dc1f5b8
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,8550e630-b372-4dfb-bb52-112a7b77fae6
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,c55a5554-82a0-468d-a374-832857312453
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,2be2df89-97b5-4722-a256-02cd4658d101
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,519c74db-0472-4200-b705-b81e2bb3ff3d
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,bfe6e911-42a9-4a66-82aa-64e67a8d6eb5
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,086a0faf-beda-4ae5-b375-5426ad199685
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,bd120e81-2f49-47ce-8ed0-49eaca365d36
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,21b480e2-20ae-4530-8f18-cb12a5df333f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a6cbc8d9-9669-420f-80e3-7a6eb4fcfc01
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1ab7594a-daf9-4f82-b213-4751924a0cbc
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,2bb05160-caca-4f2e-95d5-395e555b9f11
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,fa57fdbf-1b86-4672-925f-2f839decfd3c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2023cef1-0030-406c-845f-0dda55251588
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,b18268c1-df09-4e16-bf53-7ea99362cdcf
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ba07d250-9708-455b-a7a3-e5fd232a65b3
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,72a224da-3221-4610-bb8a-022128bc107f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,703f80bc-5a89-4fb0-9ae1-a1f25f811362
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d087282e-1468-4df6-9a05-681c9ac40864
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c262ade7-1e7b-4e1e-b16a-bdec13aed1ad
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,b86c3dc2-30d6-49f9-b400-7f0c92c0265f
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3886fbd9-4eaa-417f-9eea-7d06dfc71eb0
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e2680249-3e4b-4007-b8a1-fa2122760959
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,5da8a505-50a4-465c-97b8-2e232b24bdb1
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,807b6441-5db8-4136-837f-7186259e4b2e
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a6b9b273-d7d2-487f-b2b7-b3c749aaeb90
+US-AZ,Arizona,2021,technical source: EPA eGrid,CO2,0.01244155176729475,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,cc299a2c-cb54-4bf6-8a85-3bdfee517fc4
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,e33d927f-3bd6-48e2-b9a0-669517c96cd9
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,062aabc3-9d01-4628-8428-508f8433fe3b
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,f6368614-12be-4f62-a26b-99295a450f23
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,f0e0e689-7c28-4475-ae78-b066d0de5744
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,59452d51-71aa-4c3a-8048-7506568d46e3
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,3e7d6d3a-196b-4a2d-a855-39f79668a7af
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,fafc1e29-2249-432a-b976-9d7ab643f535
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,253737e0-dbdf-4d13-ab17-3d76e6835289
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,78001212-3ab9-4d78-b57d-652657bf9c33
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,90fdad97-3aa2-4a21-ab07-ea446ff8ca3c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,9200d8c4-b19a-4028-a0a5-3fc6ccb6a461
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,5a7a83cd-9316-4092-9dd3-6882e8cb9c63
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9cd49e5c-61c1-49d9-b00b-44cd8f70a970
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,9fa2b0e9-35da-4f46-afa3-425085ffc328
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,06c5bad3-010c-4cc4-b103-354cc9ea8d4c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4257e39c-94b5-4818-bb5a-6b49bd8fe6ef
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7adf3ac2-4c95-45e1-a5bc-d885ecec738a
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,1f3f8ba0-c9a8-48f6-a2e9-082bfbea5c25
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9ede1ac5-79a5-4b53-b975-b4c40c54f4c0
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,36764041-7b5f-4460-9c1d-575a93813f58
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,cd525d8d-f363-48a0-93a0-38c20ea54001
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3b7f7318-f70b-4bd9-ac24-2fb4f7679871
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,23a22080-9357-48bd-bb76-6f3cf490c60c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,83b36918-1bbf-4524-8fc4-68c027cf1231
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,b9d77ef2-169f-4417-80f2-0ccb483d533c
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,cfa23230-102e-4653-a7dd-354400624aa4
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,b5af207e-2a10-49bd-819a-b33bc46fc8b7
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,15f58cd7-ec42-4c26-aca5-e527a25750f7
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3d7ebd2b-ff33-4fb2-97cf-3ee10a6ccb70
+US-AZ,Arizona,2021,technical source: EPA eGrid,CH4,7.828157571703912e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,ab34e553-523c-4cf7-9515-32f1f0ff5969
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a52cfc4e-2258-43f7-8325-07b6cee91a88
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,71f40676-7980-487f-ab32-008c0492a435
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,dcdc7ed3-3560-4012-b7f2-caa283cdd83f
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,8cfe764e-906b-453b-b7c9-c03a2c26df60
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,8d99e6e8-17ee-4748-8633-1361d9e7fcfb
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,c59f916c-7524-46f3-af60-3437e74f6d05
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,33999f8a-b507-41ac-ac17-fff084e9f1af
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,bfaed99d-694f-4532-93c7-2da59bfa3280
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,6d4c1b54-d48c-4db9-931c-ef3c028d0d27
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,e092844c-8be1-4cb8-aa9b-7e41ac425858
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,8150ec13-a4f6-456a-9ce1-dff98af231ee
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,78ffa813-acda-4fd3-997b-3fc3d9e5b2ab
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9701d1cb-74a7-49d0-bdb1-523c193dbdeb
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,62bbd2ba-a2f2-48f8-96f6-535f22741437
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,afa001b2-67fd-49f9-94fd-a286eae2615e
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,816d79c3-137d-4c33-afbf-bbbf78d0c51c
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,54aa50d8-cd20-4a0e-a3a5-c58018ca1baa
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,f356d91f-8999-4206-afd5-19b42a881863
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,48e997b4-688e-4005-8baf-93027da4d33b
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6a890413-ab8e-4449-af61-cc01e3a2c656
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d94e4515-7668-495e-a958-9dcc8b99cc6c
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4ca07982-72c6-4a90-8ba3-451d693729a2
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,0f480d93-3564-40c8-b908-cfbafe1ee59f
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,9a587814-a58e-4d32-946a-4adecb723f38
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,49da4ee1-8315-4158-881b-529e5df90104
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7c86b3e9-fda3-4816-895f-24822a7d65ba
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,63883ac9-ae08-4e2e-b1ef-28d690680a88
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,5d7d0685-2dd4-42ab-abd3-cf963d9b68d3
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,98abef29-132d-45f7-a279-c724e00d46f1
+US-AZ,Arizona,2021,technical source: EPA eGrid,N2O,2.848340606065648e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,fe4e87a6-4b13-4252-a8c7-7b098a5a7557
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,88233624-c517-430e-b58d-6d753d28b487
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9caeb890-b91c-48c0-9eeb-fb56f8965416
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,0c46a854-c187-4d88-8c94-448fcd6ebb5f
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,70617fb0-77b9-48ab-af90-a8af8aa50101
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c83748f7-de72-4652-88de-d5892a8537a7
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,d226d64a-dd89-4003-9e44-a9f26199cb6f
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,6c1378dc-d949-45a3-8c4d-bb0c21a058d2
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ba02f357-d7dd-4cb1-9bc4-fb00a997568f
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,c58e693b-dd53-4dc6-a758-9f37ca85d9a4
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c8ff4b60-515e-4231-b49f-f41dbac26d4a
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5fab0144-f88d-4369-a443-dff1852fbef3
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,bf8da650-d1cf-46c4-8bac-be1013733617
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,685dc4ae-90b4-4ee0-8505-87b125e37380
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d9312e8a-116d-4f5c-b917-c91a174b0342
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,b7fb0363-74c5-40ae-b91c-915899eda7c6
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,552ee4e4-7134-4436-a3c6-0f92c8836840
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,36ae9e8e-11ab-4d01-a23c-3edf7fcd5d10
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,59e72036-0056-4145-8675-fac165cf4b0e
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,450414a1-c4c4-494e-85f7-d370a5438293
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c29df5f9-3af5-4ecf-9672-286c1cc3b2b3
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,90608a85-dd38-4e14-93f5-c47c462bc913
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,358cd066-fe3e-46b9-84d6-4f3933f4633c
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a439b672-437d-4d68-af03-142ed43a1e4a
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,e5525d54-18ec-4a32-9088-ac30da333db5
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,bb295024-a27a-4f66-af90-cc160c9a9507
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,e45de7ed-d4fe-4808-b726-73d8f7f621fd
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,aeb22629-9be3-4d0b-ae92-5d7126793610
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,67c324b8-7b07-4626-bae7-b66ccbcb1c2b
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,f13755e7-3ab8-428c-ada4-3eaeb770ab09
+US-CA,California,2021,technical source: EPA eGrid,CO2,0.008215957780803869,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,eb6e4298-4ef4-43b6-9ae5-2a0aa0260800
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,fff1cbc7-9947-4780-b0d8-1fe9ffe2249c
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5a39443d-ae68-4414-b11f-41dea0a2b4d0
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,3ef3e076-d2fc-496c-b84f-a05edb2a7e03
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,540d1055-e585-4add-ac96-e40dd7caa49e
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,285ecf1d-cf96-4a9f-943c-990a5b16a7f2
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,e3a6afa1-2d10-4563-b922-78aa8f503e82
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,33224164-e062-459a-8ab5-6cc9e2fc2331
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,88d8d89d-1779-4f4b-b26a-e5cf84af896b
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,8888ca09-1ee2-4459-806f-57a77222547c
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,dd3c18aa-832e-4294-abdc-7e452ec7ab40
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,162044b4-3761-4c32-b74a-6a111efee951
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,21dcf033-fef4-4ba9-a7e9-20594ac89670
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c5575bcb-9844-4802-be77-29cd126869ec
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,010284e4-731c-449a-bec8-221089d105f8
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,103eb90b-0720-42b5-bf9b-fbc9c7c06ecd
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,54436e9f-918f-434d-a679-70c3cf46ccf9
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,59479a50-82d8-4d36-b897-a51661816f4f
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,9b028f24-5506-4750-8063-48a4bab12692
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,1dce499a-50bb-48a2-b283-6f63a2d61fe0
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,42794d62-0c74-45c6-ada5-dfd2aedce5cf
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,f4a84ebb-e410-490d-8823-9c4449f8e932
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,72df3616-5215-432a-8db8-4c83f458e659
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4b97f848-175c-46ab-b8ca-84e5a1832176
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,d80e70b2-ef04-431e-8748-ac86b765b453
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a2104d6e-3847-4b82-996f-b756babde8e9
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ca1afb6a-50cd-4d3a-93c3-7bb70a3fd7d6
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,e6b8b22e-ca7c-4ef1-bc80-2a2340dd3024
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f4256fb9-e629-46b3-a2af-f714ff7c119b
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,266cb65e-a886-407d-a6a8-d103e4371834
+US-CA,California,2021,technical source: EPA eGrid,CH4,5.169436523156797e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,ab3ee881-9678-4e41-aa77-bfd5e4113957
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ca2583f2-8feb-4dca-bd4e-7d3c699c21d5
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8ae12aeb-7c2e-4247-a878-e170c1189f3d
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,cf037d4f-fdc0-4145-85a3-1dae20504c69
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9e65f6cd-99ec-44e6-9574-bfe4e77c6c0c
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3f720d39-28e9-424a-80bf-9f7e98384a38
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,4ba11f83-5e07-443a-909e-4ff28b63d95b
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,fdfc5d9d-0dbf-4bf7-a73e-0fc068c9cc75
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,502bd123-70fb-4553-ae8d-3795c4de2943
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,7003bf9c-1d15-4d65-8d9c-98a661a8a8f7
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a61cf1ca-d6da-4899-a725-4f942f70a653
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cf106f76-0b3f-45f2-b40d-5757d2d64cdc
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,456dfbf9-2119-4113-9323-de4c48a1858d
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8e80cfeb-aa73-4dcb-a0af-e8f761631e17
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,03d4ef03-2ad2-4186-9080-448ca7f38883
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,b81adead-9c9c-4a1c-bf39-caf8d4b9dd54
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,6eb90079-e696-47df-bf4d-91c54b33507c
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,894e67ee-a8b5-4ed1-ad46-782d1345198e
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,7368834d-ab66-448a-ba81-8db7597687b6
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,01d436a6-4709-44b2-a9b8-e89b8578f7f9
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,51f23eef-7f0e-43c5-8a16-aeac09223045
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,309013af-92a9-4c6c-b991-dcea31a7c7e7
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8444ad31-1e65-452b-a665-92e81e3020f4
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3eb8f422-bdd0-4eb2-8ad6-27b2b6a2c49f
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,28d86e13-b4cb-4aa7-9b68-c4c3b8b6b506
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,17bf4f5b-40c1-4219-bbbf-7a04509977b9
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,65094ec3-3537-4117-b9b6-5303511cf268
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,74a70467-3d28-40d9-ae51-76df366a4f45
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,948c82f8-5069-4fe6-b9ef-1795c8726684
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,63bc9dd8-bf60-4b5d-a868-741da777691f
+US-CA,California,2021,technical source: EPA eGrid,N2O,1.8809427153855011e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,7624bd4c-f676-4ab2-aa0e-54b6fd5ea91c
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,a794e930-d055-42f6-8c6d-ac8d89d3284b
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,bcee35d1-9a04-4a22-ab2c-493bc7db8afe
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.1.3,modeled_data,kg/kWh,CO2e_value:0.026,d424eaaa-b094-4ed3-a2d8-7fa23a4ad99f
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,04b4a910-fada-44f5-8f92-f94a6586bbe9
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,f18917f7-5b1c-418b-9c72-fb8cd644b6b8
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.2.3,modeled_data,kg/kWh,CO2e_value:0.026,73f6b510-b968-4e2b-afbd-d11650f577f7
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,ef085777-32bc-4a12-8d10-47d08da49bac
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,7b03af12-5387-40b9-96e1-0ce6156f3b1a
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.3.3,modeled_data,kg/kWh,CO2e_value:0.026,ddcb177d-9dde-43f6-ba97-eb5ec6875152
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,5b87c8cd-ea31-410a-8c0f-856f11c2de95
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,9ac115d7-53a2-4dcc-814d-e426806eaf7a
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.4.3,modeled_data,kg/kWh,CO2e_value:0.026,45fc0b45-a8a6-4a76-b4c5-58fe24c1046e
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.026,2c4aa1e9-6040-4654-841a-babd833349c2
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,2cf1b2ec-6ce8-4464-a72b-c5f1d2f04896
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.5.3,modeled_data,kg/kWh,CO2e_value:0.026,2962256c-9edb-4992-8490-ba17ef442e58
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.026,2226dc57-ca3d-45fb-9c6a-e9922691ab65
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,2d21176c-26d5-4e22-a2cd-6486c19616e9
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,I.6.3,modeled_data,kg/kWh,CO2e_value:0.026,4f6c718b-6769-4422-90d1-869f85ba9010
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,a699e45b-b310-47d8-af5a-81a4a5d10677
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,2a77810c-5c69-433e-a9a2-8145a1b54266
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.1.3,modeled_data,kg/kWh,CO2e_value:0.026,c3f1737c-2f06-4841-956e-074e03dd856c
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,6a7fe7de-a993-464a-9c02-d14961a83321
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,5242c565-e0e8-4eac-8331-f6ee73ca9e89
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.2.3,modeled_data,kg/kWh,CO2e_value:0.026,36dcd810-a4d4-4d42-a687-65811f477393
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,1bc1c615-4f84-4368-bab7-df8991133af7
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,fbf42233-bc6f-4679-9bc6-143680348083
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.3.3,modeled_data,kg/kWh,CO2e_value:0.026,bcb7ae4b-9f29-46a8-92ca-3c18d57243c8
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,39fd41d9-e369-4682-9335-4879d179612f
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,a5d24521-632d-49e5-aa27-c9f15eec692c
+US-CO,Colorado,2021,technical source: EPA eGrid,CO2,0.02093858201295435,II.4.3,modeled_data,kg/kWh,CO2e_value:0.026,0ab14e6f-2775-4ea8-9acf-09a350d88461
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,3239bdaf-2be0-4766-9580-c66c32e285ba
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,6c40a00c-d988-4522-a252-2dc8b9370b85
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.1.3,modeled_data,kg/kWh,CO2e_value:0.026,7d386db8-f1e1-42d9-9684-d68f0d79812c
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,7cba3b6f-6ec3-404e-abf4-31371a800361
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,469d9358-e1a6-4c33-868f-45715fa4f2d6
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.2.3,modeled_data,kg/kWh,CO2e_value:0.026,f74a4844-c6de-4064-87ba-4ebb06bc99fd
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,44b48ac5-3b3c-4809-825b-3d00f4756076
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,e6dbb63c-5e27-43b7-8215-743e1681bf9d
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.3.3,modeled_data,kg/kWh,CO2e_value:0.026,914fa521-6dbf-4976-95d3-d204ffb80e0c
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,a15d99a0-e173-42ef-9af6-493a99d69d04
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,b8f359ad-dcc6-4ec9-9e5e-bc754a30f216
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.4.3,modeled_data,kg/kWh,CO2e_value:0.026,61cd6280-aeba-4e89-9970-3a3aa2e2a3b9
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.026,fdeae0d3-5c5c-4c76-9b29-3acf80db411a
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,ee0b4dab-876c-42dd-983f-f04a5a2a945c
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.5.3,modeled_data,kg/kWh,CO2e_value:0.026,ca5e58dd-9297-4af1-9276-620384c67652
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.026,ce0089ed-cba0-4746-95fb-cf2efa0c4fc5
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,960118e7-e6ae-4192-831d-12635f7457d4
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,I.6.3,modeled_data,kg/kWh,CO2e_value:0.026,ecb5a887-68d9-42e2-b4d2-8389978b1ee2
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,18751cb6-2e33-4820-b692-892a913ca8df
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,ceb329bd-64cd-47fc-96af-e0067e4d1165
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.1.3,modeled_data,kg/kWh,CO2e_value:0.026,08c3443b-03d1-4035-a8c3-216faf8d9b2f
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,c15869fc-dab8-419f-ace3-392ee3cca030
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,fb0e653c-df2f-4b7a-805b-6c26f14ec7c9
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.2.3,modeled_data,kg/kWh,CO2e_value:0.026,d241c7e8-bdc4-445a-abf4-d55eaeabff81
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,9c613505-97a1-4174-907a-be38acb89a74
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,b2d86d38-fd49-4c34-b55d-8e07b65b3174
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.3.3,modeled_data,kg/kWh,CO2e_value:0.026,89a1e860-c5cd-4cdc-8f7b-4793d1f64505
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,55f51230-8ba6-4fe9-b286-a1126509586e
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,ced74e03-1ac7-4e72-b2a0-f283263ba3cb
+US-CO,Colorado,2021,technical source: EPA eGrid,CH4,0.00013174443380634026,II.4.3,modeled_data,kg/kWh,CO2e_value:0.026,6ca1fb54-72f5-4996-9358-dd0147d1fd4b
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,91e6accb-b7a6-4e5f-9965-199432a4bf02
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,6b209f82-da58-4b67-8808-4b7189e7a58a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.026,79dc5828-31fd-490e-a7ca-2f1c2774957b
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,e50f84fb-abc2-4a28-bf96-257ec89e39cb
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,c58dff79-c4b4-44be-aa0c-cb45e904650b
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.026,01ca0378-84cc-452f-822d-5c88b6f7c993
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,24e39f80-de1f-4abd-bcfd-4815ed941082
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,54dd5d6b-5bcf-43c0-9865-1dbe0424cf43
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.026,c6ce7420-89fb-49ef-8750-d2762e70d04f
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,d36e42bb-2f5a-48f9-9b02-5e2fea354d1a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,54375c09-8b0c-4aee-ba30-b0b51389ee86
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.026,8fb250b9-05a1-4ffd-acb8-33b3235f295c
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.026,d4bf9556-0d1c-473c-ac12-5c81d9acdc65
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,9cdb028a-e368-4a9c-bb58-6c627f394943
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.026,c554432b-48aa-4d1f-b8a1-3750f3ea3828
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.026,d2bcfd78-1fbe-4634-b2c1-7056d074f33b
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,f313e5b3-a8cc-463c-b5da-4a3eb78488b5
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.026,1f6878a4-d0ee-4aeb-be93-b5f69169b9bb
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,b8db0b05-cf4f-4d8e-9c65-2258390bf23a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,0b232e5d-a5a9-457c-a092-7fb8bdc0b274
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.026,96575b5f-658e-4eca-abc9-b58a5d764132
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,dc35fb7b-5f8f-4611-b240-34e4d08c8e76
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,eb10d82e-f985-4734-8250-bd8349d40f9a
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.026,6212c8d4-029d-4b26-8601-6103decf8fb7
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,80da11e9-5ed0-47ab-a0eb-d2d4fd6f93a9
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,8bc48fe3-3ce9-4440-87bc-e131dc3f63c6
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.026,5f2af968-0c86-4dec-9510-7f55bcb23575
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,4e36a7ae-5cd4-49d6-9897-47e9fc70d216
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,44f67a93-a8e4-46d2-8c41-534bef28c0e1
+US-CO,Colorado,2021,technical source: EPA eGrid,N2O,4.79363141322215e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.026,a0e29be0-bd96-4ada-9a1a-232acb396c20
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b6ddc688-e745-4b67-807a-241c80efd9c1
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,436ca387-1762-4193-9b81-eca867926e7e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,513eca08-6f27-4c94-bcd1-7fde3a4667ee
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,3da33636-81d7-4539-b8db-680a1fa7d355
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,99a4f286-31aa-4fb5-ba8e-194585ae36f3
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,5ba4f92a-5ead-4f71-9a95-7479dcc74ad8
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,00ff92d9-d5c1-425a-b4c3-c6625f60d139
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7f5a75ba-1593-476c-8906-10b773f8b8d9
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,ae008e53-30e9-44e5-b3b2-9be2ec731455
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,22c36a74-faa1-462a-a41c-fbf1224ff64b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,7a2912c2-6643-48f5-a5ce-df013c129e03
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,109ecc6f-1525-44a7-8d6c-ebdc5a988e80
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,211e5927-f53a-48f5-a8d4-5c931a2dafa0
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,233d2ab5-8c37-4bff-a81d-52346f18d5c1
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,794c8bb2-f093-435b-b197-a0486e406bf3
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9e66b2d1-b85f-4f47-8dfe-517514188f51
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,c4b1f301-f4be-4aa0-823d-7e35ef65401c
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,49afe193-9816-4d2c-8129-52c8965dc2d9
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,98972f79-468b-4d8e-a66b-e82b9ec377c7
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,91d367c8-9781-4004-bf86-b23eeadae59e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,26a18f66-c86a-4ba9-abde-a06bd547fc6c
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,05451aad-ccbb-4d34-bf8f-816813de9276
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,367e2031-705e-4e90-aba8-2205c1e00a71
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,45ff3eb9-77b3-4a16-8a75-af33c77a2184
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,7a6bcfe3-06a0-49d1-b560-271e43374c5f
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,c71ef1de-a953-4155-b236-4eaaae26333f
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,5a746c18-38c1-43c4-a562-f17e2b75d865
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,447682ac-a423-4caa-aaed-0b1a0d1d9775
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,6103fdea-3fe7-43ec-877c-edd9f3aa1d32
+US-CT,Connecticut,2021,technical source: EPA eGrid,CO2,0.008859510789672046,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,4ab9ebe1-126f-4ddc-bbb7-df7a3f490296
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,ac203fe7-29f0-48f8-a692-8a3c6598923b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,8fc57316-0c03-40ec-a77f-55c194b9e7c2
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,40213dcd-8184-46ab-a4a9-a281ecaaf821
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6434fed2-e742-4f79-8b1d-842110e21c44
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,a8bb905d-e7e0-4f06-beb4-5ff93bbcb415
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,a68d2f6d-09a0-475c-b4b0-ae925e548bda
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,9173e545-aa9f-4df3-b521-cd7f6d6c4b43
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,3a7a306b-7486-4185-ae0f-8941427fb291
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,2ff14a92-1657-450e-92e1-cd3e7192ab1a
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,d6e58de6-4827-4a93-a168-656647a61f70
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,89899bb1-b75c-4510-bc02-657e59b9df32
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,a87937db-cade-4ebc-8f5d-71ffc8cea6a8
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,c96c8635-b92a-4e6c-98e7-37ae7710beac
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,3ab0ce43-1439-43e4-9c95-8b95144c1489
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,86f8cac1-e66b-4763-b4c1-23b972c85e09
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,6fb657d4-f6fe-45ea-b45e-c15485657f3f
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,092fd6b6-6fc5-45bd-a604-2600961c0f78
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,79ec16c9-563c-43dd-8c25-e54a21db5b4c
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,efd08b64-8b1f-4854-a85b-6d8ffe0d1fd0
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,187283ec-a42a-44d2-8b3a-ba821da67e61
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,62c5ec52-b5cf-4db6-b39d-4d3b09e0f5e0
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,925d5e78-7276-4020-8ad2-0c5f6d2a2b2f
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,c25eefb2-8349-4717-8a31-c3c1811d616e
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,52024e50-c1d1-44dd-b77c-fdb27eba3cbd
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,1eb71189-3127-428a-8344-488ae05e1de1
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,f229e623-a7e1-43df-a11f-7e66e0f80e31
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,eafb8cf8-b45f-4483-a7b9-19b2f30c34e1
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,812c4e8a-26d5-4c9a-a90b-152ddbe1464b
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,87e76dd3-3033-4396-a9f3-df548d3b9245
+US-CT,Connecticut,2021,technical source: EPA eGrid,CH4,5.574356621018485e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,9e960716-095b-4743-a378-ec4038491bb4
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0fde9bf1-f4d3-4c30-b6a7-c1b1cdfcfff6
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,e090a42b-0b10-4dab-9040-682b8b11af5c
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.011,2ef5c310-f0ab-4b87-93d8-ea6c11605da8
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,39a33aae-fefd-4a74-bf45-4d4c3550d638
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,ca2c6627-536e-44a5-bab5-42ee48eee347
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.011,c8eeb175-8013-44f5-a113-6acc943a985a
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,27550556-7a1c-4969-b14c-022992eab94e
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,261c9b67-553b-49ba-9384-0e5c69e344bb
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.011,4ae91f9c-2441-4300-a28d-90ff8c824064
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b602ca53-ee7b-43a0-bb2a-73d985de3b06
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,725aad90-5c41-40a9-8598-43322b35f5ff
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.011,3e561da9-e334-409a-be13-8c83d1c08c28
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.011,0fd70219-dc42-4c0b-a11c-ff09ffccbffa
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,b0e267cf-377b-46d3-9bf9-f75df30ab357
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.011,cfb917ab-7c93-4d1b-a1c6-ec11d2b6c012
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.011,68c82fa3-1a78-4c9d-82e0-f8d70ecd0034
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,bd60354a-ace2-48f7-b15c-6968d60d6f26
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.011,1003b2cf-5511-4217-be43-be85d75aa924
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.011,e0ca34ae-95ae-472a-b180-f45815d357ab
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,6867958e-bb87-4eee-ae5d-5b3fe2dbda84
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.011,8077bdaf-a8c9-4f6e-b34d-5d3bef4b8725
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.011,eccbc48b-9d2a-4c95-82bb-de6d93488c99
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,484dc594-2a1a-48c4-bbfb-36bd75c01944
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.011,1838b034-0249-4a76-8bc4-b0b054ddc1cd
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.011,fe328b91-43b2-4daa-b30b-f4a72aae42b3
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,e47c671f-12b6-408f-b945-d41f171ecd17
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.011,7716f3fd-df69-4f55-9ef3-8a728295fd78
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.011,b6a092b9-c32a-4f8c-9b5d-068d8da43edc
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.011,da4e8a70-a2ee-48af-a012-cd23769fb228
+US-CT,Connecticut,2021,technical source: EPA eGrid,N2O,2.0282762796868236e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.011,f11a72ea-1681-4e3f-94a3-041971efd489
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,1960182c-8952-49f0-92a0-ca0541f70f09
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ac40a915-a0a5-48f4-8b15-800a86218c36
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,addcad97-933f-4b32-b644-a09423b872cc
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f776a558-0779-4bdd-913d-8837169c76ca
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c783fb75-1183-4cb6-b769-8069cfa03c96
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,2f350155-9944-44d7-bad8-88d7630032ce
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,8f05dd30-db5e-4b11-8d17-3dd9f8997b9c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,6a8986c9-438e-41be-b9b0-d70b6c31d395
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,0678f056-e817-4672-ad34-785674664f26
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3d6cd4d7-0f36-408a-9e2b-c29af2f09d07
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,416fdf00-07bb-4dbe-bc3e-a74824a1d638
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,ac8a7678-87b0-45d8-9a5f-c90e2c9b7f45
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,9363fe79-30fe-45f2-8a8e-bd5ce813d845
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,56e8f3b8-620f-4e72-8833-f3df25728040
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,bacffa51-7038-4dcc-82f0-36eb5aefb209
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,4d65ebd5-a0ac-48c9-b468-561073db056c
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d3bc33fe-8220-4fb9-9748-edbf32586ce2
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,ba41322a-465d-44cd-aae4-7c66a2664ef6
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,ce42d31b-de32-4af7-9af5-f2b9e45590bc
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,55116526-d444-4c29-8521-83c78f18c5a0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,a80966d7-34f7-4248-b2aa-e7600aaaec08
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,0f42359b-7d8c-4d31-9131-9491e20f89f0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,2fd40b1e-187a-4bc4-9b08-24b9ef3f30f5
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,07611323-526e-46c1-b593-68d375577717
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,86f5ff04-c874-4949-b8ca-d6829d049ea0
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,810109c9-a520-4c2a-9d0e-4e7ee03d7eb1
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,30509c3c-df3f-44b9-b42c-d5779951ffec
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f6ef7c27-e787-40fb-9714-3650688cb7f9
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,6f4255bc-8a7f-4be6-9e86-0f9ffdf3c15f
+US-DC,Washington DC,2021,technical source: EPA eGrid,CO2,0.011159472839512623,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,4060c759-5e7e-4fc7-a184-5fd01478d495
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,66ae8b6f-e686-4129-988f-d1efe4931f2a
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e0c23491-a429-4ce1-bd2c-fa4fa7a83548
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,5177603f-629b-4ba5-8596-12836927fba7
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,b94594f0-31b6-4208-b3ea-f0ddaa56cbbf
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,773d8514-810f-44b1-8e8a-13f7f0b65945
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,24cc0257-ed8c-4b7b-af63-cb9d367eb4e8
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,fc958a67-84b0-4b6f-beea-ee9614b3b699
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,fcb635ef-2eaa-4889-8e5b-5e9776d21799
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,a238d471-0ef5-476e-90c6-529e860fb073
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,86450468-04c6-4201-8037-277a9fa60463
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,79a3c409-f9cd-4340-ac4d-de179b291343
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,34f397c1-8603-4189-9047-f4695a9a6407
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f3fac4b7-7d2d-4d86-be36-12da0a59d4a5
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,7d3cba94-1a11-4db8-aee9-362c590d876f
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,c9b49eb9-380f-4b8c-ac7a-1dc5efa383ac
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,40b3cb65-b072-46f9-a9c2-1866e86d0add
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,2a9bb31d-8c78-4c42-b512-481d75733ea8
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,9e7a2e1b-cdbc-477e-97b9-07f12fa98e45
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,cf659deb-bebf-4923-bb57-febe100b9843
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,e1d4da66-a99d-423e-a148-07fabc722b05
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,df7a809c-0650-4658-81ab-90546d0d94f7
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,abf9e584-01ac-4014-a2b1-c9c72b9fa838
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,25234225-261a-46fd-b524-c3e514af5188
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,7b083402-9cfd-4b38-8737-d76332c3bd9e
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,1b5ca6da-d019-454e-818d-3002a877d8a7
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d395eee0-7ae7-4419-97f2-d32a2b615478
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,ef864cff-9344-40d1-84fe-b134fd618dd5
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,cba0c861-d59a-45e0-bdce-85e75c8fd8b4
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,907c833f-e41f-47be-aa40-dba749dd7eba
+US-DC,Washington DC,2021,technical source: EPA eGrid,CH4,7.021480393988645e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,d46a79c7-8069-4ad2-96cc-ba8717343049
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,e90f8f19-6a61-4a7b-a37c-97136d1cb681
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f1c72f13-f80f-469f-a381-410b8e653e8c
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,2edb7809-cd6a-4613-ba33-c765835697fc
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a5cff4bf-9b71-4fb5-b17e-9628b56a0f69
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,df99f32e-c98e-4716-82a6-e741d4d448bf
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,b9dedaf8-b39d-40c3-8411-ca6cab1fe743
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,441b4412-f3f2-4a66-b5c1-a2ec36493f4a
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,2ee8e3ef-a86b-4ca6-95fa-4bcb31539c7e
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,5fd2e7a2-58fe-4586-b811-e9977b5749b9
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,eb860978-57e2-433f-a01b-5f2485e9ddd2
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4136524b-5263-412d-912f-ce95dc1a71ef
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,bcec98d8-0dd8-45fc-9000-fd2fdf0040b0
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,97dd3e50-02cb-48cd-9b83-e85ecdf7c95e
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,1a525256-688a-4105-9f51-41e17ea92675
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,986b9196-9b05-4c52-9a4e-e2661cdc6bef
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,4d770931-0f8a-430b-b210-f53eb729687c
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,9e1259fc-9c90-442b-99d4-36bf82ad18d4
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,42631dbe-8563-4ce0-a49b-726da64fb7da
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,4fd85e0f-e455-4fee-aec5-5ffe36328782
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,82374a3e-b806-4357-968f-9080b540b7f2
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,5a77df97-2a50-4f96-96c0-6d954ce3b1d9
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a1bc8273-89f9-432a-9368-8e6f667a35e2
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,8e918d72-8aef-462d-b38e-83865976ccbd
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,a928126b-4a94-4238-bcae-d189ac47a7e5
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,6a24c33e-2bbc-4f94-bcd6-5470ea2a68ce
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a1e3a564-120e-4631-9921-418aa01de65f
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,d26b8cdd-70fe-4cd0-97a5-dda8256bf3ec
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,67dded58-75ac-4a18-a6b2-a7e0ae15de85
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,abc102fa-6c99-4d99-bf60-e7f9a40c0cf9
+US-DC,Washington DC,2021,technical source: EPA eGrid,N2O,2.554824368020289e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,0b2b6929-6bec-4db3-8611-e8b3bb687f22
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,755a59e5-e9d4-4428-b0f0-e2259a11c600
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,b5c0515b-fa81-477e-80bb-ac557ec7c27e
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,d75940fa-13cd-4395-a06c-9eb01e29ba5c
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,84249a81-c3b5-457e-9cc6-7a6af423f1fd
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,22a84ef8-5960-4386-9571-a07cc3961a67
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,01551331-b307-4d59-9b9e-021ee4c0c294
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,a2e3100e-c93c-4401-9c0f-a4713875f1ef
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,25b0afc1-dda7-49f2-acda-23ba9e256102
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,1cafc026-df57-4fc3-ac26-7dac44c68915
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,d18dc4b2-e3bd-4689-a383-7470767e2772
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a1653ab3-ac9f-4f05-b484-98e202ae1817
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,2650c017-fe14-44ff-96da-47a3bde0e0b5
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,70323a36-efa6-446c-88b0-1e6315a00fec
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f485beb1-3601-4601-a880-8a2e0f5a5227
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,1ee94dbe-1c4c-42e8-beec-5a6ebf1d65d2
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,d60e557d-4ff7-4169-996a-101bc1f49b88
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f131283c-28c9-4541-a460-64e21901c41e
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,f33797a6-a66d-417b-8a52-f6d4f282f8c3
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,78f526d3-63b9-416a-89c8-3b9eb1b0f545
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,2244416b-3322-4e12-8bc9-f3356b701e28
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,a6966dac-a484-4ed7-a36e-07e0917565f7
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,cd9fb031-fd09-4513-977e-a8b4cdd798bc
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f6cfbf6a-1b97-4bde-9806-4a87824d748c
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,184ab825-6b91-406a-ab06-01680313be67
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,0203c580-305c-4ad6-be44-2bd7c8c08261
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,eec011f8-b4d9-44ee-84b4-45787be94fa2
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,e387611c-0ec7-4894-a398-e64533b88b7d
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,00740095-b75a-4c3b-9cf5-04c0acffbb46
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,6a400db9-4cd4-43cc-af1d-fcb08b27278d
+US-DE,Delaware,2021,technical source: EPA eGrid,CO2,0.014877176850117768,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,26b044e4-4a74-484a-8805-481585a481f6
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,f9f97933-ef15-441b-b987-35e0050d5e90
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,ac443f4d-9e08-4317-adaa-4f85773e9c3e
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,7b524ddc-26d5-42d0-bf9a-f74154c05376
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,64a9e40c-3c28-4877-9ae9-3b77ed977a8e
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,0102b47f-aec1-4d70-8ea4-9658302c0d63
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,300596ad-4d75-4f92-bcf6-ab4eb0e09c64
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,eb84dec4-7882-403a-adbd-a1633869767d
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,1209f643-3705-4000-b3b0-df2e63de1dbd
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,7f64d14c-b88d-44d6-9c1c-ab1b193d51e4
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,80f4e915-a762-4cd5-af6a-7cc9608bb7db
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,4ff1a1c7-03fa-4223-a34f-b3027c41c7c4
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,6954b950-3c62-4dfa-9b98-c24d9bf0be04
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,edaebcb5-1ebf-4b42-b66a-ca4dfdf8cd79
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,d49fcbcc-e893-4065-b182-e41591aec1f6
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,56dc7b88-9254-46a0-8e4d-4723e26d57b7
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,6033e4fe-f20d-4653-8da7-dc0dc89e2c21
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,742df7c6-fd64-49a0-8195-b7e60c56921c
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,8fa46fd1-6d4e-430e-93bd-b806dbaf0bc4
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,abeb27d9-0cee-40d1-b181-b1309597adf7
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,8fc9d899-ef1f-4d2a-9376-79c43ab5f490
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,74b25a22-b27a-4294-9f8f-aee8916a4581
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,33bfb3ec-4ef3-41ca-814d-ada0875aea2d
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,3d875267-aa1d-4e12-9f29-701681c200ed
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,07969d03-4dab-418a-8e95-916a70394985
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,6102156a-2d90-49cc-986c-7d41d2db3faf
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,cd0aa101-393d-444e-9d0c-fd729866566c
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,bb507ffc-d351-4827-a60a-442da59f10a4
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,aeb52c31-7ba9-49c5-b729-8ef1cee0d749
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a803412b-1a28-45eb-a76c-69a47a03eb53
+US-DE,Delaware,2021,technical source: EPA eGrid,CH4,9.3606397966345e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,4e752a2d-1629-473b-a16d-2606bebed064
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,84975bcf-0c17-428a-ab08-953bf4e09d11
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,f602a8c3-d48c-4c71-8fe3-5cb74ea07a2f
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.019,b61744a4-5dff-4a4e-94d8-d929aca345ff
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,20360dc8-d485-465f-a9e5-9f5df37afe48
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,5868838e-ca55-4289-ade2-1da034a5ebbf
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.019,e802d257-e081-417b-8ad7-f7e5b47c422b
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,bde18c9b-823a-4265-aa08-0d7f565fc258
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,89f90d6b-6774-4b75-b0f0-e530ad474e35
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.019,9278bba5-b9a6-4c9a-b49b-91ab215ca0c9
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,7a5ac011-8d02-4878-93ef-63f6df9f0cdd
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,7c4994c9-ea44-4c42-bd0f-652954721f0b
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.019,a04398f1-de4d-4cdb-9997-335d51b022c9
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.019,9790d2ff-6905-4cce-a004-60bfa0569c1a
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,8e74e321-ca07-4004-9724-4a1d6fd35b7d
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.019,df1b27bb-4103-43cf-8e81-a0bb9e1b5bc2
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.019,32897697-2ddf-4a16-a77c-c571be61a0fc
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,2f671dcb-d18a-4bbc-81e6-7dc2752d916f
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.019,d7e18a18-309a-474b-a971-bab09bdf9a40
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.019,e2536d05-95b4-432b-94cd-f2c411695e47
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,a5b06916-6954-4e44-b914-dc4678cbce9d
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.019,2d4c8606-dee5-4b7f-877a-2e787a230bca
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.019,da4f9fb8-412d-4d44-9bd5-3d8c4422584b
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,604a9576-1c95-4fec-9cff-953f7da4e303
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.019,f1df309a-024e-4efa-bd22-7f0958000345
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.019,18d269c3-c01a-4542-a28d-5b33682137be
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,0d3bfc00-5098-43be-95d8-d5135ecc0843
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.019,ef61153b-811c-4b6c-8817-6f61d19a4317
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.019,99f0bbd9-6988-46ca-8687-53d6ca1acc29
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.019,eab9d949-8b59-4b76-8e5c-482651eda820
+US-DE,Delaware,2021,technical source: EPA eGrid,N2O,3.4059470810709177e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.019,6d808b72-4d19-40ba-bd89-64e3c5ae26d7
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fcc865cc-70c5-420b-ba2d-b95c2995b2b9
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,74d9f8ff-8337-453f-8e21-7f79d1acd044
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,bd717556-c39a-4f17-810f-50b785400154
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ea523d46-2056-49fe-9218-4fd8b912f0c2
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,dcc69dd6-6f33-473b-bd3b-373a83ab0ffe
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,db0b0bbc-b574-4828-8014-32dc6beae17e
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3ceff13e-d0ad-4028-83bb-39a79f333770
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,373dc909-7832-4227-ae8e-6b4b44e0816b
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,7cb40076-baa0-4a55-9b40-283a3435449c
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9f6da8f2-bd06-4d8f-96c7-ef2ef8eb7377
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b33ab7d0-cad0-41bb-8b57-eb2420c51067
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,bc4aa58e-f8b9-4ca3-bcae-9912335da105
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5b337eda-bd11-4997-af1f-5cf66ffc3044
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1bab5a74-d68c-4a8f-b85e-44f69da5bb63
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,5c2b3b94-a078-42d0-9fc7-7c4c53b847d9
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4a013239-3272-4a4a-8bbe-91d4a6d09fd6
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b29f7c6c-2ab2-44b7-8120-f1b570fe27ed
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,c6123da6-6444-4e21-8454-7212e387809f
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0b65a3d2-f077-4a33-b874-844d1481dbb8
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3ad44355-f355-47fe-b1a5-c52bd9bd4fb1
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,6794bb1f-7153-43d8-a34d-8934a5d3615f
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8662bd17-bff1-4f32-a032-6e9684d78bad
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4302a214-1e16-4092-8d2e-b3e48a9e4b33
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,cb5f2846-13c6-405b-8a0c-cd71161c09ae
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,77aece74-9161-485d-9ce8-d71a66624a56
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ba277b98-d385-4a03-8ff8-a0f3a16dd2b9
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,35ea69fc-2fb7-4c35-a828-4a5d8a5de155
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0307cbd7-ff1d-4e10-aa1b-dbbf7ba7cc2c
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f6bc1726-9e18-4e33-b967-6c769a7a0787
+US-FL,Florida,2021,technical source: EPA eGrid,CO2,0.01432009320825138,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,398d1928-5ca1-4b69-bf65-a0622d15f0c4
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8ea89725-37a1-496b-8799-d23cb2acc4b6
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ff525daf-6381-4136-9133-f449fad65686
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,2250a819-e314-4e9d-80bc-063dd050b981
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9a92e4e6-e8b4-4183-8e99-1dc7e8ef80c5
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6f681dcf-c278-4152-ba42-0a6d03b5fcba
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,9f423b89-60fa-442b-970f-bf1dcfd2bde3
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,59c822e6-6839-4aa4-88c5-14f1f3dd9855
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a8ab2f5b-43f5-4f5e-95c4-5aec1a225d9e
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,243f80d9-f04c-4da4-9178-95f2188b6ae7
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4044db94-c263-4d2c-b220-4bba1adbfbba
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a917d1c3-1027-4398-b9ca-7e44066080f1
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,66793b96-a5ba-47dd-b069-8dce8824f9ef
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,06f39844-e619-4c39-95f2-abd0cb1481ec
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,74728654-87ab-43db-800a-b982d4a47288
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,730045c0-826a-4798-84d6-628ddb2d212e
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5f7efc44-ef3c-43d2-9c0b-c6aef2101862
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,67b76b17-d0f2-44c5-9877-50dfda440c7d
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,54ac5cf0-6ae5-4194-9371-4bdf7f111535
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8a00c28c-f7c2-40c8-a400-b8b996dbf410
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7ddfdd17-b783-4a65-8103-e4da1752298e
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,2f4f3c77-107b-4235-a535-6be4770feff1
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5ac5a8be-67e2-4239-8267-bde9d5cb66bf
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a1907538-2a3b-43b5-8b1e-0851394aeed2
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,ef7754bc-bd9b-4e96-85bc-75d18c989b27
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f08830e1-c02a-4713-bd49-190e3daceefb
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,dfc83c37-1dc3-4847-832a-3f0876743934
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,0c27b0eb-2149-4c45-84d6-cd81297591c7
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9b0a42d4-9bae-4952-b0ab-0af3fc96e0e8
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a163266f-a0ce-4f11-8dbd-39561d5d5d54
+US-FL,Florida,2021,technical source: EPA eGrid,CH4,9.010125760225281e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,1496e381-e2f7-46e7-a0cd-52ccd99a1143
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f4043470-4780-4260-b55b-87895c6ff5ee
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9a07d897-3a98-47cf-8f77-57baeb5c348b
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,f30196fc-dd52-4280-a14d-69d83becd842
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5e0d3ce4-2bc7-422a-b598-ab5508d69013
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d0ad2946-ba97-4ee6-9133-76f8e283e951
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,4775589b-e24c-4fb0-9bd1-64e4a527aef8
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,607dbf6e-4da3-4791-a464-bcf0d406719b
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,cf16357c-9f0f-4f41-8de7-311967fc12f3
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,66ed1c73-8668-4dd9-bc89-0ad5f2471474
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a49480ee-2633-4c5e-b7b7-ad37582df61e
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,62448a3d-16a3-4e9f-8551-a9173e591aae
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,b233ccde-5f17-4ea0-afc0-f8bb6aa45728
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3b9496b2-6a18-4ead-96a5-19d8ea5d3495
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,914fd93f-ff4e-450e-a730-0913056938a8
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,ac1df1a9-807b-4bb3-9d00-71fbf5f67468
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,09555ad5-20bf-450c-a14d-2d87021b389e
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,83305e41-221e-4492-b0ca-cd889ca7e44a
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,1b3c8815-c5ee-4780-89b0-01944eadae06
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4f10dba1-f7bf-4efd-900e-3f0640395173
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,19958a06-f0cb-4e67-8483-8efedc07d629
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,a69f72d3-8330-4e5f-8113-8f9a90d86127
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,329002e9-64d3-421d-b70f-3d8ceec5e8f1
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,976369a2-48b3-4105-8800-6ad25b313af5
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,1355d2c4-6f83-4213-9234-aa6c9526ea77
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,23f7169e-4099-4b8e-abea-26ef76537c12
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,57c72625-e067-4fa4-a8e2-bb29d4453354
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,71c571c8-00d9-4070-9739-aabd859318cb
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3dbde893-c182-40c4-8c13-96efad433bb6
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f284b3ec-362e-4f95-8394-936eb7dbd230
+US-FL,Florida,2021,technical source: EPA eGrid,N2O,3.2784096172736677e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,9cb3f1ba-4915-455a-868f-533cb602bb4f
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,2bc2df42-2f2b-4b08-850d-bc847e65c712
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e64ab08c-c802-4131-8c95-9f4c7782e33e
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,79164e9b-bba9-4644-b585-b0efb50e2d45
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,7238943a-59c2-42a0-a6aa-cdffb60d0ab4
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c014094f-ac93-4d81-8314-1613c1b80cc1
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,08b4d141-f1e2-4643-8709-80ded7fae911
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,46738c4d-57b9-4c8d-9886-61fa0cd654ce
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,5482292c-59a7-4788-9136-8cd644e662b8
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,57275ed5-c6d7-4f70-ae6c-fc931ae037b6
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,e0b22739-b54b-46f0-a1a7-66615aad5fa1
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e8efb5b9-4599-48b8-88eb-336b565cb2af
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,93f050a0-fe11-42d2-b183-dcc547591c97
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ebf4877d-0f0a-4642-b13c-fa963369dc39
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,91f7cd99-aeab-4070-81c5-7361d9789cb4
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,6e8794f2-fd01-4491-8403-2f5ec4c7f075
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4aea32c3-a940-46c8-8dfa-0d80b779cb2e
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4e7e4498-8153-47e9-816c-26b9502a7138
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,275602db-a6d4-4ed3-9aa2-917247a111d4
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,dd08e04c-6a50-47bd-89a9-dbd41b1868d4
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,50b552ba-3292-4304-81d8-f42d607843f2
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,67b723b7-f1c9-4c85-b59c-80cd3fb6fd0b
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c6e73dd4-c357-4eef-b902-78317db67aca
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2b796613-9852-4cbe-9de2-023a16a89969
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,248b3626-a47c-45a8-b6e6-e589429de76e
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,5b209c95-85ba-4e60-a731-97007bd247cc
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,9a4cb0d2-be7a-4195-9dd8-d262db17a379
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,251cd28f-df1e-4364-bd10-569beaf0fc06
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,1e87c9ba-0521-4778-90bb-865c53b3340a
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e688051e-cc88-477e-be93-c1c791595b96
+US-GA,Georgia,2021,technical source: EPA eGrid,CO2,0.013036680562726295,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,ebb29c4f-e811-47cb-87b0-70013c46b63d
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ed35efc6-b6d9-4d8d-90a0-00eedef8c8a0
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b995b0bc-c447-40d4-a83b-9f0d07933208
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,1df5f896-4552-4dcf-8482-84babcb0ff62
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ba218bad-7b85-4a17-b581-3e872613d479
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b65dff1e-61d5-4399-809c-d41cf61c2a18
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,3d659718-5576-4504-9758-348d69bf50bf
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,caed87c9-273d-45f1-96d1-896124aa4f05
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,45952b06-492a-4fce-b624-e3de5af485d0
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,03254a00-97b2-496e-b7c9-7306b75c581a
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,aee911ca-922e-4f7e-a817-a211c9e178d2
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,81d713fa-df6e-457d-aac6-302bf47532ae
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,eb7a6da8-8ffb-48bb-8a5d-f957c3481d88
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9702d858-cb72-4624-a072-2c8a0b6c59b1
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6dc3025b-044c-481d-8984-df202289c49e
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,f8a77b00-d8e1-4ef6-8af9-c1fc5be1174f
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,5b7e0275-67e6-4f1f-b337-030a7f70f61f
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a0217f0b-4ff7-4eb3-ba32-56391741eaf2
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,2417a182-cca1-4d25-8b24-09fe2f544297
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,83ff798b-faab-4ae3-9220-a526c4620088
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,3527b81c-c054-4131-a429-0a2169b50055
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d248cba6-4fda-45d0-b2c3-5544629fce42
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,14671907-27bc-47d6-b7d6-1eadf180a2eb
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c0bbda1a-2b2f-43df-b45d-c8c553e7d7f5
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,99676bb8-85b0-4e6c-ac3f-d7bf64986f23
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,62f8d3a6-06bf-4d92-9a01-3487a7b7d774
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,61d3549a-b900-4db0-9998-623058e1313b
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,e1beb485-08bd-421a-889b-57935a5edf12
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,62bd558d-c588-4dcc-b8d6-f9b08d6e8a29
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4980bccd-2fc4-4d5d-a7d5-13a903dd88d7
+US-GA,Georgia,2021,technical source: EPA eGrid,CH4,8.202609414467047e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,bb6af2b6-8852-4dfc-958b-e7f14f037367
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,7c7f8501-8bae-4064-9f6e-20a9485fd6c3
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,71245217-88e5-401d-855c-bd7721d177d0
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d997c240-3c66-43c4-9c36-7063ed06b8a6
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,05f14d59-2f88-41a1-af57-2ce236973bcc
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,761d9f1e-418f-445c-959e-651f6426c80a
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,df7897ba-658b-4ef7-a3f9-878ca905fd80
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,dc741ebb-b82e-44a8-9a6f-6ea4a1fcd05c
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6367d1d3-db04-4eae-8941-48be54527b34
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,a82bb42a-cf1a-4a1f-9ae5-051e283eb299
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,0bbdafc6-3429-47e3-875e-f92bf6f86e01
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b62e2544-b95f-4b00-ae7a-aeb6a8401d73
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,d1c2a297-995a-4f73-8c96-0f0e5c2d3479
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,6a2e0350-62a1-43da-a4c9-a222c2bdfab5
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,811a15bb-2036-49a0-b5b8-6c06061cd258
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,77717161-b452-4d77-b099-6c7e05e7541f
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a85de850-1d13-4ad7-80a5-a0ae77150cf4
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,fcd9baf0-5558-4e87-bc93-68c3d6e5415a
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,e52605f3-8792-4eb9-90b4-2cdc5de818c5
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,21878f6e-ce36-4b22-99ab-77f9699e7e87
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a59b4fbd-2043-4f12-beb8-f6db99770e2f
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,c64dfe53-9261-4853-9e94-e2bc4aba2a00
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,fb09175e-e30c-4e82-9476-54f8bc8551f9
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a24bfade-cffb-4d1a-a5f5-74bb3655cd3f
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,99f5cdd7-3b48-4ec2-a087-7e53b27b3502
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,5ee8a115-a745-478f-994c-ffbd5eafc4f1
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,16fae50e-3b57-49d0-aef7-effd20a48722
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,e99ae17d-f6bb-43b9-90ac-a26b2fc80e65
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ea7358ba-e8cf-413f-a270-714075c2fb32
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b2acd2b1-b216-4b7f-843e-7bc89265d80d
+US-GA,Georgia,2021,technical source: EPA eGrid,N2O,2.984588040917192e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,eec3be2a-7ef4-495e-8841-ec5ee7ca8711
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,4e7714ba-2323-41e2-8a89-ac5fa95ab4e8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,d7d1ee45-a055-411d-9865-6a04b851eae9
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,92e89ab7-b971-45de-9eb6-65510b9eeb1e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,2a5ded36-c306-40f1-b1e6-856c8ce7ee79
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,31531150-1b76-4cf3-9b8e-f7b482566e15
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,8d903880-4924-46ac-a4e8-b3d8c935f7a4
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,3b47ccf2-30f4-4dca-8386-4195f600fdb0
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c8671cc9-ffba-419c-83c1-2b3de4611789
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,c4535fc8-4dcc-404a-b655-f9fc6d4fdf1a
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,b33c2b18-c2bb-4c97-8c53-7bbb0e24986f
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,d168826f-ce6a-4cfb-9271-4c746f9f2cd1
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,4bc601e3-950f-4f4f-8bbc-ec22b0a10f85
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,51184626-39af-458b-aa0d-d9f9166d893c
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,5e3d2ca6-6477-45af-8c47-914e4de73142
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,e1b4b67b-4ad7-4b59-ab5d-a488ac8101c1
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,d5b517a1-13ce-4905-8e9a-a17c5d64d1ee
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,cec6f127-0f6f-4acd-afdb-8d5a208ec3da
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,82ad5abd-c4eb-4a43-be5e-1f61a4eacd24
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,de859f3d-c317-496e-a1f5-215b852ba90d
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,b227883e-0428-469a-90d9-6533ebcadbe0
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,b2592cb5-ad62-4f70-8cda-ba7eb4f0b450
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,ce6fe5a7-3499-4733-b036-e17e4b1a4c5e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,426f956f-ea73-46c6-ba52-7411c243ef27
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,70c23411-5801-4f8e-a65b-183cfcf67080
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,9abaac23-3a8c-4287-96ff-d38d77dae6ef
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,29789f60-4448-43c6-828c-1c8dd6073c59
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,a194c15e-8374-4e63-9f97-1bd8ef21484f
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,e3f41719-34f1-4cac-8bc5-fdde06f38c76
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,a270d73b-a364-4860-bb2e-94b27224b862
+US-HI,Hawaii,2021,technical source: EPA eGrid,CO2,0.02569207174147535,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,bfdad81e-f239-4212-bab0-0bc00a1a9f7e
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,ebab24b4-1840-49dd-8cae-6bed726958ca
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,2676a258-36d2-4b8f-8006-fb2cadf93467
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,8ebb3062-9224-40d5-af72-a382c38a0183
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,e0210ea0-c92c-4c66-aaf0-06ca3d96e876
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,52f503b0-1c9e-41bf-843c-67382c81e892
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,35cd67bf-d776-44e6-bdbf-751b79f48565
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,40e13575-19a1-43b9-8376-16bd5d3c2f1c
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,ef50aaf3-194d-415e-8401-d8a328003cdb
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,6da044a8-5ef2-4c0c-9d46-e99e58df0f50
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,19c96115-6173-4df4-ae94-c87aa4e610b9
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,22f0d242-865f-439c-982a-2a0f6f1b13bd
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,e56dfbee-3890-47ba-bc24-343b2bfa12e7
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,d21004e1-2b57-476a-b876-15b2aa0865f8
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,a260aa15-4ff6-4927-9e35-009d3b773543
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,263a6d6d-fc60-4146-a94b-36a73c95f8ef
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,4dc828d5-f818-4865-8b5c-5158e63379bb
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,a14da334-90a8-42a7-92d5-1bec1bf5ee20
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,9be9dfa3-89a0-4901-9b71-77e56a1cc6fb
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,af08de58-eeb4-4bda-b9df-d7aad132e7d1
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,10988939-0d57-46af-b9fb-30b46108702b
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,ebbba4f1-0cb0-4c51-8dc6-e7f72d7b7ab1
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,2f80c8d3-f6f7-421b-83d8-80f960df1633
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,09024508-63ce-430c-b0f7-e0726b5edaca
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,544cfbe6-fd52-47a2-a41f-9de435d73b80
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,46d655b5-96d0-4ae0-b2f4-22b8e4e40427
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,4baaeac1-341c-4dec-86de-c227daa0e600
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,cb9fc0b0-bf8c-4f8a-98b5-ce0e721f70a6
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,d9d748d4-9b24-4788-9d47-b6e6eb48c881
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,4e650536-54be-4423-8d3b-a6db530b7836
+US-HI,Hawaii,2021,technical source: EPA eGrid,CH4,0.00016165313595726936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,0f271fca-9a66-47dc-9df1-f18edd31d7c9
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,f165c0bb-19e3-4361-9d50-52b0cf1b5cd0
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,0980c7d7-bb0d-4f2d-b95f-afae734be14d
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.032,a8585bd5-484c-436b-bdae-5f64660a0019
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,70d0698f-bd03-46d4-b01b-b1eafc47dc50
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,2987948f-1816-4e33-bc70-05e11e4b1d5a
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.032,a2445ff2-f050-494a-b18c-cc5c3be7761f
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,549168fd-5411-448a-ad59-c2c7ae090147
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,edef1955-12aa-4390-b068-bbeabf01895c
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.032,58a9b19f-8537-4af9-92a8-3b718c2d4a81
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,cdc7d394-7b1b-45fc-9dfa-12f67d6a6603
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,dda76a3f-e3ea-4abf-b88f-e883042f60f6
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.032,9b6c4218-59df-48d7-906f-f163a3f42b2c
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.032,47d276c4-1f0a-4fa6-9740-bc572025cdfe
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,684c7243-d493-4dfd-9614-cc23e411126c
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.032,e5b88065-e43e-46de-ad03-5e1b1dc7d14a
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.032,04572ad2-0b43-4086-9ce7-0e8a52237fe3
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,12d9be73-5e1d-4138-949b-3bd96e38b663
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.032,366176f8-842b-4b4e-8d92-992ebe8a5ff8
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.032,103a6305-2f18-4673-a723-6454c8b4a872
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,0dbb2838-c680-4cef-83f8-95c92d3b690a
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.032,7e622bf9-a97f-4117-ab38-07a1fa0240cc
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.032,80ce57f2-ac5b-4de7-86b5-aa8c0e62321c
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c9f4cce4-2b8e-459e-91d3-8577ed4a148d
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.032,ecb65027-47f4-4cc1-91c8-85b69d8de17a
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.032,02ac25ff-fc01-4ae3-9b4c-14de235e56a7
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,2a9702e7-cd57-4a79-9587-ba0870a6e8bd
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.032,e7430693-3358-47da-b207-caef9d241c70
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.032,417884af-2dd4-4f14-bc1d-4b575a34947a
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.032,c6d4ab70-a1f1-449f-8c9e-2580aaa04eed
+US-HI,Hawaii,2021,technical source: EPA eGrid,N2O,5.881884556198569e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.032,26e98e35-8be2-4aff-966d-da5c52b7cceb
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c908a367-8786-4727-81bd-850c417bca4e
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,59c8c2b7-02eb-4cd7-bdf6-63699e7aab6a
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,5c8b53cb-4a49-45ba-a931-41e657d7cbe7
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,6b1936b4-dc44-4191-951d-278ea3c7fb28
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,7b571224-402b-4273-a63c-59ac8ca2257a
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,25ed0af4-82b9-44ff-be3e-de5137a79290
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,27fc343b-e90b-47a0-a763-28adcc22167d
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,aed34a0a-19ab-42f1-bd6a-81ba3858751b
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,690133cd-1ac5-4331-82e7-e3aa192ee67d
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f21c4916-9fae-4915-b35f-43dad2d7ff29
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,84e4479b-93c1-4a30-b880-c5457c808ba4
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,9b38b967-9c2d-4ac1-804f-ea2195b375f4
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,0abeda84-a74d-4104-9e56-2f206d3ba3eb
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,7f1c7d54-87dd-4f61-9d96-4e2a35a868d8
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,193f8d4e-edde-4243-9983-03c801252e43
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,ff549ca5-697a-4efc-b7a3-906cf3e4e967
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,3c913ce6-c005-4050-b129-1963bdf9f530
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,8e3358bd-084c-4f7e-8861-54ce2875ae32
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,16b2fbe6-cc8f-4adc-9af2-c766591c9183
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,c2d51e12-75a6-4b3d-84b3-57d4a41fc3a8
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,2a0613be-a008-496a-b9d6-ce2d718cece8
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,ba724125-ed99-4db3-a2fa-7d19211b0529
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,8de73b79-5365-42fa-a824-c5c5e6ef3e78
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,25cd87e8-7bc0-4c6d-8dd7-055a9b70bea4
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,9e401f31-74bf-4234-8346-06bdd19169cd
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,a3ef3a4c-4bdc-4efb-b90a-e3952ee0ba31
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,db0ec319-8f34-4d54-99fd-f0e041a8f22b
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,049e8977-2e99-4ccb-8d0b-ed070ca8ee2b
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,f6d0eb24-8cfd-4bdb-ac9a-ee0bf835119d
+US-IA,Iowa,2021,technical source: EPA eGrid,CO2,0.013241919204633055,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,dc9dfa23-9e51-48e7-9309-7f730d37891a
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,8e6bca13-a19a-4c51-aff3-613627d5f193
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,a45b7472-7d12-4b14-8c1d-cb800ee136ee
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,5e503568-8b41-4b46-838c-35ae557c12fa
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,2ec5613d-af0a-4d43-a88e-7c7a563c2bd5
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,215dd84e-69b3-431d-8551-f438988531ff
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,84c88f01-0fa7-436a-810b-114b5cb1ed7e
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,977b47b8-e417-416f-b01d-77ba35169abd
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,eab6214f-04fd-4b8f-9e1e-e8990e038b30
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,4161a392-9091-46fc-9e5b-b218e6adbee4
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,db75c0bd-f8b6-4306-81bc-e5eaf1365b91
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,e255550e-8346-4d8d-8e36-09c24e4fd609
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,f628d779-60ba-4d5e-a256-81cea991cc06
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,4b8b801f-3e89-4c7f-af11-794ac6804c85
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,f4423481-0298-4e66-a2fc-8bf7b0cf7b72
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,3c222401-df49-4eeb-b3af-0b4a731eb3d7
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,8d432265-78de-47e8-8381-25284f94fa4e
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,f7508ea1-33d8-474e-abd2-60d0b1f24e96
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,40dd1577-20dd-4bac-acf6-70eec0a93b90
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,801933f6-74a0-478d-82da-8a3725f723d4
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,8c38c36d-7cd4-4612-9f24-b922361ff430
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,455f7eb6-0f39-43da-9d1d-8a8afe90324c
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,f03bbf62-99eb-43cd-b7d1-4f572c57e09b
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,d5b7444b-7aa2-4589-8cfd-73bbcf376e97
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,d1cc69bd-8a2e-4f15-9e2e-9e6976ec3ea4
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,36dde14b-0fdd-4008-bba3-92577c3c8f56
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,ad19c6d7-d5e5-4811-a3b7-62464ce53c64
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,de1766f9-8552-4472-8e98-ed04739c38a5
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,571851e7-c8bb-42c5-8187-a88e22a81132
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,16c2e725-7bc3-475a-9a32-21dac1f04e42
+US-IA,Iowa,2021,technical source: EPA eGrid,CH4,8.33174446600234e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,f26c526f-95a4-499c-bd76-a93426a6e5ba
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,398a2f75-71bb-47c2-8ab1-4e83946ff7ec
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,3ab90395-2ea6-4b00-a639-013564606652
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.017,0ca490b4-e7ce-4331-be3b-91141f48ad2c
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,57f260f2-628b-48bc-a8c7-2b5516e3806a
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,ad018cc7-1664-4ae3-8acb-6c1de31957cc
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.017,fc3a4304-fdb4-40ad-8a58-a1ee6cb40699
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,c7228f3b-e6fe-467d-9242-0332528354da
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,4975bf30-581a-413c-a2d9-22f2e722bcaa
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.017,43fa1efb-f0e8-489c-9b58-2b1453262fcc
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,5ebea014-d817-40f7-937a-30116885fe17
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,cfa7a757-9436-481c-879d-5be6732b85a7
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.017,58d8afb0-a2c4-4742-8a7d-9099d03a991e
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.017,40ef597d-e11f-42e6-bee2-c36865f5c143
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,507a6255-a48b-4cc1-8089-668398eac7b5
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.017,2655ba22-842a-4d1c-8a8e-3a12796382fa
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.017,fa150231-f241-44f1-ab64-297a262865c7
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,96f50da0-b254-4468-9b9e-d20a8f3e040a
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.017,aa66e865-c4be-4050-9fb3-f7cbab8c71d4
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.017,1cc0bd2e-8cee-4db2-81fc-9b5a4788e178
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,2085c820-4de3-4eac-8127-91fa36f22e9f
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.017,10e9e241-adef-4222-8d8f-d141dd993eef
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.017,2bae5797-da34-4b03-b328-35e36f489d1a
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,20bf48a8-1749-43ae-b4a4-902e237e0f5e
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.017,41c60893-7e90-47bc-a360-62f4c32fe3af
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.017,5bbbd83e-74cb-442c-9c7f-712eafba08b8
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,ab6cb53a-f606-448a-9a72-04f964f705d2
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.017,84f6d217-55e9-40af-bfc7-37df8fc64ce4
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.017,18179148-537e-4e01-a0f9-8443a10670f2
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.017,9ab84b95-aaf9-4820-94e5-6bc4648fd5a6
+US-IA,Iowa,2021,technical source: EPA eGrid,N2O,3.0315749094855894e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.017,f9e8cca5-0334-4b28-9b32-fa1dd951db4c
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,cc38d43c-0b84-4922-82d0-a46e7a92522d
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,05500305-fe13-4dcb-878a-fcf9bdc328c2
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.1.3,modeled_data,kg/kWh,CO2e_value:0.006,202afcde-a96c-4c35-b9fd-316a015fa200
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,2159ca53-ba25-4754-9673-a13ec80322a3
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,1f36b27e-42dd-4d46-b7c4-0e14e4378f6f
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.2.3,modeled_data,kg/kWh,CO2e_value:0.006,7a891a1f-e904-4a7f-a58a-b9f42c02d538
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,5432ee13-5af0-4f3a-989d-0daaef08e3a4
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,105b57cd-55ed-4c42-9bc3-fc71d59613fc
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.3.3,modeled_data,kg/kWh,CO2e_value:0.006,5d30a869-f25b-4bca-b595-773bc500f1b4
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,705c0346-5c3c-43ef-9d0c-a2c8eb2e43fe
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,3acaa82e-2b21-499f-a8dc-8ef281387894
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.4.3,modeled_data,kg/kWh,CO2e_value:0.006,675cd895-4f70-49fa-8226-2dedc370520e
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.006,30966162-dc2a-45d9-9812-5173c32deb7a
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,2c8220a0-f081-4e06-816f-192590172779
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.5.3,modeled_data,kg/kWh,CO2e_value:0.006,63a99bca-dd2f-4deb-96a5-72a3b7862095
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.006,4b4c5399-acbc-42ac-bd99-6717ddc5b1df
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,076cf136-7d90-4ab1-b913-66a6f2a2ad01
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,I.6.3,modeled_data,kg/kWh,CO2e_value:0.006,bd9a6a9c-1e6b-4128-a72e-d09079de2fea
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,c1ec4027-23bd-4fb8-b5b7-23c5280104b4
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,3071712f-7b11-4aad-ac10-3481c6ebbeb6
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.1.3,modeled_data,kg/kWh,CO2e_value:0.006,217fc094-0629-46f5-ba61-51a9cf242911
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,5200daf3-bb5a-4639-9306-3186dae30f49
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,65329b79-ff5b-4b7d-8e90-1ccae5546d5b
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.2.3,modeled_data,kg/kWh,CO2e_value:0.006,6ba42fff-8f5a-4f0f-a390-80360a2410f7
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,e1764a17-9547-4a74-9e33-a7d500f7197c
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,fd7de732-7ef9-4e64-8f8c-3c343caa62d0
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.3.3,modeled_data,kg/kWh,CO2e_value:0.006,76834955-8546-456a-b3eb-5af1a654dc3f
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,d5620f5c-20b1-412b-8a9c-c211362c3863
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,7c99e6ab-03a0-4e77-b4ae-35bd013e0a5a
+US-ID,Idaho,2021,technical source: EPA eGrid,CO2,0.0046502120981688445,II.4.3,modeled_data,kg/kWh,CO2e_value:0.006,1dded9aa-309d-4580-a22f-befbf7fc41d4
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,f5dec760-4b9e-40a0-98ec-3c8ff931c423
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,8931a1a8-963e-46dd-9402-c2cf522867ed
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.006,e14335c3-f48f-488b-98dd-14caba686933
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,cd003d58-b37b-453d-b6e3-0fd3c9b3759c
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,f1aff66c-50b9-4e9d-8cd4-b58932c9997c
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.006,8c48e066-c6bb-416a-9e52-7ad0a5e4db42
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,74593f74-0cd1-4737-a752-29eaedf37c41
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,2b463a85-ef32-4069-9566-ec76252102bc
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.006,fe766643-8613-456a-9a41-009618fc60b7
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,25e280da-7d64-454b-8a01-e1ebfa7c4db9
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,0ae4cea1-9d62-47e4-90d0-8505169e4b38
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.006,9c901a02-123f-4449-a7c0-9f8076baad89
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.006,f534398f-cafc-41ee-97af-a9842ede909c
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,c6f0bece-025c-4554-96ed-4a5b89b6d978
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.006,612c7574-fc37-436b-a0a2-298dd2164ac6
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.006,1258ca0b-9725-43ac-a33a-52136eb1fa4d
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,d9d0bf1c-4816-4c66-aaa7-b71f227fb735
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.006,120f3d70-f0b0-4dbf-b10d-3703db9b9731
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,c9eb2d06-1a4c-413e-ac8d-e6d6bdc3335a
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,8b283673-508f-448c-9d39-1457d5ed952f
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.006,f469d339-1f68-437d-9ea6-195058ba5f26
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,1d7fc14f-7d73-45af-8508-59be1ce28110
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,c757726d-a30b-4b01-9d5d-f8c3f24f5900
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.006,08232254-3ed4-492f-bcd8-63882773b11e
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,24836587-d555-4414-874a-5ddf3fcf5840
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,4c540562-0735-4994-b7d2-e00d4b64637f
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.006,9312118f-1241-443f-ae29-7dcb8cfdb899
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,6b895f7f-0778-4805-a5b2-c8de6fb022e6
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,6522a91a-bcbc-4672-927b-342f3f9372be
+US-ID,Idaho,2021,technical source: EPA eGrid,CH4,2.9258884845861018e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.006,153a26d5-5534-41d5-b3b1-b11c97083b35
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,ef7607bc-850a-44ed-ba45-1d7da5c48d95
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,0986ad85-f820-4a53-85ed-c91c18bdb23e
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.006,9b5fa20a-0465-4f8c-8a83-86180870503d
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,ea50ca26-461d-49e9-8d1a-88b0578f9846
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,883fca11-7932-41b5-8a77-c515e66dc189
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.006,4c2d8336-579a-4d8d-9aee-196d0af0f6c1
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,3f05f928-4c7e-48d5-a889-09680235da3e
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,286d8340-b4a0-45df-9048-8d7a3cb888e1
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.006,50c5a765-04a9-4a5c-bfd3-730fd6d4fd84
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,988a32f7-bcc3-4d87-ab00-ab53ccb4c57e
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,07ebbf72-9d8f-46db-adb7-917e3faec30d
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.006,a5d61568-6da9-4d04-aef8-323f91e8bb56
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.006,b8123622-061e-4a66-a1e3-4f8a92bdb124
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,6ebc57a9-a9e0-47ca-b291-97fcb2abf671
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.006,4c7a482d-cfa6-46dc-aa21-8efa8db14f7e
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.006,542d240c-93de-4a23-a18d-7dcb710c0164
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,face7d6e-ad6b-4db8-8f7c-ed9f4b7b11a9
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.006,096a3bf0-e07e-4209-a755-88cf70b09a84
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.006,ef7be4c0-44b5-4b8b-bc8b-3666fe821bfd
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,39635eea-97c8-424e-8a5d-c1bedb9854ef
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.006,8d48355c-8589-41b4-891a-3f0544768e52
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.006,aa25bbd4-916f-4ee0-bb1a-a3323e791005
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,ec173578-6fda-4fb3-af50-cb2f469709ef
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.006,db2ce488-4a1c-47aa-88ec-34bf89b6d28d
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.006,a4750ad6-b256-4c7d-91be-a91ede21cb53
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,c36a3474-9398-43f8-a8ee-7a8e29c458d2
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.006,056f0443-eb02-4542-97a1-ccfb20ef072e
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.006,30207907-1459-449d-bd6f-3b3645ffbd91
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.006,29f61de8-1948-49b6-b4ec-15b84b13dbed
+US-ID,Idaho,2021,technical source: EPA eGrid,N2O,1.0646089968335268e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.006,bbde5ada-72e3-42a6-aaed-c65440ef9811
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,342e5508-0f0a-49ca-a8d2-809a3d5efa43
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,698f7c71-db2a-4d1f-ba44-e3246911529a
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,148554dc-bd94-4735-a090-6ea5b6667b1b
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a305d0fd-4027-470a-9203-a73c3674dbc1
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,50988245-4422-4e14-83d0-836a6a1d3537
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,ededadee-1c9c-4c32-8ada-7868406c32cc
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,5b3c4232-5c45-4a37-83f3-287c598d9da4
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,83ba0f12-f75a-467c-bf57-c141661aa87d
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,fc117acb-b685-4cf9-8e77-f759308034ff
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,471ec1f4-41e2-45b5-9fc9-37a36bfb5cb4
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,53a7564a-d072-4722-9733-f8f787e308e7
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,b0312f58-46a9-4205-b834-8aeabb2812e2
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,70e84bc8-67a3-4a8f-987b-f987469c76ad
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,b823e8f1-d471-4905-b8e1-f44a08c870c2
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,9962a9d5-11e7-44ef-814b-51e47df1877b
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,020e269a-5ffe-4efa-8fc5-92098f42dda7
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,9a0a843b-c17c-46eb-a283-7ba1b9f91180
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,82a9f150-f2bc-4e7c-89b9-78714ee4c864
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,c7a08f9b-a53f-4b61-9f3a-9993a77e3cad
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4ccd6d30-1ad8-4586-bb75-527e2e9c28de
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,4dc0ad9f-faa0-4b30-85e1-1a7776a78287
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,807d584c-52bf-45d2-96e5-0dd7e32d4b6b
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ded7454e-41c1-42fd-9e40-a35ccfa0fa03
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,f6e999a4-b2e3-4e1a-96f4-bd566ea42cc1
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,76d404bd-ed2e-4e67-8aac-fa2b895d9ee5
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d672559f-c9c1-4f9a-8432-a84b323c8ec2
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,34b3e8c6-0727-4de2-8495-b8b7b4abd235
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,7c6f846e-faca-4a65-8bb5-d5104d426c64
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4f5335ba-5a8c-4854-acc3-eabbf4ba740b
+US-IL,Illinois,2021,technical source: EPA eGrid,CO2,0.011239513003035538,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,d93a12ce-344d-43e0-b085-41fbbf4ebf1a
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,499fddd2-d8a6-48ac-8939-3356789bb306
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,7076eac1-c93a-4d91-a2c2-e1fd2ec994e6
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,a1579a2a-9db3-42ef-8d55-1564dce8473d
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,5617a0d5-be1e-4677-a9d3-690b41163bf1
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,1f699d22-0706-49d9-8f14-4a2ed594d226
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,25c1ded1-414b-4c35-accb-9e37f7d00a7b
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,efc49832-1205-4056-bc8d-b142fc130140
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,26842b3b-3ce1-4bed-8e6c-a237b45ad2d1
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,73183f24-1381-4473-aa2b-5c4c8d33e900
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,43e2e86f-06a5-47c1-a086-6e4f3496662c
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,cddc3cbf-4075-4e18-8bac-34642b0f3f0c
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,0599a0fc-d022-44f7-8d66-618c08b646aa
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,d2022dc6-5aed-414c-b2ec-d847ce5c3d6e
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,b7b0d786-53d0-4d96-b692-645be31b7aa4
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,97bdfe29-c593-4bc5-927b-0d5b511c0e75
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,0cbed4d0-7ce8-4739-81f5-886b6040c7ba
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ff5a6758-b2fa-4e9a-b365-b9ad5d99790f
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,8bf4dcf9-f2e0-42bc-a2b5-9b426bda1a7f
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,cfaccfef-a081-4c5e-93cd-f611c17a2a8b
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,0a4ac1ea-81ea-45e2-916f-0a2f092441a2
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,1f3efc72-19dc-4566-bf51-5c3baf92d831
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,5df2077d-4348-4043-a2db-9167f3fb25d7
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,45665e17-6990-4acd-918d-6243c9b019ef
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,17e82090-c8d1-4b52-9d37-50f97a06c308
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,6eb2abd4-e227-4509-839c-be685735c83b
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a296b142-920b-461e-b2a1-55ef29b3bef6
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,01ea860a-74c6-46e1-a115-fbfebfd2028a
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,6599c771-e6f1-4748-8373-7d931754cbaf
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,2c48ed22-3e29-481b-a30c-c061ce65c16f
+US-IL,Illinois,2021,technical source: EPA eGrid,CH4,7.07184123513142e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,856cb32c-4603-41c5-bc6d-ba0e153347db
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,918d9c64-0356-4b81-9495-5b295db02388
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d39791b1-6f24-4a1a-9ef3-0ce55c789cf2
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,716f624c-fdf9-4db7-bcca-36c4eefaccf7
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,6c5198a4-4311-4b96-90aa-b4aab7273b7e
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,b616a7d6-b4a0-4889-bb6b-c1bfec1a7fac
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,2c9fbe20-e927-4660-a393-e047f8ef459e
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f9fef839-df7e-48f5-9ce5-aa9c15f553c1
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ee72e35f-0f13-440f-983d-009f2610cef2
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,b275cb06-dc3e-4e78-bae1-7ae9244a9276
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,7f3bae8f-e66d-4e2b-ad31-f4cc379230ac
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,83d10ea6-4c7c-43ff-9331-026d14bd4aa6
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,5d2a49c7-370b-4d51-ab08-ffcbb3ccc5c7
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,cd961b97-50f8-4a68-a342-e9df023f80b8
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,5ef64453-934c-4e0e-ba13-f5a516f893bf
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,6a6e5e33-c10a-476a-9cb3-361834b30ad5
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,606e238f-bf07-4f13-b6b6-a8baaffca7a7
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,8573bb9b-5c3d-4f42-83b2-72fe3085fee9
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,9c32207d-6b89-4165-9043-451b94e6b4cd
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,af263e9c-6cf5-440d-b87e-dacbf0b68f71
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,a7779046-712c-4b70-bde0-dd6667387c3d
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,a1ee7e1e-631d-4549-9ad6-b147c9fe4991
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,7ae59c60-47b5-4d89-a1bd-940b07667121
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,587661c5-3d4a-4b2e-913c-6e0f395913e0
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,4c75c673-bb0d-401d-9cf6-6ccf64eca8c4
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,e56cf6f8-241b-4a14-a2c6-9744c6dc791e
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,41eab9df-42ba-41d0-8ab3-6366377f579f
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,72447109-5257-44b0-bc83-02e5bc2c7440
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a0a549b3-79f1-4a30-87c8-aac07ff4a8cf
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,d7bf5157-b8cd-41fc-89c8-b271bf5675e6
+US-IL,Illinois,2021,technical source: EPA eGrid,N2O,2.5731485812810298e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,45681347-79c0-4304-96b0-72038fc35528
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e9279777-1ae3-4f04-bc99-7d4d1be174a2
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,dcba12f4-546b-4fdd-813e-9c3a042ad783
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,6ba29311-1035-4496-971c-077d1ef6217d
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f05ae39b-daf6-497c-b936-17d9081904f5
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,47101814-4a4c-48c6-8bd9-b9e5e0c48856
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,d86d99e5-e660-4054-9f0b-470b7a98af58
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,8ecd8346-897d-474a-9204-1743d65096e9
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,9a2ddcd1-89c2-4003-b896-fd090e742f35
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,7cbe1b67-12d6-4726-bc52-a0767bb23d4e
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,5726eccc-8c1b-4c05-aeb2-706afa4d739a
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,498a5d8d-dd84-49c8-8845-2fa3bee51018
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,f7342cb9-c533-4379-8ac0-cc3afac178d7
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,b23eba1c-d845-4d16-a6f0-137e9b0e4e03
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,bd8c3cae-c5e3-4195-867f-82600ea246c2
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,6d8aa4ed-f7b7-4fcf-9487-959bc143d475
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f9038a6d-8418-441a-9045-21e6973aab10
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e4a16e67-0c0e-4277-8ace-4a750b3b3862
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,2df1e249-86a2-484f-ab95-855e8c02e29e
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f1cc0f3a-008f-478a-9b2a-c3b3c2f77e9b
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,c5cfe31b-5b78-42a9-a551-fe951c465b88
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,827d55d9-1831-4839-9086-1fbd7bc700d7
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,2dc9ddf4-b381-4e96-9c1b-35bd62295b62
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,66dab1e3-b05c-4944-a0ea-6557372dffd7
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,5d775fb2-c69c-42a7-bcfa-f8e7a70ed291
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,cb29d05f-bdeb-43d3-af51-22ff23bd3353
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,7163ef02-78f0-4e10-9a97-78a3741bdd21
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,fefe9506-88ad-4ac4-bf41-614fda0765e1
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,663cb123-2011-4242-b009-8eef9a3669ff
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,000ecee2-c498-49ae-9259-7c64b2cd7069
+US-IN,Indiana,2021,technical source: EPA eGrid,CO2,0.028092370403055397,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,e7ab1d0d-76f3-4685-a6ef-64bf2c5ec477
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,b0c939cb-0f7c-4ab5-92ab-d718e91350cb
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e655332a-8f69-4f72-a634-e440361cc05e
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,36f0d24c-7c51-453f-8fc9-cb05d618830c
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,7790e5f6-6d0f-4a8b-a6b4-9eaa5c6763ac
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,4c3e4f99-5c0f-4369-a64a-07b76b336d0d
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,62694ea0-4104-42d7-8c1f-6175f627c320
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,6d487fda-2685-4bd9-9521-99efbe2208fe
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,b7fcc59b-7581-4dc0-9f97-5ca1a33316d7
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,e7e4e315-a697-454f-bd16-95dc8d42cd4c
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,abb84466-62fa-4495-9e32-6924b418cc72
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,b2ee6c3c-b989-494a-a9ec-1e53a5a0598d
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,96279d01-76da-4909-be2d-945689a4ac7f
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,5190f48b-3ffc-475f-906d-e4e5e7b275de
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,853d2daa-12ac-4b48-a195-dcda99b470cb
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,fd1f16bb-fbea-4068-a61d-77721554d6e3
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,342c370b-79c6-440e-82ee-5e5971bae4b3
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,f72940b2-928f-4735-b9e8-68d401c503a6
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,7e78e563-d40d-4d61-9aa8-f993a480c252
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,d0450543-99b0-446f-98bf-7ab241a84377
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,07fdd7c0-07e4-44eb-ba53-65f8bcc52194
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,d80919f8-3119-4d38-93c4-f0bc8582b42b
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e81f9c3c-9cbc-4486-9fdc-b3c680bf9047
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e9fbdf28-7ea7-47eb-80e7-bab6e53f07a5
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,b9b76b78-269c-4523-b4a7-d5872bd25675
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f30da2fd-b1e7-47ec-89f0-5ae3ca91917d
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,a89cb7d1-19e2-4619-9a3c-6f9e20ce01e4
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,66bba0f9-ac1a-46d5-9bce-c32559ef17b5
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,d63caaea-2a97-4f3c-9992-a645bc834eb1
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,2132bbb5-6726-466d-a527-c0ecfd5d3ad6
+US-IN,Indiana,2021,technical source: EPA eGrid,CH4,0.00017675568626083512,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,ddc80e65-61c3-4d21-ab95-84e15e5b2f6e
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,5bc9524d-7897-45c4-8945-e5e4f9572539
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,64ef9f46-6354-4ad2-bed5-13eff0847761
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,8bebbb39-50c1-480b-a83b-7c8385bdf9ef
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1d5fa72b-1303-4a3b-9a8e-26faf82a86be
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,8e27ccbe-95ec-44e2-96c2-cc78488af58f
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,b5c08aba-6fd8-4ce8-a950-9b48b4776dc8
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,000aae4c-9df3-42b8-b183-0b2e8e9ff1ff
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,761a5020-6099-4040-b109-df0825783f76
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,f696fe02-1343-401a-a960-e50c12b0c926
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,4592afd6-461c-4343-ab31-f7c38efb78eb
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,da870366-a527-4c3c-a5f2-0656accabc82
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,fb20f17c-e2e6-4c75-95ee-07935b9a53fa
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,09f23ced-58a8-4539-9279-f69140996cd8
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,baba33d6-d7cb-4843-a7ce-389b57757218
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,8645095b-7e80-45b2-b5e4-b83211275890
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1ff77f62-7d38-4d97-a350-499264d25825
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,96cef8c8-abec-4102-a803-c7213e265215
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,7f372f20-3468-4cf6-9a3c-c0adb9d5565a
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,6765eebd-e9d9-4b89-9e36-80c1e6b89099
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,b01aefde-375f-4abe-a8d5-b06391ec90af
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,9d648b57-f54d-433a-8fba-5d252eb2312e
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,f607ca90-f82d-4e9b-9210-98a660afbdfc
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,806a4bd4-67e2-47be-834b-bea4edc941fd
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,ced2ffb6-ec79-4093-ba87-abe783d2cea4
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,bd08cb2d-469a-4af3-b44f-17c2b12be4c9
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,8c79bf20-54bd-4146-8167-c0003199ca05
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,8d324d5a-8500-4310-9018-44bae8db5e3c
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,410934e7-4826-4a50-b601-9c5d0a9a4ca3
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,c14ac56c-6155-421e-9e3f-c668ce05a52a
+US-IN,Indiana,2021,technical source: EPA eGrid,N2O,6.431403480552975e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,2a0059a5-2e76-46ab-add0-a08ec9f1ae3e
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,868bf34c-fff8-4b68-a701-639eefe0f0bf
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,12956043-2bc7-46a6-a002-a756eba839ac
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,371c582b-a567-405f-9575-491eb60bd7b9
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a8e559f0-9557-446e-a5ba-f9f4d0ee0622
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,24f26a4d-3d03-48da-ae2f-fcd906b13fa4
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,5f60bd75-2b5e-4732-b6df-cae4ac326bf8
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,09e3e837-937f-4584-bcad-c04bdfa2bdcc
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6b918d31-5a58-487f-9b44-969f6eb9df29
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,fb860a09-d071-486b-94f3-93822b9b0663
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f889beac-9b37-488a-964d-b5cbe94126d1
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3f4a532a-bc00-47d0-a03e-12a977fa703d
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,32afaf1d-e170-4779-a013-3c2c88c1f707
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ee3b167a-5819-486e-a581-fcb4309a8db4
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4035da10-8488-4cde-aa5d-f36238cf494b
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,e2693e43-0d1b-4583-81a9-3481b5cb8de1
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9da3e2ea-6c63-43c1-9eca-a685742d6321
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4420a7c0-34b6-49bf-9f62-b9c1efe44a12
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,a8b78179-1906-48bf-8acd-0672da5d3bb9
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c862b543-d44a-4b43-ac18-93dd70a7d766
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bd85a730-d8ce-4399-a205-64f249ce148a
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,f0644ddc-9a2a-4ffc-b958-fa8bde312a80
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9a08a021-5d8f-4f62-b266-4684356dac4f
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9135f0ce-f945-4b29-b291-119e24343aef
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,93915d5f-ad72-4c09-9a59-a5477edd5a56
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,93b75859-d746-40ff-ab82-70c6693c539f
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ed072f13-b13c-4743-8667-f8f1951f6ed8
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,48af38da-815f-4c97-9e19-3f1f91d3970e
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,17a9cee2-a3a8-4415-a5a0-4bc8ffae70f6
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e1b31b21-ab87-4abb-9cac-0d38050b9e08
+US-KS,Kansas,2021,technical source: EPA eGrid,CO2,0.014442453261695085,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,7df734b2-0bc0-444f-99fa-7f763f927afa
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bb18e2ef-6daa-4f2a-9aaa-fe911e9ca430
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,db593d3c-9d38-4803-b7c3-3d6e30d9189d
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,cc4b9af7-510e-49f8-8fba-f851318e3062
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5507e792-61a1-4ced-831b-d231e0662579
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1adc6fb6-149d-42d0-9f99-58080ec5a42a
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,4a8dbfcd-2d5d-4c0b-8c6c-cbfa66634106
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d0724a13-852f-423a-b130-de22c8f7a47d
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,8d4f6dab-d0e1-4655-a9f1-bb20088201af
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,48e7e85c-f3c7-4cc7-b7bd-d54e98eb80e0
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9a0f9eda-1fc6-44b8-a6f9-96cdf82b410c
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,13ebacb1-eb47-4640-a5ab-564b61474282
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,7c05d84e-836c-461b-93b1-d8aab760a94b
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d55356f3-5266-4bec-bf7d-a2132129ce9e
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,905b488b-ba25-4f53-8b95-923987beaecf
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,e5640b83-a2c6-4a18-b288-9c354b405a9a
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c21fb69e-86d7-4b78-bbf3-08db6bac3267
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1d630440-e2bc-48de-8e61-04819d653e1f
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,5cda8a73-89dd-4536-ba24-e4693381a5a6
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b6853c6e-403a-4fe6-831e-3afc2658a4f3
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a42f18e7-17f8-4e47-a34b-f6ba01e823dc
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,fbfba451-6b4d-4c85-b54c-fd4a1a537648
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d14cee1d-5d1f-4eab-ba72-8c69b67ed54c
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c93563bd-c503-41dd-b1b0-1d63d06ae9ca
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,56645732-5520-41ef-ab28-41d031f1bc85
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,dfedcf69-8198-4e60-845a-aad7dfbbf159
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,207a0562-bb3f-43fc-8100-c01ff32d64ea
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,bef7e086-f576-4c0a-a08b-1253836fbc58
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,68ec2f6f-cb62-4053-a69e-8f4a436348fd
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,daaf1ce6-4a0a-4988-8640-efb08c196c39
+US-KS,Kansas,2021,technical source: EPA eGrid,CH4,9.087114048885329e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,62ba06a3-c7c8-4260-b98e-858ad97fc62c
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1194874d-6e01-4758-bb8e-ead1d65ee7b7
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,cf6e2e4a-2d84-4582-bf9b-c543f809dc7c
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,21a3401c-e7f3-44d4-87d4-dd4209a2cfd0
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,89433247-c942-491b-8e39-1cbac027f670
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f9debd9e-7075-40dd-bd4d-f79d8fd0fb7b
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,9b7a42bb-4c2f-43ad-89ae-45a6b6dad91f
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,30770ada-9f62-4900-9c76-45cde9d6ce91
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0602f7d7-de7c-4843-9ff6-c38e241e50db
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,eaf22497-8167-4e1a-a71e-c26f837edc63
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9dd401fe-228d-4bd1-93e0-d530e3a58cf7
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,034d5076-dc83-4dd5-9336-5c122e509e61
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,6e304958-5797-4c0a-be97-e1cf679c8528
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5d7b8da8-2757-4424-87d8-86e5d22f0994
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,67ebb8cc-60d7-4219-b093-454fbb988069
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,941cfdc5-9860-4f68-9506-dbff450612b1
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7a96cfcc-5d52-4dcd-a5ad-907b1ca2f390
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2d108cbb-8f2c-40e4-91b9-b399dace4dd0
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,7a40bbe4-e0f3-4c43-88b9-ba4bf8e54068
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,dcb57efa-14db-4c1c-bf49-c6d958fbb48b
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,94ddbb84-73da-40d3-aaa2-43af29f45e31
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,7e7e24a0-a700-4b35-8f79-451a7c518d51
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0e39fc47-9810-4caf-b047-5eb192524cc0
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4e8870de-5a81-4ddc-949e-63912f7c221d
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,d806d78f-0def-4519-9962-4ae2800256cd
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5a9ea3e1-5f57-4539-8d77-fc36610e9156
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,16b2f621-f77b-4aee-8a7e-e53e0e8b7758
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,7837b127-2307-4d64-9cdf-83d2ac0e1ac5
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7172f4f9-b9b5-4887-ae17-1b7e63434d76
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ee60fbf9-c314-4f0c-bc62-063cf1aaa64b
+US-KS,Kansas,2021,technical source: EPA eGrid,N2O,3.3064224500217685e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,8c87ce9f-bd03-4b12-9360-10e39ccc3669
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,debe8cae-3c86-49f8-bffe-f56efa7eed74
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,36f0a492-790e-4f26-9d43-5cf8f2960881
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.1.3,modeled_data,kg/kWh,CO2e_value:0.037,c7ad09db-3a7c-4aed-8cd7-b497abb34882
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,f01d702c-be77-4cc4-a6db-6b2d1a3534d5
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,a276b1f7-3b45-4a50-b887-88084f2ce727
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.2.3,modeled_data,kg/kWh,CO2e_value:0.037,3ec61179-6fdb-4a20-9c8f-d38064592e35
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,adc89644-d5d0-4ed8-bd02-803c93f7e39e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,7ba334f7-21ae-48bf-9c7e-48930f35b603
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.3.3,modeled_data,kg/kWh,CO2e_value:0.037,6e30bf0b-a2e4-4947-9189-2a3e0f0a363f
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,149761a5-c972-4c3b-acc6-f1e9f5c95fb4
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,435e7ac0-34a3-4a7e-9ac2-45dfd9bc45a8
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.4.3,modeled_data,kg/kWh,CO2e_value:0.037,507072ab-2b9b-4ae8-a186-c34aeb5317fa
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.037,0422a383-6b9b-4ebb-8d89-34931ebf3352
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,ff9fe4af-06ae-4f81-b4d3-305c67ae3f19
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.5.3,modeled_data,kg/kWh,CO2e_value:0.037,8a69a245-c8b4-4e57-9774-c4698bbe744a
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.037,d7013754-e973-4cd7-811a-0c324ead16c4
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,a679ce80-d436-402b-b02c-e4263d2a2e7f
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,I.6.3,modeled_data,kg/kWh,CO2e_value:0.037,aee62cba-af7a-4d35-b34a-085205c2848e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,2746039b-3ad5-4d4c-aa74-c2682c01740a
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,881696a7-2d17-40ce-9498-a7c3c127eed9
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.1.3,modeled_data,kg/kWh,CO2e_value:0.037,5b6e6c0b-1b5c-4d82-81ac-0a4c208e2c4a
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,a23571ce-376e-4d00-9a33-653ced50722d
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,1ece6740-d167-4ed0-bf3a-2bff0495dbad
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.2.3,modeled_data,kg/kWh,CO2e_value:0.037,2a2dcb29-95d4-4a70-a385-584ed5f90cd3
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,d458f43b-8b1d-4ef3-af65-05daf1e9ecd0
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,0ad11deb-593c-4add-8003-d84adff23d6a
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.3.3,modeled_data,kg/kWh,CO2e_value:0.037,50a9063e-f8c0-4b40-a419-c7abf64dfd1c
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,996463d2-95f0-4cc0-8c47-765d075c9bbd
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,cbf1d144-e1f1-478f-a482-162bd22b1aa8
+US-KY,Kentucky,2021,technical source: EPA eGrid,CO2,0.029748061288320044,II.4.3,modeled_data,kg/kWh,CO2e_value:0.037,5663564d-706a-46ed-b6be-67c5dc4c0e73
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,f358b572-8f3d-440e-a72e-720ad2be1214
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,f0dc39f9-d1c7-44e3-ba2c-aa3baa5d8a91
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.1.3,modeled_data,kg/kWh,CO2e_value:0.037,5d2b1726-4fd0-4efa-8b6b-cd1cf9845ec7
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,47075fd4-b152-4c61-acb5-6379ca98f56f
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,52729d15-a51f-4aac-997c-ff5133698872
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.2.3,modeled_data,kg/kWh,CO2e_value:0.037,e6855909-c1de-425e-8f1a-ab6dae60db7b
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,949f103b-d9d2-4a29-8ec3-783b58c88c29
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,214858dd-ab87-443a-b078-b6285d12c536
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.3.3,modeled_data,kg/kWh,CO2e_value:0.037,f7ad71ae-460f-4f76-9b16-48be053b7d22
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,364c998a-fbee-4c7a-80a7-932cf4945b13
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,be174c16-181f-4d6a-a882-11c97de7a7bf
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.4.3,modeled_data,kg/kWh,CO2e_value:0.037,055108c0-6fa4-404e-a656-1ba3ac1c157e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.037,ede58647-46ef-433c-a122-293332a57f9e
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,d1ff4c6b-33fe-4453-968c-3676f84500c3
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.5.3,modeled_data,kg/kWh,CO2e_value:0.037,4e9ebcb1-a2d2-45d3-b89a-f8bc193e9480
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.037,5b056555-e5aa-4364-9c53-5315f2ba72e2
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,6401eccb-8e7f-460f-bc6b-e18c429906b4
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,I.6.3,modeled_data,kg/kWh,CO2e_value:0.037,f671d637-a2e1-495d-96ea-e429093e4dff
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,4f600df1-436e-441a-aeaf-b100f81a8461
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,3bb81746-01c4-44f8-98c2-ffd42166d312
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.1.3,modeled_data,kg/kWh,CO2e_value:0.037,f5ebf0a7-a0c1-4812-8d7e-b9fd53e85a25
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,303f333b-8c9a-4fef-b0c7-fbf12c117805
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,83385196-0aac-4612-97b3-636065dd6006
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.2.3,modeled_data,kg/kWh,CO2e_value:0.037,7f607325-d70d-4bdf-9c2a-0b5962b9efda
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,fe49cad9-596e-4905-9c8b-69be01a51234
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,d4671982-a576-4999-b63b-61b3d667fc16
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.3.3,modeled_data,kg/kWh,CO2e_value:0.037,7be44a39-9f56-4dec-b430-7363aad0f463
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,18018ea3-e286-4921-ab3b-4d16e70b588b
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,29e40b3f-fab9-46ae-9f1c-500149099b51
+US-KY,Kentucky,2021,technical source: EPA eGrid,CH4,0.00018717320441476534,II.4.3,modeled_data,kg/kWh,CO2e_value:0.037,3fe50c69-6136-46fc-b253-6c607475299c
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,3517f711-4567-43cc-a49d-0a945052c7a7
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,a57b79b1-b02d-46fe-a7b4-c2511c906d61
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.037,c539f06f-1d17-4e4f-bb4f-4a2d613114f8
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,3c777946-9165-427d-ae4d-b053f90f1491
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,f498d67a-4c64-4b50-a8d1-524c90b0ca93
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.037,15cda69f-b1a6-4d75-9328-062ffba0f480
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,8221036c-6684-489f-bcd3-be98fd8eb85d
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,acb8d7dd-73ea-4857-9118-15b293b380e1
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.037,a85c23a6-5f40-47d8-89eb-8777f3e99c79
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,946349a7-98f7-485b-91ec-4c7b2207a6f4
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,6b9d8471-496a-44ea-9b6c-32f5f630a7cd
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.037,58488a26-ebd2-463d-bbb0-7524a5ff7fa2
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.037,8c2fe1bd-6984-495b-9a18-dc603be17075
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,bd3bf8fb-2fbc-425b-b538-f75c5578419d
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.037,9b83d7ea-b90a-4e7c-b29a-2cff5ce6dd66
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.037,0d28bbfb-32cc-4277-a38d-3df90de9c2ea
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,4683b292-b18a-4ff5-a421-32eb5a7c90a9
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.037,bf5697ac-4373-431e-b478-15d076258dba
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.037,8cf9d343-e297-4a1c-b1cf-06d5f8691f09
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,bd4f173e-e9fb-4ac3-af34-32bada03830b
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.037,ae3a99f8-ecaa-48ed-9de0-0a5fd639ef94
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.037,a2ef9751-44de-4712-a392-94fcb0fd0767
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,6e201410-054e-4021-b014-0b17e1937e2b
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.037,02e40eb4-dcc2-40c7-bdac-e0e4d4c8bcf6
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.037,46fff5e8-c6a1-434e-90dc-5baab29ad40e
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,afc0085f-9b0d-4513-bb76-137badce8e81
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.037,cbba5496-67f7-46c3-ba17-b0008390f0e9
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.037,77a009d6-ae14-49b0-ab40-f951e10dae85
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.037,054d4e0c-7b16-418a-bfe6-b49e19b58d89
+US-KY,Kentucky,2021,technical source: EPA eGrid,N2O,6.8104535916483615e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.037,9620b2a9-040a-443a-b7c4-e6159cd48812
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e28e894d-047b-4c51-98af-a0403c308e82
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,abfa8a69-2d35-4c6d-b205-76a5bff54247
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,1698dd73-eee3-4761-a36c-b1db86affc45
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8deabb64-d3ee-412a-b4e6-8f92c2ac8f39
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,27270aaa-8e9f-4687-aab0-68dad87095e3
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,869f539a-e8bd-424d-b81d-0b2495791fa1
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5874f907-3fe2-45b5-9f83-d7415914d59d
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bc412f29-815e-4bf8-b090-41af72969a83
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,3e142a02-46ff-4599-865a-556591c3eb10
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6bfc6669-42b2-403b-ba0e-ff060672fc5c
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0077ce54-cc04-4a9c-9ae5-702e7723d86a
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,73f65cd8-7024-4961-b8c6-d8b104b69387
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,73314ad9-4368-48c0-a226-0a3611b210da
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,009fa87a-c79f-4a19-b73e-b8290529af3b
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,c74ba0ff-2c36-419d-b478-0429f5b1dda6
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8d3b41ac-41d9-4633-b235-c1a8ba3ae215
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f083e13f-9a28-4e8e-aed9-6d379f9521d1
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,ce1f43a5-0d1f-49b4-ba57-bdd7074a999a
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3c37aca5-def0-45d2-b191-d71e58fd9b50
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,cb43f101-53aa-46bc-9f7d-5242b0f36297
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,6b403dcb-0dae-427b-ac49-c153972b5412
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,22961c09-a56d-4e15-978e-6e9bdfabc3a5
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,28e48484-93cd-48ad-b1b3-f599421f9b76
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,bb83b512-12ad-4ac0-b2b8-7d7763281bd5
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a584d821-7d2a-4ece-ac19-dd72896a7c5f
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,acf992d1-b3dd-490e-9d6b-7ec68c0b93f0
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,59b3ad76-c4db-4631-a372-658feed9370e
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f1b49989-94c2-43c3-864b-0ef103be8a2f
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,845a3cd7-5052-454a-9119-dbbd6eaa7c18
+US-LA,Louisiana,2021,technical source: EPA eGrid,CO2,0.014170545831585838,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,d40ff14a-82e4-4d44-b1d6-9eec021ae83c
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3f246526-3350-470f-a855-bffbe1ea8e1a
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3ad50a5c-5a22-466a-af35-39dd89abdab4
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,e72beeef-11c7-4989-a0d8-4c4164f392a1
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a7f047ae-7fc5-46f6-ae72-f66e3b15f55f
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5eb273d6-467c-490a-86ba-854fd90a68a6
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,b00f362f-d992-4193-96d8-b8f75231597c
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1d4971ac-fe81-4a8b-a3d9-3cfc35df03ee
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c1a06c69-ea84-4ebf-a545-6d19d5ad101e
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,b9c15ac8-eb99-4aa1-a2a9-1af7220d20d0
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,00c33974-dc53-4869-9750-d6c2829ccd92
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,268464a3-97cb-4eba-b313-6e59c442f3ac
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,ac8ba9c0-d6bf-4fd7-b67b-993ab2fc6640
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,63d4c72d-2265-47c2-9d64-bfb898121e76
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d08a2206-ebf8-426e-912c-807b883e5f15
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,45deefeb-a06a-42ff-b995-7f0f8a7d0785
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ddb94016-f0e4-4a88-9c95-68a5a937200f
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c62b617e-554f-4965-aea2-be66d1cfd1e2
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,f235ec9a-6f90-40b1-9c0d-84ba63ce2f28
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,dc8bf2a3-7f12-459c-adeb-0fe7320abfd3
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b1600d2d-5daf-40a1-a68e-64c7789ffd40
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,0dd078c9-40a8-42c6-a7dc-6eb8dae083e8
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,18f433f7-f983-4f8a-a88e-31c9f4b32770
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c17bbe72-8005-4d91-8a5d-bc59cfef8866
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,396291cd-b828-4281-8253-7055bd7874a9
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bdc14afb-4912-4218-808b-7e020a11a809
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,38cd5976-8b65-4e1f-add7-7e211b74d8f9
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,f6869d05-ee5f-49a0-858f-706140514192
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f0aee0b9-7b1f-45c4-b296-1136d92c1170
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0517f68d-ffab-43c3-94ed-37ece730a07a
+US-LA,Louisiana,2021,technical source: EPA eGrid,CH4,8.916031353766257e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,929cbaff-e8cd-46e8-9753-47f5c9ac44ff
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e44ec958-c544-426c-badc-b3106128f8dd
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0c1085d1-c7e7-4a1c-b939-51bfec80978f
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,585c169c-2ff1-439d-8897-79d527641a81
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,89f9c108-7b5e-4cdf-83df-b406966c5187
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1b7640d9-4551-491d-a941-8b127b2206d1
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,ff02267c-d598-4bbe-90ba-1ea1f6be7781
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,03e1d648-6811-4b52-825d-472c5d6f97d6
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,82be1ab2-6564-4a07-a58d-544538797014
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,98acbfb1-66b1-4cd8-92f9-7226577d700e
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5a212ec6-9e7d-4f5f-a6c7-44475e2855f1
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,39c51dea-2c46-4779-bdb2-83db9b52bd2f
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,582941e0-ad0d-4043-a936-0db6dfeff45d
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d4c14d2a-a2b8-4957-bdb5-08b7548c1ff1
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7562c2ae-478d-4c33-a5d5-d152edd2fe7a
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,f0703190-6546-4af0-b018-fb8a2a03d6a5
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3d5429dd-c54b-45f3-8f35-ba196ee344e7
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d84198df-9cb4-417e-bb26-0ab4d7d5301f
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,80515365-a192-44ad-8bb2-d27ba568e64e
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1cab766b-b94f-4b7a-a18a-f50b25668599
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2146295c-9406-4351-b3d7-ea77db583997
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,f8f24e07-4965-494d-832e-6954080f6e00
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,029418c4-62a6-48ea-b6e4-2af1bb8c0ee4
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,45e522be-ec27-41a0-aa3f-1465945601df
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,557bb5d2-fb18-469d-bc01-06fbb06f6308
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4ebfbf55-ffdd-4fb6-953b-e348296e7402
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ec5a2c91-631e-429e-8bac-5bf96954a59c
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,41db2ba3-5581-4d08-81e2-c826d753839e
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c8e307a2-d47c-4391-9094-861ab37f91a0
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e42c6700-9cd9-4a2f-b93b-13a8eea3daa9
+US-LA,Louisiana,2021,technical source: EPA eGrid,N2O,3.2441725804912633e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,14a13e67-ede2-4145-9989-3811f163f9b8
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8f9b8880-28fd-4dbb-8edb-f4e25705babb
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,85d1584a-1d1a-4c1a-a2ac-22f7aad6a7b8
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,ed1b606a-1a5e-40b1-bd59-eb507e50b98a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,cfe55c54-1b14-4777-a6f1-b000dffc051a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3e296369-1954-4788-ab0a-25e519d61d78
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,3127fee1-d2da-41ed-8a53-f268d6b3cf0d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3492cb52-e6e3-4867-a0ed-94e6f4ea5ec5
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,fbc8b897-349b-4343-b2fc-eb3ee586f8ed
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,964e2e45-cf9f-4833-9124-c936989af9a8
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9092b36a-16d8-4824-a451-c31527b6c56f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b782bd02-9931-44ec-9faf-8e4e1ae9878d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,6dbaada8-4623-4209-9a35-2d3c764dcd25
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,65ba8946-3d7b-47a8-ae15-c313030e9a46
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,495f57f3-fd61-4362-add5-51a7c1f9cd2b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,1115898f-13e0-438d-b89f-7a016a48bad6
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fa20e545-d599-4eab-bff2-21ed569644b3
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,49f08450-c597-4519-b233-bfb05efae227
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,2c3b1040-52d8-4b88-a1be-9bd9f7adb376
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c92cf776-5169-428f-b39a-78c6095c9889
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ed2e381b-e31b-4fe0-b2ee-89347a3efceb
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,93406d32-8855-4ac2-ac2d-4dba4945c014
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,787c4fb2-43f1-4cf4-8d9b-caf40022f468
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,226812c4-a995-4705-bbf6-5cf3b6ba7778
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,a6d26a7c-73e4-4148-a199-3eaae6b1a1ee
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a6fe7825-3d9b-41e9-b3af-608162943dea
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,382f4a30-eef9-48a2-99c6-5d153998d40a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,b7b7c1f3-54f6-48cb-9652-0c9721a1ead1
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,44f7a823-ee49-4c0a-a334-489d373f2388
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e60d8c61-be90-45dd-9a95-0b5c01d6388b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CO2,0.014697945704198696,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,a03c3534-b7db-4643-b7e7-72dfa154494c
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a1c2956e-d7b5-4cfe-a806-a226c93504f2
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3a813e25-7ea3-4b21-9a53-6fbf28db002a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,a7fdbcdf-ddd8-44aa-bf12-050956e119c0
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3983d023-a23c-47e7-8845-bece2ef356a2
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5cf03da4-d19a-4a11-abad-90fc79fdcc73
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,7a4aacb9-246a-4548-aa03-d9a5537dcf3d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,40198f9f-ae82-4e8d-97c4-e47261ed9094
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,fa40566c-8e16-44e0-82f8-c9a54f6787b0
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,f8f59506-b002-4673-a2e3-3af4cc7c931b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,57427f08-ca36-457a-8f9c-3d45121663f6
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,37767985-058e-4b72-960a-c97f33ab74f1
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,f2c96df2-1e8f-42d9-9518-6b6969ade5d5
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6d2a38af-f0e2-470b-8a54-bb2bbcc50733
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e843f0cc-f5d4-444a-947f-c5139b00ba0e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,34d26b8e-f259-477f-bd95-56e178fe5d6e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6b7268fd-8e6d-4945-addf-88ed4166c130
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3ed208d0-82d7-4b73-b427-bc01b0bf2473
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,384f9012-81f1-435d-a61e-ccb7f0dc184c
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,980ded21-b9d9-4f85-b428-c854b8ab6d91
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6f64d16c-bfed-4aa6-93de-af849d42857a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,5f9eed76-2342-4059-be68-825e5a47de4f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,69903e7f-afba-4245-9817-6d6faeb123a7
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,95a2a2b2-e3f7-4263-952e-d319d2416dfa
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,b31f65f1-b351-4234-9ec8-e6bb213a38be
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,786a651e-0fba-430a-bfb3-5c7e361fd622
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b69ed483-1387-4ad5-993e-e301a2f67c20
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,3a7d6049-8751-4e20-a176-a24338b5a244
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bd49e5f1-c3a9-49b0-992b-239c252b615b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,45b857db-84ff-4bcd-96c6-879d11ea592f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,CH4,9.247868521937098e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,c83b54bf-83ed-48d8-b255-31c1324b3bda
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,68ed2f4f-a97f-4219-82ba-b4a6dda8d458
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3ec5691f-f837-4fb0-9171-ed20c2d5a588
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,67a255bd-c76e-4c4f-8ad6-c5f1374cc664
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,174f78ad-cc0f-42ea-9e53-5f58b5ca7d66
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,52142011-6ebe-4aec-bcf3-073e6b631c63
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,72602414-03f1-4db3-a61e-7ccfec5a27d2
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c6eabf99-a99b-4916-8291-0718f069c0a7
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,1ad94177-902d-442b-aea3-ca988a21c276
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,5c0eb6cf-d376-4e78-b1fc-05d2f7a11ad9
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b21308a7-35a0-44cf-93af-0ffc80315446
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a09308df-8f83-4a7c-87b6-474764d87f5f
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,ea87ab12-3448-41cf-9143-7adddd56546b
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,2050b71e-796c-469b-be5c-0d75deabc1ab
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,94f61410-46cc-4bc3-b4c3-855b52960cd5
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,077840a9-ca58-4adb-9ed9-66528cf0637a
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5df0aa00-982a-4db5-b0c5-b76f430c7d61
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,65517f8d-5e28-46f7-9699-ee47fa76f8d0
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,20990ed4-2932-4afc-847f-7b7c63ce0502
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7718ac68-2b7e-4071-bc23-0b8d266de496
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,23b68503-6790-42d4-bb8d-53fce9278e7d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,45c083fb-76ce-4fad-ad71-7fa57e659547
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b35778a3-9e14-4aa7-9d5e-f3babe96d41d
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3aa6b034-f089-4356-9279-47c9000d152e
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,dcad7352-cb68-4e55-b228-3d8cac0e6668
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0b5595be-1ae3-433b-a2e7-2adfdd150b61
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,73f26440-43a7-45ea-8bb8-8c3cbf8130de
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,4d963b74-aec0-41c6-8098-4f1bb6765a92
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8dcd659e-1ea7-4ca8-95ed-1b0626c82d60
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bcbf9251-2bf4-4066-a002-6726f18a39ba
+US-MA,Massachusetts,2021,technical source: EPA eGrid,N2O,3.3649143095692988e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,15528341-c1e2-4421-93f4-c0d4a37a56bf
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,51bbf7d2-5c71-41ff-8697-4246ec7c59fa
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,98b882d9-ecc7-449e-96c7-b833c728af5a
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,7ea8e225-04e2-4f57-a0ee-c62ac4e35d3d
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,6c410569-f14d-4d71-96b0-8a7157a4de52
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c7b7c934-d1cf-422f-b17d-c35c50bdbb40
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,8ed4d2bf-72cd-40a5-9257-5d58841bab0f
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,35b1bc98-b534-4e6b-a3e0-86227fef822e
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7d5b6066-daab-4d8f-86d8-ae1f049c60d2
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,4c09a24d-0d62-4583-9b7d-d4104339611a
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,782694b5-3d8c-4f2f-8fe4-60c098347883
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7cc08699-12c6-40d0-80d5-0000e5a2bb54
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,5e2745ec-d5c1-4295-aa7d-7f4d715c9e7a
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,03e33217-30bb-48f0-b4fa-d8fcf5ecf92d
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,258c8df1-8d00-4a64-a7e0-adb1d80ac067
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,43c24891-ff8b-47bf-9ecb-383960c89c25
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,eeeed5cf-abe7-4c79-8de8-2d3ec76a05c6
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,5846e670-fee3-4645-8c8a-6bdb67e22e85
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,dbe1eb03-6b9c-4cce-a73c-153381c466e7
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,1317f2eb-9feb-4d44-a579-6ed196a72af3
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,a2df1b03-3b66-4b11-a3a2-4f77d294acef
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,10d99f7b-f4e8-4b0b-badf-8c65585a0f2a
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,0d1a341a-a3aa-4452-8673-23295ddba324
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,51212245-a7b9-40f9-bff7-ba5283212ba8
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,a40db9b3-ec95-4d71-8196-077bf37c335d
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,e2d338db-b19c-4444-8a11-47bbbcec68aa
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9180c8c9-ed1d-4008-be5f-13498f8d0b34
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,11e1aa2d-74e4-4b16-920f-599fcff25ccf
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,0ead0e18-c6ef-4eaa-9cd1-b24e650fe83e
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,94879ead-cadb-4a0e-8403-0a752f9bd934
+US-MD,Maryland,2021,technical source: EPA eGrid,CO2,0.01200352808240552,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,125655ce-9e9c-4178-bda7-69312bd080d9
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,a2ea4813-4e40-49a2-a90b-e685dd1b05d3
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7a1bcb01-237b-46a8-99c0-a5993d1a3da7
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,cc3465a4-682d-4e9c-a903-63d43b09bb8b
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,8ae6e31c-fc7b-4bf4-a6f6-df8c7bab8e16
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,26cde581-844d-487f-bb5a-c0a2152f9d99
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,38f80fff-a0f1-4795-ac76-8b15bcd59fc8
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,b244c026-00dc-4cf1-a53f-c436868235a4
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,8877c9c6-bc9e-49f6-88db-bf184083707b
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,a1173403-3a5e-4ae8-883d-bfeb19ae911e
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,2b993ada-7c46-4969-aaf4-4e3080a011bb
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,dceb8ea2-664b-4ff4-90f1-47614494e426
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,d1ad4d86-ca46-4238-b28a-2f833cf88714
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,6a18634e-0e0c-49a7-9677-eb097908af48
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c7db1fe6-ab99-4471-ba78-f6854893fb9f
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,28aa2f93-1b91-485b-b267-b393782fe324
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,ca48979b-e6d4-40f5-86dd-12302d3031fb
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e05b3a9b-e1a7-4dc3-a419-b402680cd1ce
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,88aee87a-7823-4abf-a6c5-f366ef063805
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,6982f903-9561-49a3-aa74-73032567c790
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e8a4b010-4147-49fe-b769-30467e6f5c56
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,7c342c0f-7e39-4978-acfc-fb69f9b2d0e5
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,fe13dacf-9dc7-435e-9a49-dc481d6a8cd6
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,85f574f8-1f99-49fd-b83e-39ace8295eef
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,8676a666-6bb2-4705-8c04-da1aaf9c1151
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,1daba01b-8d87-4825-a680-9875518214e9
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,b9bfc6cf-d485-4999-b24b-01214a29866d
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,007c8670-a6e7-4b71-917f-b88ce30370af
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,cdfb8f0b-98eb-41f6-9e4d-74d8df7ae2d0
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,42856aa4-a7b4-4070-a5d9-b68498223c7f
+US-MD,Maryland,2021,technical source: EPA eGrid,CH4,7.552555420976626e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,ba023b1e-1f8c-4b2a-a308-8e405617fee0
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c71d910c-d8c8-42b6-9b93-8fa6a8d44f6b
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,86c5b554-ebe4-4d6a-a3fe-77cf1e626ddb
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,ad38c0ad-c99e-4bc7-ae90-c6cf18513e76
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,f5f21900-383c-41b6-9753-dc355940211c
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,0508ea66-de0f-4776-8476-55bd4fbe6335
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,684f1ae9-e402-4428-95bb-8ea25aef578d
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,3be57e4a-209f-4be1-96d3-c73a90ab2cf0
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,2b8e0b08-9077-4cab-9e43-66166613ecd6
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,23ac19c6-a4a6-4a93-b590-ad5baa376195
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,5ded5891-9b2a-4ab3-a6e2-2476d90a8f17
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,bc948b6b-857d-4e35-8528-d8893dbedd75
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,34758077-694e-462f-bd22-4978a667db6c
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,cf3fd03d-6c5a-4bd9-99dc-50919a99f3cc
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,2d4a4383-f993-4477-af35-c4425473bb2c
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,05be48f4-86a6-4970-b6e4-037af0c903b1
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,a9951f74-b0bf-4026-9976-63e3c8e455bf
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7231c06b-5f51-41d8-9d59-d6878461165c
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,3248218b-0c42-47f7-a979-75efd77c83dc
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,3e655a5a-b867-4951-8057-b01f3d3ee431
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,2eee9052-c427-4cd6-8567-62d34be4dbf6
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,26722306-11dd-42a2-8d68-3bf44e00870d
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,a5fbea6c-4b47-4b51-93c4-1d3d38e9ad04
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9bb45e99-1ece-4c45-956b-d92baee3abf8
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,106958c1-91a8-4351-bfd7-53c5419a9c68
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c73d8b2f-e681-4e84-94c9-4940538ca389
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c453635b-0b94-4cc1-9197-4ecec92aef71
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,cdba63cb-1e0b-4fe1-86c9-eec60e85f2e1
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,e9a81060-d27a-40e8-a7a2-e5de20005c8e
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,3da4b3c8-3560-4070-b914-93ca5a7d40b8
+US-MD,Maryland,2021,technical source: EPA eGrid,N2O,2.748060458426172e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,542f33d9-a6fd-4ef2-b3f1-caf3346133a3
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,6d4f22fe-ef75-4635-86ca-a696b66cb856
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,e51174a5-9289-4304-ba8b-5e093122be8e
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,9fc69516-8243-4797-94ea-b4a1a81a1b06
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f900aaad-a9d0-4fcc-8cf4-f0370db1c23d
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2308cb7b-32be-404c-b7f8-32538a209053
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,ba578999-1057-4a0e-8a14-be607b1d5530
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,007e7512-c79f-4ad4-add2-2d45b804375f
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,4f8601f7-9b82-467a-9a8a-0ac04d856920
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,4ea649ac-4fec-4dcf-8d9f-47202d3fe101
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,4acbc646-2d3b-4d67-98bf-b6f67912337f
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1144b946-5d0a-4d57-82a3-3cc42dd90ba6
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,d48dd223-4e7f-47f3-8a7a-1688e558e3c7
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,97071c78-a2dd-437b-a893-4dfb4af0f473
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,ac86acae-37c3-434a-adb2-097d1d9c6767
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,233f5c36-773d-4b8a-adf4-8633d6aab212
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7d74c45d-aa12-4dc2-97a7-ef2973c042bf
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,a02b54dc-c91c-431b-8b1e-6a204464a2f2
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,5b4209dd-53d7-4a1e-939a-4c2d9c33e18d
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7bf205fe-b827-43f0-a8ff-2a0046a31f64
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7e6f70c5-55c4-45d3-acb3-0121ce273065
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,dd912719-c5fb-4958-b0bc-04729ae53a60
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a16ef8db-2092-4e05-ad61-55bab2bb0036
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0d3165de-26c0-4eeb-93ba-a97cacf0b60b
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,60d32027-b676-41fb-9a07-5599b9c4bc3a
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,b3f4ba56-0b18-46eb-94f4-cb81b9244a2d
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1e64e85a-6528-4b55-8277-16ee6c5768d7
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,3bd6cf6e-65cc-40ac-8c8f-03eea5b87d47
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,9f18b9b0-c61e-42c8-8960-7f8016dda489
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,62e7d1ea-4957-4494-a357-7ac094950dbc
+US-ME,Maine,2021,technical source: EPA eGrid,CO2,0.005290003339044065,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,1e434107-b8ff-498e-a1b3-0bf50adcff18
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f0e7b6a4-a05c-40e9-87ff-da7d78f9f7df
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c18f9f21-1e6b-4c65-a5d4-36d358104983
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,1bb09e7e-1b89-41ba-ae12-611fb4e7de7a
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,3ffe740e-341b-4024-85aa-afc81c24f7a5
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,fc0d6af6-0b6f-4d2a-a461-351e9f16f31c
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,cdaab726-0d05-4d74-83b5-6acf98bd4dba
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,eee94e7e-a609-449b-9976-3f87e2175f4f
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,cb96e80b-7997-40fc-91f3-668869af5a16
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,38762334-182b-480a-86e9-a345e36f9900
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,5ab1e248-e54f-499e-a6cd-11c8f6c9137b
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f1c0e9d8-23ea-4a28-9fa3-68d3828e73ad
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,eccfafab-8822-439c-9faa-051d7b7342bb
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7aab3158-a185-47e8-92ee-050a319c4a4e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7e27831b-fbfa-44f0-9047-120d98b47364
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,ee7e7a44-9449-4ca4-a15a-18a33aa4048e
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,bc80ed5b-132b-4e91-bd7b-a84cad5f6b16
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f2e10163-ab4b-4d86-a949-36431ccbb224
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,758bb055-24f5-47be-97e6-5002f172b2f4
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,37b948df-4fb9-4ff9-9f64-5f7009921259
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,752c75af-ed56-42f7-a9a6-40a74567fc94
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,5a68ffa1-3d90-4ec4-8418-6612ea929766
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,fcb0b071-dfea-4ea4-a2e4-42cb93c4f8ac
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d7cc960b-9b50-46fe-b502-6bd3ef562187
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,268a1fa3-fd15-4550-b4a9-0c5878a3b1e4
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a54ba86f-13ea-4aee-bca1-02c0c31a47f2
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,fe9324b9-17a4-463f-8309-293b97957325
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,82a1a4b9-cf10-49da-abf0-8c7726eab4c0
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,edaabf33-85a6-4a36-b8aa-089a826b19c1
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c7d75e80-1b52-4472-af65-c38c3dfa93be
+US-ME,Maine,2021,technical source: EPA eGrid,CH4,3.328441698224034e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,91a7a763-d50b-4c90-b784-156183bfe077
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,cd3096c1-84d2-46ac-a8e6-20c916d9a346
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0ee71209-3ac9-491c-9a12-c56f4d7a571a
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,ab1c1570-520a-43c6-8660-5738bc5ff92c
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f263e57c-e43e-437d-bc46-c1e266a460af
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,459f2910-4aa1-46c8-9706-1cd6a5c7b649
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,208ad862-92b2-48e3-b889-167a4a4d1c80
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,5d5b7cce-f704-40a2-adc4-8ba096044469
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f035a497-4f5d-417b-80aa-74287b854185
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,7eeb0521-fd15-420b-b672-da4e8a3ca898
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,54b1db5b-c5ae-4ee7-8dbc-d5fb275b99ee
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,16156779-3054-46ff-b736-98104bf94ae7
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,62b8dd4b-74b2-4499-923c-4141796446b1
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a117f614-6b2e-4178-95e9-322f50967041
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,251dd765-b710-428a-8fda-8678ca787ded
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,4dd2137f-26a0-4a8b-a015-e40a30ea491f
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,b95361a6-567e-46c3-ace0-b7e725094ca1
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,32727813-2005-43cb-9b0f-3c1193c49ba6
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,7ba79093-959c-4021-b5a5-82b496eec38f
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,acc3213c-dbe1-4386-8595-bde26ddc57f4
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d9d5c3f5-3034-491f-b9d4-f1f5957acaa8
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,7f8bb1c1-f62f-44a1-8124-0d415f88a3ff
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,683b0f32-c634-4d1c-9b53-51b96b03da5e
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f2376e6f-b3e7-434a-aee6-d0183413e602
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,4cd7b46f-6c78-48b8-bcbd-10edac2600ba
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,882a837f-ce62-4f79-a9b3-74b5bc327d9a
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,567ea9ae-9a3d-4b06-b87c-6a3ad97b1244
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,ba6fdc9a-1483-4a18-84af-99c21f00f9b0
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,4815457b-11ef-4048-a117-32e750f48eec
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,55b45426-5c91-4769-a2c0-ba0486714064
+US-ME,Maine,2021,technical source: EPA eGrid,N2O,1.2110813505137511e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,4df15111-a235-410e-b8d6-f74766140d11
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.022,36288db1-d146-4657-b09f-8dd46970b6e8
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,ec1dde82-c048-4eba-9eba-ec384a267029
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.1.3,modeled_data,kg/kWh,CO2e_value:0.022,5aaa21d7-68f2-4953-a326-842b2dba678b
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.022,8e396b53-6546-43c5-996f-65c3d6ed7f15
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,5e230f4c-fa4e-48bb-a8fb-29b2dc658517
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.2.3,modeled_data,kg/kWh,CO2e_value:0.022,c6e1837b-5999-4722-9f10-9f6ba0ae15f8
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.022,0ea35196-ece3-4281-8539-201ac3043a50
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,bd500c9e-ec1c-45ac-b1a0-54018ed49073
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.3.3,modeled_data,kg/kWh,CO2e_value:0.022,2f4b6dcc-4ee5-4435-ab79-44c1ec84d81c
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.022,08f5af9d-76de-4e9e-8278-75e2a83174e5
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,5c540d45-633f-4ec4-82d7-2f0d64557d33
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.4.3,modeled_data,kg/kWh,CO2e_value:0.022,a8976166-62bd-4c9d-aa1b-0ca4d95683ed
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.022,11d1e0c6-7df5-469d-bbb1-d61dbe422a7e
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,ae8746ba-410c-4cb5-b6b8-05d2b5c79e77
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.5.3,modeled_data,kg/kWh,CO2e_value:0.022,71ae505f-555c-428a-b71f-bcbb65e3eb71
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.022,66da3b73-6b70-4af3-83b9-568c8ab8b448
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,a484c876-4b58-47b7-ac15-3d5d20d3be14
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,I.6.3,modeled_data,kg/kWh,CO2e_value:0.022,8220e4d0-6b12-4300-a88c-f6decf52f859
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.022,d9564153-6996-49dc-b860-561debcf7f82
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,fb5f064c-6daf-4b9b-b774-7235fec7fca6
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.1.3,modeled_data,kg/kWh,CO2e_value:0.022,f47a8ff8-097b-4ac3-9225-414a9a70a8eb
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.022,b21f9ba8-fb57-4d2c-80ba-da9a4239282c
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,164f1d42-7780-43b2-ad30-df8686b9429c
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.2.3,modeled_data,kg/kWh,CO2e_value:0.022,8d42ed2f-5e50-42ed-a1cc-75f686cd7793
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.022,42e3a997-d114-4c24-9b48-b7308c60b1ae
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,496b708f-f6b3-4b85-860a-26334a71fc4e
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.3.3,modeled_data,kg/kWh,CO2e_value:0.022,80607767-c4f5-4b36-94c5-df511418a564
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.022,7d57f023-bd46-4df0-94c8-d97d8d133510
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,b7eecb1b-c5b3-4e17-bb73-e2bf7ded8f81
+US-MI,Michigan,2021,technical source: EPA eGrid,CO2,0.01727473968043021,II.4.3,modeled_data,kg/kWh,CO2e_value:0.022,9bcd5ff1-fe7c-4a5c-bfde-634e1304522c
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.022,5e925b2f-649d-4a72-a2f1-3b25b10bd71b
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,a107bba5-95ca-4155-a5e5-a745cbc5e9ff
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.1.3,modeled_data,kg/kWh,CO2e_value:0.022,66df8611-3cc5-4586-8f59-e6fd50f8decf
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.022,3c4b608d-108e-4988-82f0-17398eaa6a1e
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,13940200-cb7c-4607-9f17-19ae81871253
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.2.3,modeled_data,kg/kWh,CO2e_value:0.022,abf308a2-ec88-4bbf-9766-dbfa87314096
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.022,ff9db756-a17f-468d-b5cb-29bc9308b33e
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,6006c458-66e1-4d3f-8445-29bbc25fd6d2
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.3.3,modeled_data,kg/kWh,CO2e_value:0.022,f1a8c7e1-efe9-4667-aec7-e6d4b31e577c
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.022,11dc92a0-b4fc-4919-aa99-1fc00dd29891
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,44df6c40-603d-4ff6-9daa-3d1e104993cc
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.4.3,modeled_data,kg/kWh,CO2e_value:0.022,f1a2c966-b701-4136-9ea4-e757fe5b4f7f
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.022,50310572-854a-4f70-9167-0a2f90405008
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,0ef4d14c-1b55-4a6f-8a46-05c964cfc2a2
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.5.3,modeled_data,kg/kWh,CO2e_value:0.022,62e67dd0-f6ff-475a-91bc-e93d5c87306a
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.022,5951942f-c1c0-4040-8cda-cc3488883c8b
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,61b99d00-c7f6-47da-95f0-475b82852e49
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,I.6.3,modeled_data,kg/kWh,CO2e_value:0.022,5d3765e6-dad3-46a2-8f1f-c9d369213058
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.022,038430ff-d2f7-49b1-874f-71ace2d4552b
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,7920eafa-392c-4c81-88d0-5c4ec0b0b0c3
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.1.3,modeled_data,kg/kWh,CO2e_value:0.022,a521299d-1169-4644-9002-aac3a3ad0088
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.022,13dd3f06-cb6b-482e-8d97-89c03be5177f
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,29ce8fc2-5ca2-49e3-9c2b-15cc3e533250
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.2.3,modeled_data,kg/kWh,CO2e_value:0.022,87034667-65c2-4cf4-aadc-eb75a12d533a
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.022,387fbfe9-d6c8-4da4-91d3-deaa274336be
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,d61d6a15-6d41-4faf-a1ca-a659d89b55d7
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.3.3,modeled_data,kg/kWh,CO2e_value:0.022,70f6f9df-aaa1-4c41-9561-ffb828861bcd
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.022,bb604911-7ab6-4ed6-b2f8-8f31a4d11068
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,3103f26b-494f-43a5-8557-5acf673ed568
+US-MI,Michigan,2021,technical source: EPA eGrid,CH4,0.00010869173456646524,II.4.3,modeled_data,kg/kWh,CO2e_value:0.022,9d4b6ec9-c8e8-4fea-b5c5-540ab65b136c
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.022,c81e8254-7bbd-4342-a63f-f1895855ef34
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,14d49046-77cb-4dd1-9f28-fab9b35d5f87
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.022,2afadea1-e68d-4a72-8d76-b6e8594b1c47
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.022,24ab383f-8eaa-4158-b7bc-a6a4b580a2e6
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,7cd26f94-811f-40d4-9496-451ae4f6ab1a
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.022,a199b860-ae3f-4f31-a78a-6c8851e0b0a0
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.022,908afdae-15f1-4d4a-94e9-8dae4b2b986d
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,21dbe54e-7b71-4f75-aab5-1bbc7a6299b5
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.022,78215a47-9c2a-49b3-9f4d-31a27d3dc029
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.022,6593e7cf-3458-4a92-9239-cbb22d2c0ff6
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,c88ded58-5c1f-4780-b806-010f47677f33
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.022,85623bd8-aabb-4155-ae26-92d050812727
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.022,50132f44-8a64-4b9a-a269-21eca3c479cb
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,70a9e649-468a-4c7e-a7fa-cd1b5e05ea21
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.022,bf9010c8-77f0-45e6-96e3-f666ad1da910
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.022,e4174e7a-a4be-4953-882c-cfafeab3be85
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,bfc2c88f-3515-4bdc-9685-751b08310f9b
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.022,4c879c6d-6504-4827-9a4a-08705d42b051
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.022,976776eb-38a5-4cd3-a5a5-f33f1d0613da
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,e0939491-b0cd-46e5-8038-58c887ea2531
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.022,8154794d-5461-4d5b-9c68-e548465d6b35
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.022,b694170b-5e6b-4335-a2dc-3af518196284
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,5a9155c6-de99-4e98-a428-728d75e9c231
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.022,f6f19d8e-61c5-4481-a4f4-5483076d1257
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.022,1ad8bbf3-336c-4eac-ae44-a6c574626488
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,5750d915-ad0e-4f8c-be39-102469b14249
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.022,74e0542d-c08f-4916-8f6a-138aa69f6470
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.022,50553909-dbad-4220-82f3-35f057b464cc
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.022,166ab68e-d364-45bd-a5e6-9a3319e6aa0c
+US-MI,Michigan,2021,technical source: EPA eGrid,N2O,3.9548396704281615e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.022,812942cc-35f7-4f5b-b71d-e0c39cce1794
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0444fa42-db6e-4f98-beb4-dc19c512a1d6
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b872985b-6cfc-4afb-842a-cc5423f8896c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,189cd98d-7a5b-4d8c-b929-a7f80f885ce7
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6dacb86b-83e1-4fbb-822e-ab77fbcaa599
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0d234fe4-c504-4838-af65-2137146b91fa
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,40bc277a-52eb-4cf3-b895-51692bb20a05
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a5ad05ff-6e20-4d51-8722-f158e33b75a0
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,43c8e97a-fc6d-4004-85e7-debf99a4af07
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,acccdb34-2d2c-468c-81d1-632e31c4284b
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a3d08d49-7f78-4f18-823a-6df4ac6862bd
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,02790216-59cf-4338-bc44-c813a9358a96
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,a7fc217a-cf92-45ab-bc42-efaff8a39ba2
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5248524d-9a04-4f18-a4ca-f3ce31087664
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,82c55bc5-cdb9-42f7-9c04-ef6381acce36
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,db9adc5c-c001-4936-adfb-3121bdb9ec8c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7126f4a1-504a-4237-906e-1d7859e81bb1
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2d406189-b0c8-4a54-ac0d-0c20bbcfbbd4
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,0db4c4f6-91d2-4aed-9172-d6c10d328134
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,369ebfce-dd7e-47d7-9034-fc3419db2502
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ba2c7929-8203-4ff8-adac-d927be125605
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,fa6c9195-3257-4a56-a03e-1999a24b0123
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d68c1c10-c5cc-4831-998b-e7990515a9db
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e83a91ff-8f03-467f-bcf6-602136efd491
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,5d12de0f-a5cc-47ca-b091-6d4c5ef14e28
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b4164604-6c27-4751-8a05-1931e4788e85
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,32c81429-cbb6-41b4-a781-b10ef6675ae4
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,220f7f85-a48e-4dac-9a8f-36ea0fd42c04
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d8385cf7-d879-44a3-a2af-8c293b1bff79
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d1899891-9d26-4fc6-9bbc-4b10c75ddb2d
+US-MN,Minnesota,2021,technical source: EPA eGrid,CO2,0.014218730659786558,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,ac98d23a-03b0-4afa-9018-3f9d3d6e76d7
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1e83dbae-45b3-4da7-86e8-d142dbde6348
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b67b8b7b-e30c-40ad-8b07-53705dab5aa0
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,c25f8714-1c6a-441d-bb47-97a905adc2cd
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d79219e0-117c-4ef6-aaed-2ae246975b20
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,c2f1fedf-9828-4481-a411-507eefbf36dd
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,2454e2d0-941a-404c-9169-528ab0b53e1c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,55dc9df6-3a02-43ad-9d8d-d72bf0633f15
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0a4af648-ec42-40b3-a002-82d01ed7218e
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,5052ed64-961c-4855-ab1f-2b9efd3e9546
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3f4871ee-2e3e-4074-8a2a-9f79689458ea
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,26fafd69-52b1-4f34-bdca-489e4cae9e85
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,f90e27d7-7765-4ad5-bc72-e8e1583e90b4
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,377723b1-cc83-40da-b746-abdc095d6692
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5c23d0c2-d68e-4a11-8cb2-15e306005bbb
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,e5983ca8-351c-4b86-8c5a-301e5fbf2e64
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,da8f6f6d-a058-41df-bbd1-c2c8dee946ef
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d95a8dc9-1123-41ca-932a-aea0052e4e23
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,e3c37740-1811-44ae-af20-97582f80779c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c50c6038-beb9-4e68-afad-7314da35ca25
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ff9167ba-64f2-4886-97ed-1fab441c59c7
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,8a96a104-05c0-4187-b24a-7c7a0395829c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6ab3bdab-c500-4235-8459-1a863c73e9e7
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5cc2f1b4-ab07-48ce-986e-e7b1ad40bd13
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,f7206a68-3e4a-4873-b718-5fd0102873bd
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1a0375c7-12bf-4db5-b1a7-62d406e5063f
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,82a8ba0a-c580-48b4-ba0a-e1eff99957a5
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,cdc1b364-371e-4090-8f8d-a0996c1265cd
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fa95de7d-95dc-49ba-8af5-54bf34940467
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,5feac4af-7616-4f7a-99c1-8cadebcbf23c
+US-MN,Minnesota,2021,technical source: EPA eGrid,CH4,8.946348988959663e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,5fa95503-b684-406f-b606-aec8b50d6390
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,db85e1c5-b59b-46d5-b762-3cab06deec2e
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,899394fc-403d-4bb2-8fa7-815df65a2c2a
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,c74f2595-502b-4a1f-8ebb-b5325bd758c4
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,2bb84f7c-bff2-4557-a53b-914e4f5b6697
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2d6cd562-abcd-4657-b593-1654da9aad3a
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,6b58fd62-4535-493c-bee3-c3377b447db2
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7d197384-852f-4d62-acb5-ee21a5b1c82f
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d5526aa5-5b66-47d3-9976-a10b12dee3fe
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,f5821ed8-11a3-4f5a-8a1a-24be770ba38c
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,cf68d049-e7fc-4b47-8897-8ebf1cd10804
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,259f55e5-3667-4b8f-8291-0f600dc013d4
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,54dbccbc-8435-475f-9cd4-27a1a6a78b28
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9bf49bb9-e5aa-451d-809d-d69ef2fff076
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,39ca459d-1698-4e1a-b323-38724adf09e0
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,7f665ed0-ed5b-4f0b-9cb9-5371f216899e
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,79fe0924-2661-4068-80b1-e17086825b6e
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e07c2772-8808-4c88-93cb-1d06fbe6f220
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,31cddf9a-52ed-4ed4-947d-2d45f1f3b67b
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a972be3c-0228-47e0-a5b3-41979fdacb7c
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e3a0b838-00bf-4993-b3d2-cab03d328427
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,c1e22059-4dc5-4469-85e0-bc268fb3d73a
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,04316028-ff4d-41b9-9cfe-2ab09989be63
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9ce62c4e-2978-42e7-9602-bc29d78f1a21
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,a570061b-782b-4f20-be8c-96ce9b41b8ee
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5bdb7847-e1dd-4dc4-8826-ad28c7034d49
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,57bec3d1-e3c0-4c8e-80da-f98883b3efae
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,21b0e902-907c-4df0-97ba-9ef65e7ad624
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e0ab88f9-d7e2-4ee8-a40b-f53ced3293ee
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bb449b2e-f7fa-4333-bd0d-71cd6448c70f
+US-MN,Minnesota,2021,technical source: EPA eGrid,N2O,3.2552039056287905e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,86f20fe2-b286-4494-9c66-b2e25792f31e
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,23561347-f087-403b-a1fc-76a6c111306c
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,fad96436-4c66-4c19-9a76-aa0b3bb8200c
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,7a6783be-4b21-4f72-8b95-cf237939a5ae
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,287dd8d9-8b80-405a-83a6-499da51563a3
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,7c85871e-c03d-4fa5-aa45-ea4fa2ce91db
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,c2bffb8c-f5ee-480a-a2e5-7a032f462094
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,4a3f3326-2e64-4669-87d2-0bacc8e1870e
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,6b5ce554-b57f-4c33-90b5-24667a1f8375
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,ada70676-162d-4f05-a548-a6c51ebe6a07
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,cd07fce3-95a5-490a-99a9-c6cccc8032e6
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,ef7be678-cec0-4e48-bf0c-161dc6e39082
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,94efb7d9-dd3b-4366-9e5d-6458df9cae77
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,27a884e0-8dd0-47eb-8686-fec82ecd4468
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,a16ef073-f4f7-4cce-84bd-9267cee5e84f
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,b557c54f-09d2-4588-85ca-88562877fc36
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,676def74-3c38-4597-8f11-2cd854a09ee4
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,d597c261-c3ae-4e87-a0c0-9e364428e629
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,47d01c4a-09be-4ac9-891f-514be9c2da2e
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,69b925a5-adee-4943-9a6f-9a7fbe2db6a0
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e0247992-3e33-4979-914c-59c89156771a
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,2e1cde5c-20db-4562-8796-f236df2fbabd
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,e7e9ef4d-6fd7-454f-98cc-4678b6384c32
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,ad1b11ce-9f15-4652-bf8a-64e598b3c992
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,40069f45-2fa2-4a69-b825-cb9ca6228fb1
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,54d2844d-f31a-4191-9d34-ec06cd9fe09a
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,2081ea02-17a9-452f-9277-12ce75f79c1d
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,83c0f563-971c-4204-97ea-e1f2195207f5
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,345f2600-324d-4a0f-a12e-5ecbb7bd0dc7
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,3f4f801a-4467-4c50-8e31-52dd8ddcc469
+US-MO,Missouri,2021,technical source: EPA eGrid,CO2,0.028195819022861765,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,2c39b878-ee3f-45da-9463-90cf4a9d9c5a
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,5463633c-5652-457d-9fc9-c4d2c782b446
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,e929fd96-2404-4c71-bc8f-0171211381e8
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,07d62918-24eb-44ff-876d-b29edbc6fa47
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,9b057b52-ef06-41ee-9407-989c2c171b47
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,564fdd69-9139-4c6a-963c-51fe7ea4bcfb
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,a64e673a-4fd9-4043-a65e-450441290346
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,09e52a3c-d204-4eb2-9db6-5f0a53e4a8a9
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,210adfc0-d489-4fd9-9d7a-3999d2631125
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,d96cdcd1-064b-47d7-8c77-68e76975e01a
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,295d71d3-5dab-42ad-84b4-edea5a39dd52
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,19fad509-9f03-4c7f-8fdb-ecc3713ad862
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,8c4b4006-afcb-4378-942e-d3c0f2ac12c1
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,b166ca56-1138-4ed3-a3c6-409a9f4dda8c
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,0b81eb9d-9a27-4378-a207-73d6bb1236b1
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,9f69c44e-ee03-4ec7-a6f9-f5844acf9d91
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,37fcdc28-29f6-4cc1-b01d-c1af2c072c2d
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,f33de513-7a80-4d0d-ad41-d36fd68d48a9
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,d0a81d7f-be76-47b5-98e9-0d56154588e3
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,d4878c33-7125-4584-aaaa-1dc83a85fa15
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,be259015-f3d8-4270-aab2-c1fb6bf92d2c
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,cf757049-ac2c-4793-81a5-41ceae38268c
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,4e53ca94-218a-45e5-b127-b4c46433a9ff
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,0863f062-2db2-432d-b95e-c525ff6bb7f0
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,f3559afa-10c7-46b0-89b7-d2b161f269dc
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,52ca0d43-7653-4d17-a37b-937afa31c750
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,5441b372-a815-41a9-9f74-74b2f4725e71
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,fdea78da-e346-4e03-a56b-78c7e8b13f37
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,57b97120-6567-461c-a2ec-427f534db6e2
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,1abe5589-6dc9-48c3-a7ca-eaa4b98603bd
+US-MO,Missouri,2021,technical source: EPA eGrid,CH4,0.00017740657942236844,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,dc15f062-63e4-4c0e-9552-a7dfb6176e55
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,03153cff-2abd-42c2-854b-7f13e6ab7374
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,ee6136bf-4a37-4c92-8853-ae19e92315c3
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.035,e0a40886-a157-47f5-b536-d9e68d43988b
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,18cc25f2-5d12-4563-9dda-0823e5b535da
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,a1a7811b-6453-4f54-8b63-674fa831fe2b
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.035,c04a8854-d9cd-4ee6-bfb8-70baba6ad3c6
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,374b88a1-51dc-47f5-a267-1dd2b969376f
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,6d53cc06-25b3-4e29-9b87-bafb9171e3e4
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.035,97458a36-7fe3-4a4f-b97d-3233f99fd5f1
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,8a400b16-3a56-421f-8be5-644ef806e996
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,220ee69c-615c-4f29-bd4b-fe5d84e3d3ce
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.035,e371996e-4883-4199-808a-b6f37a0c8448
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1d06381c-698c-4f86-821c-f532d0939a39
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,d3fb1f74-b6e6-4330-ba50-77fec867d735
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.035,1d6af362-d8df-424a-99fc-44b3183c4567
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.035,9780b202-2fc3-4eec-8633-4a57b53336dc
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,6039f274-6620-4957-a404-bd915c89bcf1
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.035,8f70a3ba-7fc1-4f29-ba5c-cc6d72f567b8
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.035,894a8f82-ed27-4e18-bb7c-35a04eb1eed0
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,2a29e08b-8e6e-49a9-9ed5-9aae3b65e426
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.035,4f019618-270d-4f5a-8642-5443e4989915
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.035,1be924c9-afc3-46fd-87a6-c6ecf7464fa2
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,96677904-6017-4b0b-b32b-dbf59bbe3ea4
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.035,3742340b-274e-4b4d-8163-949778596359
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.035,47f85f29-9337-4be7-8c72-6dc4fe120958
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,301e5a62-fbae-473a-8f6f-40676ade1bc0
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.035,5e5763fc-ea64-4fe8-945b-fdab6f160e10
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.035,199e2bde-3bd4-4581-84fe-bdf71ad051a9
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.035,3f06dff4-d42d-4e26-9048-867de3634c04
+US-MO,Missouri,2021,technical source: EPA eGrid,N2O,6.455086772633188e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.035,4bf0c8fa-d5b5-49e5-a33b-f6170e35407c
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,611a75ea-3d8c-4730-b214-a9cfab335689
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,62ed400f-cd4d-4324-bed1-5f3573a7b56f
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,a3b421a2-8a98-460c-8b57-b2e7d51614fb
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,d8140f0c-dd50-4364-83a2-638ceda67486
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f0fe4ef7-241f-4175-bf46-ede4014480e0
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,bdb456e7-cf80-45ad-b24b-7f15a282c71e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,750d0f0a-ca78-43d4-9b27-b8e296c48d0a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,afa45899-f8d9-423a-9f71-dc9dcfec0056
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,8222ac9c-fe33-42d0-9b07-8e0872235aff
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,949c2202-6db3-4f28-82b4-3f2462a4d4ae
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ab16d5f6-9f04-4404-9f6b-fbae78c66012
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,61afdf81-3d58-4860-9bf6-819f74694e48
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,453ad399-1b18-4311-8a5c-abfd00e33db4
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e468c1ec-25d4-4e44-a14b-6eeeeede82e0
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,c2b6f4be-1f3f-4e22-8b26-f08879650c90
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bc753798-4334-4bc1-bd53-e2ede4e6d92b
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,94e367a7-4112-453a-baa6-09e3abf6b35c
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,c93bf4d6-c145-4a0f-8d10-a813d09eae77
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,2a2d837c-066b-46ac-9ab8-7b1d9835c4c6
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,89505ab8-f125-481f-b003-8f1886e6e86c
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,f74809e4-0077-401c-9561-84f9628d4cb2
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,31e8c5ea-d266-400f-8875-863ad4a44d93
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d3f1c790-1223-4ae5-b4db-e9922c9cc0b4
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,775569b0-c332-49fd-9eb1-1de26be5012c
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,91aa1dd6-f3e4-4903-a2ed-43d4c6da0f84
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,81764bb8-c7be-4e2f-a454-cef91c325572
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,13d974dc-ead6-4442-97de-09f279dfb488
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,61fb4c14-a022-4338-9097-cdfb1ece7573
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ed22f688-5c81-4845-a9fa-91eff4ac9973
+US-MS,Mississippi,2021,technical source: EPA eGrid,CO2,0.014300908191487289,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,47b6ff19-058b-4754-bc55-ce4cd6e7e599
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0d18e609-1993-488f-8334-87ae3a216e8a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,704e1b22-73e9-40d8-b5ac-7ac100cd7352
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,75f68520-8e10-4b81-acbd-68d1341ad76f
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,84c8e624-7292-48f2-9e11-0b20dada4d35
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,d5f8b808-ac0b-40ba-9865-e5e3b76859ee
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,02f7e5a6-71a9-4ab9-99fa-84aeb051e4d5
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5a7b81b6-12b3-4fb8-bff2-a72640801aee
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,29fecea5-c1cc-4469-90ca-3e9bf39adcfa
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,57b67110-6388-47ba-bd31-bebf4cdda6e1
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,13b5c90f-d221-48d5-a6af-29db2fb4f711
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,82d62aac-befc-4220-87b4-4d7f57887059
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,691454fd-92c3-4e52-aa43-e695b056b15e
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f74e95e4-6a66-4b9a-aece-58fbe058e04b
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f3045c2a-7526-448b-8fec-0e6825c57e83
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,b5df1b93-f69a-4555-a261-9c115ad5f353
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fdbcf4c2-a835-479d-94ed-1d366ce1c28a
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ea4b4ba1-7c0c-4bc3-a83f-e3ff0ca640d0
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,11a3803f-2f31-4718-b46b-142ae51d41de
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fe990acf-a030-459d-86d9-d740a9f41264
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,17399385-b671-4d36-9d6c-bc8bc3d9a45d
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,7fb825d5-6c79-4201-8456-24e56aedf4d2
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8cbb5075-01d3-41ce-8196-eafe1117e733
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bc830b7f-c5ac-44b1-b9c0-10643fa260e7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,3160d8c9-8636-4119-bace-fa7c8b236ad8
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,13084d6b-af10-4104-8db8-cb2f2446c82d
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b3be75bc-2e5d-4a83-b9dd-f484f78f18e7
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,a6c5b9b4-bf91-45b2-b1c4-0a3cb7ace01d
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ae926543-9d1b-4378-9540-dab6f188c62f
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0ad9e197-ead6-4f33-8bef-9a9099cdaf2f
+US-MS,Mississippi,2021,technical source: EPA eGrid,CH4,8.998054650684115e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,fa0a1a20-7ec0-45d5-9745-796ebb229b0c
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,03f0e225-6e4f-4982-a075-977da90b56f6
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,be73cc7f-8bdc-46a0-bc25-158d977b1bfd
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,3b8fda89-1a15-4638-acf5-184707a786ab
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4570bdf6-939c-4a07-9827-6ecbc54a91af
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,62b1c46f-aadc-4bb1-8787-f3cb489c57a1
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,0124445a-d79c-4b5c-a9ef-167d4d6f78e6
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,34685cc8-1b56-4df0-bcb9-6caea77c257a
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7fefe959-bdc7-484b-8795-cda06a187070
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,9c0a867d-d2f0-414c-a29e-7dcc147f3d1e
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8c1b9ee5-c845-4825-bd33-720f098f07fa
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,20caab50-5955-4f7c-ba90-0ec0c824a95a
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,4464b359-d303-4d82-9e54-708066385612
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6a2f3153-e5c2-4961-828f-541ee43ce59a
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7663d91c-dd1f-4ad9-9f93-7665843b43e8
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,bc9b69c7-7437-48da-8530-9fd598fbb762
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,66ec993a-2a6c-4c3d-90db-a5f168b26b05
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bb5d520e-77b9-4718-96d4-66569cfafd49
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,bab4a53a-32ef-497c-b97a-bc4b7ca983e5
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,cf36bd6c-bec9-456e-bd64-3909dc9cacf4
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7336d4cd-04f4-4645-a71b-cedb1ea56aa9
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,54991ff2-a600-4d68-a246-6f5e07f71e21
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,7ad18ad2-c6da-4fd4-9571-5ce3d3fd4057
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b054360c-140c-4464-856d-c5e450ca6c14
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,e6aaef3f-2ed9-458a-b4da-861209c8eef1
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,96c6d98e-5fd2-49f2-84de-8a52c7acd20e
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,29009412-fb4c-471e-8b25-f396b02ac596
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,f087d4b4-3ee4-4f60-aa69-4706b042e860
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a05bc128-1026-4294-9131-1433eb128542
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,14207574-ba71-44e9-8b0e-1bea7baa0503
+US-MS,Mississippi,2021,technical source: EPA eGrid,N2O,3.2740174431060644e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,d488fa1f-07c9-4a44-a369-d85ff5b2c118
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,cca40ae4-151d-46ad-bcf8-90034fe11239
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,e4cf6c2b-dfc8-4315-abe6-4863668a6db1
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.1.3,modeled_data,kg/kWh,CO2e_value:0.023,935eb60d-89dc-4c2c-9377-292fc9202fd5
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,239e0bbd-8214-42af-8da8-16309c5241c7
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,4c0ba9a3-dddb-4408-bce2-c88f3b4925da
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.2.3,modeled_data,kg/kWh,CO2e_value:0.023,803b22e8-e5c7-49b7-8030-2d3e8f52f045
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,3192c409-4f82-4959-940f-14233be44250
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,33ed0f22-25d8-40c8-87f2-fadb49aa2018
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.3.3,modeled_data,kg/kWh,CO2e_value:0.023,799b5e9a-ad54-48db-b725-5089bacc5254
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,f9fb4ca5-242d-4e7c-8806-77d50dd506fa
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,9b400bb0-7972-4303-860e-901a0169e6f8
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.4.3,modeled_data,kg/kWh,CO2e_value:0.023,153d96d5-3742-4420-9dfc-565f87b09fec
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.023,f2a57587-d3ca-4f74-9771-499528f50fc3
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a9534b67-6499-461d-aaa9-229e8569ce09
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.5.3,modeled_data,kg/kWh,CO2e_value:0.023,acef83cc-dcc0-43eb-b0ad-2a9dbd210a4c
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.023,6afde502-ec8b-47c0-b22c-ba39fa4f4a8f
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a8661e8c-3721-4ff8-a190-3d98a5b9d52d
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,I.6.3,modeled_data,kg/kWh,CO2e_value:0.023,4741ac80-eb9f-411f-87d9-7965c6915ff1
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,e9b46418-5ce1-46a4-a5ff-e5822d20086f
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,1aa6c1a8-8d6c-4efa-bd33-642ef60cf3fc
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.1.3,modeled_data,kg/kWh,CO2e_value:0.023,98c43d9b-42d1-40ef-a551-77ea0bcc1ca1
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,5b041889-cd34-4286-b17e-c0c1b4bc7bba
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a7cf9b15-e127-48f4-a234-290fd385ea84
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.2.3,modeled_data,kg/kWh,CO2e_value:0.023,dd50cf0a-2f8e-4a0c-af10-ad862bbbf815
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,8e4d45a6-d2a8-470d-b825-92d8e2d5b462
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,75e33bf4-ecd4-42da-bae6-58b52551b154
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.3.3,modeled_data,kg/kWh,CO2e_value:0.023,09d6ba78-ee95-4bcd-b5c0-f559bce6aa95
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,fc2ccdbd-0363-4e81-a9e6-322273faa3d1
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,cffee46d-8721-42df-82af-589ca87401a0
+US-MT,Montana,2021,technical source: EPA eGrid,CO2,0.01800592478458891,II.4.3,modeled_data,kg/kWh,CO2e_value:0.023,d85d1f04-9c5c-49aa-a161-5cacbc3c3c52
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,11240939-45bb-4d7c-92ea-df92b29e0dfe
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,64f44184-606e-4a20-83cd-0523e47cab42
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.1.3,modeled_data,kg/kWh,CO2e_value:0.023,55eee486-0b71-4d1f-bddb-86249c701bdd
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,816c2943-624a-4fee-a3e1-80766f738177
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,de4f0f33-8561-47e9-9bb8-f905a41a3c21
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.2.3,modeled_data,kg/kWh,CO2e_value:0.023,f635a8fb-33f6-42b8-96d8-02b45b60e77f
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,7ec086af-3c48-4525-9c08-8040ea8305ca
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,c057f6a4-1a36-4ff5-a3a9-d30cd895344e
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.3.3,modeled_data,kg/kWh,CO2e_value:0.023,7c169d42-ac57-48c2-899d-59bc6a171705
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,7ad56ac9-bffe-40ce-a935-4fc6a962e146
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a379922c-38c1-47c4-8721-323f384065d3
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.4.3,modeled_data,kg/kWh,CO2e_value:0.023,3b8e4b59-895d-4915-80ee-a4e6b9643723
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.023,254e5cf8-87b5-4f15-a3f2-671b593865ec
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,28a906ae-5f9f-415e-b94e-5b0e6866663e
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.5.3,modeled_data,kg/kWh,CO2e_value:0.023,0542b488-5355-4171-9144-a3c414c72812
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.023,4e11ba7f-59f2-48d7-9aaf-97fb1b7c5b5d
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,1d249079-3bde-4438-a698-1da8185f484d
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,I.6.3,modeled_data,kg/kWh,CO2e_value:0.023,710b9aa4-c97d-44d2-a5f5-68091a872646
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,64d70fcc-d5cd-4bfb-9b25-4319db6250fd
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,79c68b46-4dc4-4964-80dd-ee54de1f8f0d
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.1.3,modeled_data,kg/kWh,CO2e_value:0.023,288b000f-1b34-430d-8e33-6ace0c05b043
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,55bfa893-5bc9-4cf5-9f19-13073da68868
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,19accb90-f5fd-4fd9-8f09-ffa01cac4575
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.2.3,modeled_data,kg/kWh,CO2e_value:0.023,80eae94b-13c1-409f-a687-f01d25033921
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,774fee85-7fff-4160-bdb6-d251834f959a
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,331d5923-9e16-42b9-bdb8-f482e18d564e
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.3.3,modeled_data,kg/kWh,CO2e_value:0.023,738e18db-3283-4038-965b-b12c842b72ef
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,22874057-5f0c-43d7-9ac0-8fd5f01d74b1
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,6bd01d47-be4b-4184-9f32-f32c17013c4c
+US-MT,Montana,2021,technical source: EPA eGrid,CH4,0.00011329231198357114,II.4.3,modeled_data,kg/kWh,CO2e_value:0.023,4c718ee8-a811-40f3-84be-53bb08903938
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,f5fb6b0d-d915-47b4-90fa-d44809a8e915
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,c17cbc64-7512-40de-a43d-c790abf83997
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.023,97892785-2f90-4b76-a1c1-f64e3882ca0c
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,2dbeb673-b86c-49a3-b457-8716cf7591d0
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,14ea8465-4154-439f-a8dd-975fb4afb6fb
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.023,0bc7881c-1f10-4bbb-9cb4-fae774b17609
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,846972fb-25dd-447a-b6b5-aa33f56c6aaa
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,6f510dc2-0086-4952-94b9-858a71c9e0a2
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.023,0f42ad50-6db4-4d90-97c9-8b9e93246c39
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,3e587994-f1bd-4985-81c9-38a5e8310ef7
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,c4a70e72-058c-4934-96f7-97763caf4b45
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.023,786b329b-995f-42e5-888e-d1d723e61305
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.023,16f97c22-a6fc-4a2f-9c70-ae92ba4d7ff4
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,19da2391-48a8-4307-897e-6769bf9572b0
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.023,cc1177e0-bf68-44c9-889e-1f384747402f
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.023,7c3a13e9-3c74-4ef3-aeb9-991083184ef6
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a53b1f7c-b1c3-4828-a7ff-b4fc3b398696
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.023,a4e95520-7e4c-4a05-8097-9b2c61d5b8b3
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.023,ac8a0965-714c-46b0-bafd-a05f8532f1e7
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a7b6977b-fe23-49dc-84f9-f65be13c8793
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.023,a5cd0464-9178-4f80-a325-f1d90bbc0884
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.023,5428a99a-1254-4fa2-a88e-d84b921a22cb
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,a09821eb-92f0-43f6-a590-1fb40b7d37f6
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.023,7fb84164-d258-4e9e-9970-669b3e37ffcf
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.023,15981f71-69ea-44be-9a14-5b8ed15bb35d
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,60e95066-a5e2-4ed5-bede-230bd70ae079
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.023,d7a2046c-852b-4a8b-89ff-8c82d94e277e
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.023,6cf37d21-8641-4961-bb45-a50867a93111
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.023,85adc500-d2aa-49ec-a9cc-3e3ee729ff48
+US-MT,Montana,2021,technical source: EPA eGrid,N2O,4.122235527607351e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.023,91d0ad46-eb4d-485c-9d6e-5840e05fe0ab
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,b1de0def-b506-4587-aff4-12fccf43aa60
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,60402108-ec47-4f03-920c-edd21d9bea7b
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,f44c0b19-ce16-432f-9e42-836e5333d9c5
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,22ef4cfc-bf7a-413d-a558-47b0998c084e
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ba431649-9f44-4780-8975-4dd7b6d2e7da
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,68226197-1f4a-4fef-a477-74511393d3d3
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,5f2ebdf8-b1a7-4e3b-9d42-fa9d93409763
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,3dcb437c-acca-4e18-804f-77760108b5a9
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,0daf0dc8-e25d-410a-876e-5fdba442acfb
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,41588e22-fdc0-4999-b619-4cd59dc1efc5
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,11f5dd7e-393a-49f1-ab14-a5a02b38caee
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,a34f41b6-aadd-4922-b5ed-b7765d25e5b4
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,fc27045d-6e13-44a2-8d9b-680e391f1ab3
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,5fb49861-111f-459a-a5db-307d2057290f
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,0fbf26b4-5a65-4f41-b218-5cee6321e585
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,deaff13c-4747-4959-baea-135ccffeda17
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,95437d3e-91a4-455b-b9f5-1f67ef61ef72
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,793a1568-9927-4738-bb08-43ba462652c0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,fd2aba6d-4a78-43f0-9922-640e1e798fb2
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ff2084da-a656-4cdb-b5bc-83a8a499b74d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,38e6ee60-5dbc-4c6c-85fd-98e08e28c57b
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,4b6a014b-1215-4e0c-89c3-fe27be4cb2a0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,430c2e63-6efc-4a02-9daf-457e4f2940de
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,036ea568-0b35-4457-ac1c-5cf5b1e0485a
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,8b320c9c-c04c-4f58-8aad-117e63e16f66
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c25311b5-d3a3-4df7-aa0b-5c412b052a80
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,70d65b71-fff3-43d5-8af5-f44c49212624
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,8ce26616-baf5-40ea-b208-c92ecb786e6c
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,90129569-e277-4600-8f17-b57b6dd2cfe1
+US-NC,North Carolina,2021,technical source: EPA eGrid,CO2,0.011501725331090205,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,437c4a05-a1ba-4148-87a1-697912e8746a
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a4e1616a-3e9f-4b66-befe-3d670fa1d58b
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,81205016-33fb-45c8-83f0-8bf5ce6d674a
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,198b1df5-0b94-414a-ab38-3b537247cb3d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,84084c7c-264c-4188-aeb5-c13fd9c95ad6
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,42bba6f5-c21d-4f41-8a2c-60bb5a239f90
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,3513aae5-5028-4512-bd70-689a071c0c34
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,12572263-1623-43ef-972e-e56947d99691
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c9d5baa8-17d9-46d5-9b37-6171dad6183c
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,25fac06e-bf54-41e1-9260-65345e27f409
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,062dcad4-048c-4323-a130-fcac3e890acd
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,5e4fbef3-994f-485c-9c30-a26b3c4d83b0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,54857403-e150-4f30-b97f-ab98c8a2b0b4
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,095a82f5-5c6a-4794-b7fb-0d8b0e52bda3
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,4de7dab6-010c-45a0-a953-9458161e47e6
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,b1513a73-3386-48cd-b128-7f24dd8f1b56
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a950ace1-27d2-48cb-8761-cb2157ae656a
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,98876e84-fdac-4d85-990c-018a5fb8f9b9
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,188cbe2d-6c48-426c-bfbc-45598502869a
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f31e5454-5081-495c-a619-86f947747cab
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f3708479-8b28-4845-9398-98e36ee1fde8
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,a2152a13-694d-4fe9-99ae-73487979f0dc
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,2a075a88-5b79-4980-b9ad-aa7c422729e8
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,05c61ab2-2a71-48ec-8d49-8c049a538e50
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,c93ed6d4-4628-454c-9d12-8aef2dfff1c8
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,6afefff4-237d-449b-ad85-beb70a6c6323
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,708ceb38-161b-40a4-9063-dbabb5735a96
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,f89535c1-22ab-41f2-99ca-cbc0e023c87d
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3a25d607-ea48-4df0-89a9-7d1dd33bdcd0
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c88589a9-d3e3-41e5-a7b7-a9c5de70fc1b
+US-NC,North Carolina,2021,technical source: EPA eGrid,CH4,7.236823824091991e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,9f43214f-8184-4861-9b45-1c651f8c878f
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,c648ea32-dcfc-45ee-9140-fc30cf1b8c9b
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f9914222-9d3a-4177-81e9-e58de01d27ab
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.014,991aabb6-e469-46c6-a2b3-69f451f377b7
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,f8e00b2e-65f4-4a51-b921-d214061884fd
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,b3bb1f76-a4ce-4003-985a-e60f44520aa5
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.014,e88ef77f-15c4-410c-aa49-e61d30545e5e
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,782e15ab-6ebe-4d34-ab99-e83362c58e75
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,f70551fb-ff91-4d22-ba38-ffcb8203a228
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.014,df55d1c1-e43c-4d87-8bf2-efcde63f9cb2
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,87f9d560-c124-4e30-a371-966f8e0b1ec7
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,ee833e2c-5ca4-48fc-a8b8-da8553e8cea3
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.014,853ee6b3-edc4-4390-bd47-676a21d9c74e
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.014,0f78d2cd-98c5-4dd0-8697-25789365f9af
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,893346b6-9e0e-4f08-8bb8-cfcacf78dbde
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.014,826dbef9-f4c5-4e20-bfec-4ecd061f4f16
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.014,38654ba3-acbc-46ec-8b8c-50bf4a13ea61
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,7c4573a9-8182-45c2-86b7-52c5263f93c4
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.014,824b42de-bab3-46f1-9334-fa7f128408e7
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.014,166c00af-bbfc-4530-a8b4-f9ae34ee9241
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,c779867e-bb69-4c23-b6c6-07515763339e
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.014,eacc276a-17de-49ff-90a6-e15711a8180a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.014,a8b3c48c-0353-4c1a-a1f3-e1c6b4788c5b
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,fd6e895d-e15a-4334-8c17-f702fb61daac
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.014,8126c1e1-6650-4478-b78a-60377c676961
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.014,cdbbbd04-a63f-4edb-bfb8-a477b360024a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,0d48682b-d276-4379-88cb-f23f3ecb9974
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.014,12c2fcd9-d0f3-4efa-8f9e-3e2cf5f1027b
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.014,3f848d42-7ef6-4582-ac45-1ff56b11a69a
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.014,22463a80-1116-44e8-83f5-24d5f30d2ac2
+US-NC,North Carolina,2021,technical source: EPA eGrid,N2O,2.63317887616534e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.014,62e4a7b6-f75c-4fef-ba8a-7c3ab0d86e0a
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,13a151f0-082b-412e-bf71-ffd4fa36c37e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,fffe19da-b5fb-4963-8904-e8b0c151b52b
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,fa405ae9-d0dc-4b99-b15a-857a7b2dd010
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,23c37ee7-5b93-4180-a383-88a28e9406a3
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,10b34e0b-19e6-41ed-9abb-2c8f6ca7c54e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,f9cd8ab9-cb15-4ed5-be55-fbbfdcf5f1eb
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,d446c5dc-1c2e-43a5-8730-dc0cecf7d249
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,41b89cd2-7b03-47bc-af9c-4835d2ea5f35
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,392175ea-f478-4ccb-8d8a-7327fc7412f3
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,585de26c-7ce2-4f17-ac5d-e06e9cc717ca
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,76f9d5d1-d6e5-4d6f-bb2f-f9799a4a42e2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,3cba6dd3-6126-4955-9441-2217dc9bca00
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,8335a226-5cd8-4d85-8a0e-e62e490de39b
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,40bb5134-57a7-471d-a58e-ae7841939bde
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,31324135-91e1-49dc-a539-c952aa9b4c74
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,47b3929d-f6fe-475b-8d57-b8b816fb48c4
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,5a8da81c-d905-4a54-86c8-8f8e406d5025
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,be4492e8-e7a1-406a-93a9-24712bc3edb4
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,dc3c5d51-f0c7-4b64-8f9d-2fc5dfafcdcf
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,a7d1f85b-42a1-4c29-9512-40283f63ff60
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,cd2fc9fb-ae0b-41f5-8cbb-2c3aea226ce0
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b08ae845-072f-49f4-816e-f38a217e3921
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,3e817666-d93a-46cd-8237-29080e6ef7af
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,b003de4c-a256-4ccb-b08b-0a3510bae16f
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,e8a50d6b-bc75-45e6-a33b-05a199805ab6
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,3eee06f6-0393-4c37-9389-1cfc952cbfdb
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,0ae74b6d-8b9d-482e-91a1-c3c1bd111c98
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,761e3684-1908-4e1c-9ad4-bdeeace47179
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,397d18ad-e486-4a13-aa9d-444d4180ee6f
+US-ND,North Dakota,2021,technical source: EPA eGrid,CO2,0.02310002550592692,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,f707125e-8c56-4354-aac0-ce9b9e7fd719
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,699f9f80-9e2d-4bff-9de4-9eda04d223bf
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,1cf0a5c5-fb83-4bc3-8360-5676ec8dcfcc
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,98a43936-57cd-46b3-961b-c3b7e8b0307e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b3b85380-a182-4a3b-801d-7196eb5d30b9
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,b4ef05c1-5c16-416f-ab4b-229f47b67791
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,38b83b14-68ed-4a9c-85fc-100552970897
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b90485ec-b1c0-4f17-9a82-9c6173660a98
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,aa298ea4-a7dc-43ef-8acb-d72a2766d6b4
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,ace60609-7c3c-4549-96cf-ccd24dd891d2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,6bb14b04-4897-4df1-b6df-c98af2d908e3
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c744a392-bab3-4f39-94f4-44d30afc712f
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,730646d5-4c05-4155-bf12-772ad6f47aee
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,774a98b8-faf6-4ffe-bbde-c1bbd41c245d
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,973031f2-2137-4f37-b70f-a818886d7568
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,93923d23-b2e7-4cfc-8874-c47e2af30238
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,d5e5a888-bf8f-441f-8fc5-3f0281375265
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,517bad89-84f4-4df0-ade8-f8682bea34f6
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,c21740b3-9d53-4c8d-86bd-ab7eedfb07b3
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,1cac38b5-2777-4bfa-b339-9dc8d7071475
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,e5299a4d-ebfd-4283-8c98-4cdb1dea492f
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,1365c41a-5798-4a75-ba25-67657212221e
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,15e696da-d4da-41a6-8a44-5cb2ad26b946
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,4442cff4-5711-4924-bdb4-53ec77518ed1
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,e850e6df-8ee0-415c-98b8-b3a3e067a816
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,f08c00cc-d58f-426a-902a-bb84adbe1db2
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,7c5c60de-6942-428a-ac8a-1da501a8beb0
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,063d1b53-f6ca-44bf-b118-cb58edb11435
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,baf75916-a2ab-47fa-93f9-0ac8b586ac5d
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,37ce2b89-ab06-4c0b-a944-b0201f6f1f0b
+US-ND,North Dakota,2021,technical source: EPA eGrid,CH4,0.00014534412021346635,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,d1c1b233-c5fe-4ac3-a3da-425cd30c6905
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,a2f6d0c7-ae50-4548-9462-095755c3cb77
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,c6c396b0-acd8-403f-9221-1cc35ef4fb8b
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.029,f7da8976-d23a-4ccf-948d-b9da3125125d
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,5da96a6d-29b2-4cef-8410-95925f946389
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,23433129-2991-4964-8b02-39d6096362ec
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.029,22674df3-40a7-4392-a730-f5d73864d858
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,2820fdb6-ec06-4bb6-a082-c5ec912a4eba
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,01a87b88-3adf-4e54-9b8d-c5f5a007d75b
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.029,48d0ddba-6043-4421-b472-299cb0bd4cd7
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,9001d30d-dd8b-466a-90b7-392fbf5e10c0
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,6b202f08-193c-4f79-9529-0bd62ac9bfa5
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.029,0f808eca-934b-44ed-a674-a82e36990a1c
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b7a16fe3-26da-431e-adc1-c43dd36da890
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,e8b51215-86bb-4896-9607-7ec8256e6595
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.029,04581228-56ee-421a-ab98-02ead88439ba
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.029,fecfa71b-a1b7-4009-b3b0-55c41a4a3b90
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,02adb2fd-33de-4450-abd9-c06848a341b6
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.029,5adb45fb-c29c-42ac-a8d7-d181bde11963
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.029,5e16e2f5-1489-4ca6-b34a-f7b76faec8c7
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,93014e67-a440-4610-bd28-7a67b09f04ae
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.029,3562a833-e997-4b0d-96e5-7442109f0a04
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.029,b7dc75b2-c627-4040-a4db-a2c02b22859d
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,1c1db076-7c94-43df-b215-fc4f2ba823b0
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.029,f7fbaaa8-ed2e-4bc5-940d-a67bc4ac4977
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.029,99b62f97-56e5-40a0-b9ea-c25a249c9adf
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,db7fa961-1114-4ef7-a9c3-7f2cb697e8a5
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.029,9115f1de-6dd0-4087-98c2-333083716df8
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.029,fd042724-9411-4822-bc9a-231f6e758c9c
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.029,808fc5a9-6744-4c78-9067-e9ed08ad3d86
+US-ND,North Dakota,2021,technical source: EPA eGrid,N2O,5.288467377730523e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.029,23c0dcd1-8c40-475f-b2b4-9d699bee42fa
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6dbb083b-cb38-4bc1-9a71-2eeb9866b322
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,730e83c7-ab5e-4afd-9f18-30e310b6afc1
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,f923ff99-53dd-4626-b331-a77661050b4a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,3f8d6acd-e23b-4d7d-9c62-13dd9c185358
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,9288aa6e-390e-4ed2-8f78-63c8cf0acdcc
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,53f62610-e8a9-4bbe-bd9d-457bc2b6a48d
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,88693aeb-3297-4de4-8c78-aeea0d14f214
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,df5efa52-5281-4b4c-82b1-f022f5a9b409
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,1f4c5c92-b2b3-4bfa-a7b6-33ae5da33208
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,394d0ce5-bd86-447d-8831-fecba2c22635
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,a98cad97-8f0e-4d59-be62-ae81e90db280
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,5eaadff1-f793-4fb3-abe7-8e3088a58e29
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,8b230bc0-9933-4546-90e0-f07e590d9f28
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,51ff6c3b-fa9e-465e-af50-8e489c49d797
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,db85396b-715c-4ce9-84ce-e8f01ea4fcae
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,878ea127-26dd-4646-b009-8725f33602f2
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,bb41a14d-bea4-401e-8a1e-6975746e84dc
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,0b673744-4277-484f-a586-410919c431f7
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,9f4978ee-6b1c-44bc-ab0e-77948b24c190
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,04372a58-5f6a-4c19-b2cf-fa62bfb6ad6a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,cbd93c2b-e4a9-4732-9182-3d92b775e867
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,bb13d2f5-5abe-4113-ada3-393ea58467d3
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,227bd5e3-c83b-459c-ad6a-9e3efc24722a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,766bf79d-3d87-4d73-b481-9512aca9c4ef
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,d0bc1e9e-7119-4e2d-8a6b-0b3d268a9deb
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,8a6d7dd5-0775-42b5-9256-0391c3bbfddd
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,104a3ee5-6d29-4c8b-8f14-f624c85ae7a4
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6cd1c729-1be2-438f-bb8b-d211d5561398
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,3b05e04e-6aca-4093-8743-f2a861e28218
+US-NE,Nebraska,2021,technical source: EPA eGrid,CO2,0.01938522831604361,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,a0860091-9b99-44eb-89f8-ac9516594233
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,2032a3dd-8a3e-4ded-b837-a7ac1910c8f0
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e447ff63-5bf6-4500-944c-44029ae586b6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,9ad76883-e01e-419f-8deb-5d24c0841b2a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,ba64f5c0-7671-47e5-93fd-1a3037110a73
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,f752041a-1ef0-419a-b483-0a0d68fe093d
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,fa6cab62-fa03-42c8-8c04-7679017071cf
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6df448bc-fab0-4938-9476-b47495254c7b
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,110f3795-fa24-41a3-a48a-5201371f4129
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,458a661d-3893-49f6-a5cf-e6ebc4b15433
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,a0e1056e-0903-4a09-9eb6-68daf1f9c554
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,8aee34c5-704b-4caf-be4a-7e32978e0ae6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,a039ef6e-7337-4914-8019-c8d902efd730
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,e0a557aa-766a-48e2-860c-3e6a8069b518
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,5adc4a3b-dae6-4b3b-b2c8-a1bf1e7329a9
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,4d382f80-00db-4038-9e25-2a8f321718a0
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,edda9fda-c2af-4a14-a51d-fbbfcfbc3313
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e24d9d2c-2b66-46f1-8a8a-9a41c0240db1
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,88ef1e55-63e7-4625-854f-dc0bfb1f22a8
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,c3266d93-5204-408d-a24f-6cea7d352395
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,fd8a317f-a3ff-443a-88fe-7709126d068a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,7a99bd25-e8af-4acc-b040-395616313ea6
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,ac7a13fb-31e0-4bdf-9a7e-28eeaa39fa80
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,bce7a0f7-86e4-4112-8782-2c4a5a08926a
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,0dec8747-a936-4ab9-bc36-ad90f51e639e
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,cd425b17-bba8-4c5c-ae8c-62a2e590145c
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e6a79ed1-cd2b-4510-9773-a80091293987
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,746ba9c3-3988-40ef-8c35-e1460a128c7f
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,17ac9474-3668-419f-bed5-9c14a2d975d5
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,a73d48b1-2ecf-4b7d-ba01-e39bda653736
+US-NE,Nebraska,2021,technical source: EPA eGrid,CH4,0.00012197081574691865,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,30419ece-e9af-4627-a469-517499dc232e
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,dcb633c0-eb25-451b-8eb9-c8f7e32fd0cb
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,798aa148-4cb5-4154-a394-0286e4bca87f
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,4664fe2e-e0aa-4bfa-ab84-eadf9327ddb9
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,73a8eb80-44e3-4058-a284-4476b1631ade
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,3845d226-93e9-4437-8a83-ec5a81d497a6
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,c790c811-2fda-4bb9-bb96-89e6a5c0c336
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,b4d01a88-4189-4c58-872a-ba44e226d903
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,42f29a58-cbea-4f5c-806e-99cf62692df2
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,b306f6a9-2686-4f86-8011-394dcbe98ba5
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,32f12aca-920f-4340-9253-9d2c0dc93795
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,6b9b370a-0e65-470e-95f8-5b4d059f31ab
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,e5faaefb-673b-4ca1-b477-4ae28303f6df
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,a3e8c53a-45ab-4dc1-92bc-65c0109b81e1
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,fe12b23c-8d8a-47a1-9115-47058a23f95a
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,fd3c8de2-7e95-4f69-acd9-fb076755b596
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,8e905a52-7303-4501-9684-420d0e910a46
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,985481f5-c9b7-4186-8cd8-6c57bc03bbc1
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,59910173-9239-466d-b297-473389f3c1cd
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,283bee70-20c1-4db4-ada4-8d4c463d40cf
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,879f9c82-b7fa-448e-9ad2-7015edce4c13
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,c3215ebc-5274-4466-aed3-8b3dff2052f4
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,db4f8336-6146-4a51-be4a-6cc26d439641
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,0395a2bc-80fb-48a6-adc8-9b50cb157fdf
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,9ea5203f-86c1-4cf2-a9a3-71e8b9a44705
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,61df564b-6d07-42ba-8424-1294ce98b48d
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,bad05a25-e723-4319-aa0f-cbeb3e5ba758
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,83f57e3f-0a9f-4b4f-937b-1e28d0b5ad05
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,2af008e0-5e09-42e9-805e-8eaa978b5ca2
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,00eefc99-dc64-4c08-bbbb-b592db635702
+US-NE,Nebraska,2021,technical source: EPA eGrid,N2O,4.43801014561438e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,7abe12f3-916f-424b-9d6f-7c2581e425a5
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,307e7655-2d7e-4b27-a70d-f20726bbf816
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,145a4d22-e929-432b-bc60-c6deaf97780e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,cd4d6741-ff27-4e93-9658-a9b323c4f61d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,09bc1046-7c21-4988-9ef4-eccf52fd59f2
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,564fa94f-80c5-441e-ab8b-50d1f8aecafd
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,84ef1cdd-fb71-4ee5-b738-8a7c15cfa83e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,e399f454-2de7-4d1c-a695-bf9f300e6765
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,876e32b0-7b05-40ca-9fc5-3054a69b5ad1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,a8842394-cd3c-4e60-897e-836f492fc885
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,29350a46-b1b5-4090-91c8-59ae033edbae
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,67055a34-7dca-4e4a-a41d-9730e561cc7a
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,699721f9-fc28-45d9-8f7b-6f0a160089f2
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,00a3fe2f-b0c4-4142-b80e-6ccf27414b41
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,19e27245-7a30-40a4-a7ae-2ccffc6b2935
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,924cb721-a212-4e72-a50d-e6757615b164
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a83775d4-e549-41b5-8af0-9c5a9d85a446
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,ad92966e-4150-47a8-9e13-16cb30e50078
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,ae7ba7bd-6912-4484-95b8-e1a30d2a1bfb
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,b7727e4d-d4a8-42b3-ad53-8c924a2a025d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,9f430902-3432-455d-b4bb-3ab84ec98035
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,3d9b934a-4151-4c02-b9e4-6fef196cd737
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,d85f35dc-0dbe-4990-87e8-0bb2e708f27a
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f84c3fce-add5-4526-9462-5c64f76c7047
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,8e78566e-ceb5-42ef-99af-294a47faefd4
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a380ee6c-668d-4273-ae32-2f5a4b280868
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7c23219c-854f-4527-8836-9bfd82ed6a57
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,0dd256fa-1e34-40bb-85ba-cb625e50820c
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,e92d03d9-891a-42f3-95e4-4ce3314e3592
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b5ed3dcc-3cb7-433c-a63f-cd8627e3e0d2
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CO2,0.0052672446426866625,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,751125ec-a81e-4b15-b9fb-95dc78d9fd8e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,135ed8e9-e61a-4c12-a83b-75e3b04a4682
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,350e04e9-b359-4f45-8731-14a5c82fc672
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,9848ca06-dfb9-4675-9e93-5f649a67b795
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,ddf76f34-abc4-4b11-8bcd-f828379114f1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0a0ce4bf-3546-4d41-b026-2703da6d037e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,1e5428f8-079e-486e-8541-6ae09989cfb7
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a29263f3-607c-4ed4-a79f-4103982e751d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2501801c-4ec5-4894-8abc-1eb5d6bac778
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,ef409d21-5287-4964-87b4-c8e2dda047e2
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,96376305-b477-4f9e-9d82-184ab67ef672
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b047db32-c91d-4f43-bb62-439bcfcccdf1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,81aa20f0-b840-43c1-b03a-29df672fb337
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2369e27f-0f52-4934-94cd-c169ae467bdb
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2916b0c1-bfea-4d6b-a58f-3f70926bd7f0
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,99d2d836-b32d-48d2-8131-0dbee81e63d1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,02d7c89e-a585-4290-ab8c-c7e3b9aaa307
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,29875d49-7aa8-4c66-b78c-e8c1cc71d7f3
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,a3108e79-5c14-422d-943c-582be2324155
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,b0d6b381-ef48-4abb-9236-e69098161efa
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d817c92d-c05e-4f1b-99b7-5b2015415896
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,7e7fc6b5-d75b-4316-aab1-09374cfb88f1
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,c1708194-a7bd-46ce-83c8-4972db79b49e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,53113221-b8eb-4600-ba0f-d9c17f33e322
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,16ed5c6d-4719-47e2-8f2e-6eafad006c25
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a6110913-b64f-4977-b146-94f84cc75c37
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,8d798953-bc8a-4a5a-a95e-6ec64eb9064d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,189dc575-57f7-43d4-9b14-086112f64eb7
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a49aefa9-9d04-4520-a0f5-b0e1ec28adfc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6c1a198d-01ff-4afa-8435-fa917bb5c287
+US-NH,New Hampshire,2021,technical source: EPA eGrid,CH4,3.3141220486702985e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,86388c76-72c2-43c0-b3ee-112ff6722c05
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,525542c3-f891-4470-b777-b591adbb860c
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f3647e06-e0b0-43e6-8e09-e6740668794e
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,300ccca5-6839-49e5-b8e7-2739774e25a8
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,63716874-1108-4d82-b833-8a335c4e9375
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,8f50eb5a-5376-40ba-9230-6d5a1dee7e6d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,7df1e240-b94c-45b6-807d-c6d7fba25b73
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,9aa1ff7c-cbea-4b52-be52-d62ebb381fa0
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,be4d9fed-c4be-4911-940a-b1e6951f24eb
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,3a1063ba-fb9a-41d2-a055-4aa7aabdff26
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7d82a281-a33c-4ddf-bd3d-b4056c09afa5
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,96e6cb48-8ebd-41f4-a10b-7a621ed0f252
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,50bc4ea9-8581-47ad-80dc-164258438c61
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,634ba8e2-e125-47a8-b33d-118159445604
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,417bc25f-f4a6-47a1-9803-f70aae9d2666
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,5ae8006f-b340-485a-8a9e-ba4c04b9d802
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,da92a4cb-28a9-4560-9d73-6d02ba878b8d
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2b83d8c5-4a07-47e0-aa4b-910edc360457
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,e2f44f70-0e20-4f49-8efa-3e4a52087279
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,dbce5724-0fdb-41f0-aaef-0941d57e89fd
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,72c3fed9-9028-48f5-a9b3-c94a06d74707
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,79643624-d2c8-4607-a676-0d006d1a2046
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,901973c9-c541-43f7-97e5-75915345ac54
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,39cbe1a9-c384-4cfb-98e5-ad1f05d7c9fc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,7c6ff67f-9e5b-48df-856e-fbcd3e743cec
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,e9f993d7-0696-4aa9-b3c2-c7b8dcac0dda
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,132f692e-9161-4405-a4f0-500c1e53f9fc
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,66ee78f2-d8da-4cb0-bec3-c0e76cccd8e8
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,4477ab35-9571-4b3a-8b4f-dcd09c27fc4f
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,55b7f78a-b20b-439f-9d2f-96d891b2d7fe
+US-NH,New Hampshire,2021,technical source: EPA eGrid,N2O,1.2058710262561041e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,57fba3c6-9601-481e-8496-9d37f92a635a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,0c56bca9-5118-405e-a2af-2df7ab1b1d0e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8960cdd4-a261-4083-ac73-7ff1501380c5
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,8cbba757-539e-4b31-9112-a66da3db41f6
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,7fe1b81e-6e42-4ec0-9970-6fecab1b7dd2
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d8227959-0f4f-4941-8e95-d8997a3e4a60
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,bbf9bf49-27b5-4744-b2fd-d4758f0aa578
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9ecf2876-8f3f-41a6-b925-aeb2098c5490
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6e37c434-3107-4192-a8e4-86cafa480f19
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,05a39f39-cc1e-4906-b3d1-a9e91610b2fa
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,e9435572-69ea-4c7a-9ce3-c9ed94506fe9
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,2a45fa07-4ed3-411e-8874-6f5644c800be
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,71f1bc41-3677-402a-ba19-f1f2f9274507
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9a1d5d9f-b582-49a2-9c77-2f6f550fd8b7
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,05b07ab3-a862-4412-8a77-8a0d3c0b9771
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,ca98be4c-8e87-462a-8a1e-fd8f05ca2ad3
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,741d3603-93e9-4865-b36b-29d7e9a2b20e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,47c3f473-7b3a-4210-8149-b7091a3a1313
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,91b2f964-d253-460e-8a54-3af9fa7531e0
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,970ab63f-a7cf-4a73-87a3-ad3c0d7be823
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4f0d22bd-15c3-499a-99cd-55414dcf3ebe
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,8fb384dd-6402-4f31-b03a-c6e43ce86814
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,d59d5258-596d-4d9a-b268-45a81553adc8
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,20aaf5d7-a88d-4a78-a8a3-a9448d4ec63a
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,038c3c79-8f29-472f-8f34-42c37e05ab89
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,e79f40c5-8248-4979-a617-80e2bb5e1877
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,abbf3b2a-9248-4457-829b-dd017d005e8e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,edde7f92-413c-4cb6-8b64-a41aaf18a878
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8ce3f4d1-03c3-4394-acaf-9e25564943ef
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,fce8e924-ba53-4f65-8905-4c571d32a4ef
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CO2,0.008261081897773954,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,3c1f04b4-de48-4d63-97a8-0e32d6796090
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,93ce570a-ba8c-4ea1-a016-68573b7fe620
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9cfacc51-1ca7-401b-aa3f-e14545813e11
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,3b813cb6-bed7-49ec-8d14-cbef6898f842
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,24d314c6-e73a-4d15-a962-91fbd8af8348
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,1e47a4f4-9f86-4aa0-9b28-371391642af0
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,bdbbba80-ab65-4b08-be51-f2cf7c32c809
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,47aaf8a4-c970-448b-b0c8-ea4bce470937
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9df1c8fc-7e56-4338-9864-6477589b71f7
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,8b0cd855-8bd9-426b-bfd7-8999eb636932
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f5a4eac8-6de7-487c-955b-cf4e3097ef89
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,97229847-e5a9-4df9-96d4-a3523b8c1c14
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,19c36650-e0a8-4a0c-b15c-613a003a4eed
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,249d2d80-ebcf-4e42-ac8c-cbbdc83d6c16
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,bf1c351a-7ff6-44e3-bebe-08d418745922
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,6f6cf183-5c5a-40a6-b415-7e5e28e0cb28
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ee3e0112-ec64-413c-b31c-a5e073cf5a9c
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c3e9107c-33b5-4172-b0d0-aa093a9e0311
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,e1c913d4-1187-43d7-ae23-c703102f33e0
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,69004ba0-0878-4678-87e9-2081f665c9cf
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a3332815-f65c-4890-8391-ee5fe17752db
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,209ecea7-dcf8-4e4c-9b87-5d879b263807
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,5eda33fe-8dd6-4ba7-be0a-bd67a43e5dd8
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6e36b087-fc15-4910-875a-28be1701de49
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,4221336e-90ec-4e70-85ae-325c6f673cc5
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,3a524bff-839f-4570-a920-d7ecc63b4896
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c432c2cb-70c3-4925-9c78-38bb3e697850
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,509b546f-59eb-4f31-83e8-5c90a4e0a067
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,b8588d93-f8ef-477c-9ab4-66fcc589bcdf
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,b685fc5e-f401-42a9-8e2d-7695d260c5ad
+US-NJ,New Jersey,2021,technical source: EPA eGrid,CH4,5.1978283752772367e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,57b0bce4-8e0b-44f9-bd84-869626614671
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,195f6216-c899-4fde-93b8-4cca85471c6f
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,78edc95c-63e1-4ce8-9bcf-9000cd2a78c2
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,8d444c4b-1ef6-4ca2-8178-1a038c28be72
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a415dce3-2a2d-4429-bbf4-b3a83a85c444
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,7cd7dfa5-8a15-4ea4-93b4-5dbfc509c046
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,14160e6d-8be4-4acf-a392-a0a43ab9438c
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,3bfbee47-70a6-4eae-9d46-e0244d6e596c
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8751c9a5-63f7-4171-9575-a307d190a905
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,2dedc420-6e9c-405a-a100-b9dade9942c9
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,790e1c92-6644-4694-ad3d-29841d7b3e15
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4609488c-d39f-411f-ba79-bb43ec7c0a56
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,3fe13ee4-948b-4bf2-bc33-aedb15412048
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,432d1464-4297-4178-94ab-abc74845f881
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9329f750-3eac-4b5d-83c2-dbeb7b1da647
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,364ef31e-8b48-4309-9dbe-6aa221d0e1c9
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,699850f3-3d57-4924-8e95-b6520fff018c
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c419d9d8-11ba-49aa-aa3d-6fb0c3b4a104
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,6a50c249-c6cf-4e4c-a5ff-abae18bfbae6
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,60a25f96-4a2f-4b77-9bd6-d2041251b889
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ad928415-e3d6-4256-b310-1ec21afdfe41
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,a87261a6-affe-423c-a45a-86413b521888
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,47ff3318-64a5-4eee-ab97-d6bd7aa33c75
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,86b47742-290b-40cb-85cd-57487ad4e73c
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,adb160ba-9186-4b1c-ba1f-3d1e20a1c5cd
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a088d6cb-5979-4976-8683-5d48d6df12da
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ce618269-8e20-4336-abfc-4b669f3a62da
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,aaf5cb9e-5eee-4e57-a1af-e1311237721e
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,358fb495-ab96-4d70-871b-04327de84a0c
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c197a594-f66e-4613-a28c-293164919b50
+US-NJ,New Jersey,2021,technical source: EPA eGrid,N2O,1.8912733282449528e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,2e419b22-0c99-4788-b4c5-3b4947512eae
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,33a64b7f-4a85-485c-b07a-492d7c114e05
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,720ee54a-bde1-4657-bc33-283ee5ad284a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,32427a96-0cbb-4d87-8b12-850e10a8783e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6590c2a0-0d4a-4255-8968-f1977fc35c8d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,a803e436-bcf5-406f-a893-9cc141446d32
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,4b83354d-edbe-45ad-b83a-729af66febef
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,f5a03caa-b9fc-4a41-98c0-07b6d162fdbf
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,013f1263-3857-4fcf-acd6-a7e6cec3a2ea
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,b6ea9a69-58d0-451e-aa08-0ca957b7ece0
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,28f443f9-3f73-4256-9715-9184fa3407be
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,3bacbb18-2427-4dca-9e5e-95c8b9f89949
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,4c0d3967-29ca-4b95-9aa8-70d73d04408b
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,6d998f72-00b8-4ad8-b8bd-e2e642701cc9
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,8f08d9a5-85d9-4517-844b-3516445f58ee
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,16c1c550-6cf2-4aeb-a2c0-aded3e9ace6a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,cae327bf-5c2c-40e6-a334-d063f575867a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,7b26e879-d6f8-4636-9a5e-f15bc17d7dcc
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,035299ef-0f28-44ce-add6-b8af1d361283
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,875b8e23-567d-4dc5-b172-54b7a4879020
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,75876316-6026-4f41-85eb-e72ec2d66b5d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,765d5b79-093a-4e09-a3c1-41befc48e65c
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,b5976451-824c-4c64-9bc4-0f97784b007f
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,4bd0264e-a461-494b-a831-8a36b6c60805
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,24f25077-dc1e-4950-9bc9-ed2d6b7acc6f
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,593ced50-f833-4a1a-aa63-fb2b3b95ffb3
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,68dfc9f9-19a3-454a-bf95-f6ca5f7d8527
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,8c4c1a44-4b75-4fc0-ad36-475697b86914
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,b678a1e1-1aff-4a1a-a54d-f37b75e1dcd5
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,5a3e044c-c344-4d84-a37a-4c533b30131e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CO2,0.019507058302179216,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,fc3513eb-02c2-4388-bd53-3e59eaeb921c
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,dc351438-e978-4a33-b0bb-69fec8d5c374
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,76187521-5acf-472c-b9f4-64e06438931d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,9db0cee9-612c-460a-ba8f-edc19e23a99a
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,4fafad76-ee6f-49a5-8183-d6de54bcc67d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,3a93e20e-66b4-4059-aba3-5f66ba68000e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,d4d35707-1ce7-429e-ac73-a3598adf258e
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,42f0fdd6-63ee-41c8-b784-e787472dd626
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,c5afe1c7-9b59-4e3e-8f8d-737eadafe484
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,411c742d-5839-4b88-9bdf-0912f6ca50e5
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,5b3dd744-ebb5-4e16-af11-f6f97bd88a8d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,f7fda24f-3a55-4d81-9ede-80b247b5939d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,752a5e0e-6281-45b3-afd5-269c6d888dcb
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,031dadb1-4dcf-400c-8e87-7c4db7ed5518
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,29f91c33-31c5-4459-8895-7b37403ec30b
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,3e14600b-7590-4bef-a232-98a0ecb12424
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,a5d4d2f8-957e-4118-bebd-f0dbdebdab32
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,76522ff9-727f-48d6-924b-ae95f5059e57
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,dd0400f6-4447-4668-a40f-82e61329b5e7
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,ad27d129-d069-47ac-80ba-3d1003d5dec3
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,2a59b7ac-22a1-4707-80ca-87ff3e34c1b3
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,a53595b6-f477-4da8-8d5e-6eefb0059664
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,15e50d40-fea7-44fe-87c8-14b6acedef7c
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,7c4f463d-f59e-498d-ae1c-d4802ad136aa
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,e71acf28-d329-4a06-ae7b-911b1bf27115
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,b6162028-130a-4d56-8425-03567098e4af
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,66c1ae03-bb56-4250-92aa-e1d462a48928
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,1bb08aef-3d73-43d9-9b67-d3249fc4c3ce
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,32dcf992-16d3-4805-8cc3-f417270f218d
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,bc8636cd-1e35-4d69-abda-8c1d422a8bab
+US-NM,New Mexico,2021,technical source: EPA eGrid,CH4,0.00012273736347847658,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,ff24a8c5-6cc6-4085-918b-c06687f533b5
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,cad7a8e2-7d66-4809-872d-f903f033da65
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,02c236a0-3bb8-4a23-b568-6f6659f5e000
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.024,1b15a648-5e74-40d4-b097-f36d982315be
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,d4496c48-4a31-465a-a80f-108e851a0248
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,e6237f44-2c3d-4190-91d5-1761778d1539
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.024,e49e3eb9-fa24-4b0f-b99f-be02b432bce7
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,8f794ec9-3fd7-41a6-94db-16b004cf5adc
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,4773aa96-f980-481c-9fde-0eb04541ed70
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.024,6160fa87-ff7b-4e8f-b0fa-3fb2eb06d0a1
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,77b167a2-f038-4269-a19a-c97133b45db5
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,14547e4d-9c97-4eaa-b437-4dec60a971f9
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.024,7cc793af-d5e7-45cb-90b5-97a79463b9e9
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.024,eba6fa36-ef27-486c-ab94-093527ea1de9
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,f55b2ea7-153c-452a-983a-fae6e8628f6d
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.024,36908c9b-0c3d-415c-a39d-7aa38b0b36d6
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.024,0183324e-9c20-47ec-829f-3eb4a09c82e6
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,4d97f345-7de0-4cc4-80bf-6eb234046079
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.024,f843bb87-d398-4f56-b8e6-81651f6d2166
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.024,213ddd02-fd10-4ab5-a6f2-82e3cd31a293
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,8435aa2c-57e0-4c24-b88a-19f43f0b82f9
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.024,ba385722-5dec-40c5-a1b5-dc3ff3e315ea
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.024,25cdd405-73a6-463d-a3b0-f7752a4f10e6
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,ed0a580f-0d71-47da-b6c1-857d88456453
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.024,ab64b6c3-4cb8-41b4-bdb8-87be391f476a
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.024,ba74f4e9-4078-48df-a888-ef47bd0b0600
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,63591f2e-59f5-4181-a7f0-57155e574b48
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.024,327cd9d9-edcf-4d04-94d0-841d258c559b
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.024,0637816a-3621-45ab-bdfc-a2b282d93d7f
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.024,ef016fd6-3c45-4141-a072-c827ac04e12a
+US-NM,New Mexico,2021,technical source: EPA eGrid,N2O,4.465901625956781e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.024,82a3c0aa-8300-4388-ae81-3ed3674c83b6
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,d31e9e7d-b825-41cc-9b31-e8c75a735551
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,1099fa09-d2e5-41b1-9726-0856f7a20a3c
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,a50478d2-c512-4d0c-93c8-2620561e0b2a
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,19f6d083-838e-4b74-b009-40cac132412d
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,82307395-4639-4ae4-9c4b-b60b4dc72c2e
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,f5b040a8-536a-4ce0-ae23-b73660355604
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,84634890-dcf9-4640-b993-da1ee4cee0a7
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,cdfdcde4-67f4-4f73-81d2-ac79280b0862
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,06dd0e6c-28a7-45c6-bb4e-b4ac48156bb9
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,cba6eef9-c41d-4b41-b18e-91b133f45600
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9a96e626-956b-4be5-8484-97e9542d08b5
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,8bf2dffb-618f-41d3-b3b9-23848de3e470
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,f9f47ac3-ce65-487a-8d1c-14e2edf59b75
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,5f707784-7f37-4f29-82ff-cbe0a2bf5f56
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,8b80b149-d2cd-4bcf-a601-1ebe75d2a1ee
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,7e97c520-72e5-4549-952b-be3ec6a1fd9a
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,437d4042-a19c-4f13-9429-4c2cf67615aa
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,1bf549f6-d9db-47d4-9c52-ef320e6cc49c
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,ff3b94c6-5ac2-451a-ae43-5b960d5c8e95
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,d321b2e0-8671-45d5-a7b2-d509ad007e73
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,01b66213-5192-43a6-8d88-7a7636aabf0b
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,491ce89d-a039-48e4-87b4-e962f9d8317a
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e5331e46-4944-4421-af7c-711c5bff8ddf
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,63d70a59-78b8-4b37-a0e2-27afb63bfbbf
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,90e5fe92-94eb-45a6-b411-0e4ffc633442
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,959d09c8-f6bb-406e-867a-7839f2d39c8b
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,65d9d0b4-5674-4498-b7d4-d6783c0cf27d
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,0ef08d0c-c8a5-4f13-93dc-d60782a19852
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,2f823b91-e2a4-4ef5-a820-8dc624473f99
+US-NV,Nevada,2021,technical source: EPA eGrid,CO2,0.01225761841138448,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,620e1648-b6e3-400f-a1d7-8790c702779a
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,5dd9d4c9-26a0-4a87-a80b-21df9194193a
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e2a24d65-a2eb-4655-b6d9-10e31ec25a36
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,ae9b2e9e-adcc-49c0-86ac-c501fe31995c
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,0654e86f-c3c3-482c-9fdc-d98eb41adfa1
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c20c2557-7264-42ec-9905-22e08c95dd6d
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,8ed8a1f1-180d-4511-a315-4ba04ee8e444
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,a0960432-3c9e-4709-aa42-ce0b87ca18be
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,80c67b35-434b-49f9-8dd4-b9bb24835331
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,ca2c0fe3-913b-4bdd-85ec-7ccff489738f
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,76d71142-667a-4f7b-be73-23e89ecef2c0
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,199a292a-18b4-4194-8434-17387d2956c2
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,7e7b68cd-2986-43a3-8b90-412c4961c175
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,f5f666f5-fd75-4426-a18a-580529911a8d
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,79ff2efc-718e-4172-8507-fa7240f67444
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,8dc18b83-fd4c-4ce0-b35e-4290cdad4d33
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,792dfb94-8016-4060-8096-b65f2e04117b
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fcd815e1-29f5-4912-aa14-88ec922441b8
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,eefc25cb-265a-48fd-803f-dcd909694323
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,29d9b074-903a-42ef-b478-726421f9e498
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,95e855c9-bd45-4418-b1e5-1a4dad596f9f
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,a128bcf1-add0-4968-8eff-60410443332f
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,87856d88-f510-4273-9b7f-5166d88f547d
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c2c67724-c11a-4651-bea3-ffb6503458f2
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,e951099a-5f43-4bb8-b35f-889fb5348c05
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,4eaacd37-2d14-40b4-a2a1-b175b3141a79
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9df7767f-dc76-48f3-977c-f61eddb3c7d4
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,f087fbc2-9ceb-4b2c-bc1d-b06e9dc4cd20
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,35da0626-8b9f-45a7-a106-4da72dd3ca1a
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,93c250a6-9bba-4a76-b865-335c3b8caca1
+US-NV,Nevada,2021,technical source: EPA eGrid,CH4,7.71242769172681e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,dec4ac26-18bb-47d6-ba5e-c0211263e3c6
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,72cf4466-3537-49ce-8328-74c995e2e7c4
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,a4dad8b6-bd9b-4d8e-a6eb-fa46211e109b
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,08f879d8-0fa2-467d-ad39-d3cbfd9dc6bd
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,d26eeac1-ae73-436f-a487-36d5d83cd0c6
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,19fbbcff-d6ba-4d8d-9df6-e17e31770950
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,c16b772e-d3a1-4fea-9f15-aeb48dbffb65
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,fb7416fa-4b0f-4dd1-82cf-8782ad77c0d6
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,203f2144-7894-474b-815f-aef6d85157c5
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,7f916312-269d-4b6a-9fd7-1c187177c51b
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,98c0c2f1-203f-4053-bc19-5da66826f843
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,bdc7b098-2011-478e-952b-de87ce3f3ae2
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,95cbd473-d5e0-4c47-aef0-432117bb319a
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,526c75c8-c6a8-4e07-88e9-791c5332e6fb
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,9a147c44-016b-40d1-8573-fa458c8c08ac
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,de18ca1d-1cdb-425d-be64-5a67b6992b1c
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c989510a-edf5-40de-870e-816554664a36
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c542d494-ffb3-4ffd-9192-128c94608d12
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,fd60d677-5d2c-4c4e-8511-02fce746a3f2
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c26e5307-39fd-4baf-a70a-c1d34867d1fb
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fc602d86-b1d4-4f8c-8ba8-aeeae14f24db
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,84354b4d-b2bf-4673-909b-595d8ab73ad4
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,26134bb2-c745-4039-86dc-0b9d86c05f2c
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,36f15eec-dd1d-49f9-b8df-aa33fbdc6db6
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,7e501bae-e819-46d0-b9e9-75fde3e3c618
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c21186b1-2eda-4fbc-ace5-beaed39fd2a2
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,155d7e2a-c786-436b-ac0f-e6fbd4ffa192
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,c9bd6c0f-c541-456c-a9bd-903bdc6c6dd9
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,681c385b-c91a-4d2a-bbf1-1e685baa7004
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e18f2ce2-cc3e-401f-a88f-e825aba5cb21
+US-NV,Nevada,2021,technical source: EPA eGrid,N2O,2.8062313212876557e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,98ad79a7-ecbf-473b-8d1c-6b1fd11f78c2
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,2f3f00fb-95ad-44de-af0f-0c946cae8c02
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4b52ffd7-8ea2-4e1b-9655-aaf199a4bf9f
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,b0b469be-803e-4e6a-b43f-189ae648483a
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,04652161-9f42-4571-a15a-4f6a3bde2f78
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,f2b05a9b-f031-4ea9-b071-6b94df4f7352
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,9d847af2-a645-4b0a-8759-5690acdc8f45
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,4a4b3ad3-0f4f-46b7-93c7-ab62381511d0
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3f09ca2f-917a-43c8-b791-ba1b8ff105c7
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,78bb33ee-2327-4f51-9d22-51ea6727f330
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,6a6a99e0-3739-4901-a638-3b23d41946f7
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3e569e11-ee74-45cb-a2d3-ec5feba8d7d7
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,e183982c-2f6c-4ef1-b679-9077c2434efc
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,97b72ba2-7e2f-4461-a5b0-441955b032ec
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ad54fc0e-2619-474e-98dc-84656fe7349e
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,41618a43-5e22-4349-b11d-da6f6d731938
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,47af881a-a21f-4280-bba4-aeb53fdfcb53
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a587584a-709f-4a05-bded-15f14d3b27b8
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,110bc2ad-e524-4d50-abde-1aa2b2987ce5
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,019a641b-def3-45a7-bf12-848c139f8da8
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9bf19d79-8f2b-4e39-94c2-17333020f156
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,b5d2058f-5f30-4245-aef3-ac5101effd25
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,085466a6-e75b-4bcd-ba52-5e86b757d3fb
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,45fe9fb1-374f-4ca7-abe1-b772333dde84
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,ea4e1966-a560-48a0-924c-87792406df93
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,0b7e1f4b-0d6c-4872-8dd6-186ef303df70
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8a5221b8-ba80-48eb-8436-becb871ef36d
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,88f53362-e18f-4400-9d9a-aecdd3c86dd1
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ec39b85d-97b4-402d-b6ab-81420252fa7c
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,fb4b71f5-bd2e-4bdc-ad1b-b6126f86ce5e
+US-NY,New York,2021,technical source: EPA eGrid,CO2,0.00781457713595514,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,52f55b39-822b-4cd2-ae15-5076b38f2864
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,f72d3046-4051-4491-9249-adabda5f48c5
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,0a38855b-ba40-4641-99a2-7149815ec16b
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,c7a48a8c-c9c9-43c7-90ab-482a78acedad
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,9afe62be-493b-49bb-afe8-f670ca472ff3
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,121291af-43cf-4c4e-bbad-b3f7c1ed3826
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,f900c237-a62a-4ffa-9ce6-f06767a3c907
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,e0e0f72b-dbcb-4f91-8f87-c95c1c85a1e5
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9fc83294-dabd-4307-b8dc-0a9bd81d2c9d
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,3a76acad-8048-4015-9ad2-2c6f19960c15
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,6e3c80ed-121e-4df9-916a-515559d20c1d
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,554803dd-5e33-4a62-a6b5-f4e0420be258
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,29f2a164-a235-4610-a00f-7362f58554a4
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,7bfa40e4-d9ed-4311-9a7f-3b9c03926001
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,3ae82ce0-9411-4de5-9066-8236fc31a1ce
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,a9a99524-a412-41cd-9e0d-d86ef0dd7749
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,4afa3b56-1172-4e2e-86ba-028db9b5367e
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8f00e981-d35c-4fe5-b8c3-2d871a0b32b2
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,43e940af-831e-4c01-9b90-28e17e0e06f4
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,7d586bed-9915-41dc-934f-8da9dab5ac26
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,e4e348d2-1a67-4538-a02d-3a8e7248fee2
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,6b446cfd-baf2-4290-85d4-6d039336cf68
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c17c1b07-8b11-4466-927c-d4aeef7c2581
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a768384f-ac2e-4866-9063-9a4cb9788ce1
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,8477dadc-adc6-4753-9193-a180e861aae2
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,12d64f20-fa3c-427c-97a6-943de8e0ef8a
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d728a946-81af-493a-b34e-ab64dea8568e
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,5b89e4f8-ef92-41be-a83c-c844a6b2a75d
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ea41c58e-55a6-4d66-acf1-b2e3e85ed385
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,cb4c8ead-f0c9-449e-864b-47e2e33e7a8d
+US-NY,New York,2021,technical source: EPA eGrid,CH4,4.9168899764818405e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,38063ee6-f068-4304-99b1-a88d15fd6882
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,e9d3c5db-1360-449a-b274-e21cbba8a76d
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,733caac1-a820-43c3-a2ce-fce859b34ed0
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,1553c425-d754-462c-9b6f-0abb72097310
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ca995948-d691-4456-9b05-bf74c032b039
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,b02d67c9-d8dc-4c51-977e-09618844c133
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,ba0e789d-6112-4505-9d9f-895b3ca942b8
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,1a5b5008-5c3b-4da9-abb7-25c9b7c2f898
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4078bd2d-6c79-4c4d-8399-f17dca304821
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,3b3ebcf6-967d-49da-bfd8-89b119e9867a
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,424400d0-4181-48d0-b1b8-02c6b796f6f4
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,8c6ba63a-e3df-4729-8fc8-05468b4d144d
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,81a8384d-5c9a-42df-bb49-1a8e30db29c1
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,d5be98a9-03a3-4894-97a9-1f9b9a995847
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,79bd9ff2-1c2f-4dad-9304-20245b28be4f
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,115abd27-7b03-4b02-a43b-a669b311a127
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,2b4914d3-4e60-48a4-8c01-30f1b70bb4e3
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,9c31ac9f-976a-4ede-8951-3d38d80fb22d
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,231af3a5-215f-4aa6-9941-bb010ff2866d
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,82d61542-60cb-435e-ae0b-24a8a9fd00ff
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,acae523d-13c5-4b5a-b3ea-29b55feef757
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,3fbad38e-5e86-45c0-ab19-61804c016ef5
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,da6508a1-4c39-47d1-b087-72b9f6737b74
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,33975785-0346-4bba-9b5b-b627efee8467
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,10391dce-1ed2-44e7-bba2-02dafe48d3aa
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,75dd5bd8-4391-437a-9f05-235491ccf451
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,b6527803-95fb-414d-a12e-c6b8c9ce2d5c
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,d4b00df8-02fb-4385-aea5-09d9e159ff66
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,da03522c-d0ed-405b-a39a-71dfe65f3060
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,0d8ae2f5-5561-4188-b979-1cfe70666e99
+US-NY,New York,2021,technical source: EPA eGrid,N2O,1.7890515421142719e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,4ab8dee1-36f6-468e-a636-fbbdef3d35c4
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,6171edde-c3d6-4161-9ceb-b1810c27e2af
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,b6450b08-ff28-403f-8300-da9dcb6bfad5
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.1.3,modeled_data,kg/kWh,CO2e_value:0.026,cb8b74db-0a31-4fd3-bc01-28b2b41fc6df
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,c08691ff-1811-4706-b458-cb215b6db91e
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,a1c315ad-340a-4955-bbd2-35726302db42
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.2.3,modeled_data,kg/kWh,CO2e_value:0.026,744f6c15-6e04-4b5d-bcfe-9c236cb29f45
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,801e48d7-4912-4070-9888-12426d5f73bf
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,26165261-07a0-4cc1-9bbd-a5b63459cef8
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.3.3,modeled_data,kg/kWh,CO2e_value:0.026,534e04a5-993b-43ca-9d30-b101b386d01c
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,d3de9058-7701-4eee-8404-704c6a2091be
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,62e455b8-5e4c-4f6a-8bab-a5380bc42ece
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.4.3,modeled_data,kg/kWh,CO2e_value:0.026,4ed34601-b0bc-4382-8550-ac94e011e252
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.026,99cc9b0b-d466-4f3a-aa59-903a3ad0ae53
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,feee5d93-e9f8-4cbd-a084-3a0f21e59a60
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.5.3,modeled_data,kg/kWh,CO2e_value:0.026,3c3e83fd-ff62-4c70-9eca-2534f5de8de1
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.026,6af63c09-4ad4-4db5-9e36-a76f11f1063c
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,52a77fda-f03a-4e0b-b421-593539b5f7fb
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,I.6.3,modeled_data,kg/kWh,CO2e_value:0.026,e29cb6cd-b2bd-45ea-96c3-8dfd57abfd31
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,99878aa2-b6b2-4e79-b46a-0f8caae73e32
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,a736c752-a8e0-4665-ae47-b234e806250c
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.1.3,modeled_data,kg/kWh,CO2e_value:0.026,2094ec6a-87d9-428e-9eab-e3d8de6859d4
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,5421ffbd-0e1d-4f3d-9b01-f6085909d02b
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,890a704f-6c23-472f-a524-106f16e30e32
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.2.3,modeled_data,kg/kWh,CO2e_value:0.026,137ef7f7-b0f0-4c1c-9b77-6cf204ec209b
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,90350122-e7c7-4b6e-9703-9effde93fd46
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,4801cb22-2353-457a-a3e6-58f8332329eb
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.3.3,modeled_data,kg/kWh,CO2e_value:0.026,c33a1de6-bdd6-490f-932a-8a93e8235896
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,c24986d8-b11b-4d9d-84b7-2b34b1e0c02c
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,48bb7d18-db75-4310-a2d7-32fc0a62334c
+US-OH,Ohio,2021,technical source: EPA eGrid,CO2,0.020772790638137393,II.4.3,modeled_data,kg/kWh,CO2e_value:0.026,fd1a5c64-8282-49b6-aa57-77580cff1032
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,d38ed6d4-15c4-41d8-84a2-642b2acdd7e1
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,cafaeb0d-a391-4e6e-bd9b-d63e314fe404
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.1.3,modeled_data,kg/kWh,CO2e_value:0.026,304db505-ed9d-4648-a0b0-5ee60ea31260
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,10963f29-f930-497a-ac44-7a16a24aa98c
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,8db2d00a-f3db-4b27-a122-2d57fd27fc79
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.2.3,modeled_data,kg/kWh,CO2e_value:0.026,e8e2ad77-3013-4636-9f2b-923a0eaf2a7e
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,c0753fed-e194-410e-92e2-fe89d6f3e49c
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,6953b7ce-6286-4541-9e35-046e8338ba84
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.3.3,modeled_data,kg/kWh,CO2e_value:0.026,349f10e2-8820-4b15-b1d6-ee0612513883
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,f70a7681-377f-4bb4-894c-62961d55d7de
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,9aab9285-bcca-43af-aab8-9cd99c1f6023
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.4.3,modeled_data,kg/kWh,CO2e_value:0.026,5c623b3c-21ed-4af9-9136-71c7438f277c
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.026,3c84baee-f237-4a16-a1ae-e5173ad2b29d
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,5dba2fdc-2bfc-4509-b0fc-67450974e221
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.5.3,modeled_data,kg/kWh,CO2e_value:0.026,491e5962-9bbd-4e77-ae38-615933014527
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.026,d16a2900-a039-4a90-95d4-227ee6b04a9f
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,4759eb19-dbc7-4853-a1af-8885a773757c
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,I.6.3,modeled_data,kg/kWh,CO2e_value:0.026,bf90e89e-99ff-42df-aaae-b4dc445e535f
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,a85c14c5-1617-4fd4-bbc9-89f2d3a0ae63
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,48ef8497-0e30-4085-a8bc-4c88a9d3ee00
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.1.3,modeled_data,kg/kWh,CO2e_value:0.026,a0ab6b16-eff4-4d79-ab47-bbf7f8f56d70
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,df9c7c4d-2401-461b-9f09-094d95c4957e
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,389f798f-247a-4f6b-9601-b0b206c0197e
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.2.3,modeled_data,kg/kWh,CO2e_value:0.026,7dac8fed-fafc-4e75-807e-3fe68d860184
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,ffe43674-4399-4084-af2f-a143a5b1201d
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,e5f0870b-f2cf-41eb-8328-ccef4118b1af
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.3.3,modeled_data,kg/kWh,CO2e_value:0.026,29ff24de-a62f-45ad-a62e-e2d6dab536e0
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,5b8d870c-e2a5-41b0-8044-417186c79a9f
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,aafbd35f-ffb6-4195-8ef9-1694ba51c282
+US-OH,Ohio,2021,technical source: EPA eGrid,CH4,0.00013070128337754232,II.4.3,modeled_data,kg/kWh,CO2e_value:0.026,df9c8f09-5b78-4b33-ad42-1de45186efd0
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,716bc987-952c-4786-a623-bf4675f0a109
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,a47165dd-b0f5-4457-b78e-6538465bb0ec
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.026,bbf499ab-7014-4f7a-a516-4bcefe9099db
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,3b1c9884-7015-40fb-a1bb-19a58d4dba79
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,a325a67f-0379-413a-902b-2cab7e0b4458
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.026,84505cbf-3e3b-413e-955c-469096376ea5
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,f9412314-d859-4f6a-94c2-038400c9725d
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,68159087-1030-4a05-924c-533a18aa174a
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.026,33412879-f1f5-4fc1-b230-f5532cea4970
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,676dfc8b-356d-4956-a3d0-8e8e85fe2804
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,ca4b19f4-a164-41e3-97d1-0b25c194d18f
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.026,8f432e73-2815-49b7-969b-eeca0fa81e06
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.026,63115e8f-e2de-4f2a-8265-d162d7130e2f
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,9b39f260-e032-48c9-8c4a-f75c58a4e42b
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.026,e0dfc904-ad7b-43d4-ad2d-e88bc82d74de
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.026,67f51d2e-29c9-4ec5-a45f-016552571e15
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,bfdae78e-5f84-40bc-99ad-389df0699243
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.026,71767cbd-11fc-4116-94b8-a10a45956ba3
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.026,ad541be5-5221-48da-98c0-67ff74dea605
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,d243584b-33cc-4193-ab1d-29848eb9ba68
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.026,d0f5358d-dd2f-48e7-8d49-f95237c9acc9
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.026,7bdc4966-71f3-4ca2-b61b-93da44fccf2e
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,93b08bda-1c95-4b1b-9edc-d188e4fd09b2
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.026,17d45cc6-0266-4706-abff-cf80735097e7
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.026,9c9ae894-af96-4798-8fb6-fffbe703cb34
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,abff92dd-2a40-4924-83a1-5255326e3f13
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.026,389525e0-231d-4358-8422-6a9a8a3018be
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.026,0a2ee670-f047-45f6-ab8d-1b878dc0b7b3
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.026,e3f3b3b4-9d41-4d4d-a33c-6eb65aae8cff
+US-OH,Ohio,2021,technical source: EPA eGrid,N2O,4.7556755123940916e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.026,0dd8caf9-5c50-47f1-9039-eddd4dce5ccc
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,42f74711-cd01-46cf-ba03-b92b87eec4f8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7e9ea76a-c18d-4eda-8164-c12419ea3d06
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,79cf5f6e-10c5-4e11-882e-46c8bdbb5bc2
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d22e89de-6482-46f0-a1e9-06b8bb25228c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,5c7fa88b-cfa2-4568-aff4-a996d1884962
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,b6ac5689-5351-4a9a-a71c-87bf7e35c98e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,4c9abcd5-c128-49c6-bdf9-9f5e04c90c62
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2807f094-63ba-4a6b-b4fc-398ace7e3b71
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,e73b53d6-5b8b-4e34-95b3-9f3d96662b5a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,0e0287db-f673-4a13-999a-f50ebc871951
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,89099a12-0bdc-4d59-9ba4-ca019e9a2a1b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,077c45c7-22f1-4062-983c-59af14299cbb
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,dc03c26d-bceb-4460-9ea9-cc0cc7171399
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,7a849098-0c63-4fad-ae2e-e2b497f0a644
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,99445ce7-4190-4f4f-878a-64816d21b492
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,758dc1b3-cbbf-4c45-8c68-ad3ddebdebe8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,98934582-ddbd-4e0d-99d2-520a8cc5ea70
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,52b48d90-0af4-400d-8746-a012c9c246a6
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a38acfcd-20b7-480a-9238-84e91c73229b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1eb7dd77-4e38-44c2-97df-0afbc4c3fed5
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,b93d8ff7-f38c-470b-98d8-2f91b8f45a3b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c49906d7-40b4-401d-90ee-15e0903d3a9f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,0d6d726d-3b52-45c3-b337-a08c0d33e63b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,c6489270-4606-424a-ab4b-991726f5f4a2
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,bbde7a90-02c2-428b-920b-92171405d45c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4811006e-2d62-42cc-bdaa-25cb69c6bf59
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,9d01819a-d8b0-499d-8eb2-f9576fff26f0
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,6f353361-64d3-4d45-b04b-e047c839d898
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c1fc62fd-6f7f-4fdd-b4c4-d8e444188bf7
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CO2,0.012937831559238583,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,0b719daf-0f5d-4921-b43d-00e1e5d13544
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,294e281b-c0c0-46f9-b5e2-ae762d6af232
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a67fecc6-1caa-46da-a110-414818d6d5c6
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,36b7bac2-76e0-4d9e-bda3-253c4bb5fd86
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,32e52c78-6016-4f4e-bd79-fbe522f5b726
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,112badbe-98dc-4f0a-8ce0-cd2e0b622700
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,51f6cd4c-7ea3-4ab2-b986-5fd21775f67b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,abea4a4e-eb57-4992-8c12-1ae14cf0fa46
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1bcac857-3bbc-4f0e-b5a9-7dbc8c527328
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,4d2890b2-294e-4b08-9b24-e58e03a645b5
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,8d693d00-2236-42b1-914d-32fe437fb5f7
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,771f995b-a94d-4b9c-8807-fe77989d34ff
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,1e99eadb-ef0d-447f-a650-5ffed6d2f923
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,23d547f3-393d-4453-b698-68cbcf98284f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e5d656fa-de0f-40eb-81fc-304b9535afb6
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,1bbbb414-dec2-4745-aa7e-2dddfb2de00c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,456a3653-1766-4d09-b5c7-d17bf62e6b10
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,77dea6be-5a49-4590-815b-7a10aacc37aa
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,b01d806f-1772-41bf-9ef6-dead177fadb8
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,2cf5bbfb-e3d8-4804-8012-74added91092
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,ab0dea88-5b63-4c60-8259-307b8c77ee10
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,9b3470e9-1058-4894-bb80-e65754115e08
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9e80dfbf-22b3-4d17-aa99-7645b39a3548
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,95d2cc87-6836-466f-844e-fe25d102884b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,699beeac-1afa-480a-9eb1-4442e92b0679
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a9d0e976-d637-4304-a0b1-dd7d48dd110f
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,b66e54d7-71ec-4b71-a9d9-a77ec910175a
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,637766aa-7320-463e-8a1c-fe5b6a79fa27
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,bb15fa3e-34c3-4980-be78-3dbe2fe6371e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,88a92c9a-a158-4062-9f7b-f95bd8d2fe38
+US-OK,Oklahoma,2021,technical source: EPA eGrid,CH4,8.140414152205484e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,0e2cba16-0ce9-4ec7-a578-16172aa691ba
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,b823e016-4226-4202-9898-08f0bd4eb69b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1232a85e-8d3c-4699-93ab-7cb343223c53
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d901e22b-49c3-4038-b9e8-dd693d4a2c12
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,6de50ad7-d0a5-45c5-9ed1-1141febad752
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a6a280ae-0217-4f1b-912e-18a666789c7b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,6bca6098-5c0c-4afc-8cb9-8fe83714fa8c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,83533de7-c4f2-4f26-b80d-8c4686b4c811
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,aba032b5-2298-42b3-a7c8-31af6c039786
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,4ca2b7d6-0fa2-4de5-839e-83562ad76705
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,382659b9-700a-4949-8abb-11f52ce09645
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,ea5f3a70-8ec2-4627-b81c-f01062a3489d
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,832fa5b1-742d-4bf7-8e20-bc84fbc78a55
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,6fa04ade-f52c-41f3-b783-af50a4249d1e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6d01d9e1-673b-4e9a-a267-372f28a736f2
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,b69bd573-5841-4fdf-9257-40ae707822f2
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,a2e909c9-783b-47ff-bc56-f72514ac19e3
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,af1c7223-f150-4507-aa10-d5f49041693c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,358b8f08-5676-46f6-b45e-3d208df5d973
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,49fd1a44-3959-4b1b-84ca-419a31460c95
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,53cf9427-8015-4d6e-b779-6021ab34861b
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,fa6aabae-c289-49b9-8a3f-b89048df8931
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,dd530b37-c318-4afb-8f92-565fd65f06ba
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,ba632673-1184-4f72-b549-91cd8620593e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,e5358c17-1bb2-4aca-a1d5-ca2623f7c229
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d388c0d5-cdab-482e-8b0f-ba186a8bd23c
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,08be28b8-2327-4d8d-8d9f-39428764619e
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,6259efc3-f1cd-45ae-872a-0bc9cb9cc9b0
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,cdc2d08f-70d6-432e-8c88-0f36a3f5aede
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,20f39f87-0dec-4b2d-ab40-3cf3ed5ed201
+US-OK,Oklahoma,2021,technical source: EPA eGrid,N2O,2.9619577745509578e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,067663f7-af27-487b-9a3f-0bf0c94c7199
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,42bc1a6f-ae39-4551-a387-ee6c36076165
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d61e87a7-bac6-461d-8301-dbe3789bd070
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,173f8f9f-267e-4b73-9803-f1ee74a50ff6
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,6dd626a3-2139-4616-962e-a2e1c5d789dc
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7548b0c8-3edf-4e40-80b0-7722e3c7380a
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,38671118-8b75-4834-bd57-1a4c79bc128e
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7a4a18e8-85d4-46bd-8253-3df577439475
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,54a4f413-67b4-4d68-8d7a-4c1d1ae3872b
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,95c7ee9e-fcd0-4b42-a4a8-69c1e9f79abb
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,1e1220e7-fa8a-486b-a1e0-cc7f47f31dd2
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b242e6b4-97f6-4a41-a7c9-347b8827803b
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,4378339c-d033-4c91-b3ba-f8cb49e84e89
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,9da5b29c-73f9-4546-80d6-2490ab877afa
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7d97d980-973e-4982-9798-201479299d3d
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,38bc14c7-a86e-4c98-b55d-38fa07f9b517
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,73e13b67-2cb2-4e8b-b687-aea6291a9a84
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0b3397cf-533e-421a-93b9-355821ef9b24
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,c8d68886-6e86-4297-85f6-543ee36c4f60
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,eb1a3eba-b683-4e98-977c-6fe9f3668ecd
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,65470d18-62f9-4194-b138-7f1eb3668ad2
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,3b5e8dff-3d9f-477f-9802-80f8d04d9a1f
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,b5945b62-bfab-46c5-ade1-6c775e039194
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,3c510bc0-8191-458f-bc52-22863548b4e4
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,2ae3ae93-45c3-403a-ae77-fb3b9fbc99c8
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,fa11dcfb-97da-4fad-af46-46092f2b5f23
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,fcdd7cc2-2e47-4777-b7e7-49404a5cc681
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,6dd5fb7a-6de4-4e7a-a01a-cfb933a557fa
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f4a6f91c-3687-4eea-ba58-5f509de04260
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6c20307a-de42-4ddf-9384-074db6c7e3f1
+US-OR,Oregon,2021,technical source: EPA eGrid,CO2,0.005586550349507195,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,857c315b-cc19-4be7-a4f5-3390547195b3
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,33fc81ae-773c-49e7-b721-6c9596d4e604
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,a8c0b956-39ba-40da-92c6-59834d9170db
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,7c3462a6-339f-499d-bf67-00fc2201a4a8
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,fa544198-d4dc-4933-84a6-d7ffada004d4
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,121d8de6-cd4f-4fbe-ae52-2ff4876306d9
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,bbb805a0-703f-4d06-8c1d-2abc5782900b
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,c8f53b7c-0591-4c33-a09d-6d4a16e4014c
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,bb6d21c9-2155-4e92-85fa-e85c90b22fdf
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,d1e80478-d12f-4a53-9ce5-f0f3725bba1f
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,794cfbe5-85c9-4eec-8c41-64571ebe5d3a
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b66e2baa-e8c4-424b-9886-b087e347763e
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,9381b8df-48c9-4cf2-86d2-bb233717e494
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,369c103b-a142-4681-a430-c1439c82f94a
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,eec72553-8f4c-4ff6-b97a-20492b914349
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,76f0b04c-d99c-4b50-80b1-5799d586f130
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,53216522-a1e8-43a0-adce-fd78b2d9e6ea
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b530c1bc-8729-4d2d-8766-71a633bfe238
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,73a33fb9-1a29-4daf-9360-fdd3255ed2b7
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f10a3d75-4f04-490e-be55-de6f02633457
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,4ed46f4b-ca21-4cfd-af04-a9f0aa0a20f3
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,bd8597f6-3cbe-4e2c-a972-67f662d4ae4f
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,95f1531e-1189-43b5-bdad-4efd03ee0099
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6f356c79-59e5-44d2-8c5f-25f4913e9c91
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,25749e67-8942-4d75-8d2b-6063275750c4
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,975971e3-905c-43b0-be07-4f7ae90eaa39
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,69dce5e0-9b2c-43dd-b818-78e081011a4b
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,6cc0e9d5-4b38-4c7c-a03b-d56af3a9e495
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,78539c0d-b2f1-4cbd-852d-ba7beab2db46
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,06ecef74-8c3e-4e7d-9d6c-e921cc02aefc
+US-OR,Oregon,2021,technical source: EPA eGrid,CH4,3.515027485008721e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,8a448b0b-0404-4e41-a90f-83e9cd1963d7
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,96405caf-4055-469a-a37d-7df99d9526cd
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,0d7dcb6e-3e5d-469c-91fa-e1534a55d185
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,417c1612-2e99-454c-891b-cde9baa872fa
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,03840c11-fd89-47a5-971c-6f3c5e9cf374
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,3cefc5e2-5dff-43e1-9f8c-ee61bc77aa6b
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,ebe42496-6570-47b4-ae4e-839e19752bd6
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,b05dce9b-4bc8-4747-a943-7f9ea32977d8
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,6203026c-e211-4acf-8699-004f4b5e02a0
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,7e06f8f8-1f1a-414a-9243-011dbc5dd993
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,52683c24-9205-4a9e-a61e-43d703cf4efe
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,95148f24-47a0-488e-90e8-567e381a7a01
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,d67077f6-6327-4279-9d8d-374739629d80
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,71bc678e-d8fd-4fd0-ac05-9360eac494ef
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,64b57937-a938-420e-bc62-99cf7a7ddd7a
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,eea10e84-594a-48a4-9ab4-de70c2918c8f
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,341b35da-d978-4186-98e4-aa4f0a016102
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,11c8ffaf-9c7a-4e36-acc3-190473e831de
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,fb0d3cf9-c26b-40f7-9c0f-ebbd323efda7
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,9facb381-90ab-4492-8d20-2b4ac3fefba3
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,1b721b96-4425-4e81-9c17-31f4f2a20065
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,dc1ebc0d-46b9-4017-9349-3acd41e567e7
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,da8ba31d-4ed9-4ba1-b9c7-e3ffac96c567
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,c3a16410-20ea-46d5-825c-f509ac44b55e
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,c5a7523b-23b8-493f-bfba-7fb570e63eee
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2b357a3f-661d-42ac-8782-fe3123a2dd94
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f9cd5016-2eb5-4932-9a77-be7467e8dcd0
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,0cfc6bc6-5969-4fcb-9cd5-62202ffa5440
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,057a38d3-e194-428c-984a-16220525f170
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,628bfa8c-b9b4-4d59-b563-d6ee6def8829
+US-OR,Oregon,2021,technical source: EPA eGrid,N2O,1.2789721496124531e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,a1104f5f-fb48-4a08-a254-e4cad6dc5f79
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,73bff433-e87a-46e0-9a71-af457d260f95
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e7319629-3f5d-4703-8cd6-035b35b2f955
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,fbb7ead3-98f3-4fd6-85c6-76a9510da10c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,112f8bc9-a45c-4d00-ad44-c07ec38873ac
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d5b519fc-caf3-446f-a98d-936c3a1a2547
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,eab9448f-51b9-425c-a461-22b21d8007dd
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ea679406-05fc-40a4-8c2e-62f83fce85fa
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,25a76f4d-0df5-43a0-be8a-ce69288a044b
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,e4b67c4a-56bc-4eae-9f47-35cb4b1bc532
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c9941d24-1459-4de3-8b2e-0a36b747fe4a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a3757cdf-91cd-436b-9a92-56163c7d4383
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,b0dfce56-063a-49ef-8909-097877860e4d
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,c89c2ca7-d879-4aae-bf82-bc598af34c4c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,1a10aaca-e94e-48b1-bdcf-33244348300f
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,25eb7268-94b4-4ec9-b072-5b54910c0862
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,06ef63ef-69f0-40e6-a52f-fed3ec45b5b4
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,5e62c2e9-db59-482f-8e79-3985436f8418
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,689f8a98-00ee-4352-aa37-9950859dba31
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3875ba37-6448-4973-b2a7-ae39617fc776
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6c0569fa-e02d-49b8-9662-ac87233bee7e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,54e5aace-c7ea-4674-8029-675c1143f111
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,19e683f7-8a7c-456e-abc6-3877a716a7bb
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,9672c559-9916-417f-b0d7-156b576ec79e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,c740dfe1-4f73-4a44-9659-91d507fee413
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d50dfa30-ad70-40a6-9379-a026ee948a81
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a9954b3b-3395-4786-93a6-158ea5fe937a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,32ab6855-12cf-4f3b-b9e5-a2b1210f053b
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,6c26a6dc-816f-40ab-aec0-8b22a5d437ab
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,87ebcf73-f24a-4c9a-a623-fb7bb322fbfe
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CO2,0.012476023241266593,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,b669d19c-8aee-4b5a-92cc-c54af1bde6fe
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,f3b2ee95-cd83-4bd8-9c2a-d4c9abff33a5
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4dc217ae-824b-47ed-a5de-eba5b9424156
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,f03164ad-2207-415c-9d87-f172644fea70
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,27847c90-e78b-4dd3-852d-2aa6f8e0a7af
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,cdf0ecb1-f161-4dec-a79a-1ab790bffbc4
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,0a6da53b-b880-459e-bd61-7a6a867abebe
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,39fabdbd-6611-46fc-b7ce-e269592d76f0
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,2bd80dc7-4fd3-4b7c-82d4-2bf1c3bbdac6
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,1316e3e5-dd0f-4295-b2c1-ca6d671524a8
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,5bd71beb-e33f-4279-ac39-9e5e9fdfdce5
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,51ac76ed-2490-4974-8bf4-08f299c142d8
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,605c624b-9d9e-47fe-bcb4-77ade9bb2d50
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,9032eeeb-78fb-41f2-abc7-86a4754c840e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,6164e6e0-0807-40b2-9619-74e4f5a7cb7a
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,112629a2-b616-4509-8729-6fe1e24cf9b5
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,efe95724-1e84-415a-b9e1-99ecd13e2469
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,359789a9-5923-47f8-8b2e-ff013c7e7b25
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,496e569b-7765-48ee-8e1d-0109c8ede7eb
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,176ec470-db0e-4667-b541-571bcc0df69c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f47eecf7-f331-4124-b1fa-8c3b4f07e14d
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,b0c6c729-e3e2-47c9-b5eb-018c5055c293
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,0dd329c8-cc1d-4f8c-8721-3712711fab8e
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,a27b8ba7-c468-4a8d-83cc-474cc2de6eaf
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,103fc554-dbd9-47ba-8ea2-5b4c1f2f4705
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,ee22cb31-cc4d-470a-8c21-92078f8f2b87
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,8250c659-82f9-47fa-90c4-0170baa01621
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,e890da2e-521f-414f-a86a-d68decb42fbd
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,39cdeb91-f65b-46f2-97f9-415e1c44f0d5
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,24e6b955-b0ea-4f6a-87f9-10631c3dccee
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,CH4,7.849846838045255e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,760a9f03-6941-4043-a07e-cb2f3048b623
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,70e92618-5e19-4a96-9d95-aa99c99af4ad
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,4e291b5c-339a-45b5-a8d9-87476dd9362b
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.016,3d4c6e8b-3db0-4fa7-8470-b680602e0660
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,7ad231f6-03c4-4718-b0d6-bbea7df298cc
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,15dd83e6-a885-4e51-954c-bc25d972ec46
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.016,eee76750-5bca-4f69-9c54-cc04b18fd506
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,635873a8-76f0-479d-a1bd-177c1274fe66
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,d5b1ba6f-c7d2-44e6-a7ba-0ee92a78ef7d
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.016,6592a380-4979-445e-8ba4-5afe165e5993
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,84d0481d-e01f-48a5-a064-2accf27d9c13
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,8f67c481-367d-46d5-bb63-c44846ce47e3
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.016,746f1e2c-b1d5-4dee-801c-2ed7de4dbe17
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.016,d24df110-1e91-4f04-8502-903e6f0bcfe3
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f4b74798-484c-4b7f-b582-109b59998e55
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.016,144555af-1daf-4be3-8244-e10ab513b62c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.016,eac40198-2b3b-40dc-9695-d6e02236e9de
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,acc9ecca-b69f-434e-a0e6-861d83ac7f70
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.016,1c86d0db-3986-45fe-83e3-a33157cadcbf
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.016,7b18a5b1-6831-4838-ab21-30ac5a93ea79
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,f995ccf4-6320-423f-8b2a-7a967bf88c90
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.016,d8562a99-842c-4a4e-aa13-45d47641a70c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.016,cbf43497-f907-4274-95f0-55955f54c627
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,92528bb8-b463-434e-9b97-8bacf69014d1
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.016,bb5db94a-9c06-4267-afcc-2c2936d6e31c
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.016,3269a869-562e-4760-a592-ac08e721b1c1
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,c6b83d39-afd8-4f1b-a14c-4c4ecca39c73
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.016,8253ffc4-21f1-48a7-a118-2ce253ce473f
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.016,f02eb71f-48ae-4fd8-b4a5-40c66f930a60
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.016,e5eabcca-5dd7-44c1-bfc3-3abaaa967f77
+US-PA,Pennsylvania,2021,technical source: EPA eGrid,N2O,2.8562324270298976e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.016,24cd2290-7eb0-4dd8-97a1-7959b17d139f
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,cc7b5637-b176-409a-822f-e01e13b7a8a5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,6be64c90-b634-4bb3-8a16-b98b784a6e16
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,465ed2e9-b4ee-4b5c-a93a-6bb186b97a83
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,54620810-289b-43f6-af3d-409bda8ba05b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,30f32d8f-c219-4bc7-8a96-6b8365b8a7b5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,9b3e250c-7a36-45e6-80ae-2c84a5987bad
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,167c9d28-c488-4b9d-8eb1-9b0e7e3baa79
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,08061e62-0332-4730-adfa-a9746c495304
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,5fa3f46b-49a3-4b68-b6a5-a30d05036a5b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,4e8e1670-fc8c-4e4b-84be-49e1dace1144
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,3245d782-c458-435f-a92b-2fcf8b2fa4d0
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,adf6f128-d026-488c-823e-cd8e48d6514a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,735ee49d-091e-4f30-bd13-e2d48939a365
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c0d7e3a8-5867-41dc-b05f-624d6c21ead3
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,bb7a1602-c34d-49db-b6fb-56cc362fa460
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,2157446e-508d-4ad3-993a-a9ecbd288f62
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,79704832-38dd-4087-921d-91d278ff31e0
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,99333379-7f71-471b-b203-4198334d78ae
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,0fb2652b-a1a2-491a-8d22-c4ebc15a436b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,d4d7f6da-e375-495c-a76a-b056fc31af31
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,ded4cfff-b4c6-43db-8578-8b4946cfa7cd
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,193f0924-9845-4394-9040-cc2df426cfc3
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,ba06faa8-1dc6-4bc4-b681-401ed5ba35d0
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,a403802a-0942-42fb-a808-6b18352718d2
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,02a6f230-9d02-4ab0-ac35-79877697fd78
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,477ecc13-6e7c-4d45-9aed-979127d8b07a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,2b3a01fd-0a18-4cc5-a659-f68df0b26400
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,76995914-40de-4ced-a098-9b1d3ab9bb50
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e99c398d-2c01-4045-b58f-a0ec3381f769
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CO2,0.026740972350530287,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,c199e36b-230d-4b4f-ae25-28d985f2aa7d
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,93a84335-f173-4444-822c-8038eb2911a8
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,90340c97-5b6c-4a41-8a56-69ee13be5223
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,fe72185b-b209-4510-ad08-d900c965abb3
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,f2eeeaa6-88cd-4c01-b5b0-cf0ddb9a6524
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,76eeedb7-459c-48c3-8b84-b0836a7a5624
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,34109015-7579-42be-9be6-6a1066f1cdfe
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,7e473900-1b20-4bf7-b4cb-e25ea0141c8a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,22906e41-7560-4711-be8e-5de5783ff749
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,0511b3cc-4ac8-43e3-bee3-d1d67cd542bb
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,00d8d277-cbb1-4d17-99b1-ce26bb656353
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,14cb485f-375e-464e-b856-48b694062cbb
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,be63f08b-4273-439c-8382-b655f4475c85
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,3fde6597-28e3-4157-8a5d-e2561fdd37d5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,10ed1734-0573-42d2-a648-7bd7d28a6232
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,e2689748-69be-4720-8315-9c55fffc82f9
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,45a34d8c-a6cc-4e52-a84c-c2e81a27f88c
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,8364a7a9-f12d-43aa-9d04-f5ccf9d89b41
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,fd51ac09-82a9-40da-af29-01d72bdcf4b5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,4c205786-6f8f-4d70-a62a-608821c0b4e9
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,1fec1f87-fe5c-4436-9f42-90ef3ff41956
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,b0d6a034-650c-4d48-93f3-86289d1eacfa
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,0c54f3dc-3adb-432b-9b8e-a3e4db87e036
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,34696e42-784b-4a2b-9567-1d20bd3f3201
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,e3d319de-7991-4ca9-874d-907e4ed0c4cf
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,7bf39141-b590-44c5-a1d0-7c92c5e8ad5d
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e9e2dbf7-5291-4f31-92e7-50c90464bb6b
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,ab913444-17b7-4e02-b2d0-625c54cd0e04
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,8f84f84b-94fb-4708-b3d2-0cb17f98b57d
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,03b08a23-bb85-4bbd-beba-c7279f758b9c
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,CH4,0.00016825276227263182,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,b4ef8c7c-d751-4383-8d26-518693b48cb6
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,89a363ef-7803-42b8-bec7-fb34ddf5aac8
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,3c1dcada-f689-472a-9916-418b642fac19
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.033,dc1283e6-8a7e-4960-adbc-c88c07c9e297
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,1bc50687-7c6a-4a2b-85e7-13bbce8f5250
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c7998b53-e4ba-4dda-b4cd-8e553a13d99c
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.033,427fdf4f-0ef8-4239-ab6b-cd375a773e9f
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,70cd193d-f2d6-4808-a4c1-b6ee8588f100
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,bebe12fe-4841-42f8-ab5e-34bd6d16da3e
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.033,d7a4c4e5-86d8-4c7c-8e3a-be37f0719ef1
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,bc114e36-091b-4d4d-8445-23ad764d291d
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,e9c29e85-cabc-4673-8d65-067c63e2f3e5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.033,0fea13df-912c-4bc7-bbcd-206256265ee7
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.033,242019a3-1fab-495e-8a80-6534b4d1eeaf
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,c4d206fa-f43a-4172-8cbd-f5f88c80be50
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.033,14ba0e57-aa3e-4180-ae05-368613f32120
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.033,09b7c457-8f6a-42fd-b0b1-f464e98501b5
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,73221f29-7ca2-430f-af28-b08e78584e0a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.033,da669a62-471b-40fc-a051-028e7f25b18a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.033,0ba4d230-ad43-4b7b-91c8-9ee65605d020
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,f5b316a7-cdfa-45b9-a4b1-fc68e62e3297
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.033,06b62f62-1920-466b-ad1b-f71f8b36e53a
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.033,3530bb28-3edb-4c4c-973b-f4bac8b91221
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,a68c3ced-c2e3-4b8c-99ee-cb9d3110f1ea
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.033,d73bd2ad-4fb8-4d42-b8ff-d188a1cf53c6
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.033,560fe41b-4c54-407b-a8c2-369ad8c89508
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,ebf33b1d-99e2-402f-af7b-cc8294d644bc
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.033,4bd2b660-cda4-425f-af29-8a01706cd160
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.033,f5a033c6-3b82-4a78-adf6-3994583e8e7f
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.033,be13bd98-f10b-40b3-b323-ef4f63f2baa8
+US-PR,Puerto Rico,2021,technical source: EPA eGrid,N2O,6.122017479517007e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.033,85f1632c-6e6b-424c-95a1-a97f105434b6
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9aa1c319-6206-45e5-9084-0627d9103259
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e36fe36c-d471-403f-aa3c-5e5a1111121c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,0116db6c-2ab8-4800-a513-16295e914060
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5353db89-064c-49e1-9823-674fadffb0da
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bc824eef-fff7-4e1c-b96a-715e4543aeaf
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,9154b1f2-d356-49de-a515-6ca4fb06395a
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,257476e4-d832-4478-a3fe-2758ff74deb6
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6188f887-f9df-44f5-8186-258719753d17
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,82ea1993-79d6-403f-8258-8771cc328739
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0f98370a-e18f-41b2-a125-90370377f9e3
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4f6ba94c-0c06-4ea8-97d6-e3a1658ee387
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,78cd5cab-ce4e-4791-8d89-4672ab66ad19
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3a2883e0-0309-404e-8555-5041defa0141
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,f94527e5-e494-418d-b8d1-80d8a46dbf34
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,04d104a4-0b62-4a15-bb5c-cc85f1cb3d08
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e834b6f2-120c-4302-8ac7-74f9b412c2ae
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,080e4fa1-46cc-4c45-ae38-6407db7c586e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,a4811350-47ef-45d4-b967-665ee9838cf4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,249f1ee9-f509-4471-968a-3b90264dbab7
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,a4100225-dfcd-47b7-bd94-e6c5a433c144
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,eab6a719-6635-43db-bd09-10c9b29b0ade
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ec1862a0-26f7-40a6-a2be-eeb37f35cde1
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,8bbfa730-9127-43e9-a633-c3883eb275b9
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,3dc302e4-d08e-48e3-9f58-2b6251302f2a
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,88e08376-4e74-456b-8862-5435d1a76c80
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ecd759ad-c307-4afa-b607-9e297cf6a6d6
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,d1fa226f-033a-4005-bbb9-8e280cbb3753
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,86d6bfab-396a-42ca-b5d0-5a0056b4ab8c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3c28a8c1-1694-4da4-bbda-3c75be12eb1c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CO2,0.014253304727430936,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,ff54165d-d27e-4159-a82c-7d1b854effc2
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,47f60fa8-2348-4cb8-9e40-74ed34196bca
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,438ec3e0-ad37-4697-a350-d3cb01b7c1eb
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,fcabe5aa-6b47-4584-a9f8-1454e8819646
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f18d95e1-dd6b-4825-b658-4d99d51d38c9
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0ff40501-02fb-4990-9c2f-0f02f1180aeb
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,5950517f-ba29-4e86-89a1-6322a12e4523
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,df8eea59-9f27-436a-b986-76ab3b9897a4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,69e366e3-97a1-40f6-a29f-ac1254a86fbe
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,eebcd7ec-6160-4c91-8cac-f4023ee807e5
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,20cffcce-a883-4daa-9cee-0f72a2b1ac5e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3d9faf49-f5a7-48e6-a37c-729b9c74c8f1
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,37e15791-fa73-43d1-ad15-a847129ed521
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e3a3978c-5e44-4994-9f97-d6dba039330f
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,74999c67-fc80-4b80-9318-3ba12cb32762
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,212a3cad-b93c-46c6-9708-12b1dbc41da0
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,f442dc6d-9951-4f10-be03-3233d6485665
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7894a959-ea23-43a6-b99e-ad853a11d7c1
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,d30303d6-0f5c-4143-8d29-522d3d2be07b
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,58aa0b5d-d5d9-445a-aa81-450a145fe95c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e9730114-6cff-4b22-87f6-f77f835e7a45
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,00a07232-4f74-4161-9ad5-6e5df51e23b4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4ce9ccf7-20e0-493d-a698-2e08c83e5b0e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,4fbd1e3b-069b-4fbb-a790-ddcecbabb3a4
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,cf7795ca-95c2-43d0-941f-d177d7cfe8d5
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fff81854-ad53-4581-899f-e2e5cbf2416e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,99f43bd9-8fcd-4ce7-a563-505b56be0a4f
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,09fe121b-94fe-4d60-9056-812149a9889c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,4b4e6d71-1f8c-4cae-8a22-b4b6f9dbc90d
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,da601e48-90e5-4118-9787-9a690a4dd0a2
+US-RI,Rhode Island,2021,technical source: EPA eGrid,CH4,8.968102806688926e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,1e5d7876-402a-40e4-857a-50c3f0897c22
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,45e40deb-f6b4-4900-b993-bfa343434221
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,6a4045ed-b426-4a04-8db5-54f3a9c97238
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,c49becc6-79cb-407d-ba5d-1278f937adb7
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5b4da6b9-875b-4bac-ba1c-db838a482f4b
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,8e29ad16-35e9-4347-b8a9-f07217303f46
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,3199e635-fce6-4b01-82a3-f2d8da21ce3e
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ebad2c44-4025-4e31-adc7-d503a9af471f
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9a31659a-b618-4464-8961-696ee1a93f70
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,6a33fb4f-0f88-480c-97f8-130ffae12697
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,be602753-2693-4a4a-a2f2-48d8ba4b4265
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ee7f0340-b74f-4d37-a8a2-5f605fd63943
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,fbca5663-32ae-481a-93a3-c950fe7f0f13
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6807d53b-a74d-44b7-8488-3b7514cda7aa
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,55c472a8-04d7-4a66-8c5f-055695b2ee29
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,d2501cc2-a780-4291-ae1b-d6605a26a8dc
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,dfc7ed3d-fa3c-4f68-b357-1d525f362c18
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,be3d5588-a3c3-4fd1-b2e9-2d9a1ba00cca
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,a04e8723-4a7d-4208-ae32-3b9102b439e6
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6df6cd45-9045-4112-9cbf-b54f97b9713a
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,85724346-21de-446f-ba32-cec733c27559
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,c21b307b-185e-47a4-8602-89c483fbd573
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,e56e429f-2712-471e-ae3c-ce01df2d66b7
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,91109747-27a1-4c8e-b9f8-b254a6abe0a1
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,1b94ec1a-8561-45da-b5e1-081084b1be2f
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,bda0dbe7-c5fe-4dc2-9167-74f07b917a81
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,485bdf71-d605-4f34-aca1-06e07263c694
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,3255f6f5-1344-41fc-b778-0aa46f78c14c
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c2080992-62b3-498c-a8e4-2898ced0e4de
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,86fe43d4-70b2-4832-af5b-4d16327734dd
+US-RI,Rhode Island,2021,technical source: EPA eGrid,N2O,3.263119214155434e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,6ccbf392-fadf-4d6b-84a1-0ba162a87a8d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,3478d33c-bc4a-4b9c-b844-e396b2b5382e
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,337391eb-ab5f-4684-a5a9-b7a97fa65abc
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,6906f135-2b1b-44b4-b05f-ebfaca7c1dd1
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,19e51420-1c31-4126-9839-35091421b5d6
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,373cf519-dfca-4755-a8b2-ebd0970ceb38
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,c8f0aeb6-c5ce-40bf-b668-04dc1ab20c2d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,639d3824-8866-40cb-8e9c-842146bc757f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,e5e989c0-6efb-4b5d-a9d0-807fbd0ed933
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,5b8381c9-d6a6-48aa-8a39-2f8ae7e9c359
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,75f7eea7-9c79-4634-8c44-568d69f87779
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,585312ad-39c0-437e-b245-a5e397ba4b38
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,dc2b4f7a-de1c-49a8-863d-ebbfc9490b15
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,ca629bb7-fa52-4da8-a8ae-483000dda332
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,8eb5d692-efe5-46b7-a826-db0a9d08a403
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,c618cec1-700c-4718-9c2c-997792aba37a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,78a32ce7-54ee-412c-a8c8-ad6a26b45feb
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f098f71f-b102-4db7-96d6-74249cba2774
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,e60f155a-44e8-4d20-ae7a-15eb45993f94
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,dedd6cf8-5394-4618-a8e5-3202ca31104b
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,105ac633-f79a-4875-bfcb-49a8bcb5d365
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,9c4a8ac2-6582-4957-8ace-03742f8b2dda
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,502734b2-108a-44fa-bb9a-86ca8eef8b84
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,1835f35a-5ffd-40aa-b7ce-001ecff80afb
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,2135a53a-ca6b-4e10-859e-5d008bd5278f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,ab482e3f-96a0-4c84-b78f-d9275c7a3068
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,331e9110-c891-4bca-89e9-82cb4dd3b2a3
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,2755a58f-ac1b-47ee-9a73-51fe281697f2
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,a40a7b26-eb49-4b2d-8f76-34fee9327d81
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f533b9cb-efff-4467-9397-2db4e6072b2a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CO2,0.009753135875344888,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,4550ae17-742d-4db7-8e32-b5a5cf6d63eb
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,436c6be8-063b-4b7a-8616-4a267a95c852
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,fe8ff207-399e-44b5-8321-8336aad19f9d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,f0bad59e-356b-4059-a879-af58dd761710
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,00be341c-092d-41b1-ba32-e966a8b7c53d
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,344d75d1-7935-4cb5-87d7-77b96a39f0f5
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,f2b6d3c0-47b5-414d-b275-3198399a2830
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,4225a036-de48-4e5a-9e34-5e3f32975a8a
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,99b29e12-dc6c-486a-8421-8ca87e5fddf1
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,507e5abf-3f8c-40ca-907e-3891282dfe82
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,390f6a8a-8637-4645-bbd4-ed49eb83a156
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,6bdf3023-9590-47ee-8a98-f3c6fbcf4dc8
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,078a4a86-b57e-43a8-a412-263fbca09d31
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,6f58d8c0-2f7f-475d-ad5d-f0e777f7535c
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,031224f0-47f4-4112-88f3-ad6916840b34
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,20eee728-f1a5-4adf-93f4-8f46633eff07
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,560ba9ac-0fa2-49c9-a002-d24634a83b14
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,eda4679a-cb89-4a8b-a40a-5f3dcf99387f
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,08862319-5777-4472-afdb-dc8313ca1fbe
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,f55233ae-a616-42d4-bd50-13d4f7ce5bfe
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,eef54350-5488-4c46-b594-3674bcfb5dbf
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,bb64a256-bf5f-4cd4-b585-15a4c4b8db05
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,37c52fba-ed8f-4071-b292-d94a659270a0
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,50902957-4b62-460f-a5af-a40d8a89ee81
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,86ca5c48-dea0-4775-9d05-9671f1b95790
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,1a78ab19-4bc6-47cd-abca-7307f3808b42
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,0ae65ea5-f25a-4e91-b229-bf7e033aedac
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,e32748c4-c0ec-4b75-9890-40602e82d345
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,0f6d51d9-6ac9-46a2-88fb-5bcd616c6866
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,a624f65d-cc7c-450f-af99-6f2f0d026fb9
+US-SC,South Carolina,2021,technical source: EPA eGrid,CH4,6.136620726936799e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,bdb657e7-08e4-4775-88c4-521576f7604b
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,db485de4-a6f9-4262-aed5-20e1fa3dee14
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,7375d968-d6fa-4091-81c6-b63dac25a912
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.012,5892f785-a784-4221-9041-c0c71abcafcc
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,e0cd5f20-4f3e-4ddb-ac9c-6af022585b6d
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,58342976-3f4d-4367-b167-bbcbfe900dac
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.012,bcfab03e-a9f0-4d34-bedb-96974f9ecd28
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,523ee575-14bb-486c-ad7e-508e234f65cc
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,f6bf0b43-9d33-43ee-a7a8-f6b5826ebec3
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.012,34a92abd-6d0a-46e6-aaae-f11a1627214f
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,19660727-73f3-4274-bd0a-dcc7a2e96e8b
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,59c4d6ac-b505-4959-8701-d97795008ac1
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.012,fb6e60e8-5564-4c44-82fa-88a9299e4eab
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.012,e742f4af-d527-441a-a662-69b555dcfc3c
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,17a28909-004d-4218-ab90-439b1f7bc875
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.012,24759ac5-637f-459b-ade1-70c7db88dfed
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.012,88f99a04-b0bf-415f-bb52-81c8cd8f3fae
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,d7a02030-42a7-4f0e-b0a4-7267c50ad47b
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.012,5ae86d73-f008-449e-a9fa-9581921ecbc8
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.012,8bbff93d-dbce-4d34-bc88-bbf522bab841
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,b2632096-783f-4fcb-a2bd-83ae1f2a0118
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.012,28b9320d-8169-4be5-8f51-ea7841d3f4f3
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.012,7a5b8459-388a-4439-a8ae-8087c2e3aa11
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,7ed5a941-53fb-4778-ad2f-d497a458136a
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.012,3baa0cfc-8884-4a0a-971d-12f8bc9c28cf
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.012,de3b1448-f42b-4000-a083-49869162fdab
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,11acdb67-c821-4b5f-a78f-3a10ef573e54
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.012,553623ac-069c-4d3e-bdc7-f22fb44bb977
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.012,280fa760-d203-4ae0-8a31-457c47fc2c52
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.012,ee328abb-c395-4a6e-ac12-1f4fbb14ac70
+US-SC,South Carolina,2021,technical source: EPA eGrid,N2O,2.2328607773225478e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.012,b341a2bd-f37b-43ed-8396-6b86fc755c48
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,f580d32e-4b30-4291-ab6a-17db118ad9de
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,00c55450-9c82-4aae-9b48-25f7dad32465
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,11ff2500-c8df-4212-9fe8-0fff256f38f4
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,1c455672-50a9-4e1a-b1dc-12bed45edf56
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7c148084-30e6-4762-8924-9178c9bb7b06
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,4839de97-7c71-4031-a77a-cd943b7c6dd9
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,64423e21-b8fc-45d5-ae5c-7ba3f9f1a13e
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,711cb4a4-8167-4685-b8fd-aed8afc80f94
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,2e0aa264-bc55-4931-8afd-13ebe2a41007
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,752901c9-29cc-4d24-85a2-b2dc1338f6b9
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f8a4621c-c8dd-487d-be6a-a26267763acc
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,7a99e1f0-ef0e-4f85-a190-67d4a2746303
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2aea1969-d802-4873-89e1-fac85523fbeb
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,aa7ed575-85a3-4716-a11c-3f2140c08115
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,005d4daa-6db2-4cb5-8668-cf5847320824
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,3b5da7e9-cb37-4e40-af20-6e957c2afaa7
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,92a11289-f8db-4f4c-96b2-3fcf46310ebf
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,549c9123-9609-4930-8e4a-ea3e026f895f
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a684b76c-9f28-4e7a-a009-801b83a44018
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,d0d2eb6b-be7b-4744-95ad-2ea5a978f94b
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,504e1ac3-04be-4f66-bfbb-0e7e804a1312
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,211978c6-01fc-4006-a875-8283dfba714b
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,4fb950d3-1081-4e82-8907-601803a15724
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,d63e561e-e663-479e-924f-4b9734da5748
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,e0dc884e-8eef-42c2-9f8b-e72d95d99bd0
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,ea018186-2017-4a75-b08e-677d91a21360
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,20a08c73-e4ba-4c29-b373-b5ceca1b039f
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,22111bb8-c52f-44db-9488-073c50778857
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,17a80b9a-a894-4c7a-9700-3aa1697ed686
+US-SD,South Dakota,2021,technical source: EPA eGrid,CO2,0.00520815068730636,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,3f4d0161-24d4-4e5f-b3cd-dc6343f23213
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,2f754e25-f641-41d6-9a38-aab09504711e
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,f21512b1-ce6a-4e7a-90b4-aa13ba8ba038
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,3a4ee4f1-1913-4d3f-8ee7-4857d3c24f02
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,06645a99-77e4-4e1b-bc6e-26bf0982072e
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,387b8ad8-a22e-4b46-b261-32ea3df967e5
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,236b2e9a-4dbd-4348-ae59-fa8ced396838
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,89b63149-417d-4ea1-8cb8-beb0130a4e64
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,114e20ab-3c74-4877-bf30-545bd721e679
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,38deb5d0-f6a1-456b-89c5-58e294bf3a8f
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,8e99d1c8-a613-4107-8064-b8f78a5d7938
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,bddf17a3-c0a1-4e87-a601-849cf56d6241
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,9150166a-69df-4846-ab2f-1cda580c9084
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,50923610-6f46-417c-b304-afe4274f7576
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,01a29fb9-ece5-4aea-acf1-e8eab74ba387
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,6860014c-4b21-4920-879f-350cd4bd78a1
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,86a1c8e8-18e5-494e-9dd9-818f91f75cd1
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,b6557054-02bb-450f-ac29-4bbc0974f3f8
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,3a169469-4ce2-4b13-9d8a-7ac5e60e5af3
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,d7221b56-c131-44d7-871f-046e0bb588aa
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,953848cc-5c94-4334-8bc1-dd56bc907398
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,f0c17820-45c5-42cc-b672-dc4fafd38bb8
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,9b52fb8d-d4cc-4fda-a04c-2c2a8a5e477b
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,164bfd92-12f1-4773-b140-26d7746c2331
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,3c9a78a8-7fb7-4294-9e50-e3cf9dd4022c
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,da47c0b0-e2df-4781-a179-cc7f69cea4b3
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7e8e1239-99c0-4783-98c4-16b65e74b67a
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,42093880-09e1-412b-b817-106673abe7e2
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,fb64a84d-490b-45a7-9c7f-9cafcaaac1a5
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,8445bfff-9ca2-4f41-a53b-6ff3d5de50c7
+US-SD,South Dakota,2021,technical source: EPA eGrid,CH4,3.2769404492279946e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,81089438-a7fd-4576-861f-7363008717d9
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,7631b8e2-0dc4-4995-bfd9-96d817407e44
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,2519f6c0-4f45-466a-a56c-bf53e34e5d06
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.007,0d7e7a61-9529-4ce3-93d2-900fbd15717b
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a071805a-14d7-4fc5-b71d-0ebde1999c0b
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7526f87d-72a3-4dbe-aaeb-dbe917f00e7b
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.007,59026eb6-7f7a-4f21-afa7-2123a618689f
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,ddb796df-a867-410b-a220-14184bd39e43
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,300901bb-687d-4038-af0b-3628e163a748
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.007,70f9ca3b-8432-43a9-87d2-db42fbb91ea1
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,fa870170-7a04-403e-9572-60ba973bd074
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,a55ee0f6-b3af-4aea-8200-6224aa57c544
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.007,e4c70fbd-5ce8-410b-afcc-55cc0c1780e4
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.007,4d0a6b49-9df3-4ee3-82d8-51d265a88b3d
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,aac956e7-e901-48bc-bff1-bb7e2cbfb1c0
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.007,6284fa5a-627a-4a07-8db8-c99d1ecaecd5
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.007,a742f82e-6cb3-488c-82fb-1452fc06d0d6
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,ab2221e2-47c8-45f8-9ed8-386bdae18d4f
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.007,64edef5c-1552-4ef5-ace3-63a6100c39c2
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.007,99829505-404c-488d-bfef-7655d6795d84
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,7f84273e-4c11-422f-9818-e383b263bbc9
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.007,59da9273-0459-4ce4-bd33-e80701e9e009
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.007,163b262b-8f64-4b07-a155-3ee7625c22bd
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,3ba19408-e46b-4bc0-8a73-45d738c6fcae
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.007,610e04aa-3896-4d1b-9e80-402ae94e6c72
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.007,5a89e116-dea3-4dba-aef0-8a12cb3b5d44
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,dfb38a1f-5b24-40eb-bf8d-0fb5bfa6526c
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.007,b31b540f-aa69-4389-ba4f-f96bc1dc4c8d
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.007,5ef331ad-9f82-4e85-930f-91a0f9c92a13
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.007,50f364ba-71f5-486b-8ab1-11a6eaf0fb34
+US-SD,South Dakota,2021,technical source: EPA eGrid,N2O,1.1923421903173902e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.007,2fe595c5-0eab-42b3-886b-6aedd2eb68a7
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c3420829-647e-4c60-a800-813dd8b701a2
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fd6aaa5e-a5a4-43cd-b615-3b3fce0604a2
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,8a2a1a8a-27a7-4d04-9732-0b9fb52fda29
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,b0c27e14-8d22-407e-ad03-9dc83adbe079
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c88a5cd3-bb16-49be-88ba-43c1dc6dbc64
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,7c4ab206-579b-4429-b22d-f45f75fbe1f0
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,9d3dca81-fdf6-4903-b0b1-64d57d0227f6
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,662ebe6a-a213-4f82-9c80-68664a53debe
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,b73d37ab-428b-4a44-ae3f-6ab65ded7f00
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,103143a4-e386-4945-a933-30d5fb4273c9
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,0cb54808-f579-4b27-a2ec-f15d171cb97e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,22ea2788-6690-4c06-9544-83a0f4290b6a
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,053ddd10-bdf6-43a2-bf54-010f16a5eb09
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,3e0896f6-42f4-498a-a824-61191d23d92e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,c9a31874-f81c-4ef2-a00e-07fc6ad18d9d
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,adbba28f-8d15-4fff-842d-b33deef002cb
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,022008c1-deff-4f1e-a5ab-e9f79ebdc0b9
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,6717d339-f408-40e9-8d8d-1a6548a5a8a7
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,5796fc8c-321c-409c-af26-12a830734cb4
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,b054dfe1-1f47-40cb-87f5-a6cc34114020
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,7ed7b7ea-be9c-4e29-aea7-35427ae4c3ff
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,3301b9e2-013e-44b0-ae9c-19c1dc144ace
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c2cd971d-7cb5-4547-aa2e-9f0ca59bda77
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,bbc4cfb8-eece-4f2d-b62c-0286e55799cc
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,ed8c329a-77a4-45c9-aa8e-34aeff726f65
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,7ab95483-a604-4259-b34a-644057ef1a8e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,44222f7e-5df9-4483-89a2-17a01e613517
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,f76096dc-fd8b-4be9-a35a-3e7271ce7363
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,67ae8faa-ee07-467e-98ae-7972cfc7e783
+US-TN,Tennessee,2021,technical source: EPA eGrid,CO2,0.012014522704312212,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,1e9e45d2-4462-4f12-ab74-4e5afe7c1ffc
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,1908f6bd-4606-4ec4-af3e-2be81b474411
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c25dd1f5-71c2-424a-874f-98069f7d8f3f
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,b360b531-0c8f-47da-aa4f-d64b7bfe1617
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,59c37615-a5c6-440b-8e25-929375abc9c3
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,08ba3453-8f14-4496-b1e0-941efbff8131
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,2c791229-a5c8-43b2-88f6-ce7796363360
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,04aede7e-f87c-49d5-a9c0-8968341fb84b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e13b97de-d766-46ab-b333-899aead5f77e
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,77672ffa-2616-4799-ab28-c91be12e5c96
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,dcf794d6-9028-4b48-847c-efc3b9eb1a35
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,8a49621b-618d-474b-941f-a1e8029e0b6c
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,3ef1e66d-0d5b-4e2d-ab2d-16bf97f08e96
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,0070e0c7-500e-44c9-a7a3-192088fa477a
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,f4717677-3c5b-4303-a91e-91d5116319ea
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,c109d700-46d4-41d9-8874-0e6e6fb5a7a2
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,bf7e7a47-536b-4fc9-9fa8-8d7927f340d0
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,65183f1a-73ec-4443-96b7-fa8a6258e9c1
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,9147cf57-1e3c-451a-ab63-d3ad97265600
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c3a96d60-f7ea-4069-a0a4-11d79be5111d
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fae97ddc-5165-45c0-ba3d-7d904dfc054b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,ccc01ed5-1b20-47cd-b38a-587ed0079b94
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,5810a014-4693-468d-9acd-535085f6925d
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,fb384453-33c0-4aa6-aa3b-17f6ac1bd8be
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,3b555b03-2a5d-4ffa-8a52-cac96075c5da
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,c30613e9-71ea-4302-84b6-fc6bf50ecf8b
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,d44c4fc4-5d09-4043-9cf4-0780bdd599bf
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,f94cccc8-34e3-47d5-b868-871ccb5702bd
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,4c2d2416-36ac-49f5-b8cd-ca81e1ccff18
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,adce72ac-451d-4239-b890-dcc3c7059d95
+US-TN,Tennessee,2021,technical source: EPA eGrid,CH4,7.55947317804879e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,89b4fc9b-5332-4847-be8f-af9b4a7e2fda
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,b0f9b088-d3b1-43e2-b572-15262934a0df
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,f56732a5-4ff8-46c0-aa61-74884c919ff2
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.015,b5df4257-4771-4ff8-bd4c-e1d963317337
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,42dc9087-edc0-48cf-abe2-0effeb1a588e
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,c4d29da5-0555-46a6-be3c-e045f7c6ad1b
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.015,17004b07-ce39-42d5-a047-74e7bf362b85
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,8c46d7c9-c41d-4541-afac-4a68bb8b9ff2
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,32e83e84-81d7-4920-93f3-d5c2175984e2
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.015,44bf6fa6-5cc8-457f-875e-dd27d5344bb7
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,7ff3e867-6257-44bb-b60b-150c88902bda
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,e2a10acb-489f-419a-95ee-3068f515a6c4
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.015,6d62bd0e-933e-4996-9290-1fce20dca824
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.015,e78f000f-a306-4ef8-86a6-652f24816b45
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,22848ff8-d47b-44af-8ac9-c47de803fe67
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.015,d71de4dd-c5c9-46fd-8394-e2554d6132bd
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.015,383e36e3-06ff-431e-81bf-621f0bf5d20f
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,a22660c9-de09-472c-a663-63278cc94bb6
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.015,03c057e3-4a7b-45a3-8efa-c1935b4943e1
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.015,35c2dfb3-b60f-40c1-aac1-8db647f5268a
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,be74fbf0-9aa7-433b-af91-3f315de9c0ce
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.015,6cfe7010-88d5-48e2-bbab-3dd894c5b894
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.015,57a9f9c6-cf4d-4335-b30b-0ead7084b08b
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,4b5240f0-8166-4c6d-9312-5668d3c95191
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.015,b1286f62-6945-4725-91bb-3d4a8893df73
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.015,3d56d7ed-85be-4104-9f31-439f5960d8b0
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,bc4e83b9-5dbf-4e08-9143-c40b4303a3fe
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.015,342365da-c098-4472-93bf-e5817a8a4ba4
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.015,8b1b8589-fb33-433a-90c4-d708accc1792
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.015,694c2204-6c13-43f1-b8e8-55d1a3d7d105
+US-TN,Tennessee,2021,technical source: EPA eGrid,N2O,2.750577542196019e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.015,8e8bd491-f1c3-4011-a655-ebefebf328a6
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9caec361-3d91-4b7d-9025-058f06315131
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,223837e6-ec4e-4424-9493-974fcce70639
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,47c67a18-0dc2-49e3-9bc3-7a3a4aa15eeb
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,83f49f1a-76ab-4661-87f8-0db500c1afa7
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,b9a99749-5f76-463c-bde6-57ad91a9f6cc
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,15bbfb87-9020-48bb-b6ab-85ca2dca24eb
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,cf0ddbc5-f361-41cf-b443-2df175987d6c
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,77682280-81db-4fac-91b5-e0fc63bd03d6
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,21f23e1f-272c-4dab-bf14-03c36d2a1e00
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,13e9a9c5-a558-440d-9e94-761e2fb093bf
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e57c712b-2695-412d-87dd-6d4485600173
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,ab956f1a-b8ab-4f01-8ff4-2f0bc6b3649b
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ebd46e3a-9a2c-4381-980d-1aa649a3abb4
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ebcbaeeb-2f0b-43e2-b919-38821ec765d4
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,adb0f89f-afeb-44cf-96a1-66d519ff6e83
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,941cd83e-d794-48d8-9dae-c330f152ad14
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ab48c7c4-5c26-484c-85d1-5b33db8d3b3b
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,c8ea3608-a5b2-455f-ae43-0fcd751e3bda
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,5496c1be-78dc-443d-bc9b-0c199ae99ec2
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,694800d2-38f0-4a40-8a79-4da80606b892
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,5ac1a467-f26a-41e6-a7c7-b968b1757eb5
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,fae16ca9-8bf3-403d-ab60-ca9277c9fac1
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,cbc46f21-b554-4922-acdc-46a6dc12472b
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,e86d0993-39d4-4898-bad7-ddc485c1222c
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,9b6289d2-3d43-4a82-9960-248b25ea2f5c
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,76a13482-0c38-4c90-96d4-85ca54a48cd4
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,1cbae64a-8d57-4ee2-af6a-2e86c1f56125
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a9edb138-ef69-48c9-b8f5-4407f3400af6
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,dfc73ae6-f3f0-4f00-8166-9009bbaa5479
+US-TX,Texas,2021,technical source: EPA eGrid,CO2,0.014709231008177568,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,61f0c01d-bcec-4f15-9d34-7395fd08b725
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,052a4dda-e65f-4af7-ac60-aabc3b76e08a
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,44c67db4-4e6b-4d46-8956-d4d6a1a8236a
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,9da85b74-43d9-4ff9-b695-e1977896c522
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0612de68-74e9-47a8-8229-167e519a2974
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,515c4818-830e-4143-8f34-aeecacd34c14
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,4080945d-855f-4963-8a3c-0ec679679792
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,0b982b84-e78a-454e-9811-f311318489f8
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,939ef322-9966-4a79-a3f6-18144fe7b0a7
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,ebeb66a0-0602-46c9-9b17-024140228096
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,8298a0c2-66dc-45f8-976c-efd3d96497e2
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,51fea41f-e5aa-41a9-83cf-0449715056f2
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,2fd3109d-bc73-4ffd-8726-5eb063b547b8
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,c9d6d179-15ae-4497-be1a-642e0d995b5e
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9f530649-f293-4b31-8cf3-aa08cb1cbe0d
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,1b3b72ad-7f95-42b4-9acb-d99da8435daf
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ba5c5a8b-06b8-4d8c-acdd-99a3f099e853
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2d4e0f46-5849-4eef-b45f-668c302fddc5
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,76b218a4-d424-4460-aa8d-472cb59de1c3
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,6cca6faf-adee-4b92-ab5b-7b3f40e18eac
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,9c8a034f-23ae-44ec-827c-059ca4b2b941
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,7f232642-003e-4e9a-bd73-fa6da2aebd7f
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,093c314a-d53a-4889-b9c0-2a8215f5e258
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3c31c1e3-3582-4996-93ac-fa40d200b675
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,0ba68ec5-013c-4a6e-b383-cd248bbe9f07
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,065a478e-1df4-4589-a2dd-29c72c4fd034
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,ad6bf5f9-fd7e-4bee-97d4-f01c56f57dd4
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,e8557f3d-70d7-4844-ba16-ddd4bbb38aba
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,32c69077-2f12-471c-85cb-d9cd6df39523
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3d8e4070-e6f2-43a4-99af-84b1da6a6f94
+US-TX,Texas,2021,technical source: EPA eGrid,CH4,9.254969174608367e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,cbbe4a3d-d27c-4c0b-a77c-87536d7cd999
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,1e5e7ffa-b822-427c-a6ab-7ea119d12b68
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,66dde19a-9f29-4999-a1bc-421f2f6dd6a4
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.018,9364f6a3-b21b-4b02-90ed-2588f5082ade
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a7c5320c-3ee0-40f6-8103-78a502a34f71
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,bc47745c-45f8-47e7-8ae3-67a0f3a5017d
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.018,fd0a7d16-e127-4c34-ab62-af3d8ad6bf08
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b12caa78-30ee-4138-af9a-a1c204ab704f
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,afd4ddf3-95ff-43c0-b264-98435a3430aa
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.018,06155efe-599d-4ad1-a9e9-7067adbb2c71
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,31110317-4dbb-42fa-b270-7d8d4d8b19ca
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,41567227-32af-46c3-b8fb-cc2a10b54bde
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.018,d4249592-2a3a-4af7-abdf-14e501b8aa79
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.018,3856ed58-bdc1-452e-9125-7a829d5f8679
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,e23143a5-69df-4cd1-a3ce-adb5445dd83a
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.018,bb59012b-67e8-4cb3-9504-458135473099
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.018,ea1904c0-4539-4b48-9401-639186334ef6
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,0d69d282-9d19-4114-8960-495813d3bbf8
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.018,329134c7-f47a-44d0-8bc5-b895dafe3c57
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b1e77fac-a710-403a-94e7-5c57232b1624
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,819180ec-4770-48ff-8ede-5bd27c47c641
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.018,db5aa4c2-78a4-48e6-8ee7-886e6fa847ed
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.018,a2870757-caa2-445b-aa97-d5aa3c13d14c
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,3af4a322-bbab-43a4-a5e5-82f7419c7516
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.018,78d1a046-a2b6-41b7-a996-6cae59783348
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.018,28264a41-b58c-4ad4-bb31-4f128ff42d37
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,2a09bdc6-74e8-44d7-a838-abb6f7a82262
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.018,0891571f-77fb-4139-a56c-157bad1a2d62
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.018,b3566f54-34ca-43b3-a21d-3c58de67be8e
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.018,7e26c5cb-89f9-44ac-99dc-c057a988c7e2
+US-TX,Texas,2021,technical source: EPA eGrid,N2O,3.3674979414325933e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.018,8308ec85-646a-45e0-aa5b-0a562c90a9d0
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,032c4858-b56d-4f42-adb6-60a65ef53f0f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,83a9e4ef-3c0b-4f1b-a53a-6122dbe05659
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,61fdee6e-1fc1-447f-a421-70cb83c29314
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,596796f7-0903-4fa0-8aaf-dc82430dd784
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,aa4492fe-d366-4d35-ab3d-f099902f4f0e
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,c96f0280-81be-4506-a8c1-bafc6943e81e
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,406b6385-4f49-4609-a36c-ca76d9b508ff
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,ad6f9d33-2f37-46d5-99bd-f531a2e7a5a9
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,74d4a719-9a61-4945-aa90-7c7999104e18
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,69afed8f-e7b6-4393-acb3-68ed156cd2fe
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,fbf15b75-a004-4aab-a6d2-f4014960dedf
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,0e375c5e-42cf-40c2-88e4-2f41314aadd8
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,381f69ec-06a4-4f5f-84ee-ae7c3d867d30
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,41bffbe5-6045-4fcc-be89-172f8b23fe78
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,89c51702-54d1-41ed-ba3f-18a1f90d4e64
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,60880823-5aee-4e5a-b807-1c8060f5c6f3
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,1b349e2c-f001-4d20-8ef5-1d6754b2eb98
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,0d8652af-d345-4df3-9eea-461bf875a55f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,47d8a413-a0c7-4ad0-9d52-0f3f03366912
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,3f1f5dc8-d6dc-4364-9abf-7c5a1bf5f91f
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,d92500f8-9d52-4859-8ac8-54ec5d703928
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,05b4646f-af49-4306-b108-52b6e0d8a586
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,d690f856-deea-4f37-bf09-6e66ca6c7921
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,81304ce1-880d-4328-bcfc-a7449c9798c7
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,57069f9c-3370-4e5f-a931-249d66ee807b
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,456f945e-923c-46e6-90f3-c7e1ae6ba846
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,5815ffc0-caf5-45dd-8d4a-5f4de18b74e9
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,6e738676-fa7a-49fb-8a64-e0704c227b7b
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,bf618767-ebe1-4f92-a01b-0db708b057a9
+US-UT,Utah,2021,technical source: EPA eGrid,CO2,0.02686579465211483,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,0233d378-73a3-41f9-9924-623be1f4bde9
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,2f17ddb4-ecc6-4958-b6b3-515e0f349142
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,416ad89a-441e-42e1-a9cb-f2625423b047
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,d82d5c1b-216f-42cb-bdfd-57344c3d93e9
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,01063005-43b0-4d58-bfcd-e55fcab85e53
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,4688ac16-82c4-4f98-832c-624b007dcc76
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,434f6bb2-0c88-4ea2-9479-4264da02b881
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,29a2b670-d2ad-4d6a-9932-75df760f4c2f
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,2ec19dd3-68c5-47f4-9ea1-af9606d560a9
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,ff42bfda-a659-469d-92a1-3ac33aac8a35
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,7766a401-708b-463e-80c3-f338dc0d4a0b
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,a6540679-8fde-4ad6-ac9e-d7f1539aa6c5
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,b552dea6-c335-4cda-9937-7a206d5f0d25
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,94c5c2ee-b8be-4e05-b64e-3c36c6af2f3b
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,730215d5-b3cf-4cfd-8fca-9903ddf32c2a
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,df1c5056-a3eb-4ad4-913f-ade72e7336c9
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,ca58b30f-cd5d-4ac6-81f8-2617db19c26f
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,22b22062-8e06-47b1-858a-74df3ff529d1
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,02c583c2-c599-4090-9aad-2a88b3721f77
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,11e36fb3-62f3-42bc-bb1a-4a205ab23f29
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,27763030-bf15-40ff-8b85-7e7e234facb3
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,1142de63-e12b-4a35-8194-5e31fdcfe9a9
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,d0786b9d-678a-4cdc-83e4-93176c72d7fa
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,e4faf943-9917-4068-ae3a-36fd41fe3158
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,0ac06ddc-2935-403f-b763-67c1cdb86f18
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,b7714686-8df0-4c15-b190-d98d1f836c75
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,46f934d8-a935-4379-97d9-f82434316c06
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,bde5791e-6223-4dd1-ae6f-d7ca534ac10b
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,d64c9f43-0e5c-415b-9d9a-948c6d7d152a
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,76642516-dc06-465f-a43f-f20c7d8daa10
+US-UT,Utah,2021,technical source: EPA eGrid,CH4,0.00016903813749233324,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,4b205fb2-0c79-4c9b-8974-a2687de05660
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,5a4be988-6ad5-4f0e-b59b-dd3a03e4b570
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,64d78078-472e-4238-8772-9d43ca780425
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.034,45f139fe-1090-4416-a1df-fa3495e72c82
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,3b15d664-9c80-4391-850f-57e30d2ad43b
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,0fb22354-b109-4688-a036-c1669db38907
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.034,514166eb-71ea-4446-9bbd-120bc7595fff
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,ee04f8cf-7500-4801-80f5-394605474e9a
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,0d58343d-3678-4aea-8073-75a47dfcce76
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.034,16a9e5f0-5a6e-44fc-89e8-2b82a5787f8a
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,bf29e6e0-d9a6-47b1-bb84-587b41d7649e
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,8746027a-3619-425d-82d9-3a92644af5bc
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.034,4569ff11-7f1d-48c9-a328-43c396572ac2
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.034,84723e74-e3e2-4833-b486-3bc2bc1158fc
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,e520f02f-56c6-467d-a285-6fa5ab3bca1c
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.034,dd982650-49a7-4056-8df3-e06e91b49f06
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.034,4215d7b2-4acc-4940-b082-49e5566c51ed
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,b27310fa-c3b6-4bd8-9e8c-2d344b2fc2a7
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.034,b496197b-6492-40aa-9460-6f09d5dab59a
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.034,468ed26b-14b8-4ec2-821f-72563bba3a41
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,3950ed81-74c9-4e8c-b672-9c484d2b3dc5
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.034,5a7042b5-bdb4-46f9-8ac8-ac0ada3e9f43
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.034,ba9b5f96-a026-4088-b38d-4dbe279d8c92
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,07a15b6d-b9b4-4863-9eb4-1b262fc78186
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.034,95788d11-d03b-461b-81ca-5dcb09f6e90c
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.034,634d751f-04ec-425c-9d7e-55bf636beb25
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,a56e3dbb-3068-4cac-9a2b-81970e70dc36
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.034,1abc0b79-d189-4e74-b019-4aa9d6d45082
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.034,d974578c-9263-4fa1-8910-3c443ae4efa7
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.034,4f4792d0-e631-4eed-83c1-0ceda59bbbfe
+US-UT,Utah,2021,technical source: EPA eGrid,N2O,6.150594013762553e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.034,fe1b9ca1-c423-42dc-8d13-46ab8f32ce7f
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,6fb71373-f055-4b54-b7e5-462461861a2d
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,2c7bacfa-690d-4eab-b0a7-d14f14330a73
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,2d719d2a-3da3-4dbb-a6ec-bf208cd6f6a8
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ee69b646-bbb1-4adc-8355-e45dcc1ed909
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,c95bcb3b-896a-423b-a238-41b535212c17
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,79c6f4db-3807-4f32-8ac1-c1658c80fe6e
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9ad3045e-7455-4685-92a3-6a4d70e2f6e2
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,67ff03ce-1c8c-4fcd-8efb-2db8eb7250c2
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,7f338e1c-5b46-4be5-ae1d-c49eec947898
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,1f9d3268-bf47-4ef8-bb03-526a51f056ea
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ff0a96b2-e870-49a7-bd6f-a2dc0062ac39
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,31dffe52-4cfe-4e99-b9c3-fd441b3b8902
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,547c6255-9041-4cf1-b033-12cb4f425f3a
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,38298527-42ec-42d7-9c1f-bd27ae4e8b53
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,a4dbc9e7-fde6-46a7-83af-efb01a0074a8
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,761b607c-5886-44d8-ae61-4b3637960c07
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,34120134-22be-443b-a29d-fe754c96f167
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,c03f89bc-c0a6-4aa7-991d-0141b58930ca
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,3b2a5908-62bd-42e3-bf6f-da523c43d12a
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,98f3591c-be69-4f20-84e3-899fbfe4a310
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,c57d58f9-2b0a-4216-bec9-bf28e67a0099
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,be7802ba-ded5-46a8-a549-4de3e8eb0399
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,498f08e8-c5c3-435c-910e-7c491a08325d
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,b28d1dd5-673c-4d2c-8e8e-a347c4cde72c
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,98fa3772-c10b-40d5-b4ac-ca9a2f1885d1
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,e9b599d6-432f-467b-8f02-355d9e599ed4
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,223f27d4-4e4b-42ad-ae56-435375612bb5
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,bf7d455e-0d53-41c5-950c-f292c70fc766
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,67a236e7-8a0b-4031-b585-fc205561031b
+US-VA,Virginia,2021,technical source: EPA eGrid,CO2,0.010285819322093312,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,c771b7b7-bd1e-4d9a-9c34-ca6fc800ace8
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,8b5cd581-0333-4a28-8957-129e55f25a2d
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d86d9f99-0ed5-449c-aab5-fb364f530542
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,13d66c98-7dec-421d-923d-1acb898dee26
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,f412810a-0323-492c-b63f-92a29ecfcf57
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,48871416-6359-4cf4-83bf-9697ccef4e27
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,7730baa9-3590-45d7-81d0-a610c5d29383
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,6404b399-8d12-4a51-a897-fd8e818e50f5
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,6171ac8c-0594-42d1-a8e3-860a768efbf6
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,e9616b45-7c38-41b1-ae1e-4b02b2ad7ef2
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,2ede10af-fcbf-40f9-96c1-5b5ca92374d0
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,f3588423-6a1f-4a4f-83a1-516172ff487e
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,9c2777c4-bb88-4bfe-9506-75492e5c0e7e
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,53f32b0a-6360-457f-92de-1c4cb27bc800
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,dc4584fb-d077-47b1-b713-552743ea4480
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,c9cdab88-8cd2-4417-9e0b-35d7b80c3915
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,13980419-b158-4cf7-b067-d7765d2b1153
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,139ddde0-22b0-4389-829b-6b65f62d851c
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,eb4cf3f8-2a2e-4a2f-8d92-c3c5c9e9074b
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,5255c67d-c619-4050-ba91-2e8ae8f2398d
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ce78e342-8ab3-4dfd-9092-68f98625fb68
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,2e33c607-2efb-494f-88cf-42c27cffb7af
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,793a5f62-699d-4c41-8b94-c0487f42d238
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,0c868e2b-d8de-4e3b-a098-87397781ef7d
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,35825a89-86ae-488c-a3e0-12c065d88beb
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,730e36f3-02ad-4899-bdbc-5d296eb0c09b
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,6dadf91b-a800-4e0c-8a64-94e074bad108
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,9baa0ecb-bb8c-4487-be00-96f34ea7fe6d
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,3d669b97-4a0b-4067-91d8-4c8e7b45d34b
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,22b85f71-da4e-4278-a684-8727b999b20e
+US-VA,Virginia,2021,technical source: EPA eGrid,CH4,6.471782291585556e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,380906a0-c677-4452-bba1-e17f98d78b0b
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,7ec7512a-66e2-4440-9432-f727873fc561
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,5e8cc0ff-7c76-4cd2-9f3d-ea189da79fc7
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.013,17b99b36-7055-45ab-9429-e39a2c75f6d8
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,54bc69f1-4c5f-4534-bfa2-cb7811c0d53a
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,9056de9b-bc89-4dfb-863c-e68857b29db3
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.013,0c632c1e-a5d4-4f46-8702-eb4093806399
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,09354335-64e2-4977-a3fd-549a50b5e0eb
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,ba4b81ac-d268-4be1-9f4e-fd6de3f66505
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.013,2f3a000e-ce05-4eec-8ef8-c356183ee453
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,d8da4234-7a16-4018-a572-c74d2acef320
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,97c76a37-c6e7-4a2a-a063-8acb0361bf1a
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.013,c3328ae7-f81f-4732-a916-d42632de228a
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ab4b4a18-d344-406d-b4e1-6ca5b359c927
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,9589ccad-ca9a-48eb-b804-c55014366ff0
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.013,fb7b173f-677e-447a-a3b9-30ce05600870
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.013,ce0fd8e9-56e3-45c1-ba2e-5931498e164a
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,110f0d01-26ac-4146-94bc-4109e815b138
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.013,d933d7ce-d00f-43c5-81e1-a4d4e1b5ca4b
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.013,9c17d182-c287-46b0-99e8-9d9c4552aecf
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,d995a4e0-c692-4e6a-ab7b-5315cefe1bfa
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.013,fab6bb14-0133-4743-b6c7-1237f75037a7
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.013,3f87e4f9-1231-48c9-acde-7790d50f73f2
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,7339b702-82b2-426e-8f3f-25ef7b9166dd
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.013,dbfc743c-b08a-4f57-9783-10cec504cc5e
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.013,d64e71e8-c40f-4d79-a82f-44e333e80297
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b3b7b83f-5273-461d-86a6-01fa06fa958c
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.013,3a17b645-70c7-4d42-b5bb-3c3c249a3fa2
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.013,679c9365-34d6-4862-a337-660a50f4068c
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.013,b71446f1-9e63-4463-b53b-8761cd87c661
+US-VA,Virginia,2021,technical source: EPA eGrid,N2O,2.3548121158638536e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.013,3bbd0fa2-e7ea-4bc8-b915-363f87aa9a1a
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,3647c463-5426-4969-b67c-88b3c31ec98b
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4972c367-9981-4395-80d8-a829e8ccc5ac
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,365975f9-01be-47e1-9b75-c8979d2d67a9
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,54ef98ec-4178-49fa-84b6-52caab2a591c
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a54a5cc1-7686-40ee-b3b3-18244642533a
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,b8f03823-bc62-4fb6-a67f-95e815d05348
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,4388320d-5c6e-4e32-8054-c6b7c676ed88
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,2b8423b2-f2f0-4560-916e-61a9befa8e3f
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,ab873008-12b0-4020-892e-1356f02d05af
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,3061535f-54f1-43e8-bbaf-689622a4294d
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,54bf6579-4616-41b5-98b0-6f1da5329da6
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,7a120c02-7077-455f-b9a4-8f8a01fc085e
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,61cd8023-f170-43e6-96b3-0ce418028066
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,be75a82a-588d-4cd5-aee1-f73f5d334859
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,85710920-7b9a-4201-a7d7-235d48907570
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,5b8f689a-b6ef-42f6-9a54-0a0445d75596
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ad0bc122-c4fe-4a5c-8b59-341eea1205b2
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,8ea34508-8256-4867-9d06-967b51dff3f0
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,20bf2299-ff92-4dae-ab1a-3c75638d5695
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,bde98344-d690-4964-af6f-ff19aef3d59b
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,4c243a2a-3738-4daf-aa15-e67cb4e583d5
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,0fd6808c-49b1-4999-8e2d-933120505126
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,84614880-ec0f-4c94-bcbf-dd3b2114c9a2
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,11204919-67bc-4cb7-99a2-343ef7042a63
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8709a2d3-8165-41b2-bec8-0857f62babc8
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,bcf45dee-90a0-4641-8e05-993ebaaee6eb
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,945a4b02-4dd1-4f46-81a8-34135deb278e
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,8489e0df-a381-497a-aafa-c859bd99cd3a
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a969316d-675c-43f5-9aeb-326a83fea751
+US-VT,Vermont,2021,technical source: EPA eGrid,CO2,0.0007666141190742062,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,0f21f741-f0ca-4c5c-9016-894bff899d77
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,30fa7464-e952-47a7-921a-5818a87ac43a
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ff269355-b9f4-4a89-b6ab-d3a048019a27
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,8283bb55-5bd8-4b03-95de-f0e18a04ff20
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,c6db1f7e-5c9a-427f-b1e5-dc50c67fb1c6
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,44d893e6-ca12-403d-98ae-c47f5fb34813
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,bfa319b6-886b-46ae-ad32-88a3317789ef
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,91ae597d-5f01-48cf-9387-b928c2023bbf
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,91c3d270-6088-4f4b-9c9c-598d0915d319
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,73f73bbd-5627-4e2a-ba33-c320f4113a86
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,581d930f-c84c-4380-8d28-49ee695905d2
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,94516621-717b-4c84-987c-a9b7b9fdf15b
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,76d7eeb9-3230-45b9-9334-98764bc95ce9
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,b6cbae4b-817c-4b12-bccc-e0e3fb955c6b
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e92cd607-a0fb-4209-a332-a3d263218a32
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,8fd6eb92-431b-45e9-aee9-7c8ff7b43cf4
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,da8f9478-c966-4d82-b26f-6b2fd0d17d56
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,7c33325d-0a49-4c4b-897f-b3f55f14c21c
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,92bc70ab-e0f7-4f28-9cfc-223791596e14
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,945f4c8e-413c-4ce3-9ab7-0704857d6649
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,a8a4f243-beca-490d-9350-2ef0c16cecf9
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,291ceed8-1175-4385-b403-ffe3cd197628
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,b9d44b71-bcb6-4044-9d3f-8a0c90d7197f
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,03e64f0b-bb4d-4db2-8b2f-18908d18fed7
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,12c00596-a499-4e49-a24d-0ca7421ad5d5
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,cb668417-90cc-4a1c-8299-99078f84d80e
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,592e885d-a736-431a-8f72-5c78609f87e2
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,c57aa2a1-578d-46fa-9917-cdbd6ef8b5d1
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,9d4ff57e-539e-498d-a820-5f21a528acc1
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c7e7adaa-f706-45b1-8f32-dcbe847f5acc
+US-VT,Vermont,2021,technical source: EPA eGrid,CH4,4.823494876725291e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,d1d536d5-1009-4cc3-9da9-89e7852ea59d
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,cbafa25d-6cfd-4447-a467-f0ce59a964fd
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,d7ff3c98-f84d-49f0-bedf-5723258c5e2c
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.001,4fee2fa8-4dd9-4602-bb46-1bbd9d0a29a2
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,853cb8cb-a299-4ba8-8d4e-3eef57490139
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,e4fdefcb-3d97-46f6-817f-373abc0e0cf6
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.001,5eee2679-c6e4-464a-b6a3-6087685ed03d
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,43fc5e6a-9045-4a99-99cb-f346f96a8089
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,4d9de181-a61b-4322-9a1f-a18a288f1968
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.001,db611170-cc58-4262-a652-1d7f92093fa5
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,1a6969a9-0079-4ee9-be94-4607ed11c848
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ce3cbeb5-42e4-47b1-8c88-71a48db387b6
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.001,55f7c53a-dcc7-47d1-bcda-7ac14c3d7044
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.001,517c1be6-111e-43cb-9e44-545dc4294ee0
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,c7a8baf3-70fd-424e-91c3-4ae453e7a4b2
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.001,99106cf9-7739-42cf-9972-bd34d1260ebf
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.001,0fef56c5-d310-4575-8891-90ba50799c78
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,83eb38f0-5f5d-4618-a96b-1ece1f1b4407
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.001,238c9a6d-1f6a-4eab-9b13-ecbf08dea71d
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.001,71a3bdef-7f2f-42de-88bb-7deb1d40c400
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,271c2f71-784e-4b5d-adef-09936885c06c
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.001,688f2159-294e-4663-822f-19f52193895f
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.001,0d1daaa6-58ea-4756-bb8a-7a355c999114
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,f11dea67-59e4-4bfb-9d68-5679ee90bbbb
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.001,a54e2892-b214-47c1-a241-c865046fef61
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.001,d706ec5b-8f6b-4c0f-a96b-32af554ab078
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,8ff02963-c88a-4e85-af2c-6d343551fc17
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.001,77ed27ce-6b6b-4649-b6f0-d4b8662e5008
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.001,d260b310-d6c5-4279-b005-143c0e153c4a
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.001,ea0729ef-f494-4975-b203-b52bff69301c
+US-VT,Vermont,2021,technical source: EPA eGrid,N2O,1.7550689539244649e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.001,1084e6b3-be88-416c-b726-a28db59744c8
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,e5fdeaa1-4db0-414b-bcea-4fe8aea7cc18
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,b079fed3-0c4e-4cde-969e-8d0fca82cefa
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,ea14c3a8-0f62-46eb-96bb-0445fe6d54de
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,fdfd55c2-542a-4d1c-b78b-aaac7a1dbce6
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,4c0363f6-8ac9-42f5-b941-fca02de93079
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,92b9bd8b-4b37-4e78-9e2d-8006f4cc3be7
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,daa94745-4451-4f7e-9e6e-ea7a3df41835
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,152c9c32-2caa-4917-9439-9e00077a3a7b
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,9ae65c0c-0228-4bb9-a49d-2f210ab6dd7d
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,eac153c4-fcb6-461a-a34e-1e6c4c604a1e
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,2b0f9228-f62d-4a55-a198-0589ee4947b0
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,616499b9-ace0-4ce4-ae12-837be8bfda61
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,cb697420-f79b-4e71-ae78-dd8f82f4d41c
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,a8942842-c89f-411e-8f21-a4826ee0788b
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,d542f90a-4709-4808-a203-7043224a2498
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,df348406-f4be-4d3a-97a4-1b2e91635ece
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,4c88d9b1-900f-4d53-bfd2-bc66b1b0fecc
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,d027de8c-29b6-47d4-a1b4-783bc618e361
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,9ba6188c-0d4d-4165-b07d-646511be8991
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,3d59840e-099c-4ce0-b3ef-8f4c6bcb4151
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,5a1a9f6c-1b60-47c3-8810-8e3a374a68c5
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,fb59add1-ddcf-4c02-bcd7-844327dee968
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,f6106533-248b-4a77-937d-dadabd524898
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,cf6a2e80-ab29-4029-a9bc-f56dff469439
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b1e077d2-2c6d-4842-a860-1f501c29c3b4
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,8d588281-fbde-4fca-99e9-1de2bf5b26c3
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,261db0ad-9c81-46cc-af5f-8b67f4edfac7
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,1359af97-c6ab-488a-9372-1937e3b4992c
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,9274b33a-4ec9-4999-8781-2305c2e46a62
+US-WA,Washington,2021,technical source: EPA eGrid,CO2,0.0034702993692863997,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,137e106f-389f-41c0-a67d-61b838b82a5e
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,a93fb360-0ca2-46fd-8f06-cd1f60c9352d
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,6f865629-811f-4b8b-a0be-d2ba12715485
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,0d11ea93-5aa9-4b38-a7b6-bf650edd7ee1
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,44f6010b-d396-4197-b5d1-1bce759e0566
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,638d98db-f7b4-4124-b76b-6082b306e50f
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,1cd0faa6-961f-4efe-af0d-34d9804a6bbb
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,9ebb76a3-b6fc-4101-ab01-03829ffadac0
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,281cc6ee-1f47-4445-b0b1-564abfde1313
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,592e84cd-0035-4b26-a535-ddbb405577e3
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,b2c9ed16-384d-4a45-a4c9-2d6f5b8ece2e
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,1f7db79c-6ed7-4922-bdb5-4c305f2b9e54
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,c5fda7b3-22e2-4406-a4bf-79f79f79e9f6
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,6bd9de82-7761-445a-a880-9a76e1f3c8d9
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,547cd41b-e429-4b1f-b888-b9d90d9c8265
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,72f9e7e7-4fa3-4486-9f73-315bab6790d6
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,f0f09c59-ef89-45ad-a93c-881dc933d388
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,ddfc5953-aa8b-4f3e-b7db-01b1498d106b
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,c9b6cfae-45ec-4fd4-bdf6-c2978a465c1e
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,1bab7b82-0f58-4ad2-a76d-6fe96c585f06
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,34d5afdb-e715-4f8b-b032-bde8994c5e98
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,8b8a78d5-b951-4325-b938-3a98640890ae
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,e46c6086-7b6c-4f3d-b98e-cdca4c0fb1e2
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,cb8d8bf3-d322-4f3f-aa78-1646962b40e6
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,007a24dc-0923-4d75-961a-fe3f39192c14
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,f41ac2eb-13ba-49e5-9ebd-12668f35f2ca
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,adfeae62-11c4-4f1d-ab06-e8f61f4c425d
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,c79c794e-dd53-4b5a-b76f-2c1bd629a9c4
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,29446657-7f17-48de-918b-51279e7658dc
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,e1884868-bff6-49d6-a770-d2b95c89249a
+US-WA,Washington,2021,technical source: EPA eGrid,CH4,2.1834937306751675e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,416d5905-a605-4444-8b05-0e4170b3ded0
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,40efb8e8-1c16-4345-8d54-fcb74c3e3335
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,84a7c8f6-3693-46f2-87df-fdf9ad513004
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.1.3,modeled_data,kg/kWh,CO2e_value:0.004,e835fd14-dd28-420f-8c80-0becea3c712b
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,5a0197a5-7b35-4ae3-a5cf-7072bd99b16d
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,3cfdf117-cc2e-47a1-bac0-5cf9025f774e
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.2.3,modeled_data,kg/kWh,CO2e_value:0.004,66cbb85b-17b6-4bf7-9da6-948aefce4001
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,e5787f73-37bb-49aa-b680-bfee54ced553
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,51d6b983-a852-46a2-8ae8-2ade071ca8ae
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.3.3,modeled_data,kg/kWh,CO2e_value:0.004,cf135e47-c294-41fb-b269-d44884da666c
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,1e296d6c-0dd1-46a5-9cb3-2c208dd2a556
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,9120fb15-7a52-47b3-8217-b4db59d7d612
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.4.3,modeled_data,kg/kWh,CO2e_value:0.004,0c68e78f-986f-448e-98c1-ae2dbd5c7926
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.004,3eda18df-ab99-419a-938c-a56b22ce65a5
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,40353738-ff1c-453d-b3d7-29022e89ee49
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.5.3,modeled_data,kg/kWh,CO2e_value:0.004,89421315-26d1-434c-8148-a3e41721f519
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.004,d21dd898-5642-40df-a300-e49cc9b01121
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,9d31bb42-04db-47c5-ab3b-a85186b1cac3
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,I.6.3,modeled_data,kg/kWh,CO2e_value:0.004,e53e8363-0f7d-47bf-9fb1-22d6eb828eef
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.004,6644b497-d591-4e4b-bfb6-6a88e993a0ff
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,e913f706-b6f0-4e59-9aba-8d00395e07d1
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.1.3,modeled_data,kg/kWh,CO2e_value:0.004,9bad8dad-5dd5-4311-a780-a1f9a57aa641
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.004,5b0a9885-0da1-4bbe-be1e-1f7181640f19
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,994c86e5-f0f0-4592-83fc-69fa7b75a621
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.2.3,modeled_data,kg/kWh,CO2e_value:0.004,f2b2f29f-1173-436f-bbf3-f2a02d30a7e1
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.004,62e941fb-5df9-44e4-baaa-ce2ff01b3e74
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,9b46399e-96e7-4981-a083-846b0dfedb7b
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.3.3,modeled_data,kg/kWh,CO2e_value:0.004,57b758eb-5f3e-4f2e-9d84-a5bf62f667ef
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.004,e9a25342-9668-4149-b5fa-3d58a6dbf6fc
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.004,fab0f5e2-ad07-430c-92c5-89764f542d4a
+US-WA,Washington,2021,technical source: EPA eGrid,N2O,7.944824563384614e-07,II.4.3,modeled_data,kg/kWh,CO2e_value:0.004,c263f338-fe87-449e-8353-13ea23a2b2cb
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,4a747a3a-1dd9-47c1-9dc3-177e78038741
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,ea02d453-921c-4c5f-886b-7aee3fb15f62
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,54030c10-9f62-4840-a399-4106505ad839
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,daf0200f-33ea-4049-a2d7-d50f1c3aa3b6
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,679caa1b-3360-4523-b88b-d0275970da52
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,c208965d-51ae-4ce9-813e-bf9ad0420a88
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f8505a59-686a-4313-a72a-1fa54d2324da
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,44f62ccc-7f79-4cd3-a328-5527628d6932
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,da783257-c1a4-4356-aa01-b5843b9d4974
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,b62d8bff-3091-4a7d-901f-5620d25a5c94
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,960831d4-3e04-4bed-9aa4-e1a0836acb0b
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,4ce59aa2-2ce5-4ecf-8103-2874fe232138
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,b13a93e8-bc6f-413c-b06a-c41287eac045
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,fea9772d-2132-4829-8548-aa7390f727af
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,c7504e4f-bb5a-45fc-b0b2-02db0a6c50a7
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a381f6b9-9585-4a8d-a69d-b9e302d242d4
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,fb35e1e5-9ef0-4988-9254-1636a3814399
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,c333d7a3-e0c7-4fc9-954e-b1f81973855e
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,82706544-6e1a-4aee-a86e-7252e9711f54
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,1a489545-52b7-4fd2-b60f-5be66b91d37a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,c80f1f35-77e5-4181-b7e0-7cdbcb6b17b9
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,1cda7c14-8991-4824-98c7-7817d627c69a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,95d70c9a-f079-4beb-9ace-46f3236172ba
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,07024dc3-1bdb-455d-9c9d-55e3d38eaaee
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,50e2b418-dedd-4b3d-849a-c16bc07885cf
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,6f662212-1237-457b-97c1-f00dd7dbca81
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,3397e2fa-19b6-48bc-848b-eb0b73d4d9c4
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,b254c804-cb8b-4cfa-afdf-1843a93943cd
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,cd42bbd4-c32d-4724-902d-8ead279e4404
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CO2,0.021800009784396553,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,259f6612-2d8b-4021-968a-17d9d23c4e10
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,700c2031-3d6b-4498-8c8f-ec93e51e319f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,b25eecdb-2812-4bee-bded-9633544dfcc1
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,b112ee21-d724-4556-a6fb-67217cab3535
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f7dd7db7-ad7e-4d24-8729-a6f229073f92
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,e10fddbb-104c-4645-ade0-1abf8418cf12
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,6b7b2077-e4c1-4de3-bf15-fff27e29fc17
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,cdc77c38-14b4-4f59-8689-77cfd4578f32
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,ea635399-f89b-4941-819b-97399f48e78f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,b89d04cd-03de-4bc2-a201-d0e6ad7c0dbd
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,432bb99b-885f-48bc-9bb4-0596ac0b041d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,a6fcb4fb-6b46-4b9e-ad86-d4dbc0f9f73b
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,b2c34454-83c5-49d5-8c48-2b9a0eda7757
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,c4b1f66f-23d4-46e0-bbfd-31bd71cf92fc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,85d57129-c629-483e-945d-d7b6d412f814
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,202a2a17-a7b6-4815-abc3-ee63f7e7ef3f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,92cc1e91-bea1-4cbe-80f2-99a80e960a91
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,4bb389df-57fc-47e9-8b25-ffe184004f24
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,4112f871-bebf-4d0a-b026-501d5187060a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,04765104-d492-40ff-9b38-1197ed155b55
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,535c9881-1ea6-46d3-ae27-9416842d270d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,0544de90-c092-4340-8df5-038eede0da90
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,68c33394-ff5c-44c0-9a6d-1199fb28efc9
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,a0ee9835-8e79-4054-b3af-7cbdb6831ea1
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,38d0319f-acbf-4ba7-8bb2-9fbc62eb6b99
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,a43dcbf6-a9ba-4247-8360-6fc14c8b00ef
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,6808d935-8cdc-43eb-8546-9f72cc8a1791
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,d42363d0-e975-4d89-a6be-b0887f14108d
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,f51bdd4e-c667-40c7-a6a2-e5e046f33e19
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,119b23f4-41b4-4dae-ac2b-a0da4a972200
+US-WI,Wisconsin,2021,technical source: EPA eGrid,CH4,0.0001371644910930991,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,b1e8479e-5393-481d-9cfc-494cd433549f
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,65b85d01-d4bd-4bd1-8de8-0d63b3cd4073
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,3b38811e-260b-4af1-a061-4b392168c8e0
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.027,43dd3c0b-1f7e-4413-bfc5-adfaf9758c0a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,4cd5418e-b478-4a97-a330-1221b0378b3c
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,f07a5352-dd34-4a8b-9007-9924bc7c23ae
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.027,6c9dccbd-67e1-4db1-928b-d97a2ba64606
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,8c4a7727-3e96-45be-a6a7-126a308662ef
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,5d891879-edba-4257-9588-cfa8cc719841
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.027,814bfdd4-44c4-4d7c-8db0-50c395beed6e
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,41ce3be9-54f3-4284-bd12-b5a16e4e59bc
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,793f7a19-20d2-4001-be27-be0fcfe46da0
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.027,1cb7cba0-ad37-4104-a2c9-c5cb6fa5af98
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.027,4b9f2d0c-eda4-4407-b7ff-55a63b38b83a
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,f0a6a4c3-9c95-48f1-b9af-894820b44bc0
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.027,681a520d-14f7-4248-8e8d-4d02aa4134b8
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.027,57e76af6-920f-48e1-b09e-6414c7b38a73
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,e9c5feb5-aa92-488f-ad63-7b01a437e516
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.027,74d2497e-97ad-402d-80a8-c2bc8eb9fe7b
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.027,bc55082e-660a-4d5d-9089-826923df3199
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,18618e90-f453-4941-980d-19631e36cce8
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.027,2bb9f2bd-235d-4679-800d-efcd96f91692
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.027,7594760b-8d30-4a49-9780-796941b403ca
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,1e89b220-f6e3-40b3-8e01-8f9760f4d089
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.027,5e314570-a980-4534-9044-ad15cd04e4c3
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.027,2181a092-bf14-4d26-b2e7-537370bfb726
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,a1540581-ebc8-43da-b727-c9ecba80c554
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.027,d0bb9c30-7440-4e10-9547-525fe472b5b1
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.027,bb4d85e7-7dd1-4b05-9fad-9098aa0b7d09
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.027,9a05f423-70b6-48b3-aa5d-72dec2ef82f8
+US-WI,Wisconsin,2021,technical source: EPA eGrid,N2O,4.990844730860017e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.027,dac919f7-2869-4252-b155-343274c899e5
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,d4b5efba-21d0-4828-8754-5242388e2ef6
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7e5262f7-bd71-4ac6-8f0e-bc4bbdb5122f
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,108dbea4-2988-4197-b537-ed2145261526
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,6344e121-89c6-4d91-b2c4-171c41d2082c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,73243413-bc87-417a-a302-cf3b18721971
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,1aa70fb0-3496-4197-89fd-2230ade3a384
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,48c55978-344f-4115-a2b3-5daddbf04768
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,ebeba530-389d-4587-9e7a-0a3701d9428f
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,8f9a8129-e983-46e6-9fe7-9c949d9499e0
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,6452c163-4b90-4575-add3-b358e269a005
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,4778ae8c-7237-40cd-9a66-0c40277e19d2
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,2d94314e-699b-477b-8707-d9c5a99cd0b0
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,63c384ef-9287-420c-8c0f-0e83c2a79855
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,00c8dc22-6830-4a42-b5ca-83ae1ab1827e
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,b3dee488-82c3-450f-91ff-bb8f7d6e79fd
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,1f67a090-6d1b-428d-af66-9ce07e49b7a5
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,a66e2767-8d9a-47d1-94bf-d597966f93a3
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,29dfff2f-6ba3-4f4f-adab-9e984d9142b2
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,d32d07cb-6985-49b6-9321-3ed7284868bb
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,163c5f22-d37e-401a-82cf-827af4a75242
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,f2047be7-591d-4549-b89f-6498387dec85
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,ae448e26-4e74-4816-843d-6fc196923f14
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,61cc29bc-4bed-4fda-9eb3-05f71de7c3f0
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,4a54ce71-6cb5-469d-9af8-cffd39104c5f
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,134318d0-f4cb-4ec7-bac0-5a6c0cd7b5ad
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,122448cc-8da8-4c0f-b257-f3f1323c73e4
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,0042a5a0-61ea-4345-9c8a-d46ae4828df1
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,5fe43cf5-e4b9-44cf-8c52-04999bbf0962
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,e5b50e93-4a47-4080-88e2-2c39a3fc9cfb
+US-WV,West Virginia,2021,technical source: EPA eGrid,CO2,0.033503246187291405,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,7e53e4af-0118-4e5b-a168-294862c96e6c
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,01bb4f98-2ed4-4af1-856f-18971c46c758
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,324e4a92-1238-4c0c-b8e5-d749aafe1e08
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,67a8ed8d-70fe-42f8-85bb-52a066842499
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,619e93af-90b3-479a-937e-44c0427c1df7
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,1ef5c68b-7415-4a9b-be89-354e7f8c2c92
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,869d7f15-08aa-4e83-9372-927ad400f0ef
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,a04aafe3-e57f-426c-8960-2fc0396d7686
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,7a90e607-e624-49b9-bcdb-3a615633538d
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,a18e7152-641e-470f-8935-56afb0bad431
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,29b87366-ba31-4dfc-9077-b8e4190d4f93
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,57df9fef-21e2-4786-9aed-1ef3e3cfb6b4
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,9afb3058-8468-44ec-b465-34a8b59662f5
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,068be14d-605a-4d4f-8b5b-1d960ebf3b3b
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,1b977954-db66-4c2f-83f3-1445131c71ac
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,cd4194e6-4436-460f-8e92-0b4d524dc3a5
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,39341cdb-f222-4740-a269-87a4c4ccb6b7
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,015b2402-28d6-4853-8816-0e4af3e3d437
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,3c046fad-8b07-48d1-8c68-3cf78ecdd07a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,16e06739-9161-4cc2-864c-fd6170c19d34
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,42802b0a-ed19-4557-9a3b-f2788898a443
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,0be91c5c-6809-411c-8469-c27b18b5bb72
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,8bbb456d-d5e8-4e47-a7ec-807fedcffade
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,24dd2b14-5730-42d6-91de-47afff7f2f75
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,f093776b-1710-4c85-8e79-07e7fbd387e7
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,422412c0-7004-4036-a552-7172a7683812
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,2c1d78d6-6de1-4ab2-bf70-96b93dd3736a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,c8365578-0be3-4cd7-a535-a77e28ab7201
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,3d8f0616-b6cb-41c6-ae47-2226b331afe9
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,f72ab3fa-f9a1-4ed0-9bc5-e37570640b1a
+US-WV,West Virginia,2021,technical source: EPA eGrid,CH4,0.00021080062617842744,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,f313b925-b83a-4f50-8fdd-ff5ba871115e
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,5e3e65e0-05a5-4130-844e-f3be0300426f
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,784efdc6-fbc3-4d04-b66a-09dd9db93e70
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.042,206fc6aa-bf38-449d-a52c-dc800dfd8a96
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,ef1c63b1-7c59-4d03-81a0-bf8ebe18a65d
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,c1bffb3b-5057-4ab1-b395-4223d953b4de
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.042,35da2909-9c23-4c17-b93f-b296d71c9ffc
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,c5507dd7-1f13-4220-a19e-67246c64c7fb
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,bfcd4fba-4f30-4a7e-b817-ba29d76b6330
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.042,29b90987-1884-41cb-aa3b-31167be93a0e
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,367aeecb-b648-435d-90a4-481dbe3d5d1b
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,e366b07a-b98c-43c4-87de-3184742c6d95
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.042,9abba499-079f-4f37-a4f6-5843d570754f
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.042,481d58b7-664e-4dbc-891b-1a008db543ea
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,712baa95-a6b3-45e8-9107-d030338776a6
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.042,4eb74585-f55c-4f62-8383-f4512117d67c
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.042,c48c7fe0-0f16-4eff-8a6e-3b697e78501b
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,d0da75f4-d375-41db-8c5d-14e4632a648e
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.042,9025d6ef-b338-4ba5-bc0a-bb77650617ad
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b2600d58-4902-41a4-ba07-fe909ab22c66
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,82ac93e7-a37c-49da-bb62-0fc2f1baceac
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.042,b9b1748d-558a-428b-9de2-87dd8bd90c47
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.042,d7f2836b-1ead-40c7-9b02-63c3a4a794d7
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,e64cd90a-e013-469c-8fcf-e68c84823a9c
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.042,ac900364-a8a5-40a7-b33d-900cc8727e88
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.042,b4731857-25f8-449e-bc34-5258c578d7fe
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,b3a4b046-3c43-418c-8ecb-19dc94fb5404
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.042,b02ea442-4a0c-47ea-afc4-dfd07cd84675
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.042,7a1c8f81-a00c-42e4-9781-dccde7d79eaa
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.042,0ef050c2-5b46-4de7-a6a6-4ad880851c38
+US-WV,West Virginia,2021,technical source: EPA eGrid,N2O,7.67015709416012e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.042,3ad3d83d-f5eb-4fdc-ba74-2c06de430175
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,8b114687-2dd8-4de7-8018-583cf00de833
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,ccc6f806-4ea4-4eba-ac5c-7cbb78eb4621
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.1.3,modeled_data,kg/kWh,CO2e_value:0.039,f81c6792-84b9-4d53-aa48-d85a8d9d6895
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,5391f99d-1ceb-438a-beab-92dc993ae70c
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,68440fc8-e73d-4167-a7c3-f3f7e896f3a1
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.2.3,modeled_data,kg/kWh,CO2e_value:0.039,f2344531-41c6-43ba-8b19-61afd73b9998
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,4338cba9-6367-4601-a9d9-392e34be3a0e
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,8714de9a-7ad6-40c2-ac94-f9e7753199a0
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.3.3,modeled_data,kg/kWh,CO2e_value:0.039,2bd0fc49-2244-434c-a18f-081a3fe794c7
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,b6b8ff86-0cea-46bc-ac19-01a2c5e389a4
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,004c63ab-b30b-48c6-b4b2-9638e7fd992c
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.4.3,modeled_data,kg/kWh,CO2e_value:0.039,4883b43e-b656-4f37-969d-514570e23443
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.039,b56290f9-8cca-4309-98f8-688566b3d9ad
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,5d0bcf7a-e377-4d00-9ce5-d265ffb97087
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.5.3,modeled_data,kg/kWh,CO2e_value:0.039,ce1b40cd-7138-4117-80e8-dfb97a8421b6
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.039,8ecd2714-52c3-46d9-9eac-8aa4335d4011
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,73ff56d9-add5-4f7d-be5b-88e06336ef66
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,I.6.3,modeled_data,kg/kWh,CO2e_value:0.039,12e30392-3bb4-4870-89f0-ccf05ce81d56
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,5c5ff07c-ef14-4a6e-b8b2-d2128a584433
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,1be16708-54bd-4f6b-8333-8e0c9c77489c
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.1.3,modeled_data,kg/kWh,CO2e_value:0.039,be3ba295-578c-4fab-96f8-854a99db29cf
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,da57a1d0-d508-429a-8131-3870542ba9af
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,322f101c-2a3a-4806-afc5-43f97d47c5e9
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.2.3,modeled_data,kg/kWh,CO2e_value:0.039,9ea71084-b510-436b-9b05-e8fc9f2657b9
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,753b88ce-bb38-4bf7-b756-b78c1050af06
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,a98919d4-02eb-4d21-9a16-3a000f868923
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.3.3,modeled_data,kg/kWh,CO2e_value:0.039,706383bf-4ba3-48a9-bcfa-9ed2d8d49b69
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,56ff2028-ff7b-452a-a8db-5f6d28afdece
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,12405c28-ce47-4c8a-91a7-3ef8bc6096f4
+US-WY,Wyoming,2021,technical source: EPA eGrid,CO2,0.03158891665356539,II.4.3,modeled_data,kg/kWh,CO2e_value:0.039,a5f47800-d06d-4dbf-9f78-0180bfcc05d9
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,a5f2b56f-fb1e-4b8d-b62e-9bca7a891fc1
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,3f032716-bd49-4d14-9604-6e4bb15bd808
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.1.3,modeled_data,kg/kWh,CO2e_value:0.039,20b60a5d-ecf0-4566-919c-9192ea9bbb2c
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,2b81cd18-2465-459e-b27a-f11c14ead914
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,bf04ff3c-7563-4f11-ad17-819f319c21a3
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.2.3,modeled_data,kg/kWh,CO2e_value:0.039,076e3046-3ef9-45ec-915c-34c83694f08d
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,77d421b6-e770-4437-8161-cc685ed9b587
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,3cbfa3d7-83e4-4bb2-b4ea-50ad97e6f45a
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.3.3,modeled_data,kg/kWh,CO2e_value:0.039,428d1ab5-86f5-4dbd-b2a1-b29ecd6c9be0
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,af975bba-c694-4bc1-b5dd-0f95dc3fe636
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,c1a804ad-af85-4b98-ac6a-603d53b74f4e
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.4.3,modeled_data,kg/kWh,CO2e_value:0.039,e3d87194-642a-4526-9f9c-e7b6864847cf
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.039,0db20a8f-4224-4910-9d8b-d395dd4806c8
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,bd7b65f2-5e48-451d-8936-379740db5220
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.5.3,modeled_data,kg/kWh,CO2e_value:0.039,69541848-dfd4-4f19-b0f6-717993a3f08a
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.039,61d92491-85ee-44bf-82c7-7c898b9a438c
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,05a01ce8-6fee-4f1c-9e1d-b291a13f755f
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,I.6.3,modeled_data,kg/kWh,CO2e_value:0.039,93b12a21-c8ee-4a95-98b3-4ca1fa3fe99f
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,3ae96db0-fb40-4a3b-b7ab-79f835ec155d
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,8d58e8d6-43cd-449f-8c56-9f67c87fb978
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.1.3,modeled_data,kg/kWh,CO2e_value:0.039,a4f182da-0e57-4f10-8d7b-7f2a8ad6d42f
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,950696b6-4adc-4cf2-9682-73b81cbd6aa3
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,6a0c2d23-9a4f-495e-926d-6e9b3bf6b0ff
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.2.3,modeled_data,kg/kWh,CO2e_value:0.039,45fb7316-7b08-4967-863c-cacc554a40f1
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,713d3ca4-9c62-4943-92d4-79fd8822f589
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,10a93710-b84d-4c60-afc2-67acb23d4d07
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.3.3,modeled_data,kg/kWh,CO2e_value:0.039,61be8c4c-fc61-4178-95a9-a452f331a030
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,6201dc88-b817-4338-827b-03cdbf759caa
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,b6c8b848-054d-456c-bfb8-e1f18e23bfef
+US-WY,Wyoming,2021,technical source: EPA eGrid,CH4,0.00019875576753501713,II.4.3,modeled_data,kg/kWh,CO2e_value:0.039,0adf7631-62be-400d-95d9-7ee85641e2da
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,d4d1f44a-5207-4101-8839-7f0feead9cf1
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,2381eba0-a04e-4b69-a4db-150ad16ed047
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.039,c04bec36-2819-477c-a369-07d8d1fc5858
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,41b67d60-24b9-4ad3-87b3-794c31e47d11
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,b3513508-b5c9-46b5-a4e7-cdc82c2fb8e4
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.039,c8098ff4-4f30-46da-aa5a-5d6ffde977b9
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,e1f283c7-a222-4762-aba0-3709e85999f0
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,6237de48-2438-498e-80c7-ca7864af85fb
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.039,9ad4fe98-2619-4652-b93a-a91f30b7a9f9
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,f184d0b7-c851-4a04-960c-a701a8b93003
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,9e7534bd-f3ef-442e-bcca-e102acb0c14d
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.039,228019ac-e4d6-4ab2-bf85-e861744f5b77
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.039,c671ae42-7932-4a46-9e2f-626165ea83fc
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,f2b6bd8a-5447-451b-9191-8dbcb7c4fc13
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.039,b92b8160-c6e7-4634-988e-df7d4d2fbc78
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.039,1b514013-9f06-4418-bef0-419fd8f81716
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,f1dd8e2c-0b33-4815-9993-574901ae8f87
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.039,a0e77de2-a5ab-41a4-9fe6-0e7fb55fa5e8
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.039,d0d4cd2d-01de-49b4-82e2-bd761b84d01d
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,3c7865bd-f575-4bc2-9d6b-ec758b28fde5
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.039,8e9ca427-f638-4615-b91b-123f27f3a970
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.039,268a8135-ce38-45ea-9bf0-5aa93059b993
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,ece69e47-4b9e-4e66-8adb-c0b6aa5a2706
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.039,9f241f71-fcaf-4b69-8493-70764a6cc847
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.039,f1f94ae7-9661-498f-b4d4-93ea831cf553
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,fbbec108-e0fa-41d9-82de-89c7acdf05cb
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.039,267629a6-27af-42a5-82b2-790f5c5f549f
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.039,15a7c67a-a502-4f01-bd66-bf16b75b1d70
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.039,1bc057fe-511b-40fe-8c0a-42dd2c1e3069
+US-WY,Wyoming,2021,technical source: EPA eGrid,N2O,7.231894838270465e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.039,1a1d25e5-2708-4989-a6b4-cd2fe7155518
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5fc87d43-b1a2-4590-980a-fb76d83fcce3
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,5051a714-2a1d-4d18-8a9c-5e1c3a8f3acb
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,92328572-2fdb-44b3-9e54-20d1e6a92091
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a1a67781-6525-418c-9e91-01b6b2765f62
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6f653d8d-c68f-4e6d-a16b-4659b19e9bf9
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,1abc87f2-addd-4575-8266-fed70ace05c5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,f5b2a41d-00ad-4a0f-9a48-e81da446135c
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6493f8ac-5b0f-4144-a1f3-ccc49e2edc14
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,c1745f73-fcfa-40e6-9ab6-3c22023fddf0
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,609eea80-c6ef-4dbc-9807-668af2f9f586
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,96f2cae9-6deb-4984-a2a8-a1236641803c
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,0413c940-6e7c-4a5b-bdb4-6cdc7d9e10f0
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,e4313215-e1ef-4e6d-a728-f01e12dedf0a
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,fc85b1fe-0f2d-4f93-9bf8-3601b2ad76d6
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,1544cd9f-33f8-42eb-85d4-f39689d61740
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,19f4aeb0-a8b8-40e9-9e44-5ec2f81ea829
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b2bb99fc-f711-4748-9d4c-1c097e2a37dc
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,815df491-e375-41c8-a41e-42f91f6fb337
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,baa70797-139a-4ea6-997d-76f6c0a59191
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,63863e10-33e6-4d88-8b9c-8898c4a7307c
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,c955c716-0b0e-4ef0-a2cb-0416ed40396e
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,1b1782ea-4245-49f8-95e9-7ec53587da36
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,fed0dfa5-7a16-4fdc-8f50-e45d2a12713f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,cdabd4d6-4f02-4bfc-97e3-67d9bdbee8e1
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,38c93d6e-4fde-43b6-8a4e-a22a2b84ae02
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,7f6c43fe-2ffa-4b51-b4ff-6248aaffce12
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,5644ce14-72c7-4bad-8262-157c15cdef1d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,ec297fc3-3ffc-4d80-ae63-9b8f0f43be5a
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6b7c1bf8-6cb7-41bc-a692-c5d3d0986df6
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,cf683a56-c0c1-4873-8683-383af349bdac
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,be1127e4-5623-4ca8-96cc-3595d0c95901
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,3776d1cb-c663-45ec-a469-6ab8f4fb0974
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,6d6fc526-e300-4e85-bc95-b9ad9eb6838d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,ebc5cd60-91a2-4629-aee8-1f6adc6cd3e1
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,53cd7c06-649b-41b2-b743-a445f82c6780
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,aa40182a-19d5-44e8-89f9-9085fd48b21c
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,fab4c88a-b2cd-45db-a438-683bb82539d4
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,5bbbcc3e-6950-4897-a29b-4c899f2ed218
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,7c3740ef-2421-431c-9c1c-ede98d4beef7
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,1abd3688-533f-4fe3-8b3b-f28ee7a44a70
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,edd7ed9b-5449-41d6-9e50-748526303eb7
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,c8179095-741b-4dd3-a229-8f480b08fcf9
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,f1f32065-a88b-4a64-8c99-2e44bafd0ffd
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,0e962460-6c33-4933-9dd5-25f5c531b377
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,f528a2b5-891b-4e29-a106-2eb3f045fc5b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,85c436d8-2b44-4723-8089-af4606387a13
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4b07b684-4b09-44f0-ab4f-e6168350cf02
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,bbf22afa-bfab-41f8-ad61-43ab99228247
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,655a9825-44a2-40e7-a1e6-75ca68293eb5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,49490bd2-03b6-4b3c-bfc3-811a4d6bea6b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,4b1ba1d0-68e7-4195-9f14-d7dd8fc6b4bb
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,764ec904-a75a-4da7-948b-2e61af82100f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,f16f41a5-6933-45ca-9686-aa0c710b9f42
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,a6f82cfd-51b2-41ed-b9cc-db01049dd2b7
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2e94ac63-a8a7-49da-8385-a31bc356899b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,e9dfcdb2-7abf-4707-a3a4-fd93b2e8f421
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,3db356ff-f168-4f41-b845-95eeb65b6d4f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,4a71462a-c26b-41e9-82c5-f3fffdd47d09
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,efa0f4d0-01f4-4238-82aa-6c794996c9a1
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,4cc23b9f-7fef-4f6c-b0c2-efb207171569
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,e8a8ace0-8847-479c-ba6c-f5e7b48c50db
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,a77fa781-196b-42d0-babe-be6670c5e685
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,e550a576-8919-477f-846c-98a4b6acb9b5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,137a450d-a9dd-4a05-bc5f-64c96da36031
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,9328aece-b229-4c74-8643-1e0c9fb363e5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,5bc339d0-f512-4c27-98c6-293aff77e596
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,226dccb3-cfc1-46ff-aeb0-c5ea72caa9ed
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,1536d3a3-6ae1-48ff-a8cf-0a848aaff9f4
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,a0bbc3b2-20b5-4caa-a61f-733db99804b3
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a26d7724-b9d7-4f90-a126-6007270d9665
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,193b2599-da1c-43bd-b991-1e68fd65262c
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,334e3c64-4779-48ce-8344-92a847c7efaf
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a5342f24-0303-4c7e-a602-dd628f3b7278
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,f373082f-4456-4e28-a032-ed32f6d9aa44
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,1c5c9a88-f137-4bdc-9b50-376f08da20fd
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,cc8a2397-36cb-4598-b336-45ce9a42fa6b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,ff78c054-1d8c-4c4e-a4e2-9b4b42f56701
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,a8e9e864-62f1-4b70-9ddd-fa9598727d00
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2dc4af3e-2824-48b6-91f4-c9c94fe373da
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6caba6ef-ba74-4bd9-939f-4759b580a80e
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,12d6e2fc-21f1-43ec-8bb0-783c8ccd7613
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,77bcca57-4459-4c90-a91f-e372e66bbe64
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,e3b2ceb4-c240-4026-9b87-a1034da81f6f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,28c158e1-1662-4041-ad28-0a58ce06bd6a
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,e21196d4-a2e6-4705-b216-56ef705232d5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,9d0a6da0-d6a8-4875-a665-22631c990431
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,9bc04998-348b-46e3-96ba-bd80cfea471a
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a741098f-a88b-48a0-b904-3dc444cc6d42
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c6b9b1b6-8619-4352-a861-72617e99e800
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,af2ade39-f43a-44ec-b1db-3ce4643055da
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a73d05a5-5b57-4ecd-95bd-ecbb566a9d6f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,a605a761-41eb-499d-9330-c655167c5641
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,67ebfd15-77b2-4945-bbb6-a1107415be08
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,9f9a228a-40b9-4c4b-aa48-46c95399abbe
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,0befd2cb-3a2a-414f-9b2a-f20d0c710b72
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,88277ca8-80c8-4a2e-909b-8ea95a723794
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,43f71d20-a725-466e-8e58-529faf0345a9
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b70aa6f5-65a1-4e6d-a833-b3229a3818fa
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,367b4b4b-55c8-4ada-8435-82759fea9782
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,abcccf2a-73a8-4a46-b4fa-92fb16f1f3d6
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6caa38bd-1b09-4439-9f02-849b5088e74f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,b360aa1d-a6ad-4e93-8d01-4686ff52f9e0
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,03e41a77-56eb-49bb-ba9e-ad602b0f67bf
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b0dad0a4-46ce-4f8a-831e-ded986c5b67f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,0c05762b-206c-49df-b6eb-7da80dc15c51
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,badde7de-1ccb-4ee7-9d74-e7e9d478c95c
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4def825f-39f4-4c5e-b0cf-66d732a22b58
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,aa5a6d34-d7a5-4ace-a0e6-49ca33615de1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,ef24c90b-31e2-4197-9be9-174e749be9de
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,d1bc154e-45e6-4598-b3c9-06ba1c762394
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,b343fdab-4047-411c-83dc-ad49612c9a9b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,6a7efdc5-5d1b-4733-81c1-9061c97033ba
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,3cf8e06f-183d-4f0a-b836-b15fc7c75b80
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,35694ab5-52df-4e4b-b663-961de438dbbe
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,ebc5880f-42ca-4048-8614-7f0acbc46f36
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,dab07dcd-6499-4697-84ac-151116673bf3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,d1f99e40-037e-414a-b467-ea8c55e86dc2
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,b7d488c0-d1ee-468a-83a5-7e4f8ab1eedc
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,1066275f-13d6-4c32-afff-49d3319a39af
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,4f2a4313-b8aa-4e75-98a4-99829b18a218
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,92126500-3b84-4787-9bb5-403b1e2702f3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,18f82f0b-b238-4397-ad4b-f655b9352aff
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,1e0516a5-d673-4d24-9620-d3dbd33ebf58
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,84450dbd-4655-47b9-a46d-2fcab9592d79
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4b5f466e-6306-4852-b63a-d016c9747825
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,30371486-bc3d-4f50-8310-50920a0b7d3e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,e7f082ce-9fef-4032-9ff3-919010308282
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,dde503bd-b8c3-4c47-8240-edde5973ad4e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,494ef618-90d0-4391-9db4-b9096db24e14
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d20f2346-7c64-4eb6-ba62-7e988671592e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,69548c3f-3873-4648-a9e1-3166d142ea1f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,0e3f7707-490f-4ca7-a4da-49aceb56919b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2a348759-16b5-4405-8110-771b0b53e02e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,892b0bf5-87f2-4c54-bd07-d96575bc9731
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,9dace31f-1a3f-44ce-84ea-a01cd36b3b99
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,f0faf420-1341-4374-831a-2271bb3577f1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c1e40a22-2806-431d-911c-3829ce442b37
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,6fd22580-249f-46e8-8ac4-046b47e51da0
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,eb0a26b6-4244-480f-bd08-60417077ea14
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c267052b-8787-4ba3-8a34-97f765591e58
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,dfb194f0-e629-4107-bb37-ccdb4a0fc7f7
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a1dd1596-c95f-4bed-8fd9-89e658bbb6dc
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,968a98dd-f798-4ae9-af18-a27cc3ba178b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,799ce121-4dd0-4778-b28d-5a85a92d1a6f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,8966d3a8-a21d-4054-8ea6-a50ace31f227
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,fa588306-85ff-4cf6-9e41-ee82dea00ecf
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,d8d8f008-65e3-4a02-8ff7-065bc7c89b1c
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5c70f343-9f20-4f60-ba42-a4ba01d52f82
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,f0bb1204-de04-4317-9a21-f4266272ce4c
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,0b8d6738-b34f-4860-9e15-518deb23711c
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,273e7e96-c6c5-4e98-ba79-e4799f6d092f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c6fdd173-ae7c-48d5-af9c-191124e3f547
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,3a57d12f-c7c0-438c-8e43-28e2a0af0bfc
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5163bb52-4457-4cc8-95bb-44e0c212286a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,91c8e26d-2324-4fb0-aa2f-6e9b21cbdc73
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,796d2c47-9a35-4969-b7a3-17ec4ab82e5e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,8b475388-5f1e-4b06-87df-2fa7bbdf77c1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,28502c7d-8435-4e53-aa5a-ce6261ad4ce4
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,3e56d39f-b133-42bf-b444-298223b5d2c0
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,de484b5a-7a9d-43dd-9ad5-9adf19922a2a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,cdfce72c-eefa-444f-9c5a-e748c4f6a5ab
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,6f5f1eba-d3f1-4171-b4d0-cb71b82310bd
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,2cf5c18b-6fb2-427d-aa29-da044a0bb4b1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4b91d0a2-2cb1-4f85-ad9a-c34653bab856
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,abd17690-e1b3-41d9-a9c1-0bf226c1998d
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,f1da6860-d4ba-477f-b0d1-0b51131285f5
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,119311f6-43f5-467f-b6ee-9da5ea00c105
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,35882c1a-566e-448b-9860-06f7b03adc28
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,c79ecbe8-3e78-4908-9c8e-0c945b52972f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,5f4e82b9-a76a-416d-a61a-bfe642304f28
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,712a031a-1c17-4044-b0bb-c1d19f4618ac
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,562aff02-223c-4f57-a75a-d8c65fe7e456
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,58ce8dfd-6101-4d08-8b2a-b93d134c41c4
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,2868afff-8816-43d8-b84c-53052f87bc0b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,86cb34d8-fdd7-4616-bb2e-74536fb43016
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,82627d90-b001-407e-b5b1-51530f4e2100
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,43965ebd-8ce0-4980-adc3-b9f6d4edc88b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,7c55bff3-63f7-47e7-8913-9a9f87368f04
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,d1b768f4-edbc-4612-8720-df742d6c2091
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,bfdb6668-6dc2-41c3-9dfa-4b9157514ad7
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,3a0d6aa4-91b3-4127-b62a-0bc691518bd0
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c596a26e-4875-44bf-97b5-59a0781ddcad
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,07d4ec77-2906-4e48-894c-61cb2e902800
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5e11f47e-5edc-4ea1-944c-26253a375d2a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,d5e42877-9902-4bd7-b0b9-c218a6e6b70c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,fbc44953-b656-4951-937d-a2d22a0b4cab
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,406891b9-fc92-4198-8a48-2ae414d281ee
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,2fadfab5-7610-4065-a760-13ff8fb5f1a2
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,f32990cd-0fb0-4053-8209-d94d701f7a90
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,92471783-985d-4102-bc7b-ca9fb6584ca1
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,97ac3d8f-b6f2-4d39-b618-a964052176e6
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,df02b052-07f0-4055-be7f-3c9951c59da3
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,220f3e0c-aa56-4511-b925-0d597794bfc1
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,b0db8ffd-a7bf-4adc-b669-306eeb075831
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,ab99a163-7d2b-464f-952f-87c767897bcf
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a3828dfa-1392-4c0a-aedf-82f6242d9e28
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,53e59250-284d-4d56-bba2-e7c84f10f376
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,481aa79c-9ab9-45b3-84a1-fc8f40e49c07
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5ac10941-3725-4f2d-8bcb-5aebb4409478
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,63e00d30-a460-46c5-b0cb-daab20c210ca
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,19856a0d-c5d0-4944-81a6-9b92816d8ccd
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d6d8dbf3-9133-4360-bb6e-d138ff56ca8d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,bc37236d-24fd-4284-aa3f-189f7b7d18ef
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,6aacaac3-6f7f-4b2b-8b47-1f6b8431ac13
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,53f687bc-d029-4c2c-8098-d9a9ba4fcea0
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,a8b7af95-0fb2-444f-83f6-f08a5f8dd7f1
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,82d09f3e-c0e5-49e9-9830-b32085a31b6c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,fec6424e-b553-40cf-8dd4-0a24dfe6387f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,7b7a6588-b532-4bb6-a736-8cc48fcbf2db
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.584,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,145a10df-1773-4807-95b1-0d90ab4ecad1
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,aee19734-09e7-4a59-a1c0-e89438ba3f94
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,f2be613a-aa29-437e-bdd1-fcd98d81514d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,b3bf9cae-38d5-4169-83c5-fa58a6c6ab8a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,6fe55394-3c12-4986-98c7-46891e5b74a8
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,ce109fb6-9521-4df4-9fde-40cbb26e278f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,a2f2460e-16dc-442a-afa6-2dd8faed0369
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d804a784-8ddb-4112-aaa0-191d66d4a561
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,2110797e-c3ac-4617-af9f-7ed31d8daf19
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,8c544cca-8c9d-40db-94c6-f32957a9e2b0
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,7374e768-a723-421e-9ca7-cf48997eebf7
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,a807b290-fbb9-4de3-8457-ad0abc9bc881
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,198aa83c-3db2-4c98-996d-8ad6aae79937
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,54b076c6-5e43-4cdb-8e2b-229c8c6da794
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,c34e1596-2d56-4979-a4dc-4756b9fbfeb2
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,fa8f190b-4952-43e2-8945-58c202898190
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,7c026417-67d7-41e5-b78d-678eeb59d18f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,bd5afa84-633e-498e-a828-8ca031db1310
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,0208e33f-1fff-487d-8c8d-7ceac92582ca
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,0474f373-303f-48ba-bd62-1b5f0a0c442b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,569576a3-1d04-4f7f-860a-235dc0c6bcd9
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,b84b7754-4501-4faa-9d39-b91b8e17d7c7
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,9019d00b-b023-4c78-a668-3c6c3c7729c4
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,bc4bba2c-3b03-49c4-85c4-79d9df3c1609
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,1480c631-2408-46bc-98a9-0c7449f0ebc2
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,1cc537cc-7ace-4db2-a5a8-12efe1717614
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,0cb86bf4-ecf6-4d4f-a520-bade389dc18d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,c9b92395-7210-467e-baa3-389a370c7044
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,5ddaf29e-db40-4062-b663-3ad93a029916
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,6cceb26b-65f3-455b-b718-cebf533926bb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0036744966442953018,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,03b4546a-f11f-49a4-a33c-cf23739c2b76
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,f668922d-d6a8-4031-80b7-e6ac0002ebca
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,9f5e638e-5683-455f-a496-82d49e6aed98
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.1.2,modeled_data,kg/kWh,CO2e_value:0.73,082551e2-903e-4c19-a10e-3c6e60543ec6
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,a42fbc5e-0095-4469-8a90-50900beb5a0e
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,4d686626-cdd5-4627-9796-f92729c97d60
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.2.2,modeled_data,kg/kWh,CO2e_value:0.73,56e22db5-4468-4b24-9267-5357dc185200
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,707237dd-7a04-466f-a650-0e8df0a27043
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,3d61e305-deb4-40b9-affc-56491294fd4b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.3.2,modeled_data,kg/kWh,CO2e_value:0.73,c6e9cd7b-47b9-4882-a1a1-8bd5ecb4c7dc
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,337cf398-0043-4d29-9929-aebc30d8f082
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,cdafd48b-4e0f-4119-bf9e-6f3f9d2d591c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.4.2,modeled_data,kg/kWh,CO2e_value:0.73,e12e201c-51a7-4db5-a940-d35bf53eae0d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.73,3d9c38a6-add6-4dc1-88d4-318180fbe1bb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,e42a2441-eb9f-4415-9a0b-de4c5fc7968f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.5.2,modeled_data,kg/kWh,CO2e_value:0.73,04d78ea1-f505-4bb8-a4d8-48b6e29778be
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.73,4138dd0b-c5a4-4d7d-b34f-8928703d7ab4
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,04e616fc-2d58-4a95-a098-5246a2211e35
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,I.6.2,modeled_data,kg/kWh,CO2e_value:0.73,63d9d359-32ab-47ad-b282-c30c73d0a925
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.73,d64689c6-2ec6-4c7a-8b73-56f9f3e0fb38
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,9d4cb8d5-4103-43a0-be8b-4a0c06d09c62
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.1.2,modeled_data,kg/kWh,CO2e_value:0.73,51099ad0-d0f6-4640-8668-688c8e715fe6
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.73,0cf7799e-1925-4cb5-a5db-58fa3927a29c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,7b17e01d-0776-40be-8618-37f4f1ad8527
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.2.2,modeled_data,kg/kWh,CO2e_value:0.73,1ab81a1d-631d-4c1c-9d54-60d60f280f96
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.73,37cf1b97-f48b-4c75-9559-bffa0e1de70c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,7c5b5f35-802b-46c5-aefe-323ce8d02a19
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.3.2,modeled_data,kg/kWh,CO2e_value:0.73,b67b6557-2617-4831-8fc9-5fef8997e48f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.73,10732a00-c5b5-4f85-9f60-07cbf51c01eb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.73,20490238-b773-46e8-820c-14b5b7bb1023
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00013369963369963368,II.4.2,modeled_data,kg/kWh,CO2e_value:0.73,85c22d6d-2aed-4584-a29a-62cd19774876
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.25,2c978784-5c5a-4b84-8c93-f15b6a29a1fc
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,36a8f56d-5c4a-46d0-acdc-e55a9dc476d0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.1.2,modeled_data,kg/kWh,CO2e_value:0.25,8425b2ac-1461-4335-9e49-6eccb49758d7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.25,70e0fee6-7adb-40e9-9237-76988919af20
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,7de74a85-a67d-4dcf-8aac-01f4866e09f0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.2.2,modeled_data,kg/kWh,CO2e_value:0.25,7aa90d3f-e47d-4aec-bfb2-dcb6b1412014
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.25,cbe2aecf-2043-472e-ba05-9d2de48f82e0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,8d284586-e1fb-4c7c-94ab-3debaf86e5f4
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.3.2,modeled_data,kg/kWh,CO2e_value:0.25,619874be-3781-422c-ae8a-8d43568e2b8e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.25,d057dde5-a73e-403a-99ff-326b27ae6a9c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,2f2b5826-c8ca-4422-9301-f265bf47737c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.4.2,modeled_data,kg/kWh,CO2e_value:0.25,0c875ff6-8be9-4c9e-bf9e-f6f75098631e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.25,a084ae4e-b094-462b-b217-1a78134a59c0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,c068f625-9499-4b96-a7a2-a452237b9153
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.5.2,modeled_data,kg/kWh,CO2e_value:0.25,28cd090b-604f-494b-9d11-0f1d1ee3d30a
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.25,dc133042-14d2-4df8-80e3-a0d3be54dedb
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,0e5ff3f2-44c0-44ca-98ba-573aa2bdc27f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,I.6.2,modeled_data,kg/kWh,CO2e_value:0.25,6c12f020-cd63-4513-b73d-35573cb08db4
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.25,d21290a4-7f14-4822-b7d6-00180332861c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,2500d2d6-78a6-4741-a4d7-35ac82f6aa07
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.1.2,modeled_data,kg/kWh,CO2e_value:0.25,316376c7-4563-4d73-8e00-101750aaf22e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.25,a1531764-2047-4963-8d67-7a8a3ac829ac
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,f57727ff-c78b-459c-adcd-c9c654725474
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.2.2,modeled_data,kg/kWh,CO2e_value:0.25,4c995ff4-e9df-49b6-ad03-42d4bdbd1eb0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.25,ec431e2b-df47-444a-89a2-185cd7a555e9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,6b2e9ae0-e201-4781-9065-98d65066c15d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.3.2,modeled_data,kg/kWh,CO2e_value:0.25,401cc27d-0741-41d9-a8b7-c781c3521bb3
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.25,25b97cd7-04a4-482e-bb56-965a1e750014
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,ffc38831-b4ec-4a1d-bca9-f8db2f44807d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.2,II.4.2,modeled_data,kg/kWh,CO2e_value:0.25,8fabd30b-fe0f-4702-8d58-ed0f0911acfa
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.25,67ca0b93-ed9f-4fc3-b56a-64f6300b2da7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,4138ccf6-a1c5-428c-a2a8-937c77c0713b
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.1.2,modeled_data,kg/kWh,CO2e_value:0.25,d02fb25b-8764-4202-b1c2-8e3adc6db386
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.25,ff21994e-592f-4a65-ad86-37dba99b40ea
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,328220bb-b761-4b59-8a4c-0f05153a7d66
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.2.2,modeled_data,kg/kWh,CO2e_value:0.25,03ce8374-a353-4238-b55d-97ebfcbb3797
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.25,f7245528-2cf8-4edc-b2bc-5b0bb34e4096
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,d4846248-b8d0-48b2-91e6-128fa9b2a306
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.3.2,modeled_data,kg/kWh,CO2e_value:0.25,7d01eb32-f15c-4214-89cd-22d8f5af0559
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.25,0b8a49dc-29cf-4ab7-b242-918a9b771167
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,d2f556de-edab-40ee-a68e-05e47c8859e4
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.4.2,modeled_data,kg/kWh,CO2e_value:0.25,8d0da4e3-1cfb-41ed-8204-788a8615194e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.25,d68ea899-2417-48ac-9826-7174e8263cda
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,73216d4f-83de-4c46-a682-4f0501380d54
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.5.2,modeled_data,kg/kWh,CO2e_value:0.25,c1752573-bf00-4aea-9753-b823bf5b1bba
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.25,e57ecb42-57df-428d-9249-0c2ddb7b844e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,b75016fd-74de-4c58-95f8-bd26e9c4d739
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,I.6.2,modeled_data,kg/kWh,CO2e_value:0.25,28418c55-1a37-43e9-a090-3496fe293cfe
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.25,02e6c3a9-3455-4a24-b9f5-09400b117fc6
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,4b7dfbdd-42a6-4ed2-9036-077a7bf091d7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.1.2,modeled_data,kg/kWh,CO2e_value:0.25,ddb72a77-864b-4a13-96f4-c5b529c49db3
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.25,0c54faf3-3768-417c-acfd-6a4959284e14
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,cf7384a5-baf1-459f-be91-32aa7ff3a6b9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.2.2,modeled_data,kg/kWh,CO2e_value:0.25,4feee623-cbb3-4699-980b-4e77100f9ce0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.25,778866fd-ae5f-494c-9ef4-6f9e5d5faa16
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,dbd4cf69-4f99-4eb0-bf11-ed6bb9a9616c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.3.2,modeled_data,kg/kWh,CO2e_value:0.25,0794dfcd-2846-48ed-a3d1-e1626a871ebc
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.25,35271ba3-4900-4ba5-95d7-534287152a7b
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,ed13388a-c983-4389-95fa-6618e211239b
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0012583892617449664,II.4.2,modeled_data,kg/kWh,CO2e_value:0.25,b1323d5e-0a8f-4ffd-b4df-d6b44a3018d9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.25,3eb2f727-76da-4814-8855-d57280066b58
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,99ae6dbe-9a4c-4deb-84a5-ab8f0633810c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.25,cc011aae-3a6b-4b6a-8e94-d443458232f9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.25,64dd670e-3291-4960-bc6e-bb287ed599fd
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,e4fb1d1b-5eda-4e3f-a22a-5f7637345f52
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.25,f88a3ede-3005-44df-929e-6af230849577
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.25,399e4e56-ee8f-4cc9-b6a0-2b71096b3468
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,877efb7c-5187-4b81-afa8-a62ba5d058b7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.25,afa896eb-cdb8-4cb1-ab65-8bb04314ac19
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.25,368fd634-d05f-4a4c-afbd-10ea17eb9255
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,60f19293-ddd1-4e4c-8778-f12cbc16a56d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.25,ffe9b859-6847-4a78-a4cd-a309289ed838
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.25,0599e618-26f0-43a2-ac3c-019d1e88aef2
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,894a1641-6ffc-46b5-a445-3f128ece9b3d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.25,3653d61f-daf5-4a5a-a1ce-5a2742fd7849
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.25,13988942-5c6a-4b7a-9a17-57a825ec535f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,a881a904-9e42-4c7d-9dc9-1a519914a564
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.25,0a237d84-16a9-4d35-811c-59b1f4611bc5
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.25,dec22ee9-e8bd-4f98-bb58-fc2fbef1a3e7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,2de777b9-b44d-43dd-952f-d9256559fd50
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.25,985c300f-d0c9-492b-a8e9-bc39cf9a5f7d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.25,45354d99-166e-46ad-966d-33f7b8e85da7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,b6474d69-ba4b-40e4-950e-e8a004914432
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.25,707f1f22-a552-402a-91b7-85e39323833e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.25,4b4c7ccb-67ff-4ffe-ae80-0f9c2ca2e6a2
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,fb67b6e5-a503-4465-96c3-7838abcfff47
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.25,118bde22-2eed-4125-83e9-886344d22b19
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.25,a3ed1e61-3512-4c0e-9e97-8997f40f6b9e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.25,fc0218d2-eb3e-4d0e-94fd-26dfda330852
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,4.578754578754579e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.25,ff588983-6351-4eb0-b966-38f84f00ae9e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,af80b741-ad6a-443c-9cd7-4bc19d0edbb7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0f7e422d-ecda-4cb8-8458-f4866a526af9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.1.2,modeled_data,kg/kWh,CO2e_value:0.17,46d1cefb-d66b-4c11-89b0-552172648db3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,8dff2ac1-fbb0-4532-808f-c7cc52d7deb0
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,116f99a1-4ae6-4dfb-9b12-a2f63e5af6ed
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.2.2,modeled_data,kg/kWh,CO2e_value:0.17,8441b7be-e01b-4399-9c23-cb663122ad9d
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,19d605ac-6876-4b2c-a9ae-2ebf9ea3fbc0
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,c1826576-778a-4142-89a8-d8143fe07660
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.3.2,modeled_data,kg/kWh,CO2e_value:0.17,f4411a95-6ff5-4174-bf9e-0b9af0fcb920
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,ec8076b0-54e0-403d-8e41-bcb122e1cb99
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,5acc1dff-a3d8-46a1-8f49-ee3d136fc1a9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.4.2,modeled_data,kg/kWh,CO2e_value:0.17,d6993915-f375-4763-bee4-4a54d9835986
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.17,5efbe702-7a7d-4500-a114-7a44973451e8
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,e68195f9-9c8c-4817-b1a2-3630b3aa4328
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.5.2,modeled_data,kg/kWh,CO2e_value:0.17,8cbb85b1-191c-422d-88c3-6ee314d0a3c3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.17,c9640761-014b-43d8-8023-8752430ce38e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,966e0a1e-316f-4818-b4e4-2ecd99752bac
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,I.6.2,modeled_data,kg/kWh,CO2e_value:0.17,e7c07760-af0a-413e-9a90-5496f74112de
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,7a8f7e80-bff3-4a26-8614-cd0f21259434
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,f3272833-dd4d-43c8-8264-eee5fc6af02d
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.1.2,modeled_data,kg/kWh,CO2e_value:0.17,764af476-348e-4666-81c7-115faedfe24b
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,1e879e94-3046-4f45-8d32-d99f5c39e35b
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,555dc9cb-fbb5-4918-b911-6ebb4cc24f03
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.2.2,modeled_data,kg/kWh,CO2e_value:0.17,7cacca88-298d-48d5-ade4-c38d9032df77
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,3377bcff-09fb-416a-86ba-67517bb74b19
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,dec3d744-bb08-4d0f-a8e9-9705031a470f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.3.2,modeled_data,kg/kWh,CO2e_value:0.17,260e10bf-80cc-4c02-be55-8d3e13742d34
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,a4431dba-d100-42c4-a447-588bd11c9c5b
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,21a2efe7-c8f1-4bbf-a56c-98a1e5fa42c5
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.136,II.4.2,modeled_data,kg/kWh,CO2e_value:0.17,c27701f1-0efa-4a91-8600-ae2f5e188d86
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,ce38ee44-5205-4acf-ac56-7f11e90627b9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,7dee2c67-a6c1-4d78-8ffa-f087fe78b160
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.1.2,modeled_data,kg/kWh,CO2e_value:0.17,9a28ebba-e132-4c8d-9173-657f490bdb8e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,36c60d41-66f3-4379-8d73-f3efdf09eafb
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,05fee22b-04bf-4b20-9002-b97a17977891
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.2.2,modeled_data,kg/kWh,CO2e_value:0.17,b720bf02-2d03-4dc2-8cff-36d10e65554f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,f0d1d3dd-e2f4-4931-945f-d5418c76e318
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,254f09ac-a7da-4535-ab75-0e5afd2a2b49
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.3.2,modeled_data,kg/kWh,CO2e_value:0.17,384de370-d383-4276-9800-aaab6a445eb4
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,8ae9b074-02ac-4d76-a2bb-5196b3613250
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,56a80e5f-307c-4afb-86cd-4799654c51b1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.4.2,modeled_data,kg/kWh,CO2e_value:0.17,037f440e-792e-4dcf-aaae-5ed39e1c8fb4
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.17,b11daa11-ce03-4b84-a20b-b91532232a69
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,fab2af00-4a89-47a1-8a25-3fee48cf9902
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.5.2,modeled_data,kg/kWh,CO2e_value:0.17,410d1a0b-3c45-4e3d-adc9-e312acc1ee58
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.17,7980708d-9d88-4511-ba85-b4836c932026
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,18ed7381-d02f-4672-bb01-788ab0d3217f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,I.6.2,modeled_data,kg/kWh,CO2e_value:0.17,34930a72-a21c-4774-9995-b2920ab445a2
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,29000720-aedb-4cc2-9b20-03a4df3a6d78
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0a33f4fe-e888-44bf-9d52-62db3ac016b4
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.1.2,modeled_data,kg/kWh,CO2e_value:0.17,dac064a7-6e14-4f3b-95cc-cb31b9f3cf32
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,65f25ad6-14fb-4cc4-a185-3823817c4717
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,e3a1d924-ec22-4cdf-b748-659f0102a5b1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.2.2,modeled_data,kg/kWh,CO2e_value:0.17,f1f77900-5434-435a-8c53-2dc9922b8ac5
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,ce9be35a-62ae-4093-b20e-03a575a71809
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0e661c7a-2c60-47c0-8fb0-d89432ce094d
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.3.2,modeled_data,kg/kWh,CO2e_value:0.17,e98dd0f4-0282-453c-87af-cbf11b05516b
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,09302ace-7109-4572-aaf7-45a5119b8954
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,03605795-f37b-4640-8689-665d4710f3ed
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0008557046979865773,II.4.2,modeled_data,kg/kWh,CO2e_value:0.17,1b893e62-a07c-4080-a5b9-ae4822f5e1b8
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,db2beee7-3306-4204-8f8f-481f7ea7f959
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,81b68f04-af8a-4ec9-8322-f52d428ff090
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.1.2,modeled_data,kg/kWh,CO2e_value:0.17,fb16d5fb-85ce-43f9-b812-2d0867578bbc
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,ae0948f5-cb60-430f-858e-df26784a2e0f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,4512cec7-85e4-49fa-9d9c-635d4debee9f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.2.2,modeled_data,kg/kWh,CO2e_value:0.17,8805b452-dea8-4628-b56b-d0c57a19070e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,d62a4521-16d6-437c-898c-50e6257a97c9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,1ab37a7a-fe54-4c33-bd35-e97bae9b5d76
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.3.2,modeled_data,kg/kWh,CO2e_value:0.17,004c3e4c-6582-4541-a074-01f57797a127
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,5bd0808a-f5c6-4922-ad70-e765c3152bc7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,55732489-26d7-4212-b019-7053a236a3f3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.4.2,modeled_data,kg/kWh,CO2e_value:0.17,3b1ea5e2-83ca-4ae7-a8c1-fe2a6ae65b47
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.17,981969bd-05f5-42d7-b9bd-27fa31afd6ae
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,d7952cbd-6d44-43fb-a3c5-837a99847cfc
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.5.2,modeled_data,kg/kWh,CO2e_value:0.17,3fa00aa7-532a-4836-90e9-4820bb5d2fd5
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.17,f67a55bf-5cb5-4abf-ac5c-d23ecdf18db5
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,7b8fa083-b584-4c24-8123-2e92a1f53c13
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,I.6.2,modeled_data,kg/kWh,CO2e_value:0.17,b242b2cc-0669-469c-b269-41ed3c29dbe5
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.17,f9f4efc8-be23-4903-8bc8-d068e89c5eca
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,0d8f3ec1-320c-4ec0-b8df-7a9a161e7f25
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.1.2,modeled_data,kg/kWh,CO2e_value:0.17,b8738786-e059-4560-9399-a7b5257a71c6
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.17,924aa233-f1b7-4e6c-bdbe-6c54dd947466
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,a0afb1c7-1a4d-4715-ac24-f6b99229e43f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.2.2,modeled_data,kg/kWh,CO2e_value:0.17,f486371c-912b-44ad-bdad-78bf14fd07d8
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.17,1bc8c1dd-47ea-4f40-85d3-ddc3dc0f092f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,acf4c33f-d265-4b5d-a39f-f09998a105de
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.3.2,modeled_data,kg/kWh,CO2e_value:0.17,f7b0a352-c239-496d-8e26-e93a5b6ded7f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.17,c5461252-a517-4717-9365-1be7d213b8a9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.17,e1b03c8f-3d30-4cc8-8ce9-c04df496d70f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,3.113553113553114e-05,II.4.2,modeled_data,kg/kWh,CO2e_value:0.17,6dc37649-3502-4299-86e2-e990c655b97c
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.85,2e8a983d-3d3b-41e3-9923-7cc934ba08ce
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,6288f74e-8e06-4d49-86bd-14601f736501
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.1.2,modeled_data,kg/kWh,CO2e_value:0.85,59f3c0b4-8f52-44a3-ab8b-7c245d279571
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.85,3704e05d-4b39-4bbb-9ce5-83f6603fadde
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,769ba35c-46b1-4fba-aa6a-2903f73586f2
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.2.2,modeled_data,kg/kWh,CO2e_value:0.85,d3c5f3eb-3d08-4211-8c91-64fbe015228b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.85,0ed66df2-e79c-4a59-875d-d211ba32ff2b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,4eb8a9da-b232-4525-af99-7d3c46c677f0
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.3.2,modeled_data,kg/kWh,CO2e_value:0.85,6c45a9b6-26c4-4a48-ae4f-e8731538d5da
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.85,665773f9-ac4b-4ace-85d0-83ae67369a87
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,faada696-6d25-4828-a7a6-aaa33beb8d9f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.4.2,modeled_data,kg/kWh,CO2e_value:0.85,8928cb63-1dbc-486d-9fc8-f7e1aaefcfcc
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.85,f077f82a-3abf-493b-bb94-96e7146d20a2
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,023a0251-3430-4e0b-8036-20b7da0f7e32
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.5.2,modeled_data,kg/kWh,CO2e_value:0.85,3875a3f6-9867-47f6-ae67-c6c2238cc1c8
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.85,f072e3b2-6485-4917-bdad-d97d50e73358
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,d30c8c61-e009-4781-bffe-fda066c653dd
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,I.6.2,modeled_data,kg/kWh,CO2e_value:0.85,aa835a41-93c9-487c-8222-66d6ad84f1e6
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.85,5b472464-15c4-418f-b050-8d7acb8cb916
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,6498e116-f048-44dd-a56b-0c954cb84971
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.1.2,modeled_data,kg/kWh,CO2e_value:0.85,168efd8b-5b9b-45c5-a0d4-6477e83db7e9
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.85,e31e1b9d-f281-4012-9502-b70c17459b68
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,0e1c8897-534b-4bac-baee-cb14bd6a840e
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.2.2,modeled_data,kg/kWh,CO2e_value:0.85,d5d6930f-e59c-4192-ba00-b8aec499c9e5
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.85,b20d34b6-d560-4d1b-8227-c6616c18a2c0
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,9d47f535-cca4-4065-9ffe-a69c77d8eb3b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.3.2,modeled_data,kg/kWh,CO2e_value:0.85,36f307aa-aa03-4d44-8cdb-be29fe6415f2
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.85,3452958c-93d5-4ce2-8f66-c7864c3b6080
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,0b0d9152-11b3-4cf9-a12f-2d78e6b6ee06
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.68,II.4.2,modeled_data,kg/kWh,CO2e_value:0.85,dcc07c84-2a65-4f4b-961d-4d3ee398b290
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.85,9cfbe991-ab8a-41da-b024-f53abe211855
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,b3584759-ef60-48dc-a1c0-9691eb459e7c
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.1.2,modeled_data,kg/kWh,CO2e_value:0.85,578f632b-2462-4d16-8216-9d798f5bb24b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.85,ffc4a16e-6ede-4da0-a1d2-ae4608a2e676
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,59989ace-ab5c-432f-a33d-7bdda186732d
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.2.2,modeled_data,kg/kWh,CO2e_value:0.85,389044ca-f811-4c52-a785-83a64ec19759
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.85,4b20acbf-f0c4-4383-b263-a29a843b7f44
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,b38b3890-8b8c-46d5-9af7-0ca6ca18ba00
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.3.2,modeled_data,kg/kWh,CO2e_value:0.85,ec7ae7b6-e76d-4fa9-aa73-f671da553db5
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.85,8663578a-99ee-4fd5-8003-9d01b27e43d3
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,f1e7f119-7d79-4d54-a683-ad8e6de23344
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.4.2,modeled_data,kg/kWh,CO2e_value:0.85,2f17f7dc-e6cf-44cb-8a47-e78245294f3a
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.85,7ff2b6fa-83a6-41d9-8b12-8463c228d68f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,8cbc9cae-6ee2-4049-afd5-9540fd62ca6b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.5.2,modeled_data,kg/kWh,CO2e_value:0.85,7e372c3e-8cac-43b7-a465-71793bebc379
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.85,7d28ed95-fef3-434b-a775-21f2560d23db
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,9d47c64f-bbb4-4fd8-acca-01edc12f181f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,I.6.2,modeled_data,kg/kWh,CO2e_value:0.85,8d69b5b8-1d50-4096-98fa-5b3c78997ce8
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.85,e60a51b9-e7fb-4160-a2b8-3220f3de5e05
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,d9736809-fed6-4890-84e1-4e9bad567d24
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.1.2,modeled_data,kg/kWh,CO2e_value:0.85,08ea1804-dd7d-4067-b032-6b587648bb25
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.85,4984cd0e-e31f-403a-bc75-2f9702ced89b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,dce79ffa-5e95-4735-b1e7-a70bc2b6d3cb
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.2.2,modeled_data,kg/kWh,CO2e_value:0.85,698ab1eb-76ad-48da-a7bd-84ca62cf937b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.85,76dcd157-682e-44ad-ae04-bac80b42a59b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,d7f15ad1-5f76-4817-82e2-2092a312f94d
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.3.2,modeled_data,kg/kWh,CO2e_value:0.85,696cb67c-0d7e-4423-95ef-752760e623d0
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.85,2b668f0f-0437-49f8-b556-72aa988b33dc
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,9af4dfb7-6d07-48d1-8ec4-afc2f877c8aa
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.004278523489932886,II.4.2,modeled_data,kg/kWh,CO2e_value:0.85,5aacb53f-1759-4fc0-af3c-9d8703163a0d
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.1.2,electricity_consumption,kg/kWh,CO2e_value:0.85,935f1832-1bbc-487f-a37e-c2ea82a0ab79
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,6070e38d-de8f-4047-a393-e9200f3e23db
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.1.2,modeled_data,kg/kWh,CO2e_value:0.85,46886e0b-b82d-4178-95be-0dbae76b9609
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.2.2,electricity_consumption,kg/kWh,CO2e_value:0.85,3f28c364-555c-44dd-90fd-b7a41067d10f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,284804e0-b8da-4662-ba25-5c80aad78d9f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.2.2,modeled_data,kg/kWh,CO2e_value:0.85,ed3efb7f-c1d4-4cb8-a3c2-a47285cb14cb
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.3.2,electricity_consumption,kg/kWh,CO2e_value:0.85,8b4ba0c1-de0a-4eb7-851d-a6a88f83c709
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,d92a0661-c2f6-44f9-aaa9-d38c7d869ae3
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.3.2,modeled_data,kg/kWh,CO2e_value:0.85,473a257c-feb4-4daa-8c73-281bf88e499f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.4.2,electricity_consumption,kg/kWh,CO2e_value:0.85,5f5b8a53-6be0-42d9-bd10-e8bf970217f5
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,4990dee5-9dc4-429a-a389-94c4275b4ff5
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.4.2,modeled_data,kg/kWh,CO2e_value:0.85,799b1a7a-3b0c-41ff-bc02-d3a9c012f7a1
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.5.2,electricity_consumption,kg/kWh,CO2e_value:0.85,7f8fd80a-e8aa-4561-b93a-d2a08a5036a1
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.5.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,a58fd4ab-4318-476f-9c4e-2ec095ca42db
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.5.2,modeled_data,kg/kWh,CO2e_value:0.85,3cdc0d12-4215-47af-af39-fa440be7b690
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.6.2,electricity_consumption,kg/kWh,CO2e_value:0.85,146c3434-8e21-43f5-9d95-88595adddd40
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.6.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,23174b50-72fd-4029-9854-b178f4948fdd
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,I.6.2,modeled_data,kg/kWh,CO2e_value:0.85,7b494670-d03b-43f6-abf1-2cc95908dcff
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.1.2,electricity_consumption,kg/kWh,CO2e_value:0.85,435dfce2-51ee-427f-b4e0-09858a1f44c2
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.1.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,342b6e3b-3b6a-47a6-958d-35ce7a2e0f41
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.1.2,modeled_data,kg/kWh,CO2e_value:0.85,c32054a1-4a46-4264-b962-6c184f9f0f60
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.2.2,electricity_consumption,kg/kWh,CO2e_value:0.85,934c08a6-d624-4e69-ac0d-4a05e5d248b1
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.2.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,3987f20d-f8d3-4ad2-95fb-1cd38ab9e737
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.2.2,modeled_data,kg/kWh,CO2e_value:0.85,539e9417-a8a2-463f-a311-477e75c7adf7
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.3.2,electricity_consumption,kg/kWh,CO2e_value:0.85,81f328c5-aa4a-4f92-bbc8-c08867268353
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.3.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,f5e7fbb8-56f5-4598-97de-36a665226645
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.3.2,modeled_data,kg/kWh,CO2e_value:0.85,3c8722df-e8f1-4933-8881-eb1090a868cd
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.4.2,electricity_consumption,kg/kWh,CO2e_value:0.85,74756e20-350f-4236-babb-b47509f457ae
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.4.2,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.85,71ac8c8b-7466-4891-b3af-b15534350e53
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,0.00015567765567765568,II.4.2,modeled_data,kg/kWh,CO2e_value:0.85,a44bcfff-ce89-477b-817e-2dc3d07c1dd0
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,4bbb3a06-0500-4a07-a811-6dd04f7a9353
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,e459f14b-a274-494f-93c9-45ac97a128ec
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,df05edcc-348f-431a-88ce-cf74c8709487
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,0013f99f-10f1-489e-a8d2-aa8d98ac5464
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,8ee4b0d0-0a83-44d5-8c96-6b12ec1d2561
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,bd4332e0-c75f-4980-b06c-ba776da73cda
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,621e9f0d-c93d-4a38-8b38-788e272e7a81
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,0b2fc95d-0b0a-4665-af21-0ba608d2a3e6
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,d98a52bb-aba2-4920-98ce-a16b643e144d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,3aa9cd6a-6d2d-4e35-a96c-1f49a1e0af0f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,e1b46b05-5169-4a38-b956-096359a577a8
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,1197737f-0468-4e05-b66a-938e6ae3a9af
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,41fdc7a3-b752-40bf-bf88-92d3b6382543
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,ceb25a30-7b9a-470e-a19b-b7f224864d34
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,12c31c4f-8fba-4e34-86e3-8df83c2fc9d5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,790d818a-ee27-4b55-a535-c73479e42122
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f330e2a2-3197-47c3-abf9-e7a9b9480f2d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,8d777045-2a7e-43c0-a2cc-1200f9f16f14
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,aef0b44b-1c67-4edd-af32-f37ab5bd98ee
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,2100ec75-eab8-46f2-a13e-27d7f6a669a8
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,6856b516-f891-45c0-a631-e8221a636f8d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,7d3eedea-f2b0-4b33-8211-2692e7b3a07d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,6f62b73f-23e3-4188-8b62-25278c3a8881
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,36f9189b-99e0-4c74-9489-1c2e0660b67f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,b614d630-2e73-45b3-9148-3f54dfcf03ba
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,c0817e86-0911-4cf7-b5f3-81aba5030b7d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,9e911a98-3789-42bd-94a1-eda82ba0db01
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,7f3b3162-124e-4123-9fb0-dc489afc5c2b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,a88d6317-ce3e-4cb1-927b-355104ab00c1
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,05340eeb-96fe-45e8-b9e5-3aa87b30bc37
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,9d45ff04-6f7f-4746-9d3a-7b9193ae0c2a
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,16b62608-8399-4925-8c73-a46d315cbaab
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,5e3fac36-eb38-4f3c-9fa7-41a3a97caa19
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,7bb91771-92a1-427a-b31f-f823f3f0689f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,3b4039e7-7793-4729-850b-c080069816bf
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,97420dd4-93c4-4c03-abe5-a9717ec6bea5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,e36f7768-a065-40ca-804f-2b59b7701ad9
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,af091d13-2af9-49cb-974e-e724ac89acb6
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,e9e01303-0370-4996-b313-523d418a9c4d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,44a4d132-a459-47cd-9bc8-81db6f5eb95b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,86d9791b-5e4b-4012-93b8-afc6e6d426fb
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,8fafa297-4f3d-4b4a-b79e-a7c5a1537ad1
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,dfe2df21-3081-4d9a-a16d-a64bd06a9324
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f019185a-2fa1-4396-a486-85e4b9b35f9a
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,b74053dd-96a7-42ad-a140-e1f82266b711
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,7c4dc3af-4f47-4c12-bef9-875398e98d92
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,c609707a-80a8-4bf8-94fa-a8519e8eac64
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,4f094b6c-361c-453c-b8b3-bbda70e15dbc
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,bdd317aa-c7a1-43c9-b686-1f147a6b4b5f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,25beaca1-45dc-40fe-a9a4-0f130f53b77c
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,83d4754b-5f80-413e-8f90-f48deb33c7fb
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d70e0c30-0ddb-42d6-bc6e-2052da533173
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,c1ed8f2b-b415-49bd-9db9-5be045b181d0
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,39837085-7909-4992-a733-ed896e65f49b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,75d80bf9-0505-42af-b1f6-c88dce1bdc90
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,e2f0dc76-4991-44d5-9a87-cf810be6d918
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,ee672f1c-ec3b-48e7-91d2-db96305159a8
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,98a0c636-7889-4893-9ecc-d8fdd895f1e5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f5f0d61d-8b9d-4f4c-842b-819b2fdd6871
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,83bf11ff-a4d9-4b65-bac3-313a03aaf60e
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,aeaf0cff-e896-49e9-9775-d7ebdbe46ddb
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,84854709-94ec-42d3-a925-6f97fa31424d
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,48948e39-10cc-4b5c-a19e-a9486b363871
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,57fc1cf1-bd6d-4990-abef-346c57cd85ac
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,8816f373-e19f-4940-8f2c-c2e7a930ae59
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,399a26a8-3d72-4410-a30a-b5efff0dcc8f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,3b361e6b-de29-4845-83bc-b6ce3ad87bed
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,80d45e3e-30f3-41a2-99c0-6776c661fd89
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,f5abbb0f-22e6-44c7-a324-99ad95d9f4c8
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,746be950-b578-494c-bbd1-9265652cba94
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,9b5e4cce-6121-4229-b30a-cae8c59d1636
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,c4242f41-e3ca-4249-b868-a1a985de7318
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,5fab35f5-8432-4d6f-9d23-7e82b9d2506e
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,8fffea94-2fd4-40e8-b2ab-56d149c68582
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,eec69f15-c88b-44e0-a98f-b3c9266b82d9
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,13eae809-5a40-4551-afd7-a7dfee8686fa
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,2cf1ed52-1961-4333-818d-3086bc0529bc
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,f936ac09-50e8-47ed-bca2-2e84a7b1948b
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,1d14d19b-80e0-4d46-a6e5-45a5812eb795
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,e2c48303-f392-44ac-bd05-6b3b0712d7af
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,c024efb0-c981-4970-9995-10179ec35998
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,1dfb1975-c479-49b5-9754-fe61d4e3c0b5
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,41a6784a-3355-46a2-aef8-2f4520e9e802
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,3ba2b98f-cb60-4fd4-8a81-cf716c65dd36
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,fcb8262a-67aa-4615-96f9-07f12c6614c3
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,37751055-7968-423f-be79-ad0777b8324f
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,9f0acc1f-eb56-442e-b364-b896eddd2907
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,1a4eb0c5-8c06-4e79-8369-269a901a20ff
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,70f5a593-0f09-44a6-9adb-ed4a1f4a7efd
+AU-ACT,Australian Capital Territory,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,70af652b-daa7-47e4-bf4e-0e528fce372e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,12faacc8-22a0-406d-8de4-2c036c1bf9df
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,283953a6-c2cd-42ff-a5f0-73179904f7f2
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,06133b8f-1bf4-4e72-8ce3-bc6121e8d5f4
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,7b02ba41-834f-4265-8147-3c00c9117ee1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,c5be30b2-5d83-4c39-8f10-94f23892efc3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,c56b5d78-cc30-47e4-a50e-666085b422c1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,a7e038e9-9a02-480c-a385-42ef5fb4989d
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,bfe425bb-a50e-45e9-a165-a212c25acc8e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,47c6d160-9a57-49c4-be5a-f1dd630a991e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,687cc206-254f-4b05-943b-3a7f35f711bd
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f4918dd1-4ccf-493b-bdb6-42a6ec4452dd
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,3cb1ce68-256b-4ba0-befa-0411b2f901f5
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,ecd9d532-daaa-48ed-a3c4-d122ba2a61e6
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,afc1a7e4-5700-4281-8403-3d495ec8e659
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,40cf2350-9121-4ffb-b261-06d31b115c04
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,2125a5ff-88a9-4034-9032-ae33d535a938
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,ee2ea0cd-37f7-4683-9e9f-d2e2170cd32e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,dff9b712-0df1-4c8e-8b59-beb469575b75
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,15ec839e-111c-48b7-a3a4-cdd1452e6c91
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,844a6811-812e-45d2-b8fa-db3e845caf83
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,e31958fc-7d7c-44a3-99d5-d1a29f1b5fb3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d569bad8-cc19-4926-bbbb-46bb65888d0c
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,71e31c6a-3839-4a82-95f1-935e2605c80e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,f696f79c-2683-4ed4-94d3-8dbcbc7daefc
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,36f27942-f163-449b-bd1c-dd7039ebf5f3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,48546f23-ee59-4fd4-8b4f-65aa1329534a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,9d31187a-9705-444e-8ed4-8b33944f7c33
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,289b5ed4-f70e-4ce0-a011-e7bf413762be
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,8f5461c4-2a3c-4806-8a15-846ca738dd29
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.048,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,a3949bdf-784c-42c2-b031-30d234732be1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,9f218b59-ca0f-40b4-9da9-8f72684ad928
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,2edcbd4f-f372-4635-8f59-78dde3023430
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,35ff5a12-efc0-49a4-b1f7-a4c6f7f7e0b7
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,9b10c907-4550-4699-ba0a-9d3eaee8ffa4
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,c7e8cd20-22dc-4ab9-9743-48cf7c43e1a6
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,21ed6f45-1f77-403b-b60d-39765692c7e4
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,0b8f30b8-3f67-4ca1-bea8-b0f09e5e0615
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,17a5d4af-d278-470f-9758-b80c16d59f34
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,ee833ff8-77cd-4166-8dba-e2acfa875d71
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,5cd2ce9b-8074-4dd5-9ad4-6293c58e00ed
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f3bdb479-aa3a-4d55-ae36-51bae12e063d
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,6ad74dda-0fed-4b47-b77a-143a6d23096a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,0989f3d7-06bb-4894-8ce2-11237b1030d9
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,8dc41d81-312b-4fb8-8f3c-80cff33d7470
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,fead4966-fcc8-4ee6-9c54-31487dd72fd3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d07f69a5-1732-4c90-82a5-8cced939556f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,5c5343ae-bd81-479b-b59f-2a535d3d61ef
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,47dec320-7964-46ee-9d87-13a69b999bc9
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,e92374ad-8aa4-4716-8ce6-44f72f029f83
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,b9260a12-32eb-4a7d-b1c1-0593e639455c
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,7b57b934-b0dd-4302-9632-4b954eca936f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,e171a7c8-08d7-4a66-8d28-0c82e58b6cfa
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,f9d99151-c143-4952-b2d6-c652686a9275
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,3c035cd2-8b5b-4893-8e48-d7dcb28936b7
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,a43afd0d-0f50-4b91-93df-06c48cabc73d
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,427d5e88-2afb-4b81-b02b-b2d060344ae7
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,92dc7a85-b8a0-4815-92a6-e597fbf8e316
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,b944596e-77dc-4bb2-b5a0-b05da8b3f455
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,50d23079-1fd6-4c22-b47d-f4a0a7aebe16
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0003020134228187919,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,ef5c1ebf-8ad7-418f-9e42-d4d45f056bc5
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,b0889303-bf5d-434a-884d-3f6c16dd525b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,3a0ce7d5-5c42-40a4-bfd8-75fdb36bf604
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.06,5cad333b-2adf-4dea-8f31-0f6384ef2bc9
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,720534b6-33d7-493a-b60a-e9f4b08162ca
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,ac57efee-26b5-46d6-a19d-5e09c165194d
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.06,2f5c8358-7ae5-4157-b22f-4df62dc543bd
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,bc085405-591b-422b-88b4-bc18b2890870
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,a712864b-b00d-48d1-a299-26c7899857cb
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.06,98a2b4ea-0010-4d06-aa8a-ab0440e9c1bf
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,d8128415-be91-4ce4-ab37-ef1266b6512b
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,502e91d2-1483-48c0-ac43-8762308731b3
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.06,f272c9cc-8347-4423-84fe-fe2e0ee9be8e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.06,b5b1dfe8-5c6d-4ca1-be70-d479322b4edc
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,cf1df18f-4b7e-49d2-b683-2d4d864e4d61
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.06,2da348c9-f688-4b62-9b0f-0d9c630d5e44
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.06,c9b65c59-5827-4445-8bef-b9341cc9414a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,169fc199-c880-4a97-a0c0-d2188d035512
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.06,9a207289-930e-4bf4-b7a0-6912154f988e
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.06,595405d9-cb9a-438a-81ed-d9672b41785d
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,d030b649-f81d-4fdb-b566-b52118ab12c2
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.06,0ed8461b-7110-47c2-8998-c77fe0007ea8
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.06,f8d004cb-09e9-4c69-a072-e8f8faa827e1
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,3f387313-5720-4b00-9659-0587ef4b3289
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.06,e2e1d0cb-8181-4793-9b6a-8b7339d4bf6a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.06,b57406b3-d0a4-42e0-ab11-0b4c74479371
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,2852286a-7d6e-4759-bbe0-5216893cef6a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.06,d482abdb-51d2-4546-a30f-f8e036ff4d7f
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.06,2143c5ee-ea2f-4608-8e32-cfb49ee4392a
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.06,ea1130b4-5ea6-4ee2-9125-7e185192d419
+AU-NSW,New South Wales,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.0989010989010989e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.06,51976a1f-d892-429b-ad23-b51a4b27aabd
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,99c0b1d1-549a-4f36-ba2d-62d8e1edffc4
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,ea5ad862-e4c3-4b39-8fa5-0737a87dbcab
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.1.3,modeled_data,kg/kWh,CO2e_value:0.15,3798e167-3a35-4f64-a0c4-edb81757ed60
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,ad6869ee-28a9-4627-8bec-175bb673ae14
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,165b2bfb-0f6b-4e4f-a017-84c2a713a070
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.2.3,modeled_data,kg/kWh,CO2e_value:0.15,6064f8fe-9a6a-4c91-a947-e32f2ef3b11f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,f995666d-20c8-4dbe-a255-975186218348
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,5c6b81d2-074f-41d7-b81b-20b510b3e1e3
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.3.3,modeled_data,kg/kWh,CO2e_value:0.15,0aa03e44-c2d9-430c-a2aa-2b266471835d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,6df2e946-faa5-4b5a-a528-1ad06c732f3c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,4386e084-6e39-4325-b0c6-7eacf7eec3d3
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.4.3,modeled_data,kg/kWh,CO2e_value:0.15,789807c5-6c87-48ee-83e3-ec9c65b6bef4
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.15,81f3255f-1336-426e-9f76-f6281b406792
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,3ba7dc11-5df3-4cee-8ed0-a7b5f972989a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.5.3,modeled_data,kg/kWh,CO2e_value:0.15,9234c088-fdef-4098-98a6-5abbbc277dbb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.15,6a183873-638a-4783-86d6-4fa7d6326196
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,b64dd005-ac79-4a53-bb76-3bda4ca8ca14
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,I.6.3,modeled_data,kg/kWh,CO2e_value:0.15,c8ccacfd-d225-4ed6-b3ff-c3817b88f823
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,acc9b36f-9c1e-48bf-9f7c-76982fb8ff2e
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,b2bfdc37-c0d8-483f-b07b-c9ea208948ae
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.1.3,modeled_data,kg/kWh,CO2e_value:0.15,165a891c-1737-4d10-ada9-13add67d384c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,2b279949-318c-4e77-9809-6966e6a8deaf
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,33a910c0-70ca-4b90-8dc9-eb24de3a4b6a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.2.3,modeled_data,kg/kWh,CO2e_value:0.15,53a0e47a-f733-4629-9c47-74f8c2bd93a3
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,2d9f6ece-1dcd-4cea-ae8b-39fe7546947e
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,5573fa03-4e43-41f3-bbb7-a8f78ceb94b8
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.3.3,modeled_data,kg/kWh,CO2e_value:0.15,eb826276-18d3-4403-88fd-42a3783d33f6
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,f831d4c5-1176-4e0c-8938-b6035f7fa80d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,dba78b1a-e8d4-48cb-bad3-3a157167f995
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.12,II.4.3,modeled_data,kg/kWh,CO2e_value:0.15,50e43d91-3b40-49bb-8ae0-8f44fe962521
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,b80432a5-b317-4b3c-b59b-b597597db451
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,06c08ea2-cc67-4507-8a49-22f142f3170b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.1.3,modeled_data,kg/kWh,CO2e_value:0.15,8d5c412c-a559-4f92-b178-4a04539bafa3
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,e51f9ca9-2b25-4441-b953-8d216aa9bab8
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,fd2a79f4-0457-4623-a42e-8e851e08c5eb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.2.3,modeled_data,kg/kWh,CO2e_value:0.15,eb1e1750-b6f9-43f4-9010-c4ef278e8249
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,f43a7bf5-aac0-4e0b-96c4-4b5e7f67e3d4
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,1d505377-887c-4cd2-aef5-8da90223b6dc
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.3.3,modeled_data,kg/kWh,CO2e_value:0.15,03b8bf57-2d80-4077-92fd-83730e57309a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,6a7cc46e-ad0c-4cc0-a81c-6f51036849b4
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,6cb2f50d-b4e3-4a4b-b6cf-72a4232c19b0
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.4.3,modeled_data,kg/kWh,CO2e_value:0.15,66e111ad-279d-4fa1-8ca2-e14ec6312505
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.15,578a74b1-bb43-447e-a3f7-b9dffb9e2331
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,eae6223b-2720-477a-9e89-011314ee7359
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.5.3,modeled_data,kg/kWh,CO2e_value:0.15,ad925dc6-92d3-4f8e-9792-f16ccb13778c
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.15,25ee2f32-dc0e-4b63-abcd-985fb70b06d6
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,e8266c56-6e8e-4de3-87bf-9d43df1bfc2b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,I.6.3,modeled_data,kg/kWh,CO2e_value:0.15,ee9f1961-595f-4997-9a03-649b18e2e038
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,5afbdd95-e447-4268-903a-34ec08011e81
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,ab8cfbd4-efba-4e0f-9952-6d1bbdca869e
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.1.3,modeled_data,kg/kWh,CO2e_value:0.15,a6f28db1-de13-44a5-97bb-5cb5307715e1
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,c31b73fd-6f57-4a82-a13b-e26ea718e6db
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,8454c6a6-83cc-4d73-8a86-00d68a07e75d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.2.3,modeled_data,kg/kWh,CO2e_value:0.15,9a31d339-e7b0-4f35-a174-900d52707020
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,716c5a9a-dd13-415c-9c10-a8b8da5f49a1
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,88dc2d57-cfb2-4dcc-9f5a-47f03df3f390
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.3.3,modeled_data,kg/kWh,CO2e_value:0.15,ce929ad4-2804-42ae-a7eb-e184c8a513c2
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,0daabc8b-3978-4373-bacc-983639178785
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,630c3aa1-5443-4b35-95a1-12d3c72af6e0
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.0007550335570469798,II.4.3,modeled_data,kg/kWh,CO2e_value:0.15,77213064-b42f-46b0-ada6-55067005be69
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,5f7214b1-cca0-4957-871c-12bc9fc9b2b5
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,bb8ed431-9044-41f1-8863-45b66ab08e2e
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.15,d580899c-35e1-4878-aa0f-2b35628caa3a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,0f4a6603-1dc0-449a-b3f2-3e85cb76eb70
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,97a475cf-77dd-4b21-b2fa-5e08d7667edd
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.15,9feaf6f6-34fa-481b-b58c-0a762c3a9d4b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,dc38ed3f-b768-465b-8061-7580709c6c80
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,ff9e4270-35b0-49dd-adc1-2eb4f6e38799
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.15,c2642b80-3543-4976-ac3e-3d474fb3b12d
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,c3e2bf0d-24fa-4e1d-8b54-40add7d4a321
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,f65bd2bb-21dd-4f21-938c-569d27359bd7
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.15,2b59903d-b953-44c0-b078-e4c0b2e30f7b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.15,e73b9afc-c9fc-4c42-b630-f4abdad01168
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,4d0f1525-71fd-4448-a70c-965b6e213623
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.15,856ebeb2-062c-4e04-893f-46b174a750fb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.15,5917c666-214e-4d0b-a1c3-f62a92ff9e00
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,07c43f0e-1efa-421c-a125-8544b9c558e9
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.15,39b94294-f033-4124-9666-30b9523f705f
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.15,b891a7bc-5670-401e-992a-babd57b57aa0
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,001f3e6b-f76e-42fb-9ffd-aef40d525566
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.15,55e36f2d-8017-41e6-a06a-afafc9ba192b
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.15,497cd7eb-455a-4fa4-8ec4-84a76e65411a
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,51990446-7018-4a33-ae77-29c17fcec742
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.15,5e06e23e-cd67-42b9-8dea-1f7db0339221
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.15,cdc961bd-4151-45e6-8fc6-33d84ad69064
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,209c93d9-c0df-4ccc-86f7-2dcf9689f6ca
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.15,20d0f98d-fe34-4ab8-987e-bcc385c0d7ee
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.15,31a0aad8-cb7d-4c73-b09e-9b87b1c115eb
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.15,9a7ad0a3-166a-4b48-bdfd-af6ec04e2ea8
+AU-QLD,Queensland,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,2.7472527472527473e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.15,cace2f25-a7b9-42c9-82a5-48d785147612
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,8d23ffa8-e98b-4873-8446-c338c82700ee
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,8b3b4df4-f357-4970-9b8c-563dcf0d7bb1
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,dc086eb6-7056-46d0-8712-a68987be498e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,93eef11c-160c-40c8-8008-d1a1580536ba
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,6b5c72af-d9fe-4714-876a-7e13fdf7425d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,2a26bbb3-b816-44a1-8f98-62d9349a2905
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,cf1b18c5-8075-49ad-b561-a349ba79568d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,5230be20-7bc8-47af-91c8-a635abbe7df4
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,d5009250-9697-4f46-b0c7-cb147f9f0d1c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,4f9f6217-c5cf-4248-8655-0cd413f85c4b
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,faea02d2-25cb-4e54-8a88-c9de2b783269
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,93dc7fa2-69a6-479d-ae89-8aeb59b945dc
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,16730371-9c62-49f5-9bb6-0a7802686452
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,fc92c985-9c8d-485f-8b11-fc4518d245bc
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,a8a09aa7-525a-407c-acbe-7fe54081a713
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,f30d42dd-0449-4f2e-afc8-e3262496d71d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,c226a8e4-860d-417f-8b4b-701e588e5db7
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,1487f872-bb50-48ae-b47d-9229372afc2a
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,4e71aa96-2fca-4d53-b053-70171c96e8c8
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,656acc35-fe17-4e07-9f32-027c62383b79
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,745c6eb8-655e-46c4-aff1-80cf7343aaee
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,62d2a241-9222-455d-908a-dedd3d317703
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,2b129c78-b519-44fb-b78b-be362618a73a
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,5af130d4-883f-429d-86c9-9886dcc95cef
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,b7586015-081f-469d-8067-d22bae56f777
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,647a3b11-87dc-4031-a178-f1910023d382
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,303f82cd-5395-47b0-a2e9-74927839632d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,f8e90206-f442-41fe-b09a-a3f915ba59f1
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,7cd705e6-0086-41e9-9f17-ae244bd319e9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.064,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,af51f0fb-d9fa-42a2-9b68-3af15ec598e9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,11838bd8-f320-4691-b3cc-5732c3c99752
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,955b70ae-c84a-45b6-9b55-655cb431a457
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,3a63ad43-d6da-4723-9b00-98f22e220982
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,ddb99bf1-aadf-46d9-8587-b082398e5821
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,40b5d8a7-466e-4f6a-88a4-76b32ca8b7f1
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,26934d86-3f55-4b31-b85b-da641939c5ed
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,1ad09908-749c-4502-b673-e9b16eb257e2
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,c4fd7e4c-65b5-4222-a749-d05ed8bd84dd
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,4cf2ab15-c80b-4ee1-9081-c85af91cb447
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,b49cd106-9266-4e70-9651-3dc73fc0896c
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,05f10c81-fd6f-42c9-83d1-53bee593244b
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,2550c04b-d58b-4f0c-b48a-71939c3a4b47
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,d2303182-fa50-42f4-a0d5-4b5267a695e9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,38c5162a-d619-4837-af3f-15cd1f7b3da3
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,a005428f-55a7-453b-afee-859bc16dc961
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,29e7a602-a2b3-4935-a118-cc64226c1343
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,77e9a525-1484-4de1-8cbd-4affd83a75bc
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,afa5c5c1-32f1-4d08-8848-ad08d82c473f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,50981327-6332-4073-a09d-f2c1acefb89f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,42c40c1f-ac27-4a0d-9eab-88104497924f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,7531f5e8-ae67-47b6-9aac-1162a1b2c404
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,80d45cf4-8f12-4e58-b1fb-89ea2ff287f2
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,20e8650a-792e-4a2a-816f-d872b0a55d4f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,45c745a5-8157-4ee5-974c-82bd925d4dff
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,293473cb-bb33-40ba-8131-2f56db5718fb
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,88abab60-84c4-4227-bade-d8c2d2e0cc95
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,1d2149ca-c604-42c8-b85a-6972a3d29b0f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,3ae163ee-7724-4196-88b6-eebce8fe8964
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,23295de4-e80f-4b5e-92c5-5e7008bcd6b9
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00040268456375838925,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,388cf1a8-d681-41a4-88fa-c7c262259150
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,c94240a2-d0b8-48f7-b66e-1bf47c2ff325
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,304db850-9027-4587-a5bb-2c845e66b2ee
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.08,f1654fc3-e43e-4ec1-88bc-29db7768597d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,644dc63f-91e2-416d-8b27-d0b1fe5106d0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,263c0f07-1ca9-41d7-a379-9de685543a7a
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.08,afc40812-108a-45c6-a11b-853a192fff8e
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,3e5bd17b-1de0-4051-9093-635e250d9eeb
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,8e8d890b-594a-4640-982a-3868cfb0a236
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.08,3cc9ca3e-3d9d-477b-9284-81e1b4646b9d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,fac4d4e3-96e2-4f0f-8a05-8b2a5378729b
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,1e3a652c-5db3-4af2-a6af-755d5f4ee3b8
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.08,4909f853-b15c-4022-ab32-4eaab7eac80f
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.08,f10ed4f0-2242-4fc3-a52c-fcb1c8669966
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,e4bfe0e6-a18b-4b6b-ba8c-2214fa3f1293
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.08,ccb89b9a-c5ec-4b5e-bb40-8df70a0e303a
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.08,927d707c-0deb-4aa4-b3cc-546b6324ecce
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,3b14af77-6f97-4ab1-b3ee-44a52573d5ab
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.08,6a56d7b2-89e5-40ae-b7ec-a24f03b37ced
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.08,9e70ebc3-50f3-4498-8671-13d8f43b2f02
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,fba905a7-86d2-473d-90b9-e19320d3c9a0
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.08,149bf749-705d-4c74-863a-de2dc2748360
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.08,689f3dfb-d071-45e5-8270-e3f623dad14d
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,03ed1ef8-3b84-42ec-aed9-7b96a91a80ca
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.08,bcf9ec88-e795-4c89-bfd0-c44e32e9d2ad
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.08,22295798-8a2d-4290-97c3-4ac2d665e325
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,59954b14-9193-47b2-8467-51dcdfa709f2
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.08,f4235d23-dc31-4faf-b571-85e740406cd1
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.08,988fa80a-cd1f-4076-bedb-81e55a444eab
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.08,65558bd9-345a-4b32-80c7-6cc43ecea591
+AU-SA,South Australia,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.4652014652014653e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.08,8a498cce-6160-4203-be47-acff9704bf0e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,060d0619-e7ce-4ff8-8117-7da7f747181c
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6c9ec771-3674-4231-adaf-946b539387f3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,5d44253f-92b5-4944-bbf9-16c12408683e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,548f2437-d845-49c0-9426-490d6f4169d2
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,54e4b37b-a57f-415c-81ba-27de881f9cd2
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,37808eb2-b52d-4cff-bce3-70aee1793293
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,5e9811db-f8a5-455a-ad71-b609418d2541
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,144cc5b8-75f7-4389-b326-029db8a5dd92
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,da9e6e2e-65b2-4d8e-9f26-37c513fd8aaa
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,33c8bab2-aaf1-418c-baf8-059a4cc9ecaf
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,a778fdb1-7b2a-4d47-8170-febf536ee5d7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,a8e33bef-17fa-4932-8081-57d7ecbeedfa
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,dd8ebafb-5c0e-44c5-9230-d6c15709d757
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,61d69106-bd01-454e-9599-2380dc7d458c
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,8108ced1-28e8-42c7-9f7e-e620cd2f26b7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,47c233ae-39b0-4a55-8cfc-f081c1c69dbc
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d18a520e-6b37-4933-94b2-4351bb9ca65f
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,28cafd57-ebc1-4657-aef0-a530020c6ff9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,439d9779-654a-44b3-acff-b73dc577e991
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4e44885d-e9fe-4ec7-bbc0-5148940f5232
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,d7ca1e1f-a171-4a10-a2e8-f717a59a0105
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,ab61bb0a-2d53-41b6-ab21-1fc73cc6c87d
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,598c03d1-daea-4456-ac1b-7b3040923907
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,814bc840-0308-4bea-baa6-cf49940802e2
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,885d0e3e-89e1-4732-901e-dced8ac41398
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ab3e87a1-bd1d-4a7b-a97a-d9b30c30e8e3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,9b8cc803-3644-415c-a7a7-3974dbe11369
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8b7fc50f-6594-4383-88de-ab85abde2cc1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,c7756a24-71ac-4278-8f64-19de39b2ca34
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.008,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,ffa1f4b7-5260-4098-9cf2-67dea2206354
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,b1b1257c-7d54-4610-acff-f9269338e468
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,4b152335-9e50-4eac-9a5d-4a331e9a6e44
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,c51c120f-17bc-4bfd-a954-536ff41159c7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,1dddbdb8-f59b-4172-93e0-594eb66bf5ab
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,ca4ebd23-3a43-4d89-845f-721e4396c19a
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,e0e5e51f-fd6a-4580-a8f3-f6747794a652
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,86d16a57-2ee4-491d-aed5-41fd97482c4d
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,18a8bed3-453b-4a05-b8a1-d1467b7f907e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,1c4689f8-71de-4518-a333-2b70bf5f73a3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,751755db-b880-4572-93e2-1ade6341c856
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,2a35971f-fe34-47d7-8928-bfa87b1406a9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,d01bf192-9c6b-4361-a900-a3b7f2040c25
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,bd2fd3a5-ed4f-4ee8-bf55-3b8b8ad0a4e0
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,74e2a019-94bb-4ade-af6b-6c96cd3fa8f3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,56c479d7-04e5-409b-b33a-d0c3617bacce
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,b32d20d2-960e-4366-a046-1be43d58f567
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,0172a7c9-56b0-457e-91ce-d198892ad348
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,ed8f8436-cb7d-4505-83c4-cd919ad645b0
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,5ef7b66d-31e6-46bc-8917-8cabc603efb9
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,265405eb-a8ab-4e9a-b382-7c7f06415a7c
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,16dd0394-91cc-4071-a577-9f7f653d9043
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,5f61b68f-21dd-42fd-9c99-84d8a1d4a4ea
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,126c2b7b-9d18-4888-b016-7d82f1ceeb70
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,8095bef9-6291-4272-b23d-77f1b5550237
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c42c69f9-f6d1-4351-9a47-87e13f1e0f66
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,944adb3f-5c46-46e2-ad57-1ae1c2dc0d4e
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,560f9dcf-5fa0-4497-9c8b-cd48fe686727
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,78e2ed37-51be-4c2f-a632-c9378787af41
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,f4a2aa42-0252-4cd2-bafa-5a015a8ed8c4
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,5.0335570469798656e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,bf39ddad-5c9a-4257-9796-e0fc3048e6a7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,3c6b007b-5185-489b-8089-61aa215d6c07
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,fad46ab7-bdf5-4940-82fe-b2017c079a08
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.1.3,modeled_data,kg/kWh,CO2e_value:0.01,350be06d-e663-4b1f-979d-c6c06bdcf046
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,996cd67d-60cb-445e-baaf-aec7b83165c0
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,d6a530de-14dc-43c2-9b93-86b0d2ecf6a7
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.2.3,modeled_data,kg/kWh,CO2e_value:0.01,7d336062-6399-4e6d-9b35-2e7c53b46017
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,502188f4-3cd3-4f04-a81f-613676736fec
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,bbebf45f-e2ac-4290-91bf-e139124c0ad6
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.3.3,modeled_data,kg/kWh,CO2e_value:0.01,236f56d3-67c8-49ff-af7a-f330b62e95d3
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,8e1ca784-153f-4ead-83cf-1419306cee47
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,652de32f-9366-4596-bf3e-f5b4809e6165
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.4.3,modeled_data,kg/kWh,CO2e_value:0.01,ad2bcb07-beff-4531-ae70-4f3373605d31
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.01,a6183b3a-0f9d-44f8-b11b-0deebbedcb44
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,6127e28e-e689-4398-9073-834506271717
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.5.3,modeled_data,kg/kWh,CO2e_value:0.01,9db4debb-ac6e-4bf6-96c7-b9ee9d320312
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.01,c8d4549f-bf69-49f5-b359-746a6d58b4fd
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,17bd3d9c-a1b3-4594-b16d-e7b9d0249e46
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,I.6.3,modeled_data,kg/kWh,CO2e_value:0.01,2edace9e-4ebc-45e1-bf0d-ce75ce0b9182
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.01,fd5b57b1-116e-4af6-bbd9-5222ecc2f07c
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,e0ab7dda-6f55-4d77-990c-3b58d8167c7a
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.1.3,modeled_data,kg/kWh,CO2e_value:0.01,71ae9b17-4a5a-4303-a9f5-73a0da8e38ef
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.01,40d0bb11-d413-46eb-85fa-ee2ae46265d1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,5c63e730-479e-49ff-94b1-e027bd7674d6
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.2.3,modeled_data,kg/kWh,CO2e_value:0.01,f891c3ed-a529-4dc3-9227-5ab06ff6a17b
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.01,7acb96d1-162d-4e5e-927e-d820ada2c952
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,7afb56b4-1a21-4e06-83c0-43eb24dea0a1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.3.3,modeled_data,kg/kWh,CO2e_value:0.01,5be35bb9-c169-4e5b-9239-ab87c0eb0cc8
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.01,d781265c-4757-48ff-98f8-72d138fa61d1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.01,2a4a8eff-b79e-4f00-8844-37fe6b9a37e1
+AU-TAS,Tasmania,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.8315018315018316e-06,II.4.3,modeled_data,kg/kWh,CO2e_value:0.01,c3156b4c-05f3-4c49-bcc0-90a23117dce5
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,5ad89bc5-3d03-43ae-8dc7-04e1e2b875c8
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,f4c250d6-a3aa-479d-80ec-aa41ceb07582
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.1.3,modeled_data,kg/kWh,CO2e_value:0.07,a1f5df24-a620-434f-9f32-24b5559d473b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,1296bf83-a6aa-4157-bab1-5eb674c0801e
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,af13e41c-ae25-4ad9-817f-d6b97f37b95a
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.2.3,modeled_data,kg/kWh,CO2e_value:0.07,6ab571fb-9512-4ab3-9ab6-c0ac2842f230
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,0b7aaadf-4d48-4010-913e-0671be365c0b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,e4d50814-5d3c-4c21-bea0-8d204a258ba6
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.3.3,modeled_data,kg/kWh,CO2e_value:0.07,cfc78e04-5479-40ee-9704-d8f991711b7b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,b7b229b4-352b-4762-a1cb-f27e6a5e96f8
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,49b70fec-11f2-4d98-af32-270491c2a8b8
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.4.3,modeled_data,kg/kWh,CO2e_value:0.07,ec4523ce-d755-4322-945e-afc7557cdaa2
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.07,0ab7c31f-a2cd-433d-a673-aa2b7cdec794
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,1aedf5f7-37d5-4450-8f39-af7bc0fead5b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.5.3,modeled_data,kg/kWh,CO2e_value:0.07,1af6beca-e9db-443e-8805-7e23a565ebcd
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.07,905b98ad-9a93-4124-b577-b2ac0ff6e8b3
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,3da28000-4c83-44e0-847d-b2af05ad4598
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,I.6.3,modeled_data,kg/kWh,CO2e_value:0.07,ec3224da-5885-4404-9f65-e22508134377
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,d0739628-9330-469c-83d7-044f85ba62e3
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,b89db158-a5c7-4b15-a59d-31783fd43cba
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.1.3,modeled_data,kg/kWh,CO2e_value:0.07,7f81b3e4-1df4-4d66-9fb6-3992b5680914
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,f6b29845-3bb6-49ab-982c-dc6270bbcfcf
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,2b6b27fd-e9f9-4dfc-863e-f41ced2fd217
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.2.3,modeled_data,kg/kWh,CO2e_value:0.07,f26912e8-e070-4a0d-a6c5-471464c9f055
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,d62562db-4c29-468c-9e6f-b30dde373bc5
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,88bc73e7-aa2c-4f7f-a9f0-e7b82179dfbc
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.3.3,modeled_data,kg/kWh,CO2e_value:0.07,66473a46-4ea2-4c99-a4e5-5ed662e0a605
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,d10c5079-aa33-4bcd-ae93-7c90dee9e9f8
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,87e827ff-45be-4ff5-a87d-5b1bd57caefc
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CO2,0.05600000000000001,II.4.3,modeled_data,kg/kWh,CO2e_value:0.07,ca51e7cf-8a45-40d4-90e9-18acf4c50968
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,0920404b-279d-4482-9a3a-a510c8e6ac11
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,df0e934d-8685-45ba-897c-2de80f51d5fa
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.1.3,modeled_data,kg/kWh,CO2e_value:0.07,b0f07321-b6c9-455d-9a3c-04a9191e810d
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,efc8af35-ae0e-4454-9e26-1c56544df963
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,c2adcd16-5926-4ffb-8681-933c28e76a4f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.2.3,modeled_data,kg/kWh,CO2e_value:0.07,6d17d3c7-28e4-4e7d-9c99-c429be8ac0b2
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,9a5048ad-7859-4fec-87c2-8d77ca292497
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,663aa6bd-a87b-4a9b-9b33-db8dc084ed66
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.3.3,modeled_data,kg/kWh,CO2e_value:0.07,f3c614ec-edf5-467d-8686-6401f21118d1
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,0b41a550-f705-49eb-abe9-b22f8034ec99
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,4ba14e5d-de9e-4b6d-a9c8-d676287cf693
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.4.3,modeled_data,kg/kWh,CO2e_value:0.07,3759d4e0-d7a1-4046-b43d-3959167af736
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.07,b03f6f64-896a-42c6-8ea1-ae53c2cc8732
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,85188104-c9e9-475d-bd55-5b6d48251b13
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.5.3,modeled_data,kg/kWh,CO2e_value:0.07,437fd9f1-e910-49a3-b5da-877f7567d64f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.07,715914dc-4247-49df-9ff8-f1c8990e0bcb
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,0971f6e3-1dc9-4e1a-b35b-e93b46bcbf4f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,I.6.3,modeled_data,kg/kWh,CO2e_value:0.07,4f31b233-4c04-4535-b67c-723988b55843
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,73790112-0c16-45f0-bbee-3a7debbf2e8f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,3255a30f-3939-478b-964c-c90621072398
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.1.3,modeled_data,kg/kWh,CO2e_value:0.07,f9ce52c3-41d2-44e7-bb63-db4a9ffe7995
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,e9b06041-d212-4b1f-80b0-67df22211932
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,5ab8b41c-20b2-4936-967f-88bb1be8444e
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.2.3,modeled_data,kg/kWh,CO2e_value:0.07,476ef632-f2b4-4bf6-aa51-7d773b47464b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,0d7eab92-e841-4f0a-bb8f-d69b1d5606d1
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,88b7237a-3785-456a-89e0-3ed2c50d9332
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.3.3,modeled_data,kg/kWh,CO2e_value:0.07,c7835c9b-242e-473c-a8a5-9fed4c9076ee
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,c4ae0343-60bd-46fb-9698-c0bd1d18fcaa
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,31194198-5ff9-4090-a36b-b0eb050fd660
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,CH4,0.00035234899328859064,II.4.3,modeled_data,kg/kWh,CO2e_value:0.07,89f7790d-49cc-4971-b3e3-fd892c03fc6d
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,9d323a16-8e43-46f6-9b77-97a498869d22
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,9b58f0d6-7ddf-4257-a08e-0051aa6a9017
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.1.3,modeled_data,kg/kWh,CO2e_value:0.07,504a4709-75f3-4bb6-8eef-a594ea480c0e
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,49a8d6d4-0687-46f4-a8fc-a9ec4f3a2f50
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,7f27a900-5066-4d7e-a90f-9e76a274012f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.2.3,modeled_data,kg/kWh,CO2e_value:0.07,cbcba872-1acc-4968-8c08-5256ae5993d0
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,a261dd52-3a57-48c9-860c-d06eebaa2e97
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,fc6d8d78-1b98-4585-914c-9e2881d84e77
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.3.3,modeled_data,kg/kWh,CO2e_value:0.07,3fb1bb87-ac31-462d-8ba2-efe26362e69e
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,a8e9a83d-0b7d-4ee7-a8e9-621c066c5067
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,1ffa514c-5b68-437e-8b2f-d2e621cf3657
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.4.3,modeled_data,kg/kWh,CO2e_value:0.07,c0780941-ab52-478a-bce7-01e219047561
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.5.3,electricity_consumption,kg/kWh,CO2e_value:0.07,73abed04-8a9d-452b-98a7-40d0e86feb49
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.5.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,274d6f83-994b-44e6-8458-b9e5c3f64c2e
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.5.3,modeled_data,kg/kWh,CO2e_value:0.07,ddc9ce71-3e58-490d-9a0b-7b1ff077c8e7
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.6.3,electricity_consumption,kg/kWh,CO2e_value:0.07,4445ce91-6320-4495-a956-199d23a040c0
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.6.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,4caa494e-2048-449a-bfcb-6d10f87771b3
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,I.6.3,modeled_data,kg/kWh,CO2e_value:0.07,1b2a3121-b98a-4a04-ba15-b6b1f58bd526
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.1.3,electricity_consumption,kg/kWh,CO2e_value:0.07,26fa8822-a9e3-4d5d-96ff-bfd356826ae6
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.1.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,4474dacd-1de9-476d-878d-0fafa214b2ac
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.1.3,modeled_data,kg/kWh,CO2e_value:0.07,1b570d3b-c524-49fb-b623-b6a74f30ad1f
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.2.3,electricity_consumption,kg/kWh,CO2e_value:0.07,aba19556-dc96-4191-b16a-9ac9a85c9ade
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.2.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,ea2f3a42-75e0-4686-89cd-4eb148b324df
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.2.3,modeled_data,kg/kWh,CO2e_value:0.07,1946d03c-d083-4505-be01-c722a319f426
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.3.3,electricity_consumption,kg/kWh,CO2e_value:0.07,5c608e2a-fe00-48bc-a904-35b04a0eb336
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.3.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,67da015e-3146-43fb-b1dd-54b1bd2cf8da
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.3.3,modeled_data,kg/kWh,CO2e_value:0.07,c0a349ef-051f-48aa-bf4b-40f8b78e07e3
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.4.3,electricity_consumption,kg/kWh,CO2e_value:0.07,c0c29a4f-f0cc-4259-9649-f84fd26c890b
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.4.3,energy_consumptionsampling_scaled_data,kg/kWh,CO2e_value:0.07,1dbd3e9c-bc23-4896-b259-40fb21ac9a47
+AU-VIC,Victoria,2023,Technical Source: Australian National Greenhouse Accounts Factors,N2O,1.2820512820512823e-05,II.4.3,modeled_data,kg/kWh,CO2e_value:0.07,e93fa6eb-79ab-41fe-a3d8-50c49270fb03
diff --git a/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/Publisher.csv b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/Publisher.csv
new file mode 100644
index 000000000..39410d942
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/Publisher.csv
@@ -0,0 +1,2 @@
+name,URL,publisher_id
+CarbonFootPrint Ltd,https://www.carbonfootprint.com/,cb8c4551-b634-3f5d-b084-7104bfb02e69
diff --git a/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/README.md b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/README.md
new file mode 100644
index 000000000..2951f7551
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_processed/CarbonFootPrint_2023/README.md
@@ -0,0 +1,22 @@
+# Carbon Foot Print
+
+## Data cleaning and transformation
+- Click [here](https://www.carbonfootprint.com/docs/2023_07_international_factors_release_11.xlsx) to access the raw data
+
+**Transformations**:
+- Add UN/LOCODE Code when it applies
+- Assign GPC reference number
+    - Grid Supply Energy Consumed category was assign to every scope 2 reference number in Stationary Energy and Transportation
+    - Grid Supply Energy Consumed category was assign to every scope 3 reference number in Stationary Energy and Transportation
+- The original EF are in CO2e, to provide more glanularity the following assumptions were made to extract EF for `CO2`, `CH4`, `N2O`:
+    - portion that correspond to CO2: 0.8
+    - portion that correspond to CH4: 0.15
+    - portion that correspond to N2O: 0.05
+- and then, GWP AR6 where applied:
+    - GWP_CO2: 1
+    - GWP_CH4: 29.8
+    - GWP_N2O: 273
+- Assing the year (2021 for all the EFs)
+
+**Note**:
+The emission factor for grid supply can change each year, at this time the year available is only 2021, so these emission factors could be used for all necessary years as default factors until more versions are available .
\ No newline at end of file
diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor.csv
new file mode 100644
index 000000000..b0799a6f2
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor.csv
@@ -0,0 +1,10246 @@
+gas,region,units,reference,gpc_refno,actor_id,emissions_per_activity,methodology_name,metadata,year,emissions_factor_id
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,6b5ab3ee-46bc-4026-a02d-bce70c8ec22b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,06019252-cf4c-4160-b803-7a41072faa8b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,af9cffdf-3b42-4bcc-a88f-5330f1e7519d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,e197c549-6aba-4032-ab79-e8d7de072f40
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,30f7c8e4-675a-40b3-8f78-8096bcba8614
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,8aca5166-bd78-44cf-abbe-7662ebda0558
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,680f15a5-a8b8-4084-a5ab-acd43015cf07
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,58cb1272-2383-44b0-8e2d-c3a122e8a486
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,dceac096-9a2f-46d3-8501-17d94348e253
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,9874403c-4470-4ed3-b823-6c80c78e2d83
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,21d71a70-3ae2-4035-aa1d-58a7d9fd7ced
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,ac96b78b-286e-49e4-915e-e16168eb587c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,d3d95ffa-29d5-4c64-935d-754dd4e79a7b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,823077d0-92e2-4102-8665-e6d8d39a0c87
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,a58eec51-73d8-4512-9d69-340607bdf356
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,bfa44eec-bdce-47e7-9e49-8e3570995cb9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,f893db27-f9d2-42d2-adf3-3e11a02387c0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,c1a4b72d-f0ce-4190-9629-13fb5c349332
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,3c082bde-8c7d-4eab-80c5-0209776b43e7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,a019ac8f-7bc4-4b2b-a07d-c39153e6febf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,d134b98c-264d-4b1e-89a0-fba2eef194a0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,4bf20207-9128-4b0b-a347-5db9a58d4c43
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,569fdc6a-7a28-417a-a088-c9f091e2612b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,fc56d792-0b6f-415e-bc96-5731711842c1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,f8aad96e-61d6-4a5d-9c44-fbd7f8aa5989
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,67afb053-d2b3-418d-ae31-abc5ecec46e1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,cb2dabbf-ef32-4aaf-ab12-131355853057
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,79c1b8da-272f-45c4-8f0a-dcafb5b84d93
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,a08613e9-b14b-46d7-9ef5-fbf50213e85d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,6b33bbc2-96e9-4253-8cbb-7a6a904dce2a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,dad8a6d0-73d6-474d-8701-df3c928326f3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,6cc26d1f-e4a2-4d4a-841e-b3d4e5b8a459
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,a1a291b5-5785-433b-b819-62f9bfe65674
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,b3e10099-bf3f-4f16-9c3a-e63c43e2aff3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,8d1648f5-ac44-471a-ad48-6f49e2eab326
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,771f881a-66f5-4820-8d20-e2def11bc04a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,2dfa1292-2abb-47cf-9d7d-6dd23ea63f82
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,e8e25ace-77da-4d1e-9987-758ce30ab5e3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,7364159d-945c-421b-bed7-9b4443771978
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,603c312a-c057-4074-bb0c-fdf17813e412
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,6b5b3610-1fc4-4058-8092-f02b166dc451
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,fba6ac71-b66b-453f-bb8e-b7b69e4dad4b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,52970779-8158-4f5f-a7af-233f19a690f0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,97737f57-7f25-4273-95cc-d35e953ec780
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,dac9feea-2cf0-46b9-8acf-6e75d494ed55
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,513459b4-ca8c-4073-9912-2a24acf61249
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,162e158a-d4bf-4259-a420-8ee20cbaac45
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,b2e9ed94-f6bb-4e92-a220-1f2a9f92345d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,c11f5d5e-be12-4b47-8b1e-f174e7f99f6e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,5f4ab33d-c003-41e7-915b-485dcd3622d7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,cf5fdfc2-20ed-467d-b346-47b1c425d32b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,89a2a425-5fea-4f67-a7f2-839034e46525
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,7f811952-4c4f-4349-a7b6-1d100b8bb396
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,98.26666666666667,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:25.92, NCV_units:tC/TJ",,e64d5817-0a10-42fb-b857-a06bcadc1250
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,40ebce60-99d1-47b3-9b7d-ad613e05298e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,5827b3bd-6e14-46c2-a1a1-4990973d40a9
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,45b76d7d-7cf2-4f0a-83c6-c2eef1c5e6af
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9ee97bd6-cebc-477d-ac8e-df89aa095962
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3c43f491-343c-43c6-a627-987dd09b3110
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e7899d93-9257-49bb-8218-fb7a5feb8027
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,7cfaca54-20fe-4b9c-b515-7ae553d05850
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,bc7f346a-ab98-4143-beaf-2674f80447b5
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,df6a40d9-998a-4d02-9beb-08837b45c9b3
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ca2ecdf9-f3b0-4ff2-9979-3445deb6cad0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,765a1358-6f03-4f2b-a78e-d43fc67b1340
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2543e945-bf3d-478e-90ea-5a0896417d53
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,16340e20-2249-4aef-bb8f-18bd12aca0cd
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,403648c5-e8ce-49bf-b352-c4e1036ae6a3
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1464623b-cba0-40db-9859-6be082ad4694
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,716fe256-d05f-4bdb-8f4c-d2521d1449b0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ed43af18-ad84-4d1f-94bc-8e8b61865fa0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,6266f0b3-ef66-4352-9141-0458d50991c9
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,89df5e5f-9b1e-45ec-8b5e-026db6bd4691
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,787ef48f-3d66-4496-b56f-c056e115d452
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,4c62f0ba-ab33-4534-8651-8e89b1b1aeab
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,62f3b4b9-80de-46ef-aca0-5e8971f10cb5
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e23365c9-0c6a-422d-b95d-f9822c189235
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,647e3ebf-c1f6-43af-925a-230e1369acf7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f420b5e2-a77d-4d9c-a61f-ca6d23490640
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f235ecab-06d6-47ac-899b-9f851b9cd335
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f597fb76-39cf-4b28-946a-bfd9a6464ff0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,97042ded-ff90-4606-8736-fd26ff634a66
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,957804d4-8ffd-44e2-b0f3-2bf896d20f47
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,dedc17b5-3a44-405d-8fa0-da6373ea2aee
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,47ecb0ba-2d0d-4571-af62-8e4699c8afe4
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,58c8cf2e-1452-4426-bc8a-a795e9001bea
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d569541b-3a45-4cfd-8a32-ebb9791445f1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,4b62ae4c-ee3c-4967-80ba-4ef7d7ce3f68
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,dc5e59d2-df1a-4b94-baef-61d94387819f
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,7f5659b9-c61d-4ce3-823d-8bdefadb1ebd
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,cecc4c8d-36e4-43e5-ac9a-cdfb219d1f0a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,a8098802-e40e-4f76-a176-0a54561219a7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,493e4aee-cfa6-4882-8f19-bf56643a2cd0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,56cc575c-6878-4b11-b35f-65160c333b4c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,d85a1e08-cf2f-4993-99e2-341f1ea7c60d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,f41887e8-7a09-4370-bdc2-11a03f5b5eb3
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,4dc8d863-b436-4c1c-9492-449d022f0620
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,a7ff3522-4fe3-4277-a3ad-5df96993460e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,dcffc8ad-afd6-4c61-8681-e76e102be5ed
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,6c526783-46e3-412b-b7ae-8a5e1480e9b0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,53a07136-a325-4cca-b5cd-951f9a5b17b1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,1bd6d9ab-55ee-4652-a2b3-86d029cdb4fd
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,d5b34081-23d9-47c3-a040-2ad5264b7eb0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,1d38ec47-2dae-4392-b75b-9d1019bcfbc6
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,15aa4b17-ad09-49b8-82ab-333c04582b38
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,2e48e0c8-5209-460b-bcf8-44a1a448bdbd
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,2d3c152b-bb62-4987-9afd-76ab1099aeba
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,2df5edc6-6011-42f0-bf8b-90aea96d7e7c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,8f4e7e51-5f95-47b6-8b4b-551d56b09bc0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,cf49878a-1421-4535-ad2a-c9f1c6ebc7ea
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f6b1f327-a5ae-48df-8193-58d7e4ee5114
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,1d287013-5902-4b60-ae8e-18d8f8f77328
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,6aa647b4-3846-4aa0-b97b-2c147311252c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,926ce778-2163-4b14-b0b9-9be698ea0bbe
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,560786f8-f6f0-42da-848d-9345b687b428
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,3ce861c2-e072-41dd-b06e-65dcaedfaf75
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,cc34880a-f892-4433-a9d3-24a1954b04ea
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,1107a30e-c9bc-49e4-a4c2-d5bcde447065
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,1c911c7d-7406-4930-bfef-7be945adac7b
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e011b493-7403-4852-a6f1-5163cd88eca3
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,ed9deda2-a171-49ef-9c1a-a374c636cc25
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,39b6f301-59de-4c52-8378-6dca41eaca5d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,3de661ee-2a7e-40c7-9ca6-ef90c2f6ffd9
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,fffc6cd6-ccb1-4196-843d-5a5373010827
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,fa1decc3-a4e6-46f3-9363-dfb05fb3adf7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,27249d2c-938a-47c5-84f2-df0681a25cf2
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,5d06acb2-d1b3-436f-ba98-e37b12b33b99
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,dadc43f7-a4ea-4090-ac6e-28231b96fa47
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b41c857e-96eb-4477-9bf0-a4b107965f7a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,582470e1-4d61-4948-8f3e-4bcc4350cd95
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,896680f4-a9df-495d-a080-6c988ae819c9
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,590f3358-fcac-4f47-b127-b53d3cb2abe5
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,082d31d2-8750-41b2-8859-9e252d8ebf20
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,459024f0-926f-4be3-b012-1e543e806363
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,5b00eb4d-21b6-41b8-8c5e-3c6bb52ebc6a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,77cf4895-11b7-4226-9f40-cda38e33bb40
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,e2dc1e8c-b4af-4b4b-a667-9a34bd6d136a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,066028d9-cb97-4b1d-aafa-c4cfed3241c8
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,9e4a8014-a7d7-49d6-83ae-d3831127124c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b438032e-2db5-4c19-960f-f96ef9968e2c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d17c7740-5163-4e0c-8623-4b52fced8637
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,fab5fc7a-3b8a-405b-aace-6ad5f096367a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,962cd562-2686-4bd5-b465-4258eb7a6a41
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,fc9932f4-7c1d-4add-b3fb-d976b9644a79
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a92a95a1-08af-426c-a8f8-83c3968f87a1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6c546453-1a70-44bb-a440-6a6bc257872d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5c5651e0-5d7c-4841-a2bc-e4355bd7967b
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,10ba4577-fbb0-4e62-868f-70e85dbcc3ec
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,4a922f00-cd7a-43d7-a3ae-f2ff6e42a16c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,62ccbb60-7afe-486a-b4cf-e4e6bd80216e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6b4e2942-ad25-4c79-9d80-6ff7dc8316e7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,355e2246-86c7-474f-afa6-610520470387
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7290d292-9ecd-4e40-a6a6-38d1793841db
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b2b38497-b897-4a18-8bc4-2bdfaa8ed078
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,739b2308-f244-467e-99fe-9a404992533c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a47fe50b-4738-4d6b-a486-e6dce82bbb80
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,05f160b2-6751-4ddf-9195-5c72c73e9045
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1d0aa377-126b-4964-bb78-ca0d67d3e6b1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a9751416-5c24-4e4b-956d-24b5ee3a75bb
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,13903419-a654-4ea7-821b-bffd10d4cfb4
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e5d1b044-e548-413e-8b3f-5a8d3550497f
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,93.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,cd3206e2-e66a-4b0d-9a9b-75d48258f14f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9bcad770-eebc-4ea6-9a2f-b9d70d672ad0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ee46c3ff-e146-415c-85aa-8954ab9bba67
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,016a4d4f-f801-4a6d-a1aa-26b224273949
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,44e4b3e9-0c7c-45cd-85fe-c70b8e65185b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,20d505f0-cc33-4f16-87d3-bfcf2f345866
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e666f3ad-3529-4416-a1cb-60b09c5ea5f6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1d461ac9-1edf-4468-8ccc-915b914ceb65
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1728dd52-d6a3-461b-94c3-afdc3d69a6f0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0bb63eeb-b357-412f-8103-73b7379f93c8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8a5c01b1-8a43-4562-8e2f-88ee8cea044f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,01b39b42-82d6-4945-b1c7-8f2a7d0ead72
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,5be90619-c5c7-48d4-a817-be03584c6af7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a8adf398-a0a9-4d42-912a-c952a83bb6d7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,00df4d78-9b95-4fb8-a3b0-0ab0440d2c1f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2de00c40-ca16-4dfb-9593-ed79ea634622
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,67d795bb-7d1f-4876-8ef7-d5ee71be87e0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,459e25c9-47fd-4c7c-95dc-6caa63e78ccd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,23ac671d-5b16-4dd1-b2df-e32464e52dc3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,20342d32-3518-4ccd-966d-937ce6c3e846
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,862d820a-f654-470d-8180-203315d4e330
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8b5a30dd-d40a-4514-b27c-da80f80b445a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e29ef160-aab6-4a8b-89ff-f2bb65b6ea46
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,fe096d08-7d2d-47ef-afdc-165f8a26c795
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,fe528275-2c64-4267-8e28-2cbab0a1ae8e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,994b3e7a-d1b6-467f-a9a3-74ed42b9aad3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,dcf2ee73-36c6-4dcb-974e-6448574b14c3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,4c1a4d49-c3ce-490f-abb5-e82559c3f1f2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,15fd9c3b-bc58-47f6-907b-805456b88d84
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,af87908f-abbd-46a3-a788-b516a7f23d61
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,67276499-1a0a-44a1-8e7e-8a8d9a1cf9f9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,695a08b7-b51e-489e-b968-56e1eccd5d46
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,6e22ac9e-c648-4a52-94ca-d326ac1d701c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8a461956-43d9-4c15-911f-5a704482cc20
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,48e03214-424f-4ac7-8054-4846af54dda4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,c042ad39-3cf9-43b4-a0f8-599737305daf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e8c97f61-02ac-4bb1-99ed-993ddb5b5de6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,e73409f5-91d4-4f05-bdab-db5e29a6ea65
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,338fcdb2-cb6f-4fb7-a86a-12339aa213bf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,b273cf24-5dc3-4a8e-9556-4f0dd6e0a29a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,a4f8b1f3-d619-4598-9052-6c72d96474dd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,27b2ccfe-d844-445e-81fa-94621d9f8220
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,62543b5e-9ec4-4d1a-89ac-c1eb9f436552
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,02b20354-49bb-41fb-ba51-84bb48d44e67
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,80ead7a5-9a61-45c2-9592-d4de75569ccd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,0dee13b2-b35b-4906-bceb-8f4c6dfe971a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,8527af65-58b9-4290-9047-aa2f3ad21215
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,e3a0bb87-a475-4c9c-8893-0d3e84d074e6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,c342ad85-7a9f-4153-aa07-53c42362d31f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,f35d96bc-dc38-4498-bcb9-e7799fba63d6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,b719a1ea-1c82-425d-bb05-eb4dda9db32d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,8a859792-24a5-4a7c-9133-d83b81889350
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,ed530b0a-8496-47dd-afc4-ec5a3f85e06a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,14dd00e5-b8b1-4799-b9d8-f1e5e161bc38
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,148014ba-2612-4cfe-bedc-59e2b8662f09
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e3752d2c-f882-49a1-a574-e237a126a9ab
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,6c1daca6-7de6-43fa-a900-33f771185862
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,119b2e11-4a4f-4c7c-a9aa-80049167011e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,095b3638-f0bc-4bdd-a631-508a41cf12e2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b07da0fe-610f-4383-830f-8b7b9fea8c2a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,065271e5-1d6e-4f04-b795-65e8020915c3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,ad25379e-c242-4b9f-8445-e3bd5efc4f64
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f9daf701-8f64-4278-80fd-74e3294a387a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2d662b1c-fd9b-4b0a-b40a-34cea41f5ff7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,641ac30c-52cd-4224-a5dc-a107c8ed7d9a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,c25b7c3c-84be-46da-9a1c-738b4086ae1f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,52741ebe-757f-4dcc-8b26-93b6003c1eb5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,17eb6400-c129-4578-9b83-a50e0174b7e5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,9cdd8b70-5b95-49ca-b18e-41b4fa44cf45
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2574d8e9-8718-4874-aae0-50e1c99fc9e6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,337f119a-7ef8-4406-b26a-669ecd4a94da
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,457345f9-4a45-403c-a37d-8cd99094559a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,dbf3dbf3-3267-4071-8d39-69591f0ab013
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,fbfa61ea-0395-405e-b3d9-e126c3afba84
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b04e1399-2dfd-4e42-9822-c4c790441eb4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,e69f3f0e-f414-4073-a91d-8f3ebd289d78
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,5b53f928-d62a-48ea-afba-1e14eab32fb7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,25e4b862-e3e1-4b3c-918f-f8351348fe63
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,76921a8d-c5e3-46bb-bcac-54122161270b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,3b4146d0-3250-45b3-8cc9-7dc4fd9bc8ed
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,6a0cd8ff-305a-4712-b95f-8fa332c1a5ca
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,2cb0b0dc-f6ee-40ba-89c8-7673be96194f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,dc65a337-4ffa-45d5-8e07-35ae7ddfaf97
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,3b7e5998-246e-4676-b822-019244eba790
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d6f08a29-c7bf-40df-a244-fb968a956185
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,4b292886-9bcc-4da8-b605-0f4f47abc38e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,a1634d00-f5a3-4706-acb0-ac5327a3a458
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d7c90aee-3b9d-42ee-8a33-6ddaf0ec6761
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,be502814-e4d2-462b-aa4b-fe0c9675a986
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f1a6309b-1ac0-4029-9ce6-309c84eaf7dd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,3aa3734c-6611-46b4-9f9b-f97cd2d79ca3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a5b41af2-b1b5-48c0-9b47-4504efa91f25
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,f797ffe6-9c12-4103-865e-0153c672be3c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a8e8987e-06e7-4aea-a2ea-b56a8b738234
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6956de11-48e2-498b-84de-a38711f9ded0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,75caa1de-03ad-439c-a93a-20aac7a7e4f6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,de06535d-d267-4d0e-9f94-d3cfd43f6820
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,00cc66a9-6f90-409f-9045-739c76c4a0bc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,01245e5c-1304-4417-af82-24da748e48dc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a326e245-f606-4434-aba3-50f7cc93e9a6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e5054897-b1e0-4ead-b1bf-76fe945acf36
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7a011136-26e0-4d5c-a83d-9f3a296e83a2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,25369e93-79df-446a-8054-75bf9f12f45d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,df865852-c8fd-471b-9a88-93bcf88cb773
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a2493bcb-6db7-4367-8ddf-7ee173da5671
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,fbd96c4d-42d7-4f2c-a942-dd377daf2bfe
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,172f64b5-b052-4cda-b1b4-f4221bbd768c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,dcd9268f-f7c5-4a13-a7a2-c7c44ae7b3d9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,93.13333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,addb9d30-847c-4854-bd22-d1f2e8e0a0e2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,7dde69f6-1673-4577-94b5-ade64ce30c20
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1977fb91-6618-4261-ad2a-465f1b1c9c77
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,7321c3d0-9ce9-4ae3-89bc-47dea192fc1b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,037f0b3a-b598-4fb9-8d99-34abfd097627
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e42ef6a5-4e4b-4ddf-b6ee-722925b4531a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8b563690-884b-4ea7-9ca2-e7ee88ad29ea
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,02633ad2-3684-43ed-b0df-4a95ead81d09
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,49c93981-e382-46fe-b1fc-f6a4c5acc159
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,bf15e4ad-825e-426d-99ff-df0c20c7c569
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0a65c97c-74db-4035-85f1-5ae721dbdf3d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a8284637-d9ed-472e-9c6a-8c9787fed897
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ae2b96f1-e7fd-4a88-a610-f0f21a8d54f2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,858fc98c-42c0-4eca-bc4b-3f8d62104613
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b89fcf5b-34b2-4e6f-9896-28cce230fd55
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b569514b-4b4c-408c-a53c-5533b1eff562
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,f0f179d8-0346-4f16-aca7-5f1346d6a69a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,864e9836-2870-4b04-973d-2ebc9e75815f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,60ea001a-9bb0-445c-ab7f-725bc04326ba
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,70399e59-014d-40ba-998e-1121d5af48ff
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,58b25464-a111-4662-a4ec-502a33f0b5d2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,1e257080-e6f7-4e7d-a8ac-9a20f299040f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a87377a8-515b-4d38-b721-e3df6d887202
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,84128f74-9f7c-4788-b40a-1b0fd90f9153
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,db2e5cdb-aa22-4d88-a641-f41a2b59099e
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,57a45275-7eaf-4214-9639-203fd0dd3079
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e2348a58-4c65-485b-880e-4f7daf84e5c8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,ce07f4e5-ba61-4dfe-b6d5-7a5cb55bc782
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,6a1e4b3b-0946-4efa-9dbc-081daee089b4
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,97a3fc5b-a702-4b88-b4a4-22171bf89da3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,3d706e3d-af82-4279-860b-6fa725bdc7aa
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8b5c23a1-44a5-477b-b6c3-af311274030c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,67afbb0c-2f0f-42a7-ab1f-ed79694640b6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a82592ec-dbf9-4218-9446-d62e9854afdf
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,288a12a5-4467-4af0-8fda-4423dd1520a7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,10f88caa-fd99-4dec-a421-9e2b91471e6d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8cd56e0d-f974-4121-a1c0-471a64c3d7cc
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,4ca1f0cd-5ac4-49f0-817c-48d83f631784
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,73eb0b2f-6d00-4133-9d5e-0f31809e0bf4
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,03af98c0-680b-4834-8d39-fc474444b337
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,1d27fc45-f41b-4644-9fd4-f94f07e6073b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,f221e96c-f8a1-4a5c-a27b-722e47c9afa0
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,f221032a-7a60-4fd6-92df-e5bf09a1484f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,297284e8-9ecf-4290-b202-95f690531f6f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,b0ad7b5e-4b65-4466-9ef0-5afdfc45be15
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,4ab48a20-e771-47ac-a088-08dd1b531389
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,ed6e6471-1e29-442e-b569-c47139b6ea9d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,c83c0168-06ea-4737-ad93-96846e587544
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,7f4b2176-c6d1-4d26-bb41-c6a73c32a82a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,282b4bf3-9028-4d9d-9e31-82d447981c90
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,0a815919-ccd1-4935-8b57-9ebe78902fc7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,a35399ac-3a93-4ff9-ae61-07ba443757cb
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,84380a9c-bee8-4561-93af-16264f5d35ba
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,049fb9cb-9e08-4379-b1f7-fbb3ae5f5095
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,356c5723-0855-48b4-86fb-fac0d4da93f9
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,c69ef9db-c6ad-4f50-a96f-5bf3fd6d5b69
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f4dc413a-5143-4da5-a470-23e759cfc160
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b8035fe2-5854-4a99-968e-23dcb55e2fd6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,16b03f0d-bf26-4412-bda6-98fbff112bfd
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,25080f06-87d2-4d66-b952-5802e535c935
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,490d5443-2a2a-406a-9489-85699a5ea8a5
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,922a703a-8de8-4dcf-9adc-86dcad25e341
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,dde57b2c-f51d-40c7-beae-c808e83b61b2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,1d53f9a5-d635-4b1d-aa08-994166cc203b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,5d6df53a-686b-47f7-9700-c91dfa48a7d9
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,94c94e97-0f60-4eb5-a03e-d810682db97e
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a877682d-0ca4-423a-b5cd-f24a9a4e44e9
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,cc3d8805-88b5-43de-8327-35cf15194127
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,4e893d96-543e-48b2-877e-d48fec614135
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,16bc9f24-fe5e-4b29-9b05-283d5f4b986b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,9d9ed530-a084-40a4-804a-07fba135e1b0
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,c571d5df-f86c-43eb-981f-601638ddab43
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,27bd5ebe-6bc2-4051-aa31-09ecd5b9efc3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c14c7259-2ad6-4b45-b061-e656815a3f27
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d062b1f3-3c43-4e9b-9b68-963692f9be89
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c20edccb-da2c-404c-b547-0b5644326da5
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,9b3345a5-c2e4-4f4c-bcd4-36e51ac42e1f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b87ff1c0-540d-4635-9d4b-bb1b0c370166
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,58ebf120-27b7-4105-89ad-c933937594df
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,fc47514c-ace9-42f7-ad40-4c9295ebd3f0
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,843dd98e-9fe6-4782-a1f5-88832c4dbe5d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c4537222-7ce6-490a-98bc-379e3a0951d3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,96cb2e23-1642-4e53-953f-00da66cac9a3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f3602f94-4c38-4246-bcec-2ff53bddce54
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,a682faaa-562f-4486-bede-8095e848fbd8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c4eb0065-9380-4140-a19a-9d7593d4cc9d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,80323891-4957-4a47-ad26-7eb7c894dc06
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,afe72c2a-59c5-4acc-8d33-2ce3213e7f46
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,72ef2076-552b-491a-a8e4-c1e49b3181fe
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c31d38cc-828a-444c-9f54-6e562cd87ecf
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,35212003-c3f8-4c77-9df9-460d670f3675
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,09781cae-aef8-4b8c-923f-23ecfe1e51cc
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,341069c3-11cf-47a1-bd52-6dba99bb4859
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a3a036a4-fc15-4f50-844d-58875fc77069
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3e9a7a1c-7706-457b-9d5a-8a81f2b8b6b6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ee26a58c-93dd-4e1c-b29d-891deb463cf3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9ba70e37-e52e-4fc3-adfb-2bb266b11b47
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e640f0ce-4b6c-416b-86f5-63fd3aef09ea
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2101577e-d319-4b7d-b3fa-9a3dcf6f37e4
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1c545e22-2280-4412-b598-2d8b8da90199
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ac42a56d-f081-4a72-ac97-8c338f274ce3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0e7b8702-13b7-45f1-9a85-14cd5f4a599a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6c6a12d2-cb1f-434e-9db4-572096e3332d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,06cd4473-0d67-4f82-80f8-581aeaa1e6b6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c1507411-013a-40b9-b0d3-8c38b8eb0788
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1c445a26-3451-4b4b-b205-fea415e874f3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a86cef59-05d8-4671-ad9d-e8c0eeed8ea9
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d7bc5c80-debd-4226-84e4-96d89f462a66
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,bf5d3117-e6f6-4cbd-9144-89aa8ea092cc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,dfed88a4-345a-4866-9f8d-8436a98cf8f8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,7deeeb85-e902-4e9e-8605-70a3c9ac62cb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,6d2990e8-7246-478b-a709-a8550e459d09
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0cfc53fa-defe-470f-9239-a1b7edaf02fb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,60363951-fb8c-4972-be89-50ed1d677624
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,15bf268a-b9fc-4705-8980-1f2c8f7fd596
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ad12d6d6-2aa9-4c76-bbd6-7337fd21e5e4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e89cdcdc-8382-440e-8f4b-59179dfdff4b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a018d3ca-ecb2-48f6-9ad8-c40ff76841b4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,4e0c3d20-4999-4c7d-b405-8721e27a84f7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,dfcd01d3-9172-4e52-aea1-c3774aeec3d2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,52647125-a2de-4448-a43b-e4a3b1d32f7c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ac249c6e-470f-4928-a7fd-308f4175bb21
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,c8b605ce-1b83-4749-b9b3-54dfe9feaac7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3b0b71a7-4f98-4ac2-be66-08f8f5e889f6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3cd30401-6f84-4f5c-ae85-b9ab5f9181d6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0232b915-2407-4b78-9bc7-63ae81d1e3c6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,f2284e72-30fa-4828-9ce0-edeebc556035
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d1db193f-0524-471e-ac58-db8943d678ae
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a4950534-aa4a-422f-8dd2-f206ef2dd020
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,382df10a-02f3-4615-86a8-f08248dd3317
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,bf544637-0588-45b6-92d3-86914d24ae99
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b260b9a1-a014-478d-b340-bee4d387ef40
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a7a0f174-4471-47de-9057-a64ac7041f85
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e670812f-4433-4b0a-90fb-ffef41306c32
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8055e93a-35c5-414b-8298-4a6e58f17143
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,7738dcc0-8d08-4ed6-b94b-b0fe81fcdc45
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,4e7e012b-c35f-4d4a-8cf0-75f705a08165
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8d85adbb-e018-4a7e-a71d-3bf9b8b01909
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,c67f6229-b8a1-4aec-866f-21795dbfdd13
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,45e92b40-3c7c-4881-8689-7977bbb6229b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,ee611226-63d4-4f31-bc77-b9dff07a2db2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f7f4c40b-9c48-4973-911d-116af6aa6d29
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,2535bd68-836e-47ef-9217-083cac69c351
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b8ea9e64-ced3-4936-8b53-abf4ca08430e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a5ff64c2-78d6-4bc1-8021-75befc815a1a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,fe623d5e-eeed-40bb-94ad-2806e868ce08
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,c68cd3d4-d780-47a1-bcda-137ad2c4e366
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,39891d39-e531-4041-b8c3-966adce7fe85
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,228a7e29-2400-4fd2-8eba-42ff36c14692
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,35d24760-bc67-4185-8686-71013eee2fc6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,1c4748e8-b371-49b6-a1fa-f52cda0f2542
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,415832f7-0738-4a24-9aee-c8da117bbe86
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,c7c3ac11-4416-42ec-9873-d53b7c0a94ba
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,1eee5552-c9a0-4a62-afcb-fef6d9bb04d1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,6323410e-5f02-43a1-94b4-ff7a4d440cf6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,4f189d91-94de-4bdc-93b3-6026260f0c1f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,ddd893d0-60cf-4eee-b363-e94625c77a41
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,82da0fa6-718a-4c56-9cd7-b49bc910a4be
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,e758adf5-0fdc-4dc4-b577-6d3bdb9f7f41
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,6d2e1aa7-df53-40d9-a14d-fb76fa561040
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,74762454-efd9-4284-96d6-5dc1371d8f45
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,91035520-5684-4fb3-9603-d65805d51779
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,8e731dd8-027e-46ca-bddb-3a336402478f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e4e44017-ff9f-4700-bd36-bb25a0126072
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b17d2f97-d436-455b-8934-78022144ee1d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d0817dde-e57a-4f63-b93d-86b28bc2ca3b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,ade95f6e-a0c4-4bdc-956a-4b22e90b709a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2690df1d-77f5-425d-b2e1-858cc8b36f88
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e74fff81-dec2-4e6f-a0fd-b75e17e1781d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,476b560b-f577-4566-a7d0-52f9316ed1a4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,8ab98962-0ac4-4e53-a9a2-c1d153f7b1cf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a2b3c057-7a92-4240-981f-ab92b89ec51c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,939f1f32-ef43-4db0-8dc9-eb8d1159c709
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d6b1ea17-4138-4327-9629-b0a1e28b9b1e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,62027f23-47ef-4e27-95f9-e6b5cb5b8064
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2b75cea3-44fa-4e3f-a9b8-61089d02d641
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a822685d-2e0c-4c87-a216-0151ac467e4f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b8343c88-d9e9-4d4b-bc1d-4018208a7003
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a8dd2d07-b12d-4dbf-8d71-7e802f0ad079
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a5d39915-7186-45f3-8d68-e7185cb0a290
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d721e514-b49d-4603-b429-efae259b650b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c131bcaa-0bb3-4a5e-8f9b-a10db5b579ff
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,4de84979-262d-4c38-a467-f6411688de8b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f318d1d2-ae92-43ee-b904-372de325ece2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,22790ed2-bee6-4267-8c4d-03d1765f5378
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,ee8739ea-3605-44c0-bc6b-e6836e504db0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d9ad197a-409d-47d6-8913-e12854266a73
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,bfdfc0e5-7f20-4e58-bc8e-dc5e33adaa87
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,5cebd852-5076-4997-ab87-f592d09dd505
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,28555053-9d26-4fae-b7ec-48ca9291aaa4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,0fddf496-5949-462b-8782-9e5233346cff
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d585c66c-f3a1-41c4-a0e6-a88fa46f2dcb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c2962986-9444-4e83-9085-230bcbf9f367
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b6868ee4-ce37-498b-ac90-e4103c3d7447
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,5a6b513c-244a-4c2b-97ee-8e7a757132d1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,71b523fa-8452-4677-9a51-5ecb30d19312
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c0f0ea39-ca5e-4162-871c-2631a0b2c66d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,6131c41c-85e7-4e7c-9f81-8f1ee073d2cf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,e801e67f-f39e-4240-b0b6-fe220c5d53f7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ff941aa2-0e84-4897-bdd1-62115a66de52
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,88bdb8fb-232e-4b26-979b-ccb259b614e4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,4ba07dcb-6939-4fbc-9060-52d40b084acb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0e1902f1-ab0f-4f10-b347-2a4a58ec420a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2c17d8aa-fb5c-499a-bffb-b2f07981bcdc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,00d5c565-b308-4c82-a3a0-36651a93b24c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,36ce6dff-d92b-4c7d-bff4-ad6dcc8eccde
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,cf6267b3-6c3b-45cf-a99a-c4f3ca40498c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e2cc281d-c0dd-4e3b-bf32-fa01298079a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,03ff7646-7a3a-4d66-9422-ff4f6d906523
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ca8097f1-d217-4c12-804e-0d4718497752
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,463165fb-094e-4186-81a0-ed7288496729
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2d048194-614c-4de2-8b9d-3072faa3042b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,425fb7ee-82ea-44e2-83c8-8fa3efed7e8c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0f1be629-9ba6-4777-ad51-a78608663c31
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ff399254-ee37-44c4-b150-b004a347797f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,219f6d2b-bfdd-49f6-b97c-77ecb5949ee1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,94.6,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ce2a8045-9eb0-4540-95d4-3708b0eef2b2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,5167c28b-0750-4b8c-b412-966c61c010f1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,00c9f730-4f69-4499-8a00-ee520a8cc26a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,dfdb96ac-934c-49af-bb72-8bc154970941
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,4cf88cc1-cf7a-4380-bf31-f89d283e0000
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,7aa60e96-4622-4ed2-873a-5b27fd51dd9d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,c11035a5-ffb9-4e41-becb-888ffc62c170
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,88173ebe-1802-4a58-81e2-dfac9d308a37
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,9acad0cb-3444-44fb-8aea-1bcd287d68ca
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,767cac97-c3c4-4e6f-a538-674ed640388f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,822bdf4b-a0d6-4646-8f89-8b9238c2fbc0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,eac6e0d5-cece-4fb7-a873-614f68bebb97
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,96fd4051-74fe-4f65-92c9-5d462b0f4ee6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,041f9729-0ffe-4ce6-83a4-0a719d8a2b3a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,1f675636-2fd7-4b32-9e7e-d9ba188cd27e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,658400fe-6a20-4e46-b590-d01b128b75aa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,da1a0f64-eff3-433f-8baf-7f506173ee9b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,4ccf66da-0fca-4b88-a547-fa4eac9e11de
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,3c370f73-432a-400b-8590-c621ff6a1420
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,8060cbca-ebe6-4aee-8b52-2e8685b917d3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,4399a763-5548-4c7a-ac81-d64fbbcf3f4e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,c47429c7-6b42-435e-933a-9033c95ba46a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,20a1eed9-abf2-4792-ad58-96c57ca95a4b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,e849fe5c-b1ce-4b9f-bf29-9addbc60f1a7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,bc870dfa-93a9-40fb-9b83-c2251a8110dd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,d4703ce9-73d1-47d7-af91-39a3c0e3cbfa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,c2a6c15e-40ae-4e27-8640-a058ba8a750d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,16513ce1-9b2d-4bba-b768-4935e1f6e84f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,c9526083-8703-41f4-b4bc-b3de53ebc729
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,9fe953a1-fe37-4420-b67d-deab545fbe65
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,9bf94129-d29f-4884-b6f0-f35f935c9d9f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,777d83d4-3cc8-4e62-acce-fa9af7d2b47e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,5abe00fa-cbfc-4251-8ea2-abede5a6b128
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,7bd0f1f9-e3da-4aba-9be4-2d48fc133cad
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,6d8dea36-feb8-4fff-ba7a-d445a1f2cc63
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,dce931a9-6fcb-4216-bef6-4f31206bd08f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,045118bd-ab91-449c-80fa-6950ad15ea7c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,9519604a-d9a7-4d43-9ce4-591411e15fe7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,5ce5ca60-f971-455a-b4aa-1c7b1e2b199c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,1cb8e5b9-baf3-46d1-a5b8-3510ff53d4ed
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,f8890b8f-cf9d-4997-aab8-ce31cc77c873
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,fe4b2cd8-ca1d-4f1d-8450-0777b4d85c54
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,035c6a20-2db8-45e0-b61e-08f15c2495ea
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,349d828b-365f-4e00-b44a-f26cd6283e03
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,97c83cd7-44be-41e2-ad0c-31b5c8a49b68
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,3a0bba3f-9627-46cb-b45d-b3b8b71c1e51
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,a50c1944-371f-4ae3-ab96-ca91c863389b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,4ef161cd-d5ff-4c63-b56d-e11e7c771771
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,7f0a0c08-4bc7-4876-b699-fc6312dedb47
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,81208411-61e1-41e7-b81c-d61eeae97457
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,74e26606-64b2-4b82-99ec-844ab61cd0c2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,72c2defb-01ff-4959-99b3-1cb4c0617009
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,c3dbb07f-48d4-448b-939f-f50e5b226fc8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,cb79c792-14c1-47e7-8208-33520ec77a87
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,19d4938d-7465-4044-b83e-87ac1b0d08fe
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,3b555c4b-807e-47cc-82f1-c4d2a4ce2e4b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,0909fb7c-938d-4e12-917a-74e1c162fdc9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,7cd8a48a-3e2d-40a2-b992-1cacdf3b95e6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,415bc06b-d49c-492d-b9d2-5fe178a5b518
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,47611971-cab8-43f5-9913-3d804f98f3d2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,b9a3acd9-0ac4-4c35-83e4-be3a5563e29a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,0d3a85db-c104-4884-8fa8-ba4894c112d9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,8f8fa6cd-2b15-49cb-a87b-5dd0848a371b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,b49c47c5-af16-48d6-97d9-dc82f460d9d5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,5cd1f8b8-1d7e-4677-a7d5-7ab354c03361
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,6e78f911-1dca-4cce-924c-fd4c25c4c769
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,e4701948-34d3-4c09-bde3-b324a098fb84
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,44e5c8fd-62c3-44dc-8596-14b4926f2c2d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,88f66bc1-769a-458a-9f6c-cac118f1941f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,0f0e2573-36c9-479c-92a0-90afeaad53cb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,af428f54-5348-4bc4-bd80-2a5a7674d757
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,0b9da084-356b-4a69-98d7-29368564762f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:26.82, NCV_units:tC/TJ",,ed2b3b7b-725b-4c47-9e58-28b9814631c1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,a5abddec-6264-41e2-b8b6-8f245a44fa82
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,36e254df-5119-49b1-9856-34f22229cef1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,f8cfbc81-70d2-4d4d-be91-04afcf31ef96
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,3519bb60-62ea-4732-afe6-b86028cdd88d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,42acabe0-9e0d-43eb-ba70-fa88774a4422
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,d72abe59-52ae-482a-9194-ebc0fffd2bf3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,e3ec8792-5a13-41e8-87a9-22cbd3b4c51d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,652c27b7-0d91-4b3c-a915-bf4b62ca7644
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,2e22e1e6-4bad-4402-ae18-35ae4383c2ba
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,0c38d42e-3544-42bf-bd5c-17a74dab6e78
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,66e23797-37a1-44f9-928a-c226964b30ca
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,53346cde-f711-4f2f-9ccb-2db9ab827c1d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,3ef74fad-3a9a-4c92-8a7f-b72bf9f95759
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,7237f952-1555-48bc-a778-a65a569bf1b4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,4fe87761-16f6-4a4e-9c04-7ee45c770953
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,6c4cbe2c-abc8-4f7c-8e23-e078a588596a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,a8b4f024-07c8-47ad-acc7-dc9894d64069
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,101.2,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,d14eec69-4845-46a0-a585-bc518ae70b21
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,105.96666666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,a8f8db77-bf9e-42eb-976e-30ff893852ac
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,105.96666666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,dc2562af-128a-4481-af70-6b8cf82ec6d4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,105.96666666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,17281846-eb01-4714-a384-7f55e3312769
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,105.96666666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,87060d50-4f6b-4bb5-8e29-3799e0d926f0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,105.96666666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,b8b3e5c4-b21e-4335-aae4-ee0a6c0c45fe
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,105.96666666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,c93c6b95-3a05-47c5-a8be-1125a9c4a940
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,105.96666666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,3df4b34c-006a-463f-adcd-8c19cc0277c8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,105.96666666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,63a09821-db97-477e-b30a-f7c86fad5172
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,105.96666666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,a0611719-f3e5-4ab1-a998-0e2eeb91a740
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,105.96666666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,22d0feba-03ab-46eb-bcd5-6c9b79bee02b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,105.96666666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,fd71f704-2fd9-4263-8735-35c01b164c96
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,105.96666666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,7b2af8bb-2eb9-4131-9695-608d70216145
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,105.96666666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,96739a9f-7e2d-4a9b-bebc-e071f5ad9f2b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,105.96666666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,03edbbae-7877-4d88-bc09-73b580bcd88d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,105.96666666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,56caca33-fb2d-447e-b0ff-50e6c797fc57
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,105.96666666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,77e6276e-6756-47cf-a53d-8d2f923fefaa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,105.96666666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,7eaab809-20be-440d-9bdd-9ec0d7bb1645
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,105.96666666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,be4265af-3606-4d2a-8879-ba174568793b
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,204f3a75-e64d-4bfb-8136-3b67f2e35cde
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,bca43849-bc3e-4ea5-a166-7136a2d8dfb3
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,010f9354-b6cc-45bf-8e87-318efe29c0ea
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f525994f-7aaa-41d7-9fc0-de5a344218c1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f64a6a63-be98-40cc-bea6-d1e5cb812543
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,36136b3c-a729-4967-94ca-c5bc32a14a0c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4ff959ac-620b-4249-bbe4-a07a88c2f2df
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,dea4d43b-b762-4452-bebf-ec7694a77707
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1905c5fc-3290-4617-b3a1-cefdacad77a7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2b58fe78-14cf-4977-9410-3572e5a8966f
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,32266732-49de-4729-ad00-58073020e42e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,75e160a9-289e-48e2-adec-b9b3555bc939
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,9caaece6-6712-49bb-8f71-c22ddfd8a505
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3ff5cbc3-f351-46d3-a380-854521c15a03
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b0bb9a2f-9e5c-4100-81f7-e0ac90f5309e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1157612d-304f-42b8-a2f8-0af44cc8b602
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,09f7dd69-4dfa-4e2e-979a-812ad7c75067
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ab8b2a1e-cbc6-4789-a38b-4574299836d7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,945aca71-1853-4199-bc4b-c1854bfdce72
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,77bb1e37-095a-4f81-9025-c83615fa8104
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9e82f72a-375a-4144-8c8c-db08aeaa6a5d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,39aa7e79-c165-472f-89cc-e77480a18278
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a54e84cc-1c96-43cd-ae4d-04bbaff04cc0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,b95ec404-fd56-49b6-aa11-bffdb293e4ba
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,25d98600-357c-4ed2-b585-db237a0662cb
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,96feb7a0-5f70-46c4-bf94-45515b0de757
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d64f8303-2d00-4f91-a47f-f6ef40648b1a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,c525be16-ba28-48e8-b816-c89aafcd9be0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,1e85458b-7215-4d18-9d76-fc8e3e8a5353
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,394a07e5-0445-4880-9816-1b36703d97a9
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,6a300ed0-6834-4b07-acde-998b58283c41
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,380c5cba-b8ab-486f-94b7-5c8a966fa7fc
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,508b7b5d-49ae-4529-915e-a58c29d22299
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,49d1df71-a939-426c-8ee1-b7a527a7fe99
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7a3137ff-00ed-45f3-80fa-9731c06e2098
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9ccfa0cc-5e29-40f0-9b62-510b0f60a972
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,9de13aaa-0b25-4399-80aa-7d7fdac5b009
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,f8577eac-42c5-484d-8af0-6e8ac302602a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,a8b3542d-e659-407b-b928-94fd518d8af5
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,6e8dde95-8b2c-41d7-93b4-ad5c609479e2
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,4459c0ee-21c6-4e76-8de9-ff9b71d8078c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,78f54833-1cea-4804-a08c-44142fb59b1d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,f0b7bdab-b514-44b7-bc46-64affecaafab
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,f475a938-6b28-4ede-8060-6ccf02a12aba
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,2d488ecd-ab68-4837-b594-7c27cfdf3f5d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,74e1ba2a-7e3e-41f3-86db-d077284be750
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,e67ccb3f-81f6-4312-9341-a60b57c28ee3
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,4c74e959-72b5-4b8b-913b-7f399b6f0eed
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,94401f67-53a7-4d0e-8635-66a09ee1bceb
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,6c76242b-aff2-4dec-b835-1cf90d7b65ba
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,e669bf1d-9fb4-40f8-8a28-3babb8995cc0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,119bc8a9-9c48-4a2e-b0e2-c1cecd9f8e18
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,f91494c3-46fc-4a7c-950f-78b265b9bda4
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,38d9ef6e-c862-4729-bb98-3544dc27f50e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ac2f79c3-9a9c-4be4-954e-242c4cdc40f4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6680c7c7-f26b-4c45-a959-c748fbe03afd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,dc06519f-c3c3-4702-bc1c-302af368569a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d2842a31-7a5f-4618-8657-354d1d4b3909
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,40b8b155-417c-430d-89fa-24d68a0677ce
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8c96f191-fa10-46e4-b2d8-245ec4531788
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,277d945b-75c3-4be1-a264-8161272cd92d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,427caebf-fb9f-4d68-980d-f58389ad6f3c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,903dcb0a-0f29-4934-a7ef-67f89e65cc68
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,edd9bd2d-550e-4b60-8e20-05e2615a8181
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4b71f264-70ec-4854-b479-84296af16d2a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,fa59078d-4fd3-4df6-93bd-a67c1dd72acb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,33fdf40e-e6b1-4922-a0f9-b9b1647f03c0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,5ac4d989-afeb-4ac3-9150-759ee12bc47a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,a31bb58c-e03a-487b-9f6b-b51193fcf909
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2dae3b87-48e6-46cd-9830-6944d89bf5de
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ec374c99-fe37-4d5d-9537-2dbc42f6ef1a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,61e4e561-381c-4dab-b93b-cbd8aeaf0058
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,92e6f071-d240-4852-9c52-d1a76bfe5d1f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,20008561-cf79-49f1-8289-86bd5ba29ac0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,e64b8d7f-6d23-4f07-a446-1691dfd1a49c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,893b2f0d-1691-4321-8347-9a4666845947
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,522659da-7b03-43f4-a365-3cd15cb99ac2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,250d5a1f-dd94-448d-94e7-7f7a8aa6ad33
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,55910638-a9f9-40e1-9f9a-e9713da407b3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,3f320e46-3d13-49f8-ab21-5ff7ceaf51e1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a51a02c3-920a-4d5e-bb9d-756b47cddd12
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,58af0eb5-5ea5-407c-b4ab-bf865c6eb0f4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9c5de581-8271-4043-b7b1-444f784665e3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,13425ccc-b44d-4f17-8879-a0ba66d18373
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,8ccf2000-f8b0-42f5-939e-6ad98df026fc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9dade058-6746-445e-a7d6-9c6b172847b8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,1fe08984-bf4b-42ee-ad20-6ae65a1af543
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,14cc322c-2d55-4c9f-bf4b-72a956d7d886
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,1c88767e-807e-4eca-b6cb-31ba04cf4365
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,040e66be-075a-4612-9939-77cba19ce687
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,84061562-2284-4b72-bf54-3eb57833a82e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,950c26eb-bc59-46fe-a823-3ee64e039474
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,7b1e1dfe-d84f-46f2-aeea-f5e1a40f8047
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,e2baf572-b8a9-4f72-b103-c78240dc3058
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,1af35e9b-5d2b-428b-9bbd-179d4efa45a3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,cddbec87-1051-4639-9941-533e4e7d308a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,dafd22a7-57be-43fc-99bb-547d729cf55a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,098916da-10f7-45da-a2c1-03291a2b8733
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,16563c45-4874-45f6-bae6-f494f4e3c863
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,ef15e0cc-6c4d-4fd8-891b-856b3519de4c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,054ea7a7-8a6f-4851-898a-479481cfc405
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,ba3f4938-8bbe-418c-9cd2-c37e6bd6a2ef
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,40eda9a0-7d26-4494-a35a-ecca9c4df02c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,b95adf74-e418-4ff0-ac89-143c78966c28
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,ce8d1128-2090-47f7-8299-805406d58eef
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,348a16dc-b540-4279-8234-f2a61cf6f8d3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,e0e0c1bf-cdec-4059-9745-7ae5610fee55
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.0,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,9c408c92-2a34-4112-ba42-128ec59067e4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,98f770e2-c38b-4a27-8266-7dce886ccbbc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4d91670c-9e3a-461f-a127-ab8dbcdb88a0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f0a84881-26fd-4516-9692-4095fb4b9cca
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2e3c6c86-00d3-4173-9234-c4133162384d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3bf3b0a4-b472-46b5-aaae-5fe3d728e1fb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2c1c49ce-c6ac-4756-b427-6725fe42db93
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d20e801d-b06a-4a21-8185-b7d87d38653e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,bf803085-83fb-4d32-9c35-9c00e3320c69
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3bc35eba-aa3a-422b-af0f-9734a166863b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,5addf892-7c4d-41d5-a928-1ed09de8f09f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,7f7298e5-7855-4c8d-8de6-87af7823e780
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b8813077-9eab-41be-962f-a6148007dd1c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,9e1e5aa5-cd5a-4b87-bbed-adec6a54e172
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,98a62473-475c-4155-9590-ff7969247e84
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,a054f615-45e2-45ba-862e-0375a8af6dfd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,19bf7fee-6718-43a4-9bd1-d4f72d11420e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c69cb21e-dee0-45e5-b8f5-65301ccac4bb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,a8da387f-03d7-49ff-b360-07e48f257ad9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,daeb16af-d1fd-462e-9076-c25f01635389
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9292f2fa-cf96-460f-905e-d3a209d4b983
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,88624ab8-5e99-4340-9fda-c76eb4a222e3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,159482a8-62ca-4fea-9506-82bdbc5d0c95
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,85a5843f-f735-4b32-afa7-210ed9da2f62
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,0dac4b97-5397-48c1-9ff3-f20602c9a2b7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,af0850a7-6f4b-47d0-9541-0fcfafed36b6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,3b561fe8-0de8-4906-86b3-022c6d5ddcd4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,72702c42-e11a-48de-ae11-9355a641db28
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d8cee69e-1dca-4b71-9744-6c09e4989700
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d39fdd83-7c42-43de-a9a2-423bd9450db3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,e4054b56-484b-490a-8b93-5869607bcd0a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,f919f952-69f3-4a06-927e-6985fa0a0af5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,1cfd8e23-69b9-4ee2-b75b-68911082ace2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,0a786cb4-a8e5-4de3-a4ca-f0dcaa0123b7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,968680a4-ef7d-4fad-bf61-73bf28493fac
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7fc4d1ec-2b7e-4018-8097-16f33f6f1995
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,87e12be6-1018-4217-b2f5-296a4c22e2ea
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,4cb8253d-2a9f-4aa9-a5e1-f4e041522b53
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,254f6061-b050-4d6c-8141-82884b23fe8c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,6ec816fb-15bb-485a-8c07-52a8e0fd439e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,5d46814c-e080-438d-955e-088d575fcce0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,aa1c4c25-a182-4be4-90aa-04485f374d2c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,7d2afe05-6eb0-42a4-afe3-06df71b000a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,44e613f5-a8e6-4ded-b2a3-2b78cf12ea69
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,89708b10-97ad-406f-b80a-ba00be595836
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,8b2847e5-1324-44b8-9547-da2f3488ea60
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,48164aa9-2de9-47e9-a3eb-2d64820da8a0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,29c22612-ce1c-4c2e-bcf5-4d026bcf1df8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,3426a2f9-372f-498d-99a7-69179477f63d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,3c82f194-1264-4a6a-b5d4-85c3bcd51044
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,d967fcba-b61c-48c3-8c07-4cd7ec65e6d1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,105f58c9-23d2-4641-8bf3-c4994fd7ba21
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,2936bb51-771e-47df-bafc-6f9cc86f2f1b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,6733c98d-c454-42c6-ada9-47e012f680cc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,bbd175e4-e2b7-4033-b21d-fa425335c5f8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,7f8d4962-9a20-4cdf-be00-c8455384b14b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,96edfc7d-de61-4e1f-9808-742c8a86d039
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,9183fb05-30df-4b2b-98ad-d16465282c57
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c12f3f07-561a-408e-9547-50b6062b4966
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e19298c2-c3e3-48c4-a097-abd21d7131b2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6855aef0-7f6e-41d8-b10b-d0c94c7c3f4a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8d8462a9-4ee2-4057-8610-e075d307bdae
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,89c791aa-5eeb-4334-ac1e-192476f2822f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1be7b758-c666-4d59-a248-2dadd1df4f3a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f33cdf21-00ae-4f40-ab87-ab4f5f267c9c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,96134cb7-5fc4-421e-9488-4a46dcfe021d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,290532a2-4f24-4bb4-9ffa-fcaef5254af5
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,93ad5697-0b8c-47fc-ad52-ea5d62d2dea5
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3daf8f4d-7903-4cd5-971f-fc74dc93482d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2c2035c7-4a97-417e-b447-14858f03e48a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2d56c44f-a298-4c04-b02a-a7a9106aa44e
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,9d865471-67c6-48a4-af38-ac71b7b42864
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,7957acf3-c282-4a00-9206-4ebb6085416a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a0dea33d-303c-4fb5-b100-83ed38630fba
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,67fab8e6-1b1e-49b1-a2db-632eef186891
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,c9f19d64-0c69-4e1b-8f53-2cf66b46675c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,25b055eb-9706-47bb-8ca9-eacaeca893e7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7ce7bca1-4b80-4d2b-82b1-a8c8cc3bc592
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d21332e3-f320-4d73-b09d-90491b07ac00
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,4f1cf220-ad81-4383-ae88-9cff4bfce15d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,508bbb11-dd97-472f-895e-5b83d19836db
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,4b82a815-972e-4748-9488-ea27e30f345d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,761507ce-5454-4cfb-981a-33dc250cd492
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,95347f69-a310-4180-b3b6-04753f37160a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,cdee7201-684d-41bb-a14a-47f74fcb3943
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,4bb3ecb2-c5d7-4ef8-a544-f9fa8e960997
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,5ee22867-c19f-4056-beb0-7f556d8558a9
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,6f314e98-efde-46e0-8d7c-fdf1f8dfd168
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,fa8f3255-392a-4645-8a48-1e66fb3da604
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d8501e12-47dd-4c17-a0a3-9e67a6b5bada
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,409049d6-cac4-4355-8047-4dd426c3fb85
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,0be65077-219b-4969-85a1-cd630432c87d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,14a08f56-14c7-487e-86f7-4c709bd02389
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,368d9085-4e97-4bfd-a82a-49645f6f4a2d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,abab3aae-363b-49dd-a490-765d0e8babd3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,378defd9-cd71-4b3e-926a-4d95db3a9cf2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,5bc6a3e6-8ec1-42db-81a8-bf4df1559d87
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,cd23e3db-3aa6-4d06-812f-b39c78da0473
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,110a4d37-26e0-4d01-9648-5457ed127a15
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,082a78d8-72c8-4a37-b2c8-6e39ebed4b0c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,a14a685e-786f-4e39-98ed-9a71cf8ae200
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,b1e5deb1-69a9-47e5-8ea1-430d2caca8d8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,23842caa-0ce7-47f3-87a9-cf433ff985d1
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,c22614c0-2c3e-4f8e-96e5-4f4bb1914c85
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,2ad1fcb4-87e1-4b69-9863-0957e62ef0bb
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,1e39465b-2a57-46e3-be12-64bb2cba0286
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,293859a8-41fe-4583-b8b0-1558d4431bca
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,a24b3708-20d0-4be3-8969-577eab427652
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,2a2f9331-ab0e-470e-bd5f-f09b823a27d6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2a6f5d81-2004-4396-a9d4-322c1a4f9205
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e819428b-5c2f-405a-956a-be8ed8303e0f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,4ce6afb8-c9e4-4fab-a564-91385dbfb322
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,439b3c35-d41d-446b-bc7d-aa997650c1e4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,78ab0521-2a51-4f0e-a876-406d03dc0ecb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,7ff3cfbf-a866-4878-90ec-8ca6cc3731cb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8ecd320c-48c7-4d45-82ac-412d1ee50e10
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,4752fbb3-edce-4049-bdb2-738cfd5fecc5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,ee59fa4c-2ba5-4560-b959-1066a7e9f19d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2b52a354-7775-482a-ab24-765c008d433f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0af96583-acee-4363-98e3-b2974cbc5c7d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,9779157b-8623-4aa5-9ac6-efee82877f9c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,891a8c39-24c7-40bb-906b-40d949e53107
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,d97a051f-6d29-4c89-8884-96508c2677eb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,a46e23b0-a33e-4653-80f3-46ef5dfc66a6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8edce348-b8ea-4a27-94ed-8226c236110f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,7986fa66-aa72-48d3-9fb2-3baa22329e72
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,11c694c8-80bb-424f-b8ca-7154ec694226
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,c23b94a2-aa93-4910-a21b-0cabeea72fc8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,1f71a0a7-0970-4440-827d-4addb772b875
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,0c0addde-eee6-48d4-bb38-2580c8e39cc4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,df4af0b5-9f7e-451a-b273-618c8e539926
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,1765a4f7-fc99-4af5-bbec-e16ba0e65af9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,0e68c997-44cf-4725-a1c1-883a4b76e5ad
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,59fbdd5b-900b-45dc-97f7-40e2682e2c3d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,909bae45-3fca-467a-9dc8-2fbedb8799ca
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,3eeea309-01c4-4c28-8412-f32111fb1c0e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,64bd7a70-3b2f-4163-836b-0b5c4d7c8b36
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,3fc35c1e-e9da-48eb-8317-baa524b1e6fc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,15fd0b3f-e330-4ca7-aa2a-eaeb922d3a0c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,9a3454f9-cb51-4f27-a262-745f802fb028
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,85f85b24-511d-42fe-a9b1-8295c8c17c16
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,7aa11d6d-6862-43f7-a145-0680ca46c390
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,097d4fd9-5661-4828-aabf-798e320f4149
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,e6fc222a-28cf-4576-8192-02f5782282c8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,5bfb72c2-744a-4bfe-a2d7-35f4b01aecd6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,dc2428e2-3f6a-4869-b3a6-be666ece5fc7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,7956620d-b33f-47dc-96f8-64241fe5703a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,2fce6b87-d592-4137-be09-a01a4c08c7d8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,a655161a-8b46-4d9b-a562-d7bbf40ab696
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,736a19a1-919a-4062-b8a5-03cab040c3ef
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,20c0261e-4067-4324-962f-19eb552cd1c9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,436f77e8-e49b-416f-8590-d0d0681fff39
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,cd5101ab-3b4f-49b1-99b7-9dbd76fe73f6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,7dfdd604-e6e8-4d28-9978-c955a42f9f9c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,4668ae40-ab91-4a08-b2bb-ad9ce2ca3ff9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,b19a8398-de29-43fc-81e9-d09b3bfd9da0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,77e7f108-d1c7-4eab-be3a-7c4d372664cd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,9a1c333f-8f5b-483c-b8b6-2f644b862089
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,a16fa231-4235-4071-9a10-8f83913c0141
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,71bd43c4-d4a8-43f4-8283-ea7e64f35404
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,630142e1-51a7-46ad-928e-f941af2de1bf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,9b737db5-a38e-45cf-a162-175d53ac5900
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,455ecbfc-4207-4070-9d0c-1d0b6b0d30a3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,c27a7f0e-a475-407d-9c0f-d5220276bc75
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,846369f1-5490-4c4c-bd01-3e388248c170
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,90355760-c289-44f4-9f2f-2a5da688c89c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4aa3866f-75bd-416e-b6f6-f580baabc577
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e01b0785-661c-4ed6-a211-6a99d044f82e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,7721e58b-5df9-4114-8414-32dd38be2a41
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,377720c7-48d1-4dbf-bf3e-ee8bbaf60770
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8f122220-be3c-4129-969f-30fc10992e18
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8ea80b6f-edeb-4439-9057-8c959d997e4d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,fa3519d2-9037-4c7b-8096-37a9452ca90c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,aaf2cf1a-9610-427f-859b-fe32fe5c62f8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,42177b78-23a4-4057-8f94-0869d8ee5095
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,1496bf45-deba-4b64-96af-65345478ef63
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,5aabcbfb-5e4d-4e01-9952-19309bce418f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,38bbdc11-f275-4521-9b99-e371e2a7bdba
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d74428b9-bfd9-432f-8889-514ddce2a84c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,02a98131-fccd-4b59-92ce-cdcfb323c143
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d2443fbc-2d9f-48b2-bac9-2a7596c6fd1f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,1d53e7e2-ea5b-4e9b-8695-3b39322a2318
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,6045b471-92b8-4577-aeb1-b1dd1ecc2f7c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,6f17847e-6983-4736-953d-4e2bc8536013
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4535b4dc-0252-40e7-8533-f17046009808
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,a4fcfd00-389a-41a6-952d-01f9816a6af1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4d145b45-55da-4208-ae5d-d9764ed551b4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,797d087e-d3f3-4511-8edc-40863c923839
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3f2911e1-ac34-4bad-b3db-672aa4802dd3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,557fd436-470e-445b-b4c9-4449bff07f88
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,2266e85c-c596-4ccb-925e-9eb9999309c1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,2db5c625-d6c1-48d4-b68e-f88832e94fd4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ec910a47-2f59-47eb-a173-de04e69af1e1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ea04e73a-762a-4455-ae81-7d8f1b0252c3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,9c69cc0d-83ba-4b19-be61-54f040ab4f26
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b1f0e84d-e61c-446a-a4e5-d38162913051
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,557f3b00-602a-4430-b58d-114f3face408
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,166a3e75-2701-4d02-91ca-0f40e52ca903
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0b8abff7-8d42-44bb-838f-20c1ddf01bb7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,59265959-27b7-440d-a18f-f33995cd5cf3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,5826f5f8-5667-4baa-a6b7-4063d97f5e4f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,efb29349-5db1-4d4e-906b-73c7e983bd1e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,d8d2a2b2-fd8c-45de-acf0-fe0625ae44ab
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,5d14b746-7a7d-4c76-9f84-d62f66cfccf6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,e6e1849d-0143-4bdc-99f4-318ddf9a9f08
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c7ef95a9-779b-4033-8a3a-a67d01406221
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,2ac7ba90-8503-498a-bfa5-d04f3a41f918
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,7caa3494-0997-42ed-9629-74ad957fc34d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a23138bd-3f59-456b-bc15-630913aeb50e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,4407f705-5ef7-486b-9e86-98a3ab093fd7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,0fcfeba4-8103-40b3-9854-a348016f0572
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,88a53973-789e-4afd-a1f6-e87ac1a2a3f8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,9430e68f-7c38-48da-9e7a-8eeb74bcd559
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,80388f10-8285-4aa2-83b2-a9f1709210c9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,dafdb146-eb97-4cb2-83de-6999757b1a6d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a84d9108-35e0-4b88-a573-88be51960959
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,6d556c56-ba01-4750-857a-9d08c643e882
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c91374a6-f77c-4253-b9b0-19d69392edbe
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,98f615f2-c1cb-437f-8b22-ec230e2af817
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,db62cada-dfba-489c-8f09-a01a7b7d5bc8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,6d687de0-213a-4ae0-8dd8-f5632782afdf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,4ca0f181-f6ac-4d1b-a5a4-a67f38c1b4b3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0966aecc-2e4a-4907-a204-eda9ff6c0be5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c08f23d8-1360-4421-a4b1-ff2b2bf7ca04
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c2c7a7fa-ff25-49d9-9e20-fcd3b3df3bba
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,5cf9ae90-c9c5-41dc-867e-92d80c172c5e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,7f6b7760-422a-4e9d-bd5a-074506763081
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,d291b1ea-7c45-437d-b042-7f5c364616d5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,fbe56eef-bfda-47e0-8b08-90d13a1d4ad3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,490ac60f-19b8-4434-98f2-f65ef68ad9f1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,d2fe2d97-5e34-43ee-93f7-0c745ac7cd60
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0eb069be-d8c9-4e43-b02d-a73cddffebe2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8cc14f4b-fbaa-4e40-9bdd-7f807df9e311
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,05319436-8a4c-4a0e-a368-9b244bbe2df0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,025c8eb2-a5fc-44fa-b689-b8033223cbe1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,0ccae2a7-919b-403d-8ec4-be90286faad3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,b6b656cc-411a-4a84-9ae6-6276385963c9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,7025dc7a-9e9d-49f9-b5c8-5f264fae21ee
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,052321ed-a903-4713-9d95-1b568bf3b344
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a018e319-4453-4c2f-8e9c-7a950adc808a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,f312799c-1dab-41a5-9810-9bcf3c2b1afc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,611f5641-ca8c-48d4-9b22-983db95e6bb7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,2dc21e57-af6a-45ca-a77e-f74ee741015e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,66d92747-8691-460e-b045-7d6dab3f73b0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,26386c4f-5ec5-4a6b-95ad-5141b858ab14
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,623c9ca1-8a4a-493a-9b77-15c478ec5249
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,22243fd4-5a51-4784-8b55-86bf6a518c4d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,861c1d17-b574-455f-9e25-762988e46ed2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,4b5ddca2-111d-44f9-97e6-1ab3c046129c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,5bf9aa85-ef23-48f1-af33-2a9440bfbe40
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,5d0ec518-3358-484f-816c-c22402cf0560
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,796792c5-19d3-40fe-b048-03542308d3a4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a4c52bf9-a1e6-4303-8634-6415c74aed39
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,93be3506-f732-4f1a-9788-51cfa8d78232
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,27e41540-2560-4b4d-85ca-46e5104893cb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,6657a52d-8c71-47e0-96a0-5d08590cdaad
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,fc6d5a32-b485-467e-b8df-3e0f789b1bd9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,5c9ba9c6-56d4-4f20-b87f-5a6201dee8ab
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,3b5eeb27-04b7-4e24-953a-45898f32664c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,9df90fea-c3c6-435a-be3b-2f33c17ba9d4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,797dda65-fcd3-417e-a4bb-f2cf7bf1e41c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,97083117-c5c0-49ff-94bf-f518143242a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,02952ca5-c385-4189-abe1-50d3e9f2237c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,39eebfc5-2783-47c5-8f99-424e8197d118
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,5954487b-1c6b-4cf9-8d1c-a120079a3b6e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,c6430044-af4d-41a6-b39b-9319a976a374
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,579626e3-06a7-4fe2-a3cb-65856f33416d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,b1b4cdc5-273e-4f98-a120-df9b824b2cf6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,a255eafd-c611-4d3e-b6b9-a0c2fa9155e0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,b1ef453c-08b7-4ceb-8a64-13004edf93fa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,dd2bfced-b521-4ab7-9716-3eb646c3c9a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,dcfda74a-4361-4777-ab4b-b63f937ec9bb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6443c0b8-f298-4e07-b0e9-13d794088a90
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,67c93426-e735-4aa3-be56-2c8804d83e78
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6abd4752-4fbf-4484-951c-a8b91282ed59
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4db994a7-768f-40b2-8412-5a25b80de636
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,09aabd23-2468-4143-ba18-2d22171a6238
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,89ad5f50-eb12-4681-a21c-e3254f8aaa1f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,19318b97-948d-4e6a-a848-71831c450b36
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,898b4793-deb3-46ac-a66a-0941061eb64f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,478ca518-632b-43c7-9aa8-711d74fa55f7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,963cfb4a-9d72-469d-a1fd-b68882a51918
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,062a57af-2c09-43f9-abaf-157ff1c0d904
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,72e0d021-57d7-4659-9f41-385475514358
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6464627a-e855-4026-8157-ef7ebf26e924
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,04e2c1fb-736f-46a3-b838-a6ee0a4821ef
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,991cf4f6-0a4e-4cad-ab39-fdffc4552bff
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e16f1637-5dba-4218-840c-f349c090fe2c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,c02bdafe-f530-4651-95dc-dec483329e17
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c987b22b-3f00-4a20-baed-3637faeba082
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e3506f85-c08e-48a8-93b4-b5fdf728661b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,af742a28-2d62-4aed-9687-4701dabe0615
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,8d07cd76-3446-4da2-bf96-9c6a521598ae
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,2c4462de-14b6-4e3b-9efd-ac3aa1505ce2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,f2839880-a4d1-4e67-8ef2-025ee0eaef57
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,2de727d7-5f24-4356-b9f5-d917f55736c5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,76a8109c-e0ba-4a9c-a6c9-8b959ad55af2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0fb39069-b26b-4960-9949-05aa649c3fc4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,80c266de-a955-4659-a62d-cc6d476aabb6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,8129f814-3893-4389-a711-a47fb913d5dd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,7e3d70fe-be26-4b2f-ad35-f691cf23411d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,fef94da4-0fd7-4448-8f1b-1c4c34b72980
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3986131c-1b01-48c2-a113-eaa5a16f6f0f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c77e5dfe-0cc9-4c1c-9ce3-3588424f3f35
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e83132be-7e5d-4d00-9f2d-c0ec154e0342
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,13f63d1a-cd3c-4347-8369-1366a5411562
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,cc3589c1-55d2-4798-a795-8602fe3965af
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,656a1011-d77d-48dd-8ba7-9214713e06a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,4e9011c4-623d-45e5-8723-193a440587af
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,266ad2f8-4fc2-4c0c-9aee-fb081e75a009
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,33cb2744-684b-45df-8b74-ec34e431c138
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,44937d01-c9f6-44bb-9e29-e22469b95880
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,19d002bf-c93a-44ce-93d3-acacc34d3952
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,6309a319-7bc0-484c-a945-99323a8b8b37
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,9dd58869-95c6-4624-8374-4a7f9404643f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,364db96a-5a65-4135-8f09-876d96b4b585
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c1c261ec-397b-439a-841b-578633b61221
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,5b29091c-e2d9-4c31-bc08-0397df064fab
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,d3c49ecc-267d-48df-a777-d56ac7a401b3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,74fbe432-6891-40a5-b18d-b9bbccd15d06
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,6fab1c7d-e165-45d3-814e-178b9c1d9a13
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ae23d746-1fd8-4c67-af52-4f9cf6745cb1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f8e9fa0d-bddb-4501-8199-a45351d00f9c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1add0164-a4ee-4075-b03a-28e4535108a4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,69.3,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,42493e70-1d46-4a18-ae1d-f32c07894694
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,364bc009-4628-41ef-8633-da33389fbae9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,3a4512d7-b248-496e-83da-30e315682fe7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,31938ce3-73cb-473e-8cb9-1ef969300036
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,faf21310-fd2d-4c18-b72a-ee976b2609ab
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,f04e198a-4bfb-4005-9ccc-3aafd5047d4f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,42066c4f-5dea-4759-bda0-9dd92ea74472
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,69e869b8-1acb-4b36-bc18-b68852be2cde
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,3f221b36-df42-4af1-8548-d143bd3022df
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,de5c9cd0-fa8d-407c-98c2-dafed389a04d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,13996b8d-db05-4d4e-b6f0-fbd54186e6fd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,26292edc-ed29-429c-861c-ad32e0987209
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,90191f86-292d-4625-b7d1-505e03f846cf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,8aa01ebe-15e8-4c5a-81bf-4824c4d5decc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,d728587d-3034-4cf8-a922-0f25f59372eb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e6434358-38f0-4e4d-83b8-6677abbd3c80
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,2b61e1a0-ef7e-41ce-8c22-945d4265da03
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,ec229935-727f-4023-959a-1095a2229c33
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,cd168228-c8e5-43b3-98f0-c7324e918f3d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,0eb4d31c-32b2-4d4d-ae91-f965c7539b3d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,2c4855ba-f8a9-4793-aa0f-82ecb1d9f39b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,b316b926-023c-428f-82ac-10331369f25d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,799268cb-b7ba-49cf-a638-7339a0295411
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,761878df-b627-4935-92e5-bb80668c67af
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,33c35f53-47fb-4533-9e4e-483117155500
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,cb097dbb-65cc-4010-8903-26950300c4d1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,7a1a9598-7180-40ad-983b-606a6ddf6546
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,b04cdffb-6e5f-41ef-984b-abbef9112bb3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,e46b1d79-6810-410c-9168-f71112afb19e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,8e0603c7-df7e-4ede-9ff5-cae711e2ff46
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,8b319129-25c1-413f-b385-7f67114e8f3a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,193a4ddf-2050-483b-9e24-9d75118bb5e0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,1607e96b-4cae-46cd-bbe1-35c559a14eb4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,0cc2717d-6cf0-4c16-b51b-7138282acc31
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,bba9f25c-5449-4ccb-9ea9-35404488fdfc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,bd516d05-e4eb-41cf-8e90-d9db1c0f01cc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,55ea1e13-b7a2-4352-825c-ee3659256b01
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,c369972c-e4bd-427d-9ab8-e2dac4f4b8a3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,47e56918-5b2d-4f7c-8d77-7fb05af8ab51
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,8f603886-8c9f-41b4-a32e-ff2a0a57b168
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,4d03bf6d-4cf1-4b66-94ee-98277629cf38
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,6e5a56d6-b52a-4d28-9726-c7817a15c43f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,8ae3220d-1ff5-483d-9fa7-f4ac86f9c3e3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,7307f2dd-e048-4fc0-b46f-29725a6ea9b1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,9b30e532-6edb-4692-ad78-fe3b983c1f12
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,32ea6676-8f34-4040-963a-cecf70bda5b9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,a5dffe9e-daec-4795-bd41-924ec979dc0a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,94631d39-0812-411c-8b0a-4eef111dce94
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,be1ed42f-efa7-4451-ac43-2c543853f910
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,cc1ba6ab-5134-4b69-8d51-651f1528e1de
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,1f57f0c4-8b2c-4073-b1ad-082a2fd4a59c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,6872dfb8-7187-48dd-9ed9-b086af78b7cc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,cb375258-dd23-4199-914a-2b4dd744f643
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,eb18993c-06e3-4f3b-b1b0-80f7616ce0c1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,71.13333333333333,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,a6281b17-601f-47c3-bec7-8563ea607c44
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,322fea1d-6042-491a-8dd0-1876f73f9670
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,6654bd8e-c14e-4ce5-8648-e7d40b4c0f54
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,7dbe2366-38f1-40c0-a91a-3ad0d4d3f5fc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,f4c84b2d-e987-4a6e-a6ea-3b143bdf20c8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e9239718-fe64-40f8-8d79-419446f5ac47
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,3e188f44-b3a3-44ad-abd9-58b139deab20
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c0f1c19a-bd49-4cd1-b4b5-8bd3c53447e8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,d7c79124-eeb3-4aa1-9926-0b0af695bc3d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,94be0fe0-249f-4129-8e3f-269d29c90898
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,b3305b10-1159-4820-9861-2600452e84f7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,cfa7e9fb-d2de-4674-835b-1cf913a1f886
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,97293332-f1de-4c2b-8078-91439f8e41bd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,8ccb8a32-d3f6-4b55-ae83-4b8b333f293f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,1729aef0-49f8-40d8-9856-32222501631b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e2b07389-0ff0-41cc-979b-c66eddbfa3a6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e6c81a63-d698-40a2-bca7-bc608523cbda
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,f7ca09af-734b-412a-8a4c-25726ca5bb14
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,236a98b0-245e-4573-a7cc-a325436dbd2e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,6166c46c-77aa-4558-864f-0b79caab2a8c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,e6c97454-4a1a-43e8-b264-5b2d7ab34857
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,93805941-ff5c-4d82-8862-558e7250f56d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,03f9e5aa-7b98-4cf7-8019-36c3ba1f6ed3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,d5dac994-d937-4372-a3a1-39ccb52070eb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,3f214d66-b886-4065-a5af-22aa27f13698
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,f4998665-64aa-45cd-a172-78fcba95618b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,f2b1829e-270e-43a9-8253-4cbe88dcda2b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,1514c234-f0de-4820-b779-01866253839a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,fdbfa024-c1fd-47a2-93c3-ded6e1d8585c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,406e7359-7ba9-43f3-ba91-99ac33543c92
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,e4a0ac97-ee16-4909-9952-fd110be20cd1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,0c5532ce-9314-4012-a7db-c35cdd3a2a1a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,7483c9be-dad2-44ee-87c3-5cbb797a6806
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,d62b5b37-cd1b-47b6-a4e4-4608b1f74bab
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,b25ee06c-cb04-4384-9b6d-6e9b6458c2bf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,31845dd3-6bd8-416c-adeb-fe96c55b9515
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,7a708b4e-e2e9-440f-9d29-3fa457775000
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,0e62156e-82fd-480a-b5c5-98f4f4118af0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,f0c52b6e-b90c-47c6-8260-4fc86bc0a876
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,038fc5fd-844b-4551-8531-3a710979d46d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,9209c9da-34be-4990-a77f-da39b99dba8f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,51209af1-37cf-404d-8f5f-343259046731
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,6bb731c2-e699-446f-ab60-457a524e5ec8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,f6a99749-ca97-4362-b3df-299e6d73e936
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,da5f4bf8-aa50-4fd7-bf8b-0865319be81c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,e8aab4eb-42a6-4d81-b508-59204963f634
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,25e2c103-5682-47c1-832e-9dc49b8f6075
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,a8a58e3f-1b93-4530-ba7b-c55950f1609c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,e47df8f9-c333-435a-b2d9-09043f67a5e1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,e64fc009-529c-4634-a08a-9e52ee6f41b3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,0a74bbbe-ac57-42a9-ad76-f1555755974e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,866038f9-d252-499f-aa44-fd1e0dfd70f5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,e1fd5f4c-eae5-49e3-a88c-6b3b38884316
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,39870945-c683-4515-88c5-0241602e719a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,71.5,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:18.71, NCV_units:tC/TJ",,fa9929c3-4815-4845-8f1a-4a5fe37b2a75
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8382a2e0-36a7-4f61-a531-f8ff4e0e09cd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,a76091a9-a759-4d48-a797-c282f8a2f33b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,53f88b65-8059-4c33-a7ee-26bffc897c14
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4eaf1bfd-45a5-4142-b96c-939764f14425
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,7699279d-5bce-4983-9fc8-16adf0f930c3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,076c81e2-d6bd-4ebd-8204-3389607aca42
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,53ffd333-9ba6-42fa-aafd-3a663ce6161c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4fefda52-41cc-4d1b-a887-e9d054a72dff
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,14fb1327-5e26-42a3-9592-541d80df3600
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fc700cc9-896b-46e4-bf99-f6fa6392fc8b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,46098d8c-76f3-475f-b8b3-081ae15074b2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,e8f56c9d-f72c-4f7e-a220-b8489e871baa
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,799c4ee8-1b1b-41bf-807e-abd072bb64b9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,14b282e6-d203-417a-83fc-53f001ad38cc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1d47cc74-1321-4ac3-b15d-94d81804f345
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2fcc7673-12af-4770-ac96-055d878179cc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,066387a7-f070-4201-93d3-83107123bcfd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,e3a9e6f9-5559-4463-b5dc-c02e581ab5ff
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,591becd1-c157-491a-ab6f-b8507ebada9b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,a44b8f56-d54e-4f5c-b745-e8b98159df64
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,3bbd52ff-9632-4d64-90bf-9e36a65c56bd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,743b2730-fee6-497b-a013-3fb0a48f45f3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,957c608c-86b5-40ad-8c77-f0ac6b3d322f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,7ae5c5fb-9e98-41ff-9b39-f2017bffc287
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,f69d43e7-494e-4fc3-ba71-e75a736ef55b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,d0b22052-268e-46bf-a34a-1f25f9b0f678
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,e1a6500f-2e83-4217-9e99-b7f5cf6ab543
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,413a7acb-d1ff-47e5-b846-5334831a377c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,ca4d2ccd-5ba9-4deb-8db0-2102aedab342
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,c6f465e1-e015-4312-99a6-2a088e6f4cb9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,bf98283f-cf47-4db6-9801-37dc04952e3d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,afc59312-a926-403b-8b52-fcb166f62e4c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,ca820ba7-d867-4697-8bc7-cfca06fbe0e2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,3a583570-00d0-4cfd-95aa-c71b1373b942
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,3273afca-c941-499c-bdd0-07cd17090697
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,49984e45-a93c-431e-97b1-4f1511a39375
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,3f04c69d-cf03-435f-a1e1-df63d0bfd51e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,980d23ca-0441-422c-82b6-4fdd08a42f5d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,b271a50e-9bcd-4054-bfd2-f197e1ecc302
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,ab0669bb-1f26-4cf1-8744-fbcf0df7e8f1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,aae7f027-622e-45bf-a4a6-766633d4b5e6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,56a33ad9-8dcd-4b7a-88fa-1b942e5ddb31
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,83b21f5f-c4c7-41ef-a163-d4ae593aa60d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,fdf2d9f8-5610-4d36-9c90-7996294c425a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,973e7718-3e6d-4b53-9c4b-5b5307cea93c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,033d768d-88b0-4714-a90a-563707b12e96
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,b4f2376b-04ca-4e3d-8de4-7b1dc4f1d907
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,ad865359-7263-48e1-8700-4f4597c3704e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,d06258a6-8a19-48f0-8118-061cbe7fffc6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,fb2e5007-6fc4-4044-bdb2-e3464f0bdd4f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,f2341794-e87d-4a7a-a8fa-00071375270d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,521366d1-0f12-40c1-b7e9-7f49fc2d58dc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,0bc7571f-e468-43fc-a8e9-4b7218b86aa1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,1141691c-a488-4fa4-ae7f-e645aa98b831
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3347f200-a169-4608-ae9c-fa76c2db7ce9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,59f6c741-8774-444f-a227-efa54c4d4f2b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5cdf867e-1d53-411b-9e83-fa06eb2fc9fc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1cadc6ef-be04-42f4-98d1-95b29169ae9d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,bf7963b0-5031-4a56-a8ba-0fdb2a0157b4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,f385ca44-62ce-4ae8-b52b-e391faf302e4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,d4540aa6-782f-489f-a24b-d42940712135
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,0562b4ba-4ce5-4750-9cf1-3d76de57a875
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,300501a0-9870-4e08-96d1-e2deecec173f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9e7249d7-a679-47ee-9400-cd125cc6c44b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,0d0e0a31-cedc-4309-8bdb-798930aea1e3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,02b929f5-e85e-48b1-9424-c866c60ca4b4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,83a7dab9-3836-49c0-b082-d82e6ec13b8c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,f5f52ebc-3c90-4137-8236-47bbce47c050
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fce9dde0-0cbe-47be-af2a-d07f83d54930
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5567c6b1-8ca4-4131-b0c9-4c520e8a65bf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5cb75b4b-e025-4c66-a93a-fda34b271753
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6ebad083-8ec1-4ccd-8fe2-e39c30070e96
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,f5d5dbd1-3046-4a6d-a484-ebc21cb2a67e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,5eff637d-6116-4b3c-a60c-15f169571f83
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,e0cf9f95-898f-4d84-a1c0-7079a3fdbf39
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,e35ff7fa-7ff6-4f9b-b9da-eff40abbb940
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,addebce0-6281-4f47-a2ec-333d79c95117
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,ea053b59-0a2c-4e29-ae36-03cb588ba131
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,cfca827c-6787-471e-a7af-8efe741e5acd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,8699674a-59b5-4d4b-b9bc-8955f707e3e7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,1165ae36-3f0d-4ce7-bd07-67446bfc88c6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,2d5651e6-6a06-471a-8d44-566d98c28b4a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,ee7586e9-841e-4011-9174-5a7b3a654991
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,b8a8cd96-8d5e-438c-a1a4-8a03e9a5dd2a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,65ed86b8-c6d3-454a-b378-0324492f0854
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,935e1a02-798d-440d-aaf7-bdeedab8a3f6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,05523edc-f903-4233-a386-d67f09a125b9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,9cbad102-13aa-4c65-a961-ac926dd10126
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,00a2251a-737a-429d-a143-129390799b5f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,81ae8ae0-b1c9-4d26-9500-f76723228058
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,f400479b-a2fb-441f-9480-4e8017056dc4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,d3a21abe-a831-406c-9fb7-83b32f45089a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,f53c3e54-38d9-433a-8eb7-aa7a270e56da
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,f6eb342e-a9e4-45d8-b29b-786703264cdd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,ade3bfca-b539-499e-b7f4-db4d53b054ca
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,b5f144f3-c2f4-4cfb-81b0-5d172bedf373
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,cd93304a-3e82-4f4c-ad28-e3a926ac4850
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,2a87908e-08e8-476c-8f3b-46efc5f7091b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,c5d4847f-d41b-41a5-8d1c-5959452d7a30
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,bc23ea85-2d94-41dc-a8ca-8dc4e7866211
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,e9db84d7-c1b5-4edd-8a93-d5970699f0d0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,797e7c73-9b0f-481a-b8f1-6c16f769453b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,6334b7f5-e978-4f9e-b5c6-d50510a0055c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,60229dd2-9da4-4bf3-922d-dd16fe2ec005
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,06d0be7b-decb-41ce-8cab-986455e78b7e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,b5b894d7-a14b-4a23-80bc-4ed75d9401e8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,ba6f2a20-5286-4d8c-9053-f518ac6e66d4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:19.32, NCV_units:tC/TJ",,d38e6126-cdf7-4dcc-a207-d586fd5f8d8d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6b7907d4-8a2a-418c-8569-3617077968db
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,b30c07a1-9936-41c0-9027-1a6022a82783
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ae469559-b26a-4038-89b3-1c2488a409fa
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6b797418-316d-492d-ba82-9b49a93792d9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,b435f895-9044-49ed-9b4c-67a921c6b5c3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,85d59003-f4e8-4e46-81ae-1e43e98aea2a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2acfd66a-e56a-4c1e-8efa-845640cff629
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c8a4d455-e414-493f-acac-5da29d440d7f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c92ed2ab-f1d6-4602-85ad-a361c1f1922a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,daaf815c-b98b-4130-bd42-fa466037b81b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2f5dac69-6912-40c8-b971-95804a60862b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,40c79391-c0c7-486c-96dc-c29177ff6f37
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,82033af5-d2f9-4ce6-887a-2cb7ac4a9bbc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,0f32be47-3996-4d2d-9228-5d036dc416d4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,aa5bbf80-d8d4-4cb7-80e5-eef5e4f8aa1a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,cb3a7257-98f9-4e8d-b151-e398caaf5487
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,212ea73c-7645-4de8-8849-6e17bbe7885d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1a045bc2-5a8f-49e7-aee1-8c4231c0c72c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,807e5c8b-0a59-4c1f-899d-aa8592d86c86
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,b7c5a361-9416-4fb3-98ef-faa8a2c171c8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,df917b6a-638b-497e-bf63-f76ee25872de
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,27ac25de-e2f8-417f-9232-e117029e2ed7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,ca015f5b-2387-484b-b6fc-e40a7a64816f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,71362940-e5da-49cf-84ba-2bc69a5d9f35
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,f87f8b1f-3b8e-48aa-b309-430fe262d986
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,f7954c9d-e8cd-4722-a2b3-4faf75582dfc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,30206e56-7530-43c3-8aaa-cd39e2dd8e60
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,87521d13-0d3b-487d-97a3-57bcc20b1bb7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,806d90c5-43a0-4714-b2b8-338c3ac0327c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,2a40d459-4001-4406-9346-44ef03e0f50a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,45dc2ebc-6492-456c-a37f-645e82383b79
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,2d752bc7-ea4a-4989-8a3c-1b523752205a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,716e2179-8d92-47d7-93a3-4ed22b2b507e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,c52ec0ab-e240-40b6-9659-bef7df06b848
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,d7d7d680-d15f-44d7-af12-8fbc16669d31
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,240f27ad-db5a-4509-84f2-06a29dc37bf6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,9f48762e-883b-4cda-9f10-3e680c1e6f39
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,3ebdb940-f0d9-4b3a-9c02-b3220c67dbd9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,e1b803e9-10ee-4cd9-9db7-ade4d9dcf6e1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,df1da6dc-9480-420f-a98d-8afbdeec7b5c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,211b8e43-cc9d-4afa-b3ea-1f3931510c29
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,3f83f6e0-3e4b-45fa-9722-b1c6f9a749e7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,04c951d0-0095-44b5-99c6-ac59007a3be7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,51733491-ea34-4f27-a02a-604d26f58209
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,b368d3f2-f14c-4465-b1a0-73223a54a4a0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,a7c1b457-5629-49fd-8103-98c8c57a8d31
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,8de71cde-d5cd-45ce-a31c-f28b8aca36e2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,b3ddbee9-e81e-48b6-9ab4-12671cb8d8f5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,092ef174-f94a-4adf-9ac8-8026dc0624ee
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,3f789b24-93c2-4f60-8f5c-daa863b373ac
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,384110e1-36cc-4492-a69f-5565bb8d226b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,c87556ad-763b-4654-bf4d-578f14fc0fe4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,94f0125c-d338-40c9-8ec5-24936e94af57
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,cdeb956c-d352-4747-b774-1fe16ba1e822
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,96c2c194-a6c6-42ee-93db-ad076d711cc1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,68e50e38-a80a-422d-856a-5ec3218c74d7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,9fced048-ca67-4810-8c2c-d7af43d54447
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,b3f4c96e-4bfb-4617-8f42-1709700d7f89
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,4835871b-eaf4-4b11-a1ad-f2572eb3b35e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,0ba523b6-4b14-4f5d-82e9-f0025e24bce8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,05e4fc11-d7c6-42b0-a5cb-16b1b7769413
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,d2b9cf44-3d23-4cfc-be0e-a94b54f32401
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,ad83bd25-5342-4c3d-bf0a-237b5843f5bf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,bd50d860-bb94-49b5-8ec1-8bd927a06075
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,5a70b976-da68-4e39-a494-9e1883dcec8c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,97585f53-ef94-40cc-ab47-157c40fa6591
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e3ba1f44-036a-4aef-8a7c-ade33caadef0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,0f83063d-5146-4484-a2d1-13b6fa7ccabe
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,faab0c6c-f198-4087-976c-89f2d53d0b25
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,8c6082cd-4e4e-4c30-b042-b7a9dc511a2e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,10b96536-426f-4e70-87dc-d23f11103d1c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,3705aa64-7d5b-4761-ae3b-2b292e2026e3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,aa9f3840-5af1-4c4c-a657-76a7cdb5848b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,2d6e5242-c6b2-4964-be3a-7830cf96cc92
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,d836cc29-8693-441d-8296-f3b3774eab89
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,c2a4cde2-11c7-49ae-8052-b3d0e1aa3a13
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,09b5b734-0dac-4754-80e8-d74cbb7ec2fb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,154d2de6-8a69-4473-bdd6-cea2792ac88c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,542c180c-054c-4aca-ab1f-20bcbf98cada
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,c60af8c7-1da1-4e02-9b55-328fc4695b94
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,399b817e-fba4-46a7-8538-6030da286376
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,e85e2b1e-3cbf-4b15-b5cc-f51ebfe7d005
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f126f119-a6de-49ad-8ad9-ae08fc754002
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,ab6f487f-87a6-4566-8598-4f01b3d3bf12
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,e0029a3f-1978-4e7e-bb7f-28636637f494
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,eca71a6e-3243-4eea-9e2a-b9a135ea9ca9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,07d75b8d-6ab1-4165-b631-8650b7d2df72
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,6c59db98-2883-48d6-a608-f11f47a21de6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,2f4c90b4-135e-49cb-9b75-ab1505a47ed3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,c9fc005e-ffa1-4932-bae1-0b06a5b3fa4a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,fb5d7772-858e-46d3-9cce-42fa09b8a7bd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,5def0e5a-75af-4c5c-bb39-a6976e34ac2c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,d51f470d-e465-4b1c-926c-2520b9ca72c5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,d8eee36f-8f8e-49be-b17f-8c1716121f52
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,a1d02fbd-878c-4aae-a4e0-853a92eba5aa
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,cb77a256-927a-4a4c-ae73-d502cf934226
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,ead00986-915c-4bda-bc4c-95cea84dbd26
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,532186ae-5f27-47aa-9550-8c134556894a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,5f11ca16-e98f-42af-9764-06c30156504e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,da4d5fe9-03da-4937-8b0a-cbd968d1d0cc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,3955e8eb-6c79-48a4-a1ec-bc6be1d975dc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,164fff5a-9bd3-4e7a-89e6-35c5adce331d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,6df2ad30-6efc-4d30-97d3-7a2a975199f4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,6e5d855e-7d36-403d-a933-6cb826be5175
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1bf9c1b2-210a-42b8-a75e-49817c369c94
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,7f33425f-12ee-432f-9a4f-c9e478f110eb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,52729238-ec97-4068-9513-5030c7a4af2c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,72.96666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,09dcf878-c892-4ec7-8767-6d15e44b5b34
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,53bac2a5-4c31-44a5-b53e-e596beb6956c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,47dcf43f-f691-48b5-a97a-dc2d1ef7ad3a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5779f237-d954-4b9a-9a55-bc0c4bf356bc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4a4148c0-a7a6-4f61-b6ec-bddc743a213f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3b31a86c-3e33-46fd-9109-91b2d6df4f18
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,a0ff03e2-7ac4-4967-a789-8bb81f55c406
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c097f43e-5c0e-4ef1-bd51-d11bc8f24d62
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2ff5453e-a370-4123-a3f2-2a99ff6b83fd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,17297f03-249d-4d95-88f7-09ad8e7c16f4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,790b1c7b-d3d7-4869-8f80-51adcf284170
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,57ad72cf-9ca6-4639-bbff-7bf56b02b6be
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,cb155f71-2a75-400e-8c9a-ac7c88dd92f5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,188a3d32-98b3-4b4a-8d85-ff46b5dbe4ae
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,bc5de0db-e0ef-4d30-aef8-a3a8c543619d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8b245764-4eee-436d-bf1f-67948f3af56e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,550cead9-0d29-4f7f-8bdf-6c388e5994ab
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2d135f2e-043e-4f90-9247-1e77654b8b5a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3229a79c-cb0a-41a1-b6c4-9781fe2b5349
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,80f72abf-4654-4907-9edd-77e2dabfe695
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,8fea6bcd-2043-4637-b249-4b231366e00c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,f53a8095-165b-4b8d-91e4-9cdc0633bc69
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,082bcbb0-6ac2-49ce-aca3-fe9cf877f3f8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,086be268-ac7b-41bd-a558-949594db5c1b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,c6ea9b0c-d5f8-46cd-a67f-2dc25024beaa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,fd06cdc9-1c18-456c-af6b-59fa2f073e31
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,cfd6229b-06bd-4edc-8896-07e48a6f4284
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,90365898-c7c1-43c8-bb3e-22df8bda91ee
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,c7f021db-81c0-4f61-bedd-cce090f7f5a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,9c2712bd-aa97-4df9-9561-3e9a841e88fc
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,e86650a7-5c11-48d0-b9c2-56dd8b4efe37
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,178f8b99-60bf-45e2-ae68-b9b0b6aeb016
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,53d2ccde-65af-43d9-9b4b-4eb187ef6aea
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,cba429b3-4b3a-406e-a9e9-d973429b1aa3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,0a63bad8-805f-46ab-a788-ee522682a53c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,a5b99265-f88a-49bc-9664-24c27cd4ee46
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,fa804e93-e554-462a-95a0-d1028ca7fa88
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,779ce7ee-2d51-43cd-86d4-df7c435961b3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,f4632743-bbf4-414d-81e8-bf0474ffa76e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,14ddf11c-ebe1-4795-8d4c-6f181dafef13
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,190514db-04dd-4b14-b8d5-f5d04c7640af
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,1544fdd6-2280-4691-8343-32bf3e0be5cb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,b64f6aff-5fa6-48fc-9ec3-53d077d36093
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,8437be5a-3acd-4532-8b1a-b27b292bfb38
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,89046809-508a-40cf-8230-490c7076dcd8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,90aeb918-2e5c-453b-8c1d-a6a2365aba66
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,ec9ad41e-769d-4b40-8575-dba89134bdec
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,bd2592bf-726d-4529-9bff-c34a4457c49d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,faf9f4cd-1b6f-40ab-8bf2-7128968481f8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,d89f0459-9fb3-4093-b83e-07cd70af3fd6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,216d8455-3a0e-4045-845b-a02ae86d197f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,9b5563bf-7869-4efe-b3ab-87fc9b2a531b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,e614864f-31ba-4988-ab88-761f5912432e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,d54bceef-6ad4-4ff9-ba84-2f66f856c195
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:18.79, NCV_units:tC/TJ",,eaf516ae-54e1-4206-84dc-ca3af09ca62c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,564d97c1-b1c2-4bcf-b255-15ea9aaada29
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,a84959d6-221d-401d-9ed1-1064297d4c2f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,85404e1a-1654-42a3-9811-4f550fd9bebf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,871c1890-4b20-42b8-8b85-532871f51ee6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,20a4c50d-be2f-441c-908b-4d754142b384
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,2dc64697-9482-4b19-9c17-8eed4add5774
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,821615b8-80df-4a1d-88ec-dc9fb673a2ef
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,61970e6d-3cfd-42d3-8e70-eb49c6b83d93
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,b534e805-39a0-4ff7-a86b-8d444467b06c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e9097c37-e0b6-483a-9734-14a64d6db6bb
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,38a30bed-dd95-43dd-806e-7598f04a447c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,455a4bf4-2069-4cb2-97e6-9aa054dbb9db
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,d07c68dd-1904-4a7b-8ac9-e12a971cab7b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,33e3891e-f0ce-4d16-924a-bd59cf569456
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,cc8d248a-24be-435c-9492-af305073a7d4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,a8b19dd3-c14b-4018-94f5-54fb6748f3f8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,92d9930e-41bc-48c7-897b-3ac98f919268
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,aa027dfb-a7b1-42ce-8d18-5ac525f87c59
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,109fa6fa-ae0c-4bd0-b6d9-ffae2cf74e1d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,b6975a84-e4cd-49e5-bef9-a6a0e3490c3c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,102d2ceb-fd6c-40e2-877e-e172c2d064c4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,76a20352-80b5-450c-b72f-3c002399fc99
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,718fa7ff-0d81-46b8-9001-e990bac8eb5b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,7a9b5631-fe00-4d7f-b43a-48966e057bf2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,5d16cc66-cfa7-4576-b686-fdb2a7a66a5d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,841e0bfe-10a5-4096-bc92-b0ca0bf62bd9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,4f91f4d9-849f-4d80-97c5-38db6fe77b70
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,3a59df94-8286-4790-a243-17696dea29e3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,ac47c283-0190-4df0-a182-6753dab37d51
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f7b002a4-1bc2-44b2-ad2e-581538b27c73
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,e230985e-b571-4885-8452-bc6f636ea65a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,76e58496-5138-434d-916d-8cc853806db3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,05aba364-db4e-4527-ae0b-edeefa0c5e63
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,0252f6fb-64e2-4e46-ad09-1191762da6a4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,2e3e0e84-3f79-40ff-9a61-70cdfac9f2b9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,c619dca6-1148-46c1-8abd-153bed9983e8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,b52ea1ab-1667-4d28-bda6-fad412c99616
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,7325687b-7636-42e9-9b67-465b11b230d4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,4d80d0bb-8d0e-44e4-9b85-c005efbd6de9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,15897452-813f-4d55-9f2a-fca890cf06be
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,433a16d2-1e7b-4bd6-bfb8-30097bc238e1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1a9c0522-e1c1-459d-8e62-abed20f9abd9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,80dffa97-dfe8-4476-8166-7c35dba4a346
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,7927c56a-03a4-4e93-b640-4720751dc31e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,2e3beb51-6549-4d06-965d-131b0166ead8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,aef758c8-3929-4f45-a11e-92ab1fab0e79
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,3a5da5cb-8deb-4fcb-8bd0-0893a68d667b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,3a3e84e9-9021-4af9-89b6-5481d13548bf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1cb6c1ff-13dd-4594-a8b6-49ec631e5a8a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,a4020b80-1a47-4127-ae9b-afc3e3f4b6c4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,dc5610e4-b755-45f2-a1ce-5307307ad9d1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,a8eae9a7-40a6-4117-8d51-8b56aaacd00c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,160a5da3-6412-4a01-a745-16c1d9259a22
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,73.33333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,5bedbbbf-424d-45df-a0d5-221d41d3673e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,edb23132-45d4-480b-b3d9-9af0908fb7ff
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,19fbf12b-5a5d-485f-b46f-c9c4c184878b
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,5dd24f30-8c1a-403e-abdb-d0fe15600900
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,d962ff9c-dc47-4690-9114-fc523f9827a4
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,2ac211a7-1dbc-4e97-8e43-c79b1439d149
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3efbc401-d3df-47bf-8e84-29432c1994c1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,775cec53-f5ae-4a20-a1b5-ed0e3d9c6410
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,599e0158-18c8-4cb8-a996-c9917aa9bafc
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,201d5d69-3af5-4ef1-95c3-c830960c1f76
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,14a194f0-d8bc-43f1-910a-89799c43e028
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3125c349-50d7-46b1-9228-ded37d96de54
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e471ebc6-51bf-4bb5-a24d-259e459727a8
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a16e524e-27af-4f2d-b06f-b83daac1c8c2
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,070f37ca-7305-4481-ac56-33c9c009c697
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,d6ca533b-cf65-4820-9eac-9d9f4d509806
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9a5afe07-c64c-4334-b820-691de071d366
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,1ab03ace-2992-4427-8cda-a08540dc6a8e
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,87b9f45a-4804-4cb2-9e1d-d389e5336b3a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,cd51c356-a4fc-4983-b8d3-47f202acf890
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,1f56f045-0e77-41c7-9791-9430aa0a49f1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,ba1c3c10-6cf6-4a83-bda7-34a5d6d9090a
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4aab2942-9420-4f11-b29f-12697b8364c7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,73e0f8fb-4e2d-434b-95f1-646e075d965f
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,eb2c5c78-d833-46be-b24e-90ad5cf9f960
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,f46e3192-f1c1-4b1c-8f33-42fdec25849c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,eb2d027b-9c9a-4890-abe3-f7d4b3eebebe
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,7e2b8ef0-36e6-4412-81cd-b2615535f03b
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,a64a53eb-b87b-44fa-a994-d5485d0a6b16
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4dc7d3eb-135c-4f14-a68d-06922ea5e7ea
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,997a12ee-707f-4a72-8c9c-f5246fc0e985
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,d4a96d47-73c4-4061-937a-b17e86038194
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,f5a86cae-8ebd-4ba4-a82d-d78d3828a155
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,b190aa0e-09ef-4496-bee9-45bab8e3d432
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,94c60da3-db65-4ce8-a119-15f15adaa6a0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,05b27ca4-35b2-42ae-aff5-a018b877e80f
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,173e183a-d84f-49d1-b722-509cf962cfb2
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,330a7c4f-77e1-4bc7-9d7f-8ea71a286c77
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,6df6af3e-0fc7-4649-a18d-fafa5f2581b6
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,8430bf9d-c4df-467e-be1c-887201dc87a7
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,2fa3244c-7f56-4b08-bc28-731beac5f741
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,e6997a17-33c2-469d-bd46-7568002ad3c9
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,864dd50e-573d-4b30-b88b-110bb1cb9c48
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,67732720-4e4e-4dcc-90af-a6ff56bbc1ea
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,ac668d72-791e-477f-a6c9-1b0b9d1b6392
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,a8b32d28-46ce-45d9-a7ba-cdfe0c8753b6
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,765348a6-e027-4de9-b90a-d304fa3905d0
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,c10db718-168f-44d2-9474-6f810e5c9e9d
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,acedbac1-5921-4f19-b84d-41bffeda7b15
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,25359216-e455-44cc-a219-ea1d22802f29
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,82cb3b29-2fb3-4254-ac28-fc3a358158fe
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,149d7532-da0d-4218-9bc8-b724499aad86
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,13683e74-f080-43da-a421-b6664ab9289c
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,7a13ab2b-1d1d-4bde-aee0-acf62c94ccf1
+CO2,world,kg/TJ,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,55.73333333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,6a028a08-a98e-4d3c-a342-5e9cb76eb302
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,07fc8f0e-64d2-492d-8267-e1de2b0db96f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,30b51912-1982-49e0-9fe5-05c3862d0ee9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,84e07270-2ed4-4e9c-a1d8-76aa1a8f000a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,0a752b81-ac3c-4944-8d0f-ec3a1d8f6c4a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,5056f0ac-cf34-4e0a-b5aa-4f2af3dfe764
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,2364653e-9477-4683-9966-dce851ef3017
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,97b69dc5-803e-450a-8942-49abe1b52fa9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,53931d3a-f570-45e4-931b-6f7bcc509694
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,8385fd48-9358-4cff-ad6d-1df889cda878
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,673ba1d5-b29c-466e-ae35-3f9c51a95fae
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,d4747c00-52c7-413b-a797-aca91ed1b5fa
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a5e80adf-aaf9-4a92-8f37-a7b91487a979
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9d27541b-2abf-4bff-815f-680915611509
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,c99a5650-4f80-4072-a1ba-917047a7d161
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,2c6156d8-52b5-4913-b2fb-7de008b45232
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,5a78e094-07b5-43a5-9b94-4155b22cfa3e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,819723ef-3b51-412d-b2ea-516b5fb01111
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,fad1e67f-c0ff-4b24-b36a-7773910e2919
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,8d26cc3f-94ce-41af-9910-4d56319a272a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,25e593ca-7f0d-47df-8aba-5f943539fc5d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,3e1a7af2-fd82-4497-845f-97f1db9b1da9
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,a5549752-baf8-4f6f-b385-72dca8d0cf99
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,336ab25d-5467-401a-b399-301266c4884d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,afcc8703-295f-4556-bdc1-fc243dfd01a5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,9eb3a4a5-3415-4819-bf7b-9f28aa548887
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,be276595-5efb-4728-ac04-0a18890112ea
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,a1f3e4a7-d92f-4c9c-81b1-24c7ed92169e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,aae8bc86-e6fd-4916-b57b-4c6c406cabbb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4d6b87f5-918b-4197-bf8d-6353308dbd62
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,5aafab0d-27b8-4904-8fa4-35745a6de63c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,3cfbdf5c-04ae-4616-a8fd-b0d713ecbcf2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4c36dc0d-15bf-4951-8a17-7fd75e160a8b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,53d4f1b8-5974-4038-9f33-931e3be73b56
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,3587675a-72c0-4c59-875f-15df9d032e52
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,1856ee25-2159-4411-8ed3-b0e730554164
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,fab32a83-3cb9-46bb-8283-ac878f8f3e9a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,23426aa9-7a22-4c71-a229-9f3bb91976ef
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,02dbd6a4-e2bd-450a-986e-52ef8fcfccd6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,d8278d2d-3b9f-414b-b6e5-2164ae25d54f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,4b860e5a-856e-4f03-8ffe-b77381d249b6
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,f23d087a-4133-4774-be20-97204b70b296
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,e0373943-8cb5-410c-a45b-442ee140eb4f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,7b8ad0da-4329-4bd1-abe5-2512b0cd3c43
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,5ee2c92a-e54c-4d65-aa26-ae0794590ff8
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,03eaa68b-1f28-4c2b-b728-9a47d02e4660
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,61259614-232b-4953-8ccd-235691c358d3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,35bb303c-be54-4960-9eda-3861a4e252a2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,8021b09e-7d08-4fc6-a144-0f6d5a600b07
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,2f69fca1-3e8e-4a71-af94-055361e0d108
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,779b22e8-6108-47fb-8ecf-420f19208b3c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,e6894eef-0a1f-4458-85c9-d371e94b8d16
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,73b56d99-44e4-4309-9fd1-ce1567e32bc7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,a913b2cc-1a3d-47cf-a8cc-9ec937a223b3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,16e951b8-020a-4aad-80c2-cff70c592634
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,cdd7dfff-c661-49a1-bd15-8d2a88c31e45
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e4e80a19-0858-4cbd-88df-341132cfdad7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e8a32374-c8a8-4006-982b-8c5a780d1b29
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,f8d334e1-d3ea-4138-b1f3-6ce7df3253b7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,b469e485-9445-438c-85f3-b5e9fabd8bdd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,c51e3030-8f38-401e-b7d0-5289210a883b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,c7232c13-04be-439b-8b5f-ef481f67556c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9e46aa19-637e-4715-94da-7923d44d5b76
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,1a636cc9-f70a-43b1-94ce-df54e6177677
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,4e16da8a-f4a3-433f-85cc-219a3859ac8e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,f170e504-77e3-43fa-9eac-3b471c49e524
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9add52aa-d3df-4b6a-8f6d-fbaa920c9368
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e80c2bba-7bf1-42c9-9c79-6477c0f21c68
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,c1647f70-8828-4d8e-a7f4-619c40842462
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,6f571932-b9c4-41a4-b349-0762cc86030a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9d4c0826-3880-4e8f-b362-d211e620b9f3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,546d1cb4-8eca-4f4a-80c3-6007c2b42b7b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,bacd6195-6e4c-4291-a0e0-7939d5d5cfae
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,a4c0725f-c419-425d-b2a3-286f89acf45b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,40d27823-eea9-4455-b576-b53b54785eb8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,765cfe9e-dea3-44f4-b6f4-c47c0dcabece
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4a40ce74-ceed-4185-8686-dfac6697b10b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,6898e8cf-3397-4356-8ed2-80626bb50c8e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,51edaed6-995f-49ce-8604-8e9e4215e24c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,be4af607-b887-4186-a5e3-cb4c39c5a778
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,7f4ccc30-83fc-4e66-ba04-158a1d61f325
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,be3939cb-a6f0-45cb-b77d-fe241975173f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4c983000-da73-4762-9b06-d0ab400efc15
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,470dc1fe-b57f-404f-92fa-eeb10731b6bf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,0b115936-0152-4756-b168-1e4d2f451cf9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,9d777509-a8e5-4275-a160-70e9ab355461
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,b8ea741e-810a-477d-a2bc-76a1a7d6f584
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,abbdd7a9-1333-4c47-80c6-1ac8b7f82458
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,fd63151e-4a23-4672-8178-282722057211
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,354d6586-6c2e-4205-9030-6e16f237faa5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,00980a23-6dbb-4ea1-9f8f-4e30552225a9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,d5f5a360-1dfd-4d5d-a83d-2220427703a3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,13ae6c92-d027-4968-937a-966d90427352
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,79bd5386-6c73-4a9c-babf-bd59c99c2406
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,b5af11a2-93b4-426e-bf78-b929293df988
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,00d17c0b-6ad2-4c08-b5d6-42c83c42925e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,904388fd-f74c-4f0d-921e-2d5aaa00f962
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,95233b17-b08e-4238-a1c0-5e593215e9a9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,fa3303fd-821b-407a-afed-ea98b14392c3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,1557b4ff-112f-4ff4-b7d3-f74f982b3b88
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,7bb9daf5-a0fd-47c0-9187-8a65f427f663
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,29804667-0265-4a5b-8943-23ed2b826de6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,5d860265-d83f-47dc-a080-ed2eda48140b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,8eefae1d-a7a4-4252-baae-3e0d33df3358
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,8ad62d06-dfe3-4440-bcc7-43e96eaf169a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,43f10864-e55b-44e2-9c81-0a38fc13f53c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,b5caaeac-80c4-47e1-9782-65fb77797aa3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,3893f20a-6dba-4962-90c0-7375440ea27a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,77.36666666666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:20.17, NCV_units:tC/TJ",,cb6a489e-4b2b-4d98-b1ff-f64dbaf1d94e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ca9bdb56-7112-44f2-a854-360942fc8666
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e9efca2a-9b96-4d7b-acb4-22e1ef15668c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1dc141d0-78b6-4918-b3ee-8abbcd916203
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,033f0f3a-440c-442c-b4e5-47261366aceb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c86fbd17-f6d7-4c5f-b9ba-f08713e55bb3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b0b970a5-87d7-4544-8f99-4aa72689a97d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d4ac7e53-5c7c-40c9-b363-d6b084ba676f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3cc49e61-81e1-47ea-9d7a-f8aa82f0600e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0b21f940-8f5c-44ed-9b9c-248b0e36e9a3
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ed15643c-9d90-42b7-8e7e-34f139dd586b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8a5bd9df-2ccb-4542-a055-083ec6e4b5fc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a461db5d-4725-490b-b9d9-0ed587b1100c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,81175a43-d859-42d1-b2d8-67ff34d915f5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cbc8e30e-0757-4745-98ab-98cc3de67336
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,60f8a0b9-90be-4cb9-8559-1394e2051c16
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,633a8749-bfeb-4bb7-a7cf-348ad4cdc8bd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e285ea25-b0fc-41d7-8cb1-41815fcf76d2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,12a2cb10-15bd-4811-b596-9320378145cf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,46fa720a-e0d1-4145-8fd6-34a5b6e0fae0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ca32676c-b9cd-4784-b358-ea753181cbc1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ce291bd9-ac34-4016-8ced-0e2cc9fd5bbe
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,53409997-0dfc-4c25-a900-9820314a3643
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7c07e6c7-b0fd-40e5-9d55-fd8b442e52b5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,eb334768-7255-49c4-ac35-5a2797454298
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,13d630f9-fe17-4617-85ae-7c5403a3c435
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d0963b69-00f2-4e7e-a1a3-3b1e36870134
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,34da2cfd-8645-4089-adbe-d38996620f87
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bc39e9b3-c040-4c05-abac-695d5897fa43
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,94043416-1b37-4bca-a6df-984f4bf58544
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f1ba2d0f-739e-4c51-949a-037905ec6463
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5c4983d7-d8ac-4c0b-aac6-4d9062b0bb73
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,86bf016f-2606-435d-8010-6bc8e2281789
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1cc6362c-6698-4c15-83b5-7c0bd16328f5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4b1bf796-b51d-41c1-bf6c-05f0247a4be7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c86e3a69-699a-4dda-b4cf-4333490ea858
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,11e985c8-8819-4507-9155-d328f219f1ab
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8a88a6a9-36f2-40cd-927c-87c34c2d3251
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,529489cf-318e-4f43-9f88-2b3992ef36f4
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a7bb27b6-b440-4597-b09b-5615d8ee19e0
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a60e70c4-b297-49e8-b0f9-09a559d4cc30
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,9c96ce9c-25cb-432f-804b-0cc2bcf8488a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,055da114-039f-4973-b3ed-3d9365259120
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f970b914-ca4b-4736-9488-090dcd207832
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,bd5fdb45-275a-4ce4-8195-fe053dfe4f5a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2490a8d8-bf97-4b0b-941e-f95435af09dd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,36937094-6873-45dd-aaa8-c7cccf242e9e
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4c1255aa-befb-41d8-a324-af7037632bd5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2527a7bc-8d51-4ff3-8f9a-5b7fd3742109
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b64150ee-3249-43b1-9738-767df9552132
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,07a7a864-ed10-4555-a72e-d4c90e6262f1
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c092d25f-8a71-4b75-af7d-08d89cd41d1c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,219eac5f-f0da-401e-9b6d-91cca587ba3b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,baf2bafb-00f6-44db-ba85-1f73d2825158
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c60d7955-a030-4fa7-8db5-3a9620ac4c2b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8a3ea336-0d2c-41c8-89c5-932a81d53153
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,13f2c382-ebad-47aa-bbbb-69f76b65484b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c503737b-5525-4cd0-a622-67c7b8b6aac7
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0d8343c7-b7f0-4cc1-95d1-ddaf22cd67ae
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7aeb58b8-9e45-4347-9a2d-8f50dbdeac9d
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,41c2042a-1983-4d1b-845c-d27ddfd8468c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ce2179cf-f878-4cc2-a4e7-38be5b95e555
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,48096a5b-727f-4c08-9bfc-cf15d7170f6a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,58b93675-a734-4eef-9ff2-2812a9ae634c
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,700d428f-4e7f-462b-8996-0c97e11268bd
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,91e04932-7268-49c6-b467-413733b9a9b2
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fd0cf8b0-ec1b-4c2b-b45a-8e287c9348dc
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1c8bca67-e1ee-4870-8552-6bc96137a363
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0cafd6ac-9eef-4d6b-a6f5-6b8a2b41adaf
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e13fce53-cbf9-4701-b494-80953427cf59
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,24994097-3359-4d5a-81a6-3d4fb815d712
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cf1271f7-dbb6-4992-8a8c-4e725458188a
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a41c5449-8f97-4453-9a24-2496c11b7b67
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,fca83b97-f344-47db-89e4-09baf8a7e6ab
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,75b63f3f-9096-43e6-9f54-fff62c38c026
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,42532755-588d-4b36-8762-29446e2e2f5b
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f6688792-3c34-4fee-bd20-3b64ef281dca
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,45055c5a-91d9-4748-8f8d-25ae48b866d5
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1f1194d8-dda5-4869-8a17-2c22f91a255f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b671f46c-3952-46eb-9fa1-2325ccfb8163
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,18c86725-9439-4e01-8f52-91d87817d3bb
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1073d581-26f8-47fc-99c6-995263e77a73
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,38340d29-d4db-48e7-bec8-bb5d201e3a75
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,383bd6ed-1003-4354-b99a-228e9a368892
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f8b6a316-b2c5-4be4-9b89-9339850c3e76
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9a26faab-ac1c-40c6-a2d5-519ce8b4e603
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,94bd8ed4-e90a-4195-a2fd-d7633b4db851
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6d2429be-0f95-435f-91ea-721ac0c7a540
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ac6791f6-10fb-472f-81bd-716329a0360f
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,04ae11c9-6e84-4c5b-a11b-6506ad1a3cde
+CO2,world,kg/TJ,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9f8f246b-0014-403f-9b65-d7733b0e98b9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3dc6ccd4-5eff-4cba-b8ff-03f427fcc4e1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b6593407-cc46-45e3-b6c6-00df4792d96a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5d3e8084-82a8-4e60-9608-027af7c0f00b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c2efaef0-b525-4b2c-90cb-85cf23031aee
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,15b961ba-9510-474e-9f16-c796330a7a32
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0412e3f9-8d61-4582-be7a-331284abf8ce
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,27d0a0b3-94d6-4b0f-bcab-11477f440091
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1bb6d16f-350f-4fb4-8dee-a7f3b981ef6e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2504f6e4-3987-418d-8045-172a5761e571
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e4f15af4-f7b7-4f1f-9d9a-2293a07a9881
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,355406bb-3f4c-4785-9d74-22cf9dafbff6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a64542f5-d123-4a7c-a471-b92503ace29b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9f2226be-b725-4375-a3e2-d22c44c4e1e9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0f3adc0f-0436-46f2-b4bd-a4dc8a15f2e6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b99feab4-c36e-42c9-a42c-4dba16be4157
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1258e3c6-818f-4d37-a574-a41f44aa1b5d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b97abd42-e9cc-42f1-8bb0-5fba71cdd332
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,871ec3ce-7757-479c-8f66-6a91ce0d8f33
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,42382e4d-4076-4b41-839f-c5dc2f153fdd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ff41a0a9-aedc-4c7d-b63c-2345ebf0dd2d
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,90edc051-722d-407c-9843-0a4211ae842a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,51a36f28-58de-42c9-baaa-86e239946243
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,87f8a621-037c-4f0d-8bb6-d02d0dd66b1a
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d13b5879-0668-4cef-8b75-f1ca752d6e35
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c25b5554-4da1-4753-bb90-69ca14ed0c14
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cfdca711-43cc-4c6c-bd7a-0d4a39425eb2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5b664cdd-4317-4965-ab6e-c30aa251ef6f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ca327048-4c07-46f5-a349-c399a7c47752
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d21a940c-875c-4499-9303-2362d75051e5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,74f82adf-a18c-462b-aa58-09b5258a7e4c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,167939d8-70b9-439c-a188-95f2a22e8dda
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2c76ba72-44d1-48fc-93f4-c6d7dc3f0692
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cda77590-2c0a-4d35-aaef-81381f3a9050
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ed5cfa90-5e37-48f3-ac6a-aac719b222b7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,933d0fbb-3bf3-4a4f-9b6d-7a5b2949640e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,235a904c-42ca-42b8-bac0-08c336e18a47
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,5dc5dd93-c82b-4231-a366-c20f437d3caa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4e765dc4-f57b-4b15-8b5e-cea4f4dc1ca3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,bec851f2-8d86-4104-a537-e849035942bd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b34395c8-76ad-4105-a7b0-6f993e9f5fd1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b31b0ecb-f88a-4c67-a097-256e2e556238
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,7799adb0-e8bd-4c97-9e5b-cccb6f8337b7
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2f6af810-0bd9-419d-ad75-2e98feae0b9f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3d0aac41-1aeb-4fb3-9e26-a7a13d17c2c6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,15d72e60-402b-497c-ba69-80560dda1ced
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,97bc0345-d90b-4b11-b728-dec1ff9cf61f
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,99d644cf-d659-45ab-af4a-e093098b5caa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,09772179-932c-4114-a7e4-d49c84689b59
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,065001e3-02fb-4dd4-9077-3c5d678d30db
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,d44dcc1f-626a-4805-8a92-ab0024748d25
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1d737351-d7cd-4335-ba7c-c10aa794e50c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,9f8f8e46-6bc4-4dbe-bc8e-a763a1bbdab5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8710708d-6005-456c-8bc6-0f78e3a185aa
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,ce93b455-a38e-4522-b64e-71c635ddf7f0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f87df20e-2a29-4a8a-8f42-2b0c765d57cf
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,06e97981-da21-4492-9c9b-b0ebf58dc052
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5882b342-39fc-4da2-87db-949a9a5a26a1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6a8aa02f-afe9-4bdb-afe6-82c34a001c00
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ad5f26e9-b3da-42a4-a9a1-a432035d2d6e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1507c178-907c-4856-9f5b-2d35fb393a31
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e2cba49a-1bd4-42a4-bd16-e57446fa7cd9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d48bd093-f434-42c0-9175-038ba444ae67
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a3f5f943-5f43-4828-aacc-72fae4a33261
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,85a510d2-10e8-4912-b588-bcb03031ebe5
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7c5568c5-219b-4d3a-8073-a2ed6787e78b
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3597379f-8522-42cf-9d7b-c6d29c4cd1b1
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,91276230-e632-42bc-86d9-4a9f5cbf39d4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,27b2efa6-8607-4607-8d70-4b4514156d71
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1591ad25-3e85-4f95-ba5a-1b3150b9327e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a8b5056b-5e8d-4926-8fc5-835340488f40
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,10bf8578-98ae-4f6c-81bd-efe5f26d3f15
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a6e8e5e4-9f26-48d6-af8e-b2a0b6e2b5e9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e0d9fbae-f98f-45c6-96f4-de82967f55e9
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ac723e72-60ab-42d7-8768-ae11641d9be2
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,cb717d83-2884-45ec-a012-981986a170d6
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,51b380df-8bb4-4fd2-aec2-fec584f67378
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1cd1b2cc-2059-4fc2-b52f-f9b9564e9b8c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6e92eb23-40f4-4c35-87cd-81e594507c9e
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6a71a85d-b16c-4ed1-983c-941bdd5b17b3
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,df42d325-9b11-44e5-975b-1d4cb23810bd
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f9577d74-280c-4bb7-80d0-c48a4da9599c
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,7f2597fb-789a-40ae-93fd-dba2a37e4844
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ebda70da-0700-482d-8e1f-7ca530139606
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6b17ae83-b2b9-4d76-9211-6b52911e9bf4
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6980d5c1-53ea-4ae4-b7e6-f5bc63b15946
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,77468e5f-a534-4e7e-bff5-2b88ce68a2e0
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,db8a7fb2-92b2-43a4-86f0-e6b9c4e60c18
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2252a01f-783d-4063-8f21-ff57fd20d3e8
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,3098585c-74b6-4121-a366-86b5548ec2af
+CO2,world,kg/TJ,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,17fed60a-d595-444e-bc04-47de2ead783d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,de3a0f91-40a9-4fa2-83da-9fc1d77ad75c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5998741f-ec62-4383-b850-9506e171a0e7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,075a1759-6040-45e6-9543-569f88d449b5
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4dbd602e-04cc-45cf-8f83-8dd8894a7996
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,532cf565-1bb6-40b6-9e1b-3e8ebcad67a4
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,78824a79-9612-4e7d-9f0b-8535d83804ac
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,341b13ea-2bf1-4d8f-a26e-a46cf7530871
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c3919ba5-5d6b-407e-be1e-45ac62b44900
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8db0ff2d-4167-4dc1-b9ad-e6ca79ea6ad4
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d26e80d5-fe53-4af6-8b0c-366bbb06cb98
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c4fda172-87fb-4a44-ad2c-91d5cad3159c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bdce22a6-3f7f-4893-8e98-a45918ee1e09
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,982dc024-2f1f-4ae1-9363-ee3a92ac2e47
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8df9da10-2761-481e-ab1e-836aec771fb8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7fd3bfe7-28b3-4f6d-9c57-87492a6f7627
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4425cbeb-a99c-4773-859e-baa2dbf82dfa
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,da340610-cd07-4798-9287-81199b9ef062
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,41e24ed7-4ca5-47c5-bc8d-202f2b15d0ad
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b8df9a27-e088-476a-ae78-3703b2999b31
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0668818f-2cd4-41bc-b5db-334bc3a12718
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b9981f55-d751-4a92-8013-e37b04a72f95
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b3ad639c-a635-424d-ad8a-a4c23bf2c45a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5ad56968-1996-41c0-90b7-0884390da612
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b46e00a1-6401-4311-b837-22431a3f46a6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,63e47db4-93fd-4d4d-bf28-adf38c0ecf20
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,16dee155-ed98-4617-9854-030fd25b5984
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fcddcf7d-5a3d-4a02-b546-55ac77b4c74d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d63e294c-fca8-4d1e-a52b-cb0f07dd658d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,23ed21b2-d70b-4b90-b396-58dbc3dc3e01
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7f05ec72-cc9c-4372-a62b-c5670bef57c6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,87595275-b63e-40a8-8116-8cec671e0c78
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6050410a-e2c6-4417-be5f-0c2b70bda45b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1a412fec-384d-4c7d-a609-dfc078a9c141
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,26183447-951f-4aad-8ed7-bd5bd06fb79f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,60968f01-6680-4922-9a48-46ffa1bf0d12
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7811c1c7-d223-472d-8ea2-4ae1609bd9fd
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,fa9a7cf6-92ee-4f1e-b3bc-6604eac8be5a
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,d2fee1bd-26b5-4096-90c3-75b5659e27d1
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,69425e1a-757f-40a5-bde4-f377781b3c7b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,dcec3270-d9fc-4ba1-a535-fd32c2c9e074
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2dd358bf-40d0-437f-922d-8c91f488357e
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,67110adf-1aa3-46ce-8187-40335d4d7618
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f29b1cc6-e455-4a44-a5b3-949690dcd94c
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,15f7a9df-ff5f-412c-9307-9f34c110606d
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3d36b6e3-84b0-4fa5-b2d2-62ca219982a8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,06b48b19-a19c-4777-9dc9-ac3ea4b30162
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,9caea00d-5690-49c1-9f35-8f9320b4d7d6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,59e7ba23-2495-406a-a4a5-238fbd000a78
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e8a258f7-125c-43bb-a842-a19d376587a5
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8b22665a-12cd-4b36-be83-956c3348f268
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1e2d5521-5209-4e2d-b4e0-972aa98891b3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6f48ac15-ca9e-4002-8ca0-7d87ac77e04e
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,5afd4252-e28a-4961-b012-326144bd5275
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8ce823f4-b527-4897-a4dd-f4f60d8797be
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,894a7e81-7cf3-4206-a85b-8de551d85bcf
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,03bee2bc-90b9-451f-98f1-ee7763f103df
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,06b1e697-d0c5-4f03-87b3-9f66fe8a8565
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e795d391-2129-48c7-8f42-8ef02d680293
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ae4522cb-74c0-4eb1-90f6-520c3c27aa6f
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,56f4fca7-1cf7-43ef-942f-e6170dc3c692
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ec5b8858-2acb-4a2b-8647-f5842f748c78
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c7efb5a1-90ab-49f0-a04b-4b2ba8f56492
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a2d03ae2-dd75-47bf-ad23-b1250df15ff2
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fd12d46c-27e3-43a3-8700-437b70a17159
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a8890931-e0a1-46d1-a0e2-9528c59650a7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4d87d537-0a58-4a5a-9919-b74308575ae1
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6dd1799b-058b-48f7-8f38-7f271e91fd29
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1f5825d9-78ff-46fa-ae0c-f7c00184c5c8
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,06ec8bc0-af99-4d16-bc61-cfb1ae372ec7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8bc1d464-da37-4a0e-9e13-f19928149010
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,03b1e9a2-799f-452a-a881-ea6385ee2976
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9a506230-7c4f-433e-ab77-e0719b464482
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,762f6a09-dc29-4dc2-a401-07897b582b65
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6722e6fd-cab8-4c3b-9455-dd77fce8f0c6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,17fe3aae-c1ec-4d0f-a1f5-1a67cafbfaef
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,206603ae-bb8f-4b17-a028-3ff2961846a1
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d6457615-492e-4b60-a935-696fbe1d6ff3
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,099c84ad-cca1-4ea9-92e8-6caf491f0564
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1ff0aa15-54f1-4770-b680-643e796b34d9
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,21538348-4a4d-47a7-ad60-dac2643870d7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a584fdb9-e175-434e-a2cd-12628b1d3891
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,be080039-f463-4ab4-991a-0917d1f88066
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,48a43ad1-c359-4df3-a59b-b59f3c44ac69
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,585bec60-1b6d-429c-928b-38023d6f2b02
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,7aafe2bc-58df-401c-af3c-e9550a9f93f6
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,761fed93-9cec-48c7-b605-f0b63bf26d27
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9b18d9a3-4d9c-4f28-977a-3379d3cc42b7
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8b02420a-a285-43eb-9484-47f9827e255b
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b66216cc-347e-4767-aba9-586c8e93ac31
+CO2,world,kg/TJ,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,56.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,95d59eef-ad13-49e3-acc1-bfed28de583e
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,30.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,65f62cf1-f1d5-43d5-880c-b67d464efd6a
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,30.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,b2708733-cc21-47df-9039-df03e6e7b897
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,30.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,e950992d-9339-470f-9302-83b5858b6083
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,30.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,423a3060-edbd-4c14-adf7-d26bf6ed377c
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,30.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,d507652b-5ab4-4623-afed-ccaebb2d5956
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,30.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,c8fd1158-4b81-4053-801c-0f901890b37b
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,300.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,a03afddc-069b-4b4e-84e6-cfbe0eefed0c
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,300.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,9f92bda9-4b19-407a-b83d-3ce963302c0a
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,300.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,cbe1c92e-4d76-4f7a-a6d4-ea41503ad95d
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,300.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,d1a3c66f-85fb-4574-880e-3e24ce9c76ba
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,300.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,693bdbf6-c4f1-406d-92fd-3994160ced7f
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,300.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,a98d7c1e-d0da-401c-808a-da677fe65e7e
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,300.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,f7ef97ca-c883-402c-a0da-eeb2ec2225e6
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,300.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,75e4a1b4-8a8c-43a0-bfd5-c075e6eb0e54
+CH4,world,kg/TJ,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,300.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,f1f703ba-0391-439e-9150-3820a58f8a47
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,0.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,5b5915fa-89ad-4838-aa61-2a63b300747e
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,0.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,dd962f5f-a7a1-4875-948e-978d21127ced
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,0.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,deadebe2-278c-46e2-96cc-a509c3fdc74a
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,0.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,8473110e-0935-4cef-a41a-0ad6eba44aad
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,0.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,698cc5b1-141f-45e2-bbe2-4eb6dfa9699b
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,0.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,85187603-420b-45cf-9c5a-aeba8d6dcdb5
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,0.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,6b9e9ea0-6473-4b53-abb0-3dbf7c3844f1
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,0.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,135306bb-d7b1-4a62-bcb0-e34334610dfa
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,0.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,4b3f16d3-c314-4a25-bb0e-8adecaf55e8c
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,0.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,00a63e1a-fce0-48b7-80a6-fe91d9f3277c
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,0.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,ab84447e-6950-4e88-a8b7-f16ac82441ea
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,0.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,f87d5417-d7cc-47af-b240-e2a17906efd7
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,0.1,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,44d804f1-a180-43f5-a350-da2aca3d7ff3
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,0.1,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,cf4493dc-81f0-498b-938a-16ce4c0226bd
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,0.1,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,8299fcfb-3d15-42ab-96b7-8ea60a1c56c9
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,0776f2c7-bb95-42cc-b0f7-7666b881a8bc
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,d3af41c4-d924-40ce-90c5-b745792e31fd
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,6aa3c765-072e-4dac-8a3c-33a4d3cad308
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,2b0c15f6-7e88-4402-9057-bdd08b256e3d
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,08c698c4-149f-493e-bad4-7dd9ec2df9ac
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,943d2520-e65c-48f9-941a-a8db76265091
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,4.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,143ec670-2c06-4b81-90f9-bed5543e9a4a
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,4.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,058d96d4-0768-460c-8c39-0bac21460679
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,4.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,8458bf11-fdef-4e80-87e7-ab61cd8c30e2
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,4.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,a04ed513-0e99-4039-a677-25c13606ca28
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,4.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,5b958d65-a824-4ad4-adc0-5a4baa7fca8c
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,4.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,1536389e-9ec3-491c-a5a4-ac1efec9846e
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,4.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,da970aa2-cae6-433b-8bbf-9bca53d92393
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,4.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,e547a95a-1464-4538-9173-4a7ddb1490e2
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,4.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,e6210822-426e-4231-8ad6-122e5bb3d8a3
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,fuel_combustion_consumption,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,3f7f8641-d17e-4adc-930b-55c5f23aadc1
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,sampling_scaled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,3345bba6-fe6e-44a5-bed9-c7e102fc7660
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,modeled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,e18dfc89-7a8f-49d4-8719-c09a99f020cc
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,fuel_combustion_consumption,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,934b5f98-fb68-44ad-9688-abd54790fba3
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,sampling_scaled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,016ad13c-19c3-48f6-812c-4819626dab47
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,modeled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,476d98e8-6d3b-461e-968b-ea0a17a8b94d
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,1.0,fuel_combustion_consumption,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,bfb5fbb0-44b2-4ba2-a06a-f56eb0f0f15c
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,1.0,sampling_scaled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,5511fa0c-df6b-4132-b0cd-e5255bc9c875
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,1.0,modeled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,12e55d06-2688-4f44-b4ec-e770156e0b3e
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,1.0,fuel_combustion_consumption,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,9ed99afa-c6ad-4d08-ba43-5c1fd3b72a3f
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,1.0,sampling_scaled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,c16dfaa9-73c9-4dd5-8351-aeb590650b1b
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,1.0,modeled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,f19a315b-0efe-41f5-babf-3c9b7de4f47b
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,1.0,fuel_combustion_consumption,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,c793a802-6095-4079-9502-b5a4f24aef4b
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,1.0,sampling_scaled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,0b558564-0706-4678-8b3d-3ee7d77bec8b
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,1.0,modeled_data,"fuel_type:Charcoal, density_value:208.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,dec2206b-9f32-4f16-9fd6-dd91716d6945
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,dbe28011-2f7f-41e8-968f-b857a0304131
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,f8ee28fd-087d-4a32-9be5-cc67c70a41ed
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,4.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,fb7d8e38-6239-4e08-a178-f169e74d2486
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,5761fe91-f9d9-4f21-9f29-8e5d1fb6ffac
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,d69ef1f6-1a8a-4a52-845e-b9e4902570d9
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,4.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,ffe92b26-c714-4be0-bd5b-f66d0d36045f
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,4.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,20f2205d-7069-47d2-979d-3629a083fb15
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,4.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,bd31ee42-ac6c-4296-bc06-eeddffb32bce
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,4.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,2bbb9dab-115e-4de4-b31a-b6dee945d57a
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,4.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,85596676-1eae-4133-88d0-9f46d922ee99
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,4.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,697c5de3-caa4-427a-a92c-f1ec8ccded7e
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,4.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,5a9748c0-6aa5-4e4b-9c91-50ab4818c2c9
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,4.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,30711923-dbef-43a1-aa29-77a0f5916624
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,4.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,64e9fd58-596c-4b81-951a-3300f84b8969
+N2O,world,kg/TJ,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,4.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,be148c64-075f-43fe-8a2e-fa0ff09fa5c4
+CH4,world,kg/TJ,,I.1.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,bfd77f59-033a-4e32-a45b-80cca333c401
+CH4,world,kg/TJ,,I.1.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,55dcfb00-d3c3-4244-85ab-e59bd82b068b
+CH4,world,kg/TJ,,I.1.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,6c557c9c-7750-493b-9d8a-55c08a539d07
+CH4,world,kg/TJ,,I.2.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,33644260-c576-4a84-9015-0759e1540fbe
+CH4,world,kg/TJ,,I.2.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,78f2341a-b7dc-4aaf-a458-67fbe6232d38
+CH4,world,kg/TJ,,I.2.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,81047dc3-2a22-4a5d-9d5a-fa1ff317b0bf
+CH4,world,kg/TJ,,I.3.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,c07229fd-2afe-417d-a4ae-70674075074e
+CH4,world,kg/TJ,,I.3.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,4b21c323-9eb3-443d-937f-3e2f41ff88ad
+CH4,world,kg/TJ,,I.3.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,293cd938-4c7f-4f80-9710-51a7399ad398
+CH4,world,kg/TJ,,I.4.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,a9793d52-f984-40e7-9941-6f28184be7e2
+CH4,world,kg/TJ,,I.4.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,91f8ca6e-9c45-4256-8ca0-07db8d677e62
+CH4,world,kg/TJ,,I.4.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,cc2c2c0d-0896-4f68-b1ee-5fb61dc4f54c
+CH4,world,kg/TJ,,I.5.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,619ed7b9-a0e7-4158-8885-7be89fa04263
+CH4,world,kg/TJ,,I.5.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,30cab6d5-0bf2-4d7d-ae6e-778e9fabd7c3
+CH4,world,kg/TJ,,I.5.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,91c83657-a1fd-4aa6-b818-3b290f736819
+CH4,world,kg/TJ,,I.6.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,28d63a9b-feff-436c-b98f-e0d3be680e4a
+CH4,world,kg/TJ,,I.6.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,8df62b35-9269-449e-9d55-61b4fe25efa1
+CH4,world,kg/TJ,,I.6.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ef1bcf77-14bc-48ec-b0ee-c71ad50699a2
+CH4,world,kg/TJ,,I.1.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,7048fd88-1d5c-4fc0-8467-6d8362529754
+CH4,world,kg/TJ,,I.1.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,acfeef60-5dfe-4165-999c-4f51e52f2e76
+CH4,world,kg/TJ,,I.1.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,716c9ced-508e-4f3d-bc33-2ed4aefebb58
+CH4,world,kg/TJ,,I.2.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,a899de46-e705-4099-bf55-db19a9e19579
+CH4,world,kg/TJ,,I.2.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,78f73294-8bea-4075-a70b-9b85945a88f3
+CH4,world,kg/TJ,,I.2.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,1c7790ba-2811-4e69-bc23-cc5a8cd045e2
+CH4,world,kg/TJ,,I.3.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,d7c9a962-422e-4765-a5a3-f79fdd9085ff
+CH4,world,kg/TJ,,I.3.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,c6224bea-74a5-4fb0-8feb-9e5391564302
+CH4,world,kg/TJ,,I.3.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,ce46d8aa-8be4-493b-81ce-ba4bdf0d5bbc
+CH4,world,kg/TJ,,I.4.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,e8c47e35-1eae-4b1d-b28a-a6b37930b7b7
+CH4,world,kg/TJ,,I.4.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,1cf778ba-0155-486a-8c6a-0079ba9eda3b
+CH4,world,kg/TJ,,I.4.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,3abd3d0b-6663-4a9e-9b79-f69d9e90a97f
+CH4,world,kg/TJ,,I.5.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,6ab16d17-476d-48f4-946e-294ae0e894fb
+CH4,world,kg/TJ,,I.5.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,5b466a13-56ec-48b1-9ae3-f15b73c35166
+CH4,world,kg/TJ,,I.5.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,a367228d-2b26-4bfe-b4b3-61cf49946964
+CH4,world,kg/TJ,,I.6.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,d4de3ead-8270-4cf1-8d8c-dc058c654c10
+CH4,world,kg/TJ,,I.6.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,9bf9dc7c-afa7-4f39-a92a-cf1ff156b0b0
+CH4,world,kg/TJ,,I.6.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,3bba40d2-35ad-4183-8e6d-5730ed52cba0
+CH4,world,kg/TJ,,I.1.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,d5f6fc0b-cd9c-4671-88d2-9856288cf40a
+CH4,world,kg/TJ,,I.1.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,ce688604-2ed3-4b55-9992-9031f53b87c9
+CH4,world,kg/TJ,,I.1.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,f0d737d2-8a8f-4d33-afdf-c4da7e9ea140
+CH4,world,kg/TJ,,I.2.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,2c0654c0-f03f-4146-a30d-ff40e1a0bc0a
+CH4,world,kg/TJ,,I.2.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,e83093f3-32b7-489c-b85b-5f2daceff375
+CH4,world,kg/TJ,,I.2.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,a27a0583-ad2b-480d-90e2-653cfac0955d
+CH4,world,kg/TJ,,I.3.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,d908b340-b690-4427-9db1-bd49223366a6
+CH4,world,kg/TJ,,I.3.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,394bcca8-f536-4df4-91c8-047ece7fdf73
+CH4,world,kg/TJ,,I.3.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,816cb386-3270-4d9c-a8f0-de9c690475d6
+CH4,world,kg/TJ,,I.4.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,ea185e4e-4c3a-42ee-af56-009f1f5fe430
+CH4,world,kg/TJ,,I.4.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,192798b1-3c32-4bfd-8a55-b7f4d8db8769
+CH4,world,kg/TJ,,I.4.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,981da196-3b42-4018-9318-b7fa60503eea
+CH4,world,kg/TJ,,I.5.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,46498e83-f990-4b76-adcc-59bda39605bb
+CH4,world,kg/TJ,,I.5.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,956c5001-155d-4474-9ca3-ba6c55f1fbf8
+CH4,world,kg/TJ,,I.5.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,930623cb-abbf-4da7-9ad1-21ee6bb81c78
+CH4,world,kg/TJ,,I.6.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,8bcc4229-3802-444e-a4c8-aeefec5e512f
+CH4,world,kg/TJ,,I.6.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,e61cb3c6-28f0-4e64-b427-f7b7568513da
+CH4,world,kg/TJ,,I.6.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,78cf8f8b-ed2d-4ccc-9d77-634ee0bba3d7
+CH4,world,kg/TJ,,I.1.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,81f7022e-4ed5-4e57-ba67-b76746d57902
+CH4,world,kg/TJ,,I.1.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,1484d8f1-a666-4dfb-9f95-c44adacd327d
+CH4,world,kg/TJ,,I.1.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,58f7d3bf-0322-4582-aeef-39bd900c800c
+CH4,world,kg/TJ,,I.2.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,7af104a9-a0d1-4566-9edf-bd88f56a4ffd
+CH4,world,kg/TJ,,I.2.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,358860d4-0129-4efa-b70f-a655a8cfa823
+CH4,world,kg/TJ,,I.2.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,316153f9-0aca-498f-8637-47532a3d5570
+CH4,world,kg/TJ,,I.3.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,4dd8f7c9-ae89-4b51-9628-9d9b562635d2
+CH4,world,kg/TJ,,I.3.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,b970a7cf-b7c6-47b9-a8a8-29945aef5dfe
+CH4,world,kg/TJ,,I.3.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ab2abec9-5e05-4151-ab39-e00421f5ec2b
+CH4,world,kg/TJ,,I.4.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ff1b68a3-ac1a-4cef-96d0-4b1232132f85
+CH4,world,kg/TJ,,I.4.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,afdef328-0317-43f4-886f-e6c95927d808
+CH4,world,kg/TJ,,I.4.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,9199488c-2eca-4664-9cae-580ee53925e9
+CH4,world,kg/TJ,,I.5.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,8d7cc35e-ddad-487c-bf79-03eb82fedb72
+CH4,world,kg/TJ,,I.5.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,a00cec26-cbfb-4c2c-9100-ad52e762f43a
+CH4,world,kg/TJ,,I.5.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,68ffea35-ac25-42a3-b343-0a54070ab60c
+CH4,world,kg/TJ,,I.6.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,37164809-086c-4371-af09-5fcc1fa2276e
+CH4,world,kg/TJ,,I.6.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,fe2d19ac-56cc-4fda-a566-c40b239260bc
+CH4,world,kg/TJ,,I.6.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,f32f965e-f599-4466-8bbe-3c36ab5096d3
+CH4,world,kg/TJ,,I.1.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,2eb40370-b323-4232-a557-f750549c887f
+CH4,world,kg/TJ,,I.1.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,9f252d46-bc9a-4f12-b641-cf0f658148f4
+CH4,world,kg/TJ,,I.1.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,f23edaee-c2c1-44ba-9843-90302e1946f7
+CH4,world,kg/TJ,,I.2.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,75bdba36-57f0-4fad-b5d3-ce36a922e656
+CH4,world,kg/TJ,,I.2.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,bc9e40ab-0c4c-4a46-9238-1d23f4f9e753
+CH4,world,kg/TJ,,I.2.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,8767ed3a-cbcb-44b6-a92b-76b369f0c47e
+CH4,world,kg/TJ,,I.3.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,5e03eda6-1267-4555-b182-d55481a43480
+CH4,world,kg/TJ,,I.3.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,183f699d-d249-4091-8c73-a0afaa21fd45
+CH4,world,kg/TJ,,I.3.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,6d21c3ef-8154-4bf6-a251-3c6a37d9fcc3
+CH4,world,kg/TJ,,I.4.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,ee5b009f-4b83-45b6-b859-fb61a9c8b33a
+CH4,world,kg/TJ,,I.4.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,75708993-b151-4a21-94e0-700affdc3e98
+CH4,world,kg/TJ,,I.4.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,4c2d2e53-cbda-4431-a668-fbf8566d7410
+CH4,world,kg/TJ,,I.5.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,493d185d-a2b7-4017-bc9b-c9a46a8601bb
+CH4,world,kg/TJ,,I.5.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,493a66b3-aeac-4499-9cf9-b38f94b1b8a5
+CH4,world,kg/TJ,,I.5.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,b940780a-af92-4033-81ff-e6e0338f43e2
+CH4,world,kg/TJ,,I.6.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,2eb5b891-eaf7-4626-98b2-e27782c66a63
+CH4,world,kg/TJ,,I.6.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,186f6f73-da34-4629-80da-8c2b451b9b1f
+CH4,world,kg/TJ,,I.6.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,a1b1d5e2-494f-4525-a9f9-01d396dc75ae
+CH4,world,kg/TJ,,I.1.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,f957fbce-5871-400c-bdea-64dbe550c9e1
+CH4,world,kg/TJ,,I.1.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,ddc773cf-b27f-4f88-bde3-5740ed99cd2f
+CH4,world,kg/TJ,,I.1.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,c666f947-89e6-4f72-b29f-9f93758b1dab
+CH4,world,kg/TJ,,I.2.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,e1b7609d-0e28-46ed-ac74-3e0d4a3efaaf
+CH4,world,kg/TJ,,I.2.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,01f02609-b399-465e-a642-5c792aedf667
+CH4,world,kg/TJ,,I.2.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,fa4fbb2e-6ecf-4e77-a623-5b25fc78d309
+CH4,world,kg/TJ,,I.3.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,b1dec62d-8a3c-4091-a687-5d0141c6ae06
+CH4,world,kg/TJ,,I.3.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,98b4ee13-bba2-42c3-9a4a-972d1252c031
+CH4,world,kg/TJ,,I.3.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,00f04734-d40e-467a-9edf-4b30d1d029ad
+CH4,world,kg/TJ,,I.4.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,f8a541bd-bd6a-4398-aa58-84c48d9719e1
+CH4,world,kg/TJ,,I.4.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,c0664430-e3c3-4163-a8b0-8ba75d77fbbf
+CH4,world,kg/TJ,,I.4.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,73a35a79-017e-4c29-8a73-9533d2d91089
+CH4,world,kg/TJ,,I.5.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,cc9b3a88-2eb9-49cc-adfa-32792445887b
+CH4,world,kg/TJ,,I.5.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,b3bb4501-8f5f-45d8-b9a9-f4dcce66f90f
+CH4,world,kg/TJ,,I.5.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,83781049-b90f-4edc-9cc2-248834b53c16
+CH4,world,kg/TJ,,I.6.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,549b9a93-0ccc-4ffb-8a26-f8d5ae111a16
+CH4,world,kg/TJ,,I.6.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,8469ef8e-f546-4fcd-a0e8-76773a132fa3
+CH4,world,kg/TJ,,I.6.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:29.55, NCV_units:tC/TJ",,88c066ff-e02a-4a04-bcd3-411b9e4896d9
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,1.4,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,8b21732d-7b5e-4067-bf4a-e85fe625faab
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,1.4,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,3de4af27-9987-4d66-856f-2c383663c730
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,1.4,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,b31f7777-e3a4-423f-88fc-0acf3bdedfa1
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,1.4,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,1cad79be-1427-4f1e-8a3d-2939154df009
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,1.4,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,4a2db9f9-b905-458f-8785-c7005a4594cd
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,1.4,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,78d7f7e8-b9a2-4105-985e-0caefb3e89d5
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,0.7,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,1f806d63-8b60-4a17-b697-3d27de773800
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,0.7,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,1c2fef31-3b64-4355-8cf8-77c21eeb31d3
+N2O,world,kg/TJ,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,,0.7,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,968a331b-05b1-4253-bd1a-2005a82a8233
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.264,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,1dce4322-c7b5-4c64-9da5-5a93b2164921
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.264,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,301ba9d0-8afb-4d36-8a1f-06a495c6921e
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.264,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,cb883a77-42ea-4f33-a0b1-2788d9cbf8bd
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.022,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,01fc1af7-838e-4906-921b-a760526cd913
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.022,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,02dd61b7-740e-481c-8320-fed79bcbbe7d
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.022,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,5d0b0e7d-1173-47d6-9baf-6822bb9683f2
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.204,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,bb064cb9-eaec-4579-893e-2d19dc159ee2
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.204,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,76387ca7-405f-4cf7-9ad9-3034ceacc8a0
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.204,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,75d1d1dc-5800-4316-91fa-8401a65beed6
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,19.807,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,4e06803f-37e9-4c30-a819-94ed8ed253b0
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,19.807,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,27949aba-10f2-4460-8604-33f78dfaea8e
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,19.807,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,263fd034-f536-4864-91b4-f65f7d079436
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.217,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,76aae0d0-43c3-4508-a77f-1a97ed64afa7
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.217,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,0019cfad-0ff6-4d08-8737-3273721603fa
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.217,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,1860fcb6-9d61-4c29-bd7d-74b477842415
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.018,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,084e36fd-08dd-4f49-af52-0d42c851c2ec
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.018,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,454b246b-d8bb-4b4f-bc59-85370c2183ae
+CH4,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.018,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,7481b220-f962-43a4-ba49-076ce4a8cd7f
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.572,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,1a59065a-a54c-4cd3-85d4-7361ebcda609
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.572,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,2151cc60-dc50-4436-9fdc-faa7e476a097
+N2O,Republic of Korea,kg/TJ,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,KR,0.572,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,51e665d4-f37b-4fa7-bc6c-0854be838f44
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,81516d98-3449-4368-8651-a2a5f6d674f9
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ba116549-ab49-44cc-825e-697ec6eb0fd5
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,82996262-743f-4a33-86ad-e781ed38ad1e
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d66a6c8d-5bdb-4a99-8b70-8ff4294b672a
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,04a96088-fcbc-4131-9b0e-a9ee5edb8e81
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9fb7215f-7928-4cea-b248-d0cfcebb2123
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,3eb2ced4-1fb0-447d-ae6e-026bd0fe8426
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,b78b3af2-101b-4e4f-80ef-6ae74233ec28
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,792bbf6c-5570-47bc-aed6-6891292d44f2
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5288607a-842b-4da8-a4d0-7f89dec2693f
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,50d45ee0-322e-4932-856a-efcb3ffab761
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,51ae512a-4195-4710-a387-1df379232939
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,993fd9bc-f99c-484e-a17c-473d7d720075
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,112591f9-436b-4871-93bf-d2fe6a10be37
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,fe8ba93c-cf8f-402c-a44a-eb6e251aa9ec
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5b8b753a-deb3-4aa9-abb0-33963b564929
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,a9ca76d3-d02f-43cd-8add-a1b8dc0eac1f
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,260a0169-a8f2-4484-8719-2beb794b3797
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,e9ca4e90-37e7-433b-aa68-8c26083cf179
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7a36a1bb-1678-4e05-869f-466ec2f9770d
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,4a180590-4326-4095-8b20-c040d6c94e85
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d15c8dd0-c01f-42b5-a784-fa2fa1f5ddd4
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7a47205e-d009-417e-9a0a-f26895b6d9ed
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,777fd324-2198-46b0-ac83-66950c52cb01
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2aa5062e-d900-4d45-95ee-499bb57d77ec
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2a4aa8a6-4ca9-4d8b-92a3-4bbcf5763f21
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,588459fb-9fac-4216-97e2-0479d58cacf4
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ed89e6de-1403-4b2a-91e7-c40a1bf409cc
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,fb11bbcc-fc26-4c5f-bec4-47d5715b078c
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,77ed9aa4-4fd5-430f-906c-012b3c259216
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f4afba6a-c1ad-4c91-8c59-e0b897da37ad
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,4d3c40f7-1583-4aa1-9b76-d29324aa31c8
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,106476.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,65777228-e622-4007-81ff-c777959c89c0
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f5c9eb0f-431a-4b92-aae1-d8de02d6e36f
+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,106476.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2af4397c-c356-4ccb-88fe-23f823f51278
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+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,106476.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,30659b24-8780-4958-b7ad-39eb53b84c6e
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+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,94715.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,1c101ca7-ef86-4bea-a228-f5e1209fb5fd
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+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,94715.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,58498e8c-8666-4ad3-8abc-4708173d4311
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+CO2,Indonesia,kg/TJ,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,94715.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,32d68674-bedf-4e4b-80b1-6b4e963c6d89
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+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b724d925-4505-4847-86fb-805be053711e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f0576ac7-5ee4-445b-b9ea-ac42a83ebc96
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,dd777ff4-28d0-4575-ae27-ebdd0f8189c1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,93c05fa8-8031-4b75-9e99-cf5604ee8f3e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c7d11b80-9165-4a21-a0b3-e50050c9ac1a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6c5fb87a-3115-4e13-83f1-32f15274694e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,ee2e7144-5d29-4402-9b4b-0a6aa17da55c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b25d5abe-2786-427f-9061-b998110fd11c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a2e0c4e5-6e60-4b1d-87f8-1bb4e0de02bd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,2712ebca-d4b7-44da-a3e0-04c2bc774089
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6f3954e6-7ddc-4713-a1eb-8d90daa10ff1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,61d03751-574a-4e45-95e6-aac4cb1baa59
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6ca95c6a-ec94-46e6-b28b-4d31b8f9d6c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,3fc6a0c8-0a69-4c2e-b25c-3cac28867a25
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,922e2466-fd36-481f-9c4f-fbb2b03e0511
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,095a98ab-bb82-4cef-afc3-9765c56ea447
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,f5a0a636-4c31-4930-80a5-143bca23bc3a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,272a5375-f5bf-4a67-a251-752562873419
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,139e3832-ec09-451f-bfd0-b85639218f45
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,6b0431f3-7f7a-463f-99b3-b837e7673820
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,9707ebcc-6540-48e4-a313-af7814373fec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,4a8978bb-275b-44b3-8181-b249a819d404
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,c9986020-0a3d-41e1-9cb8-b4f66facfd3f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,43da80f8-6585-464b-815d-5437ffc7d20a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,2689bb9c-0772-48ba-8066-c2a22181bb38
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,ffb61e48-72c4-434b-bc36-e8cb139eca50
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,9894d4b2-a60f-40d1-9e06-3cc243e40c9a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,e4df3f47-07d6-4306-97de-cd9c62cf14d7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,2e8484ac-7323-49a3-81f9-839b980182a5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,d58bfaf5-f71d-42ef-9cea-a6f830d50362
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,dceaf15e-fb71-4ce8-b3a2-7654d53ac538
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,2d03ecb1-9c3a-4e58-9351-978421684d89
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,3415a06a-ef6e-439d-bbee-7bd6e8e65f15
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,68ca4928-ea1a-442f-b0d4-6edae4ba82a9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,6d0bd8b5-434f-4a45-aa74-e69e7f83058d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,80f41782-7352-4866-901f-617b7263fa99
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,ba4345f1-a1dc-4097-a573-7c3fe02c18ed
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,82c74b92-d290-41a6-b1eb-05fedad0d4bf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,6e27589c-5866-4db0-b60b-5ac47cc93c2b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,99dac883-f0fc-4821-8554-39692daaf37c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,93af0ad0-f8a4-41bf-8185-e8f8df683159
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,0820798f-ff29-4a81-8b37-c125b9f93143
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,bca22d39-a8c7-4fb0-b063-757bfa3dba0f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,557b22f8-b645-4e41-b657-adbdaeddb616
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,c31eee1b-954d-4745-afd1-6c0853c39788
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,243ef989-6f67-4bd9-805c-fabae43ff1f6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,4a569d14-2923-4b72-bc10-fef7462689e3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,f2c68f08-f9a6-4ebb-ba1e-341f7656793c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,48e53ca5-705e-4df0-9e3a-7be340610673
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,c51bcc45-28e3-4d60-821a-881b830d1d1e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,c25181e7-aa18-458c-a39d-83f56e1e2142
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,b784e40c-0650-45c7-82a0-a0aa31c4a33a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f98c9ca6-9b0f-4553-a15a-91954cf9e6dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,a79e0ac2-eadb-4d48-b710-75a735eb16f8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b9da3d66-641a-44f2-98aa-19bfdfdc16ed
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,4e7fe5b2-edc6-4c7a-9614-ffc52c00f26c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,8d8ba513-797b-422a-af2b-3c7381fee439
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,869bb648-2b3a-47cf-abd4-ddaa3f767427
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b4a1057d-27f3-4247-a261-cdd74529939f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,cef92590-4f21-4076-8dbd-0442e87dd806
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b8fdb176-974e-49c0-9db1-7c558e7a311f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,20cb0688-fce9-4a9f-a957-e5f4eef78e21
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f70d32d2-ca69-4876-bd10-9ea4893531e6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,8d6371df-986f-4908-a5a3-ff451c5a3793
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,a85a99f6-620a-4498-ad47-e9c6d378f823
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,aed9cb9d-ead2-4037-9943-e945b6b704fc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,dec90bd1-2315-478d-a634-87610936fa87
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b92cb71c-1155-4e9d-8754-2bfdbd630d7d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,6bec794a-beb8-476b-b141-6e3fe5565800
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,6ad41585-7086-408c-88a4-24626a2e2364
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,0ea0a31e-0a2f-4f55-8012-b71c07ea9484
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,c6d64f13-8266-417d-9690-7e3c17c63154
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,952e53cc-8628-44e6-8d52-5499a9260010
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,c407b1fc-38e9-452f-b2f4-5e827f756e82
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,77f0b020-8976-47ad-8006-4865dcf0a6ec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,af2500e1-d293-41da-aa25-1c0080e95d5f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,259f2b35-b8d0-48f8-8193-1ab3fa94a914
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,6eff5c39-8c97-4a12-a763-038a0d037f4d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,03a0e2f2-676f-455b-8977-68ebae39649c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,965331d2-51a2-4898-b942-7878478d8797
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,d2721b48-d971-400e-89af-97811a4b3cd1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,f74c6f1b-9597-42a1-b378-03e554be6df2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,29874ef3-65e8-4040-9914-6aa305be0257
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,8eec5797-18e8-4e90-b157-cb19a7987f92
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,420745b1-32a7-4beb-b4bc-ddedd5b359cd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,27535997-c5e7-4b8a-9c0f-abaf6ed55e25
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,97d6235f-5043-493a-aea0-e2ddbbc40ea1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.68666666666667,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,73c2248c-e334-4309-b92e-2dc72cc1390f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a02004a3-3a12-42c6-ab47-14453b75ca53
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,78675790-834e-4748-a271-e5bce97ca295
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b760e4c9-b148-4829-ab0a-2c6927575c4d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f1c79cb9-427c-4596-b400-d0366b8329d4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,1b97b42c-119a-474a-9178-c3c87e11beba
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,1ba61140-53f9-46bd-96ac-1cf90b617383
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,64bb74ed-a4cf-497f-a612-4cac7680381f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,748cbcca-7a65-4acf-8328-6f6c806d0f2e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c23aeacc-700f-4ce0-b9f3-005b8f6bcbaa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a14a7531-fe71-4a4b-bb07-b6effc0bbc8a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,3426a511-4579-4aee-a3f4-7fc96600323a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,e8f89f41-1266-4ae6-bab9-f9ff170e0a72
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,46c3f0c4-1884-4e71-992b-9205d42d0fd2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6f61276b-d222-4f24-a33a-d117f40e3aaf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b9c51a1d-5780-4b95-8934-eb9587f559be
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,18c4e796-2e6e-4257-bcfb-bac4024783f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a922be82-d20e-4f06-81bf-3ace259b4f70
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,1a03f256-42da-4604-99d3-8e84eccad401
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,6043e123-2c47-4d2c-80bf-222566564e8b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,3512ce45-9b0d-41cf-bc61-19d3b6befdc2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,37108ae4-7ba2-4292-b820-016eea3e4823
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,bb196a85-edcf-4c1b-a0db-f4ab236ed13f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,32fac5ce-de26-43c6-9390-a2ae1fe99b16
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,f6a1063a-7aab-473c-a66c-9fc8ac2fd5ff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,4130b82b-d633-43a6-80e8-4ebe86db2427
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,a84c108e-f16c-4dfb-a66d-1f5ec9c274f7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,e3d389b6-0a0e-481c-a3c5-b686b40f84cb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,a08bbb51-f949-4ff6-a61a-c800c1495db3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,a8947452-4ad2-4c06-8fdd-67d3a3c36d1b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,9975119a-f598-44fa-adce-99b4947c4e7c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,3e8e1e1b-d2cf-447c-ac4d-188f3865aca0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,231874f3-f713-4ce0-b2a2-bd9d73774d45
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,d752a08d-b198-4c09-9215-0b02021953c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,ddf0167b-2043-47e6-b645-c93d9acf2c8f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,c5d4a4d3-09c2-4d12-911a-3ab17dc69d7c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,bc340361-1b14-4fbe-ac24-6402340640ac
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,562fa848-f506-47af-9f53-99149086054b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,7cb2575c-84a6-4d6c-ac9e-b8900de01689
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,5a4603fc-426b-40ea-a3a9-363685bfe452
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,e9367a40-1b9e-4879-8b04-776bd96a2f23
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,6a554246-f79c-47df-97d9-b98f7c8c3752
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,8b2b821e-c607-4d7d-9ad4-f98ade8c131c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,cf9a0e87-207c-44f0-8100-5675bd187028
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,62dfd0f8-c2d5-4529-98fd-f24d8ccc5b4f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,4cc0917f-e04b-4b78-85a4-ea33d7194dcb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,ca1153d7-8d6f-48c0-b358-a6c5bf9ec8f6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,6b70211d-3a25-48d9-b459-12d115f3e8fa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,9e9641b7-e061-4f55-9867-c94b483d1040
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,6b99faed-ce6a-4117-898c-ed96bb24e72f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,ba1da50b-d7c2-4c61-8810-1b53d3cb94c7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,2c154b51-45fb-49dc-8cbb-c4fc6c804a40
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,eddd0680-105e-4c46-8923-78f9809b8561
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,3cf85e0f-4709-438a-9112-a41c75c877e9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,80a4030d-50a9-4b82-900f-16c8cde200d8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d05a80f8-f13e-4350-a916-4f773575ed4a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,caa3d701-171c-4e45-88e3-e2662c368537
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,cf1dd2fe-c769-41ae-bf3e-5a9e87f73d1d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,3e63fb67-544e-43f4-9f22-d0470579617e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,4f28d5ea-98ba-43de-bde8-d532ba71df44
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,e7c95b9d-a57a-42ec-bcd7-875de5e7d2d7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,76be34e2-6359-4679-9358-558eb4140a3f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,cb1e7a32-16e2-4203-af15-f141b422b844
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,430759bd-6cac-4d5b-83df-b3382faf5bd1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b71a5501-2692-46c1-b89b-d26c0d248e3d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,d048fcb1-38f4-4667-ac03-a945ed4cf87c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f212b7be-443d-44df-aaac-b597abe958f8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b24255b1-87c1-45e9-9dd7-4bccd3e805c4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,87f5ca49-594b-4738-8ae3-27fbe3142099
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,92b65178-c9f4-413d-a010-ae3127d2b25e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,30f4e6c1-6304-465c-9e8e-be8268e50623
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,edaef023-d260-443f-9fdf-06f2ab940616
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,34095a76-503b-49ce-a7be-7e66457e00ff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,78d7320a-6a2b-4317-bdd2-4584ec8ec406
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,f499a11d-ebb4-46d1-85e9-0e54d75e8730
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,6aa30790-1c78-4226-9356-c3c3c257ff70
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,b1bc148e-336d-46bc-9a4b-e8e0190a4fc1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,f4354822-1cd2-4212-92ab-87ed2fd7209b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,ee200a80-bd60-48ff-ba04-67c0df961a1e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,563495a7-0208-4e1c-9b3a-0c94d9f65095
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,250c160c-c796-430e-8a74-0ed9fce493ed
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,89011ed3-7eed-4789-900c-96fd57d567af
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,4685d360-5dfa-418c-a6a7-a090059a5b3f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,9e8254af-39f2-4dd7-be2b-e10390d8ece3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,318e8a5b-aff1-4a80-be91-c8b535a36815
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,4f3eec78-88a3-4c3d-a1e9-14892f0464ce
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,93423b3c-8569-4afb-8ebd-3e99e9c39ccc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,dded9c37-788a-4786-8f8b-9830b476a48b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,57591437-59d5-4b9d-82f0-64c3026ae0eb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,35f074fb-7938-443d-ada6-37976021e2aa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,91.99666666666666,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,d68bacbd-2a18-4e93-b301-3e148f7a0044
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b7fb05ce-2565-40fd-891c-65863592116d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,05eac17b-cb4f-4bbb-a6dd-bc8902335102
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,250197f8-a21d-4074-ab6e-8e93825cd748
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,cadfc4fe-9255-40c4-99ad-1ab1161e4c6d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a85b7019-b9a5-4a92-95e8-ac5f854fcf85
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8f6be1b1-8d32-4c50-a8eb-eaba713b832e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e42e3658-1b4f-4018-b540-34f29d662f08
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e0ec793f-5fd0-4865-9787-f504b774b1c5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ef47c7df-9370-4b73-8d1d-96e84daacc0b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ecb9ed8d-f98f-4cba-b911-56c98e1b0d52
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2218b9c1-1fae-40d3-bbb9-2ed1c983bdc4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,48c44156-61ee-4270-b153-1d6397200b6c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a46a17dc-d241-49f8-9288-5abbba971f3e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,57cdeb06-bff8-4769-9f40-cf59a4cbc14b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1f249fea-1aaa-4801-9632-3bf8c81e1724
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,94b370d5-beaf-47b8-836a-80566e5dfce9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9b35db6f-801c-4a08-9073-301985c4ea05
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,13d87779-b36f-46b5-8d47-b135fb16f009
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a3b475e1-6bd4-4cdf-9853-f40e786061ec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,5d7b13f7-290c-4238-b34a-a1b68096dcc0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,00116683-a2f6-4b98-95fd-b51e716307ab
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,c2ecf674-541e-43ba-8d28-a9bd30026c6f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,c4e900af-a0ab-47ed-aa70-80dc042607a9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d117d599-6e54-4626-8dfd-3e4268030b47
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e57d27da-ffc2-4c8f-b72b-cf300d7ef8e9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,5c8f4f78-e650-4f61-8b02-7e90f351efd0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,fc2206d5-721b-49ee-8003-6fc8a941954e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e9197661-69d1-4d78-a403-5d4a3c45da0e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,78a0bc3e-1c4a-4b9e-911b-89b1c22ab64e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,6397e2e9-8d49-42d1-b3f8-546724e7d277
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e8dcc110-5cdd-4fd2-ae1e-3c6349fce214
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,86d4d2f3-d089-411a-bc7c-f13ac8c99c86
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8b4ce312-a2ec-4b40-89a7-dc4363c1280f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,968d9b15-dbd4-4d82-8bda-bdaa9470e9cc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b11003da-351b-4cc3-b651-f7c42cdad9e9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d67cfdaf-14b5-47c6-b1fb-41feff9f8fbd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,9786dc5e-edb3-40fa-8003-87806adf00f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,b87ce3f6-e304-4457-be32-f63d478f0f79
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,f7607d33-6fd2-462d-a1c5-82311b68b08f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,e3ac4b19-90d3-469f-92d9-33f0d7e3e098
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,3a440d3f-af09-4431-b004-09029deeddec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,aaa91817-c074-40ef-803e-6b3726b1c9a5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,1612ce02-4309-49d3-a801-c7a325a2e6d8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,58c7772f-6a39-4774-ac71-1bbb4732c508
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,99def8cd-2c81-4990-a94f-8719d80d2934
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,a9cac34c-a0d5-4174-af37-4d7e8b9a25a8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,2bbee8cb-5151-43ca-ab66-9059d99da2d4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,851db968-8c65-4412-afba-598300996c74
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,2805048f-e31f-4294-b922-dbd5870ab777
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,a2ae6cba-1b9d-4672-8d48-110b3f4d8096
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,30f3ae5c-b6e8-4101-81c4-fabb1f1e7739
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,eba7a0bd-75b0-4fe5-9b57-5d4394de151b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,29969148-b03a-4545-b276-c1c4aab2ffe1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.06, NCV_units:tC/TJ",,0824e5e0-dbe2-4569-ae16-151eeeb1137a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,bc2b4aee-c052-445c-98b4-d9a34f41124d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,13af1131-716e-479f-8794-32cd69d1a723
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,db71fcef-082f-4e99-a3a2-37f4fbc259b6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a4530032-1884-40fb-9c22-64d4c0bab9b2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,552b1ef2-f1fb-4bdc-8324-7b41ee4df991
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f24538e7-828f-477f-bdc0-98287a1304d8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,4e9ecb4b-236f-4d12-84f7-b57179441578
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,eacfce8a-dfa3-4bb8-8114-95221f6dc911
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,dd20f9d1-1df4-438e-bba9-9ad705625c70
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,83056db8-fd47-48e3-ab6a-bda8aadcfc43
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,809f4b99-6df7-41ac-9b0b-9f465ff0e6e3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,03e0edeb-4421-4c38-90f1-0771f3ac14cb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,4ef035b4-dc54-4a6a-8de3-0a497c9200aa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,7027fc61-ef99-4e25-9c6a-c26663b38e43
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,65d3fc75-0ec5-4557-ac36-67fb753e27ed
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f6ae48cd-5c11-49a6-8f4f-c47f63688891
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2ce2e276-088e-45f2-9a9c-86a6afb1d52e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a870927d-e657-4222-a12e-b70127b5b2f9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,057ae5b9-3b83-4871-9ace-82cf09f3c064
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,bb1d0833-957b-4048-86cc-915eb8844477
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,0f6a08a3-d1a8-4f0d-8090-9afbdef2c642
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,4fe89642-2244-46a5-9406-b14914acffef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,72d59997-7251-4d78-9a19-e26cf33a0279
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b3a510e3-4718-483e-94b5-59be2212da44
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,300fb53c-ffaf-41d7-b4f5-dee150d3986d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,532c5c24-bc37-4c01-b521-8659afec5c5e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,89629517-2363-4f7b-96b3-1a65446934cb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,714969dd-acd9-49e9-a3e1-1328c48275a7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,0e5d7299-a951-4da3-975b-c2e8e3e834f3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,912c4a12-4b71-41a3-9f8a-055373eb4e03
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,bd4b2da9-c841-4b27-bd5f-4e056e94ee6a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,25ce1722-6c1e-4d98-b1cd-0a79d0d4cf2e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,1c5737c5-5e3f-4613-86e1-0fcff23cff6c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,b7b9a165-1187-48ee-a62d-179368ecf6d1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,f159ced3-f01f-47f9-97cc-be6530d4a1b5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.42, NCV_units:tC/TJ",,c92eed5a-0962-4ad0-a446-e3a1a3e5b13a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,62553d80-316e-4f1e-a93d-42ad2e1257d3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5602013e-2a11-4d14-a2b5-f9f89ed1b28f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,bb49da24-2fe2-4ea0-baca-d99f6ef9698c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,57092424-95a0-4ce7-bb26-a48d655042de
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8f830d8d-b679-428c-bd2c-0d4d425a877c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3d42d265-2624-4608-a729-7dddee742437
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,94f11367-32c0-4ed7-99da-003300c2e3b8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a463e43f-f2cf-4c47-b201-bae13177f9cd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,bf42487e-78b4-427c-b166-8815a5c06902
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2d68bfd8-84bb-4beb-8e68-6db9ed2a3dbf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,df229220-1f7c-4592-9d3a-b5854f84d4b4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2511463f-3a50-4a51-906d-6ed6ce1fe988
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8bd635b7-c888-4074-9b95-db53f79b697c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,4a742458-36e6-42ec-9fb9-f7122ee48d22
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,edb6086d-94af-4ef2-8143-3e2a8659c195
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0715a6f8-f288-4623-bd27-7fd5c05f6a96
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ea3d55ee-0ff2-4f44-87f2-053c4e0d0eef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,89.06333333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0e9e90f5-1f64-459a-847c-76da73563909
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6dc3ef03-2bf0-4658-a6cd-7c8d194da6d6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,d93e83df-6d8d-40e0-b56d-1bde8debedd3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,17b5c6f1-b735-4ac3-a6b0-de41cf2dc134
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6474e640-d1f0-40b8-b11b-610326f162b2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,ef12392c-853d-4935-a958-6eba30d3f13f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b36bb835-4bee-4f41-9936-783909679e6c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,1d1d381f-b460-41b2-98bf-ddbaee6cafb4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,704376fc-7f3e-40b1-b5bc-1a45007b2afd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6567645a-7b52-4f88-830f-fe8729c6ff09
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,3df7f03a-5817-4dd2-9f71-2f34fd4fcf4e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,8f2b0f32-94bf-45ce-b30f-61b7a831f347
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,3b0b0dfd-7673-4b97-85ba-aa498d4636c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f692526f-6cf1-45b2-b41f-d8fa823dd9e4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,867a6a87-4e5e-42bd-8e33-441c88189364
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,88a950fd-20dd-4cb1-830f-9580c67d8973
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,cb8f28a0-b88b-4adc-931d-de4283a32bde
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c6914218-4383-4b98-afc7-b58306aca9f3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,9126eb1f-1776-482b-8b39-603821ff98bd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,1a09e3e6-6e6a-4b1a-add6-6b40f5687b13
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,60be07a6-794d-4b6e-849c-9ca28f154f86
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,ddd13b9f-cefb-4728-9305-c04ef29fee83
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,2a436891-2593-4569-9f41-3fb3ace694a9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,b9c1b346-8263-4afd-9a4f-d3284ce38efe
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,be825532-ac12-4c29-a22d-a84d467e4c97
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,3128fe9a-c1dc-4456-be90-37dc435b0e82
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,a3b61a31-b3b7-445c-9da3-8bf845b83fe5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,f5e73bad-db43-4570-aa75-ff8cf21fdb07
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,50dfbc62-07e5-45f1-bd8d-7e18d908e14e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,c1667558-20de-4035-abd9-3d20c55f4b84
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,0866504c-eb7b-4b2b-a6d4-60f669dc4e3a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,f119a5b5-2e6a-4083-8bec-f4e39631d26d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,285be65d-b46f-4ec8-a91b-0be6c7e400d0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,3f744b5a-bc6c-4697-8ede-b31d4f4bd221
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,34fc3a13-4d28-40c8-ab2b-4a471d8c8588
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,d68e6934-9902-4e0f-b831-cec9e8f6791d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,16b7e233-8447-4945-8241-36564de171ef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,f22e2728-1ac3-42ae-9ee4-91f919e9ec86
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,f6c4dc96-ce84-4f43-9124-c6028efd8f0b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,f65978ad-aa57-4a44-b46a-ed0b288a4924
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,0faae7fb-cc0f-4736-8177-dce17dd8e748
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,7f327749-5815-4fb5-a39f-a32b23a5c3f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,8b992f2b-a122-43a2-a3b0-c543cb31af60
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,bb26477d-e6d6-4f01-8076-13d8ccbc03d2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,680ff1ab-500e-49d1-99c7-74f3a8aa0e7e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,475bbe26-e497-40b6-b3e2-5eabb132d932
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,4c2d334a-adea-40d8-8daf-a2b133ef2d41
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,8b8117df-05e0-415c-8f25-52c4b725b857
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,f57115ed-32f8-425f-9732-fb9e464cdcfc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,57e3cea3-2d13-47de-88a5-a877a9de27f4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,87f30095-5f77-4275-8759-8f2f08a6e2b4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,91762cb2-e58f-4544-959f-2452a9e5f7d9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,021b91bf-6e11-47a2-828e-549d083d4554
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,6bf9b804-a00d-4748-b850-b7fc96e10ddf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,109.55999999999999,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:30.22, NCV_units:tC/TJ",,eaed851b-e7e3-430d-9c36-7313a1bece55
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,00995746-19dc-4223-9748-89bf746afc9e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,6e2929a6-87cd-4a59-8b34-adfdaba8d718
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,0fff0110-76ce-4166-b4b7-e17996b3f97e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,1ab166d7-ddcf-4091-89bb-13e60ae10fc9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,1f8ecb4e-56dc-4c0d-9cc6-c32edd73594f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,475ea6d4-da9e-45c8-a08f-57a1c4cc3385
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,1e87e79f-092d-46bc-94e2-e74844596f1f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,fe270ca4-54e3-45ea-9586-2490baea2e52
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,81a8cf33-3c83-4f1e-b2de-03d18d3f9248
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,eaa628f0-38f0-47d8-b7d1-c197b49b9ff5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,5dceb46d-5193-48d9-be43-ec29231494ad
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,4ccf749d-af6d-4b96-b72e-10200092c31b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,92764fad-65a1-4ce0-8102-b54b203b0822
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,1e19c327-5aa1-450d-915f-d44b71016686
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,376a280f-7772-4c60-86a1-b771f67c4ec8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,272446b2-f322-44ed-804b-20825f5b5fd9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,263a9d48-f0b4-4ff7-9157-8e15642133b8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,034ccef7-3830-4c7c-af81-c57f4679824a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,e3a2ed7b-f912-4a05-a087-08a017dbefc7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,49381883-7718-4697-8219-508d4d475242
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,cf27facf-6507-4af0-87f3-96be2b92aff6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,4a06d9e9-7bc6-4446-9b34-79828a07d011
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,8b1f4cc4-d683-4ea2-977c-92ed0141c3a7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,ce70ccf9-8936-47e9-9c80-d6fedcc7cbb2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,9d079594-4ad9-41ad-8dd6-aa4aef60bc00
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,8e642e67-634d-488f-953b-a1b756cd6b13
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,28fa934b-fea3-40d3-ab9f-7dbe2793b3fe
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,b29fabca-e631-4987-a2d6-e1a601da32a0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,8f3c08e2-8141-40c3-8fa3-4adbadbd56d7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,70ac5784-5ce7-49f5-8971-f0493bb5c875
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,356edc45-0a54-4e96-96d3-e1f715832a92
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,b65517b2-204a-43a7-810b-f38bc3c1eaf7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,afe7bbe1-5231-4b25-b834-05542e14b7e6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,93cc6d51-9f3c-4e0c-8d64-6c9ca656f8e7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,77acc915-1308-40de-b802-aba3ead6bc1d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,26db9085-3305-4c58-893a-473b25c00d0f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,7f79d2d5-9a3e-45e0-8bb2-09a604ee22ee
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,41b890a2-2ea7-4778-9e48-85a050f78022
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,33edb420-f109-4d48-acbc-2b6acb0cba20
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,737f76f2-c834-40b1-820c-8d3466830879
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,03073427-7ea2-469d-8b79-00731a9254e6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,6ed0a590-77ac-4d07-8225-5b1dc6a92484
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,7cafb798-0adb-4060-ad4e-6e8f9e73ccae
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,bacc63a9-457e-4adb-8ed6-570f502f8aab
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,66cded11-fbdf-4f43-b210-c5f30a8777a2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,7ccdf5c8-b8c5-4ae6-8526-f6f96dad0dac
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,d11d60d2-5977-4923-baf9-b709d9cda354
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,c9fd0302-e159-4c12-9d7d-9e0d4f908f73
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,082de9b7-4806-4cfb-aaf4-a67244beb6b2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,e5e3437d-823d-4e94-a35b-715946ef3922
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,bd1c030a-e338-4cef-be21-03a094f354a9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,066fd5ce-7e09-49ca-9daa-f954398e1d9a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,a2fcb878-1fd8-4f43-9962-20a187e9fac7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:10.93, NCV_units:tC/TJ",,b912d182-cb86-40fc-a2ca-c73200ccebe3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,388a24e9-eedf-4ff8-a7b1-922786c353e1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,c395b04b-963a-4128-b0e5-5c136f34741f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,bc0198fe-f8fc-47da-92e2-05bd9c48491b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,e935daf0-3c1d-429b-84a3-6225a6864fbc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,99f033f7-0581-4b13-a388-6260f7223f3a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,c65b52a0-9bf6-4312-917f-1f5b0dd63fc7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,f96b92de-de5e-41a1-b225-bd5d884b2e0b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,64a12e4f-b52d-49d2-8d68-b0c187d92f1e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,ac9d2dcb-5d1f-4284-92ad-7d3758737a65
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,aa70e595-1601-468d-a267-fbbfabc47257
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,085dfed3-c8ad-4421-a700-a6bae96f9ea3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,c949b0c4-3e3d-41ef-bd77-6f78b53cf845
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,139e6d6d-865d-4d34-af8d-450f1a8470b5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,d826f049-29ea-4257-8b4c-842c23b3572a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,ee6e77d5-8f73-48c7-b8da-ca0895be9562
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,ebe487ed-969e-404b-b6bc-0a3defa1fcc7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,576aeaa4-aa8c-415a-8c98-c975498ce5c3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,39.89333333333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,971b4aec-db65-48c0-bad8-c7f69412c41d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,767190f7-56d4-4b91-bfcd-d0816a3c96f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,7efe9f8a-b840-4228-8606-e2dd6cf930b6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,f56bf4e8-b00c-4840-bbde-6adf0eedcfc9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,d43e8711-58e0-4de5-82b4-9d0a08d62615
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,b144e936-9cd0-41b7-af72-a3fffade1dea
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,5f14ce72-52b7-4ec7-b5e2-b2b6b49a8f7c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,bada2145-25d0-4ae8-902e-42aefcd85919
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,0c81c692-3df9-4f5c-ae79-6e136b45db2f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,b0cb3056-45ef-4276-b63b-40ad3438a362
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,5c228a21-2e06-4a98-a34e-a1064d51cc2e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,9c230133-d046-44a4-b485-e5028e1d7a7c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,0f142af8-3ecb-4d0f-8e3f-55f99fadfca3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,d5a1ee8d-78a8-4e8d-9727-2d20182a6be8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,3e02a9c8-4d5f-4aec-92e2-6eaa114335c0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,ebde8d09-b945-4205-882d-b722d5bdfdac
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,0934eb3f-d604-40a5-8858-865b577c68f7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,c2cb3ecd-b307-4890-9c08-c7be54d4c67f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,5bb7d65b-a876-4c96-998e-230307725007
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,cbe12a98-4ce0-4577-8c35-623db51868e1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,c5e3dcf7-7ce9-41de-a7da-0890dfa5a473
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,ecde06d8-029b-43c2-8549-c3a39db7cc77
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,72874b1d-a195-4faf-b77f-37db7f5bee04
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,7de05b5c-6726-46b8-ab18-7671231dfb50
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,24354350-9d23-44ee-9e9f-90c6fbb1ba8f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,f53bfdc8-77cb-49b7-aa15-74922189268e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,0fedc614-1f8b-4c6f-a5d9-17e0113f3ed5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,6eee5d89-f383-4b44-a2f2-ccb5364acdbb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,66bd85f0-6d8f-4847-8812-f89b6be71f22
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,51910689-ffd0-4d1e-a29e-3436e79f473d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,509d06ab-4a66-4b12-ab15-629037884b7e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,cbaa48d9-08c8-4e30-8ea1-d564a282c546
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,6c5b633e-7889-4136-a56c-ae6d39f1d080
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,3b955d7f-f41a-48f5-98a2-186beb3c812b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,cafb512b-a1a7-4c72-b6df-282fc5fa4a53
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,b860699e-7745-4be9-a76a-7235c0de7ace
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,dcc1471e-11f7-4ece-8596-d25038b2ed77
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,023e5603-5578-4fee-90dc-e9e3aff5a000
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,cc042b24-32e1-4540-bd37-388e8ff44e11
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,b2c983ad-5ffc-4331-bd1d-b5bda769c531
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,4546e2e6-3e05-4e60-84a4-d80414acf7dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,be572f50-56b6-4f7f-8fe5-a76f216a4683
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,14fae756-f8c6-40d9-9035-f62db5cc3025
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,95462792-cc11-41d5-bc89-d130b631e93f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,d7643954-04dc-4039-bec1-209f16a275ab
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,92ca35f9-0072-4f81-80c1-061c0b9f76cb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,bf3eb442-9076-4578-a571-eddc892fbad4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,8554b5cd-d653-4364-86dd-69dbee6543bb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,5a705d5e-a06e-4995-98d4-9dc4abc31ade
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,baa70cb0-1745-416a-a58c-a22e9701e3bc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,5fca22ea-b33f-4ac6-821e-c953abda5f47
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,9afebe2a-2dcb-4751-9f9d-b64c56a4ae0b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,508621cd-4a3f-4a45-9607-1664ade82c2e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,131bda4f-f7a9-48b1-99cf-87650420f4a3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:51.94, NCV_units:tC/TJ",,d58b6867-fcc9-4ab5-9644-3915ee0ad316
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,0fad3687-0feb-46cf-a360-6764b765d73e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,fc0a9892-2c93-4d7d-8d5e-b5ff55d73d6e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,7789bb1a-2255-41d5-866c-8e52cec65439
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,dca8b50b-f43e-4447-b7b1-9485e7d0f7b2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,760aca96-3fcd-4d06-b6cd-250a759f2050
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,27d68e65-b8dd-4bef-819b-ecd67669e89a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,213c5bc6-6b6b-4db4-87dc-76af7be1091a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,1774cef7-1914-408e-93b4-4a0edbd08b4e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,ee5e040d-2f48-44af-8f35-51287c55d00e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,02317dab-603a-4022-9d93-68f0a40ad6a1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,722ad324-dfae-4c9b-bbab-b32ffe78bb31
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,693dd802-2fca-4490-8553-f3737d6ac89a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,f9eb4992-ed40-4621-9a0d-b55ce383075c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,bd319407-cc20-4c60-a956-7411d2e85835
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,aab936d3-1774-42bd-98fb-bde272a62697
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,0938471b-b44f-45f7-b59d-7fd3dc8c31dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,403e7f1a-36b7-4bae-9743-6cb392b6e259
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,e50f4155-eaa6-4fb8-9906-bf600d314c3b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c404e561-b808-4eaa-b6e2-8ec6995d3ff1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ec1e4de3-5b46-457a-a3d6-9ecde10b693f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c61b887c-251b-4741-845c-4adcaeb33b25
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8efdca23-5470-4855-8f70-558b84a9013e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e96d1b7f-d1e9-4be3-9ca7-0d9664d624dc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0956b586-db48-4325-86f5-ade9a1b9747f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2dd38ded-8b0f-495b-a9ea-3f7d02d52f57
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e1deef8d-4d89-4fb2-b615-d82000babfa5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,23442419-6765-4e33-a717-85b063528f26
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b78b6fc2-6f15-4ad6-af2f-dd5473874569
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,7c61a0ac-bd4d-4741-bcc7-03d90974d576
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,2f531fcd-cf1d-476c-91e5-1be7f834c58b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d7054962-98e1-49d7-90cb-5d756d125be4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b517b130-2d84-499a-b5e3-ef8ef5bdcf2f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6473db4b-611c-4735-a1be-d2ce73665aef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e211a0f8-ad29-48cd-8dd7-cc06ab5be997
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0e2f94b4-9c90-4553-9e1e-358721e2c881
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,95431470-a5ca-41a9-8933-52816407c803
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,94135789-5945-485b-ba54-85350a859f48
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,e943b501-9175-4644-8bf0-602d94050256
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,237c4e8b-2c3b-48cc-904b-db3ec23a9588
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2dcbe5e3-816e-4ef2-8894-102e94c1db5c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,685a2feb-2499-4045-aa20-e5276d1d7451
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,45386aae-6847-4f59-8463-3cb0aff7227b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9e89e598-64eb-4315-976a-73b6fb4200f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,edbf6a52-b54b-4787-97df-cfb7f768a10b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,e1c0ac4d-9175-44d6-ace2-b00e4a612f94
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,798cd738-bb92-475a-a62b-16093810445e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,46bed969-223f-4aa8-a875-3b372ec8c1bd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,77f38972-575f-4a8e-9c6e-c5be8dc92a98
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,6b02a6ab-6e3b-4e0a-9cd0-a97846925d24
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,50ee321c-c174-45aa-98f9-31264a062f61
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,6111d639-778f-466b-b151-0842935ac14f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a9b836ad-5e81-4d44-b659-71b69355d1ff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,621d5da4-8487-43f8-973b-538f20532b90
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,f14c0ceb-e272-43b2-ac76-b9a5060f780e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,8ffb944c-0f88-4a24-962f-680cfd84c892
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,4bbaf6be-03c1-404f-b885-3b1d22d65f9f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,b575fb51-02d6-4903-a966-fca3839036c5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,ee27c14e-80cc-4ae0-873c-4176c07a92a2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,6b876f6c-9287-4fe7-84d8-56af73496223
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,98ef0304-143b-4aa8-a712-93ab20f163bf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,a98b0edf-1e75-4dfa-8fc1-69307c306484
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,65198ab7-8be4-4477-9257-a6fabdd8b66b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,b9a9d8f8-9e16-4950-9750-82d1b29f91fb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,6c23cde6-622f-421a-a408-6f04f55d1cad
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,73e0ec1c-5e70-4e00-95bd-a4aaf17d48ad
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,7d4f7113-7652-471e-b6de-fec621b2d83a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,02fe6bdf-a178-4675-b56b-3048601fdfff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,3a3950b6-3770-465d-b6d4-79a4327c318a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,a966c949-f78d-4703-ae16-ace2488b1c2e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,81797570-b348-4225-aff8-cf98f9d36bf9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,b2bbd587-17dc-4806-90ce-1a81395c154c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,69.59333333333333,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:19.0, NCV_units:tC/TJ",,be4b9075-00fa-4a51-8224-7bd69bce7de5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,e83b1baa-1736-4d48-a9c7-d67ef99f033d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,49255236-7806-4319-860c-8e0ba4cc5e8d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,b2e2afbd-c921-488f-b6f4-5d767561bd02
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,ba9cdc89-e934-4790-8d88-c1284f626a37
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,e6abb7e1-c3ad-4905-9a0a-1f16bde5005a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,1a733006-16f8-49ba-b101-942cb084cfc3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,4a07bf64-61ec-4939-a385-4655b94127a0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,2dea7fa8-2a88-428d-93a1-50bcdbf1d944
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,e2b642f3-10cb-4487-9e53-557ac778ded7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,d9fedc63-6149-41a1-bf0b-b77ec15f9286
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,a9a5693a-0776-4acd-917a-c194639f2f37
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,7462c9f8-dc06-45aa-aabc-8c427f6f5127
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,1c809362-c7b3-4320-9693-77501e2a9179
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,828d1928-b165-4f73-8226-fe01167a4caa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,9a4ba535-b899-4909-9b48-7fcbc60547dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,2c4f11e3-2f82-4a5d-b7f8-f1df77847929
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,85e480df-a010-4b3d-be22-548a4d4ddc64
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,417fa41b-531c-4fc2-a8a9-8b263f8a01c1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,d4a39fec-efa0-419f-a37c-b08a9f478001
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,b62fa3bc-e6b1-49a9-9a22-42f38d71c918
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,f19b7115-65a3-4777-bca5-95d3c94a9351
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,e62ef0a0-1b96-46e5-8de3-c8fdd201e27a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,68d49536-07f9-4484-b16b-f5c602898c07
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,4496d143-c385-427e-97a8-24516f7945a0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,132fb5be-0fee-492f-8a02-42b8bc71ab61
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,170ea04a-1df9-41a3-8858-6b6a3d54630c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,85644066-39dc-4230-b787-1cad216c9f25
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,c6396bc6-5354-4d65-b99a-2af6cfd7f799
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,0553fddd-e2f5-4bbf-a794-07c54cfd9896
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,3cfecb93-ec08-4563-8d56-25db96bcba39
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,c811d886-c659-43f1-98cb-399e37bba954
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,c0c1c363-aa7c-4f03-b409-bd3973c32174
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,a7eeaa22-001f-4999-a6ae-e15a37862019
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,c7f468f3-4bf0-4218-b254-a1bf795e6a41
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,48fbb20a-6325-459d-bdeb-ac45c02db68b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,a478c6e3-d253-4ebb-bbb9-2d9a33e4f3c1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,29b4b496-5b33-4136-af7c-c5f559ff684d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,a2a7ca5b-7a86-4092-b08c-b32263a16066
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,3152489a-72a2-4b22-a004-bbe9cea95f43
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,72316ed2-c558-4030-8ca0-3b6b670755ec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,8be35c34-b2e8-427e-98d8-9eda5aa5f744
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,ed8dd7ae-9fe0-482a-a2a9-b04b3fac4faa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,d354b6ec-9773-4ee0-b6e9-66fa8b923320
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,bae264d3-b126-4ae0-85f6-6a26c27f768f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,38940339-8dd5-4035-96b6-c92111abe198
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,035575a4-63f0-4131-8e46-726472dc0d11
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,324d18ab-e034-444a-a14c-a5fc47c13388
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,cfa87903-eb28-44ca-a44a-610b721fd132
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,946429ef-90d9-46e8-8536-993b710e8edd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,6a00ae92-e9ca-4d91-9788-5745ae0e2e3c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,6d7e50ce-e8c3-4347-8bae-d0d318f9fd3e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,48af9335-a38f-4014-b975-6e5a945f8c07
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,c1bc11db-b847-4e72-b665-05e0b2b0866f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,66.80666666666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:18.26, NCV_units:tC/TJ",,f924c5b2-6473-4a62-a962-1da27c7ecec1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,ae35895b-03ba-414a-8e0c-de1644b56780
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c54b2210-f78b-4ab5-8c15-bf3bb3c25dc0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,dc17093b-f07f-4928-ad2d-3ebf70fd0d24
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,50e5e86a-541a-4f4d-9440-e507db865728
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,151f761a-f8c4-4e78-88be-56c2b37a4c17
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,39e878e6-f40a-4308-95c8-bbb03171ddfd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,018d2877-8287-4356-b61a-36da514ec136
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b301ebd0-5a14-4cda-ae59-8dbb234ef215
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0ba08a87-1d42-49ce-9031-4e319482aaad
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2428df8e-6d58-4770-8774-2b1bb65e9def
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,d2520bb9-41bb-46ff-bd91-551e32e70cda
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,fba20487-fb10-4044-90d6-2d1999aaa517
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,6dd9b619-22df-4da4-a66c-fc7979fd4060
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,3c89af6b-4fbc-45ee-9c97-0180340113eb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,6fa61ca8-6bee-491d-a3b1-71a02d6c7c4b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,1a717c84-bb61-4bc8-bd89-6d1ec7ea5ed8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e2ac15dc-aa90-4744-8cc8-91f1ec892a61
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,28c88063-af11-441e-b1f7-d16f28628a11
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a64b2b2d-1593-4b7c-81be-3cfaea5dd076
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,20d4b500-6f75-4d7d-aa80-edd70f8e7bff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,3288b7b4-35c2-4151-a5ba-f0e56b57ec86
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,32115251-c428-4201-9a0a-ed07e1c45264
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,fbfddb22-3491-4d5f-8b24-05b41c57fe58
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,44b439e9-db56-4b8e-8b55-5d8d92c98ff0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,51473b25-4f76-4af3-b6d7-f6617c1ed064
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,fc795431-4622-454e-ba79-cde9b2ebcccc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,281f0d99-8b6e-4bb7-b82d-cf0c62269927
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,921c7acb-7142-4b9a-ab3b-6cff5ea0af22
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,9beee0cf-648e-46e7-a5f6-6c8429cd1b4d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,c03e10d0-1e22-4975-8d56-5158c409ea45
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,035feefa-23ee-4105-ae34-3de7aa92a1a3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,4977de0f-bd5d-415f-81bf-1148cda3661c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,c928e053-eeb1-4535-9318-060729623b72
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a5d3e7ab-1ce2-41a3-a773-4256a321a390
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,da1d74b6-cd79-4e87-9010-98eb64491135
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,68de9d50-1399-40f7-a675-6eef25ed2bd2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,3d0c6ed7-b352-4c5e-a72b-be5047392e01
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,103fad33-e433-442d-a1f7-6e8c08d46bf2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,dab7aac7-863e-4076-8977-a7c593128f82
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,274bef82-d5e7-4cd1-911a-fbe3241a2de6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,889c552e-bb79-427b-8f48-a910a245cd7b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,2879b4ed-6572-48bd-8a95-f21eee4468aa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,ada2fd02-3d64-4ef3-b079-12c9fbe3ba94
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,73af997c-f701-4e69-8a6d-3ea202e88674
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,0536fb3f-30ce-4380-89fd-5354bad4ebf3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,3836c32e-115a-44cc-ad60-d05f79953c36
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,2e7c3416-6272-403d-852a-516bf1025623
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,229e291b-aa53-4b4a-afad-d32a948fd57f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,b4560fda-fc67-4858-9a73-5a4c9e4dbf10
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,32ee490a-3974-4d5e-93c8-2ce9f6942a5f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,fb573941-d87b-4c8a-b456-1dd6731619f9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,f9cf7d78-108a-4c53-a074-f96ea8cbb4af
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,df2b4682-5d28-4f83-b128-e82536a332d9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:18.72, NCV_units:tC/TJ",,49d0815c-f68e-4c52-99b5-d5683cf3362e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,74b07da3-a75d-4a8c-91b6-a5567f512c90
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e70bdf65-cd97-45ac-8b95-40ee667e8a74
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,5ed4addc-572b-4d1c-afa9-abe15056e095
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,571067a1-e568-429c-a7d3-31509b4e35c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,a6ac24f3-2af3-4e6d-b163-3b86ef53ecd7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d130889c-5a2a-46f8-8f91-fc461c3735ff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,9c94aecc-cd82-4ceb-ae11-3ff8a179d863
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,b7880791-c52b-416d-b242-b164ec8a9b34
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,2a4b4e17-4134-423a-824d-68e9db1a105d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,14b4569e-c035-4c6e-aa72-296884884c4e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,557132d0-6a7c-4e99-b2a6-bf444ade959a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,3481fea5-4716-4c73-9f59-39e55319f7dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e1270b08-2598-47e4-9690-6607cedbc1e9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d25ea4e9-67da-407a-8705-b21cfac2acab
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,73aea4c2-dd9e-4e6b-b77a-3f763a48a128
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,844718b8-22a2-46cf-a9ea-787d38e93f54
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,20fb4f24-1796-475b-a69a-fbd6194bfba9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,9946ab6a-6a10-4835-83c2-bcfb95a567b8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,98336d67-c649-4617-a370-4452ad32a64f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b351735b-5a69-4b7a-a1aa-a5a0af957406
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,52941aa0-4f1d-4ec8-8344-42c75c61ca11
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,a016c197-a7e3-4b2a-aab5-a5ea5dde31aa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,fb5ee1b8-8948-4a84-8d04-987b566ddfb0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,47277d9c-4aa0-4279-877c-c35b408b64f2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,89e6bdc4-c762-49f8-b133-01cce241bd33
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,9c6f6f9c-0e53-4c9a-91c1-767946cb1c0a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e35390eb-281b-48bc-9d23-07d7bf2f3251
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ca7b222a-6666-4d05-ab3d-7f93eee1567c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,360da4e2-42a8-449d-96ed-e45157f388a2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c336af7e-1c85-44e3-9c84-e25aa4828d7b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,26e9aed8-7d35-4658-97cd-1f5ab8406a6b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3b4e238d-6a87-4abd-808c-cf31d7b9a789
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c13ac717-622a-471a-8b09-482ded2906ba
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e139ce02-0c08-44c5-bdf6-bf2acd963113
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4060d433-5205-4355-b472-5a7e0270bb7e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b31bfa5a-3b82-43a6-935f-1c1dae6255ae
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,7605e921-2ebb-4a6f-a904-3d608f2e0868
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,e592452a-909d-43ae-82d2-b7aae9ca566a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1fe3d44a-40d1-4dd3-be8a-04d07be46349
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,e10ed77d-7c43-493a-b84c-0ad8c97e9f46
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,9f36f120-79ce-463d-83b3-194a3620d2db
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,800e4e56-a68a-42e8-976a-94afddbcaf0f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,fbfb7597-46a6-4a49-a796-bad1b06129b4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f6153df1-3f01-4e9c-9df3-8e59f726b143
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ce24892a-69e1-444a-868e-cd3240f83fbf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,d3870e2b-34d8-4d02-a5a7-8a789d6ba777
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,55e4b834-5458-4455-86f1-d8ad786bf4b3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,9c0b1a35-3dd8-4337-82e7-b6b471a8152e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,db010afc-ca0d-433b-a0ed-e8ea26f7c034
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,47ccf04b-683c-4d30-8768-aebeb93e79aa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,090ffff7-cf56-42ab-a517-597190302121
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,aca316ca-f761-4f80-834d-9975c3cf3d86
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,b28bf5a6-cb49-4086-b3e9-5a8e837a790f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.60333333333334,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,67caaade-7f92-47bd-961c-d011166a0526
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,ddca4696-14d0-4cc4-bbbb-cbf73199574f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,cffac861-9f3a-486f-902f-b115cae571fc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,64ed3a1e-53cb-4a3c-80f1-919e2d7560af
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,1e92aeee-55f8-45ff-ae87-48c378a4664c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,cad98901-3202-4a07-aab2-65ed38e85e54
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,4c975786-3865-4600-a3c8-29b1e2fec282
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,43f9ae67-d330-4c08-a3b7-1e0476a06c3f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,ef28a716-a017-4c11-bab6-062059fa46e4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,24042e11-c24b-4118-81b0-bf00d2a4668e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,16d4fab1-f892-43fc-abce-88e6aa5085f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,010d0909-1e2b-44aa-8ea0-3b1a02163d39
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,6cbfd1ab-61c2-429e-9291-b2115f30d630
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,cd5d5058-6b76-4d0c-b09a-70bef16cbb8c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,8d44f00b-4891-4f73-af8a-bbef3ee47fe0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,5200e46b-3782-441c-a500-3e39f455dadb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,d012bc44-e7d2-46e0-a1fb-36fcadf2dc5d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,85ab3c6f-acd9-4940-a7d5-230df9a8d930
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,7fecd1eb-0a1c-431d-a219-250569ca5cc7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,7e703542-96fa-4ca4-995d-f513357f5344
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,43e9915d-91f4-41e3-bec8-7e6bc8a9b9e4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,7affbdc3-33b1-4c88-8622-b19358885b8f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,a8e1f84f-ddaa-446c-a772-7bc8919e9be8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,a568de18-ab62-4b53-bedc-1e1f06f5562e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,63401599-d86a-4349-be23-b5f7ab1e4216
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,bea8cf0a-c95c-4e04-90b6-ce0c90f490e5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,aafe3493-bf5a-4dd0-b46b-d202ece38196
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,afac448a-c6cb-4d02-ab68-cb44a82a45ff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,0b5a3967-8d47-41eb-b09b-5d743d7b14cb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,cdeb1d7c-5828-46de-a551-c8b9dec9d1e4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,cac8ecef-8770-435d-a37e-8bfb88f2c619
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,28400a89-b778-4b9e-9c84-e98935f107b5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,397bd178-9c05-46d0-bd35-78a36691e78e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,9848ed3f-4676-4dc9-a29b-cd68ec0132c6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,d8fa0def-0eac-4866-9f6f-3ab45ec721f9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,9360dc01-d68b-43d3-827f-03a8b46c6236
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,8c798dc3-0e78-46a8-b013-d5b451c047e6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,5844dfb2-58af-4d3b-b116-6b1c85986491
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,7eec3abd-a94c-46c4-9236-204dcdd8d830
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,d1317ebc-76c9-4de9-baff-07105d8f48ef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,e5b90d03-10a3-4670-a158-7431cd059c93
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,9aeb25d9-522f-4b90-b6e4-a5d31537a544
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,59b302f3-0a92-496b-90e8-1b949ab6c8da
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,13ca94be-19dc-47fb-a942-c895ecafb312
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,b8fa0bde-a25a-40f2-8f4c-65e560063934
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,02e0959c-020f-4f5e-99a3-01100e01e7e9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,c5ab2d08-ff49-41b4-a901-e5525c651dee
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,000a32ec-d761-4d3f-b0d2-d5996d48ff42
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,b3081ef9-2f77-450a-869a-4ee2dbc3b51c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,b589661a-2d5f-403f-ab3b-6661f221615a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,7b82fbe9-751e-4c62-bbff-449e170be205
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,6b8cb3ce-8750-4b35-a222-8b9271dba0c8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,0daca1e3-c982-41fc-bcea-b367a0a08d32
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,46076175-8159-4849-9e7e-28c4458ebd31
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:18.6, NCV_units:tC/TJ",,04c91fb5-4ed6-404f-933e-bf7ddc3eed93
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,b889ee59-dafd-4f1e-93ff-ea9c265805d7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,523fc7fc-d93f-48c3-a314-b27ed7fc81dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,c08dfa7f-6c69-45c1-8153-4f8b8e0b6e4a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,8c46d8a5-3148-42bd-b71f-5ba42ce5178a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,f48abf67-24df-4137-a54b-d9fbe62ee861
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,bd820883-9de7-40ab-bd71-4ed23f19c3f2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,44150397-a69a-4ad2-bb43-d018a4f9502d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,e5cb698e-6d3a-45d4-b043-1c9e1158d905
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,bc8721a7-284b-4818-ae43-f3fa58943789
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,f97943ec-c2d7-4720-9c03-1405086e80cc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,532d26a8-3c29-48ad-947d-67fb600da466
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,0b64408c-d3c9-47c3-a1b5-328a9bbd1b8a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,20d9d9cd-388b-48f0-9872-d5814f294f9c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,ef7f35ca-91cf-4baa-a689-e1d23b12f544
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,b5166f91-a003-4fc6-861e-f070780159f9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,edf3138a-e7fd-4593-8ebd-1872a09b9575
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,0a53607b-fa38-4f33-b922-faabb89a159c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,eb17d295-a061-4d91-8f58-ed0eebbcce3a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,9cbff887-4c3e-41f5-bf82-2de31a887d83
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,109fbe8c-a94b-4e49-ada6-8fb5b284a222
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,807502c3-6581-4476-b208-f0ae91f975f7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,969dbe3f-50fa-458f-83a3-1a974edbb2e3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,c7e7e037-f73c-473b-9b20-7db42e10f1a8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,612c8387-0a0d-4450-96b8-6abdce08abdf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,9eb18785-5a72-4ff4-9f1d-f0f7d2287d2b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,b8f8c3b3-cf2d-4620-a4ce-37bce34d1d61
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,d1ddc44a-ea67-4fd5-9db3-7c7a6d8f803c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,f503ff74-7696-4faa-ac46-dd86637aeaf3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,486331b0-ee63-4da5-a3f0-e056f8bf6bc9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,541315ff-223a-4d9c-bda4-80d88991d18a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,6ed098c1-066e-4aa9-9f16-fdbaaa4521c7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,9e0712ce-14cc-47e2-8d83-fd64d6899e3e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,8dd3d684-d0ee-499a-aadb-d48b415925be
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,01fb7421-05ce-438b-98be-b9f20d0d1e30
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,7d6753c2-7baa-4f41-98aa-48e9cb5cc591
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,c60809b5-493a-4ada-b4e8-2c97a1851932
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,3e493258-97d3-4d90-b84e-358b4034b7c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,1b4cb32f-db72-490e-881b-d5e3acc85f10
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,44992471-e283-428d-a2e9-ae9592ad0d4e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,269bef11-76b5-4a5f-95fe-9aa2fa52b0c7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,417da2fd-00f8-4abc-9dd7-3ff256b4fc74
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,026163cb-8054-4272-9405-b035b5ac35ad
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,ee9e399a-01ec-41f8-9308-c57a47502292
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,c7b89007-ceb7-4b1f-abfd-24a59dc15a9e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,3e454da6-43a5-42bc-81b7-0ea1ffb4ddab
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,dcc9f5ff-8ded-4272-8e1f-2a73961cc33b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,e9b6060d-a2ff-45fb-a65b-089f382ed683
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,ef532cc8-edbf-4a96-80c4-0b5414cf4fc0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,ca2812e6-7282-4145-929b-67ad1db1096a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,ec68e2b6-3b5e-46aa-a302-1b03dfc78ad0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,77ddd861-f3c7-4ef7-9d15-c879e0a972e2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,82424c16-7097-4266-8a0f-b8c169fe0ecb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,16abc9a4-bb4d-4c3f-8e4c-c9d76cb39722
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,68.16333333333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,7d316f08-9602-46c5-a2a9-06f2c4a00563
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,3b26f710-c67b-4aeb-a316-f115ecef0058
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,2c57c604-9a9d-4faa-99aa-d2efb45fecff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,aa989c18-fdca-47be-91ae-5e23bf4e34dc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,8622bf7c-91af-4109-b8b5-c97dc473ab85
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,a47424d1-55b6-44d8-8bff-c2b94ece89be
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,8865f245-70d4-4eeb-bf3d-fa4f83360182
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,8abb9e89-a5d2-4e69-a8ee-d315de2f08f9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,b2f40e9d-ffd7-4d46-9d0e-d7ccf0cc5834
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,b1534139-8bef-414c-bc0c-e01e47747907
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,29237526-eb9c-4ce1-ae00-ee07c57fcf54
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,5d7a83da-6efd-4907-869b-6eaab3ba6958
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,7f05bb57-3b45-4f43-9977-f94fa5cf5295
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,e522a755-0ba2-422f-bf65-67876747c85a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,e9385ca6-f8f6-4259-88b0-f63298725a9d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,1ffc88ce-e635-4d9a-8f2c-07bd7fd5ecd0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,2bd1e9e8-de14-4637-a786-02dac75b5c28
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,a07734c5-43a4-4dc2-bebb-44d5dbfa02da
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,096ce050-c40a-40bc-896f-29b5f0a9b59f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,c7d635da-0e87-49c9-99c6-3e0dc19ee57a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,07dd1f6f-5697-42c9-9fe2-2842d0c26197
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,6244711b-b8d6-4af3-8737-e4d07c2c6c5c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,e19a2dca-7d37-45bf-a188-1dd69801ebad
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,3adbec9b-afa3-4db3-aecd-ed3ada902a0d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,dbb78945-e9bf-4ee1-a62c-f8b5f6b13ab4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,b122f3de-4b1e-4727-944f-65682d67bc32
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,4da269cd-ab8f-4802-8cda-eccc7b879bdd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,fd2e6a51-8c8a-424b-88ae-ef3065d03f99
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,f9b8ebe4-fb1c-44c8-b02f-ef40b21b8e5d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,7561b49c-5ba0-41b0-a985-1429e4b8a1d9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,a69053d1-314a-4768-a8fa-1d18e7713b66
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,84c446db-7996-4b48-8d73-f9f3054b795c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,70d2684b-52ee-4dfd-863d-fc3687e30a14
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,4ddbffa5-2d26-4eeb-a919-c067bbb83d2f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,b4ff9dca-5f3f-4bec-8d08-f6acf3cf3160
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,db3a825f-dd0d-403a-afd8-0c80fda1343f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,7604eb24-5953-41ce-9df6-52b019d3cdb3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,211d99c4-aa1b-4664-9c07-18090ed080f3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,6ad37c67-4b68-437b-8b27-86ccf97f0007
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,1f38495c-c7cf-491c-be94-84a827ae8707
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,0c678a2f-0470-4133-bd15-cf725db64474
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,ffed96f5-fe12-48d7-890e-35f07ad28cd0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,98bb0cf9-e34b-4ede-83f2-f1f875235121
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,e192a30f-3b83-4e00-8720-8faf0c0b85be
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,203aae57-d89f-4859-b63c-c41b27481fe7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,e2bf255a-ea69-4a13-a1a5-42789d1b1768
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,e7ca3cb4-893d-4603-89d7-9b93ca6a8338
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,7334d3d5-95d1-4c56-83a1-b13944835c09
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,fcda1c5e-4c9e-44cf-b8da-940fb163c096
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,745d157d-c485-421e-9624-e131b2f17ecd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,c88c64e0-709c-4848-b847-418ca2a9aeac
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,f5e8360e-603c-47c1-a826-185e46eca28f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,f2756542-5b1c-47c7-a2c1-d81c760887b8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,a2eee764-e043-41a7-aa86-a05f2dd97755
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,76.19333333333333,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:20.41, NCV_units:tC/TJ",,7edb7609-526e-4b9c-9e44-909254a19275
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,97a2a52b-a9b0-4de6-8834-b92ced7c1a29
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,4624f058-bf20-48a8-accb-eed430231603
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,f06bfcc2-843f-46c3-88e7-613934cde094
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,8aeb908c-9a77-41c6-98bc-5fb6c14ca5c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,4344c369-fd0c-433e-b700-a55dc184c43d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,2b17533e-de44-456d-ab57-b3a7c2e3bcea
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,95b8b30f-0ac5-4c02-bf07-4042405ec50b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,8d5d807f-703d-49a7-8a99-b078a31c648e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,e47e15bd-6035-48e4-9faa-3cca1a3649b8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,796c5d71-918f-492d-abbc-b7780f7e9079
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,5fbb8467-55ba-488c-9171-4f1d1b4da269
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,6291b82b-8e93-4dc1-9032-b6bfe0f5d468
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,6dbdeabe-eaf3-4074-8037-96069f0097ac
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,132fc5f2-a658-4148-9662-286f5854d0fc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,2cdc11f2-0e48-4ef3-baa4-1e09430d6e55
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,14eb43fb-7b3f-4429-8fbe-e32bf0de952a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,d4733358-e563-41d8-be10-16ac71eeb8b1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,0f3d005d-ecd1-47a8-a6cc-1bcdfccad3bb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,1fc7124b-4212-4e81-927b-0a8c93776ab6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,bd941923-e683-436e-a24f-2872c638e179
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,fc8422b6-6ab0-4757-926e-da344f9e2546
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,85444714-afd5-4e42-96e8-da0f3357f880
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,f2f414b8-beeb-47a1-8c31-144388c44174
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,8adb7a3f-7390-4a49-81f1-60f3fbb63e2b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,4b352cb8-4c01-47e9-823c-cc14e0c072d0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,79c2ec0b-c59d-4559-94a5-bfda66a9c81d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,6e1bf280-892f-447c-942b-82ae00378f1d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,fa25202a-3af9-4880-89fc-667034bc676a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,f95d54f1-d40c-478a-aad1-ea64be382c2f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,9aaafb4a-ff15-48f1-9354-9fee1d295289
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,612fa49f-a7c0-406b-8f72-25128abf4b41
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,6815d679-4fc9-4c7c-8f61-a70bcbb9fb8f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,d197ef02-8726-42c4-8762-4e0fdc66ed28
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,bf5f2136-4b9e-4332-b443-651186031195
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,a20c71b9-457f-4c51-9227-1e82a02d9107
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,0626e446-f4ef-4e67-a413-15c8d78954dd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,5aa0b56c-de24-4b13-b5e8-209f15a76dec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,b364f823-a7f7-479c-958b-0f2951bce8cb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,ac8530dd-39ca-4e0c-9f64-c7a478ab845b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,bd78b247-f695-4fde-98cc-84622f6e6a93
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,a1d61e6f-87b0-4281-a39b-04f44dd5aae6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,49c89b02-3577-435b-8e8b-29e670d504d3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,178635a6-9622-404b-af5d-764c38e48cd0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,7f86751e-c11b-4ec5-97b3-be240cec54b1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,b33fbc7e-c44e-4612-b5d9-ee4adf07ebc8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,fbf6bf28-47c3-4e96-9e60-36ff31753c1d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,f48b4542-3e0b-49e8-accb-99cab64a6222
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,78cb4cb9-a5b0-4a1a-bdc6-d285b2ec7ff3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,8e82e951-5a7d-4a6d-9a79-064258558d4b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,1cc43d1b-dd50-487c-b4ed-4a5f3ff23af9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,66edc953-fb3c-48c0-a6f4-4df8a0844837
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,41e95340-f66e-4062-8c72-de9428f4b83d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,74c89055-06ef-4253-a261-80f7a9ed68bb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,60.02333333333333,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:16.38, NCV_units:tC/TJ",,f1adab51-99c9-4637-853b-09e987fff2ef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,748cae20-7f9c-4eb8-b0ec-e981b575cfdc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,784535d3-8dae-49ca-8200-1afa5f561cec
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5e19b712-f06b-4366-b324-470267976253
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0216fdfc-e8e7-4dea-91e1-a031fc3bb1a4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9b002c95-167d-40f6-8b65-37aafbd44361
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8318dbbe-fad4-4a07-9fe7-8deddcc12dca
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b787c47d-5944-4513-a879-efe55b8786bf
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,13d7771b-9ef3-4307-8475-5ecc8ded8697
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,73ed638e-84ae-49f3-8823-77dee385aca8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,43af2dff-1c21-4ddb-a438-e88b31e96e1e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a8fd0a20-a11a-4690-b624-f5bf5ad8d6d9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b938e838-7ddc-46b4-bd82-d044329781a0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ecda0d44-10b1-40d2-83eb-d50002327993
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,27aed873-72a1-4ffd-96c3-769fa7a8f08c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4cd806b0-e4de-4d57-bfb3-6fcbe59a098a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e9f85dc8-d5e5-4d64-8e85-50b843311638
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2a360d75-ce15-4bdb-8df1-dbd8f572ad5c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c26f205f-a151-4e77-9a02-2c4840be53c6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2b3c505c-6e14-4059-bebc-61fd530c4b9f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a5f27d9a-b61c-4c45-be95-7d10c79c3e48
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2d631565-ebfe-4c33-99dc-64044d5d046b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,eb11ec09-35fb-44de-851f-82cc8d12ae94
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,108867bd-361d-4215-9437-a19d1762bca5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5c323372-4f61-42f2-8d71-f0aec22500f7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,db9fe56c-8e19-4939-9404-71af208caf69
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3c22ed3a-25b1-4f47-9b26-7eb349d43671
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0a10ba1d-fabe-40de-a97d-ca6262ac4f33
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1ce929e7-cc0d-4299-8e52-d201a9731120
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cf3e85ff-108f-44d5-9fb8-13c56d95637e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,db28ab24-0448-49cf-bc05-787c9de10c03
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9893c25d-3bec-4b74-ba8b-15aec0f2d8b6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9acb6b8a-50e6-4961-b6cc-a11a04457373
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d6fffaf1-6024-4fcb-8ac7-21d31f59463a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bd6a13de-3cbf-4d60-8b41-a17b260215e0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1ec3e062-47f3-4c51-a848-dd1465613808
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6d7db620-76e3-43b6-8065-bbe7c845c25c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2431a23e-b41a-4af0-8ea7-c734a454b881
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f92a3fd6-70d0-4dba-bcfa-62e9929f8d01
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2e33e81e-5849-4f06-ba87-64ded7738776
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c82182e8-154a-43f9-bcda-db682a58f689
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,ec3a18c6-79aa-49e9-9c3b-5ecd533ee640
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,9e62151a-143e-4534-a1a1-e4aaf98a6fa4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,601bc20c-9d65-4376-82e0-5838b2d6a2e8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,0eab8e28-9b7e-405a-af27-249362f2458f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c9ae97d8-876b-4fe1-a7ea-a23661a975f9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,44c15474-b1db-4ebb-a49b-7304362750fa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c0981383-98b7-4e1c-8c9c-c5d23caed8c1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4b4712a9-5bb6-4f7e-8d71-e1f6da1483dc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,54edc27f-7d64-4369-b9ee-3caeef653256
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e607d3c7-3a99-4147-8246-3b3d028fc159
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,fee26dea-0a45-438c-b361-4f819214311c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,73b990e4-9204-4c0a-b742-8b139f1788b1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,ff51ebec-9d52-4fd1-8a26-f03b6e7c6011
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,59b2b21c-5075-4c92-933b-1e2e4cf520f1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9ac277b3-4f47-4738-8722-cafff3f6e462
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cdb435d9-4825-4337-8277-9ba58a3feb67
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,60b7f020-f510-40c1-975c-54c0041a036f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,daf1a797-6e59-4beb-9923-759443b5f654
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b90444cd-d261-4418-a4fc-dec2454118e5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,03dff311-4059-4200-908d-47167961f69a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a85f6983-f030-4b3b-b9f7-d80d230c1525
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ca0ab8aa-9423-4160-a2bd-caf4fc485dee
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f45ab37e-004f-45fa-a81c-ac37b534b0e2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,400e73b4-73cd-44a8-ad9d-11353c6c9bbd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9241ec0a-f4cd-41f8-8c4b-89fc8fe68d55
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5d14afa6-393b-40fe-bff9-4f3075f87996
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3cd77900-329d-4a64-a677-9b33f75cfd6c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,05531573-12ba-4ab4-b4e0-595827bc4fcd
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,92be276f-8bef-4581-b876-643dd423a0ab
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,645d132c-9531-45a1-a8c4-7f361d854008
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b9ced913-b362-4516-9233-fd7d8f227eaa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6572bcdd-dc99-4574-a257-327b7ed8528e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e81c2599-54a6-48d4-a775-ae796c6efcff
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8fe0bf6e-bbc3-4853-805a-a97803c53661
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5fc58d00-ca24-4c40-a403-929e2bbb326b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9610aed9-4837-4792-84d1-6e2f6edc31c9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ff998507-84c6-457c-b8e0-1856d7ca2d2a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8364108e-6924-440e-9da5-e8b863ffe5d6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0cbf83ed-1b13-4b7c-8106-277e39756141
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,63d1712a-af2c-4fab-b391-ce5562a8e3ef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,bd854a22-2f09-4d15-94bd-4b1dccdf3d95
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,985bf279-3ef2-4c44-bd4c-cb3d075e8347
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5796f65e-8f3b-4ff4-8fac-0f750c18f00e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,966a2e85-bc0b-4589-abd3-7bc801a066ba
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,06acf29c-392f-4897-9eea-20d17b4ced8b
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d7ad60e6-963c-415f-b9b4-bb4221051a61
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a4325903-91da-4a51-a064-3573ce7c4024
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1b1af1df-aa47-47f3-a8ad-6e7383f30362
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,7f42c048-9a5e-4ea8-afb4-c495e1a7fbd9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,50.85666666666666,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,4d0d3434-71d2-46d8-aca7-eba47110dbed
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e6d83ebc-6559-40a7-8971-4d2ac3aafdb2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8d094298-b5fd-4888-96cc-37e8bd51d198
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,afb98a2b-de12-4c08-a458-2a554eb1291a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c65c56e5-d382-49b8-a2bd-2c7f7a088225
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e5969961-4919-451f-9b42-f34faf26d2b6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bd24462e-5f49-48bd-bc01-a8a948c3dc5a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c403010c-ab45-4684-adea-f4c7235b7f9d
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,19469644-0504-4928-b322-d5f53faf94a6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f72b2743-1b91-4cdc-8363-168406f834de
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,01cb1ed9-6056-4b30-89d3-bedb4e898a74
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,da5338a0-260b-462f-9aa0-293649b36dc9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0943c751-483c-4ea3-ba00-83b139b896e3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a66d53b4-17d0-4011-a0cc-34f2ccbb5cdc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bc292540-049e-462a-a30f-63422e30660a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,299f2da5-eaf6-4ea9-918f-1a5ff405d362
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7270b248-77ea-4b6c-9eb3-dcf18611a694
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6c8bdc12-35a9-42f0-9b38-62519756823e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a7127c77-3a08-49a4-b34a-e9b13224c7e9
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,20f865d4-0dca-4941-8718-32d418a4aaa2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7161654e-3f48-4737-b7d3-eaec26a8e2be
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5398ec2a-dde8-4892-b06f-34a0c1f3aa45
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c9c50544-38bb-4371-98dc-a8b05a2403fc
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8cd0377e-93e9-4bca-8f3a-4c817752ae45
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4d14b4ca-4cbe-4aa5-bdca-0c856b81266e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0de4a4b1-8f33-4e4f-ad25-9b190b5f6787
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d68047a9-3ca8-4c33-a79d-cdc10e2a8f4c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d843cf71-9d92-48a0-9ec0-761f0478af32
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,826f2082-460d-447e-814c-1b9761364216
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d5c3dedb-c22d-4dc8-9b97-cb84e7204a4e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4482cf3a-bc27-4161-828f-534d15a842ac
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e4a7e23e-e919-4fac-8f47-8dc8db66a702
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c997459d-cbca-40cb-9977-a6710453fe83
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,af5a2407-ada6-4dc8-86ba-c06a4f1d2d9e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,86df2777-3f7c-4b88-a89d-3eb614148531
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8e9e52ae-9ead-4387-a3ae-5375053e4201
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8858ad46-8761-4e1c-b936-3321b5681bb4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,d823ce71-c3d0-48b5-bc21-75d1381be4c5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a2f23345-06cb-432f-83f1-86adbcb8d22f
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a033cb8a-531b-410d-bd5c-c697aa4c4fe6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,ecf1443c-3ffb-42b8-a228-76a1e5c2ad13
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8957e0f1-95ba-4062-81e5-cfde4f364ecb
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8e68c493-b91a-4247-928b-ecf1a8486598
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,0b3c86e7-7418-4d31-a781-94722c915ed8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,31f56545-6833-4e9a-b7ce-2ab04783346e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,0c7e0400-9344-40f5-ac89-c0ea4feb9600
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2502baca-9fb2-481e-8579-f14c203a7e38
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,22c90e06-3d1e-43cd-be70-fcfbd75072a0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,bba1cc33-da47-40f5-8b74-c5ed180fc757
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2acdaee9-3f8d-4e27-889e-eb120e939878
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f44baab8-1468-405c-aafd-94bcadbb8a15
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b0f46a88-3b17-4524-89b4-1010824c24d1
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6fa191c1-10b9-489c-a296-becd4fb051ef
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c4f2223d-211d-478e-824a-21fd7120e6a7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,2f16a426-fff0-474b-938a-4c46963d798e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,17b18d19-699f-41d4-9596-7a26ae758dc8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8d312aa1-7fe1-4d96-8bb6-b81a30ff66a3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,768f8d92-451e-4228-a66d-e8f7e7e180a2
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,eb4d5a8e-ca39-4567-b77b-c21cd8103001
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,45488709-de41-4733-b908-a800e33df7e8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ef453f59-b8b3-4325-a2af-a71c32a3e958
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ca46b02c-721c-4784-8a55-507dc0bc9991
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,87d4da14-b6be-483e-9193-dca9d2b2eec8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,929edfa5-545a-4c05-9e11-8f650c728fd7
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,34710731-793c-4617-afe4-1d1089c61e41
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d8247ba8-a0c6-421e-b0fb-95a34ef6c23e
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f3bc8170-2b99-4772-9d74-cc078c8275a6
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ed19f876-e86a-48b9-855a-a255e3e99a08
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e09470f3-789c-403b-98f9-59ca8571f236
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a674a9ba-c4cd-4431-9ab6-c0bf307f2142
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1562e65d-14c0-4de3-b6f0-7a397904e0e4
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6e8c9174-feb6-458d-b190-b99dfbe99b02
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,273f5370-22ba-4b99-80d8-b2fbccdbfd00
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b1b12071-8634-4e97-8aa7-0857e54ca17a
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f741d99d-d189-4325-898b-f62c8f34b4fa
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,3adedf47-847c-431f-a3c9-27b82521f609
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,02adb248-9537-4664-be13-315715153fd5
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f80b03f9-fd42-4389-a402-fb0e4c2960c0
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e3f274c6-1579-4329-8f6c-20120382c380
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e5626ab3-11fb-41bb-8331-c725ece513c3
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b062e4a9-071c-4c08-b813-e897cf9ab4fe
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,4c6d1d78-4f01-4f0c-9dc6-d182c24d4ffe
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5cac06a4-0775-484e-9e59-5612e8f492e8
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8897f5bd-c5b0-49d0-b86a-71e564f1d501
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0938f7f2-30c5-4c32-9362-40cda17b5495
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8f1acb1e-eb10-461d-9620-609bd2dbc192
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b9947a74-1fd3-4fac-92c4-54dae1e87901
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a6798aad-3a33-4781-9551-c15ac92d5c5c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,07ca0ad2-5a3e-47be-b6f1-f9cfd900215c
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2c4ab0f4-68ae-49dc-b48a-7c52dc6fac36
+CO2,Japan,kg/TJ,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,51.00333333333333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a232ab9d-048e-414d-83e1-5b05d84e5aae
+CO2,All over Ukraine territory within boundaries recognized by the United Nations,kg/TJ,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,UA,96430.0,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,8242a595-cfc8-4c37-8290-2125fe61c597
+CO2,All over Ukraine territory within boundaries recognized by the United Nations,kg/TJ,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,UA,96430.0,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,5c85bb4a-487b-4e8e-b3ba-ae5e07749fb7
+CO2,All over Ukraine territory within boundaries recognized by the United Nations,kg/TJ,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,UA,96430.0,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,5a2d3cf6-afc1-49e5-a698-e51aabaddad9
+CO2,All over Ukraine territory within boundaries recognized by the United Nations,kg/TJ,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,UA,93500.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,97344001-9270-4ecb-a515-c8005b0a8cd8
+CO2,All over Ukraine territory within boundaries recognized by the United Nations,kg/TJ,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,UA,93500.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,2e7552dc-4cc9-4fd3-b9f6-dc525fe25e35
+CO2,All over Ukraine territory within boundaries recognized by the United Nations,kg/TJ,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,UA,93500.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:nan, NCV_units:nan",,e7ee2c14-73f4-480c-8f20-8f2d01cce204
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b2d3054a-4f8b-47d7-b2fb-c7b60f797c3a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9ac5b0cd-22a4-4091-965f-92379b898751
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0c8595a4-8ee4-4297-96d7-7f9cbcb7c306
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f9a80a05-62a5-468a-8a19-071fd1fecdb1
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e9e076e4-c850-4c45-a369-5bda530cf4ca
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d70d6e3f-b720-44e1-befe-051c1773a322
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,22c4f296-a4e3-46e2-9fe5-fb39aab715b1
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7a662e18-9576-436e-b21f-b94af3f2b4b0
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2f471e8b-3ceb-4de1-9f7c-b03165f06eb3
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0cfddac3-e05a-4975-8e7f-9c876b995935
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2cf78355-cf79-40d9-9a5d-e0d09d85a80a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f7f3d8d8-f53d-423b-894b-0027f62ef117
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,59087bbd-75c1-4f95-8a7a-fdfb2c537c75
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b1005701-747d-485f-89ac-1ae9628837a9
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0fa877c6-740d-4cf9-900c-22207e73ae97
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,feff931f-a357-46cb-9e7c-01436e9e043c
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,544057ef-5154-452a-a53c-9b790eedd776
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cac9f1b0-f537-4409-aebc-4580519d24de
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,36218b9b-169d-4a11-be9d-ea56f4b6238c
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4b8db99f-5c2f-40ba-8cb8-09742f0f1c1e
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1107f20c-227f-44f7-91b4-64aad01b5e5d
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,22705bf6-0b67-43a8-9ec3-557f23abccea
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,88314621-05d7-49c1-bf9c-c77469db722b
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,21ea5dc5-baeb-4b80-a73b-6d5a2e363e1c
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,226345ef-5fd8-459a-a088-0707999238d6
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fd8885d9-155c-43e5-b081-8b1028660a18
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ce2f6e65-da4c-4e4a-9e85-68fef99f9876
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,46fe0b4f-3511-4e21-8073-2fc138f19c98
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a3121431-753d-41df-818c-9e3fee0d9f80
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,92f9ad68-1052-4440-8a13-d644bd6ad8db
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,12e0ad3e-30e8-4bf5-b032-b7cd392873be
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5d950b0d-f1bc-4ee5-a917-f2514e35b6d0
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bc2bd4f0-05b8-44e5-b0aa-f0e075fac8ab
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,39cb325a-ba43-4e96-9c3b-2db00ab87cb0
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8efdd68a-d2b0-4565-a685-8043b5e2f088
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,027083d8-fa81-4ea8-8357-d98da754b778
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4aa74af2-d34b-406b-9111-dccc65f9f77a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,595b5727-2e73-45b4-9c56-0508a2f515ca
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a2b00eeb-6f8a-4371-80cd-bc3015c53ba8
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8f4607b1-7e8d-40dc-8462-0debd21a902c
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,db37233c-75aa-4322-88c9-7fd3ec0ba860
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6f42b9f7-ecc3-429a-a121-112d9981b92d
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6c2f687e-5fdd-4c37-b206-4be548f2d16a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,d7920164-b0a7-4533-b81e-d863c4a473e1
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b6f2d027-ecd4-4fb1-ac72-91721fb4e3b7
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,7e2cb3d5-ee25-43bf-b9c6-75a700916333
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,ede716f3-ebcd-4e9b-8d29-e874256aaecf
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,eaaddf39-f696-437d-84f2-86d2c70aa32d
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,dc10a0cb-60da-46be-a529-aaa7a438466b
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,004c1636-9552-4a94-aa20-334f035eb4bf
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,bc5ab051-b727-49f0-9f57-d1108f7e3ef2
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3c48a8fc-418e-4691-ad35-89742ad8a5c9
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,938e0671-5f9a-4690-bd9f-14234313b9bb
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3a076c7e-1f58-48ad-8989-00bb4c7bd775
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0e68cb47-1390-403a-a4e5-6049bdb88d5e
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,64195b25-4f3d-4401-b44c-e2d311ca1843
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a175a3f6-50a9-4d4b-927d-73f46658f346
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f049c530-ba65-4de2-b87a-a41afeb9428a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6727de76-ab75-4224-90f3-a892462c58de
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b20232ab-b3c9-4145-8c09-f333e2158baa
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e530c26a-0713-43e7-bb27-a85289fee5dd
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,2f541df0-7497-409d-9544-c972985340f9
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fa6f935d-b2d8-46e8-a4ba-54c1fc8a7ce0
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,538e9dd0-9c29-475d-9533-5d730f10a425
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0b6b8aa0-050c-40c0-bc41-d3867cfc60b4
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,dff4bf4b-8396-48cc-8f9b-a203b67c11e5
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6fe92877-6575-49a7-9970-d11c24158483
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,79c54514-71e1-495a-84e1-264b9b6bc943
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3448c318-2253-45fd-9a7c-35be89e0636a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5175188d-5b07-4cab-be7b-d5a9a05818e4
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,48333b48-cda6-4232-a36c-de44768b476f
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6b25ce2b-2ba9-4c06-9338-a262e83a06f5
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b496aeab-5c15-4a3b-be01-076542303870
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,fdf5c035-be81-4db3-8f1d-f5370a9e9858
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9192bd4d-1761-40f2-bf6e-7cdcff6b0ea2
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,7cfbd69f-7291-4d94-bba5-5f94e36b4dc5
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,c9acb0c9-4b7c-463b-aabd-1e53aa591f43
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0c2c44c7-a072-4848-8122-be334af1500a
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,bd27a2d7-3cf9-4768-accb-76d3fb033106
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,66ee183f-5dd6-4a53-9178-89d8df5eb581
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e10a8443-4c25-4bd0-92a2-0b2f36ead9b3
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,85d4e9b5-399c-45ca-b762-ecdb22a5410f
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,56240c5f-9a3f-43d8-ab8e-27c92bd7c3a2
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6255b9d0-90ec-4bd2-85e9-15e63a1ad0ab
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f2cbef52-e014-4111-b3fd-74d2b5cde686
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a37d8148-a9c5-4a89-bee2-cbad433b4501
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d0755004-e5e5-4116-bb18-28704e95533b
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ed531303-474b-4c18-a1cb-c003c4301b66
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ebd86809-8da6-4214-aac8-ae5912764279
+CO2,Australia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f5508a2e-700b-493c-a49e-2ed1cb93f310
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0a1c657c-3b7f-4abc-8900-3d7a90b10097
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,83c41530-3605-4a01-b0f1-80a9ca00a73d
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,eede98a9-bc7b-4ff2-b7f2-76e4be140a76
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9abb6bfe-8278-4ba5-8bb0-29be3c73619c
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,08081e2c-dc03-4bfc-bf1c-42f94066724b
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f752a996-5bb2-4303-b3b6-97d503423e2c
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0b7d8f7d-71f1-4860-b0c8-926420d348a2
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6fa2cb5f-e0e0-4c75-83d5-27fa5f059d48
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,26e3b81f-a905-4d6c-aa96-712ab312f408
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6f7be35c-b545-41a4-affb-971d7d584fe7
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4765678f-84b8-4dfc-8fc3-516c86b769da
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,876b407a-dee6-49e6-b7e3-7f3cd6d94731
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c5cdb0e8-3f92-49ae-b4f3-2d985750d44b
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0b232e5a-dc0b-4214-b59e-438d6d1eb318
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,68f843c0-1c47-44cc-9a82-26235ebc1da5
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3e7c1004-8fd6-4836-94fd-78ce7976ac70
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bacc8634-d315-4cba-8a1f-c38273713d68
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d50622d0-26de-435d-ab02-e1822b461ec5
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,08add260-c7d5-45ff-97ee-57a2f5d59e96
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ac8228a3-8a73-435b-9b50-79c8ca04134d
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b0bf5a97-cdd7-4ad9-9cd6-d8b7fdd1ec9a
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1396a92a-bf8a-4a6b-88b2-3c2b13060685
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,794c7ac3-b4f0-46df-9c2e-1a2844b8b799
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7eb684e3-bea3-4e7b-b22e-ec71da135cbd
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bd63230a-5c09-4253-82d3-cf9fa673e4f9
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,25833262-610b-4702-bd5b-1a513d702600
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5f782777-3266-43a3-9b38-6647a399bc28
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,59a6fed7-d493-4b6c-8b17-0b5221c7fcc2
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ffc02783-9684-4c69-a140-1030eda0bcea
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d419abb8-cdfd-4cfd-982b-6290d7b53f50
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3681d350-48b7-4249-934d-41c52e39fac5
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f88754fe-b893-43ee-a1d7-477e4c8cc7da
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7e788000-50d6-44cb-acd2-9e1d2106b0dd
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,31571e84-1d55-4dc7-aa72-af03783d3f32
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b7dfb36f-097a-42e2-96d6-1109fe1ba17b
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,13f8d9f5-084e-425f-8488-378191b01e60
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e7d40744-55c5-4439-8b75-4c6fec26d87f
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,fb05349d-f21e-4428-8078-2e020aa8fb86
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8836a9aa-6f6e-46ea-9828-87ae859fe042
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,547e211c-968e-46ef-8303-c557a9dfbd59
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1af9dd5d-686b-40b0-b3c7-cebba0d9c87a
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,7c60db1a-f96d-42a4-8c4e-272b4894fc4d
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f421fbcf-2634-4362-a25a-87e28d01c2c2
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,af43e686-772d-4c0f-b376-1f135d81c03b
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e9b78ce3-28cf-4907-9fcb-73efae8c62fd
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,66b587d7-2f31-47e3-b275-c85650bb272f
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,499bffdf-9092-42d4-bde9-f0707288e1a3
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,eb360edf-502d-4297-9ce4-f11be3a38b82
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,adbee5b4-f402-41bc-bd6f-c21dd1e25ecf
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,02a0cd3a-db83-472e-887d-b5263953c4f7
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,03b88a31-22ae-4356-bb67-8656e2419efc
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8ffb6826-68f4-40da-9ff8-96e322f0b153
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,0ed2ed8f-7d2d-4c59-8912-b3e25e2091a2
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,7d7353ed-437b-4650-bcc7-679f96242c75
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,49ce08ea-ee58-43ad-8c4a-91bd6e0070f1
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b3427fef-dc89-4edc-82f1-69ed23ea8ce4
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d93c5c7a-5810-4c27-81a1-d0901dd0364c
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,2d13ef66-7c7b-4575-8363-2d2afe1cfe44
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4d8c0d8e-0cad-47d0-b9bf-b5d43028cc27
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f3b75be3-27ec-4a64-b6f5-f4e6803d9ba9
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1ab6334a-af23-455a-829f-fd3ebed04466
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8be8e89f-e538-4b95-871f-aa3a4ec2c69f
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b127f01b-dd5b-4b6a-9e47-8634ccf5fb5b
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8847dd3e-1e59-4c9b-8711-087a65f4c380
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,74998911-2c0d-421d-9bb6-ec9013c76329
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,73585fdc-816a-4783-b17c-4803269ae052
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7137c823-6c7a-4faa-b692-db42103c2d68
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9360888a-6ab5-4f8c-a673-081bcd7cca13
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f4fb248f-d620-4e2a-8352-5ad50395123c
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6027355b-04df-4612-908a-6db988d3e41c
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,50d8f0c3-d76b-4f4f-8192-735398ad6c08
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,bb359327-2a51-4394-bfd5-e8fcc9172f57
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d22b4018-dde2-4979-97f6-301a5d9a49be
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,94508e6e-76c8-487c-8652-fe32eb914047
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,686d4cd1-84f6-4dc8-87f0-7bf282e5f98c
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2bb49454-0d43-47ac-8908-96396f77e208
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,c349a072-2153-47e3-9796-5461331f8938
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,21a7c9dd-5b68-4eb9-bdc1-a12fc6e66241
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5baec719-e7fa-4a47-bbfc-0e0d76b3c810
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,dadae4ca-12c6-4dc1-8579-5554048a30c0
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,dc4d6432-a273-40c4-8a66-227e63ef0e99
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,58881111-b419-4a4d-9245-334f6bd8cbb3
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d77b350c-6c41-49e4-a7e4-a3c680a869b6
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b1a90a80-26fb-4d5f-8cd9-74e7d5255b17
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,848a780e-ba5d-44a9-a9aa-8e795145ab7e
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2f76808d-07b6-4469-871f-d797d1cdf8f7
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ad5c381c-f4ac-4cba-9d70-f6ea5d88725b
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8271a042-347e-4793-b6b8-a9325f423728
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,cfb1d5f8-5909-4282-9068-b5c3aad0f87f
+CO2,Indonesia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,15.07,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,270a0b26-65ef-44b3-8ed8-201c417df775
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3bb8b053-f336-402e-8537-96a0bd25cc04
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5a540e98-6fca-41be-8e88-b4c74cbab00a
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,30470f35-1f04-4dbd-b05e-0c773485c9ed
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8841fcb4-368a-4722-83db-bc05a1ebb466
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5d2538a5-03b4-4cc2-8aa6-b04ebd068e3a
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d46ce1cf-1282-4b25-875d-4c85653697c0
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,df61a533-8eca-47bb-970c-01e178071b7f
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,32630813-43ae-4875-be52-b9b2af64ddd0
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ec953561-c2b3-45d3-8cd9-bdcc58d16ce9
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c6612172-b246-4c42-8b53-14f19cb83885
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7c2d1043-0510-4bc8-bd6d-463b7c6688a6
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,297ccf5c-2e39-48eb-849f-c2173fdec346
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6f32d0ff-1a20-401f-b3a7-1b9374ff05b0
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,686f225d-cbb2-43ad-9701-c4240f57d091
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dfa8f2c1-80a8-4392-94a9-0676186fc3b1
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a5be72fd-8302-4162-a813-8cc718b0c9d3
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,80ba38a4-9497-4e0f-9f4b-bc715d2b6ec3
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d6e36d35-eee8-49b6-9c9a-85c7e4e45c44
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8ac560b6-76fe-47d4-89a7-8027396af5f5
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cb825db1-0134-417f-a43f-cf5982a4f33d
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6e9a71d5-ded4-4109-bc28-8ac6ba1d329e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,234d4f0e-4920-4e37-b5a2-41811ad9293b
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a59c48e8-56d4-4586-9be8-e079aa8d16a4
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,dd03b871-3fb9-46db-b8cd-577c4e09d10d
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1db0503c-3c52-4111-bc33-f76a6cf69e79
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4e861a98-5abb-4a11-9d01-1112c75b1a07
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e354ac31-aafe-469b-845c-619d5450e324
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8bb45ebd-65c3-46e0-b89f-b205c4aefca7
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a7283b59-214c-42b6-a610-ee64e9cc8065
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,710c9ba6-68d9-4adb-9016-de0d29af16e2
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b42bbdc3-936c-4ada-ba5b-b73dfd7dfe59
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7e27625c-ec42-43bf-9f65-d9e905053995
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2ae40105-40a8-4e35-9214-97ac38028129
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d2659c3f-6261-48e7-912c-6d823d048da5
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e4794ed9-8426-4344-a239-f593bc463c08
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fde4f200-6d20-452c-a483-299981e57369
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b9a21b34-1153-485c-b739-7673b5d58b63
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e325a1f3-d66b-433d-8e8e-0beaf3c5e45e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6c1a4e6e-5e46-4851-bd42-feffdbe44b8e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,689d1f81-9912-4a8f-b524-f3ea25a8b552
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,cc95e8ad-8f03-4007-9f36-12021daace4e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,49264cdf-fd57-450d-94b7-3d8cd2bcdf13
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c23c06fc-8bfe-4189-a795-01e43f177d57
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1ed5e50d-ed3f-4a54-8d44-a3be0bb28411
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,22e3f9fd-bdf9-494f-806c-7bc587efee74
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,09eb5af7-47b5-473e-a314-3380b9b9030e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f983fff6-21df-4ae0-be66-efcdf005e3cd
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,5af7ee86-5a08-421b-8a31-8deb467c9667
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e2bff4c5-8c85-411c-9df3-5e61a4f9569b
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,618b67c9-4eb3-4cda-8fc2-a18439f18e72
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4b3d72af-19da-4448-bea4-0c1458a701bb
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,dc53e173-0b6d-4767-ad19-05e096eab91e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6c95f2c7-e46f-4ed3-ab31-443af8ebba5d
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1b30d057-3bf4-4a19-86af-0859171f978c
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a20d7baa-6b3d-495e-a375-b3fa576757f5
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,dfa09a86-1b7f-4109-8709-1211a3186315
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8e1c0d99-5e35-4b29-a044-58bca6fd815f
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4d21f44e-9bcf-4967-ae64-e6a5fa6e9937
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7f2b9d50-4d39-4228-af8f-3b8dea122ebd
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,411234e2-7054-4ed3-ae48-4e5ab19fa349
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f56a6706-cfa4-4cbd-9410-5347c9b9c682
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fe8ee1a8-60dc-46d0-815a-18053972e3f1
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a2c2f532-365a-4f0e-9384-ebdab233aa4c
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f9fed204-0480-4769-bd02-d8653ed016a7
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6b0228ae-e46d-4c66-9b5f-56fe58e11fe2
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0d848257-dfc6-4bc1-896b-a83a79fc13b7
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,aa6bbabb-a513-4693-b801-bc22130a94b3
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,11b086e4-a070-48bd-8d85-2f64c812806e
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c9f368fa-5869-425f-af85-b9f2bbf8b442
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1627262d-6166-448b-8be5-d87a6fae88f1
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a5ee1be6-90b7-4eb5-ad3c-f1700d4f7ce1
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1a3c4cbb-c076-4ade-9898-b6a9104be39b
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,59347f89-7ecd-4f39-8a58-31736f18c7ae
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,33e634e2-35b6-407c-ade6-2335c0f061d8
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ad6521a7-97cc-4924-bad4-b32618b53d82
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,19304c23-1e2d-4c04-a453-9845b3987019
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,379f7c34-93f2-404f-8026-7bd294737704
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,fcb3e0e7-1187-46c2-8cdf-e22d9f782270
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ddfd6a97-df78-4147-8319-df1c0b6aff61
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5c820563-7ffb-4cb8-8a24-fdb162c5f9c7
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,08fcf72d-af87-40e6-a588-41b0e1644197
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d2dee2bc-25e0-4525-8943-91740a7b3840
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,aae906c9-59ab-4ad0-b44e-d053d9384497
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,679b8812-f873-4570-94e4-59a1bcb0b7ce
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,46681f23-6915-4bb9-a6de-29eb53e4bdb7
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,aa06a67f-0581-42f2-b223-6207a9afaf05
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,7d7fce7b-9f60-4228-9536-253fb8203608
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,7d1c7908-32bc-4e08-b309-d047dfd1b89c
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0d8d1516-dfa5-4c74-9558-a0c811a8b40b
+CO2,Japan,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,15.04,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,fb01f69f-00cb-42e0-b70d-2ff537503749
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,10f1568b-d31a-4ec9-84d6-2aeba238235b
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b7ef5045-e3e5-4776-b186-6cc50c45254f
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,447d94d9-a7ef-41df-8dd5-460cc42f39b6
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cbd21c53-9cb6-4bae-9717-93a0d8ca71cd
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5f8637c1-f90c-42c9-bc03-8d43a12c0c32
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3943ef44-1241-4327-a055-f5ddec249122
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b7f892e6-78d3-48ea-b0c8-e1cbe340d431
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9ba0b41a-0dbe-4d01-a390-fd46be883061
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,13835ee5-2ada-4b26-81d1-d7d3fb6e14ae
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,92a7a523-a9ac-4479-a9a5-dd9febf6e0ba
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bfa32928-783b-42b3-b60f-e1c62a928515
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fe5f3ecc-f1e2-4631-9dc8-752cd4485d5d
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,75fd226c-3027-479c-a7e0-cac6c85747c0
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8f85f882-3191-4895-bda4-1d20005dea4d
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b86006e3-96b8-44cf-ab9e-a9efeea37054
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5433a16d-d550-43ff-af63-e1433ea7e1bf
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1148a9bd-d7ad-4f71-9ef3-f856e44ebf8b
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,02bdd903-0bea-4552-b63b-e40f1898eece
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d5d0fb37-ae12-4f40-a19b-34246d931778
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,839116c9-50c3-4ef9-8a4f-31f03273120d
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6d3d75ea-0ba5-4bfc-b491-881360c7868d
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a3767dce-64ae-4cf6-aae6-96ff1c88abe9
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b2c40564-2b64-4862-b315-4922178f9135
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8f60bcef-724b-4c05-9aa1-610bffd9f183
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2169f1f2-e8b7-4bcf-a969-2e905e287d95
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a901ba11-1935-469e-bd86-72291b8da151
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bc8adef9-e61e-48c7-b40b-42331038bc41
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5102b278-70ae-42d2-b79d-06004ed16039
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8416de3b-cf96-437a-a536-1aa3879dddae
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fcde6fdc-89cd-45e9-9836-a65286939e01
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e666a285-1ebf-42d8-877d-3a020e717167
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f68fb1be-9566-4368-b076-501f8bbe4767
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,835c8087-fb1d-47ab-b49c-dcc6f020875d
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fbb01099-a21a-4236-b56b-2a314cd98624
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,01b52e82-96c2-4447-ac7a-7502960b7dd3
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3d3f0875-ccf9-4bbf-8375-9dde410ef774
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,0fcf7f16-6a9d-4a30-b911-515f7da3b22e
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,fc4a2528-17a6-4e4f-a177-bf6841a3afa0
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c6fd9de9-e0c6-4de5-b254-c548acadff7f
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,7fb789e5-0e6b-4940-bb6d-27de13a7c653
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,ac771948-b348-465b-ae50-0ac317924dd6
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1bd53779-c90e-4cf1-8a42-94a2d4e86ace
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,17fe7a41-fd5a-468e-ba9d-3a72ef4c3538
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,429e8825-6949-4928-a13f-1b65a3696f4b
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f22cff6d-2760-468b-81c5-bf83b063150b
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3ed96311-71b7-46e5-b696-d9eebb3d6c51
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1fb66163-986c-4e2b-8bd9-19ba20bf4e05
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6e103a36-203c-4b68-8f85-9c66f842dd06
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,9b1534c4-cbb8-4f65-a23c-8edbbbc623af
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,217ac42f-d0a7-4167-95ae-2ab6de3331d6
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,94c025d4-cfc5-49e0-b4af-c57d7f4777ce
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,cee529e8-ba23-4664-a429-bf88b7b19604
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e5f77481-0db2-4fc2-a6f7-c8346cd6f931
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,7992c39b-b2b6-451a-9719-118e63362f19
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5f8a12bb-8398-4799-9a72-e4eecf83cb9c
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,27f07599-17ca-42f0-a248-0bb7e02bd258
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fbfd2cc8-f227-4506-8754-132b0b40ec1c
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e83e5d9f-2476-41ba-94d9-29158b81ff51
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,477d6e84-90ae-4d7c-8fc8-a807eb94efd7
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,73843800-7746-46ab-92bd-53f2ed1a7cde
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,61562e27-059b-4f1e-84ef-bd275fa11a0d
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c37b1160-329b-4d2e-a5e1-f379e8385765
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8d55e3c8-57bd-4d9e-9d1b-b479f6a8dd39
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8a2f91a4-bd95-4592-85d0-2ea5c8165dfb
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,893f6666-624d-4c6b-8d95-da22763f11c8
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ffd2b01c-2628-4eb4-8500-a37d2bc59403
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,60668f3a-ade3-4da5-b64a-8078f9bf732f
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3c946145-7b05-400e-9355-e44ea1ed0385
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0e0dbd58-2b62-4658-89f8-e5402ef8b499
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,40bd0341-da49-4a9a-aee8-1d6f23c32977
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b32cf478-d62c-401e-a120-fb6ead3e69b5
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ea690bb3-cd5b-44c7-88f5-c0972e6652b8
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,fddce2ab-4854-4288-979d-b90861a5f863
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e0c778f7-7306-46e2-a1a5-bb3ccda44359
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2b3a948e-8263-4a5f-a9e1-f7e66c96cc10
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,501ad9c1-3b90-4052-945a-c83296ab83ba
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e9bececb-ec1a-4fc6-9068-729530e3d3eb
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,27142889-9ae3-4a5c-902f-c8a56b620a77
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,4502e87d-a501-450a-bbdb-6da07bf96d85
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,c32674e9-9638-41f8-92b2-5bbe4a0333dc
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,80b0a545-6b43-4afb-ab8c-c2e153f89ff3
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,273d87b0-d558-45b7-a351-ec2e61a8ef01
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0647f620-39ae-42ff-882b-92853be1eea1
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6cbf5cb5-0140-4c8d-a2cc-04bc84c63f30
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5d55329f-1521-43b3-be8c-a1e63fa7c4a9
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d88b23cb-5651-4942-ae40-2716c8d4cf70
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ed3e9f32-9855-4f07-b88a-7fe6a5ac779b
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,52abcee1-f162-44a3-b658-931ecb81fa40
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d4756ecf-4a30-4f96-b140-6eb89d45dd9b
+CO2,Malaysia,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,799c4d9e-886b-4992-8bde-5241f726d406
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d000adf9-0974-4380-8d07-d2fa2a162514
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5b8d5385-4360-46eb-9def-005ae6bed81a
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bc77859d-c184-4429-892d-d5d8df3b9a08
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ef2adc89-e49c-4aa3-875d-6fc1732b6809
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,574f9aca-3dba-48dd-832b-875e2ee85236
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,74f7abcd-c772-4738-bd04-2eea5372754c
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,852fc013-fc22-4124-af70-a30faa8aafb2
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,aa535ab4-4d4c-4fe5-93ba-53f027d4ebba
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,944086c0-d507-495a-b93d-c23233e76656
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4dde392a-8a08-45a6-8927-166e63a6bdd1
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2f120a16-fe4c-487b-9954-e000a004b8e5
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,00254155-db67-4a8a-ae64-f7b12c2810e4
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4c0eb0be-c78d-42ea-b9ac-b2e7b7aadc76
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cd68467e-77d5-4e2f-9d17-90afed043c69
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9babace1-6385-4be7-8d02-928ed26a5f43
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1fcaf973-60b5-4436-b354-6ab2826b3416
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,39167e84-603a-49bb-b1d7-d118a0d46ccf
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1f41f4b8-74bc-4700-b2d0-f78954c18c3f
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,748aa118-5038-4cef-b8a6-67b737f12f3e
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,13129517-3691-4d04-a74e-1c79ba8b4bd5
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,88c2c1b5-8e42-478d-b276-6a72b8d79f5b
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b32a587e-4fc4-4bae-b10e-44958be39468
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,466ac0aa-c763-4dbf-ac6f-addbe251a3d2
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e6c61292-67ff-4e5c-9c17-1086c33f9442
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,989ae7da-fe0c-43ef-828e-e91326301128
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4a226f10-e7d5-44f2-ac8f-9d06261b3b00
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a9d89588-8302-4c11-96f1-1710b1c217b3
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4cb485b5-c39e-4466-b828-37acc3181209
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0f48cfed-9773-4813-a41c-d36b931e4c3d
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,dfab254b-8199-4f76-8756-dad660ba5368
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7052b433-d3be-435d-b127-93363c8e69e8
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,463eb644-be13-41d3-822f-d2189a753af3
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ac195c90-8b0c-4aed-8519-112a958c5b01
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ede7e392-3e8f-4a83-b42c-2455664f87e7
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2d43ef29-e84a-44f6-a9c0-2d8c6c5b423a
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fa89091a-4ae2-42f9-9619-49e50bfcaf25
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4f1c6eab-7497-4665-bd13-b4af043fc972
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,55706a54-1981-4116-a009-4b24c0c41eb7
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,310c5149-b65d-47b6-87d2-43293c59d6e1
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,35355859-785a-4c7e-a5ab-3fda4f2a68be
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,01c574e9-1487-4550-a315-7d18448a2a23
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6d0d1c62-cc95-407e-af3e-f3103cf61f93
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,d102aa26-1797-4872-b671-4c4844320db9
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8c1e86bf-4ae9-4213-82bd-a136b0b1d5e1
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6ac264c6-ae99-4360-a8ce-f5b5960ee9ad
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,cedd14fb-4f3f-4769-bde3-c4924e7ba549
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,9ed2ca74-21e3-451f-91e5-71433f4b281f
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b28978b4-2126-4073-9782-406a5089bda7
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a7b89845-ef84-407c-a44e-0937facb5fb3
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8f683c85-f8fd-440a-9bfb-e0a2075b847f
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,148b2894-09ed-4857-84c9-664453e002fe
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b9e6ab79-8f8e-4ade-83db-37437219362b
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,4f61267f-e0b8-41ee-a7db-76f09f3a9f2c
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,72eae607-4722-4fd9-8d5e-9bd42c860ba1
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,73c59e49-3de0-468e-a765-6b67779a0003
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8e605279-ca7b-45e4-a7a3-8998fdf3ab41
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,134356e7-2809-42bb-bf7b-f0159c7c4740
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,891eeede-7d87-4d5d-b90c-91b94798a586
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d839ef39-a338-4218-ab53-de3a6f7a225f
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6bb26b08-c9b0-485f-9506-e5bfe8e602af
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,96dee70c-8a38-4ed1-88ac-b1189428b37b
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f2f78464-1f9b-4300-a581-26d3285ede4d
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fb402474-d36e-46f0-b0ce-842f3a5b0384
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,97af729d-5377-422b-a405-4fbecd7891c6
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,24687bbb-5b1f-45d4-b736-04bcb8436e41
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b1020c9b-b7af-4fd4-89ae-5b99cbfe5a19
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4afcd1bd-2d44-40de-ab5e-713434248408
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e3077f78-f79d-4a23-b4c5-44de70a90664
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,daad6c41-0d42-416f-9c13-9645088a00f6
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c111cc59-6204-45af-bfbb-cf2fc909a9f5
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,eb022ccc-ed23-467c-8631-0c933179bf1c
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a4d15388-5728-4f02-ba7f-1ecb14bdcf4c
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,3c6dc189-3a10-4b89-8111-c2b0d12e7890
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,417e7463-500d-4472-9d99-dd2dbac834c7
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,367ea6f7-8503-4e6a-894d-3cb492f6a0da
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a0db9390-b39e-45d1-a42f-0f2a1bae1447
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,aa274b49-6ae4-4d43-b484-abd666eadb72
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e4eab549-cb31-4524-9cb6-831d27508edd
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e7094329-8915-48f1-8bf7-af6171149dc5
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1cc17b43-bdca-4b33-83af-f2b4643a7be3
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d9030926-be98-4c38-b62c-b79181701e5b
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,10a051e2-4ca4-45ec-b363-c6684fe10bc5
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,b98459d6-66cd-4b1c-894d-8e994babdef3
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,c9c146f8-8b8d-48cb-b57f-825a58e1555d
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0b81e112-51a9-405a-beb1-1d067db05522
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2dd17725-7d0e-4463-a5a0-198316e33ea5
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5e17e2a2-1f91-4e1e-bc64-19c34bfc93ee
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,70f82af2-c425-4767-8f54-dbc910b7dcf1
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9fd856a7-7d73-493d-8162-16dbfcdc0697
+CO2,Papua New Guinea,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,15.19,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,51149afe-a641-4914-8653-3178ee39f0f3
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e45e0a2b-39c6-4707-9fab-2ff2e3e0b343
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c39bf0db-8b68-4f82-bf94-a5a87e06b390
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a2f1cd0e-4710-4a51-9e4d-5772fb9a895d
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d220d46a-6e39-49fe-bfe1-e2cd02218a19
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b804b42d-1613-4dda-bebf-955656fccba7
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,61f913fe-6f04-4337-88d7-275951abde11
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1162b8d4-f3a9-4170-ba77-26c7273aefd0
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a1d11030-7b35-491b-95b0-424579fc4523
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6aa55d5c-0318-4686-a4a7-da8d5268ccf5
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e43a58ab-2dcd-4f6f-8934-26821114bee4
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f7f33ac0-6130-460a-83ea-f821fc1fac90
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6fd6ff48-1299-45cd-87e7-8d3f2991beea
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6d009369-9f81-479e-b30c-6deed92526ee
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5dea41d5-3039-4053-96eb-9c8ed4ebeeda
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0d437ac5-0198-47db-a2e8-076a97bf69cb
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e7d3418d-1ecb-4d1d-92d0-ab8d977c1d70
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fa24af3c-88ce-4106-a37b-17ef328e9f94
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,08dd372f-7750-49a4-b1b4-55988f93fe42
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,002d8a28-3569-4f4c-ad2a-efd227b08973
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,73fe317f-3efc-46d9-9bcf-ff4791848a72
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,94f6695e-9c22-408f-9353-44e53b75e86e
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bd7410f5-b1d2-415f-8091-7c963a59eb84
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,74379c10-33cd-4a9c-9863-c97a704448c7
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,61bcff20-66a0-428f-b9c1-23f3566da91a
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8ba78cc5-b913-4ed4-9286-3dd12d37f29d
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e21d4497-39b5-486b-afaa-f21b00bc4b26
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7bea2d7f-efe3-436e-86db-9f842d39ef52
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a91b5b57-9325-4a53-8fb2-1ac592778126
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,80e29689-833c-46a1-97a9-dedb52f576c3
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8291b64b-d7c9-4920-8065-2e60dc421d28
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a73f5d7e-ef69-4f09-8f59-de16395fc818
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a4cad2fb-0804-429b-9685-c8fa9e037623
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e865c4c9-dda1-4368-85c0-530166717c91
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,361f31d0-add0-4af7-a1a4-2e750eff13c4
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a53cb91e-1d60-4ec5-872d-37645026455c
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a76db897-b447-4dcb-9517-d6477bd78c13
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f12fc17c-1ce9-49d7-92f8-8fe5886321d7
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e7b58707-214a-4301-b749-4d6b437c3dc9
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,50ca1296-8ef9-4945-b4c8-2782e79848a4
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,8b048f57-6914-41c9-963a-9d714ed7bae9
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,33ddae20-abfe-41de-b707-43cca1306f64
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a3741998-5992-47b1-bb7a-67eb16678a69
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6bfce501-a518-41b1-905d-ae464747e4cc
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,35c86961-d8e8-4d83-aea2-c7bc51ed8348
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,768b9868-4e35-411a-a7ad-d50a4da85c0c
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,46debbee-2d1e-419b-be3b-f33e8a317c73
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,485ebd89-7f96-4646-adf1-10b7854efb1f
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,274be16a-5727-4a7b-9816-0f5a601e7bc8
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,366df59a-abde-419a-9e14-69079579dd10
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,23909812-940e-4357-87ac-36956435f464
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,fa41a3d6-eb69-443b-8577-f7d6eb57ebd6
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,734c9ce7-32c0-4d28-8706-372a912f1973
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,01335583-6810-404e-a124-6c408272cfb9
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,cc0f2ea2-6d94-4fe4-bbdc-0d363db0e661
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7a50e29a-2cd6-4c27-b668-b01862f3e9c2
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4b61282a-2dd3-4035-b40a-84d8cf72bb1f
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,dec36a37-40eb-413c-9028-3c5bf3709df8
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a0da404b-38b7-47ee-abf5-36f2794ff0b6
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,55fc58cd-81b3-4280-8d20-a55aee487858
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,dfdfdd8f-0ed5-4403-9b8f-265822efaad4
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ae2a2f39-58fa-44b9-b1c5-91bc0c9cb070
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8f5bfad5-efe9-4362-82f3-a640f47b7d6d
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c1f01a32-2f4c-4a64-8378-5021eca49aee
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9e8b6452-20d5-495c-8dd6-1e525fdeb5a0
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,72bf34ae-0912-4620-98c4-5ea35a3848d3
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,40262c69-7a5f-4cde-9b08-a00f9ea5e9d6
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,20dda63a-08a3-4678-afd5-070e836ba808
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,35d71e98-236c-44d4-84c4-e0ae7c851c2a
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,2440b316-47e0-454c-a043-b35f0e251846
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,09234127-52e2-4ab9-a049-5de792f5ef1b
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,84aa39c6-3d64-4f73-9e08-acc6777ccf68
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,66952782-30a4-42c4-a2b0-fd63e80a45c7
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2505da91-15f8-49ab-88de-93c7ec2edc9b
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,099b6357-590a-42ae-9280-4907737b75e0
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,bacfb0b0-20e1-48c8-9e25-31341c0d9d88
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,e20032a8-8dc2-4c74-867c-511b9eff85bd
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9312b600-a014-44a5-a5c2-7be27e40a84e
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,749630b0-6ef1-4271-91d8-6451a75b27f3
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,a0c63773-a1f6-4b4b-869b-3800a75c0223
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0fe6ded4-c20d-4745-ac53-601650a79d77
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,29bb58f8-2a93-482e-a03b-0b2afa06ef2c
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ccb266d8-5dd8-465a-8217-02d86a6d1118
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0bbd9efd-7d2e-4b7b-af1d-305b427da3d1
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,09f70627-6bed-4d83-90ee-707a6d0b68e7
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,83e258b4-652f-4f8e-84bc-16cc520644e7
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,4a576cd3-f5a7-47f1-b6fb-aec962fe91db
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f03a0509-04f6-4219-916d-d7c71738ec49
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d448f892-4c90-4586-a563-492d1339c8e5
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5d67a152-1ddc-4d6f-86f1-fb9c0b222cf3
+CO2,Russian Federation,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,15.09,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,48d4271c-1f43-4118-b729-af92d62b84fa
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,214d348c-ef48-4f32-b55a-86aa4e6d2d5f
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,84d4fef2-2c8b-41bf-b25e-4f00a84c0ba7
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ba862dc9-2d41-4d2a-94df-e28c71567701
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0d1d26ac-f9f6-494f-b2b6-70405b9fc0ef
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1689d58a-dce9-4746-8e30-7ff800ebe1fc
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,16608f61-2db7-4cd9-998c-2a594516cbfd
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7541cdcf-5241-419c-8588-50fea55613d5
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,70646111-e602-4872-bd00-ee8a75c4aef5
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,28c72d16-658a-4325-b3d8-95fd98f7c63e
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,055b73f3-80dd-4b7c-93df-4690d19b2a51
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d79f8da5-62cd-42dc-8df9-7bfc717fa6b5
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9789a263-8864-4546-a5cc-9384dfe35de8
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,57c82c34-6cd4-4393-8948-a86780e7a4f5
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8365f22d-c8fc-4225-9d33-58d4a7a4c231
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bdec62c6-3008-4ff6-beb4-c80650dde40f
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,abe2ba51-59ea-41f1-a4f4-4e2dccea27a9
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f1ddcca3-fb5e-406d-b956-9130b213e454
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9e0ecce8-9740-460f-9bc0-90352ba85087
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c6a6a663-2cb1-48e2-bd73-2886a61bfa87
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d9db65a5-833f-4e95-a6c3-8ea75876d698
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bd9cc5fb-beb1-40b6-bfbb-368ca5e7d1b2
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,49e18d54-51a0-4f89-b21f-1d0fe8ccff8d
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,dea8d645-0b15-4b9e-bc46-3e6ae83bb080
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6ea2258d-11da-467a-b539-999caa9eadfa
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f2fa20a9-0c4e-4b7b-92f5-08b956ccc5e7
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,63c16555-1688-4736-9345-e32ebff7aa88
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d72ccfc3-2e6d-4ab8-9728-5e6acd213881
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ac3c0f8d-79e6-4d03-b2a2-4ff12e12b59a
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d5c061be-fa15-41dc-bebf-6bd71ac5564e
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e52719e5-241a-4356-9b73-d423e31d2cb9
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f37485de-6775-4771-bff5-baa606018078
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,54dedea7-3b28-4332-a35c-7ec7a5b185c6
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e68ff341-cf42-4b6b-88ca-052ed66f3473
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,269a562d-9b53-4f9c-a0d5-487b860d1e05
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8c3ed442-e8a4-489f-a18f-dc872eac21c3
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ae4a4205-0ba7-4c54-b256-91f81c9a14df
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,d7304c9f-ee07-403a-8791-2c0a7ffc9a1a
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,40e9adf6-f857-4ed5-8af7-142d4331a5d8
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c786a33d-a091-4718-99fb-c1462770ad1d
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,a1d6d523-170f-4028-bfb6-65c352a92bc5
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,178647d0-ff08-4aaa-adce-e79f6d853e3e
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e0d7bef7-35aa-47c4-996c-573db6144b41
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,30c0f200-da99-48c6-a813-0907c3213d7d
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,053cee49-0625-4cd1-9a74-8d96a6dbae13
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c8084ca4-92aa-4cca-a7bd-f4fdadfe1ef1
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,c2ece58d-9c69-4316-8308-c1aa93d6cd73
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e8323650-79e6-4952-b794-24f04514b908
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b193c003-1b6b-415b-8705-762f5c1e4c40
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b8917859-b85d-4d63-876e-06785a0505ef
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3b8106b6-1b08-4087-b69b-78a739b3e815
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,37f7a884-636a-4134-af29-5eee562bf778
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,0e03db80-06cb-48e4-b088-16b5a9a44393
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,71a8d629-807b-4bf1-b291-9141b9f4e3b1
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e03c01ad-232e-4e7c-a2c9-7d2b929a8922
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,388e082e-9b29-4bb6-8e3d-0577df980914
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7757472f-2ade-4b0c-89b9-0a16eb5cf951
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c5157b96-3b01-4893-87e5-d637bfce396f
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5937f5b5-7cea-4cc9-8e0b-bd404ff2b411
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b72f9e6d-f363-4504-bb0b-818165357176
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,43832706-4146-497d-9d12-3163824484a1
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,499ade27-160e-4858-9526-c463c20118f1
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d5d4cb05-7bf0-41f5-b053-d4b145886da3
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a48acacc-be1d-4364-8411-76cd43ca3325
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9f0f35de-4c04-49f8-a62a-e631071d2955
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d1cc4c8e-dd84-4681-9e13-4d062fc60cf3
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,40250723-2f94-4216-b2b3-d7a95f4017ad
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c0caf890-b166-4f2b-a2d9-22c6ea133da6
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1bea7bf7-db68-468f-8f4f-8b10df081b26
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ac66bb94-beb5-4675-a45c-338b4f45fc5f
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cfecb32f-020f-44fd-9dc4-b2ef4d08f7e4
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e2e6117c-a4d3-4a9f-b18d-e09fed7d70b2
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,828242bc-14bd-481b-95dd-277814c9d466
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,65faa900-975f-4f71-8258-cd508401cebd
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f660e74b-323e-4179-8106-55d9dc110efc
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,08045159-4261-4549-9eec-df44d68df6fd
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,55bc59e1-9802-4858-9ae5-2f308b802e9d
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,10e9d27f-2d38-434a-9a43-132053e0f342
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,55375160-287d-4ad4-ae12-71a2c2043b49
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,8753ebe3-7d5b-4c2e-9305-329f6907a756
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0f4dfed5-993b-407f-8326-3afcca9c9246
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,5611d047-55b4-42c2-a01b-fc94ddec0d08
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f9da4a11-790a-4760-99d8-ea897b34c45c
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,ab23a652-69d6-424a-af52-dd9a8df1c212
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6a87e130-97d9-443b-a16e-8a09db5af985
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,9c71042a-e858-4345-8988-80da1f2ce797
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,596428f7-fc1a-4841-8f30-99a6d7483d39
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,89cec0cb-1f09-4cd6-90e2-246b9a5e4830
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,c4f6827c-fe63-4406-b9d9-23c6fcd318b6
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,f553e2bc-f6ef-46ac-b4b7-42224c9fda06
+CO2,United States of America,kg/TJ,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,14.92,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,3018bb68-1ea7-4a65-8179-9cb65b48ffcf
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,19f869d2-9275-4049-a1d1-183d9f8fea5c
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5733f13b-19b9-4e62-a72f-11fea95b0b43
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6094d694-8189-443e-952e-7f74e8dd64c3
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d489f9c0-c7a6-413b-bccb-2744a0d2510e
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d5df88aa-b48b-42bf-bfa0-8d9f1a05a9c9
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,80efcdb3-5f87-478a-a6ac-c9371848b71f
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,027cc5d1-3bfd-45b1-8878-3c1599871fe6
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,282dbf09-b171-43c9-9bc9-321ebfea797b
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dc828e68-ba7c-467c-9b5a-7e783b8852fc
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0dd20c72-6d18-4e9d-869e-5a8f76c418bc
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,59ccd30e-e201-4ea7-bcaa-2bfc4b8b3b7e
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0499edce-1900-4409-9465-3194dace72a0
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,98eddd7d-4694-47c8-923e-7eb5a29535e9
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,df8a0484-caba-4907-b232-0f8785935124
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cec1a170-5d47-4164-8669-9fa606c0b24f
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,de3bba63-474c-44e5-b1c4-7bc3482b895f
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4b119e87-9db5-4ed9-8af2-f4609e9bfce1
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a6a2df9c-5554-49ce-a516-7501e38cd154
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,24766388-3025-433f-b797-9041da0f1835
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,378a0b1c-e708-4548-8809-48714ce8089c
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ea60639c-9a36-4803-9571-5f606b927404
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e44086b0-f4c8-4f1a-9831-eb1e32aef00b
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ed384df5-0038-4df2-8958-3ab57523d815
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c13d7a05-72a1-4b6e-b454-901fe431bfad
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e005dece-34bc-47de-a821-4844af63aadb
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d40f1972-4625-429d-acd1-c4c27e90fed8
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1d8728c5-81c8-48b7-a3e8-76e6d9e63692
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,958d9239-998e-4271-ac5a-3201a845f08e
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e5390f5f-7ab4-4bfa-a71d-1e22ac561cbd
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6f0e4327-4ab8-4299-93df-82148048f332
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,41bd43cc-2c54-468f-9b3c-4e7680db3c85
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e646f537-c99d-4e2a-9e78-0ed770c056df
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0627e899-58bf-4e06-9baf-ab5253b1ff81
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,17447850-2cb7-4fb8-bb78-bcc4bcef47c5
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cec334c9-7ded-4d66-b2bf-81c5e1b3ff26
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,52a4092d-8437-48bc-8692-8e27737fbade
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1d8cd077-0a15-4cc8-960c-4437c42d2333
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,93d2f483-3e36-4f40-b99e-38c9f1610eda
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3a1385d2-3231-4a37-90c1-8956b783ff19
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,6b0a3954-be84-476e-a13d-da1d0aff6d63
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,04b8188f-c1ad-4ef8-b23e-424b2f95a3fd
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,797c3782-920a-44a3-afd6-a7400469bbc3
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b76dfe6d-e476-469c-9eff-1fcfe269a3ae
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,00e2029e-9c3c-44b5-8f7a-c1543ae3e34e
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,e8a9de27-dc7c-4fb1-9b80-39713a572d9d
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,5ae0078b-069c-46ae-ad37-323c8d8327cd
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,f2cdbd2b-53ab-4c9a-a35e-c33ad596cebb
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,da382e9e-ad08-4852-aa7a-7e4e9612fa31
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,1e9b1fd7-78c3-42f6-ace9-39325223e48f
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,3e81d83f-eff5-4ef6-bc4d-f1137bfe72eb
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,b52cc9df-1d8d-467a-899d-67d23459295a
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,493534c9-91ec-4f10-812a-a79b319f9f9d
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,66ff0c03-74eb-4ebf-ba02-97974135a7ee
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.95, NCV_units:tC/TJ",,37d597c4-f7bd-4994-8e72-652e3a470f11
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b1bca128-ae57-47f5-a9ca-98be4d67fbba
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,82dae83d-2d9c-4610-9a07-babc65448b5f
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0cd30b8a-d8b7-48c1-a081-4160d3ed5881
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,469b6ddd-6b9b-47f9-a53f-994494d87458
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b4e9835c-ee1c-40b0-b2ba-b2ba8f96e31e
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,50085c8b-803c-4d5a-a4fc-d7967ed167eb
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,97d9970c-13eb-453e-b4a8-87da05fd5a38
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c61860c1-f627-4ef7-95c6-cba09e200984
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8071d74e-d129-4481-8ef2-d60c901f6855
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,76a570f5-25cd-4fb4-bb72-f30ad64cb6e2
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7039c4a8-5c66-49de-aa91-543ddd83f69c
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6b5664f3-44f0-4aa0-ae7d-18182fe28e7a
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b4987960-5a13-422d-88bc-1584c43b8791
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,84f20585-65fd-4221-8e4c-70f3aeef8e2f
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1be2f0b0-775a-488a-b063-44a5f4496bcb
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f327cdea-6a0b-4bf1-a524-c5743c49a757
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e3cdca50-43fe-438d-8d54-908b3ea2f2d0
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6aa569f5-09f7-4981-8496-ac83f7764c35
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,4f60f05d-cf51-46ff-a1fa-6b874cb2f419
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,221731f3-d839-44c9-a4ff-f9bb07ad121b
+CO2,Russian Federation,kg/TJ,,I.1.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,371581a8-4d18-4f21-a64a-f9ea3e1f9acf
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0912295e-c6f5-4e73-b58e-1279f7b138bb
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,0bf5dd15-e630-469a-bd82-ea5425083ab9
+CO2,Russian Federation,kg/TJ,,I.2.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,fa4c3155-d7ac-4f6f-ac79-43ffe9d038f3
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,c1f7f4cc-5440-429a-b846-7ca39b355ecc
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,3ef4a849-f38f-4e22-9cad-3313a36ffbf4
+CO2,Russian Federation,kg/TJ,,I.3.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,316d5698-ecf4-4ae9-bc1f-d9728d5ea548
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,6c1f2a13-4ee3-402a-8336-44700dd0fbf9
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,d6392113-3fec-4ee0-86e3-fc3818563258
+CO2,Russian Federation,kg/TJ,,I.4.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,71779a4b-2362-4a09-93ba-7d4d1a9ef7d0
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,2b63893b-b299-45d0-8830-4330dd1fd93d
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,05693edf-8db7-4d1c-825a-0b25c689a00c
+CO2,Russian Federation,kg/TJ,,I.5.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,82f83352-bcc7-479b-8339-debdd157b3ce
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,1206aaa9-116e-416e-9901-b32340144531
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,90dc2cfd-ec4b-4e83-bb71-92fc36875095
+CO2,Russian Federation,kg/TJ,,I.6.1,RU,14.69,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:13.97, NCV_units:tC/TJ",,222bc817-38e5-417b-a77c-7cb9c7f08fe5
+CO2,South Africa,kg/TJ,,I.3.1,ZA,89500.0,fuel_combustion_consumption,"fuel_type:Municipal Wastes (non-biomass fraction), density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,c3fd484f-8379-43dd-ad0a-0be308090f1a
+CO2,South Africa,kg/TJ,,I.3.1,ZA,89500.0,sampling_scaled_data,"fuel_type:Municipal Wastes (non-biomass fraction), density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,97528338-0610-416f-843b-52101bdff8eb
+CO2,South Africa,kg/TJ,,I.3.1,ZA,89500.0,modeled_data,"fuel_type:Municipal Wastes (non-biomass fraction), density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,655c84a9-5e9f-426e-a451-90f48424f35a
+CO2,South Africa,kg/TJ,,I.3.1,ZA,105800.0,fuel_combustion_consumption,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,18e9544e-2e7d-4b03-a685-67986046f100
+CO2,South Africa,kg/TJ,,I.3.1,ZA,105800.0,sampling_scaled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,0e4046d6-e253-4304-ba1a-e5a77c5db785
+CO2,South Africa,kg/TJ,,I.3.1,ZA,105800.0,modeled_data,"fuel_type:Other Primary Solid Biomass, density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,4a7c14f6-aca6-4c60-853d-9b95f432b19c
+CO2,South Africa,kg/TJ,,I.3.1,ZA,86300.0,fuel_combustion_consumption,"fuel_type:Municipal Wastes (non-biomass fraction), density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,e71f6f0a-165d-4f09-bcb2-bcfca8b37e13
+CO2,South Africa,kg/TJ,,I.3.1,ZA,86300.0,sampling_scaled_data,"fuel_type:Municipal Wastes (non-biomass fraction), density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,47e653d4-24ce-4413-a427-656670138081
+CO2,South Africa,kg/TJ,,I.3.1,ZA,86300.0,modeled_data,"fuel_type:Municipal Wastes (non-biomass fraction), density_value:nan, density_units:nan, NCV_value:nan, NCV_units:nan",,19146332-42f1-4490-bf6d-ff674aa125da
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0026237199999999995,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,52202103-fa45-476b-935d-97f2f853728a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0026237199999999995,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,89be54db-0ccb-4e3b-85a4-53416aa3de19
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0026237199999999995,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,a5e3e32e-0673-449a-be9f-485e238fedcd
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0026237199999999995,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,182b625e-c036-4957-a0d6-8b68b28cf2a5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0026237199999999995,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,7f3d5713-083d-4938-b008-3c12eb915e41
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0026237199999999995,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,dd2c213b-9bf1-47cb-b7e0-013f19ac306e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0026237199999999995,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,d5fe6b4d-ea87-49fb-83a4-d61a3476decb
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0026237199999999995,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,10edf75c-da59-4918-bd51-a0eb4db67752
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0026237199999999995,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,1bbf8bc6-cc97-4450-918b-a1ac90e5c5f6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0026237199999999995,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,884eca6b-9e6b-4206-950d-dc516d6c9082
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0026237199999999995,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,c0494ad5-e08d-4ed5-bc78-937e34dd742c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0026237199999999995,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,46d8395f-18b2-4ace-87d5-f4f7bb452f23
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0026237199999999995,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,c6f5c6d5-8f20-4cdd-99cd-dc5c9d769d25
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0026237199999999995,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,85211151-82d3-4e58-b58f-1341e7d2d403
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0026237199999999995,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,959ba43f-c7f9-46b3-8f3d-d3ead3f55283
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0026237199999999995,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,3874d4d3-fb41-419c-a23f-cc63dfff01ac
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0026237199999999995,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,ad9f4b88-5cf9-4dba-8d06-175d23e8a967
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0026237199999999995,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,70490f28-ff4f-49a6-a7e5-1c92eb790fe5
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.7318133333333336,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,4146fcf2-79f5-45ce-af41-033f231c47f5
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.7318133333333336,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,a6c15220-a1a6-4ccf-82e1-cff165128d6e
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.7318133333333336,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,acfe8bb7-8a1d-4184-957b-e30e163ddbfa
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.7318133333333336,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,9f64e666-12ec-4ee8-b6e9-5d8ab6c7b252
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.7318133333333336,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,36b8a662-aeeb-47a8-8d4a-84c17cdc34db
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.7318133333333336,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,3adc67d7-b935-448b-a5bb-9052dfc6be11
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.7318133333333336,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,c13b0d07-8218-4c75-be3d-5b56d66bddd0
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.7318133333333336,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,12d8d93e-da23-472b-8044-8fe8f43be90f
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.7318133333333336,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,9c5f272a-f04d-4d61-a652-a95e2aacad8c
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.7318133333333336,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,67c31fe1-8840-4553-b86d-800c5947c279
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.7318133333333336,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,cce1d3b2-4b11-435f-b0a3-0dd7aeee6577
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.7318133333333336,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,9742722c-a3be-468d-a034-d8098ba66ceb
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.7318133333333336,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,5b11937c-38ed-44b9-94d2-046a22a69504
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.7318133333333336,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,48a2ba1e-9bc6-4eb9-bd54-482b66146cc0
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.7318133333333336,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,2478c758-b74f-42ab-9603-dc978cb04f96
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.7318133333333336,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,9bbf3a66-4222-420a-8325-cf771decb959
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.7318133333333336,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,8da662e0-901c-4160-9bb9-5c9212e73d2c
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.7318133333333336,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:27.8, NCV_units:TJ/kt",,0b67f442-1461-4691-b1c0-2e188bffb719
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0024123,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,28e225a1-af14-4a1e-93aa-dcdfd2f95943
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0024123,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d790db18-ab24-489f-a881-a4bded64ec1f
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0024123,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9d58b00c-abb1-4421-a422-1e0f8ea85d18
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0024123,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0468d5ab-b190-4d86-b128-1e42a1c696e6
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0024123,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,49ad5733-745f-4023-8614-b3e5b6534391
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0024123,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,14c8d036-0d61-48e2-90e9-0d0a09931a78
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0024123,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d235ba7e-46d6-4591-96b9-fabd6068ada2
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0024123,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0d6ff124-4134-45aa-b6af-d3918bcfd798
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0024123,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9c68c965-c47d-4cec-8816-6f43dd7430f4
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0024123,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,82c935b6-2adf-490d-b4e8-a8fa50ce0fff
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0024123,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,43cf5a5a-3f01-4809-9edd-8037927590e7
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0024123,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0f1ab29f-2173-4ae0-b066-f94c47224f2e
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0024123,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,04c98350-79d9-4535-b0b1-1677fbb975f0
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0024123,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,fef82bcd-141d-4126-87ab-059726f4c54d
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0024123,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3be582c6-c21e-41b8-9afd-ff99799d1f67
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0024123,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,db9b82c1-5003-4f26-89a8-c7d6cbc2e4dc
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0024123,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a1ee9a78-d516-439d-9628-213061776b80
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0024123,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,fe2298f6-d017-4f30-a48a-8ba8d7988bd5
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.618935,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e6f629e8-36dc-429a-b70c-ea5bbdf7833c
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.618935,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f5b5ce98-bf5a-4f46-9bd1-b6d621bf8a47
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.618935,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,6adc287f-6279-4fde-b611-164ea154c3d4
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.618935,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,469320df-dc60-490c-aa5a-ec0690ad3f6a
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.618935,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b5518f49-a2f2-41b3-bea3-daee5aacc5d9
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.618935,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,4833bc17-eb20-4ecf-978a-67ca69c75d57
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.618935,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,792e2803-bb25-446c-9896-86dfe17402bb
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.618935,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,ecb134ef-f65d-4ee5-9640-e1607b32af6e
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.618935,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,fcc9e4ae-1846-43ec-9465-e992b824bac9
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.618935,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,786c846d-842e-4957-9c2a-e077ad55272a
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.618935,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a5e93673-ad93-4202-b9de-c373118430a8
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.618935,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e217d09a-2dcb-4fb6-9be3-553c74526844
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.618935,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e9a7b2bc-7b6c-40a0-879b-2a57f94f4f9c
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.618935,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,17e602c2-c28a-459b-bd53-8638a2476e53
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.618935,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d9a886fd-8496-47b8-a9bd-4aa09b59959b
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.618935,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,37834837-2af8-41f5-88f4-92179993009f
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.618935,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,4d47a459-4c2d-4321-b18b-fa53b3d196da
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.618935,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d455bbac-38eb-4603-a8f7-032a722636b2
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.4281949999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d14e09ad-957d-456e-892d-b75585b1b2d9
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.4281949999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,0e7fdaf6-c165-4657-a414-225b95f25f0e
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.4281949999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,54ece0d2-39ad-4b4b-86b3-8554d962e958
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.4281949999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,5e8a3292-09c2-4ed9-bf3f-ab2ec411ae39
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.4281949999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a056f910-5c66-473f-9668-7ff995a353d8
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.4281949999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2512c0f7-badd-43bd-84e5-acfd5ddc6139
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.4281949999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,437f7994-fec9-4c94-8937-2c4311183b36
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.4281949999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,7bde5c07-cd58-4f07-9ee0-985486849283
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.4281949999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b12a6441-fb8f-476f-9693-284866fbb687
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.4281949999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,fa46c72e-f568-42b4-a0cf-b8b1d534d9b2
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.4281949999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,36286751-3e41-4860-9834-bb24d5fcf5b4
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.4281949999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d83a0aa9-2c27-45e6-b3a2-88b8bdb9a5aa
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.4281949999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,90751905-cb61-4be4-9753-bc1ee7080bd7
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.4281949999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,5325ae12-8efe-4934-a389-2b5b1404e64c
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.4281949999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,272d16ff-6e66-4917-a010-36f4f88cd8df
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.4281949999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,840f68f1-18b7-4284-ab3e-07490eede7b0
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.4281949999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,974bc59e-97dd-475b-b013-832a58ede8e8
+CO2,world,kg/t,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.4281949999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,aae3c82c-a342-4357-84ba-8a0230c582f3
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.00225335,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1bce8c43-ea27-4880-85dc-0cffb7624aa2
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.00225335,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,69f87cd8-5753-4ba1-a6c7-9898f79b04e6
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.00225335,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,f4ebd5db-d006-4d58-825b-b6ce7ddcef57
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.00225335,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,dba4586e-5511-4457-a725-5e74ef1e7361
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.00225335,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,def5bc33-509c-4f20-b28e-d7d398204f0b
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.00225335,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2b81a3d0-9521-4770-bbdd-ffa779299e7e
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.00225335,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,94204e48-7787-4852-830e-29cf72cae313
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.00225335,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,49a9c35a-8244-4410-a260-136c7fa0b3ea
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.00225335,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,247b3c3c-8959-46fc-ba4b-6831ad85514b
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.00225335,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5de6bc20-fcc6-4599-8c57-f0b12b406dfb
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.00225335,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,064002f4-0fe7-4955-91f1-018fa2d2874b
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.00225335,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c1aea0b1-098a-4a12-97af-8886a867d19e
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.00225335,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9d799b4b-5de5-4624-a526-4c7ea6ed6483
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.00225335,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,952b8c7f-deb5-49c8-b3fd-b64794e9860c
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.00225335,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b6d66a21-1f97-4bfd-89e3-0d4c9dffc442
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.00225335,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,179cfa1d-021a-429c-bcdc-1ede45526742
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.00225335,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8a2775e6-40ed-4a47-979f-f38377bfde92
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.00225335,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,95469349-d2e1-4a84-826b-b020b90608fd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0024028399999999994,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b8adcee7-1ca7-4405-8108-bb58dfb9cdfa
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0024028399999999994,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ef036533-f22c-4956-b175-e74e2ed63644
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0024028399999999994,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0d9e4397-8d69-4035-871a-1147bf5fb284
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0024028399999999994,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3feb101c-945b-4220-a345-a9cc2e708462
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0024028399999999994,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,cbf473c1-e60a-4ef2-87c3-5a1b776d56a7
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0024028399999999994,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8f0f9cfc-96d5-4beb-8da1-8a5eadd41156
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0024028399999999994,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,55bbbaa1-b110-4fc2-9142-090b6caac836
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0024028399999999994,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e877219d-be46-433f-a993-b330d2c67eb4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0024028399999999994,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,f55e0e9b-9c92-4872-8701-662df4ee2007
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0024028399999999994,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,06b67340-b79e-4e52-8451-3a533bdcff75
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0024028399999999994,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1262f7b8-4d63-40b1-a38b-0faf06358655
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0024028399999999994,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,7d4f2ed4-a21a-497a-ad9a-963e8b98c0b5
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0024028399999999994,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a85f5669-4eb6-4f3c-a536-eefb68c30b6f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0024028399999999994,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,c37367cd-1ebe-4d75-9b53-4911383f954e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0024028399999999994,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0497ae65-db67-4855-872b-8089f5236bc6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0024028399999999994,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,dcadc623-ebba-4998-85ed-5514f5a555cd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0024028399999999994,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,80d6f91d-e6a4-45c7-9703-d8d6e7f22469
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0024028399999999994,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ee132d54-e976-44a7-b201-30fae53be09f
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6086646666666664,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e0a175f3-8d6f-4394-81be-5a14a141cb24
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6086646666666664,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,793d7480-1966-4589-bab9-bef49374ee83
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6086646666666664,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,a1d27052-d11a-4651-bb08-1b4cf26f02df
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6086646666666664,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d5876fa2-7070-4429-8fad-018fb2fb0955
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6086646666666664,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,6ac55f15-0324-4dd2-a928-64e78de2f964
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6086646666666664,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,af0396df-845d-4b88-967a-4f4dc8b50fa0
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6086646666666664,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f6430e1d-0a52-43e0-bd5c-f0d012a1160d
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6086646666666664,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,53cab776-6639-4a36-b0ae-134f701c69fe
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6086646666666664,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,86888292-48d8-48af-9108-a50ae5e3108c
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6086646666666664,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,71d22f01-8c8f-4139-b599-4d0520f01beb
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6086646666666664,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f4a9f4dc-85b1-4d66-a31f-75b676b22c5c
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6086646666666664,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,0dcf928a-f5e6-48d3-aec8-77d48da635b6
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6086646666666664,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,0f46e87c-e7c4-4dc4-aefd-29180fe98466
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6086646666666664,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,bf847517-8e11-4651-8dd3-40c9fc58f1b6
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6086646666666664,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,20ee04da-8df3-4c19-85a5-1fe7eb121fcc
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6086646666666664,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,ba8eb9f0-519b-4506-95e5-b837085efe43
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6086646666666664,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,487ca6a7-7cb2-4b75-82bb-095d234a7a72
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6086646666666664,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,59f295ed-4960-4d9a-8d68-284870eaf133
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.4186726666666662,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,cfa6fbe9-b839-4da1-b5a5-5e1a355977e8
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.4186726666666662,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b5940da2-2ac0-4b50-a3fb-59939e81469e
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.4186726666666662,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,edf74bc2-7e6b-4800-914a-10f446c22ce6
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.4186726666666662,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f1cbff7c-1c81-4881-9de3-d4302df126e4
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.4186726666666662,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,dc354f8d-61c0-44a0-950b-fb827d076a67
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.4186726666666662,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,8f0caee4-1585-4bb6-8bc9-010f87fef61e
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.4186726666666662,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,50c758b2-e15a-47a2-8812-be596d61c7b9
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.4186726666666662,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,14aee757-8b1b-4f22-aca4-d4af1621d328
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.4186726666666662,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,0bc9afc5-52af-46ef-8d4d-07c6c41d11ba
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.4186726666666662,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,6eb5ade4-ab16-4ba3-9379-44eb1f5cd67a
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.4186726666666662,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,ee9986b5-a8d3-4352-b099-d637c9b8ae6d
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.4186726666666662,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,3b193f6b-e32b-47da-9b8f-9416f1f8bf83
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.4186726666666662,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,53175522-4f9e-42bb-8e15-34197ec85cc4
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.4186726666666662,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,815160c4-75ad-4d1c-93bf-b5cee93336ab
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.4186726666666662,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d547c3a3-dca0-4759-86c5-878b005c4ac6
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.4186726666666662,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2b1012e0-45f9-4a41-babf-d296c3f87127
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.4186726666666662,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,26a7059f-a392-40bf-a6c4-678fadf5bdcd
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.4186726666666662,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,26ac63d6-114c-44ff-ac12-c247df782f49
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0022445133333333332,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,37360426-39b5-420e-939d-fbd03a5268c4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0022445133333333332,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ffba6d3c-6130-4f50-b52d-84394f7077a7
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0022445133333333332,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8401cab8-3d2b-4786-a1a0-15e703e8d66e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0022445133333333332,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a56919af-3b34-463d-a037-04ef656fe701
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0022445133333333332,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,4b8173ca-1e5c-45c7-bdb8-49019a6393bb
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0022445133333333332,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b765e31b-eed0-4770-9aea-cb2495174a8c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0022445133333333332,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,35536d13-8236-4996-aac4-774dd657b516
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0022445133333333332,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,fee47e6c-3eef-4782-934f-e89c075120e7
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0022445133333333332,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,948159d5-d6e9-4b20-9a00-ca386f89b6cf
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0022445133333333332,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,14a88fe8-685d-4c76-bebb-728e724b3ff6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0022445133333333332,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,fc0ed462-fa41-4ca7-b1ae-41ce459d8f3d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0022445133333333332,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e2937776-46a9-4232-a090-b90882ab8d32
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0022445133333333332,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,315cc91a-7cc7-434d-ab2a-6066779aa316
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0022445133333333332,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1ca13701-02b3-4f0d-b0de-6144da4e7b73
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0022445133333333332,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9f62a1b6-a5a0-48ab-baf3-eb48b3048bf8
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0022445133333333332,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,19f52483-2d2f-4f63-a321-18f962c99655
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0022445133333333332,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0ecdbc84-ae3c-4878-9e25-27da8badbf6e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0022445133333333332,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9862aa19-f9eb-4d8a-9d8e-750cc7cef467
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,77d01f68-d8a2-49c4-8b47-6e57d0c7ee72
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a3831e2b-0327-426c-ad45-1f2eba27f823
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,33cdd8da-b6a9-4624-84bb-66a406f85521
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,6137113c-01d4-4ae6-bd3f-3ce133685123
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,99f9eaf2-0605-4b8b-8daa-2cb7d70568a4
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2cb4fc19-91de-4aaf-bab8-d641122b4006
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,f77e7968-738c-4db5-92c3-d40d4096b227
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,468b36f2-f9e4-470f-9545-c46ee540ec8b
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,823d65bb-f244-472d-b06c-fd38ec9ce8bf
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,95c88901-d4a9-4dea-8b04-2f3df789503a
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,cfcda974-f1a1-4f68-abe9-2f7897fa5fed
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,fbbbc687-a570-40a8-9f7f-018b247f542a
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,95e6fbe3-4f0d-433a-af41-45e7cbeb3bc3
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,879c24e1-5b6e-4553-835e-287639cf4c45
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d7c5e8e6-0690-4a39-9e92-a1610697dac9
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,546598b2-67f1-4100-b7c3-d4fdf361377b
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,51cb6d3d-274e-4589-9aa1-18e769f130f1
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d17efed7-b42c-4f21-8f92-6895b2dfdaa1
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,844dd1c6-354d-44f0-9bc6-c9ca07d73ff2
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,46e7626d-0e2e-43cc-bb71-51b6d8852106
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8a1af197-ab36-46ea-9528-b0b1432799b1
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,7b486c18-8054-46de-8582-479209c143e3
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,68b03189-85c9-4ca1-8240-9ad46d85e1cc
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,9ae53e67-7359-45cc-b577-9e99a8d43179
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8cecd92c-1550-4aa2-bfb0-e86545e57bdc
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,9c38306f-bf1d-41be-8059-53df09dcae80
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f3a65757-f91e-4df6-b6f0-c37d06ccbf5d
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e8b0d56b-c96c-4842-8617-3f2bbf5c511d
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e6a76acd-9da1-4cd5-8993-9da56c530706
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,af8ac966-553d-4647-882b-50943647bd88
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,59cf4364-c053-4b37-a1e4-6a807c64b5a9
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,9948902f-735e-457e-b3c2-d1debd8ed8aa
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,5e8ca935-8a47-4a58-8e98-8a5f1cfd40af
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,7d192698-ad1d-4b94-bc89-b47465bc51bb
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,6df96ef5-00c4-44ef-a8b0-2255d41f0705
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,cda6830a-fba0-4bd7-8dee-9d80b298ab88
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,162b7622-570f-46c3-baf7-34d950bf61a2
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e6ed8e05-570a-4b9c-8d57-737e5be82ebc
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,8f382b28-1458-42ec-9945-f40add7a1098
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d1925a3b-d36f-4d8b-8292-70a05cba23ae
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e3c25585-a7c3-41af-babd-d1c9e5718fac
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,d3aef6df-6ee5-41ce-b767-ae7774f0e051
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,16a82368-31a2-48fe-af6b-0d9ea6cb3981
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,a982ed4f-f0ae-425c-ba0a-774751b2dfb5
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,cf723ce2-05f4-4234-a606-234b2a454ea8
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,46dae412-006f-4777-819f-c1508c41db30
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,5b448221-1870-4904-82a9-88068fb9d5b0
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,c696965b-7fa5-4800-bc8d-b4acc633d936
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,c8ba8dcd-236f-442f-b3df-cece1c40f53f
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,8da8a172-2e0c-415f-b605-a078f27cd45c
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,33a510c7-806a-4835-a767-f0d180ca9a2b
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,20a407d8-b49d-46f2-acb4-71450b358a51
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2324501e-2b23-4323-87f6-5a866c37aec6
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,31dc1461-d6aa-4e94-9fb4-c02b2e05bcde
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,618f94f7-a11f-4b95-9095-ad577aee4544
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b49a8627-288e-486c-a939-f6988fd1c018
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,419574d0-5235-4c49-b397-2ad34e7c8606
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,30167f43-f124-4fca-a2c2-d462d6f0b1fb
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,83378030-c276-42b2-ae23-ced562651232
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b06e98e1-7aa4-485a-9bf6-ae8dd3c60553
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,93b9ac24-9003-47fd-9043-771dc0d372b6
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,96f7fa06-dfb2-4784-82b8-ef21054acb13
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,098072a7-61ba-4889-b60c-139c5f8ec474
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5f6029aa-1f97-4b2b-b567-861b97afaa15
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8633d0bc-3000-4f3f-bc33-462c59388c2f
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,f37beb72-0dc1-420e-8a2e-dd34ce0d137f
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7f226c12-6426-496b-87a5-3d24fe4799e0
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ab3ed2a3-a758-4982-b728-e9f9ae3a96d8
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3c8f0bc9-105c-404e-a0cd-a92bb36900eb
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,089d1450-ced8-4ee6-b946-6fa8b8e69e90
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,f82e287d-3722-49c0-9b5b-891d3e30ebdc
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,759e2154-d1bc-44a9-9f3c-b94ed6dfda93
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a5d48030-d5f0-483e-b3ce-921645504096
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,07d0973e-4523-4c9f-8fe3-20ebbc399cf2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3d3f6a1d-0714-4c15-b3d8-0c0938d01b9d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a92b3752-a797-4d95-b603-7c3ee06447f0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,29c73f0a-c159-4e79-a2c9-79ea4f7a4fc4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,39a9a565-ca86-4814-82d2-81e29944145c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,670baa3d-9454-49dc-8aa3-098d944bd9f2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8c8ea4b1-0992-401b-bcb8-5c8f603fa65e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,11068526-f623-439c-999b-e839c009695c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,3639e8ce-a26c-41f1-9f91-d59f13695eae
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,38655be0-5b7d-4680-8a44-8cd63e2fb670
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,31205fc1-1f3e-4634-8469-38b51c113518
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9d9679cf-cc70-4874-b786-f76eb862c4f2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,6981c559-e44f-4c87-8a8a-f6b1e7d0ea35
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,399c4be1-9c7e-4caa-a8f0-394339065cdf
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0024406799999999998,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ad27243e-975e-43fa-8e2c-b3faa073d72b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0024406799999999998,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a8da8d3e-2630-4726-acff-252ec0d1282f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0024406799999999998,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,64547d4f-34f4-41f4-8a7a-b8f81fb8d245
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,c760d2d1-5f90-4d54-b553-b08df861226a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,3960cae8-01ef-4d79-be9b-51e6cd414fca
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b41940ca-d3b8-4c6b-b6a1-97f5615f4c1a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,98797cfd-d1c9-47ec-a955-1dcff5131e0a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b2459bf7-3df3-4c1b-a4a4-4b8a2f9c7463
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,1506ccae-62e9-4c16-8857-dd58bdb11ad2
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,15d40e65-446a-4cfa-9425-fb18e55bba40
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,371faf24-26f7-4b00-a752-0866eca72aed
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,163a88ef-4bd0-4229-aa4a-0bea249defa1
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,43ec90a8-04ce-4f75-a49a-198b89d49fc6
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,0dd92aae-0c5b-40ad-a218-8c0f9ceb28bd
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8243a143-de58-4289-8626-5c74c3d75dcb
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8d74a5ac-2663-4b58-b6a6-fe2b7286f46b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,ab874c79-1e3e-4291-b95f-1ca794916125
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,1a4aebc1-97a4-4784-b172-4a37a6e71c38
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.649746,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,b43aadc3-961c-428c-a2e7-a05e3100464b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.649746,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,2524b99f-0be3-4b32-9cf8-bfafb23d6229
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.649746,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,16440d1f-48d3-4555-8323-2868d3a4d448
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b40dfe74-0ab3-4092-bf86-6cc70a4156fb
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,83d4ab19-a058-4003-97b4-5c93a9bdcaef
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,3c64dd84-d8bc-43a1-aef0-718ef818c964
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,78ab4c77-6ffb-4390-b58c-833c288ecee9
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,904aaf24-2189-4a18-8893-c3a700380e20
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,74193f8f-1561-4018-940e-9f92c1a839ef
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,37dc9d45-cc26-4cd9-9bd3-1a2d8e4aa29a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,4bcf71d5-d69a-45a0-a36b-6d5fabe0c672
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,024b293a-a8b3-40e6-b159-211ea05f16a0
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,4a47c980-9b9d-440d-8e56-30d80fd2e7de
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b7ce3de9-7add-4750-8cf0-1071a89cc0d8
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,ebf3f094-7d62-4f5e-8af7-70722ffe5ce9
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,6b257db7-929e-4b9c-a6da-0d6fc46eb269
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,98ab4dfd-0998-42f5-8b50-491b4647b947
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b81eaff3-25ea-4e00-9300-52f38072dc70
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.456762,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,6d60551d-daa1-403c-b3e3-76437e7357bc
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.456762,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f191f6ac-8b06-46ed-a219-4ff33027275a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.456762,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,174c434a-9b72-4d65-be6e-7c20d69b8549
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8fb7d1a4-3404-4df7-ab5d-b8347df025eb
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6afc6885-a4c4-4379-8714-9a3fc14a99da
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c6709481-759a-4f47-b542-55b4e628d548
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1997db58-2e21-4ce0-bd8a-1313b47f1ea0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,51bec831-5be2-4a7b-b8b1-76c88889e879
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,4bcac469-1f9a-4322-a5b0-827dab92fe21
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5e9f0147-2b59-4efd-b6ed-24657fab45d3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c15c3372-3b4b-4fe1-9e75-c100943939cf
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b61c7082-04c6-4dc7-8e4d-b017414bb3d0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b1d1757d-8917-41e1-bc68-46c5825af9ef
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,acd27be1-658d-4023-9c8d-bdb1c085411f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,724bb487-155f-4c4e-acac-5469d470c722
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,18d3b132-ecd7-4709-a2d4-372eea307aac
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8be85eac-b7c3-40a9-9ed8-2967c42bf23d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8d23220f-5b26-4c9c-9d10-5bd9b2459770
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.00227986,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,12116514-f190-42bd-89f4-916d9b6f5aa5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.00227986,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a8a84a59-f711-4ae8-96ca-b847f780164d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.00227986,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3007e6fe-84fb-4610-88aa-cbb423dddd8e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0012042799999999998,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,3f25eb8b-f747-4345-a983-1c00d2f6227b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0012042799999999998,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,c04f5a6e-520a-4369-984e-45ac3a241a36
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0012042799999999998,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,8f52225d-97bc-47c6-b759-3f9b2574e167
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0012042799999999998,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,9a7e54e1-d26e-4273-bea6-ee69ab0394c0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0012042799999999998,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,d894d0a4-b7c5-44b1-a2b2-a175b068f881
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0012042799999999998,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,5f4857e4-6eb6-4508-b747-c5d107c0aa3b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0012042799999999998,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,408ee41e-eefe-42ba-b22d-d42b5a632554
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0012042799999999998,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,3698d28d-4f9a-419d-afa7-2a57c29ae535
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0012042799999999998,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,597c4bfa-ffc9-49e3-9849-629f4fa34b5f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0012042799999999998,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,e7e572f6-995b-41b9-9255-0361db3e91cf
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0012042799999999998,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,72f7fdf1-7291-4955-909c-c2a1ff8367f2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0012042799999999998,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,95c2906b-b126-4221-8da9-2e4f6ed3e772
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0012042799999999998,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,ffa726f2-7f39-4bd3-942c-cdbb25457376
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0012042799999999998,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,ed49acaa-8ff0-4181-9e61-5c31c0e73b4f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0012042799999999998,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,530c8eb5-dd85-44e6-b95f-e70f51046fb0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0012042799999999998,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,07189235-5571-4b55-b8df-bd7e4a57ec09
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0012042799999999998,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,16cc663d-0bef-466c-acc9-f6e0dfb28afb
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0012042799999999998,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,98a33da2-332d-4702-a86a-7e5250ead2af
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.9806279999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,c75e9415-66e7-43a6-8e97-b185288c8a93
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.9806279999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,7d712778-a6ed-4ec5-9b66-4628943708c3
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.9806279999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,11ab92ed-a04f-4f07-be69-556c747d35ee
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.9806279999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,571939c6-d700-4907-a7c5-8faf47332914
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.9806279999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,b037cdfc-e079-4f71-acb0-e2b90638a2b1
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.9806279999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,857ad801-131b-422f-9d8c-ce5e285d1b46
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.9806279999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,a1955f99-9d09-4b9b-8e41-67c27bfcd732
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.9806279999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,85cf4909-70c5-4404-aeae-08154d9edef4
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.9806279999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,5098583f-410b-4cc9-8889-aaa503c6c842
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.9806279999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,133b7c42-baac-400c-9b66-1d3e5c064357
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.9806279999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,08521761-fd76-4455-90db-f69de060e37a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.9806279999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,ac7da4bf-47e1-485d-a8d5-e16a431e7477
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.9806279999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,5b10cb21-61e3-4b0a-a779-df2514c4f868
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.9806279999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,99543cb6-6510-45b4-969c-60ea1b12fabc
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.9806279999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,0865b02b-26c5-4b58-ac2a-9cdff92f5ab9
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.9806279999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,4309994b-c7e9-4f61-b673-1c4b3c60e971
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.9806279999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,2b13aa0e-a947-485d-a632-5b36b3531339
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.9806279999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:9.69, NCV_units:TJ/kt",,c6b2c59e-0684-4cf3-a828-1d7da22ae65b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,1.3206600000000002,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,768e7d4b-5fee-443c-93d9-dd506b235bf7
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,1.3206600000000002,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,ac31285d-af0a-47b3-8b8e-cdb3259242fc
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,1.3206600000000002,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,cda3d353-8778-4f18-9e79-29bfb80c0a98
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,1.3206600000000002,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,e2ad1baa-ca84-468b-a323-4c3bb1a5085d
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,1.3206600000000002,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,e1bf28e1-e43e-4b87-a68c-063c86c8f0a1
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,1.3206600000000002,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,38c4919f-e5ab-497c-b124-cfeccc25226b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,1.3206600000000002,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,b6d6cc4a-d6b5-47db-8365-ffa9eddbd772
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,1.3206600000000002,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,54c8063f-4827-4829-85ef-796c4dab4c99
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,1.3206600000000002,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,c5527a07-badb-42e6-9513-3da4406d5eff
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,1.3206600000000002,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,33f689bd-d26c-4b14-beab-47281359786a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,1.3206600000000002,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,f96e97ce-b447-4178-bf7c-d103ec33eded
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,1.3206600000000002,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,02bc2250-aba0-4255-a6dc-cf572b7ce2e6
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,1.3206600000000002,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,b8325291-2ff3-4668-8718-8be23d90f289
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,1.3206600000000002,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,5c3c8752-73f9-4a74-b858-30b0dee60dfe
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,1.3206600000000002,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,6242b7b9-28a4-4fcf-ba0f-d0e720629ab7
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,1.3206600000000002,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,7487396e-a6dd-4c5e-abfe-ae6b930c2a5a
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,1.3206600000000002,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,56897cfc-2519-4ba3-9c72-eee3696a5ff1
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,1.3206600000000002,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:13.05, NCV_units:TJ/kt",,9cdeff90-7341-418d-8094-8fc2a47addd4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.00149776,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,cb58fd9e-b5aa-4a52-8b23-c6939457f96e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.00149776,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,32fb579b-f117-4328-8191-0db3d0eb0124
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.00149776,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,dde4d5af-2771-493c-bc31-51c6ec5bff6d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.00149776,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,ea8dc0b3-22c1-4f20-b34e-e5b86c3e757d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.00149776,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,0aa3324f-a2f9-44bb-a83c-7e68ab01ac29
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.00149776,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,284ae4c5-225b-4229-986e-a786e2c373b3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.00149776,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,5b0ca6f9-7376-4cdb-b9f1-fea7e1ed34e7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.00149776,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,238c0f2d-db6c-4556-b5d4-945bb229caa6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.00149776,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,4ceec1b9-3d4e-4dbb-8ae7-3c82c34e6457
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.00149776,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,c2416f26-1665-4f55-b428-29ecedfa0ba3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.00149776,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,42433301-95e2-46b1-947e-f6189705884b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.00149776,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,5fb6c0d2-d3d5-40db-96d4-c6f24c45b0b6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.00149776,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,8b6af23e-43bd-48aa-80b7-bfe2cce679bd
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.00149776,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,d176135e-8300-444c-9eb0-57f30b4f1fbe
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.00149776,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,d2443d55-fc3d-450e-8427-ea03dda7a4d7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.00149776,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,72bf9a4c-9475-4425-bcc3-f22ce6145e95
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.00149776,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,151f0ee7-3c57-45d3-ac22-f1a2484a3b1c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.00149776,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,bade51ea-0bef-4e70-bfb3-7bd2a802ab60
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0010342346666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,e8220736-9496-4233-b6ed-c70c39777dd2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0010342346666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,dcf8dda0-ae69-4b09-bd8e-0bc05f511148
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0010342346666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,5c8c2dec-5a12-44ad-8321-b2b2d23b7209
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0010342346666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,b7997558-ffa0-4993-b2ff-89474ec61cb0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0010342346666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,bbd17e32-04dc-4d8b-a327-eea1e27a69b6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0010342346666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,adacfccb-1b9f-42b6-a75d-9eb5203e85af
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0010342346666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,8c5d5e4a-f7f3-49d8-a8d3-76422fa3dfd9
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0010342346666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,94685b5a-888c-43ad-9567-d25535df4772
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0010342346666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,159049f4-395a-48b5-8529-19cf6951baac
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0010342346666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,04b2aa97-5619-41c8-896b-b42bf6c9d815
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0010342346666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,401a6627-341d-43c6-b4c4-df00a7c1b56b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0010342346666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,40c61c06-2281-4660-8a1b-d2a765820bae
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0010342346666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,b1fe86aa-4b75-4afa-a716-4943260a4c57
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0010342346666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,04c1f25d-00ea-4eaa-8caf-364143f60f1f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0010342346666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,d5c4af9c-833e-4946-aa65-b1d422cb131b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0010342346666666665,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,be79f96b-d394-46c5-bba4-43a3cb0adc2f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0010342346666666665,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,2b9c5653-bb6b-4244-b540-f23e7c7b5bb6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0010342346666666665,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,9b50d384-feca-49c7-b7a6-fa5325315efb
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,81f2f4f9-c541-4ce6-92f9-440172b9d9ab
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c6eed30c-e61f-4b4d-98e4-4583bc5e243d
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6b88ebe7-5f57-4fdd-9295-a6b4340af89a
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f5d42399-5faa-45a2-a9a2-cd9a79ead768
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3f09b757-f0a0-4c8c-9ce9-e6a4a84876e8
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c1c18cf8-f603-443f-ae3b-1975f62ed6bd
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f5af0091-e984-4eb5-8c8e-f2bde7a4fcd4
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6adcd253-2751-4a86-b9ac-6329a5b28573
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e8929132-f9fc-47db-8133-58c09e01905a
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c30212b7-089a-49a2-9393-24c455d05335
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,28e166c9-c59a-44a6-8945-87a4fd912172
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f02fd20e-8bb3-4a5b-ad8b-a116a5c54d22
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ac6ab27f-bd66-4bdd-b08a-faf54c84c10f
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,975a5689-31da-4bbb-926a-fef24b34b678
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,22d8357c-3a9b-4bbf-b9f0-4e8a1fb33162
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,21036cc5-ab7c-43f3-b07a-adc57bce4b9a
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,bf509f6d-0ae8-459d-81c1-2689ed7a0c69
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6bdb452d-bd8d-4834-9ce1-0988c9109f8f
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,da1f5f87-0863-47df-87fd-7faf35c252ac
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,07e2f2b8-18ce-46dc-8070-fbae852f9ced
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7afbd0dc-3e79-49c9-a13b-cd7458a2303a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7d7dec42-33da-4757-af2e-d25082cfd5fe
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a467167d-eeb6-452d-b671-faa50b954d36
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,14b72fba-4c9e-4091-a518-cee9260ac1bf
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,cbd6e315-dfa4-4788-ab70-242c354a1831
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a48f6de9-2f53-4936-9113-1f4e3527ec56
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,ad272210-7e1e-4670-992f-61cba117ba2d
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2b5c6228-5e98-46ba-b287-42abaa4107f8
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,658435f5-1adc-49db-9ce0-b599d2a6cd8f
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,e59a9b4e-f828-4c06-af9f-b2fff2c496da
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,324ca410-dbb5-4869-92f1-d2ef5c3a7bfb
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,c631b11a-922d-4ea5-b256-cb5f786c716a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,28fec717-2f06-45b9-b36d-eefb24fac3e0
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,f187fad2-122d-4d48-b4b3-78def106d961
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,b4cf2e46-aabc-45b7-9280-65917a29ced4
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2c06b9dc-b360-4418-b812-23eca6397ec5
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ff6f9559-ac05-493b-98c0-14e0df8458d1
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,34c21ecb-63b6-4e17-9bfb-25bbf9b9f20f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4ff1cfaf-29d6-4cb5-8f6c-2ab5111d96dd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,72d7a7df-5738-4471-a7af-024187578384
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,5c8eeae6-2f44-488b-b74c-7073e6ef4dfe
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6d82dc11-67c7-4e0a-86d5-97562a34c519
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f9195bcc-325e-4a16-9511-986238a150b5
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e4bcd3b9-68ec-4f9f-8e44-f3a4d2fc96f0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,13007ce1-30a1-433b-8211-e6a14e067673
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8f1288a8-4971-4c2a-b601-faa74ddcd69c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,95d5443a-e4a2-420c-9396-4e7d08f9de81
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4556ec79-f095-42f0-9c45-d86e14759dcc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,936959cc-ef56-4c43-a1d9-ac8aa91aa8cf
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,15dc5158-03a7-461c-a565-5abc4c10d048
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,aa476e12-9ccb-4ccb-b05b-a6cf918e3c79
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0032570999999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1bdcc8f8-4a92-4baf-b145-17c2124d6e6d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0032570999999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,799b7eed-4d76-4ed6-a4f1-512d33d494ed
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0032570999999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e45156a5-dd62-4771-a6f5-ce1f5b8b9c67
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,15da0ab7-b419-4dca-8b50-3a217f3a56a2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,ef4cdd25-fa2b-4aec-9e3a-7f49bcf0db15
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a1a528d9-305d-4685-92d9-ec717f91589c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2241f6a5-0187-4d69-90f4-1410fcb20ebc
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2fd85fb8-32ad-467f-927c-2fbc08f4b84e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9ae2c7ba-3585-4867-9ad9-6b3bc20608f8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,06270461-fdc3-4ed6-a056-4143f3a68816
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,4b067c47-bdaa-4c54-a968-655bb0abf69c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,efcc5d71-551e-4de5-8137-c9981a1bca3a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,1ac62371-a81c-467c-b1f5-cecc21cf092c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a7c308d6-d653-44c0-b3d0-6530794678a9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,775a6174-0fd1-4514-a0c7-1ecba9a143ab
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,72ee0532-8de8-43ac-8b31-1e4be5d2b264
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,fa01224e-b5d6-4cb3-917f-9aaac1000ce3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2c38d369-68b1-41e4-b8ea-62906f3619df
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.94765625,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,3acb11c3-9f17-4f56-9ec9-e042fcc61c4f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.94765625,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,bc191cad-7600-4ddf-820a-73ef6d2a0cc7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.94765625,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,b54690de-b1b6-4975-abd4-5cb708e9aecc
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6ee30286-2776-4f4f-8017-79a209665fd2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,93a9fdf3-d27e-4373-8a5e-750476780b71
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b3f560a1-7156-441c-826d-f084576b4525
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,51a7d40f-7231-4482-9b98-2c5fe7eab950
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,82971c1d-60b7-4f82-899a-0c31b5e85142
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e6b98d79-4dee-4354-9df7-035786f42b55
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,53298322-6770-428c-bbec-875d6f3e8a0c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d6214944-7fd7-476d-b87b-2ce0277b2373
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f37126b8-8fc1-4c95-8725-627c32014383
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3301d694-3016-48dc-8181-1a0ce1afb77f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e36819f1-9580-41ed-8bc6-2ad1eca64703
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,57848198-178c-41ff-b00d-5d195015b4e8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6d4e0512-af23-4156-9ab3-ba36b06c9301
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ced411e6-823f-4909-9768-99c09c7074cc
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6f1ddf5e-7d8e-47c8-bb2d-7f04df5bdb7c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,aa9aacc1-e855-41df-8bd1-ce9ae1e9cdcf
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0bc034c6-3fbe-43c1-8f50-238db98e2d6a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f7ebed7c-f63b-4c80-bd23-d204c284cb5f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,c6af16b5-39f7-4b79-ae20-b52e475037c6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,b30c1311-71f6-47b5-ac66-0812abbdcac8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,68524a8f-d044-4480-a588-ea6ef78a38c0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,e4fbc06e-7a51-4950-9daf-068b5b906807
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,41a949e1-8e7e-479e-b29f-77d9b6d10a2d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,96845855-034a-4618-a325-db9becf66f75
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,834fe3e3-0cdb-4aa7-bda2-06a77dd81e28
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,ebd0aed0-1c46-4f65-92ca-55909694f6aa
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a5b13c85-c84b-45b3-821a-83000c4da35a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,affe4f06-d408-4145-89d4-1779365a90d2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,6812d997-5a72-49a6-8e69-6371ca2e0a2a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,731fc13a-aea5-4511-bb02-e6b30ccf7624
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,f896a356-4a62-44c9-a7c8-42ee50318b31
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d01fba5b-574e-443d-a0a1-b974be70bbe5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,fcc522a2-40fc-4487-84cd-744c96fc88d9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,ad10e441-f7b0-4473-9264-f19ad6b437e8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9ed4ef9e-cb65-4a78-9dbf-259731dbd8d5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,eb13a738-29e9-4de7-a6d3-87c68bd0a0bf
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c2688ef2-4ef5-45c4-aa85-a71134c9bd19
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,dd01f6fe-a6e6-41f4-9f50-4a06305e3084
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,50261b72-d7a1-4e79-91a1-f669dbc64d23
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c6793687-0f1e-4bef-a07c-86d493efb8cf
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1f9ecd8a-bf7c-48a3-8905-4d1aa01cefe7
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,38f6cd52-f29e-40a8-9705-3304beb7a41a
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0fc34029-4c78-436c-994e-f5d8a0c4a147
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6961b7ff-3564-4130-9019-dd17b3bce456
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,119966dc-afe6-4066-a211-1bb8cdf2658a
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0b716736-0622-42ce-b632-1bd792343291
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,19ee8022-ee8a-4142-af37-70c19f8e51dd
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,da95304e-b770-4ecd-b026-820cafa92145
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,106168a6-1150-4630-976d-1e3cdd17c650
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d4608226-a7aa-4957-8f6b-a47810e0439e
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3b847b01-cae5-4af0-9e79-590e3cb5b632
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0031019999999999993,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,cf88d475-6709-4c0a-a08c-773d05ebe4c1
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0031019999999999993,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,850a3358-6bb9-4793-8f26-680486b761e2
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0031019999999999993,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3798589f-adca-41be-a14b-b3054cc7875c
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,ed0fd6d8-db21-4d24-85da-dd2f8ffaf5ea
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7ce7b88d-ed31-4fc9-8b20-f75803834e9a
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,c2a1b544-46f9-45f0-a5a9-fd06c7e6212f
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,00a8a080-023b-4ea2-85f0-9ec178e5a924
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,20971580-22bb-4176-85b0-0a6d87886632
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2fad5a4a-545c-4a5d-a672-470ba86eea67
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,314b52d5-8e9b-42b2-91d4-89195a9f6770
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,206573e7-d7fc-4a06-98a9-1f8aa918ecb7
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,6728ff81-5d37-4331-b5ea-5815d0817046
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7d9d60cd-b3be-40b6-b9c9-14f7893a0066
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,88a0759b-281c-4b1b-8588-f05000a05f03
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7d72bd06-770e-4800-93ec-551bcb21d6e2
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,4433cb68-5340-48d2-8588-83b08ca0f1df
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,7bf91c90-afc4-4f5c-ac77-0e50c0e12289
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d90a3bd1-163e-4818-8d82-2361b6f1b91b
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.8072916666666665,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,744afb1f-76ed-4225-af10-ebeead583930
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.8072916666666665,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,ffdefd8d-cd55-48e5-b9d1-09e59c43503e
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.8072916666666665,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,9e0bc126-605c-4a17-814a-13d807741e6a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003151206666666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,5f7545df-712c-448b-b192-e1f5186749cc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003151206666666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b3303b4e-80ee-492d-a106-b861bbc54967
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003151206666666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,3efa47f6-3e05-4d4f-9ec9-9044ba0b9385
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003151206666666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,fc1315ae-86af-4ae1-9fb2-694f142144d6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003151206666666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,202de087-731e-450c-9555-c4f4bd20491b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003151206666666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,60201141-2271-4695-822e-1f7ac8b2d439
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003151206666666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,854fa4f2-bc8b-4658-b70f-229d975ac8bc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003151206666666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,db31a710-a2e8-41c7-ad3a-a94e9a08afc9
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003151206666666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,a65993b7-756d-4499-97f8-22f999bb9493
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003151206666666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,fd096619-faf9-4efd-b629-1d0bc9b590ce
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003151206666666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,78a0587a-3e31-48f2-a1a3-ce9ae4196e13
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003151206666666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,03b0cb23-76b2-43a4-adb3-d2b74d9a52f4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003151206666666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,65cb6cc6-c301-4a72-ad48-1107cb4a4708
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003151206666666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c7d98f64-2a2f-40ca-9b02-b556f67f3029
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003151206666666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,cd328c78-c46d-406d-928c-a61fedebcb08
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003151206666666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,ccad60e6-75d0-4338-ba0f-19f6a942ab7c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003151206666666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,a98b6a56-6e0b-499d-8bb8-bf1bfd901377
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003151206666666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,efd4e327-eca0-4db6-b1ad-b485c63ce14d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.374075,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a9fd8d13-a631-44f4-aed8-b00a48710f19
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.374075,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,4b1beaa9-092e-425b-9e3e-474e6bac837b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.374075,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,962186c3-4e2a-4b34-8fb3-0ceaace1180c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.374075,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,f1465f00-d9a3-41b2-bf03-457b25cc3cd3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.374075,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,4a68efa1-5c4f-4c95-923c-c36baa6035b9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.374075,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,65d4e5d6-f29a-459f-b320-c38b9c5cd065
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.374075,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,5c838fda-1560-42fa-9634-96e79ceccf5b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.374075,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,5400f139-b3f6-4aff-ae97-2b36288a384d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.374075,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,33a3d76a-f777-459e-a8e8-75b071901f5a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.374075,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,3dd4b197-93f3-4427-b8fd-23dbf42027e7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.374075,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a7a7ac73-0752-4d26-9079-c22449429934
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.374075,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,cee5aa02-9a8a-4f35-b6f2-1501b9c07b5d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.374075,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,23c2c99d-e273-4cbf-8c7d-563333daa185
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.374075,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,cd3c2e69-c238-4a3e-9cbb-d1308cd69429
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.374075,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,f8d144c7-6a1a-43dc-ac29-def05f4727c9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.374075,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,85c340b6-80fa-404e-a33f-0f3b7fbbd14d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.374075,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,fd1fcf06-72d8-4d3a-985b-31eb73772ca3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.374075,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,219e9fad-d1af-4449-a9e8-db2183ac6c6c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0030686919999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,5c56175c-d3eb-439d-a344-e8204e9db288
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0030686919999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d0ec7162-2732-4c7a-acf0-07b0b5fa66ff
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0030686919999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ecd02394-ca9d-4732-9cb5-099312eb9164
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0030686919999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6cb4b50d-abd6-4ed1-8958-4c34d9d4b0e0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0030686919999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,97698db0-541a-41f8-937c-96ec55cf5cba
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0030686919999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,2fd0429a-39cc-428b-b1e4-c831a357917c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0030686919999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e72fe0aa-d7cc-41d8-bdd2-8f1ac8ec426f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0030686919999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,1c4342ca-ab45-47f6-8441-d1164e5333f0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0030686919999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,1da44c2e-5e60-48ad-a8d6-7b0a4c6b71d4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0030686919999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8b711982-0c5c-4209-8158-e82ab9feb823
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0030686919999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,044a4b58-419f-4763-9133-dd707d72976d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0030686919999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,247185e5-65ae-430e-b102-b11571593fcd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0030686919999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,a15ea90c-b667-42bb-bdc8-8eb6d39d2b0a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0030686919999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6b64c677-87ba-4629-b7a4-764176ec2c6b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0030686919999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d8bf01b0-a973-47a6-b845-90b24b191611
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0030686919999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,f617a456-0cba-4c7f-93a9-25f7c9a575ee
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0030686919999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,01ec9616-0bb2-4a69-b6bd-01665d64a98d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0030686919999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4fa87ecb-29f0-4d5e-a396-3f06313f1ab6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0030437953333333325,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e7442e18-5931-474d-9cd5-06e29c6c8d6b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0030437953333333325,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3b0c8a44-05cf-43c2-840a-c16071de4ebc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0030437953333333325,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3c4eafba-0e89-4156-9152-cd1d2cfc17ae
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0030437953333333325,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,afe6aff0-04c8-4acf-82fb-5ac5466ca310
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0030437953333333325,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,fc3f5a20-5993-4081-a383-c82d2363a9b4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0030437953333333325,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d7243513-b5e2-42a6-acdf-f69ae31be006
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0030437953333333325,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,22195e73-5af0-471d-98d9-e337cc4b92cf
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0030437953333333325,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b92c159a-688a-4179-a940-25a14441e54a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0030437953333333325,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,7784ad3d-5e6c-491a-8cb2-4c991a8df87e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0030437953333333325,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,52c4d5f6-b555-4b7a-b118-f1798fcbe5a5
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0030437953333333325,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d96a95ec-280c-4b5a-b7a1-9a90ccd3dc35
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0030437953333333325,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,f42c3757-294f-4bea-804c-218595caa124
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0030437953333333325,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,37490893-9c46-49ea-8f7b-ffb2fca61e92
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0030437953333333325,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0b4ebcfd-d84b-4ebb-81e5-14b4bbda28ee
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0030437953333333325,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,f730e197-bcc9-4dec-9e5d-e51f9d8c231b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0030437953333333325,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,5aecafbd-0553-43f3-8ce7-aa46d72b16c9
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0030437953333333325,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,cb76e2d3-e3fb-4882-ab4e-d0f8b2f11f32
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0030437953333333325,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,865ce704-5224-4ef5-a9d6-900065db6c4c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003060867333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a40ac5ca-8b91-4e94-bfd0-a0eb6ef375e2
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003060867333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,89be39f3-c0eb-46cd-953b-834e42992fda
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003060867333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,644bf178-c752-4ac7-90fd-4670833ee4c2
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003060867333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,03a39604-4526-44c5-b369-035fd5a9b687
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003060867333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,67dc1bab-5cac-431e-a01d-50f40062e072
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003060867333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a4831d08-88f9-42ed-81da-abb81d24afb2
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003060867333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ad15f7bc-a993-45b1-831a-02f77d670728
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003060867333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,e803c8fb-a913-4898-a155-0ab0f00c21dd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003060867333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,2cdd7a21-e8a3-4378-a4e8-3de701283495
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003060867333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ebb64204-46ef-4ff0-ae82-a9c2af5c0745
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003060867333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,88241f85-7564-4875-b93c-78ebee84be8d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003060867333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c3614432-c6c3-4535-9d18-798926c5b0d3
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003060867333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,47805d7a-bc62-40e5-9f8c-a0f1e292351a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003060867333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f51f089c-585d-4b41-8cfc-1d3bbe3d6bf5
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003060867333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,01f7c5db-1c08-4d97-8b24-427313a9c998
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003060867333333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1a3c838f-54e0-4de6-bfa7-3304470090b9
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003060867333333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,6990c241-17c1-4a8a-84a2-f18ff3a1c01d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003060867333333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,35ecdbf9-59c0-4328-860c-b90ee08dba05
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0030699899999999994,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,ec619770-29d8-4d0d-8a44-ab49c60dc66d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0030699899999999994,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,afe6a03f-5424-4a2e-b032-68854b9389e6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0030699899999999994,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2472fff0-0525-42b1-9fe3-6c614b472f10
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0030699899999999994,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,60e4b064-a67e-44b5-8174-a1161d10b6ca
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0030699899999999994,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,ece867d2-1808-4b0e-bed3-410459990efa
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0030699899999999994,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,3e849239-33b9-477b-9d6e-d5c0f2effe08
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0030699899999999994,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,27db1dd7-b81e-4a0e-bea0-5b433edf8318
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0030699899999999994,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,aea7999c-235f-4554-a9d6-13c82ca6db97
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0030699899999999994,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,7a920c23-584a-4970-b466-283de6032cef
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0030699899999999994,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0e93974d-440c-47d8-a833-be0b7e415049
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+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0030699899999999994,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,ae5c421d-6fb2-4acf-a669-6e33d9d0860d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0030699899999999994,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,41b0fd79-3f3b-4af3-ba17-1da1faffbb6c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0030699899999999994,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b83f1d1a-309d-45d4-ad7e-ae9fda30b2f1
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0030699899999999994,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8965c9e3-d555-40b7-8f05-d6462dab45b4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0030699899999999994,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b09bebc7-31da-4813-ab0e-d4dcf6ab1620
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.3128875,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,dad8556c-6a9b-4ba4-bd69-9883ed049232
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.3128875,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,2521ffd5-5aba-4698-812e-91f4499f83f6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.3128875,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,faea8b68-a458-4683-83da-890d6eddc95e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.3128875,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,f0fcafad-9c98-4b9a-8dfb-3cd5b6a9aab2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.3128875,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,c55ef28d-add1-4afa-8e00-922ca0d9a5a8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.3128875,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,0c4b1347-d2c9-42ec-8ced-5a93d13585fd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.3128875,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,2767dec9-bd5b-4926-a57d-bdca53082637
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.3128875,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,1806d1f2-a300-4a88-8add-bd25f4f6685e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.3128875,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,149f41d1-0920-489b-8d98-3ae486f43b6f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.3128875,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,f0e3ffba-41ba-4059-bfc8-5215908bf362
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.3128875,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,c615bebd-8fb3-41a1-871a-568d4bbc452b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.3128875,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,8ad71437-3892-4d06-9f02-02860e3da783
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.3128875,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,da1ac30e-65da-4f05-803b-915dfa444176
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.3128875,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,765005e2-a830-41ac-9c7b-c6681ff83fa6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.3128875,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,a5fecbde-f1e9-4d5b-931e-31bf4a2b0715
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.3128875,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,bc4be7b3-6169-4ad7-b4e4-ba9f54079ec8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.3128875,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,8c8f7a09-9922-4410-9957-cd0bfa29f92a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.3128875,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,3f2635f1-85aa-4546-8655-a48c0efe5b15
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0029896019999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d2aeba70-d82e-4fe8-81bc-83384e0746b2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0029896019999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,9dc744b0-d08d-4b3e-82f4-f3fc546c47f8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0029896019999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,a7ec49ab-7f6b-41dd-a238-22fd93db4a1d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0029896019999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,558b1c81-92d2-4209-be51-1bc7758240db
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0029896019999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,7e1e8254-ddfd-4b8f-b80c-6d8447acbe24
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0029896019999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,3c18c468-5761-4607-aefe-a564885d161a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0029896019999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,3e73a5a5-ed63-4322-af18-1b311eb4cc1b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0029896019999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ae093a36-881e-430d-92d4-d59ea970d1fe
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0029896019999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,bed95c93-66f6-4a2c-840e-28fdaf57ce1a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0029896019999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d5016c30-228c-4251-91b0-0414de9c9ad0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0029896019999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,fff2f855-2d4a-4424-b0f8-fd1c75eabe70
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0029896019999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,148392f1-b482-4f83-8442-116f57256436
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0029896019999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,cd04d899-0e70-4c31-855c-73ea325619d2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0029896019999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8cc3a7b9-5bca-45a4-91fd-fa51803f952a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0029896019999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e6dd8ac7-e7bf-43ba-9e59-ddfddcfd8ac6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0029896019999999996,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6f42dd0b-a41b-4800-876b-25787773a850
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0029896019999999996,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,b7bc48ea-eb68-4dda-a78e-8c59273e720b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0029896019999999996,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8dba4f3c-b519-4870-8f44-0661cbea70cb
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0029653469999999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,29398983-d762-4e5b-b108-99162e6630c2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0029653469999999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d69c0c32-305a-4105-8309-c4043fc41b86
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0029653469999999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4f18fd3c-eb87-4acf-bdd6-1d13b338d734
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0029653469999999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,bf81f3b7-7dc5-444c-a981-2f77db83033a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0029653469999999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,35a7ca3d-49ca-4ead-a607-4b28e08a50b2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0029653469999999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d515f070-73b8-4ae6-816a-218369350124
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0029653469999999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c5527999-a5d1-4052-8c8c-30880f7b3a35
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0029653469999999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d749e1bb-36ca-4ca4-bb7c-ad8cdc798a48
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0029653469999999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0cad4a7e-d978-4c86-a2ce-256425a82ef8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0029653469999999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,71c9eb92-d657-43f2-9ea8-0ca5d0580068
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0029653469999999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,47d64681-612b-428b-9174-dd4fa98d111f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0029653469999999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,cccd8e40-8789-4c7e-87f3-42d7b73379ad
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0029653469999999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,dc723d3d-5cee-4f1a-a080-129ba5f36aba
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0029653469999999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0a9da634-9f19-4b7f-8fc1-ccf39aed9152
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0029653469999999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,10f9aab7-6f6a-4b62-994c-8979278d09aa
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0029653469999999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,af93493d-6fa9-4294-8ad9-8f8b7b3d2bc2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0029653469999999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ba9c2877-7541-419c-8970-fa13834c22a3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0029653469999999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,716fb613-59b2-4f9d-8ca6-6419b5319899
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.002981979,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,8ed5590e-6587-45ad-b0a9-70ada5a19bce
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.002981979,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,affbc44a-237f-4bc2-9299-35f39330b04b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.002981979,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,d29e4445-8612-467c-9781-60add2a398f4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.002981979,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,b309a6d0-9a12-4d33-958f-04807e55304c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.002981979,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,526b5773-c325-41fd-aac7-acb8afaca0e4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.002981979,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,60e0d14d-29fe-4ec3-b92c-2393cb4af64d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.002981979,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,0386b36d-3eb4-4be5-be56-22f09cdfddbf
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.002981979,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ddabb72a-1773-4886-aa4c-0e7dc9cb7adc
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.002981979,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ca97dc8f-3bea-497c-b32d-eae7e921daf7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.002981979,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,416077f2-ad08-44f4-81a0-b83e4978bd78
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.002981979,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,923db3f5-5e5e-4d7e-ab67-7917a69978c7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.002981979,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,3937e386-01ac-493d-989a-0773e015fc70
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.002981979,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,8c7c5c13-6aab-46d7-883b-7dcc182c867b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.002981979,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,18d7a3ea-3573-4793-9ab0-80e9cfb56486
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.002981979,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,079a0cd1-9a20-4426-9f68-3527438736ed
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.002981979,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c14dba92-053d-412f-9870-b24b43d3d573
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.002981979,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1feee014-819d-4f05-826b-fa3046f31f71
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.002981979,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1e4be06b-0f46-47e1-b80a-5fff7fec3de2
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031156399999999994,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,132a36d4-4cdc-4b6b-9591-ccb8fd9e81f4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031156399999999994,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,977b316b-c534-4372-aba6-5e79ddf848a9
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031156399999999994,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,12eb9077-4535-4634-824c-9d17fadc39a2
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031156399999999994,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,4f6e5d8a-b689-41c1-be9c-bfa0216689b5
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031156399999999994,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,ae3206b1-8257-4050-ac45-8bbcdd2bd6df
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031156399999999994,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,2506abca-23d0-48b9-bb76-5c9819ee1516
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031156399999999994,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,43f574f5-abcb-4ae7-a123-b42482e90a36
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031156399999999994,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,41e56d31-845c-4e9e-b1cf-61db47a4b4e1
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031156399999999994,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,5e24e6e7-170e-4f14-ae05-b53a4939f7a1
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031156399999999994,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,fc999472-4873-4946-933d-5dc4fbad15af
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031156399999999994,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,d66d229e-fbb1-4271-8c53-bbd8e7c3c32c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031156399999999994,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,2f34caa4-6c59-461f-85e1-0278bb9e2b74
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031156399999999994,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,98ade0a1-67b2-40f8-a998-62e72f91a2ed
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031156399999999994,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,7585d3f1-3f80-4ea5-a6a1-44ccfe2c34a6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031156399999999994,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,a726afcd-994e-409b-acc9-7e1b136fae7b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031156399999999994,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,116a45db-8feb-427b-a6b5-885be2a27da4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031156399999999994,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e4d41058-5715-4df9-9285-2541c93fa9b8
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031156399999999994,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,2e8f464c-9b6e-489c-9cc0-ba50f8047307
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.596366666666666,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,2c012cbf-2277-4ab6-8195-93b6f0fc8463
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.596366666666666,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,be36ed5b-c279-43f6-ba0e-23993340bda0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.596366666666666,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,16abb596-3f23-47f9-8bb1-9049d7e25d17
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.596366666666666,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,2e54a2f3-1cce-4cd1-95b6-d6a85d93d30e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.596366666666666,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,1867fda7-1a63-4aa8-b73c-725ee1b0907d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.596366666666666,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,b3f91adb-952e-418d-99e3-0a2404e808b6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.596366666666666,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,3cc80b4a-13d2-4cce-862c-ada7377c312a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.596366666666666,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,90d4a8f7-2fc9-4e38-a6ce-cf4f72ff33c2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.596366666666666,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,0ad8d95e-07af-4ad1-bd48-266e5d02c108
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.596366666666666,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,4c431165-7c00-4aad-9c02-e5ce12d22798
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.596366666666666,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,259bb9c8-898e-447c-8217-a9d8ab97c2db
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.596366666666666,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,8c485e54-127b-431b-916f-c0db20e54edf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.596366666666666,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,b705fa51-92d4-4db8-bc70-1cf2e7300aa1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.596366666666666,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,236b56b3-c911-46b3-98df-1ca703818143
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.596366666666666,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,b01ae30c-e0f5-4813-ba57-123a956f87dd
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.596366666666666,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,c66ada8c-5f39-4fab-b485-ddbe93ac6ae4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.596366666666666,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,5f82cbc9-72d4-4638-bb49-3059f5910b41
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.596366666666666,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,c202556a-1b80-49cd-bfeb-f064dab01610
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031317,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,de870e35-76a2-494b-8856-ceb286953658
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031317,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c5ffbbcd-6ebb-419f-b1ea-81db7cf68cca
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031317,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,eaa15ee5-e02f-4a64-aab6-bc5cdddfcf94
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031317,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,666ccf95-ced6-486d-ab7c-d4c43a4a794a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031317,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,fa3c1031-a99b-4989-a9f2-08c42e65ad70
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031317,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,b8e25dfc-df18-4243-9e9e-f98a14d22d32
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031317,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,dd526e1e-96b5-4d5f-99d7-967fd889e0f7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031317,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,4b88c841-0c2f-4675-aba2-57c85a8bcec4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031317,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,270dd743-431e-435f-b0cf-9460200ad49e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031317,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,ffc28f19-569b-4b29-9e73-160ef34d6d80
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031317,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,4c8fd0c8-c07e-4c91-958c-984e4296a4d7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031317,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,3cde02be-267a-4574-b770-1f2d0fee70e4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031317,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,994560c7-15e7-44b7-8149-4895fca8487a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031317,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,49b44017-e555-46e1-9841-0f0ba752b91a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031317,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,cbf12a3a-cfe8-4284-bb7c-33897cada699
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031317,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,f6ebd72d-6eab-4399-9226-4e7b76a494e9
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031317,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e6cc824b-8dab-47d2-b89f-e6fbda5fdd22
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031317,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,1d61a7ee-5c5b-4835-b0b7-3f6347c1e223
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.60975,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,018a75c0-e24e-4527-98c4-b1b243fe64b9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.60975,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,6c1536b3-ec33-495e-a026-964c2377bf0c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.60975,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,1cd95e25-59e7-49c2-a226-c9585fccac69
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.60975,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,08937665-9ddc-4414-80c6-02c1c8389263
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.60975,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,19dc8553-a852-4167-b910-4aa4608ea3a8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.60975,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,64d8f385-623b-4eb6-8852-b326be2c59e1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.60975,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,d8696932-6ac0-462c-9e07-595c1c3eb001
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.60975,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,91db586b-e651-4a84-963e-f661d83880a1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.60975,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,f6c2fe89-d23c-4d57-8a6c-37954c1f88d6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.60975,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,47fc8284-29c3-4cf8-bb5b-d265b3c4dae2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.60975,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,bc1e027b-a406-411b-bfda-bb427f4713ea
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.60975,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,c0754c67-919a-4ec9-b455-bc272c9705d1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.60975,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,5f7fb54b-1c83-4240-a3cb-2cd58b96be4b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.60975,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,3c97c416-93d2-42db-ade8-61b495fa9fb6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.60975,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,20df4d30-e884-493e-ac68-9ea6f8a6eca5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.60975,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,40d7b256-c17f-42f2-8947-055011525cb0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.60975,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,c753a3a4-6344-457c-a518-32ccf0f9074b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.60975,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:0.0365, NCV_units:TJ/kl",,bc06a59a-8972-4e94-8102-3b4b0a35df60
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,633613ac-d01f-47d6-bff3-a970d29dafe4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1c4b6c2a-82ad-48d5-a070-e6210bc17a8e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003137566666666666,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,f1e27788-852f-4427-82a1-e1dee5ed22c0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,45445694-b2c0-493b-820d-4d0587eab4a3
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5bfe52b1-1c26-4d8e-b372-89f993e2d317
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003137566666666666,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,dc4ef8a7-7153-466f-aee1-b682208ffd1f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9e6cebf6-12ae-4211-a78e-35a002fe8499
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6ec4515d-4ebc-491d-bdf5-9e5545a77825
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003137566666666666,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,69c68cb3-a80e-4fec-8da1-25390b61f616
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,eccd86a1-f5dd-408c-876d-d491d10b828e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1cad2426-53b7-443b-b22b-f331e01d4df8
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003137566666666666,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,002e0b5e-3a0d-4edb-9dc3-3f38d9286db9
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,78d47a83-d043-4308-b3b5-b941df2dbfe0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,370c6f58-7e16-4125-a61e-b2033645b1d3
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003137566666666666,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,994892b3-57e9-46d5-ab58-17d9d044c0ac
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8925d5ec-ac2f-41d2-969f-17f45c6fd3e0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3876cd0a-b900-4544-b6a0-a818d859d819
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003137566666666666,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ee0571b4-e8a2-4848-ba7b-3d56b5943057
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.8388593749999997,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,e22a5cde-8ef2-426b-afa7-41fd7da1fdb4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.8388593749999997,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,af2be7d6-385d-4507-b24c-a73ac4ee69b0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.8388593749999997,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,b26880c7-fd37-4015-aed9-c07b2655824a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.8388593749999997,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,0a961ef9-523e-4c5a-bc2d-3b7a86c18224
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.8388593749999997,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,54e03edd-794c-4a34-964c-ba8df9301dc1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.8388593749999997,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,b71b3c2d-2432-4680-9aa6-4dd767fef42d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.8388593749999997,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,b79f8322-5876-4f9e-a2cf-3c92370abaf9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.8388593749999997,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,0222e781-da5b-4993-9481-f31f37ad5721
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.8388593749999997,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,f197aa5d-8d1a-4cdb-8dec-462e559585f4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.8388593749999997,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,bd08a9bd-12ed-41e1-838f-7d5eaaf4b8e4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.8388593749999997,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,8e002e80-4082-4bdf-9302-549262fefdb0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.8388593749999997,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,99156406-cd8f-49b6-947a-cd90a7d93f69
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.8388593749999997,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,c94762db-b5cc-4b7e-bad9-6141a347f061
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.8388593749999997,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,92f9f814-494b-4550-993f-d80f99debaba
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.8388593749999997,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,1e08c786-14ab-49c2-b0a3-43484f3210c4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.8388593749999997,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,895861f6-b4fd-42d1-abbc-c076023de6a1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.8388593749999997,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,609a1ad2-72ea-41a0-a312-8841a73650d5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.8388593749999997,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,5db99675-9719-447e-abb2-22f469c5448a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4d3a38e3-4ff3-457e-96ec-8d353bcf59ba
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9e24a234-7f62-44b3-bf5c-5b6a7f9dcf6e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.003153333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,cacf6d8e-6c04-4b65-be33-606e6f4759e0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1cfd74a2-ea8b-4af1-b546-e91c7b10ad7b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,162b5b2f-1aeb-45d1-9f69-37b3acbd5032
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.003153333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,aecaf0bc-2e1c-4d3c-8b76-8cf77bdaead8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,35b7d07d-0917-47e8-bacf-9b4646cafa15
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3154f883-a4a2-4d41-83c5-9ae03e95add2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.003153333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,08160ecd-5805-4c43-9f7b-998cfb8baf6c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2f04f18c-8e83-4e6c-863c-ec10d542d15c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2b669c50-8f9b-4970-9372-6105afba1b14
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.003153333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2fb641da-1b5e-420e-a6fd-df7c42f2436a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fff0043c-a861-49c5-af90-286dc5fad267
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,954d2ada-17e0-4447-a35a-e7ccec80b13e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.003153333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,a93c8dc5-a5bf-4ee8-b288-1f9aa3e04430
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2c11a184-99d8-4f09-b3f9-6c0949c93c57
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,e12e1f33-9df1-4ae5-a3e0-9d789253cf4e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.003153333333333333,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,740d81d2-81e7-4fed-8e48-938999ee1a22
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.853125,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,a9a29a36-7acd-49f6-a4f4-f6839f6959ce
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.853125,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,1a02796d-a7df-49f3-b473-98f36fd22d17
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.853125,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,116b4def-065f-4ae6-936f-4c367c8a6702
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.853125,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,449f7cae-edda-43e7-b4f5-441f7cf4d5f6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.853125,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,dc636b9a-eea2-4363-950d-6554e6bcc79b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.853125,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,edf27e46-dd6d-4b9b-b0d4-a297c8982205
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.853125,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,460bb090-4278-4f42-ae8a-57301cb4a67f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.853125,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,43c680e0-47fc-4338-a92b-27986b67edf4
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.853125,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,2de6a1d0-1e38-4f3e-994a-e035572597e6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.853125,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,6592b859-8a19-4bc7-bbaa-0c26cc4a59c6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.853125,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,61f46319-d021-4cc5-8890-62b9cdb91ae8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.853125,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,e51daa11-82db-4350-81ce-c06d586e47d2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.853125,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,3bc4308d-30d1-403b-86b5-ab306cdd84b7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.853125,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,4c415e84-ce40-4f0e-b6b5-49b541e5ff61
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.853125,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,83296b4d-9416-4be8-a617-a36891953a82
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.853125,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,02e098bd-5ea1-47de-9c12-a54ecc9a4ebb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.853125,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,5eab51d1-9916-4823-aab1-e99681cd60b3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.853125,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03890625, NCV_units:TJ/kl",,3115c0b3-ba88-46f0-93bb-609fecf84cdd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,52c0a221-cce8-4910-ab65-e22401b89886
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4c59f3bb-980b-4535-944f-fc3ae3f7b6ba
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.003137566666666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,607ee4d0-ea23-4a61-819e-584473d4e52b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,d73568ff-7df2-407d-a301-d34cd887c0d7
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,f5edbc97-ce59-48b7-80c8-ce165d1e4489
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.003137566666666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c1fbcfd2-35b6-425c-bf09-f4f83c9e5449
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,183523bc-65b3-4bb6-afd4-405eb3d2ffe4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4eb46c79-04d1-48b7-bf0e-6f032db20359
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.003137566666666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,dcadf65a-d301-4e70-94dc-3725c0a8a223
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5c77dbf1-dd3b-4cab-9dc0-dec3948246ea
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,f27f9942-c79b-4991-9e78-7ae371e1dadb
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.003137566666666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,346a1183-f3b1-4021-a782-652cb05c2cfc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,7f7d90fb-7b58-44a6-a384-94954948c601
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6ba26abd-3b87-41b2-8ee2-69d1f5e2862b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.003137566666666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,dd65d61f-6776-45f1-b7be-458fcbd830f3
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003137566666666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9fd60eb2-9ce9-4191-adda-bb8ab079e763
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003137566666666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,395c7da9-ad77-4c29-b95e-b53edd83cd7f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.003137566666666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,f3edbbda-904b-4593-846a-bc9426997ea4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.7750135416666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,a8c441ad-5a25-4264-b785-ff45a311d822
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.7750135416666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,2c08fece-a372-448c-97ee-ff655ac8b5aa
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.7750135416666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,da857003-42da-409a-a6fe-2de5b7610b14
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.7750135416666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,6264d537-28c6-447f-8914-15ea04387dc5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.7750135416666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,c76435e1-4403-4e7f-ae0a-c6aecd715fce
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.7750135416666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,c0ea3741-dde2-45f8-9085-1fc81c54543e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.7750135416666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,f6b82a65-6c7c-4e0e-9c5a-c386d02f310f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.7750135416666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,8468fd2d-eae7-4754-9585-1aa105b51bff
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.7750135416666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,060a89a3-b8f0-4730-b41b-d8d9141261fa
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.7750135416666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,985ac113-7125-4490-8ec5-63d5a25fd550
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.7750135416666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,094d2197-0eba-4fc7-a4a8-f114c720a660
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.7750135416666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,3a1ba3a4-cc35-45bb-a1c6-01996831a2ee
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.7750135416666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,bea1cea3-0469-4548-9f70-4bc537ba7d58
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.7750135416666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,fff8419f-0527-4662-a310-86af152cf7d6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.7750135416666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,f4c3249c-a94e-457a-8b51-8655d9241898
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.7750135416666666,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,936ede8d-dab9-405d-a07b-a3fb24d21a1f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.7750135416666666,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,f938e209-1826-4c96-8b5f-0970c26d6940
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.7750135416666666,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,9250098b-6ad1-4f6c-844e-e83eacf6bb2b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031215139999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,2224dce4-53e6-450c-9ccf-26d1695be8fe
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031215139999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,ecdf7c4a-9b89-4232-b77d-8a23080ac1fc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031215139999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,971ed60c-35fc-4113-9d69-1c9a44ebe0bf
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031215139999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,5d790d6b-971e-49e3-b7e4-c12abbab5cfa
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031215139999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,3791ef37-ed89-4011-9572-c6deb4c71130
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031215139999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,94e25a4c-3614-4b13-9154-60ef26589b3b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031215139999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,113c726a-c08e-472b-b12c-0c5565bc183a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031215139999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,89f6c29d-fdc3-41cf-9047-6b61834b14c4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031215139999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,c229971f-799a-4910-8fc9-5bec4e1432b0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031215139999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e729a9fc-88c9-432b-b8ef-2c95789d9f3a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031215139999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,99d74c4d-f8a5-486c-b395-ca24dee5bdee
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031215139999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,3125b023-1190-41f1-a5fb-6f18c6ef88da
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031215139999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,2698e152-f666-456e-b990-15942952470b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031215139999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e4538c6c-3b4a-4926-a2ca-7127dfef61f6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031215139999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,865cf1fb-bfd3-4a8d-8682-37f82119a760
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031215139999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,ee48caf7-321c-4d35-9e8b-af08ccfa0f27
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031215139999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,c63f3aeb-ea28-4dc1-b55c-f1fe0df05238
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031215139999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,aacba905-e9f9-491b-879b-c4897efbe305
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031054613333333326,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,cdec5341-8293-4484-9395-d46a9686a227
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031054613333333326,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,7e7a2333-46a2-470b-b7cc-84aa126d5c78
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031054613333333326,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,935a6057-2291-4b12-9704-8516e3bd513e
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031054613333333326,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,0550c9aa-9236-4761-87f1-1818aea0171c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031054613333333326,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,9ae68328-c6ce-482b-8b50-cb6d1fb2c113
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031054613333333326,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,10c79d6f-1db3-4d27-996b-950fe69591f7
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031054613333333326,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,816e0a72-8cfa-48c7-93f0-ca9a1ede5198
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031054613333333326,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,7a9ef590-8b6b-468b-bc6b-13a8a621daa8
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031054613333333326,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,de352574-15ef-427d-9390-73a318f0962d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031054613333333326,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,be029f2f-fe97-4a9f-8720-e3cb2a2158da
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031054613333333326,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,e98bd00b-265b-42f7-b33f-1e592eceba1d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031054613333333326,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,0a339fac-5e40-4b3a-b041-14b8ea46f0a4
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031054613333333326,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,7f418392-c8c5-49c5-bc14-8a73267d1664
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031054613333333326,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,ca73de73-b80a-4084-bf4e-920d00d0232b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031054613333333326,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,52f27cd0-a3df-496e-ae9c-7c77990d5e27
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031054613333333326,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,82f853a1-9323-44c5-9cde-94362e538a98
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031054613333333326,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,869e0017-6cfa-46b0-b4f7-ce5e04d5bc65
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031054613333333326,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,568fc4d9-b057-44ca-97e7-eec9d9e48749
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031185953333333328,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,aed6833d-15f0-4baf-8131-70e051f1ebe7
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031185953333333328,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,44872ac2-45a9-4c93-8efc-e40a041f7750
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031185953333333328,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,f39f93c8-ad28-41b7-886b-e377258232a0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031185953333333328,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,4a22ce04-374e-4332-976c-b272d1fe2c42
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031185953333333328,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,399592d3-6f17-40fe-8628-101eea9e8f63
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031185953333333328,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,14201e14-79e9-4a65-aa4b-1b6039274b43
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031185953333333328,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,fd89ebdd-804e-49f7-9417-91fbaa28aef6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031185953333333328,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,9819e822-6dc9-4613-840b-2caa3e0a1b00
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031185953333333328,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,7bb2dbd3-7344-48e9-b14a-4fd46bac26dc
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031185953333333328,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,724933b3-0523-4f72-a8e5-2a77c3613f88
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031185953333333328,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,468417a0-03fa-4cb8-b86e-dc60b3737e59
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031185953333333328,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,2363487e-3558-41b3-8244-2ab0f8488e88
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031185953333333328,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,c49f0730-835b-4a23-bcbe-f25efaa5948b
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031185953333333328,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,7ba96715-a9f6-4025-be3c-3f10ce2044a1
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031185953333333328,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,8bf36ca6-05d3-40e7-b233-c18c98eba2e9
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031185953333333328,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,97932007-1ba5-4009-98c6-ed2f561db6dd
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031185953333333328,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,75de8438-6641-411f-a940-ecb1c018a5bf
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031185953333333328,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,cedbbe47-92f4-4282-a39e-bb5a0c4f0d8f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6fb272d8-efec-4b92-b58d-e9043f66badd
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,7e074470-6be6-4f81-b316-678331126a3e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.003153333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2ad8c731-ed63-4da6-8a3f-7c60dc158409
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,587132dd-4483-4a4d-8e66-9851059e7fe9
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fb9e6b12-f20f-4e71-8700-a5b2f021eda0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.003153333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,114f9a96-ff9e-4cc6-bcee-c77bcd02a4a4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,bd8fddc3-7876-4bf3-a634-276c2cb0b160
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,eef00b46-a46b-4e44-9028-50295ce6c079
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.003153333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ebc81053-e0d9-403b-baa1-f869e83cccbb
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5f93207c-7cbf-4b98-ab90-3189a52859f4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,4807a464-b220-4823-aec7-84c5099cb686
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.003153333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,7bd78ecf-e524-4686-9d5b-a110fb44bf2b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2968ac88-86a1-46b4-9dea-6e01693445a0
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fe8216ee-246a-4565-8cb5-44e08fb1e8b9
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.003153333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,402fe99e-02b1-4ae1-b61a-0ef6c484c3e1
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.003153333333333333,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5a5e101c-d4c3-43a3-b361-e84c36057d40
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.003153333333333333,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5cbf6f29-6908-4388-888d-1624708347ba
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.003153333333333333,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,801cfe0a-a639-49d7-8f49-d86d6e998888
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.7889583333333334,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,db4cfa72-1d93-456a-bcc5-f282587c2ce5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.7889583333333334,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,053531fe-c419-4cef-8401-4dc070e6db06
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.7889583333333334,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,5fc0ed1a-94a4-4182-b374-c07f24688b9f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.7889583333333334,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,09fb49da-8825-4c8c-871e-ae830d7ac506
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.7889583333333334,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,8da3117f-e6ef-46df-bcab-34ff6a99af56
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.7889583333333334,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,17122c61-3807-4e28-a46e-77ce9b652e80
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.7889583333333334,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,9adebf6e-f313-4cff-94c1-2c9ae9eac9a5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.7889583333333334,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,e484d0f7-3b4f-48de-b00c-3bd36dead8aa
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.7889583333333334,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,83b98c56-09fa-4a22-916c-68640c3f9aa3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.7889583333333334,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,32b35249-b5ea-4e83-9178-c49971a7664a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.7889583333333334,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,b3640f75-eaf1-48b8-84f0-bf60f16371e8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.7889583333333334,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,df46be67-2b02-493d-89f0-d4ef14589f14
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.7889583333333334,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,d1106dee-5aa3-4fd8-89ae-1490f99a7ceb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.7889583333333334,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,98616175-1694-4052-9d87-543ce433f1cd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.7889583333333334,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,64b812ca-f444-47a6-b953-23cca2baf777
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.7889583333333334,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,a989d1b3-3595-48e0-99d3-0420a61eff97
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.7889583333333334,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,5186cadb-3c4a-40a6-9e97-f85685e204d2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.7889583333333334,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:0.03803125, NCV_units:TJ/kl",,b4e59026-a16c-4c30-b68d-43a712c514f4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031371999999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e075bcff-120a-485c-bf19-2c5db0abe5d8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031371999999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,ef6ff6e5-8f79-4d85-8d8c-29d075b4fa0f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031371999999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,48764bc9-4f3e-44d1-a4a0-991f29b402f4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031371999999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,b8a9a9c9-ae77-4f73-b432-4c39b3ef8211
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031371999999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,fc1e58ac-292b-4fe4-89ab-c7588e6657c9
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031371999999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,5aaf1b5a-7083-4bd4-98b4-77b5b4dae2b3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031371999999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e02e1809-2c7f-4f3a-b6cc-52b59b8cc8ce
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031371999999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,c66aa7bd-d011-4f36-b335-9fa03f7b1d47
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031371999999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,6948f535-4079-4d0e-96d7-0ba9520370ee
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031371999999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,bb7a6e78-f693-4c5b-967a-884ca109c44e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031371999999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,8e5ae084-ca0a-431a-9b0f-412e73e30b90
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031371999999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,47caa4a8-612d-4215-a99f-f1dc6d12040f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031371999999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,faedbac6-237d-4a51-857c-75873f4fc88b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031371999999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e7006803-d1a9-4194-ad13-b34971018845
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031371999999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,d985e9e6-1869-4f26-a06e-304f9248b385
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031371999999999997,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,9bdef68d-37f5-4827-b038-d6f3ee9602c5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031371999999999997,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,04607053-fce5-4d4e-a8e2-618c9f6077c5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031371999999999997,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,3f23a8bb-2649-4c9c-95c8-4fc85a94613d
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031210666666666663,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,9d0a202d-dc7a-46f4-a611-a0c3046dd0cc
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031210666666666663,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,9f3b14cc-0181-4567-b661-38fde22b1402
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031210666666666663,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,b2734cbb-53aa-440f-88de-e45009d2d33a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031210666666666663,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,a8bdb916-8a59-4335-9de2-a3f1817e0117
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031210666666666663,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f6052360-aae6-45fa-a962-1f4f746b6352
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031210666666666663,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,697d1e58-b333-4d60-96e7-833438baf007
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031210666666666663,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,7bed7cdf-d694-435a-b627-e46a6cacb5a4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031210666666666663,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,6334ccd3-500e-4775-b1d7-8801824e12ed
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031210666666666663,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,1ed5133e-8937-4dc2-8691-01faa0f1c103
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031210666666666663,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,472056e8-5553-4fff-8573-b109a1dd4733
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031210666666666663,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,d2a77465-a0f6-4273-8cac-0f8fbc04c63f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031210666666666663,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,fbe63a33-ff05-4e9b-945c-30fa716fb9ab
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031210666666666663,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,da0ba1c9-8460-4cc1-8c89-d200e73dcb9c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031210666666666663,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,0d765e81-09ad-4851-a06f-dda297ddc31e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031210666666666663,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,78255256-9e3b-4813-978d-b21847569342
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031210666666666663,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,33404aab-ca33-430e-bd55-12c0c461fca5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031210666666666663,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,1f87545f-6c6d-4ba3-9edb-4b5089e22ba7
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031210666666666663,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f1cfb473-24c6-433b-aac4-0324c5776e79
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031342666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,23cd7a33-af60-43cb-9b61-40ef13f9ad7f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031342666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,b16a0379-9fc2-451c-9412-00cfae3deaa1
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031342666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,094aac84-2ff9-4c42-8097-81248af439c2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031342666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,20d1f1d3-d06b-4284-ae2a-e87f8573ccf6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031342666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,cab97dd7-e618-4bd2-ae0b-77905da5cd1e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031342666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e3baa05f-435b-4030-93f0-5238ac1ec0c3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031342666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1f014e10-c266-45af-aca7-74946e6432ae
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031342666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e890123f-d260-4eac-83ea-74f721c7d399
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031342666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e1668631-6246-455e-8c2f-3c3411b4b3c1
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031342666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1bc41dee-9f71-4e2f-80b8-66c9cfb95f3a
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031342666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,23236a65-484f-4fba-a2c6-f54f6186df0c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031342666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,daf15825-8b77-45b5-9bc0-a36505159774
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031342666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,dbbcbb9a-6761-42ba-8ed1-fb7bdb24eb15
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031342666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,8ed11bd0-3afe-43bc-b8f6-6e1122572b4f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031342666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,c1638939-4ffb-44d0-a951-f5f638d41b42
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031342666666666665,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,a772a69d-e9f6-49c9-8913-2593134d483f
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031342666666666665,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,8cd8bdba-5140-4868-805a-1f9e66ae8829
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031342666666666665,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,29801ff2-7f11-4b5d-9825-f5fe14ac104e
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0022516266666666664,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,d346b8b2-abb5-4a19-aaa7-c9e42d725740
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0022516266666666664,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,63b6d21e-a842-4238-a4ba-112c6267388a
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,0.0022516266666666664,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,95574384-b65a-4cd9-8b3f-5b22615dc17c
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0022516266666666664,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,99ab3795-46f1-479c-9339-4d75aff56c1d
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0022516266666666664,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,4cfeff57-4cf8-4ee2-94a6-65069f3081a9
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,0.0022516266666666664,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,de4059e8-4606-430d-8ec6-af3d4f6e2251
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0022516266666666664,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,0ae50ae7-e40e-4bec-8690-96aaa91ba476
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0022516266666666664,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,b4f134d8-3e77-4a0f-b5f7-aecfde59bd51
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,0.0022516266666666664,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3c358075-faea-43d4-ad01-7e2967835f31
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0022516266666666664,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a133c2f8-2b66-4270-954f-e6cf4f7ad06a
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0022516266666666664,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,eb0ac66e-a395-4121-a56a-a7ae1a7179e2
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,0.0022516266666666664,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,4a2c2fd3-60a0-4149-9c25-14f54fc4f572
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0022516266666666664,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e6b4e7f3-88de-44ae-944a-ac1e71e549da
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0022516266666666664,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,896951da-16b0-4840-a14d-aaea66acc0b8
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,0.0022516266666666664,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,7c0e6553-6c9d-4758-b0c8-f15ad28eefb1
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0022516266666666664,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,cb67cdd5-ffd1-4e9a-96ee-9d6ea6d817c7
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0022516266666666664,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3cfa0d76-3a9c-4acd-9a2b-420d9b6a9f96
+CO2,world,kg/kg,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,0.0022516266666666664,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,8bcabb31-746b-4027-a689-531c3ca019a1
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.328608333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,7a9f0478-32de-4bd6-bb32-4092a8ebf548
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.328608333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,ee14e48e-931b-4dfd-84e3-a1d06a5f929b
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.328608333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,2681a8f0-e63a-4877-be69-dcaf5c7bf42b
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.328608333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,69b91344-eafb-484a-ab2a-17ec149f0cb7
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.328608333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,e2889855-5a46-4c8f-9c6d-cd37e2b3dee9
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.328608333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,c58f960d-911c-479c-a34f-97bc4e6d9206
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.328608333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,5f15e3cb-fcfe-457c-ab95-bafd3a14cbf4
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.328608333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,ffc28a83-491f-4f53-8dee-52c2edb85ff3
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.328608333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,aed86a3c-9af5-46c5-817e-df0f942aacab
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.328608333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,d030aa99-6ae0-496e-8251-ef7bcbb81fd8
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.328608333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,075a1a74-5637-4868-aac5-f7eb3c6bcd7a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.328608333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,21d0903a-53e2-4921-85d2-4609062a6fea
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.328608333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,6f48465d-d515-4bb1-8eaa-931106e0586a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.328608333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,5a108695-e331-4f16-8b77-1b02f2ebedbb
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.328608333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,2b5acbdf-de6c-4418-a0a7-d061c0937062
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.328608333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,95d1bd22-ba73-4561-815d-2031d8ddd7ae
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.328608333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,48e5854e-551e-4b5a-a7fb-3e41bbd9cbd3
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.328608333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,8dcfec19-0da9-461a-9218-06fe8b8501f0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,62c2a0ff-14f2-4b5a-b0d8-ac08d9de5d51
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9d331420-982f-4dee-bb64-5009ff870497
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9ab53285-40f1-4d00-a54f-ec1367da9f49
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,538be49b-e105-4b16-a2d7-66bbbe0edd3c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,81efa617-1105-4616-8bc2-58a528e76670
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,fb2b005d-1766-48d6-b63c-59afc41ad91a
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e690979c-4413-4642-b2b1-e781fb4dfa1d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,8814b9ba-b95b-4e98-bff6-636ac2e4aa8d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,72736164-4c58-4691-8c87-d202730de8a6
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,938375a0-7530-48d3-a2c9-e18bb5706321
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,fcfd4942-2af4-4b37-b459-352cb671c0e0
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,1b17d11c-b6d5-47e0-b7a2-998827628f7f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,4ed38f7b-fba2-44fa-8edf-59ed9d9e2d9f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e46ec2ca-0f15-4110-a42a-b35628321c21
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,18db2ffd-8ec5-437f-b97b-a441185c2274
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,dc1eea76-b826-4c3a-a67c-d5cd95f80b6c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,1497f257-c044-4bae-b0bb-38709940e6ff
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,897c318d-d1eb-40dc-ba62-1e797a881d79
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,13c46afb-98eb-4ee4-b1fd-2f70e7520cb5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,ad250df7-2b70-4f0b-a401-ee81d8edef67
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,33cc8347-9f2b-484e-bc10-f0c87e61ac2c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,57f848a6-69ef-4c81-8d45-95719c0b80a1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,1625a06f-ff73-4326-a444-1e9af46960e5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,a65266ac-5207-4b83-a7dd-ff8a6a90bb50
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,3fb72f15-8aa6-48d4-8adb-64ac97c846b1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,b5481f38-efca-43ec-91b5-609d7bdd6b57
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,26710281-516f-498e-949c-06ebfef2c8f9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4f599f8d-bbc4-4c9e-9c63-9bcea904bd40
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,1a8c3775-4d72-4296-8b1c-7ad2e3d00d3f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,d5f73802-b4de-48f7-b7f5-7e4c0c4352e7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,5724450a-d1ea-421d-9a98-6e7bca77d7bb
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,cfef4dfe-4020-4855-927d-6eae18a501b7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,bec964d6-e81b-405d-8dfc-ece1ec565b17
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,8123acc6-f03b-4539-8a2c-40e4287c63be
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,b2011029-9913-427e-96cc-60ef2ea9f7aa
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,88348513-b822-4a7a-8875-42fbca0da3cb
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,24365ea8-e0b7-4338-a913-805d4b41787c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,bb24bb53-ccfe-458a-b9c3-d17cfae88da5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,89853d85-7304-4812-b4b3-a01e5fc9be6c
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,fd91f558-1675-45c7-8f5c-cb2d64e12b90
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,cd8dec2b-b531-457c-8553-72fa272f2399
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,b3a18687-b711-4d40-9b54-a442b6b2d173
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9a44503e-fd51-4197-848e-4d59978e9df1
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,d5b828da-879d-417e-ba23-4220fe06270b
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a22e45da-3190-47c9-9857-e1a85ac6d466
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3117a195-0e4d-4151-a2e4-803aa4285e58
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,840728b7-37d1-404d-99d9-5707326613aa
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,5c6fce99-bbfd-4133-be6a-eec75485726e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a4f5e502-ad8c-4be6-b9d8-9d274c6d66ed
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,6888e109-5aac-4990-a2b6-beb503e743c3
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,f376c76a-20e5-40cb-9bc8-51be9eb5f348
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031256133333333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,0d2ca1fb-e489-4d36-b5bb-f8d137116694
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031256133333333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,eca81e49-ae83-4233-a4ed-e053b21220b8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0031256133333333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,616200a7-65e7-40ab-ba68-b0048e2fd9e9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,31a0fca5-b338-4c34-a8a9-484375d02c0e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,fe01b947-9ce0-4124-9000-705bf256818b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,79cfe084-920d-41b5-8fe3-bfa6cd7ee7b1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,4c0737e6-c8bf-491b-872c-07587ea2137c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,789cd519-aab8-4114-83c1-1e5ea9331eb2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,857af3e7-ef56-43ef-b0cd-4db10b7c5d5f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,29f3475c-5f61-43f4-9145-32f73ae4670a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,854e27aa-a6d6-452f-bb1a-e3aaed1370b6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,7ffeb439-304c-4e76-ad0b-9ed650bc5f8a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,ebe5da98-2bd5-482c-a5d0-a5b05a4a9cdc
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,6576545a-e711-41a6-b876-694046f4135a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,02e3d6bc-ebe1-4906-90ae-9b59f34dbebb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,3bd3c8b9-6ce9-408b-a0ca-2e4244291d3e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,9e097460-a8b5-474f-9799-e2c81e66d373
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,bb2c1e8f-f91c-453d-adbf-07357f102336
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.2324760416666667,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,1402e84c-aacf-4d4d-ba50-5f719adce47e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.2324760416666667,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,f5aa3f8b-f291-4c60-98ce-1af85e0313c5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.2324760416666667,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:0.04178125, NCV_units:TJ/kl",,05157101-35bd-4b55-b886-955c6f9a087c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3bce9619-23c9-4502-a798-40875d499503
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0058a87a-655b-4cf7-a18d-e78cd5876c80
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,177212f2-2624-4161-9ae9-8894488688ce
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e20be723-9a98-417f-964f-b0722589cd4d
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,223ac45f-7063-4ae6-8176-640f2f3f1ef8
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,958fe025-5d52-4384-885d-c875bf9e847f
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,304f6fe7-b0b3-4e0a-a238-3eb3f7dfadbb
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d5c9bacd-8fd5-4e32-9c6d-59d79e7ee552
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3e96fd1f-125c-40e5-a414-4f99ad6df40c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,356875b4-c433-4000-b928-ba5ae047db7c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,010b7d82-9430-4f03-80ed-64de64fcc85c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,aef0d4df-238b-49cf-95a5-a6f2d081f378
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,487f9190-1692-46c1-ba29-ec900c1022b1
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9dcc9aea-3dd9-47a1-894c-9d93ac3da0e8
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,82df507c-460f-452f-939a-7014f67304de
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,220aa038-ddd1-4722-8e11-28bb057ec6cf
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,aaa91dfc-1658-49ea-991e-74325419387c
+CO2,world,kg/kg,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bffec590-9926-4eee-aebc-356b7899d6f7
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,45d43c83-4b53-4301-8f1c-844f05720a4b
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cc85ee7f-57e6-46df-8ec1-4bb1a115776a
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,79b49263-3fa1-473a-bfed-d8c78870c755
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a7027689-31b6-4058-9cec-51bb1d1f6834
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,04ea065c-a441-48a5-9f5e-3dc501aee835
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3e8c25ab-7c86-4220-b8f2-06c2ea230145
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,864e35bc-83fb-44ee-b44b-07e4996076b3
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ac43460d-cc06-42ee-8e1e-ff635f6727a2
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c5a122e4-90fc-4dbf-a80c-d5404ed62e1f
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d0107da1-caa8-4bf8-940f-16c87a038970
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d8e6127c-8209-4c20-b5bf-f9aa9232229e
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,46def265-486b-4b4b-bc11-a92cab1aacf1
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1109b266-f5d1-49c4-a204-b7c385112f1c
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9437e774-1bf7-4553-bd89-c2ad2a3019d8
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ce890d48-2782-47c0-8914-bb57c70e8d17
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f352af15-05ce-487f-9074-2257a2588f7d
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ee39eb89-73d2-4c23-bdb5-b47c10fadde6
+CO2,world,kg/t,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,82ebe7f8-2db2-458a-9781-fce140197d28
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a1e464f8-ad82-4938-9ad0-b8f214c8cf5a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,047b1ce3-92be-4101-8a8c-b32ae899f808
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,932396d8-447b-4ed5-af37-2d3877a8692b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c6ab430b-b382-412b-99ee-4eb8028c7079
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b657cb6a-2421-47d9-954d-3ddbaa3b90e3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ba3739b7-4e89-4e59-93a9-1f2112917a39
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9ae4f72a-8fee-4ce6-9275-6a987417ee31
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,684332eb-6aff-44b3-a5b2-b9deabbcd81e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,14fe26b3-eaee-49bb-91cd-9b1785b81af4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,150bb3b8-3967-41d0-8a07-8a778921cac5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cb6cdfc5-3da6-429f-9850-08920f1a6c27
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8c648259-21d5-48b3-82f0-fcd5244410be
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6813ac2a-a62b-4253-918d-de893ebde6c4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1e1ed4f3-a2e4-494e-b1aa-f81cb376aa48
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,68fbcdfa-e563-4d3d-9d25-1dd0e615be08
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,2d586087-4eeb-40c8-a12e-95a31fb704c9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,345749a2-fdcc-42a5-9469-7edf1f941455
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3368d042-d41a-4e7e-b639-9bfb11d08a21
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3a6cde7d-4a37-4e6e-9011-4b4d52717f7e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d2e7900b-f87e-4c45-807e-2e92c1e989e8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cc71bd97-4cb6-4d9c-be03-7e8de99996a6
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3ae8b564-66d8-4906-a5c0-f89411bac9c1
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,88ab1e0d-3b56-41ef-9c92-07670e385352
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+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ea0727ff-f6b1-4deb-b0f4-d9a148c1ba57
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5eb04074-1aae-43ba-8708-80ca65434557
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0f3a65b3-c781-48c7-a66b-aeb5720bd054
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2360c7b3-7e47-42e3-90bd-c277afc854e5
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2415dd56-aea3-407a-94f3-ba4e1b81fbaf
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ddcc6727-52b1-4a37-aa41-4875d137ca0e
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,867835fb-2d57-4e5d-a2cc-ea4f00f163ca
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,90117f86-0563-43dd-b163-b60ac10cacd2
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b2e1edc5-5b94-4d2e-a53a-3cdf26bc2eee
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,37529118-a27e-424c-b962-c147fee05ff8
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4fd77a70-fecd-4f91-8715-899d2c4940c4
+CO2,world,kg/kg,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dbc73ad0-00f9-4ac2-acfd-f2bee5513698
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2bf8108a-97f9-46c3-91d3-8c8a13f7c3ce
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7d910e6c-27bc-48c0-b8df-14887fc2d450
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,31768918-1ffa-4dd4-baef-cf69e2bd05c3
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cd074017-8654-4320-8c4e-b6ad966f1424
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a4603628-564d-48d5-aaf1-0b61f6ddff9b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,599ef434-f33f-4d66-ace6-a1477281ad62
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5c737782-64dd-4979-8b2b-c48506750380
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,92bbaec0-5741-4bb7-822a-db1b550ace7f
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,33853dcf-0881-48ec-947f-c456af842272
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,aea28001-11c9-49f6-b46d-69b5d73343c0
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1a971b8e-f34c-47b5-a53e-22eea491ce96
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3a37e56e-aabc-4616-ae14-84bd880ce87c
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b5a93e0a-c915-434e-973a-222f2d99907b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,61a50588-f7fe-490c-9c3a-325742bc1a4b
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,16cb7f75-0f84-4227-9a1c-7c487791fc25
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c556712c-d3f7-43ec-9c91-22b658b417e8
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0723195b-b6f6-40bb-be8f-bdaf8f781332
+CO2,world,kg/t,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,45bf6563-126c-45b3-b94d-8a7d0d129846
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,23a7912b-32a3-413c-870e-9aec3f0fb55f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,10217f1d-e3e3-4da9-aca6-da1938b196b6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fce03a67-f7e3-4d0f-9d40-87fcb0bda836
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,13966d75-d2b5-408c-a67f-14c83105e792
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9c4fcc08-7e08-4401-a794-3c0ee2ee31af
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,93f56d5b-763c-4033-bb91-040cda465a54
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,85246c3b-af09-46c4-bd22-ce43515fe539
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cfef6797-32f6-43ea-a69e-9b5c7b608b37
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e3add856-10b8-4731-97a2-91f421740610
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cad27c9b-cc45-407a-b88e-a9ae613514e1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,41987ed1-55f4-4abf-bd8a-41715c221015
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4e1099f9-7b34-4028-8ee2-0b6b9ccb752f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cc53e55b-15b3-4413-9b6a-ddf5cea8531b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3569a02f-7b1c-484f-b4c4-72a5c4409416
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,08787064-c90a-4c91-89cb-947654fbffb1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b53558e7-6df1-47fe-9008-8026da90c217
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1ddf7849-1cc2-4a7e-a534-bf0e337f76e5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f61b7fc3-9f44-4b89-8a0d-e4aee0eeecdc
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,195ac736-9ca0-45cc-9c37-2401df08f8ee
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,480896b5-c324-4082-8cd6-576c49083ab6
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5b5483be-a8d8-4329-863a-a15c9ad12d6e
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2dfe2d81-bb21-498a-9fbc-2bfb8b607b33
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2fda8744-1643-4900-ad0f-317c5fff3038
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e1e79b8c-e1c2-48cd-bb61-4a89245248c8
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ce885078-da0a-45fd-86e4-6bfa9e2c2208
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,33355e9c-5d48-407e-8361-968c6d3d471d
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,60c5ccc6-64eb-46ff-9126-356f86506a8a
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,95ba5220-3e4d-452a-ad53-e248db343eef
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bf2d7bb9-e50d-4dc6-93e3-8f749ee42456
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6edc2dbf-2545-4923-9b74-5143f1301290
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5d88d662-d4ca-48cb-b2bb-4916868216b4
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6c138141-f744-4286-bdee-affa2aa13b5c
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3bb1dc4e-e53d-4fe9-b47f-a52d856934ef
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0026928,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,28cac243-d210-4db6-8cbe-6fc32ebb6ce6
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0026928,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c7a5a84e-f57a-4c31-b85a-71c2a42b6b0f
+CO2,world,kg/kg,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0026928,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,415efdd7-e942-47da-a09a-7fe69d4a9301
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,44b0763f-5c96-4c37-89a4-3f1b786406f2
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ed709572-103c-4e50-a327-64e75ca63125
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b3bf84f5-3e56-415c-80b5-030e6ad498e3
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6ab8671e-45e5-49e5-93a7-e63522e3ecc7
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,42293ac8-0b65-4a8a-8a42-a1233a37d8ca
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c534c789-551c-490a-97a0-9c6d0c7fe723
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2965f021-248d-44e3-9d83-ccd76a9682f3
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f0ca7ec2-ee4e-41f6-9865-500273067210
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,507422e1-9efa-45f6-95a4-a97098841bb0
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b21b29ec-ff66-4756-8284-97e5da235fd8
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,44f62856-be20-4ade-9341-e7f71b6669fc
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6400fe78-4dd3-43e5-be03-306c5383622f
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a05dd4aa-356b-4fd5-a996-7e5587a6197a
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,30729594-b9de-41ff-9686-458064edf13e
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4d77bb2a-920f-4ddb-8aff-691d790a5ad5
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.056328,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3f4f7781-0443-49c3-a362-9c0027c8219a
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.056328,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bc9a546e-140b-45b5-84c4-bc9f23365e0a
+CO2,world,kg/t,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.056328,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f9b847b2-3b7d-444d-b1d9-152d1b12b44a
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1417ec90-f63d-4366-9bf1-97b2994a8113
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7fe83d23-f5b7-4f8b-8aec-2039a52e71b8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8cc1cd0b-260c-4ca5-8343-598aafcae55f
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ae357eed-917d-45ed-85c2-34814c62021c
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,efa4b38d-3cce-462c-b786-1948f818a1d8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,aa819f20-05bf-4b7b-ad66-1fd169666485
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,311d57a6-43d6-4b03-8bcf-0f4a5e01f0a6
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b2b06290-87b4-4ece-acbf-f3d4bb29b936
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7cbe4a2c-cf6a-435e-8d7b-8a96341f680b
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e66fca5f-8501-4edd-9093-675deaa44f59
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,dfd281bd-2d92-4638-ad38-d032631b9498
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,57a5ec2d-723e-4510-8022-7c8a4a56ae77
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,64c43fd5-2670-460f-9838-8ad47440ce6d
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1bdcd514-959f-46e6-bb46-e6ca368018cd
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,739262cb-8eff-4e9c-a32c-2a5af5f5e339
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.002252765625,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,489d8533-e453-4d82-b9c3-e8a3ef5a9f00
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.002252765625,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,36a2d6eb-577d-4fcb-98e0-664fa734adb9
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.002252765625,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8749d90e-fd46-4e08-bb0f-6e784d9768d0
+CH4,world,kg/kg,,I.1.1,,0.00468,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,5846c944-9eb7-4efd-bf49-1bc3b6966a96
+CH4,world,kg/kg,,I.1.1,,0.00468,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,22a8936f-5574-407c-a573-3b312abedfc3
+CH4,world,kg/kg,,I.1.1,,0.00468,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,8d8a64b8-190b-4493-b9b9-61c60ebd0e85
+CH4,world,kg/kg,,I.2.1,,0.00468,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,54162d80-6b12-4b1a-9f18-a4a4248f5c27
+CH4,world,kg/kg,,I.2.1,,0.00468,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,09a5be1f-6927-401e-977f-9953850e0361
+CH4,world,kg/kg,,I.2.1,,0.00468,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,354d0922-97d1-42a7-bc0b-d28214a438f6
+CH4,world,kg/kg,,I.3.1,,0.00468,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,4b357c70-d19f-47d7-ac6e-71e29fdcfe6e
+CH4,world,kg/kg,,I.3.1,,0.00468,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,68a997d7-ce3a-45b0-99f0-db47332cdc5d
+CH4,world,kg/kg,,I.3.1,,0.00468,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ed17390e-0ee7-4da0-aecb-8d102edf9456
+CH4,world,kg/kg,,I.4.1,,0.00468,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,1fe844dc-c55b-4a51-9838-e593c3b38af0
+CH4,world,kg/kg,,I.4.1,,0.00468,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,09956c1a-8024-4c73-8663-458a42fc6fd8
+CH4,world,kg/kg,,I.4.1,,0.00468,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,50c5a911-004e-4d5a-9c3c-9010fc4b3856
+CH4,world,kg/kg,,I.5.1,,0.00468,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ff25fa71-6db8-4212-97ee-8fa1265a2607
+CH4,world,kg/kg,,I.5.1,,0.00468,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,14202930-1a87-4cb5-95b8-84b10516d3c0
+CH4,world,kg/kg,,I.5.1,,0.00468,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,fec3c3dd-adf2-4fba-bfd3-976ff4282143
+CH4,world,kg/kg,,I.6.1,,0.00468,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,c116b557-b083-42c4-828e-9e00a9e56481
+CH4,world,kg/kg,,I.6.1,,0.00468,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,fc44334b-6c30-4e33-a9ee-65ffc68fb0ab
+CH4,world,kg/kg,,I.6.1,,0.00468,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,85e4a3cd-116a-46b5-b3e4-fc9fd26e701f
+CH4,world,kg/t,,I.1.1,,5.118,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,9d44c1a9-3934-45eb-b1de-060489fb3b20
+CH4,world,kg/t,,I.1.1,,5.118,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,ed442c1e-8194-4f45-bb80-7eb8fdd627d3
+CH4,world,kg/t,,I.1.1,,5.118,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,05667b03-2e28-4b85-b791-99e74cfe5b9e
+CH4,world,kg/t,,I.2.1,,5.118,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,d3731559-7114-438d-b60b-d3f0bb43ca87
+CH4,world,kg/t,,I.2.1,,5.118,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,c73b080a-5492-4868-8042-a49eb069bb16
+CH4,world,kg/t,,I.2.1,,5.118,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,14faa724-a11c-4534-9142-2f38bb9deed0
+CH4,world,kg/t,,I.3.1,,5.118,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,072a8b27-681d-45a5-b331-3a089a500e20
+CH4,world,kg/t,,I.3.1,,5.118,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,3d67800f-2e09-49f5-ac4f-7b17ea4af34f
+CH4,world,kg/t,,I.3.1,,5.118,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,e46d7f31-f40a-4c33-a7d0-2fe0a3db6433
+CH4,world,kg/t,,I.4.1,,5.118,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,3b62adac-80d3-46a5-8df1-0b3a5d6e0200
+CH4,world,kg/t,,I.4.1,,5.118,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,7e4c085c-2920-4432-abdd-e0704c81e4f3
+CH4,world,kg/t,,I.4.1,,5.118,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,d87d227b-4566-41cd-8bc0-ce4b8b4e1a0a
+CH4,world,kg/t,,I.5.1,,5.118,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,fa5bb924-32db-4fdc-b83b-fbadd88fefc4
+CH4,world,kg/t,,I.5.1,,5.118,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,286f56f4-ea6c-404e-bf19-8c8e400fc3a0
+CH4,world,kg/t,,I.5.1,,5.118,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,be13ceb3-653d-433f-971c-ca735e35be5b
+CH4,world,kg/t,,I.6.1,,5.118,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,b34320a3-89b8-4fc3-bec7-7e52ff936f75
+CH4,world,kg/t,,I.6.1,,5.118,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,06ea2a6a-851b-4338-807f-a1f6c185014d
+CH4,world,kg/t,,I.6.1,,5.118,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,627e846d-f2a0-43c2-a1a2-2e4409de61b9
+CH4,world,kg/kg,,I.1.1,,0.0156,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,f3f40f02-3dfe-4e6d-8eb4-04f958ccd1e0
+CH4,world,kg/kg,,I.1.1,,0.0156,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,27b8c22d-4c55-40e0-a6ef-4f0a5c5e0329
+CH4,world,kg/kg,,I.1.1,,0.0156,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ef5ebcd9-997e-4f45-8f3d-3d9403148f2c
+CH4,world,kg/kg,,I.2.1,,0.0156,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,fd86dd6b-b5d9-4657-870c-08ae242d59be
+CH4,world,kg/kg,,I.2.1,,0.0156,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,588b9d98-b321-4d1e-99b3-e7f15f28fec2
+CH4,world,kg/kg,,I.2.1,,0.0156,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,e656a4e4-054c-4a81-b99f-02a27c8ee544
+CH4,world,kg/kg,,I.3.1,,0.0156,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,18b90ab3-57d5-4202-9449-70452c46f315
+CH4,world,kg/kg,,I.3.1,,0.0156,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ee65c7c3-5916-4a9b-a27e-39f23bae4df9
+CH4,world,kg/kg,,I.3.1,,0.0156,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,b2530320-2275-47ff-a1b7-f90b6a4d6a5e
+CH4,world,kg/kg,,I.4.1,,0.0156,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,fd40183d-5287-4ee8-a6f0-923aecc2307d
+CH4,world,kg/kg,,I.4.1,,0.0156,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,9957e47a-c3f9-4410-a5ba-586ff1b82037
+CH4,world,kg/kg,,I.4.1,,0.0156,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,8e694e52-c99b-4860-b37e-e8aecac5a04a
+CH4,world,kg/kg,,I.5.1,,0.0156,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,9626c4d7-e010-4a33-9e7f-fbfa0e999f3b
+CH4,world,kg/kg,,I.5.1,,0.0156,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,ed8061e2-7b7d-464f-bff6-924504acf451
+CH4,world,kg/kg,,I.5.1,,0.0156,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,66d93095-b5d7-4334-b054-b3dbb83d6602
+CH4,world,kg/kg,,I.6.1,,0.0156,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,c026ed43-a578-429c-8338-c305d8d9b31e
+CH4,world,kg/kg,,I.6.1,,0.0156,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,5b468250-945a-4126-a7ca-096ec3480d61
+CH4,world,kg/kg,,I.6.1,,0.0156,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,e2d6a4d9-f72e-42d6-b64b-d41479a087bc
+CH4,world,kg/t,,I.1.1,,17.06,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,a8c1f4ce-a8c6-4b53-b3d5-f4c915b4ec70
+CH4,world,kg/t,,I.1.1,,17.06,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,7d55b70b-8e49-4274-8321-b15d704c5ce0
+CH4,world,kg/t,,I.1.1,,17.06,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,f4aaf51b-69ce-4998-b3dd-18fd91cbde9e
+CH4,world,kg/t,,I.2.1,,17.06,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,d11d6e4c-9903-4329-8f62-18b1cd23d875
+CH4,world,kg/t,,I.2.1,,17.06,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,34cccff8-1359-44b3-a9c3-2e3894e4a46d
+CH4,world,kg/t,,I.2.1,,17.06,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,909abd59-d2e6-4b00-8092-d431ee3f315c
+CH4,world,kg/t,,I.3.1,,17.06,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,c9198f25-8d33-48bb-bdae-2178be7bf882
+CH4,world,kg/t,,I.3.1,,17.06,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,9a75adeb-22cf-4984-8fb8-04f2b020712d
+CH4,world,kg/t,,I.3.1,,17.06,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,9e230b78-4510-48cb-a7f6-c6c290329704
+CH4,world,kg/t,,I.4.1,,17.06,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,62f8cd0a-e498-4db4-8a66-0880c6a7b456
+CH4,world,kg/t,,I.4.1,,17.06,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,8edb9ff8-b7f9-4581-84bb-92c8e7c3d1ae
+CH4,world,kg/t,,I.4.1,,17.06,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,2fac3eae-acf9-426c-a403-d22e40af3a09
+CH4,world,kg/t,,I.5.1,,17.06,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,f4089afc-5713-46d8-aba2-e5316e91f48f
+CH4,world,kg/t,,I.5.1,,17.06,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,d081219b-545d-43ec-8b3c-3aabf9e3c2f5
+CH4,world,kg/t,,I.5.1,,17.06,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,7b1f3100-b1cf-42b1-9359-040ad2871fd7
+CH4,world,kg/t,,I.6.1,,17.06,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,84deceed-ec73-428f-9b00-6eef9f1492c0
+CH4,world,kg/t,,I.6.1,,17.06,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,c5af500a-b116-43e5-97f2-f8cb3b72b7e4
+CH4,world,kg/t,,I.6.1,,17.06,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:17.06, NCV_units:TJ/kt",,b8cac484-b97f-4292-b2fd-38edf04fdc37
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9ca5a6ff-b0ca-4cef-a83b-f804c06da116
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,cd55e291-c365-457d-ac7c-3d9a35faae3b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,bdf38c24-b06f-4fb8-8119-86cf537b545c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,bd457de7-0a08-4ca7-b84c-973ed5818cc4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d39724bb-05dd-406d-9249-9f81c922f2c9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,0bb04e75-c030-422e-9aef-79e1fb2a641c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,8d04883f-e3af-48de-9161-b69ccd36b68f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,604d7884-b154-4668-8626-2735f55c2a7c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,0b237bde-ce64-4d20-b920-271181a0eaee
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,aacfc218-e905-4cd0-be52-37fe97921820
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,b827ba84-d187-46f7-9189-01167fa987e8
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9d7eca4a-1e2b-4aa6-adb3-df809d801faa
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,408f0f3d-1063-4b0d-a835-f756838d04f2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,e9bb31b2-8b5b-4dd3-a64d-8101283afc11
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,58ccbbb4-9950-455f-9ed5-77d3ce719671
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,c5f7a354-d93e-4135-a82e-2e78a344f350
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,67a5971d-7539-45a5-9abd-043258bbd753
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,4f52373b-7b15-47e8-ad1c-6ae9fae64479
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,afe3dcaa-f310-4fc7-8bc0-2d172f21bf27
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,bee0af59-d11b-49e9-8c18-765acff4f7a9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,3b6d665e-1db5-4681-b306-8aad6bd673d7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2b45ad68-6ac1-42d1-b1b4-040a647a3ccc
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,0ef4001a-f294-48b4-b06a-1dc765ec4c03
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,894d4efe-8069-4f6a-9640-cff1a1aa3e98
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,fffe10bd-1446-4dfc-a86a-a90ddac5cec2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,48201ce8-cf9f-46ee-a228-bf51a7695fc4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,4f529d49-1da9-4aef-90a0-f11ad744165f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2bc7f87e-14d4-4eb4-8ef8-87c1546c3b5e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7b7cc8e8-095d-4c12-a394-931cc10b8f87
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,cdeac3e8-a940-40cf-bcf9-6a70ca0ffcfa
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,420325a3-e7c2-4364-be71-c0eeee624898
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,934c920c-af1e-4673-9284-ade32f5d44ba
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f353d47c-9bbb-4953-8f07-3dc11e28725b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,b225ce99-0624-4e28-8ff8-2ae8a73923e8
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,91b1398f-832c-45d9-8b75-354c06ae24cc
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,e0a7ff00-cd30-439c-b62c-ab9da7e0305e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d1176616-b899-4348-991f-04b390970f46
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ff64e75b-3b9f-4000-a9e6-f09d76d4d5af
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,a2e79d0e-2153-4e28-82a7-62b2060a6bc7
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7639058e-4976-4cf4-a03b-2f494e2ba28b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,1abe3217-f795-4002-87be-91cc26433d1c
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,8863fff9-3373-47f0-afab-1baa92ad8c14
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f7f7acb7-3e99-40df-a7dc-0374618c69f5
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,647dbdf3-d2c5-4879-8125-c0e911117a5a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ac5d03c9-6c60-40fb-9eaa-72f00650d93c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7943f475-a06b-48e2-b830-448325b5afbb
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,702b686e-7acf-4257-a6b5-3b4fccab6b55
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,8be0e272-b074-4db5-b9f3-3597d513b271
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,075a7c8b-93a3-4d3b-902f-079c34157b0f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,4ed09a42-c36b-40f1-9e26-004e7fed40b9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ab3e0747-d475-46ca-a848-228e6f4cff7b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ad6f4c53-700d-4479-b58c-eac5b180f0c2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ed872545-d5d0-458c-b903-2479e50d2d3e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5f5f6a25-74cc-415b-bd8e-938f1c544b11
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9afe7063-f868-4af2-980a-c12ef18710d4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2da2b3b2-e9e7-49f8-ac44-dd2eaac43e70
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2a69c6ea-6e8d-460d-a9b1-c12072ef5211
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d1f24eb6-2ad5-4912-864c-0a904326a24f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,76357c1f-8d0b-414c-af97-35ad24d64b17
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,06ada361-49d4-40a5-a09d-0a6f066fdf74
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5a709fda-547d-44bc-8c81-149ab3a32b81
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,83c807ac-ba52-4573-8e01-cbefb3a40cea
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,0c01c1b2-2d5d-44e7-b300-f004e69236f6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,30b8d6b4-46b9-4a2b-87da-cabe322c9420
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,b5771c71-76bc-48c8-bbca-cb5896fd9512
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2922f98f-5a16-4b4e-86af-cac3e5fe53f5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d56bdd8a-06d5-466a-83f3-e56db2b8a0f7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,edb5a4f5-e847-406b-8f53-ffbc56f2fad5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,79d63751-bc9d-4eef-acb2-f40ad8c0b7c7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,65af1f36-6893-49a5-b426-580a84159325
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,007cb44a-a466-4ba3-8da6-5a008fdb5a59
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,aeeda7c8-11d4-4959-81be-760f47402be7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,528cc186-e9b4-45b1-8ac7-3e24ecbc30a0
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,09bc9aed-1c5c-45a1-a959-95e18c0f9999
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,a0127ef8-c83c-4f67-9529-57f8bf9de1a4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9b82cd57-6f66-4bf4-8542-2c0f443fba42
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1575844.8,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,1bc1245a-36e1-4b68-be1f-a753da88ae62
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,e2ea855f-e01f-4540-bdd0-d044227138b6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,5a059897-2575-4a49-a1d4-8bf85774e558
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,c37e16fb-a06b-4b9f-b572-4389c7996421
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,5362841d-002d-4f02-9178-603a521e0afd
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,2d2a9434-0d52-4070-94ac-5e7f3a02a6af
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,9f4825e8-d4b3-4379-a644-04a2d204ae38
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,33c6ace9-4ec1-45a8-a5b9-514038ef3fe8
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,b0047820-87ed-462c-84cc-4297167fda54
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,784f40da-27ba-4e66-b773-4843d188bef4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,4fcc2276-0e79-4470-883b-8ef7fcfab233
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,4060d852-9d59-4fb4-8a5e-5a8eedaa1fb3
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,f94b4967-44ce-4239-a78e-2502a03fe71f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,5ae25da8-d0d6-430e-9005-057c97103f23
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,fb90cb37-6953-4cfe-a508-5de5a5ac5bbb
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,131072f6-9364-4452-973f-8f2285804b78
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,fe5b8744-a9d5-48e2-a1d3-e9f67293be99
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,e66a3e5d-33ac-4b6c-ba5a-79094e6fdcd0
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,d5e6cc6d-f287-4133-8542-31828c9cf80c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,aa6e01a6-2950-4622-b2c8-f4272d341b75
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,f8de99ab-f508-4278-aa04-01f60fff256c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,49eb0d5f-db06-4f3d-92cb-01dea40f4f69
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,44e917f2-09a6-4c2f-b2f6-c6ea817e3d8e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,f5fd330b-4a3e-4e71-81f1-e2ebcc1f5d31
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,2512d7c4-af7e-4cbf-9fad-ae628bd09f03
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,8f7fcac1-565e-4cfd-aca1-6bdd97cb8c26
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,9eb6ead5-f964-422e-b39d-f0167d1bf65c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,c26860a8-4465-4e98-a71a-750c59467cf3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,6e772835-5ea8-48c1-b3a0-4349feb793f9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,6b2dcd44-8885-4816-96b5-b37101d81451
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,bf5e119a-e3b6-488a-9781-dda8e9e2408d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,b20253c0-f83c-400e-ae73-26a306b59ed6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,01693d5f-4b1c-4afb-a30d-07776221d3ca
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,a21d0870-103a-459f-b2f8-feea104b9e21
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,cd4e2246-0841-46e3-b7f3-97d1181aa011
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,c00e8e95-f5ef-4ae6-abb7-cccfee0bdd7d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,19e03393-0112-471f-95b6-abe9c1202c95
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,862d14dc-c5d6-4941-805a-bf58d424038d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,be72f1dc-885c-4abc-8f7f-763ce063c255
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,d335e24e-85df-46ee-b8fb-22b0f7abe535
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,2d3d9b76-817d-48f1-ba6f-662ffd2aa328
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,5dd04ca4-cd66-4dcb-af81-4f50be6f11a3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,6b2a725a-c86a-45e8-91d6-d687c9b3dae5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,1d7ea5b6-e987-466c-8afe-2c79369f3b02
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1880752.5,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,a37ce3b3-d721-447e-8a5a-28076202e65d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1880752.5,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,5969e820-ec2d-4ac2-be29-d124353146b4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,1880752.5,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,7d82aae4-6d06-42bc-98a1-5f02692207fc
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,2d24e7d6-67ec-4976-8dd5-e36fad206233
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,7d319e08-aed7-4839-97c4-50876b935135
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,39efa16e-c566-498b-9cb5-89b31c9c48e5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,e66a28b0-2793-43db-ac80-25e799e20d4d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,d19b2979-0d83-42d1-8059-37b46bc7cc46
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,1b3c87e0-8b26-4a46-9549-7efe4b1f054c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,9c687033-e0ac-43d8-9e39-340932a8962b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,e517be8e-f20e-45e0-9fa7-6e398fa6a0c6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,22cbd7ea-6ebb-4afe-b811-8af9c4ddb16a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,7160d30f-bef0-4980-9316-72d47e7a4a67
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5a81b06d-99cc-4feb-b1cc-64749645a027
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,28f52ef6-c17a-4305-acb6-3b8329de2c08
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,76b48183-045c-40b0-a726-4640abde478b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,92ff80a7-817e-4e73-95de-f408252c42bf
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5497dae0-57aa-4d45-8c09-4fb8f7d2aee9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,6d7e5f33-dfe5-4b07-9c92-7e24071ecd59
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,d08921c2-324f-4cba-9295-ca6703c96d07
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,332aadc0-3058-41d1-92c2-b5c660da90ec
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,37be55ed-ba94-4524-a87b-e49e5552a566
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,33d043f5-1a66-49ff-bb33-bdf9594cd572
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,212d7f99-4032-46a3-b51f-a64b6b7468c9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,e416efdd-7b49-4bdd-8589-843227c55733
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,8baa14e8-37d9-41c5-9757-af5d0547e20a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,17e9142b-466d-4c08-9fef-221fb9ca1930
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,f0efdda5-c687-4b34-ae62-b2b1cc7cedd5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,483deecd-5f7a-4102-8bfd-b1ff36d8b2db
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,addfc9bc-b876-41cc-883d-91dd517fa127
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,61f38be0-1429-4399-a3c7-b84b5b06baee
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,f872f60d-3a23-4de6-a8ee-0655f639a152
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,8d26c66d-34b9-48ed-a9f1-a3dc9cb06ba7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b657e99c-b144-41ad-9e67-6cab848f6467
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,de475651-660c-4bdf-a9ef-d9d9c5da73b4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,9ede2fe8-4364-4313-9fc2-25090bd48a94
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,aba534eb-32c4-4810-82eb-b57d3170eb38
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,657d523b-bf96-4c3f-a7b7-7d8c96a204c6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,6880e68a-92ea-42b2-b75c-47051e3cef43
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,7b301fa8-1383-4eb9-b2e4-25f8b95dceed
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b964f24a-7d42-4012-a19d-b86b27426237
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c762d6d4-0f51-4272-85d0-5cd4c98c4bdb
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,82730182-1a80-4ce1-a2cd-e704e8b4eb0e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b81c6a00-038d-4875-8794-f2a98bda1e4b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c11f57cc-0a33-4105-b6e3-63362dc13021
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,14719490-762f-4796-91e5-5946774bb15f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,3532c5f3-d761-4ec9-b52a-7701cb4729ed
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,424bafb7-54fa-4d36-9bb4-35c96a6dc2ff
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5d31b5ab-4220-4b16-ae78-06da1d0c906a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5c309192-16c5-4322-bdf0-fe2ec3bf84aa
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,0ef21480-3e49-4458-9df5-c6687429dccf
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,553544e4-f1aa-4a8a-92dc-366248da26e6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5f3a97ef-688c-448d-bf6d-7b5b688dfbd3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,386af47b-b776-418f-8b86-65c9f16805f1
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,35a7856d-dc2f-4b5d-ba1b-2b7186b8bde8
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,a2191a41-7c45-4e09-b5d1-897ca3396b07
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,a7263723-d95f-46ec-9e34-80f741f6463f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c0031671-b436-4752-a9ab-9659eb897ad9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,71baba9c-1de0-404b-8134-5690f27ae51a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,48902aad-16fe-432e-9618-f6014411c5b6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,831d67c0-3669-49db-b819-876b8a7e4d5f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,3da8c8aa-4492-46d0-93dd-d3ed8891cf72
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,3b7d5657-8663-43e1-a80c-392da339bbd1
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,32cffa98-4e47-4ede-910f-48a64b270ce7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,cc251299-291a-42b9-9f9b-037b582711e3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,f75079aa-ed9c-4a6b-9703-854f0926735e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,1832fc39-39d9-4c45-a2f3-a5150fdc0e74
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,50a584f6-cb55-4887-bc6e-001149d252c9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,60b47f63-84a0-4e0a-91b0-010389a9a745
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c1eda430-f89d-47d5-843d-9c898fffee97
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c396795c-3b7f-43e9-996e-a0c6559a9aec
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c263ccf9-5ed2-4809-8f8d-c39555b308db
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,de344fdb-1f72-4f54-8f1e-37515fa7064d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c94830b0-5f62-4adb-82ef-32eb37221d79
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,73bdabe2-fa1b-4271-98c9-94a6b8bc262d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c39be696-bdc6-4bd8-a9c7-ce5be8819615
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,777e6a24-0b34-498a-a2df-8dfe67670310
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,3efce5d9-c38a-4dda-9a2d-1b996430fa59
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,80c6a5c1-9d93-49a2-8154-6ab64af7083a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,af783bfd-f168-4596-8589-8bf0ba2352a7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,2df472bd-2dfa-4ff7-a9ee-28a8cb003890
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5fbcbae7-c5c8-409a-9805-5d3a26ddc391
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5d17ef6e-d878-4e72-96cd-93f44ce3bb26
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,da76b2cb-d5ee-4c47-b591-e43e47a062d3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,360d1f64-aee5-401f-9c8a-72e01a16c643
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,3a534734-48b1-4642-93c6-ff774016130d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,43ea4a62-8736-4206-ad02-741680ebc185
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,fae78cd8-4e6a-44aa-b5d7-968e75892cfc
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b6a584aa-ac29-4638-95fa-03480145262b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,e69ffa83-c318-4684-8853-c3e45e927bf3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b519fe58-4e8c-4f3a-a15b-f33b62e414e9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,f034b033-845d-491a-94d4-c6a288b8f428
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,22fa2f56-467b-4d1e-b7cc-600391ef14d7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,83c073f2-d9e5-4058-989a-81ebe491fc1e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,6d78292f-24d9-4773-b036-0cb100450fb1
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c7ef1933-af4c-4cb5-a117-eff05e478377
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,2860b0ef-7d58-43a0-8142-dfa4cdd9c16d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,709a9089-fdb1-4058-bfa3-892abad911b2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,6adc2e06-9461-4d7e-9bb6-2296768924f6
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,f47890ed-35e4-43d7-af61-a60fb98ac2e5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b410ef98-dce4-45a5-8e60-01e0065879d0
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,76ef66d7-d19b-4f2c-9970-110e0708fd57
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,8ae39d62-3142-4eeb-9f94-ee058b8a374d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,9e3b838a-2bbb-4f03-ba63-dcdf11cbc01f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,6febc90f-84db-47c6-97ae-828b5824e447
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,49830a6e-4fc7-46a4-98dc-dacab1ae1ab7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,fb9c0401-49ca-432e-9bfd-09af3b842a7c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,568ce787-8c53-4b73-ba62-109990fbc701
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,bf7fb3f8-0c9a-4ee4-8a96-0381c2eef415
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b1fb8180-1bdf-41a0-bc2b-f47f31bbc50d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2282631.5,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,c3bcb5c9-1e1d-4532-a105-c730fc65ff21
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,55dce99b-c87f-4b5e-90f4-622e440b542b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,bc6d1992-918c-41bd-ae49-e1e8e49efdfd
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,d9d084c0-82b3-4162-8f8d-35d544ef8407
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,858242cb-7453-47ae-905b-7c3e49afa12d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,2368da44-7da9-43ff-9565-3e7cdfbacfe5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5f04b583-24da-451a-b9a7-2940cc26058b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,a2389ba7-5983-4435-8173-73349d49b87f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,bc018f13-5df0-4ab6-a418-f9f823e75310
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,3f13ef32-5483-4069-b17a-7eddc5570309
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,ce438958-d466-48c0-a545-8adef568f197
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,876270e7-677b-469c-9a4e-15fd15736913
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,d3fdb964-5686-4de9-8eb1-16a8dad3520e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,93e41285-0e1d-44b6-84d7-ff63ee23aeda
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,649a0c6f-2a5b-4c50-880f-b27c87303c14
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,b7db4639-dc79-4d7c-89e4-885e76c0aba5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5fd02354-d442-4b30-900a-bcf8d3e5b31b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,2de558f1-0007-41c0-abfa-f481afa47bde
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,060e1467-7d7f-4063-b1ed-c6f0f959a986
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,ac2a2714-8f0c-48ab-86c7-56fbeeb22d15
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,d805d8f4-2782-437a-b9fc-5133d6b2ee32
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,21b8b912-1361-4466-93b3-fe11b292b8f5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,0e29ba77-5e87-43c1-8b30-b07560a4b39f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,48b8677b-d7b8-4cec-bd0d-a19137269579
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,58846935-e037-47c7-a95b-776f8f6e40fa
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9fed5908-ba7b-41fd-a5e0-8e4dcbcad9ad
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5e39b8ec-83b4-4822-af2f-13779d8ba08b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,0435618b-57ce-470e-9bba-39b4734a4098
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,80cb456a-02e8-4941-8050-97f823a2a84a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,48a3f13d-c1f5-45ff-80f0-1e75d7e46e7a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,67503ae6-e3ca-4012-a8d8-f14b1f524131
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,a8cf78f1-cef8-4131-8e04-9355d6abdf41
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,0774502b-13ee-448a-a92a-eec1707b6d5e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,62010a6a-79d7-469f-8244-3bf6b0664538
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,64f5d6e8-b0c6-4889-8480-a89a3824815c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,1634e762-b7a5-4307-bfc3-0a429b8eee0c
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4a900ac5-0fc1-4a25-b271-a3c2057839a2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,1e53d833-e73b-428c-87af-f3c2209c85f2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,289cd632-382e-43c1-b217-111fcb0a4115
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4fd030b2-574b-49f0-9ea1-051c784ab6a7
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,95af3275-43ba-491e-a615-5d059427673b
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,0f6062df-6bd2-4329-8426-6ef11018afa0
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,a80d344a-c139-4618-ab8a-80942031bce9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,326fa7dd-08a9-4ecd-a740-899d0e84f89a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,36835e40-5e7c-4f53-bf01-48e02aadfd7a
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,74eebc81-c8f5-4378-909e-029b49eab6a5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,c42eae44-58d2-4715-8aca-588ab937f2e2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,e5547487-4c20-46ef-a808-ddbf71e50277
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+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,372b3173-3fd5-435d-ad23-9f87a241431d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,80255454-b369-425a-8b32-bded7af05d06
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4d20108a-bf8c-45a2-b662-25d61643f1a3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9b21cecf-5745-42b5-beb2-ddc5a22fbed4
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4fb9fe39-536a-4df0-bb3f-367aaed235e2
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,a20700d3-ed22-4257-bddc-fc28297b7aa3
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4b447522-2527-4c2e-998e-86d8388108f5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9ca19d7f-ba33-4db4-8e5b-159fb8560df1
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,12693513-54aa-4c37-a3ac-10a564071ae9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,0f789f04-249f-48d4-905a-74716bd75452
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,635ababe-f183-49bc-94fa-f5ad14701e4f
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9596e7ea-4140-4211-b5cb-d235ff24c7c5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,35a08dff-a23b-4139-b5c6-1bf31a78ca82
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,87f8ed6f-17ac-4cdf-90b1-a7bd444d9fe0
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,de0c3cdc-a680-4378-9d93-79bedcbf79c5
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,a0ffbbc2-fc3c-4bd5-be3c-8b5e81a58db9
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,dfe9ce0f-273b-4aba-b9a8-ebeaa9e1731e
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,ed1a76a7-1d1f-430f-8551-1a107bffb68d
+CO2,Indonesia,kg/kg,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2709267.0,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,85409f77-0d03-41b3-ab57-2b20f22f938e
+CO2,Mexico,kg/kg,,I.1.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,ea00754b-8b28-49e6-855f-01f3176e08aa
+CO2,Mexico,kg/kg,,I.1.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,a48314fd-8024-430a-98d7-7e0ce8d7866a
+CO2,Mexico,kg/kg,,I.1.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,5359dab7-f235-4df9-8952-a0beb5184066
+CO2,Mexico,kg/kg,,I.2.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,ba659d67-b241-4c42-88be-fbb5f846deed
+CO2,Mexico,kg/kg,,I.2.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,1b0fc4b6-dd89-4b43-9faa-5668e5bc2a26
+CO2,Mexico,kg/kg,,I.2.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,1e9b817b-e2ff-477d-afff-16199bc0aea0
+CO2,Mexico,kg/kg,,I.3.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,3df214ff-017a-438c-8f99-a9fd6e7df048
+CO2,Mexico,kg/kg,,I.3.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,06c6fe02-4015-4a02-b897-d1028683c760
+CO2,Mexico,kg/kg,,I.3.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,54992b29-2e60-4aa6-ba9f-45d33b753ab1
+CO2,Mexico,kg/kg,,I.4.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,f4283795-0cea-4d38-876e-696fa66254d5
+CO2,Mexico,kg/kg,,I.4.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,fb1927ff-3702-4e25-a428-dc28921f9387
+CO2,Mexico,kg/kg,,I.4.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,51f5e936-b8e2-4a2d-9298-95be327f5c82
+CO2,Mexico,kg/kg,,I.5.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,cb1636e1-eee4-4032-8909-f3e8cdbdf70a
+CO2,Mexico,kg/kg,,I.5.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,2b3e0751-10b0-41d3-aa5e-24efec65670f
+CO2,Mexico,kg/kg,,I.5.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,c29f622a-25a1-4df7-aa7c-65396d55fceb
+CO2,Mexico,kg/kg,,I.6.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,e5e33f2f-fd7b-48d8-a2b5-ebd15c0d4401
+CO2,Mexico,kg/kg,,I.6.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,82d53c1c-b243-4f16-a2e1-8ead537493b2
+CO2,Mexico,kg/kg,,I.6.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,91a740a0-0c5c-4155-b7a1-75e2426efbdc
+CO2,Mexico,kg/kg,,I.1.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,73d5d6c8-34a2-49b2-9f86-b89d825a0767
+CO2,Mexico,kg/kg,,I.1.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,19bbb9f2-e62d-4030-8f53-768bfddfd5bd
+CO2,Mexico,kg/kg,,I.1.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,766f9abd-b84d-4802-8b0b-357e3ed48e9b
+CO2,Mexico,kg/kg,,I.2.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,1e9de46d-39b0-4a4b-9ed3-3d9e53defbd1
+CO2,Mexico,kg/kg,,I.2.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,7b32409d-b629-4573-8a5c-b5e531ef5858
+CO2,Mexico,kg/kg,,I.2.1,MX,2.7346251392,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,fa29342c-7816-4afe-b3da-c82496da6595
+CO2,Mexico,kg/kg,,I.3.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,1264092c-b667-4cfd-aab4-c91ad0c87167
+CO2,Mexico,kg/kg,,I.3.1,MX,2.7346251392,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,7219f07c-7c37-491b-a95c-2de32476ea01
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+CO2,Mexico,kg/kg,,I.4.1,MX,2.7346251392,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,14522756-e2d9-44a5-a880-7a58ff7ec3bd
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+CO2,Mexico,kg/kg,,I.7.1,MX,2.6560869468,fuel_combustion_consumption,"fuel_type:Refinery Gas, density_value:0.885, density_units:kg/m3, NCV_value:4.565999999999999e-05, NCV_units:TJ/kg",,6cd90469-5d00-433c-bc5b-caef57bdbc2f
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+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,15080b31-5c20-4300-824d-d3d7eddaa1ea
+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,db0e9c2a-9d94-48c7-97cb-93cb76cfadcc
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,374ad5a7-707d-4732-9810-82ec45d99b85
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,de66466d-aaba-4eb0-a85b-0932cc9d4fdd
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,3f75eab5-cbe1-4941-83f9-d0ba9f02e5fc
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+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,1514fbb6-a888-4923-95f9-af309cde1fb6
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,a03c7edb-aa53-420d-aea3-1405ccdfcae3
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,771bba36-0e83-4627-b1d2-56cd5c0b4cb2
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,847593cc-1e62-40b6-92d9-a7906e98363b
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,e226917d-0125-4aa6-af16-9b44a692ec9c
+CO2,Mexico,kg/kg,,I.1.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,8d8bcfb4-747d-40e7-8e27-9b5d4efd93e5
+CO2,Mexico,kg/kg,,I.1.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,49984dc0-e030-423b-96a7-5d85c541e66f
+CO2,Mexico,kg/kg,,I.1.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,5075e7d6-f055-4ced-befe-0b795456f7eb
+CO2,Mexico,kg/kg,,I.2.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,d8812347-e02b-4d6a-9cd2-1a323f17ed0d
+CO2,Mexico,kg/kg,,I.2.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,40f03290-f551-4300-a8e4-776211f397e4
+CO2,Mexico,kg/kg,,I.2.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,9d3c87c3-a7bd-405c-a7fd-63deea7046ae
+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,9f8f75ec-68bb-4821-b120-45d4887e2cd7
+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,fd33cfda-4726-43e7-b537-f07f6ac7df00
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+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,757bccb3-d1ee-46d7-91c6-6865a55c7d78
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,4c2dfa42-719f-4352-813a-2f94936f005e
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,3aac7917-eae3-4375-ba4c-7870e8cca4c2
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,b244a946-e859-4c1c-a244-4b4ec108dadb
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,2ad520ed-2029-4d32-abd7-c2c6e2fb20c7
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,37c76ba1-2ad0-47dc-b28a-c2e3a5f1240e
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,a9b61456-18c5-4bea-bbb7-344a58b3dbbb
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+CO2,Mexico,kg/kg,,I.1.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,83e2ce02-c913-4d81-b8a6-27f984725273
+CO2,Mexico,kg/kg,,I.2.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,6c5a2658-7897-4a7a-99b1-03a144ec5cb7
+CO2,Mexico,kg/kg,,I.2.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,4e9d508e-03c4-4324-a975-376dbf0324cb
+CO2,Mexico,kg/kg,,I.2.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,aeccea26-1dff-4d37-b019-d5673e735455
+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,a5eccde1-5c77-4255-91f5-2843e8a092fa
+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,cb3f7b10-82d9-4dd2-931a-ec3c10ec173d
+CO2,Mexico,kg/kg,,I.3.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,9b916691-cb94-4bb8-9578-00c7e624a8f6
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,01f27e36-d8c8-4792-81b7-7678cfc95a82
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,5ea5d343-5b29-4aa6-be22-913a50118a71
+CO2,Mexico,kg/kg,,I.4.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,be5430e4-d734-457c-ace6-697b55ab4333
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,0d66567f-2676-46d8-82d5-1ab762205c73
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,b810b004-bc49-46dd-88ec-88ea322b3b61
+CO2,Mexico,kg/kg,,I.5.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,b2d44ebb-d2d3-488f-a218-ca553999f06a
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,0b5e33ca-9685-4908-85e5-e8356c0dc481
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,f1bed798-5143-42a8-89d3-119c3f4a574d
+CO2,Mexico,kg/kg,,I.6.1,MX,3.0042266639999995,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,2289d901-6df0-48d4-bd7e-eb889f49de6e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0025291639999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,948d0211-40d9-4b10-8dce-708b335e1d9a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0025291639999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,806331ca-0c52-4299-b470-d28ef63c0a76
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0025291639999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,d63fe809-fc4a-419f-b4ab-3152017c2494
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0025291639999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,deb8c506-b3e5-4187-9210-e8108ce364a4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0025291639999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,bab6d088-273c-47eb-acdd-e6502af08122
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0025291639999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,0ceaa173-e0cb-4544-b9e1-d09aab6d0659
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0025291639999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,46b78381-c8da-4a8c-aa45-550873fbf48e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0025291639999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,0f98886d-bf8f-4541-9639-49b475f1a03d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0025291639999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,87b3ee83-d6d9-446d-ac68-6a150d7a3445
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0025291639999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a7bc7218-fab0-4663-928d-78135635f86c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0025291639999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,cc1fa802-0aa5-4adf-b719-b3de6e525c07
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0025291639999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c0dac2c9-4c78-492b-9164-fcb6ac157169
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0025291639999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a3a59686-9203-40f5-b1db-971b9e9b0305
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0025291639999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f5f36dc7-dd6f-4789-8f2d-b4b418577ab0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0025291639999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f781a895-fd5b-423d-9175-d2d5dccb0875
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0025291639999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,06fbe7ba-8dbe-4bf1-9229-fc117b6dc1d6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0025291639999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,9b8a0c41-e173-4f13-b1a3-366d983d4fcb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0025291639999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,183eec0a-b569-4d04-9931-865fbebf2d7b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1686236,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,560f9fef-6b64-4f7b-a7ba-1ffbcd81ee45
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1686236,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,493a04bb-cee5-493d-9aa6-d0a0dfafa3f4
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1686236,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,6ee1269b-6a9f-4920-b806-58345620f9c1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1686236,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,62aff1ec-9169-4914-9487-eb19dee8d8ea
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1686236,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,b9f1b806-0273-4061-b506-4ae1d6723ea1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1686236,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,40b0a2f9-becf-4e3a-aaed-f9f80cb9c844
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1686236,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,21121508-fe4b-41f9-9636-ab01574a841c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1686236,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,fa1e595c-4b5e-46b8-918a-e7572b2bb24f
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1686236,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,6a9f2fbb-4682-48ce-b693-423748c80187
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1686236,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,0127bad3-01a2-46c3-be15-d5b8a4726254
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1686236,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,6108277b-2296-409d-9d93-e01746574003
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1686236,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,cf8d6003-29d2-436b-a370-480e7ba850cb
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1686236,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,42eb9fb4-1c7f-45fe-b953-0cc55465a2de
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1686236,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,7a9ac5b4-9204-4792-b1dd-9aedfcdaf95f
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1686236,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,4a684809-95ca-4641-82cd-24b4d4fabeb9
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1686236,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,3c2326a8-b150-41f6-a8aa-23e4ca5328ee
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1686236,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,593dc351-8387-4f20-9028-db634650d98e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1686236,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,15f385e6-c5ac-41a9-8a70-fc290f5a5a7e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.5955321333333337,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,14196b54-c73b-4412-90c2-79bbaa95029d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.5955321333333337,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,5a562775-38b4-4b23-bc93-77243143928a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.5955321333333337,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,1ba13727-e748-45a6-9862-26ce37f81c5a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.5955321333333337,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,c7870f3e-87b1-47dd-aa1e-09740ee1a4e8
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.5955321333333337,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,5f4819e7-cfd6-4a1f-9b5a-69bad9c171c6
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.5955321333333337,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,f01e0582-21fb-4057-864c-462b7e653bb0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.5955321333333337,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,afe63e6b-2161-4925-9bec-8206bd7cdb71
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.5955321333333337,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,effa20a7-9a6a-4e6f-a629-67d1d4e2d8d4
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.5955321333333337,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,eff604c3-9bef-4afa-a9be-c9365c5cf80a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.5955321333333337,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,4d7a982b-b21e-429f-a340-2cc4a175d136
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.5955321333333337,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,b80f18f6-2479-4ae1-a37e-59f429330ce4
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.5955321333333337,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,29b61f26-16c2-4393-9d06-8a4f5c66cc27
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.5955321333333337,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,49f40f2a-907d-450d-9e0b-dcdc48789cf6
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.5955321333333337,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,6115344c-f2bb-414c-ae82-e8f5805a4b59
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.5955321333333337,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,98256883-641f-4500-abea-9b524a79a7cc
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.5955321333333337,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,714f2d3c-b723-4bf3-8fe0-50da2ef0246a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.5955321333333337,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,c6814b62-a32c-43e0-8305-cfc12d334ca9
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.5955321333333337,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,774ac442-adc8-4874-9dbb-af645ab79d25
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.00255607,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,8f0d5049-3e78-4452-b3bb-7350662b28f1
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.00255607,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,0ef2603c-d29d-43d3-90f9-fe2f237f9090
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.00255607,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,4f169037-8fa1-4254-a386-59cacac1101e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.00255607,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,69ecaebc-8019-442f-99b6-244c0acd6974
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.00255607,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,721a51b3-b98a-4c02-b814-33c09bc7fd33
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.00255607,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,6fcdaa2a-fe60-46ab-895c-f60b61c8df7d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.00255607,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,4672c750-bdec-427d-8d0a-eda5fcce6d07
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.00255607,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,939bc674-c64a-40c7-bc1b-62476b5e029a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.00255607,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,fb8d2833-9a0c-41df-8dfd-c000b9092807
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.00255607,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,28d1fc50-cdb5-41cc-a20a-d378549bf771
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.00255607,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,ad705d9b-37f7-4b42-8b5e-a9a45f78a1c3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.00255607,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,fc7db3b1-641c-4d34-a478-d70bf5e6b7cb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.00255607,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,f2fdb96c-f36f-4f07-b864-c58999b6505f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.00255607,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,68a8ff53-6c4c-4fc3-ad63-0a0707118a2a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.00255607,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,14ab9318-5613-46e8-a3c1-25a1b1e31951
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.00255607,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,ad3990c4-13ad-4b6a-beae-8df348a2e36e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.00255607,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,a84224e9-48a5-4d80-a747-f7bd141d0d22
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.00255607,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,062d86d2-7ae7-4a45-858e-686dda7cf7e5
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0025943059999999993,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,afbccde0-7674-471e-9943-a8d9554780d6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0025943059999999993,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,4d7c4d54-c0fe-465e-9cf3-eb81a810751b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0025943059999999993,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6d3ff353-d595-40c3-853a-70775e99fff2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0025943059999999993,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c4e5e377-34b0-48af-ac5e-265845bca21a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0025943059999999993,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,e877867f-d726-4a05-b99a-d6c9fbfdf7a8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0025943059999999993,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,20818bf7-ee51-448e-be17-f6cac7364593
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0025943059999999993,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,694cf85e-a0c2-49f8-852e-77a2ba6f9030
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0025943059999999993,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,caf230e0-41a7-4ab4-98e1-c9fec75a5468
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0025943059999999993,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b1f40030-dc6a-4757-8a26-a6d7cd93e3c9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0025943059999999993,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,ce369b35-e81a-4af1-a492-9d6a4fe00caa
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0025943059999999993,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,2e2799de-c569-4422-9a89-e1993e90160e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0025943059999999993,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,ccbe0e2e-35ef-43d6-9e7e-da5ac255ec92
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0025943059999999993,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,1a947c85-cbb3-4897-952a-2432b18744dd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0025943059999999993,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,ba7fdb20-96c1-4206-a924-b17ce5692c0b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0025943059999999993,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,23c4b453-4c93-48f9-8124-30d05d49a6f6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0025943059999999993,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,910ddb9a-c5fd-4d28-bafa-55f83c9c3986
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0025943059999999993,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,240507c7-c486-4841-841a-b483621e2920
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0025943059999999993,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,abdcdee6-2983-4134-9ea6-fdf01161b758
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2244794,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,07697359-e150-4149-b01a-68d70da01930
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2244794,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,d6fd0e81-bf95-4c44-a7b4-8e40ad55a45b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2244794,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,252a9e17-4385-43ec-ba35-057971a7ce1a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2244794,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,12532d65-1152-4c88-bfe3-3d3d452519f2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2244794,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,c96ff948-0326-4ca8-8c3b-964f43f03380
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2244794,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,29799f16-641c-4571-bdf7-092fd3b2df27
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2244794,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,04900a57-ab00-4374-b39d-fb47141f5ef7
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2244794,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,3f9d35d8-a01c-46a2-a678-f4f788642e80
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2244794,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,64b849e0-afbc-4951-9b65-5958ef97788b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2244794,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,c3312dec-1942-4ce4-9afc-88fc66c2ceb8
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2244794,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,095ed4d7-756d-4906-a896-5112ecc49d14
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2244794,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,84a7e647-d78a-4cd5-9448-0fde3bb6433f
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2244794,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,26d445a2-0507-4476-943d-f6b7584cd4e2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2244794,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,d9ae8db4-9380-4405-afb8-a3c9bd459230
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2244794,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,9343e828-2eb5-4c1a-81ce-42997f732971
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2244794,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,a325f350-57a2-464c-9b40-e287c1b8f666
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2244794,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,807356ac-f536-4aa8-b2df-e97eb0cc11e0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2244794,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:24.18, NCV_units:TJ/kt",,43a06141-5848-464a-b234-137e45513adb
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.662383533333333,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,a7ded315-1fb6-491c-824e-5c43ada78195
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.662383533333333,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,b125423e-4353-41ef-8614-80aa1985848a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.662383533333333,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,0f89eb20-f5d8-4c9b-9158-780187e26eae
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.662383533333333,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,84573ba7-a798-4e5f-9df2-f52ff43cc58c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.662383533333333,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,10f54a8d-d66c-43e1-9e1d-377c02c2d77a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.662383533333333,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,f477c6ae-c803-4e0f-966f-0dbb58dc5b77
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.662383533333333,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,1d02c082-2b67-44ca-9958-877c7bd6363d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.662383533333333,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,cbbfa943-0059-4bd3-bf69-c1330e83d2c2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.662383533333333,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,776d8e37-ca61-4862-a3c7-89ce7a39d10d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.662383533333333,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,1ea29922-31fc-4002-9e54-3990cf55ec2e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.662383533333333,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,5bfc3e26-6e3a-417d-9c3d-a90459890e79
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.662383533333333,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,1516e6f6-7a09-41a8-b342-a27249f68902
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.662383533333333,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,5abd26ed-afdb-4e79-a62a-d49e5f8e0d73
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.662383533333333,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,8b00e48d-eedf-4b23-8eb8-4dcac509d26e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.662383533333333,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,38226c17-5888-46e0-9e02-a7cf9afee349
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.662383533333333,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,aa740cbf-0c7b-40f7-a3fa-e192c5cea5e0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.662383533333333,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,8f8d2453-83e1-4dd7-8beb-bc00c4c88749
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.662383533333333,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.94, NCV_units:TJ/kt",,f9b82d05-3ebb-4d93-9b04-00fd4ea266e0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0026219049999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,2a7d796b-8ca8-452e-98b6-94226211f312
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0026219049999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,bee49a62-2489-4f59-a3d7-67cb5bbdb7d3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0026219049999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,45a08738-bf67-4c4f-99a7-d651ce8f6b53
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0026219049999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,10911d70-500f-46f3-9c3a-8ddb353fb8cc
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0026219049999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,a2f193d0-5840-4cff-92a6-7812209087f4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0026219049999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,97b932de-22d3-433f-925f-bc9739fba9bf
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0026219049999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,6c89b740-cc1d-432b-bd7b-4c111396b0cc
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0026219049999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,2c80a547-6a1b-47c8-b60e-04d33800e33f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0026219049999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,8f7eeb36-0669-402c-8113-11ea56f88391
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0026219049999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,5d2201cf-3641-4c40-87c6-22143a892991
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0026219049999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,4eb0236c-fa64-497e-aa7e-abb0c9145fba
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0026219049999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,63d1f451-a08d-4083-920c-d9c09b9776ee
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0026219049999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,7ce43fc8-f7f6-42ac-b74f-1f8a3dc08503
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0026219049999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,a1adb41b-76b4-4ca2-bd70-4d576d04dae4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0026219049999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,5a4deca0-a716-4a70-804a-1554d69b908b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0026219049999999995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,9e32d798-d87a-4319-918a-d4bf02d3fa6a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0026219049999999995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,3cca4332-d3ae-4dc9-80b1-ae79e9985bcb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0026219049999999995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,1f9a51ae-fb20-42a9-9de6-c980a60aadeb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002297834,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,25bea582-1bb7-4ff9-abd9-e94c2f4fcb0a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002297834,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b6997e90-56fa-4f1e-aed1-5566cb59ffae
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002297834,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,c952c0b4-408e-4c01-b74e-6769cfa17a74
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002297834,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8a6a5fee-454a-4c74-b734-d4005bdb2924
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002297834,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ba69b6cc-0978-46dc-acb5-32f3eb7bdeaa
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002297834,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,79412856-fa81-4f4c-b933-5159fd09f85e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002297834,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ed0ddb0a-0fa6-4c42-8c65-986e20cb9776
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002297834,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,69d2daf0-ecda-4a6c-a359-91906e4bc7fb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002297834,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8653f525-86dd-4131-b524-16aba0a75bd2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002297834,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,4536345b-bfaa-4957-97c7-6f18d45c6711
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002297834,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,26a30e51-db02-418d-9b39-8f1747293d57
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002297834,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,87fc8f11-97a4-4536-ac64-b8730098e545
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002297834,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a7fec866-663b-4bb7-9a75-e83ae4b7e292
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002297834,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,07f79bc3-e593-438d-ba6a-c60879779b6a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002297834,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a9902e5b-cf7b-4bf3-b314-e3f4d20c613a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002297834,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,74fd5558-7817-460f-a192-066c5a3a867c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002297834,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,da2063ad-9c56-4a98-aeb2-8012e32adad7
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002297834,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,bbf300cc-068e-4c3f-b90f-12cf72eb4ce8
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.4946639666666672,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,8799679c-44df-4ab8-9f96-c9d5155c128c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.4946639666666672,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,7c384bcc-8f62-4524-a81b-c832bb0aacdf
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.4946639666666672,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,1a38d78b-3e9a-4078-b4e7-0c0543496e66
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.4946639666666672,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,62cf2818-66e0-4628-9202-429f0726cf41
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.4946639666666672,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,f66413b0-f391-4e51-aec9-0e7b8329b7a0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.4946639666666672,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,23916af6-c4ae-481f-a654-f56b80b129cc
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.4946639666666672,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,9252444c-54f6-4978-8c8b-bea8893bb1a2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.4946639666666672,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,7dfd6915-036f-4fbf-b527-8fdae9694197
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.4946639666666672,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,59d46532-df15-4ec5-b4cb-8a01e2d5f3d1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.4946639666666672,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e4be2daf-aa51-4a1d-a27f-0f43c28da44d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.4946639666666672,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,464cbf33-2507-4a35-9921-1fea20236aa3
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.4946639666666672,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,d8be6e06-65d1-4eda-bd0f-1d5f35b485d2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.4946639666666672,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,ce341110-4299-4753-bf0e-b9ef138bf9e4
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.4946639666666672,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,72ccc1a8-e3c4-4612-a5dc-da8f39513e52
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.4946639666666672,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,15cc3c4b-a5a3-49c3-b6af-ca82ec5b7ea7
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.4946639666666672,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,e03866b5-9d09-4263-9504-87e90748c293
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.4946639666666672,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,1e47aa1b-f203-4839-84cc-69d04904e2bc
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.4946639666666672,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:28.01, NCV_units:TJ/kt",,43b2bd18-cc7f-4d2a-89c8-ef7d841c0029
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3129747666666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,b24992a2-eae1-4675-8f0b-e297f17a8374
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3129747666666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,747cf984-527e-4402-a8af-b4f3ed14542c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3129747666666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,98bab81c-a272-4479-83ae-a2a87b2436b5
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3129747666666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,8d7b4f29-b738-47f7-9191-c1f5b29b56f7
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3129747666666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e6596e36-6676-4f9a-84db-e2186f6d1ed5
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3129747666666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,86dbcb5f-37d9-4f1f-a1c6-27e15a73f24d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3129747666666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,1755d171-070f-4e90-b51f-f3ce34a8d7be
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3129747666666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,3045afd3-52dd-439b-88a9-38c5aa1cb1f1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3129747666666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,2c712e88-25f3-47c5-94ea-3be8ea60395b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3129747666666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,995eabe5-8d22-43fa-9748-b6e65bd520dd
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3129747666666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,dd6830e8-326b-4df2-abe5-2d5eaa302c28
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3129747666666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,58527c72-425b-4cb2-9960-52461b344579
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3129747666666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,67f45aa6-3cef-4f5c-96f6-d6ca1f554235
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3129747666666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,e252094d-0623-41b8-8e57-a7755d3adf28
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3129747666666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f203e412-5d68-42d8-820e-cb19fec0ff18
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3129747666666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,3189039c-f05f-4300-80ad-0d6b51a45b09
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3129747666666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,f7b12295-a789-4a81-803a-b83d3e4e2b2e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3129747666666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.97, NCV_units:TJ/kt",,ac837720-e47e-4be7-89d6-98dd1b485448
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002146426333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,cbf589ef-6835-4450-bdf7-878486e64313
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002146426333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5f9c5409-8b3e-426a-8924-c2510be33f40
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002146426333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e408a8e7-13a6-40be-82ca-3fda87020f9c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002146426333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,76e7aedc-862b-40d4-af99-1cb716eb3443
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002146426333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8665481a-3f33-4ac0-9714-6e1315ae0bec
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002146426333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,096a97b5-09ce-4fbf-9b17-f93666b9b15a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002146426333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,370a7898-6850-4942-8ca7-774fb459b9bd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002146426333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,50c6884d-07f1-4fee-85df-fb84d1c6f40c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002146426333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2e5323f2-f431-4ccf-9e65-f1b6ed5e6c96
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002146426333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,926b0241-e77b-48e0-b94c-836cd1523b7b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002146426333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,bc6ef924-c9f8-4f1b-8e26-4786027ec310
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002146426333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7c027c32-70e7-4509-8af7-ef714f8409cf
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002146426333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,71f2184f-544f-4c09-be1a-909408fdb289
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002146426333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6a814714-1972-4065-9149-1da52afcbf67
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002146426333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d3aa0b76-673c-4f11-87e6-a9b17bf0088a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002146426333333333,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,f4c9f02d-6cd6-4446-81a0-8d4cc5a10bd6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002146426333333333,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c581669e-097d-43bb-bdde-3cae44dc6b4e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002146426333333333,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9f5f4676-c6e5-4c63-a392-fdd9e1186510
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030895919999999995,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f1813652-0c45-4110-8892-ed2d9c5ba2e4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030895919999999995,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,9ae911c3-25b6-4cc8-87e6-899ecb3d5f91
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030895919999999995,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,916b2223-679e-4df6-a5a5-9a5b779ca514
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030895919999999995,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,4f8befb1-2d57-4a54-a31d-e2584c55c458
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030895919999999995,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,03fbc2da-c266-4bb1-b8f3-db1629dd0473
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030895919999999995,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,5029ed1b-9bca-4d69-b35f-1099b56bbb65
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030895919999999995,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,fef214a1-cc62-40d3-b3ea-978464a9a3b4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030895919999999995,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,e5d8c242-8b8b-477e-8083-e4fd8fadf34d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030895919999999995,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,db9b8c29-6928-4fc1-983e-b78d7a3de5d0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030895919999999995,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,2774df42-b89c-43ba-81a5-aee51778fd78
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030895919999999995,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,df0815d2-6172-450a-ac88-269b09376ee8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030895919999999995,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f578f7fa-8869-43f8-bee3-79c6f3400bad
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030895919999999995,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,006428fd-d396-47eb-9b21-abc00854dacd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030895919999999995,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b5509188-5b2f-42e7-98c8-3e3669c7c0cd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030895919999999995,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,6ef71708-4909-4e2c-90e5-f58d92899f2b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030895919999999995,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,925f50b3-d8a0-495b-b4b1-c8d82c651f1b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030895919999999995,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,9b154cdb-521d-4f2d-bdc4-27742b5d41f1
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030895919999999995,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,91bd30bb-bfc9-42e1-accd-289552476edf
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.1969608,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,114cabf1-5abf-4852-bae8-a37ff723a454
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.1969608,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,e34cf8eb-1a24-4a64-b1e8-95a425601a91
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.1969608,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,abc4cef2-f4c4-42ea-b7fb-7aadca3eb82f
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.1969608,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,462e1ab7-ccc4-455d-8e29-dafcf4a39fda
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.1969608,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,62f22a4a-1005-4938-a741-5ab86410ddc8
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.1969608,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,e3ffdbf0-d277-446f-b126-4eba520a8163
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.1969608,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,e7cdc215-a2bc-4481-8007-7bc53880b70d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.1969608,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,9ec672b2-792c-4bbd-9573-2d005c76ece9
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.1969608,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,f5cef4f7-61fc-410e-8db8-846035783ec2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.1969608,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,24fac35b-025a-4ad7-9f01-be31c1b1b2c6
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.1969608,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,266f4691-7e3c-4aae-bcbb-a1fbdc2d1e66
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.1969608,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,ab94d0a8-76bb-4672-ac2a-1050c21f7739
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.1969608,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,8df9a3dd-fc05-4e7b-ab32-b6f98bf197e0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.1969608,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,029443a1-8b59-457b-9e89-ef5a8e3e1ebe
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.1969608,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,96363db9-1fe5-4638-a707-186ab045a0f5
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.1969608,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,b3507d45-4f7b-483d-846e-b55b9f3191d0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.1969608,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,4d5c2393-dc9c-42fe-8b22-44885a65fdd0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.1969608,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:29.18, NCV_units:TJ/kt",,b305b259-a500-4e3f-8bae-e99bb9a6a713
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0015438720000000002,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,f95a18e7-5e97-4122-82f8-1e73c8fc79e6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0015438720000000002,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,d2529e39-e128-47ec-852b-897261b35be2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0015438720000000002,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,aca8b74d-ed21-4be6-8d7a-f030d05e693f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0015438720000000002,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,62b85f44-75f0-45b7-91b4-4f2390641e48
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0015438720000000002,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,74376138-0ab3-4a02-b98d-59a86ba89aa9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0015438720000000002,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,9b4ebf5b-1ca2-4cfa-8f84-2eedbc4ac155
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0015438720000000002,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,41a16d56-1d55-42b2-93ca-1fbeff147801
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0015438720000000002,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,aa3ec524-27ea-4d1f-acda-c7086bbb04eb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0015438720000000002,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,03bdf740-66d2-436e-bbc1-dd274710d7c2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0015438720000000002,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,6fc691a5-3919-47d9-9bb7-482047620255
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0015438720000000002,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,279d8a21-4a5b-49b2-9edb-6316d4b79833
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0015438720000000002,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,d616d2d4-a6b3-415e-a59e-41c1cf8653be
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0015438720000000002,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,54f40f07-2dd1-4d17-8ab1-bde35852540a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0015438720000000002,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,27a261ed-b0b3-40e8-8d95-b25dd5ca9d63
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0015438720000000002,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,c0262977-fc84-48f2-8da5-a6a63b8b1d8c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0015438720000000002,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,905d8aaa-0fb0-434f-aa9f-1421920fee78
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0015438720000000002,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,fd8c5fb5-484a-41b7-9a9f-ba6a8223bdc2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0015438720000000002,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,0767ca4a-174f-4b56-99d6-bf6c3a5332cc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0007629600000000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,7b65d491-2817-4132-8534-38beecf37344
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0007629600000000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,41c13f6e-53c5-47d9-b84a-53543a70d271
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0007629600000000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,c4a707e6-8ef0-42eb-8b2c-2ba528847a43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0007629600000000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,a5afecf8-6c02-4ef7-b91b-82700d340f4f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0007629600000000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,d60f6846-3231-4bd9-a9e2-db2d82824f02
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0007629600000000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,3124f24c-3234-47ed-8a47-74dcc54138fa
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0007629600000000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,b6609b0a-e39d-4c15-adc4-443ef5202914
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0007629600000000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,83d9a9b2-61cd-4d78-babc-08cd14232b59
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0007629600000000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,fb1d1f99-ad6a-43cd-8951-64672538a9ae
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0007629600000000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,38b5b976-4e1f-4642-9548-1a640aac9463
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0007629600000000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,eafcab44-6bbd-4b4a-908f-83a13f3fdda6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0007629600000000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,0d3f6ba2-3288-4251-8177-c4c1f3b98b72
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0007629600000000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,0ac4f38a-0767-43bc-a0f9-87a13d982c64
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0007629600000000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,d8a1912d-1aa9-4fde-82f5-175f1cbcc089
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0007629600000000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,6f0b591b-5f8c-426f-b40f-a8aa4a84a8c3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0007629600000000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,c691d8f0-5bb4-42ea-9a92-9d9bd02c0460
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0007629600000000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,126be9fa-d003-4c6a-af54-2b4e60f2d7ec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0007629600000000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:1.9125e-05, NCV_units:TJ/m3",,5781a6ff-4527-4a64-a492-804fc1603dec
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.6989710933333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,4b3242b5-dfe6-4825-b8af-904ee7c50462
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.6989710933333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,ee4a230b-ce26-4764-b94c-2f9770d281d0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.6989710933333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,3ea4bc25-8f98-4b06-84b8-19666b222d70
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.6989710933333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,de0a9a3d-e934-4f6c-bd93-bd7120352833
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.6989710933333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,6ba2cdc4-ecb3-463d-b0c8-b7a5be269700
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.6989710933333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,4daa1d28-413f-4b5e-b498-8eade89f7b15
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.6989710933333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,f583d03e-83e7-42b4-ab26-7a04ad1a775c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.6989710933333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,ae61d0e6-0095-45a2-b999-57515ab95c03
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.6989710933333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,17b1a167-b828-4995-b879-e2761555d1cc
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.6989710933333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,8583a302-3069-4af6-b250-fbf9cb5f143d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.6989710933333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,115298f5-c331-43cf-9296-e80bd614cfb3
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.6989710933333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,3015afca-679b-4b46-836e-47dab4d5e907
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.6989710933333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,d7b7a63c-5931-4656-9fb1-f96e75a109c4
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.6989710933333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,87e8a78a-4976-494c-a66c-d4a3882ad27f
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.6989710933333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,bb75a5e1-5fbd-4cd2-a681-c1a430fce3f1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.6989710933333334,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,43a917a8-ed53-484d-b973-88354b2c7e11
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.6989710933333334,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,bff40597-04c7-4b9e-879d-fc8b31a43dfe
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.6989710933333334,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:17.521, NCV_units:TJ/kt",,76f73503-4a40-456e-ad03-9e3e4619eae7
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0010862045333333333,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,197dee2b-6969-4ee6-87f5-5842cab4c3df
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0010862045333333333,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,0b016e87-6d3c-4ac9-bfb2-e351c9e5d11a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0010862045333333333,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,dd148156-d82f-4bc2-bb0f-307fad4e9552
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0010862045333333333,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,249f0cee-300c-4db9-88f7-52a4b8a9b5d3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0010862045333333333,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,dee5b5a9-7ca7-4a38-8b9f-7aee462ecc56
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0010862045333333333,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,3f7740da-9092-43fd-a2a6-c5a899bf017d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0010862045333333333,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,e6ee16a3-f74c-4bfc-abd6-8a2b6cd586e8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0010862045333333333,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,f178b485-e02b-44a0-944f-55c061e1e233
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0010862045333333333,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,704afa66-3444-4e0f-8503-728dcc282dde
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0010862045333333333,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,391c9145-490b-47c6-8e3b-57a55316f5c4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0010862045333333333,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,ca269d6f-89b0-4b5c-9452-a677e154c434
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0010862045333333333,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,5d378ea4-c7c2-4d47-9802-af1458f552ac
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0010862045333333333,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,b218309f-335e-493e-be9d-ca3f5855ee89
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0010862045333333333,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,cd9a142a-2b7e-46b1-8877-6747946b9da0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0010862045333333333,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,9a4323ca-55bc-4eb5-9931-6cd193f77c8c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0010862045333333333,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,bb3e15eb-91e4-4b9f-9518-1da462e25471
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0010862045333333333,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,44e1fea6-b915-4c5d-8966-8287654e8786
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0010862045333333333,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,539cbba3-4bb2-4e1b-90db-17365d5f3c2e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0011755356249999998,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,42a46145-8ad8-4867-99f7-fcf55400b5c3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0011755356249999998,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,210288aa-bbbd-48c5-bb7e-cbc875c05c34
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0011755356249999998,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,ad73459a-c8c4-41c1-a470-ce50d34f0a93
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0011755356249999998,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,e1915d1c-a61d-4cc6-9ab0-28d65ab6c1b0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0011755356249999998,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,1d86ebd5-d06a-411d-bed3-1826aba0abff
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0011755356249999998,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,839d46af-7f7a-4d45-8b59-69d6fd26a229
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0011755356249999998,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,faf41dd5-d898-47bb-b543-de1da835d42d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0011755356249999998,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,7f472daa-7690-4f65-87b9-210aad00c7e9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0011755356249999998,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,18ac0397-02c4-4e28-a735-ea3897272d19
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0011755356249999998,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,b6bc66c0-b895-4e63-bdb6-3c0621c1d322
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0011755356249999998,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,8b7fdb28-dfbf-4da7-9d58-9c4160a032fb
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0011755356249999998,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,48f393e1-af5b-4172-ab5d-6d539549816f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0011755356249999998,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,febfa232-3cbf-4b6c-bf6c-0d38fef74828
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0011755356249999998,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,35b36687-b609-4fbd-a4a8-28c8b9467abf
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0011755356249999998,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,3353a6be-ba13-40b9-bc22-7ec9f9c74e45
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0011755356249999998,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,67dcc81f-7521-42c1-9acd-4d8a6425081e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0011755356249999998,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,0fbe8aec-ddad-43be-a873-a1ab9bfe5c43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0011755356249999998,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.640625e-06, NCV_units:TJ/m3",,497f6a7e-7cf4-40d0-b5f7-9c8c96cd3e9b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.0165089733333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,e70c3361-1c32-4d0a-b2c5-b3df37109cb6
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.0165089733333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,a2a7a175-2f19-47c7-a3eb-2f4fe1fc611a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.0165089733333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,6cb860e0-2b84-4e34-9d78-4f6fdf8e5028
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.0165089733333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,4d6c71a4-dfdc-489e-a50c-970ffdb160da
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.0165089733333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,fd0a9169-6282-4f60-9404-1c11db48304c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.0165089733333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,14b7ffe3-5556-4a6a-b33e-db3d1dc2ddfe
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.0165089733333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,77d70d86-03bc-483d-b682-01721105922f
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.0165089733333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,44f7185b-85b0-4fa5-bd3e-a646f8736ffb
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.0165089733333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,8145d6b2-756d-4bd0-81fb-592e905196d2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.0165089733333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,b5a4ad93-d738-42ef-af90-e6abbbed7ddf
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.0165089733333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,8b95fbb1-fbaf-4669-998e-2fdc5e721672
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.0165089733333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,96c41a8e-ecf5-44ff-9ab3-e44f0f9f5f92
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.0165089733333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,c7c4ec52-1c1f-4c6c-8d44-7fd3832d079a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.0165089733333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,0b4c1186-e862-4b87-8f3f-09de843099ae
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.0165089733333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,e5ef3c22-f818-4c7b-9b0a-26c09e892f17
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.0165089733333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,ee89181d-197d-457c-a7f9-9ccbd8f6f21e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.0165089733333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,54bf139b-7ca0-4d59-a156-18c28b819fb3
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.0165089733333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:6.607, NCV_units:TJ/kt",,2cdf7031-ae96-46e7-9c6e-2689ff43a1a4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029437979999999996,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,15e26991-ebf0-4393-8f99-299de2f10d66
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029437979999999996,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b791786c-4c38-4a5a-9c71-0e3a9dac3bbe
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029437979999999996,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ea5970fa-b21d-498a-8618-ce596a507d3d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029437979999999996,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,80943608-6b3b-405e-978e-490996bb8207
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029437979999999996,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,7550728b-d5db-4fee-9e5c-dcaa30ff1e0c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029437979999999996,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,718a7240-5fc9-4cf8-94da-60673d684349
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029437979999999996,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,714cef62-08b2-493c-a3e5-994e288b9cfb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029437979999999996,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c09dd4c7-488a-43e8-b79a-7fab88549327
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029437979999999996,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d07a191c-6c1d-4ece-91f6-d00296f79498
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029437979999999996,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,f816107b-4672-4882-997e-364076ba77ab
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029437979999999996,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,7964aeef-024a-4b7f-9b94-3bbd349bcd10
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029437979999999996,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,37e75281-fcca-449f-90c7-480bbbf087a6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029437979999999996,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,cb02f8c7-ba0d-4d51-9c39-9bca54d05edb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029437979999999996,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,49e2c319-f24e-4489-beda-0514d1cd17aa
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029437979999999996,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,545e776d-0e1e-4512-9b1e-997121b43460
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029437979999999996,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,968e1b1b-0633-477c-8a75-dfb4fed3d7ea
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029437979999999996,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,18bfb881-b641-4787-b1ef-5d818f6931dc
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029437979999999996,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,cae986bc-cd71-4ece-a087-12f6995de36d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.664119791666667,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,db4ebc9c-8447-4fb2-baba-cd241a02265d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.664119791666667,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,1726a6df-9f3a-48ca-a9ca-d2ed0eb2545c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.664119791666667,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,be600fc1-1405-43ab-846e-9fe91b8bf8ea
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.664119791666667,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,057f2a40-3bd4-44df-8f1e-57d10c3e0fc1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.664119791666667,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,19fa5ec0-c68a-4440-acd3-7e356d8351a2
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.664119791666667,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,b90d747b-fc5b-48cb-a688-4a23ec4b87a8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.664119791666667,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,76538994-d90f-4b00-a93f-3709a39d4d50
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.664119791666667,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,b2fff912-fdae-4df8-a76c-0fca89bc30ff
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.664119791666667,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d3d0951c-b041-4142-b332-6ca9742ec3d1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.664119791666667,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,dcfd3785-42d5-4586-9d96-ad817581b49e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.664119791666667,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,39d7aa02-d30d-437e-ace4-5cad11d7cc9a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.664119791666667,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,eecf492f-f1d8-43e9-9ec1-ee2936223e2e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.664119791666667,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a7a78fd7-ecd7-4a42-b0f2-130d61c904bb
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.664119791666667,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,a0cce15e-8672-413e-af09-3bf5b36c63ea
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.664119791666667,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,eeed749e-5479-4602-a847-6b9878649ef4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.664119791666667,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,3cd8ddf7-c4b8-4164-aa7b-e1a215985bf7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.664119791666667,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,2e426914-c237-4f9d-8b2d-ba28468f1cbc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.664119791666667,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:0.03828125, NCV_units:TJ/kl",,d05610d4-ac4d-413e-86e4-137d8b4576a9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029528546666666663,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,3ddda078-d8ee-46e9-9b83-23b7d26d9b40
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029528546666666663,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,23446f37-a31d-4b85-aed9-cd515a4d340a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029528546666666663,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,be0f826d-fb84-464b-9893-04785c4a94e4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029528546666666663,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,6af1ae2f-024d-430a-b43a-b7219adcf428
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029528546666666663,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,26f37561-564a-4b4b-8980-c9f8f4a625ff
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029528546666666663,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,fff32a8d-6a59-4d3e-b67e-a1a47534d118
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029528546666666663,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,34c17976-f54f-4274-95a2-263cb722f0de
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029528546666666663,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,b16cdcee-8959-4cff-aaa0-1ab79546f43d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029528546666666663,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,97b06d8c-63b4-4670-8d33-c99aba5d0170
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029528546666666663,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,cafc33f5-20dc-4185-89c3-7793358aa6d9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029528546666666663,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,dbfb494c-a768-49de-8fca-2b976837a024
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029528546666666663,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,a6a50b21-c9d1-4fdb-b60f-083e400595a0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029528546666666663,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,f5d52995-7932-44e7-b782-90426acfc9da
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029528546666666663,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,00223ae9-2c37-4e4f-b268-1a4b632a2c20
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029528546666666663,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,6596c215-8fe3-4b34-b1a3-d734e7602645
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029528546666666663,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,85033c4a-656f-4ac4-a2a5-57676852dff8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029528546666666663,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,b9d8b569-afd8-4bf9-bfc0-b3b8b789ccd6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029528546666666663,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,f4c27eb8-3345-4005-81bf-d37b8754a318
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3340579166666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,bfcf3ce2-0e91-464d-9e39-3ad7789fffb4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3340579166666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,0cbaffd9-52ed-4853-9343-c0dab5c44679
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3340579166666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,9c768f08-c358-49c7-afb6-ea0b8f446b21
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3340579166666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,a28f7230-fcae-43e8-b98c-534a316e654f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3340579166666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,21c9bf7d-2199-48c4-989e-83e1c3b4b39b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3340579166666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,07d0579b-cc69-4bd7-aea2-1e5c543cc703
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3340579166666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,3d33b87e-fda8-48da-ada3-7209deaddd26
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3340579166666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,8f6cbfff-fb02-445d-8229-a5709cb2508d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3340579166666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,d4c58f1c-84c1-4b64-96cf-e9902241eee6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3340579166666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,9938dc10-7265-45b6-871a-3a47a65926e2
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3340579166666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,1f583cdf-c1a1-442a-b291-f0b5fbc94ed0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3340579166666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,885df02e-e517-454e-a539-ea8596343c77
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3340579166666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,f5b08a6c-089e-497d-b2a6-8decb11d8128
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3340579166666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,baeaa751-67c3-4b49-b907-f171a66a6be1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3340579166666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,6c9f8300-c355-450a-97df-f331428df4e7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3340579166666666,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,7b6e6253-b801-420e-acf9-b7d771cc8e65
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3340579166666666,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,9ff922ef-b0c9-47b8-b1d4-4fcc2c8e146b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3340579166666666,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:0.0349375, NCV_units:TJ/kl",,8d46d421-16e7-4981-8d99-b50ab6bc007f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030391276666666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c2ee81d5-c1ea-410b-880e-a74365436f57
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030391276666666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,65466152-6270-4390-a0ef-d06943f152b7
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030391276666666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,fddbb186-972a-44e3-9423-a111ca63af96
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030391276666666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b11a7f8b-9df7-4716-84d9-0c37eb598347
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030391276666666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,67dd8c78-308b-4e40-8bfd-4469e4c297a7
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030391276666666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,38ba53e1-47db-49d0-aab8-4af412587d2a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030391276666666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b80bbbda-ea79-45dc-a1fe-4227772ddbd2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030391276666666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b7fc01bd-a304-47f4-8076-f10c62d996c6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030391276666666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,774c8dd8-c73c-4edb-9d1b-2e14e60fd896
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030391276666666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,38dcda06-dcbb-47cd-831b-5b0fce813eb9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030391276666666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8b364284-1a78-4d83-abfa-39918c35c4d8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030391276666666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2a057976-2bf2-4212-a571-48d84f896ff2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030391276666666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,7aba34fa-5c7f-4690-a416-fb91a97a7ec8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030391276666666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,46908097-485c-4e6c-aabf-66245f7b01a8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030391276666666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,bd9eae31-3513-4257-b736-6e2222001874
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030391276666666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0d6ac526-4cf2-4b54-89e2-6c96d0190234
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030391276666666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,bff74309-e4a4-42d2-9dbd-8d053e220fb4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030391276666666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,af548a80-3965-4394-9670-1f482f4b635e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2896362500000005,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,9177501d-0e79-4739-8fea-dbd67151ee4e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2896362500000005,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,af6c44e6-5f0d-4578-b914-ba568ca64291
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2896362500000005,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,373209e2-c6ce-47f7-9904-3a6378eacaca
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2896362500000005,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,d1afb320-b1fc-4ac1-89c3-58d4a38a1f43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2896362500000005,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,7dc3a756-2e6f-4a6d-8252-ffde025191a4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2896362500000005,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,4baab66a-5244-4958-bc5e-a3a41cac6eb7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2896362500000005,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,5a899e47-3ca6-4612-bb89-21f692a86944
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2896362500000005,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,e49e265c-85b4-47c1-b6d8-97eeb788e4e6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2896362500000005,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,d3daeb0d-9366-4936-acb0-9c5a249aad56
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2896362500000005,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,70f1905b-3f55-48b2-ac42-e1fb92a3dc88
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2896362500000005,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,2a73a08b-3dd4-4275-8af1-288246ca6b52
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2896362500000005,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,e7acb669-9bab-421c-bdf9-579cb85773fc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2896362500000005,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,6fa528b1-407d-486f-834d-263f7d4e9baf
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2896362500000005,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,f4871289-0b38-4a9f-8608-9d8cea13acb6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2896362500000005,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,b40aba9e-bfc4-47f9-acd3-5576dc3fb8ec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2896362500000005,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,953dff42-9d3a-410a-b3cf-e74cbbd2f213
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2896362500000005,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,c273f808-06eb-4b1a-9177-ba9ec825909c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2896362500000005,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:0.033375, NCV_units:TJ/kl",,7337428f-a479-4164-b00e-23633e52fa08
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029595478,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,7b84e779-0bf2-4c7a-82b0-19e4979317c5
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029595478,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,be7f9738-cd2a-48f8-851f-479d548cc08b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029595478,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d2231092-b0c5-44ca-b9a5-53fb20873393
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029595478,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ffd3c7c5-fdb4-4634-ac3a-206cf07366d9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029595478,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8a951914-1f72-4558-93b4-7dd42392d59f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029595478,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,7ed47aa6-b5f0-4494-bd46-cddbb2870984
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029595478,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,bbc88810-bd9d-4fb8-b936-95733c5921ba
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029595478,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,a9debd4a-e48d-4c8a-bdfd-006a04e6879b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029595478,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,376ed172-0baa-47e1-91c1-d5d0b8926697
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029595478,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,609a35ad-74b8-4bc7-b7ae-9961d65d4007
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029595478,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,41efcab8-2dcc-4051-a5ac-96fa6647c184
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029595478,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d81979d3-e1b7-41ab-8a40-763694bdf5c5
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029595478,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,d3a7e020-66dc-4756-b607-55868cfc38b3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029595478,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6b118c1e-6e9e-4d12-9e37-805a8ac3f9ea
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029595478,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,567c6377-b198-4df5-ac61-8aebc6af2d8f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029595478,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,2f58b9af-346c-44a7-8017-d4f6c5277ef8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029595478,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ee2b1c37-78a6-4c98-bd07-6ebbe49a315f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029595478,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4373a093-7b41-45d3-8d9b-1e7d17693e9c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002935536633333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4a83a6b5-0e8b-43d7-b758-4c5651f93071
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002935536633333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e799a45e-b28e-4c4f-9381-be4a7eae1829
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002935536633333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,5cd5d81b-09b2-4f8b-9c8b-7816551e1791
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002935536633333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,de58a13d-a4f3-4425-80f9-f0ec809a015a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002935536633333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,dbf254ac-d426-4c31-a48a-22430da33e38
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002935536633333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,13089690-48b8-4c39-bfab-37d854a45bf2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002935536633333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,6480a440-0355-4ddf-aaff-bd7ce090d9dd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002935536633333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,9bb93f01-6569-44a9-9845-25e51346cf7f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002935536633333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,5afde8a4-33f1-4c86-847d-9b6734111dfe
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002935536633333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4c1e5860-75e5-4855-9674-5812db09480f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002935536633333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,1e632319-92d1-4cb7-8cef-ab245f8866e8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002935536633333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3b6d17fb-67e6-48eb-9a45-c733d6f37d1f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002935536633333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ac5f4c79-df28-4e2a-a1f6-29542312e53a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002935536633333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c2b62f98-61f2-49db-9ef6-eae026351131
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002935536633333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,f4cdabfe-bc32-409c-b10d-c3877454a980
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002935536633333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b7a21d51-74e6-4e9b-bc34-143f0d244ab2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002935536633333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,c0b5b957-74ef-43dd-a522-3b9a5c2cce41
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002935536633333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,94fac1bb-f40e-40b2-96d8-7db375f2aca3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029520014333333337,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c475155b-2955-48d0-8b6a-125b015d6c50
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029520014333333337,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a132a823-a34f-4914-90d9-3da046988708
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029520014333333337,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f129fb8b-c031-47a1-ab1c-b1c65713cfb8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029520014333333337,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,0c6e1bd4-2d6e-46af-bd62-3d66c241f7db
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029520014333333337,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,23a24f62-2c06-48df-b420-7b7270a3046d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029520014333333337,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,799f1b67-3d98-4c5e-b461-9174968dc030
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029520014333333337,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,191be3a7-8217-41df-9021-87c3ef948ac9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029520014333333337,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,fa580b59-0370-4410-8124-89f9c1535e56
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029520014333333337,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,b9332973-45c1-431c-95e2-8986511bb074
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029520014333333337,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,d73e56a2-56a8-4150-8b48-cab8f648ad5c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029520014333333337,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,449c676d-a3eb-4c92-937f-2242fb01645a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029520014333333337,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c2a726e4-ad6e-48a3-8660-1f1fed73c063
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029520014333333337,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a8a49eaa-28b2-487f-9679-0ac7e5d86a60
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029520014333333337,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,0cd0f000-ec0c-4e99-9248-55713782cacd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029520014333333337,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,8b9b3d8e-da9b-4512-9203-66f98e3db40b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029520014333333337,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,67b82a05-9161-401f-ae7e-1aa7a76819c3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029520014333333337,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,fd5a6735-bc50-4293-97fc-89ab5a9e7f3e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029520014333333337,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,b4132ecf-2f82-46a4-b252-219906320926
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030060029999999997,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,09fc61ba-80b7-4ff8-8c7a-719b55ef9696
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030060029999999997,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,c890766a-9daa-40c7-b3d1-b378e1ac6b87
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0030060029999999997,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,334d2ab0-24c8-4171-a657-1b4b1c184799
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030060029999999997,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,1c3c3f3c-3cd7-495b-841c-068e94d231b3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030060029999999997,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,8f11185b-4998-4f1a-a08c-df27754cfc6c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0030060029999999997,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,64683fe8-2646-4e37-be3b-ebe37810f90b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030060029999999997,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,d1c7f9ef-0bb1-4e1e-b369-b5a37b35cacd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030060029999999997,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,a9463032-02c4-4bf0-a783-fbe915bcbcce
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0030060029999999997,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,c1cfff70-68b8-47c9-ab52-c536c81ef2d6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030060029999999997,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,ed84e009-6d31-4ef2-8a9f-50494db1f3cf
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030060029999999997,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,a8d719d2-7a5a-4f7c-9465-8d3299eefd13
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0030060029999999997,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,0cf97380-74e4-4f5a-b6db-27bd41faa43c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030060029999999997,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,752547ed-2c51-4731-b651-ececfba46e6f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030060029999999997,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,bf55d572-a599-47ae-ad75-0bb48596ff7b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0030060029999999997,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,5518392d-503d-4fb6-8d72-6c06f636ff9b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030060029999999997,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,31e842c1-5258-4559-b84c-2d67e6557e19
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030060029999999997,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,02c33b00-8994-4029-8d9c-72eaa2d645a2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0030060029999999997,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,3b94be4f-a573-4be1-86b7-dbd93315c4b6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.4773111458333332,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,09eff203-3846-4321-b019-fbdbcad4cc2c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.4773111458333332,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,26b86905-7f52-4eb6-818d-df5bd5ad4bd9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.4773111458333332,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,9b6eabab-cd83-4bdb-801f-b92d7414cc25
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.4773111458333332,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,2996f050-6681-4168-8ead-3d876b003732
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.4773111458333332,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,0869a5d6-6a87-48e2-bf3d-49bd5ad6ead5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.4773111458333332,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,3c54b04d-b517-4e25-8921-3da0e5f5f6c5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.4773111458333332,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,c88c91e2-8166-486d-a765-79bbf38172a3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.4773111458333332,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,1c08c5a6-9820-4ce7-81ff-e1960dc46882
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.4773111458333332,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,97fd3a47-7ae2-4771-bb2e-a91b8baf0714
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.4773111458333332,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,11d62c94-dc6b-4613-aa49-073d9d7d2802
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.4773111458333332,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,c13043c3-1039-4da3-8873-892ef1062e4d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.4773111458333332,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,9779d83e-8de9-4a08-8053-e1710436a317
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.4773111458333332,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,4415204a-d71c-4dae-9046-c5d461f75fd0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.4773111458333332,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,96035158-bca0-41da-bc27-b62bdf4d8836
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.4773111458333332,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,c6b66595-51b1-423b-8176-8d9a958140ec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.4773111458333332,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,44913073-2bf4-4653-809d-990279105bba
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.4773111458333332,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,10e1e3c7-8578-4545-9e61-d5131238e01f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.4773111458333332,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:0.03634375, NCV_units:TJ/kl",,d9d581cc-35a0-4d5d-a626-f5cd83536084
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002961696833333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,84a91c9f-110c-4a10-9a15-d63d98684982
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002961696833333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,c8bf4dc3-bf81-46c9-a059-39e4e9b8f83a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002961696833333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,5fc9b7a1-baaf-4357-a06c-b2ed3d8ebf8d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002961696833333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,ff395c34-a1d4-495f-adfa-b4eb27e41600
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002961696833333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,c01160e8-cfb6-4592-9465-7095fc30cea1
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002961696833333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,d98660de-c0dc-43fb-80ba-70940abe6630
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002961696833333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,6c51f4ed-bbb4-4452-a992-2f4c79793231
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002961696833333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,051aae5b-488e-45d0-93fd-850091af9870
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002961696833333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,2034a2d7-4b75-432c-9855-e5020098c9ad
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002961696833333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,a4aafab2-c3c7-4e5c-bcc2-872cee18662a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002961696833333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,a4270854-ee5c-435e-87ed-b4f0c8e6c5ad
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002961696833333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,67d33d33-72f2-4a47-b2fb-40f1228038d4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002961696833333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,88f90d20-fb4d-4076-aac8-84fc0c422996
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002961696833333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,88601416-7d81-4fd8-a508-761769b91b3f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002961696833333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,95f007e0-2cbc-4961-977b-d3a7ccedd186
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002961696833333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,3b3dd5d9-0582-4923-b898-479d31bd65e2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002961696833333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,3412f286-654d-4020-9827-d60b3541b299
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002961696833333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,79ba0f38-4532-4cd3-b4ac-f3b94970e296
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029691948,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,7c770514-53c5-4003-a11e-4e91c52df483
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029691948,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,6df82826-2ccf-4442-b7f9-8d3ebd23c028
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0029691948,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,b9c47726-bddd-4da3-aad5-b7db43402645
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029691948,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,e88f0c17-6988-4441-b849-e9d900c2da7c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029691948,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,ac7c1bfd-c5b9-4dad-bb3a-43c27fb77a29
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0029691948,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,ad2f90bb-774f-4eec-93b9-ea687593b69f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029691948,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,29bdf6ad-88c4-4182-bdf9-d574a869f138
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029691948,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,8a6f26b6-bea6-4803-9952-937dda2e8f5e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0029691948,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,6e21564a-10dc-4716-812e-bd8bac15258b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029691948,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,d4ee0677-cf45-4542-b17d-e263411f570a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029691948,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,a37e8ae6-96ae-4900-9c7d-5452dbca642e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0029691948,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,b1d15614-1e47-4a63-bc45-20eaeebf067b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029691948,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,315646d8-c48d-4e35-a748-f094e1305802
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029691948,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,16283ecf-ee29-41e5-b369-29b68aec5239
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0029691948,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,6506d14f-c315-4e4a-be6e-686585e13876
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029691948,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,78309299-4011-4206-a642-754017b8df1f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029691948,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,7da259e9-d26d-4072-a904-6d3857eeabd9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0029691948,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,77784857-1f21-41cd-b00b-f2286b72792b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002967831533333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,8894940a-e8ee-4f25-9226-3a674f253991
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002967831533333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,0728893a-0b77-4fcc-b201-2c16820345c5
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002967831533333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,cb8a2eb7-944a-4d7d-8045-d56f9f6bd8ce
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002967831533333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,b0aaf432-d4ad-430b-92c3-6131ebb1e5dc
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002967831533333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,b25192f5-c934-47cb-a2fe-e45a0da98425
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002967831533333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,a950086d-a911-430f-bc26-3f0c6a8e524b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002967831533333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,97399a5c-2bd3-45a2-80f0-5cbaa3b49fc2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002967831533333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,105f2b9c-73c2-4a2c-a348-d5255707207f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002967831533333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,13c9dd28-0b7e-48ac-8e68-cbb3f04b6bcd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002967831533333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,97504339-fb13-4672-a185-7c61c3e0bb24
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002967831533333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,fc3e5aff-adc3-47e7-b1bb-4af556dcd4a2
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002967831533333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,523e3316-f36a-4688-8f53-0dbb8bb6681e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002967831533333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,a56eb2c2-a462-4e90-ad81-34b3ab0f527a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002967831533333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,20cffc51-c316-4cdd-bde3-db482b1a2a74
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002967831533333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,8a923699-8f29-45bd-91a0-8271500c3ebe
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002967831533333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,96d6cb81-fcad-4848-938f-0a55779bad38
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002967831533333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,36f039fe-b101-4d0b-8c6a-8093f5fcb378
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002967831533333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,dc272d80-876c-42ea-9db1-f79fd197c33b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.003062972,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,c050244e-8e49-4abe-9c71-33efcac19c56
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.003062972,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,d7b23b84-0b70-465e-b134-3f497d2bbced
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.003062972,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,361c4346-4cee-47bf-91d0-7376b813fc7b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.003062972,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,23e01a95-1d35-4042-b9df-da57dee68ab4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.003062972,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,581f505d-bce6-4557-8f59-147fb166a534
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.003062972,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,d7d65572-1e4d-4081-9f10-608a176dde95
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.003062972,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,4bd524c1-68e7-446f-83dc-79e52c6d3ef8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.003062972,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,a6f4075a-c1e0-4f40-9d0c-d954439de7a5
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.003062972,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,7943458c-8e81-4e98-8a14-e54dfb09d9d9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.003062972,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,2ab862bf-f7ec-4e44-ab90-d279c7a2bcdf
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.003062972,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,263cdfca-4d3b-4850-b8d6-d1df378c4bbd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.003062972,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,53d62d40-3dea-4f48-9337-0d81d64f5c7d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.003062972,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,fe3f1f86-346e-464f-ad42-367743071930
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.003062972,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,c835f320-75d3-49ba-ab07-cb51dd11c8eb
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.003062972,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,2fc89d56-8106-420b-bdce-a9358a47a497
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.003062972,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,c6962289-0629-4b85-beb1-a1e523801ed6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.003062972,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,00a8cc0c-899b-40b9-a0b9-b0d4b9d419fc
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.003062972,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,993524df-81d6-44a0-bed9-54453310a378
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.190214866666666,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,74eac922-2689-4945-9d39-42a2577ba133
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.190214866666666,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,6a50178e-9040-4d4c-b913-d5a38859c597
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.190214866666666,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,952f3e4b-f59f-4a25-8bb8-807d044c7f51
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.190214866666666,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,f030cf6f-c847-4b54-bab9-9968948eec79
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.190214866666666,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,f9c90d5b-95dd-4b8e-9853-2c74a1b6466c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.190214866666666,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,5d107487-4660-4f2c-aded-cccc37948358
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.190214866666666,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,1220d861-4fc4-4fe1-8ad4-e3a69f8955ea
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.190214866666666,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,aad8d316-7e37-45cb-a773-830521e4db5e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.190214866666666,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,50dbf1c5-9431-4d88-9fc7-f0c7bd5290a2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.190214866666666,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,66f59814-ef25-4277-9942-9174582e32b8
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.190214866666666,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,92e2e615-c6df-4b04-8561-43ead5a29975
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.190214866666666,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,36b2f926-d869-423f-a8b1-f105613d4fc2
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.190214866666666,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,edf2dfa8-0785-48ae-a03a-36ae18f198c0
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.190214866666666,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,675ac5a0-a4a4-49cc-a5e7-69ed2fef9563
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.190214866666666,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,86f00c4c-b8c8-4a45-8ff2-8474930804ea
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.190214866666666,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,172c6aa8-a3a5-44b8-82cd-4820f57838f1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.190214866666666,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,de5ac87c-c7da-4ad2-8913-3dfeaebe6b33
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.190214866666666,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:41.87, NCV_units:TJ/kt",,06e4f7f4-e6e6-4c1e-b62e-21cf3ce20516
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0028391036666666663,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,171962fa-11cd-4b1f-b4f1-f93b8e623920
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0028391036666666663,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,d4913767-f08a-4add-8797-2f35c813a987
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0028391036666666663,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,58054736-efff-40f2-a72a-8e3bc91b2550
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0028391036666666663,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,549f0867-d258-4eca-9ea2-6c69e66f7872
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0028391036666666663,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,e7e86a7f-3e26-4030-adda-47efbd1e2357
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0028391036666666663,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,daffe2f0-203e-40ca-b8da-3f19762760a6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0028391036666666663,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,0d8c2572-b8c3-4956-9c33-a5dc78a8237f
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0028391036666666663,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,a336ea66-f195-40de-b783-4c3c12bd06ed
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0028391036666666663,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,72cf06e8-61a8-453c-8eb6-212ea4abb7cd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0028391036666666663,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,fafce26d-974c-4e5d-a460-071f4a3bfa58
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0028391036666666663,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,11e08bc1-a3f4-4a02-a7e1-449e1bba33b9
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0028391036666666663,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,3792c4b2-79b2-41fd-ad50-3ef650982c04
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0028391036666666663,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,585e609c-1ebc-47a8-8e1f-467af00f9d4a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0028391036666666663,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,84174e81-59c9-4f3c-a33a-f833423f7216
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0028391036666666663,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,e747d20d-80ba-4417-a673-9158b6ef0e14
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0028391036666666663,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,5cd08ae4-eeb2-4d92-b0c5-bd0a1a62c89d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0028391036666666663,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,761e8133-2e69-49f4-9177-496312afcf26
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0028391036666666663,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,2c78aa56-d1d5-42c8-bac1-d55b1bb357c3
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.004768066666667,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,dc8f0ea5-bec3-4b34-9b42-f59ee6d79626
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.004768066666667,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,b3fe0538-5422-4f24-a9b8-f84356eea6ea
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.004768066666667,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,f8b4e92c-dbfc-4760-9202-a2ce07005785
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.004768066666667,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,c4c51b5b-a5d9-4093-92e6-ee2133af6cad
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.004768066666667,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,5ada81df-61ac-4da6-a582-f29f8ab952ed
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.004768066666667,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,f4c0397f-a741-483e-b8ed-c7439d834ee1
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.004768066666667,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,27995f14-a8f2-42d0-b10f-abec5a62cc1d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.004768066666667,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,1ff5a338-4ad5-453c-8a23-83e2649aa3f7
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.004768066666667,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,e0cd319c-820e-42f9-b522-abc9f502023b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.004768066666667,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,bdf37dfb-cf61-44d9-ac3e-66ba1af8de79
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.004768066666667,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,aee2e076-ed04-441e-aebb-f395a8ddbf0a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.004768066666667,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,7b4bde1a-dea2-4d51-9044-03c291396109
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.004768066666667,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,13e4c718-23e8-4500-a7bf-7db3a58304b6
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.004768066666667,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,5d3e5b2e-5f2d-4229-a077-a19597b2b989
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.004768066666667,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,7518ca7d-1b20-448c-8a4b-1308eee1961b
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.004768066666667,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,49daf086-fc7f-4fcf-825b-943cb36c5a78
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.004768066666667,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,35b94c66-4d4d-4f38-91bf-3e560a70e98e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.004768066666667,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:50.06, NCV_units:TJ/kt",,0922fe7e-db80-4fbd-a3ec-98e2a3e58880
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0024411199999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3397fab5-e72d-4ce1-90a7-ccdfc3acc317
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0024411199999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9e8bfc36-3246-400f-827c-b2e9124f8064
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0024411199999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7bf35280-65a7-49f3-b056-aaba802d99c0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0024411199999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6f14c9f0-c18d-4486-99d3-f485a4001952
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0024411199999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8ec6c21b-a545-4131-9885-a7081eccc5c8
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0024411199999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,50a201f8-0a36-4c52-828d-0610f090ce3b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0024411199999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c815e3c2-0e81-4491-b3c3-afae983af03d
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0024411199999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,db72dcea-be30-4836-891b-1bdbb6564a88
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0024411199999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,188ab6ec-f7ce-40c5-bfd7-6d948182b4fa
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0024411199999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e0df6d12-d8aa-415e-a926-0a3713687c3a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0024411199999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3cb66822-3e98-4297-a2ec-12db4d8cc03c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0024411199999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,205257ab-2bd6-4a9a-b9b2-ffbf70bcce6a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0024411199999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,77122200-1829-46d6-8fa8-a0ccc45b209c
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0024411199999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6e076c9c-0cc6-4909-ab31-7507060e25e4
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0024411199999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,580fe286-81ab-4e58-92f1-954d75c3a705
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0024411199999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8236d825-a39e-4c69-aef7-8e96f4f068c3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0024411199999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ee6b4527-4077-4e8d-bcb8-4363a52dd666
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0024411199999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d1f2a632-69f4-4c21-9fd3-2233bb505ea8
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.7706712,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9c220ead-0062-4edb-a389-cda904b02447
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.7706712,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4bd0d7e5-eec0-4941-a71e-7b1de9eb503d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.7706712,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,03543dca-d2b3-4474-b315-adc6c6b2d749
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.7706712,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f619ae03-dd50-4c58-8a60-8530e3be1bff
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.7706712,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,41ec52e0-5f70-4d98-b62a-73aa94488adb
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.7706712,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9eb2599a-9a24-4407-9e45-a4a567a21feb
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.7706712,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,70bb968c-6a5b-4bf8-b8c4-c819fb8fb9c9
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.7706712,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,af515074-d7da-4d56-a518-ed0665bc14ae
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.7706712,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,97d29297-6f30-499f-b60c-cee4d8aa1026
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.7706712,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,13bd70a5-330e-4af0-88cd-0fcb944e2a11
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.7706712,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5509eac4-2484-40fc-ac5d-a96119746b4d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.7706712,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,00b66e7e-4ebe-4b21-9dea-f23f1f89b70a
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.7706712,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f35b7dab-7f18-45c7-8384-a88695f11a6e
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.7706712,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e611b518-9214-4dca-9626-8ba279b9af71
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.7706712,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ccdbc1c3-c80a-4fbd-9f5a-93b9ada69379
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.7706712,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d13e6740-7e39-4131-8aa1-dff33f6d60ac
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.7706712,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ff452bf1-d7a9-4e51-8878-40e693213ff3
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.7706712,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cc1287bf-0d71-4e1f-86c5-b56edd5d5e07
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002042213020833333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,51862521-9ee6-41d5-90b0-0fc4cf8cf84c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002042213020833333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c73a91ad-dc2c-4971-b3e2-69afee5326dc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.002042213020833333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,33f0e4b9-2b34-4a68-bbec-81b7198e79c3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002042213020833333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8f188e5d-97c1-44f3-82bb-823cb584b721
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002042213020833333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1445566e-79ef-471b-bc16-e10d70365c65
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.002042213020833333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c6eab076-7523-4ca3-85ee-fa103f2bdb2a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002042213020833333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,28e65bdb-fcfe-475a-9874-51ead9e98a45
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002042213020833333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,df77770b-bf3c-4768-a0f7-14e54001b115
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.002042213020833333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5318ee8c-7505-4d40-b57e-741672f432b9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002042213020833333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9838137b-b6e7-4609-b7d9-01fb9faa2511
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002042213020833333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c6fa4620-2e36-4009-a8a2-909151c84d99
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.002042213020833333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6cf98454-b6d5-4931-ace7-df05c73ac486
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002042213020833333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7f61f01c-aac5-403b-a7d7-a00d61cbbe65
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002042213020833333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c22bbe8e-118d-4748-b962-c7b6775f358c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.002042213020833333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ef516a24-7179-40b4-8171-3ecff84dbef7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002042213020833333,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,735f9619-ee26-4e72-804e-ba38b25c1ea7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002042213020833333,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9a79d749-0c78-4f8e-803c-d60517e626be
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.002042213020833333,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,802af3b8-d711-4307-8a62-3c8308dcf56e
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0024481599999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6f772c2c-9d4e-4b42-afee-837b3ed57e9a
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0024481599999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e49c3f99-2017-425b-9271-76ebc2ae1046
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0024481599999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a735dd9e-1750-4f83-b2c6-8c3c93e1ba01
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0024481599999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a007b098-d7fe-4e40-b974-19b72d2e21a3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0024481599999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c5cd6352-9188-42aa-885c-9d554a435000
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0024481599999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,01c91187-2601-40cc-b6e5-6a13871a4c54
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0024481599999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,86dafb0c-660c-4fb0-b913-2de38104d793
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0024481599999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,00233f10-a4c9-447a-8032-fc9ba8afadfd
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0024481599999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a46f5b59-cd45-464f-9250-f185815f509b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0024481599999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,434b205e-1d95-40e1-a6c1-ff0065d37d0b
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0024481599999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ba59037e-e11b-4170-ad99-d3a1130a87ea
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0024481599999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,49633edd-e899-4525-86f8-4b836db773d0
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0024481599999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,869be452-567b-4725-aa87-4f93b5ce3bfa
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0024481599999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,50be7ce0-e034-477a-b922-fcf87d065da3
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0024481599999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,78227953-4a08-4657-9187-e4b0c772aa79
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0024481599999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,953c6606-476e-435a-bd57-4c998ce697d6
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0024481599999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0d26a548-9c82-4204-ad92-3f5600d508cc
+CO2,Japan,kg/kg,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0024481599999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f3cc8e12-11bb-4db7-a569-030d31e44183
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.7786615999999995,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0ec4de8a-b6fc-4e5e-81b0-46c969737dfd
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.7786615999999995,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c6176a9f-89a6-4bd1-a033-78f2f24b5be4
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.7786615999999995,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f1c0fcbc-98cf-4959-8422-abe4085aa6cc
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.7786615999999995,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e7a85667-ba2c-4851-ac14-fc1d0a5345df
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.7786615999999995,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,31080657-e8fc-449f-bdee-a601983fdb58
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.7786615999999995,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,45105701-92e7-4e2a-bcc0-e64132f0ee01
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.7786615999999995,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,61ae5e32-0320-4ac1-b8c9-1efadb518f1c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.7786615999999995,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2e1cc0d3-acec-4e58-9dda-d2773af07bcd
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.7786615999999995,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a90095cc-22f9-449f-b342-3dec89360b7c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.7786615999999995,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b3a692a2-3367-4c61-91d2-33224dfc678c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.7786615999999995,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,009c8804-1cfe-4377-94bd-68a3fe3a2f03
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.7786615999999995,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,88e21680-d0fc-4b11-85a2-d6e3fe88387c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.7786615999999995,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1b28f3c9-1446-4abf-8c29-d8afb6064389
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.7786615999999995,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a6fa98e0-4acd-4748-a36c-cbc7dfcecd07
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.7786615999999995,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3faeda76-eb15-46ff-ab58-011a45c55a7c
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.7786615999999995,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e42660a9-fbb2-4fe7-ad44-de5e884cb52d
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.7786615999999995,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8b6b26ed-96c2-4e81-85bc-4c97cc35bbfb
+CO2,Japan,kg/t,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.7786615999999995,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,34ac7524-805e-4628-8cd7-7ccac783dfa8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0020481026041666663,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c79f81fd-d54e-450f-98a5-8a3d4f118e96
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0020481026041666663,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,232a239e-2a54-4006-8b77-32faf6991d95
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0020481026041666663,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8da2c39c-728b-45be-9c80-b5b6d9585424
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0020481026041666663,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,69c83195-ddd4-467d-b5ea-a240fbf88951
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0020481026041666663,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,39d569eb-f79a-42ae-aec9-e88ee4d49e5e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0020481026041666663,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5636823c-b0bc-45f0-8da2-6a1d8763867b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0020481026041666663,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8c72002a-4408-4994-a541-e8f9f55625dd
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0020481026041666663,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d57ef675-3ce1-40d8-94c7-e7b6348682a8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0020481026041666663,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0e6cb93f-5317-475b-b748-f59cf27f601e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0020481026041666663,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0c5c2ccf-eb24-4bbd-b5b1-71ce6d1ea3d4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0020481026041666663,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,97633102-30cf-463f-a81c-ee0f8af5e698
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0020481026041666663,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0d0917c6-f261-4652-9ecc-ddd1fd6cbf2b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0020481026041666663,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,116b3b78-5b66-48e9-b3ea-d6f9e2fb3a0c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0020481026041666663,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,414ecaba-c194-45f6-8e21-a1a22b6fd118
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0020481026041666663,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,68e5594a-387b-49bd-b9ca-81d75f77ae68
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0020481026041666663,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7f0e20d8-8d86-489d-8ac2-4091d645db43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0020481026041666663,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8c1f3cb4-81d7-4fa5-807d-8808c4c97dec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0020481026041666663,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,64809214-e1a1-48b9-b7f9-9607964d6052
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a67d0a8b-ccc2-4a83-8ffa-040d0c488570
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0f3d03a4-ca80-42ee-833f-35b5110b1364
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,09266dff-6404-41c3-8612-9a0536eb68f3
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,26c85a11-4092-4a08-9983-ab2e61714707
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c34e44ac-84eb-4adb-93a6-0f2e00adef85
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d1d639aa-8933-4993-a355-c9d0b8b40374
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,60b564b8-407b-4fed-bf6f-a9037edb2f0c
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,479e6461-ff9f-4e7d-98f3-a9c60d020948
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,204e619f-dd10-4900-b208-a235b68461cf
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c5ca66a3-fd0e-4a88-aff8-37a5a803a92e
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c9ed4e20-2753-44f0-a297-b97f904d13d9
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9ecbb7d8-613c-406b-a560-6a1c9f5318ae
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3a56d5f5-b7da-43e4-ba60-afaa50d82145
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,eff79d4b-22de-41f7-96ab-e223fcec4494
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,00d63b41-6cb3-47bb-847a-37926fe17e7d
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9990b3c7-7ec9-41af-bb60-8c4d5cf3dae7
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,85a26d9a-adec-4e7f-a426-c8ab7b71ce60
+CO2,Australia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,97a5faec-1dbc-4bd3-ac13-e7bad43b8c88
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c2cba9ea-a079-4956-8361-fd23fd4564bc
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,06ed4fbb-5e65-480d-9981-5490a3613c4d
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cda19522-6be2-44bd-babf-7114d1d217a2
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,63dcc5a3-d363-4643-ac9e-a9c8744c883c
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d1cb5170-6ae1-4a3e-b6be-5de1dc90a8e9
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6e7b2978-ef69-4f74-b737-6c6676fae503
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f594753e-69e0-4b39-86b4-2bfdc9ae1acd
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7bf9f11d-9ba8-4a3d-aa63-e11fc7eee5bf
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2d5c2194-7bab-4d08-a999-c3e0d6fdc4e5
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2ea30f16-1847-4fe9-b19c-d8f1d2d7b020
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8fb91ec1-458c-496d-841e-099ad2b602b3
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9459c2ec-368b-47c3-a291-87d27c70a315
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e6f104d9-e51a-4a4e-b8af-7dd10d1dc97f
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9d96ef90-ff80-42e0-86d3-0ca325d7f1e6
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7c08d0a9-bd07-4570-aff0-6494a34a95fe
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b0458b4d-6a08-4234-aba9-18f6a04367b0
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5c297dce-3427-4fa3-8832-64518be50c93
+CO2,Australia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,32e6f785-1c9f-415d-9fcc-42be9010b774
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d769214d-0519-4a56-8fff-aacb490a6d5a
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9fd4aac0-bf07-4d9d-a13f-65b3814ddd9e
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1b3ee63e-a1a9-4d72-9785-0e630ac62e4e
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,92caa35f-7500-4090-98f6-eda1b89a24e1
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5512711c-720f-46f9-abb1-02102accf249
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5ac64275-ab87-4a71-bfcb-0a9ba7592120
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e2bee8b6-65b5-4e73-8ef1-f5805ea01fbc
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,df590e64-0bc8-4b1c-87db-718607ff9b4e
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0907fc11-6341-4d75-b70d-dc3e05738c64
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,dac08830-7e13-41ca-b58b-599c67b42a91
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,33b9bc13-bcb2-4c82-adba-1f32598e65b8
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d25a5db2-2b95-4693-9ae0-dcc8388aba20
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3688c375-8023-40f8-ace2-c059b52db812
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,36afd4b7-7fa9-43fa-988c-3aa968d047ce
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f4bf3334-386f-41a1-bec1-fcfe10b14990
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ea6dbca5-cb5b-4ce7-a881-1722bd00ed32
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,04cd3100-3ced-4d87-8b3c-836c7ccce884
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,702b6048-c697-4977-9830-2649e7e019c4
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.0007233599999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b1673649-b45d-4b2f-8e55-2af85e5904d1
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.0007233599999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,39cff036-2851-4d3c-851c-b48308c0b6e0
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.0007233599999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,68494d49-878b-4678-b899-75ec45920bed
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.0007233599999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7737c3cd-7193-4ca2-942a-1a03b9ac1c27
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.0007233599999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2d0be320-5330-43a9-a0ea-0aaca24b00d8
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.0007233599999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e2ac8fb5-eff8-4657-bb26-8ffcd81799ad
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.0007233599999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f8e42f2d-2efa-46ff-a10c-4a48fe3ebad2
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.0007233599999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2f7513b7-7257-436d-893e-d8b29edb161d
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.0007233599999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c149a29e-7448-4bcf-ac87-5e2e36be8d5b
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.0007233599999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,64b785f3-6c24-43c8-b3f2-4d8112e42834
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.0007233599999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,12a6b8b0-6c14-4c9d-b99d-61fc3eacaf37
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.0007233599999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b79c11f5-adc1-4f12-8178-7d7da7978138
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.0007233599999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5dec711b-0eef-4cb1-a8cd-9859d5cb4605
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.0007233599999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fe9b6aee-ca29-4819-ba98-0bf3856b4824
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.0007233599999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,488b72d9-9ca1-4944-bd76-165c67051f8d
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.0007233599999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,54c2693b-715b-4fb4-b169-b6ce72489e74
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.0007233599999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,267f9a92-65ea-4f08-8e7d-76fd20b30dfc
+CO2,Indonesia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.0007233599999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,81dc66b9-aacf-4615-8b4f-ebca66e25ee7
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.8210136,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4d1a4013-341f-4575-80ba-d24d5fa53b21
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.8210136,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,73e7b779-d5bf-4904-b92c-3256689289a6
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.8210136,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c1a82c86-28b4-4659-80d7-242978e30fbc
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.8210136,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,01cd666e-df45-442c-86b5-62755aa6d4e7
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.8210136,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f7992b0d-012a-4009-83bf-039ce6555297
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.8210136,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,87fa6fd8-df34-426e-8956-f1d732eb50e3
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.8210136,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b5a6daa2-b1fc-4cd5-bdcd-00a80927c555
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.8210136,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,56106078-34dc-4b7b-9aa8-134bdc57008e
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.8210136,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8ac81526-a21c-4b12-8b14-983d056b0b06
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.8210136,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6c202e11-535d-4182-a21c-f610338abcdf
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.8210136,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d84d27e1-ebc4-424b-b085-fca23973e8a7
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.8210136,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2ed5767e-1499-4978-aae6-4a731029c76a
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.8210136,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1b15ee7f-a5e8-4564-b922-50cf03fea99d
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.8210136,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1e1dec5e-5243-4407-966b-23605d2250be
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.8210136,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e7627b89-721d-4b56-a400-0a730844bbc1
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.8210136,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8754e172-63ac-42ca-829a-d3eff9b16516
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.8210136,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ccc88927-39f1-42f6-bdf5-06cd15fd9225
+CO2,Indonesia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.8210136,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6a5773a3-b4ec-4376-bc5e-6d131a7aa1ca
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.0006051546875,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fb477038-59d6-4158-a843-c29d04718872
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.0006051546875,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,75699828-e877-4532-935d-56a7e36831a2
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.0006051546875,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,593b74eb-7587-4eb1-9392-af97f86ecafb
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.0006051546875,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,93d3ad0c-01ff-465b-884b-05935e9fd49c
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.0006051546875,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9ceb2161-c34c-43a9-9287-3a3f7777ec74
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.0006051546875,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,548ae92e-9728-420e-adea-2520b5d434a0
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.0006051546875,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ba22a3d6-e6ee-4dfd-9387-b9bd7e14b1ac
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.0006051546875,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,166ef41f-8933-455f-b21e-d2e1f754ed17
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.0006051546875,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,601dd042-9742-45ec-b5c6-465d541db3e7
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.0006051546875,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f9ddc4a5-ea5d-4b20-b85a-9f3523bb5e4e
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.0006051546875,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e331ba18-5aa7-4779-ae45-b57e93bd3f1a
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.0006051546875,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,509ff60c-5749-4b92-8eb9-fdaafe7d28e6
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.0006051546875,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e87840f3-b048-4063-92b5-ade27c79d2e9
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.0006051546875,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,3b7469e3-ed1d-402c-85d9-073e40cf9894
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.0006051546875,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7600a5ad-2e3b-490a-8df5-caa9139542da
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.0006051546875,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5f55cf67-499a-41f4-902b-bce518208e1c
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.0006051546875,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,beda3043-1741-4d9c-9ae2-3c8546c01a1b
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.0006051546875,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a25930c4-e2e1-4650-a5c3-f6259fd32fef
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2fd99f63-4351-427e-9ba6-3a484ae1c7a9
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f7e694a3-96cd-4b45-90a3-7030b4653278
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a97db6e7-5d53-47fe-a4cf-b3a7fd3c21c2
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,20edb57f-597b-4508-a521-98fb2139ee7b
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c06146c6-fa46-4b69-91bc-2f152414842b
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5d7cfb5e-c15b-400f-9095-d4fe6d758580
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e9b7de9f-a060-4cab-b9e5-ee6b9abddfbf
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5a25bdb3-bc30-4780-8d7d-f641cc60819f
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,861b3225-57ee-40c1-8ec9-39317c795a03
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,93978d72-76ed-4802-b452-941c4b06802c
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2dbd04af-9ec9-49d1-8a87-36cb1933ca28
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e27a3aca-c130-46f9-aa94-999d51fb34d3
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9bcbbd1c-ba24-4543-b4fd-8907df1374ab
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a66ee7ab-fae4-4ee4-9559-da12f2fe0b92
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7922be5a-1275-49e9-8e54-60c27bf217a9
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0007219199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7b9bfcf3-3a94-4b0a-a72a-6c6468fb8fd8
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0007219199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d9ff9964-6300-4dc2-96e2-8d32d3812988
+CO2,Japan,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0007219199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,036dfb90-889d-45f7-8b24-ad2c74afe99b
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,5fcf54db-860e-4fad-b2f9-02180a3d187f
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,caef0d3c-b3d9-4a18-90dc-2034603077ae
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,16b8da96-eb4f-42db-941e-e2b89ff47e33
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c226aa0d-933b-487e-b728-b1e420014901
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,044db3b1-33d3-4ba5-b3f7-d7fb7e51ec4f
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,22a028ab-8e6d-492b-a9b9-c80d4fd604ec
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e3aac6db-8aa6-4bbc-862a-e169bb2504ca
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4b955f33-e99e-44ea-beb7-fc9aeeabd11e
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,87f335b6-fab8-4f06-9547-af26625672b8
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2212c6e4-671f-4adc-897a-8ff82306045d
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,48872a10-4570-4b7b-babc-1c7299506149
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c7fbcea3-0ddd-4924-b6e6-28f37e885765
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,32f483d6-0503-48d4-99e0-2b4adefedf6b
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c0460b81-d2c8-40a3-ba80-af9368e77b69
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6fdc75cb-9616-407d-b9e4-2ee06864fb51
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.8193791999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9d384bcd-8e92-472d-8995-cbb6bb314356
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.8193791999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1fa2f060-789a-43b0-b19b-0e1cd4ad6a06
+CO2,Japan,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.8193791999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ba378cfa-7bfd-4b36-a393-b353755e5fde
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c0ab75bd-073f-483a-80ef-9bd1fbbd987b
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f7ff34ab-bc10-494d-b22c-2ab8fed81bcc
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,56a71107-d9e5-4e54-893d-8d040d8904c1
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6133da66-e2c0-40fc-8341-a24751f17220
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,276b744b-b72c-4654-bda3-3c41776305ac
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6d1e75a5-b119-40e8-ba72-6de0348efbe1
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1a124a0c-a0a4-46c0-bce2-c20404c3b639
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,30e88475-27d6-4a9a-9ee2-8acb96ffc2b4
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fde787f0-49b4-4318-9142-3dccfa8c166b
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,33c09a94-6e7b-4d8d-939a-805e146ea117
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,da9cb7ae-de18-4052-87e1-784ad4c8efd6
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4360c880-4de5-46ef-b7be-21fb2434eb9d
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,79f1c79a-6d79-404f-a1d2-b1da81d40326
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0680d43d-d668-4af2-b8a6-465ea9165a97
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5e18d455-f8e3-4648-b511-57e5a2a51664
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0006039499999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6dd20d84-f3fb-424b-b00d-492dc800f921
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0006039499999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a8d90ee5-1e1e-4746-88e2-cce34e7684bf
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0006039499999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6ab12665-f50c-4641-b0c2-73d29f7e47c9
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3a5cd571-9daf-419a-9471-75b7e1007fc3
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a15dcab2-4e63-4267-aaed-43f3aed277bd
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3d095244-7742-450d-b3d5-9176ff1f6740
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5833e208-8d17-4d31-8516-09cac293eba1
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,445bcca6-eac1-4c4e-aadf-bbd369ab3f56
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f901be0c-0367-499d-9959-d6a74af105c3
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a111d17d-1174-4ca9-8360-f00758ea46d9
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5823ae1e-fe4f-4796-81bb-91365371b422
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8a1a69bb-2b98-465d-9472-bb87d711cf59
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a2d55f6c-1537-43ae-a1b4-bbd97ecf46e2
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6bb7e2b3-1512-4487-b168-fa1d0a393a88
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c897547e-7be2-4399-842f-476f9c07c65d
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,72398aa9-cc5c-422c-ab6e-fa8fc7b43ad8
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5fe7533f-28d1-42f4-b963-c7b83efc4be4
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d74c55eb-05c2-4081-81f5-8de368a2bf44
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1c2afbc8-441a-4142-bcf6-2c33767bd111
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dc104f4f-1ac4-4fc9-9df5-2ee352dfd254
+CO2,Malaysia,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,50d7bc00-88e6-42d8-acb0-fd8f9d3f840d
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0750b2d7-1e1f-457f-b654-e8dabee1a677
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,07328c18-d159-447c-9f1c-dc277a08020b
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9e442f22-17a9-4b00-b127-9fa15aa3140e
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,05ae7046-e7f4-4043-9124-e7d217e5a1dd
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c561c39b-2368-400a-a4e3-cf183de3cf3c
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cf2e4e9f-abd8-4ab3-a188-dd1a3caebfe6
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f464364b-feda-4789-962e-48bf3104b05b
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,60d818b9-f886-40f0-83b6-0475f1dec173
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,66392914-0661-4bc7-8848-e1fa185babc1
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bc134a05-333a-4118-b2cd-847dbefb6b53
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,00727f89-e6aa-401e-9bca-d4e3b1bc347f
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,838a82bb-713f-489b-a20b-b697fca0c6b9
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e8edd280-715c-48f5-bc0a-90d8962239b4
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3a0c4dfb-09c5-44d3-9276-62942f8ceac0
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,27c720cf-89f0-4119-b22d-8854e75ee1dc
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1658f172-ac8f-4bb7-908d-df5f188bce97
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ca28bf70-bd5b-42ea-82a6-b84c15670514
+CO2,Malaysia,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6df9a2a7-591e-4319-a4fe-85c6b199fe0b
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,93d4bac0-4054-4593-8a35-200b5d47f5d5
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4341d8c5-27ef-4b63-b18a-91cacc755016
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ea62d8b2-5495-4933-86f3-6aae7a001889
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,74eb546d-1846-498f-9272-0e87e150d108
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,59244b6b-bf26-43a3-a72f-e29c8d740240
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1fc40a08-9211-4db8-bcff-a1e0297bcc2d
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,03fa9fbe-49bf-47a7-90c2-d54d2e0d79ad
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1cf93a22-3514-4c13-b141-388e649f34cb
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,023fca3f-529f-4988-b86f-7ca1b0f4222f
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6b531e8d-43de-47a9-a420-49f0d777cba9
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6ae6fa26-2fd2-4762-abad-85daa634bcef
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,471b4da9-2eb7-48cc-ac39-ea926fd4d642
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,14bcb1a3-bbf5-4191-98ee-fa7d3b348aca
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,2ac8306f-fc4f-4531-9bbf-ffe6a8e1b521
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1d0b2c37-d808-4137-8b4b-3d408390f195
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,eef1cfcb-6e4f-483c-abee-d5406955d43f
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b53cac56-7b68-42bf-ab5e-2a0446266535
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,613d31c9-c12b-4d96-ab3d-cc2b19a8ac58
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.00072912,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d46ca765-5a3a-48bd-af83-5efcaa54b337
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.00072912,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e523f16d-2629-49ec-aa04-7cf5997545f1
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.00072912,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,215958d3-870c-456c-a6aa-49cfeedf6a5b
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.00072912,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,170ef9cd-d5d8-457f-8500-76d88e0d06d6
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.00072912,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,81cc6c93-61b0-40c5-a4fa-5a44a1ca777e
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.00072912,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8cbb3c50-9616-4743-994d-a17622b41636
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.00072912,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,09c9ce71-4942-482d-ab92-9b95bd873312
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.00072912,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f57ab807-c286-47b5-ba3c-b4b1c3111b03
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.00072912,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6d9f3377-1ab8-4a5f-b3a3-f6d307e76881
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.00072912,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8303a39f-7b25-4c7c-9739-6c4bee5cd64b
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.00072912,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cbad9e19-ffa5-4f39-bef9-754b39428070
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.00072912,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0027ff3c-9095-4dff-96ab-9b8b0aecd9a5
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.00072912,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7237d883-404a-4e68-a571-9a4f819e276b
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.00072912,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c6cf392d-c449-49c5-a20f-37b544e1c431
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.00072912,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,32167717-b670-4cb1-8710-1ad6205e1c34
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.00072912,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e184893b-7eda-4fdf-bb44-2e1d9e87ef50
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.00072912,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,45c6fb38-3b4b-49a1-8e33-36e44ff7da2d
+CO2,Papua New Guinea,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.00072912,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c05d5a16-d56a-4bf1-9510-dea4b69ea978
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.8275511999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ea8ff604-2421-4eef-9c9c-8fb6e976d27e
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.8275511999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,870d12af-aaaa-4056-a41c-57108c81700e
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.8275511999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,940e0cdb-bf8e-491c-a8cd-7e585c24a8d6
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.8275511999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cdfa1503-22c3-4036-989c-5b35759a4feb
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.8275511999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2e87b0b7-4660-4835-9572-80e2440e2262
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.8275511999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,66f8b1ab-fe5c-4901-b525-bd455abc8da2
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.8275511999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,41005b36-8162-49a8-b557-3764fcd11765
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.8275511999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e60574ed-91ee-425d-b61b-c5940e225255
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.8275511999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,8d1dbb29-f61b-45ba-b5e2-929565434418
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.8275511999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,bfd39894-1a00-4108-9126-e9269054b58c
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.8275511999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9b5c58e3-271c-444b-989b-537b21e50970
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.8275511999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,06a8d870-ffcd-4672-a3ab-699ac1692ef9
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.8275511999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7a065e2d-5a0a-4cb7-b378-93debe776255
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.8275511999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,d71f8e26-7e3d-4b6a-85e5-bbd3a9efa81b
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.8275511999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,711e586f-e7a6-43a2-9ecf-33c6c63486e1
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.8275511999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9230a072-370d-48cd-9695-8e5c0a18a395
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.8275511999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,519b95c7-29a5-4efc-be88-3974a4c2ddf6
+CO2,Papua New Guinea,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.8275511999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,2cb3bccd-6bae-499a-98d2-2afa96169af7
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.0006099734375,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f18564cd-9f39-454c-ac96-f55b607eb584
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.0006099734375,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b018c052-3c9e-4b1f-bb91-1958f3c537ee
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.0006099734375,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,74ada9b6-87d4-4d4e-bd85-f268378ef58c
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.0006099734375,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4313763c-47eb-436f-b2b8-a97a28e038ef
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.0006099734375,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,792aefbf-d253-4da2-9b87-e5d863e373e7
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.0006099734375,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e4336b6b-a052-46a2-ac3b-003804035959
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.0006099734375,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a9d0c6fa-96ec-48da-a9cb-5addb653a2e8
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.0006099734375,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4e6b8e7f-125c-42e3-b0e2-3d276254bdaf
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.0006099734375,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1fade186-2cf7-4392-b332-18fbb69df7db
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.0006099734375,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e595599c-4089-4af2-b121-a180708bfda1
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.0006099734375,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,135c7f41-6a3b-4528-b4a7-b1597e38d647
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.0006099734375,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,962b5536-8c5d-410e-9742-92c23dbe3276
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.0006099734375,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fe83887b-002d-4e11-a30e-de48edc680d0
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.0006099734375,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,faf62845-66f3-490e-9a54-5db1f2682da7
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.0006099734375,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cf1abcd2-2824-4173-83e6-5b4da856ee8a
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.0006099734375,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,67175c82-30e9-4714-9d3a-49403c3a6751
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.0006099734375,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,fc2d3454-5b95-42d7-b9e0-8aa660b05551
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.0006099734375,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,24aaaa81-4300-48bc-b509-ce1b4f5dd0e8
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,10c0fd46-2579-4699-86ac-61d44ef7cdc6
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,46917c58-8bd7-4fb8-b34b-edf1790a74d7
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1356cd41-14d0-4da3-aa87-7c29073362a9
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f0c075e7-99ff-4043-bfd7-e2132d006ad8
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,311411f6-49cf-4db6-80a0-b2f6e78fdd22
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a0d2005f-7676-4c7b-b7b9-f75bd1cc618a
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a62c0451-0aaf-4f9b-a5a0-7c0473c5603c
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1a4dbcab-1045-43e9-82ff-ed780b65ef01
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6323b7c8-3ac6-4546-bf3b-76b25722ee86
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3844262b-523e-498f-b651-1cfe85792631
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,caa358c1-1eec-44e6-8d56-6e4003083b70
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,737c407b-33d4-4cc9-9575-5b0db6a52c69
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a238f9ff-36e3-423a-895e-933cdfa90df5
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,80e27308-c631-437d-b120-8e6f87c761c5
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5f090547-c5d2-4894-a8a0-cff672799ca0
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0007243199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7402b06d-c1b7-4821-9469-6938281113c9
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0007243199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b3295725-8bb1-4ba3-b30c-13fc9d0fa476
+CO2,Russian Federation,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0007243199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4b4f6fe3-1181-4a7a-81ef-0d47313b2be4
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b3253d43-09f7-407f-953e-04ec168155dd
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b6a9606a-ca6b-4bb8-b280-689c3a1a72fc
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ef4af0bf-a2fb-4d53-bb89-fdd4d7dbdba4
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a32c3d2b-9aa3-4076-87cd-8e1003657252
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,928c7b96-29d8-4942-b3e6-579fcd675960
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,30f5ca93-6fc3-4d8f-97a9-b7b5fde1ec7f
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,297e08df-116d-481a-8bcd-9bbf07222ec3
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f42953ea-188d-41b4-bb38-012bf8d97a98
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,cb27c8d5-da01-448b-ab44-07f23b644790
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,537783d6-3a71-4622-9fa3-fc1c61546704
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,73cbb5f7-b8c3-4dd1-965c-f8fa83126d6b
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ca00801a-af64-4a05-8b4a-4d03c773c363
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f35ae62b-7f73-4fb7-89bf-99140c148e56
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,73cdc941-5c2c-4895-9a8b-6d035246935c
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6f0d256c-8195-4721-aa8b-eb3c2247e684
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.8221031999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4dd9002c-9d6f-4e62-a951-ad470602bf42
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.8221031999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,6724300d-3b1c-4fae-a45b-80b5e63b8fb9
+CO2,Russian Federation,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.8221031999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,33c11627-4773-4a05-ad51-86c81cf49abf
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,015d67d4-1b93-445e-90f2-634fa45b8971
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,786a850c-2903-4b4f-9a8f-82413690c442
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0e772849-d9ca-4d97-90f6-2fff245ba15f
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f835b429-cad3-4d63-a2e8-e5f1225845fd
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,900f5c6d-81f1-49a5-8900-55db5f900d48
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5b56416b-9d2b-4bfb-845b-b2e6dc420c5a
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4813a0bb-3c3f-49cd-a4ee-e72f521d694d
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7ce51c0f-df77-49a6-9d5d-f1d59f1bed04
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e179baf2-236b-4f94-8b8d-2c6deb1e59a8
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4a1061e6-9585-4e97-b886-b95a459caadf
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ce680924-20f4-4638-9ae3-d0ecae454923
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a07baa9c-c648-4c92-929c-bc404e2ead84
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,15441795-7c67-4eda-9bd2-5b1cbaf6fea9
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7c555ac6-687c-4cf2-9850-39c4e0cb68e6
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,7f2c28a8-476b-4b2c-bb73-05ebe8e2132b
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0006059578125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6d38d5ed-0c2b-4fd3-bab6-57c40ef125f9
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0006059578125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,76732f7c-53ca-459b-84de-077a6c0d1cdc
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0006059578125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,742090af-3abb-409c-9334-c2150bc14035
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.00071616,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4c55b397-0db9-46f5-8edb-94ab9948c8ba
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.00071616,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,925dcaef-634c-4f4e-8896-961c9e992fd4
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.00071616,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e581eaba-d328-4fbf-b615-1a2d1df697a9
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.00071616,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8fc201af-8b09-4151-a83a-1e783df48691
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.00071616,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7b8dd828-5c22-4612-b79e-d88b8d9ea0a7
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.00071616,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2acd03f1-9b46-4de1-aa04-11af5701f17a
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.00071616,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b4bddf03-b13a-4203-8785-8380bd4252d5
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.00071616,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,42344ec2-030e-4e93-a622-3764d50cee24
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.00071616,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1e239cc2-fbff-4fc1-b29c-64b06e8ba711
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.00071616,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,414dd373-adfb-4845-ae03-c7929f85dfc3
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.00071616,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fa5544fa-2207-4e5c-b819-214255edccba
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.00071616,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b24abeda-ed68-4849-8f82-956ee93b20a3
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.00071616,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d0b9d4d1-c59c-401c-a72a-f4ff2f1221c9
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.00071616,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f79a41bc-b2ad-4528-999f-98e66cda53d3
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.00071616,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b5e5193d-b838-4a33-ba42-a9592de13995
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.00071616,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6b187e99-20f1-4dd2-94f1-3ea8e398ac80
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.00071616,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7ca7d631-4a95-4d7d-b41c-dad7f17e8821
+CO2,United States of America,kg/kg,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.00071616,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,436286d1-f09e-4041-9c37-278f0d58c034
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.8128415999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0d5bbfe1-307e-405b-9aba-22743176f6ac
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.8128415999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9cd983b7-beb3-408d-91c3-335e30f4e807
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.8128415999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,eed205b6-1db8-43da-a441-aaac92c31878
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.8128415999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9a5d87ac-6b33-4ccf-a1b5-d904579c1cea
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.8128415999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7e021c13-4f2f-4481-9ab1-265435c93406
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.8128415999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,f46c99c7-11a4-4f21-b146-6b9fcb3b13b2
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.8128415999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9d568074-8c0c-4e7e-a55d-1d588916becb
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.8128415999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,713b56c5-719e-4eee-ba7a-667b7a5d66b5
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.8128415999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,b66f3ec3-ded9-4807-9302-624dfcf252cc
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.8128415999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,eef3ce74-b053-4de6-b818-b2440c2bffb1
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.8128415999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,421e5cf1-af6b-4f47-9808-270210778b83
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.8128415999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1276ab8e-dbdd-4447-8453-fc30b6bd4ab0
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.8128415999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,c968aeb0-7635-4d95-a51a-babbf157b22b
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.8128415999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,45f415cf-ebd3-47f2-bdb8-61c35203d739
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.8128415999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,de839b5d-0a56-4cd3-bfd6-a0eb01edb6a3
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.8128415999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,aee1d9bb-1e7f-4940-b608-8aef86cf564c
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.8128415999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3c163ee9-559a-438c-a2da-1cd4b9f3c5b6
+CO2,United States of America,kg/t,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.8128415999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0f5d0d82-0dc9-4761-8815-9196393b0d7f
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.0005991312499999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,61cf41b2-b586-419b-a58f-a7f7069db34a
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.0005991312499999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,96c8bbb9-1357-469f-8edb-27f4df8629ad
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.0005991312499999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,8d576108-3458-4e99-9bdf-d27929822221
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.0005991312499999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,48eac9ed-eb68-4b35-aa36-0351df518192
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.0005991312499999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,a7e6aaab-6d5b-4086-8d8a-fcefc76f36e1
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.0005991312499999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4024ebe8-3731-41ef-8bae-35b751706f19
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.0005991312499999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,05416579-54e5-4112-ae22-02e98c64a9f1
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.0005991312499999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,9d39ddb5-8744-4191-a934-c6055375d782
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.0005991312499999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e9c5b80e-724c-43d7-ada5-6c4bd49798d5
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.0005991312499999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,083a0adb-bd0e-4a07-8956-49c96acfefba
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.0005991312499999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1633ea33-b8d8-4c85-9d77-731d3b890980
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.0005991312499999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4a73583c-6b9c-4d08-a979-d6fe03853954
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.0005991312499999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1cd6bd51-06dc-4323-bb66-aef6d6da4d43
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.0005991312499999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c3e85f03-af52-4c38-b589-12d4dcf4c753
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.0005991312499999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,e27ada29-de71-4955-8597-c7f2c1df6cab
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.0005991312499999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,10bd3a7d-fda7-4763-8d93-82e368e1d555
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.0005991312499999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1241f347-5a0e-4869-b639-fa3e7f66987d
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.0005991312499999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,1aec9207-6f29-4bdf-a926-ed150ee4b25c
+CO2,Russian Federation,kg/kg,,I.1.1,RU,0.0007051199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c6712729-5429-4821-8a8a-934cbf5c870f
+CO2,Russian Federation,kg/kg,,I.1.1,RU,0.0007051199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2daca112-7172-4850-9d0c-10a02230bb17
+CO2,Russian Federation,kg/kg,,I.1.1,RU,0.0007051199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a5f61132-70fe-44d9-9a56-a7d6fe030085
+CO2,Russian Federation,kg/kg,,I.2.1,RU,0.0007051199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,91926306-58b6-4789-af06-5a40bae3816e
+CO2,Russian Federation,kg/kg,,I.2.1,RU,0.0007051199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7fffa724-a1d5-4cf4-bb3d-607360d53436
+CO2,Russian Federation,kg/kg,,I.2.1,RU,0.0007051199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9bb2ed86-1b3d-47cf-b204-1f9932fadc46
+CO2,Russian Federation,kg/kg,,I.3.1,RU,0.0007051199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0cce0a37-e220-4950-abda-9ad84af6bb82
+CO2,Russian Federation,kg/kg,,I.3.1,RU,0.0007051199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,54f6d356-2382-4aad-b149-a4e392c9ee8c
+CO2,Russian Federation,kg/kg,,I.3.1,RU,0.0007051199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,040851f6-1b28-46c1-a177-e2bb5c55987b
+CO2,Russian Federation,kg/kg,,I.4.1,RU,0.0007051199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,72ee827d-e01b-4607-97cf-63cade16b482
+CO2,Russian Federation,kg/kg,,I.4.1,RU,0.0007051199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2d01e05c-1be2-489a-b24f-25ba62bbdcf6
+CO2,Russian Federation,kg/kg,,I.4.1,RU,0.0007051199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9b43576a-8e98-48e5-85b8-dfc5111e69a0
+CO2,Russian Federation,kg/kg,,I.5.1,RU,0.0007051199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a6fc1069-8a46-4b6b-97b2-e4e4cad47be6
+CO2,Russian Federation,kg/kg,,I.5.1,RU,0.0007051199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4cf9d6b5-9bd2-4c2d-b5d5-c3d69650381b
+CO2,Russian Federation,kg/kg,,I.5.1,RU,0.0007051199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,146e0710-4dfb-41da-ba72-cb30b7a43192
+CO2,Russian Federation,kg/kg,,I.6.1,RU,0.0007051199999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,53dae8aa-21d9-46f7-a999-4397c9a5481c
+CO2,Russian Federation,kg/kg,,I.6.1,RU,0.0007051199999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,218c1648-b2a9-4db2-a9ae-067e3efb8e60
+CO2,Russian Federation,kg/kg,,I.6.1,RU,0.0007051199999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3471ec5b-2131-480b-9a53-046280f156f3
+CO2,Russian Federation,kg/t,,I.1.1,RU,0.8003111999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,1bd2cf24-4858-4b3b-bb49-a68da2534711
+CO2,Russian Federation,kg/t,,I.1.1,RU,0.8003111999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,156b389c-0e21-406f-ad1c-fb452270c28c
+CO2,Russian Federation,kg/t,,I.1.1,RU,0.8003111999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,e3c71bc5-7418-4bf1-af93-ebd5224d1ea7
+CO2,Russian Federation,kg/t,,I.2.1,RU,0.8003111999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,141e01f9-588d-4c6d-b8f1-3cf547c2125d
+CO2,Russian Federation,kg/t,,I.2.1,RU,0.8003111999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,7515a61c-1d68-41c1-9626-9d6e3294292c
+CO2,Russian Federation,kg/t,,I.2.1,RU,0.8003111999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,4b9a1846-03c8-469d-9444-85258b004dc4
+CO2,Russian Federation,kg/t,,I.3.1,RU,0.8003111999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0601348d-9b60-4bfc-9391-72bd0123dea1
+CO2,Russian Federation,kg/t,,I.3.1,RU,0.8003111999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,0c0820c8-d998-450c-a718-9dbe858e2907
+CO2,Russian Federation,kg/t,,I.3.1,RU,0.8003111999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,daf14b32-d873-48d4-adad-5dc6c9bccadb
+CO2,Russian Federation,kg/t,,I.4.1,RU,0.8003111999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,fefd0c7e-b384-4176-b1e3-72024f86531b
+CO2,Russian Federation,kg/t,,I.4.1,RU,0.8003111999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,ef808060-ed76-4946-a859-d795afdc90b0
+CO2,Russian Federation,kg/t,,I.4.1,RU,0.8003111999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,55dafbc0-94be-45c7-ba2d-e98ba90f8e60
+CO2,Russian Federation,kg/t,,I.5.1,RU,0.8003111999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a05d928f-1312-445a-9d28-1a30a53b0afa
+CO2,Russian Federation,kg/t,,I.5.1,RU,0.8003111999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,3e992d4e-f1b2-4679-b188-3ee3486a008d
+CO2,Russian Federation,kg/t,,I.5.1,RU,0.8003111999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9bdd716b-722d-4c96-8549-797f87b34a0c
+CO2,Russian Federation,kg/t,,I.6.1,RU,0.8003111999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,73a2da57-97d2-432b-afda-2aad58c44f6f
+CO2,Russian Federation,kg/t,,I.6.1,RU,0.8003111999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,9f62096c-59f4-4775-ab0d-1ede5848082a
+CO2,Russian Federation,kg/t,,I.6.1,RU,0.8003111999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:54.48, NCV_units:TJ/kt",,a141c511-4ac4-4bf6-b927-8f9dd29b9eea
+CO2,Russian Federation,kg/m3,,I.1.1,RU,0.0005898953125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0e2a2314-1cd5-47b8-8b9c-77818f83c053
+CO2,Russian Federation,kg/m3,,I.1.1,RU,0.0005898953125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c5dd1731-70a8-4a74-a316-cd5c4f767af0
+CO2,Russian Federation,kg/m3,,I.1.1,RU,0.0005898953125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,d40037ec-6e3d-4ae5-8241-c114a1c64970
+CO2,Russian Federation,kg/m3,,I.2.1,RU,0.0005898953125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,f017c3a4-1331-4131-8cd4-cea7af053bb1
+CO2,Russian Federation,kg/m3,,I.2.1,RU,0.0005898953125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,58cb44bf-5f96-44ec-8ba1-3ef16cb1181f
+CO2,Russian Federation,kg/m3,,I.2.1,RU,0.0005898953125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,4538b298-f170-4e16-b47a-43dd34050bcf
+CO2,Russian Federation,kg/m3,,I.3.1,RU,0.0005898953125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,cb4e5037-8667-4563-96af-ba8033695e83
+CO2,Russian Federation,kg/m3,,I.3.1,RU,0.0005898953125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,6919d3c5-1021-4026-82ee-e7b2c6b392b3
+CO2,Russian Federation,kg/m3,,I.3.1,RU,0.0005898953125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,c6bebaa8-f899-4204-a8ea-2a6d6865b0d6
+CO2,Russian Federation,kg/m3,,I.4.1,RU,0.0005898953125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,5b228e69-f594-4f66-b6d2-dd884cfbe991
+CO2,Russian Federation,kg/m3,,I.4.1,RU,0.0005898953125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,955c04f8-4a78-480a-a5e2-9fa13a99a501
+CO2,Russian Federation,kg/m3,,I.4.1,RU,0.0005898953125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,78cded8e-4658-4afc-ad7c-186cd69a0a21
+CO2,Russian Federation,kg/m3,,I.5.1,RU,0.0005898953125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,b42ccf2a-a32d-4125-98e1-f55f80dabb1c
+CO2,Russian Federation,kg/m3,,I.5.1,RU,0.0005898953125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,0c0a270c-955c-4116-ae0f-bb9fa032e41d
+CO2,Russian Federation,kg/m3,,I.5.1,RU,0.0005898953125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,55e1ec08-4fc8-4dd1-bea3-39ccc40593ac
+CO2,Russian Federation,kg/m3,,I.6.1,RU,0.0005898953125,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,2cab1964-9fc1-4cbf-b409-dcc186d9d3a3
+CO2,Russian Federation,kg/m3,,I.6.1,RU,0.0005898953125,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,ef92c4cd-d393-4c4d-ab1e-33893413a314
+CO2,Russian Federation,kg/m3,,I.6.1,RU,0.0005898953125,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:4.015625e-05, NCV_units:TJ/m3",,863041c7-9a5e-4d9c-8c93-cc9ec3c3db34
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.951322319999999,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,b345fcd0-36dd-4188-a2c1-d76b2e52f9a5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.951322319999999,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,691952cd-c249-4659-b218-5d90c19540f6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.951322319999999,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,c4b96381-7848-4867-8ab5-7a833cb3dc87
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.951322319999999,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,9ecae570-8315-4eed-b51b-23a4bc75938f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.951322319999999,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,e2f62211-5e77-4090-9e29-176865b7900d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.951322319999999,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,db6021c1-f4fc-476b-9d96-1fd45cf22d57
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.951322319999999,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,1834525d-823d-465c-968a-ae0e9d5146a0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.951322319999999,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,e63cf1a1-678d-41e9-84f1-a085394bd574
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.951322319999999,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,5a4ab742-a01f-4b6f-acf9-f3877b8effdd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.951322319999999,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,056cb2f6-d47c-43ed-b9cf-cfc424bc0790
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.951322319999999,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,83af8199-d186-4374-9039-3b242b90e80a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.951322319999999,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,30cccf03-8d31-4120-ad19-558938070779
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.951322319999999,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,55ff26d3-6393-4b2e-9787-ff2806b01784
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.951322319999999,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,ff05b18f-197f-4ba3-811d-1a3436122bb3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.951322319999999,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,af890e7d-fada-46b3-80d3-d588ce097132
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.951322319999999,fuel_combustion_consumption,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,87f27066-32c5-42de-be65-a5c5d61663bc
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.951322319999999,sampling_scaled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,2b359ef5-b1b8-4b3f-878c-42e908fd98af
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.951322319999999,modeled_data,"fuel_type:Anthracite, density_value:1506.0, density_units:kg/m3, NCV_value:26.7, NCV_units:TJ/Gg",,22ee058b-1a55-4e49-b9df-7a2c2a44ce9b
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,3.2469558,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,17f60ff4-c0dd-4d2b-99d2-dbdcb75cd180
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,3.2469558,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8ad6d5d7-9eb2-46f7-8d8a-dc7195868a8f
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,3.2469558,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,cc60c23c-72c2-40b0-b5de-a1bca9348ba3
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,3.2469558,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,fb9d4ea9-c099-42b3-a3a0-cd53d71f1d62
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,3.2469558,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,20be3fcd-29a2-4725-865f-be897b863c5c
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,3.2469558,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ebbe0b2b-e504-42f1-81b7-b3741788b67b
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,3.2469558,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8da1c10e-f124-4889-aefc-710451d8b7c2
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,3.2469558,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2e1b6381-39b7-436d-8e29-b75ec84e822d
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,3.2469558,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,91f89576-19e8-4f04-a623-bd45fc53d726
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,3.2469558,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,44f93ac8-a136-4524-90f6-248c5b4dffc3
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,3.2469558,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9b03257c-4ba9-44c2-8681-ef773aff2ed6
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,3.2469558,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0952ab5d-8a76-47b8-817c-5f3bcd8d1b49
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,3.2469558,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,dbd790c1-ffb4-4a64-950e-30405d563656
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,3.2469558,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d307a1cf-e45a-4a9d-aab1-ecb96c51f12f
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,3.2469558,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,66c2b138-0ac1-49a5-89e8-de200e3b4ca6
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,3.2469558,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,77992b27-e0fb-4bfd-8ba4-d85c10a1fa7e
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,3.2469558,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,1f502111-dbda-44e0-9d64-05e072746911
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,3.2469558,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,14a89211-8093-41e7-85b9-7e224df8e6ab
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,3.0330090999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,180fcdda-4c6e-413b-a0aa-b85db9127d15
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,3.0330090999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ed4a0c20-eac2-4d56-8336-3771d2ebf366
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,3.0330090999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d45be779-14ec-402c-8237-eea4e3921ff7
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,3.0330090999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c538c5ba-df7a-4671-b850-cee221b4a73f
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,3.0330090999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,cf2a2c0c-1409-46d2-9e66-12cc9c4dd9e9
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,3.0330090999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c9549a66-42e5-4394-b03b-13e4efd36a8a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,3.0330090999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,42798ec7-758c-4aa0-b25d-ac02e5004f6f
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,3.0330090999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0135a383-670a-482f-8d06-cf373e289532
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,3.0330090999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e000c83b-e769-4c34-b3b5-6315668b7a73
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,3.0330090999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8cd85606-8617-49b9-b25b-2f099476f6c2
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,3.0330090999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8f2bec6e-1290-4c57-9444-e9cbd610f0eb
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,3.0330090999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,6ac27a22-757a-4c03-8e85-79537be3848a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,3.0330090999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,400cf654-3058-4476-901c-c80986027f72
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,3.0330090999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,91f46690-9b4c-4c40-a56c-80083f82122c
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,3.0330090999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,cfa4407c-ddde-4cee-9ceb-94aa16d90818
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,3.0330090999999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a7f20144-2418-4fc8-86fd-9d582239c452
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,3.0330090999999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1856af2c-3b9c-494c-8a99-5aea2d7980f4
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,3.0330090999999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,67cb9465-becd-42e2-b4cd-828812759ba7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.234222639999999,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a0f6925e-acc4-4969-93df-c1de4e64ee63
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.234222639999999,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d7dfd9e3-11c3-45be-a02d-56c306bc0697
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.234222639999999,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,437dc336-5d54-4f72-bfc3-5cad2b9adc97
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.234222639999999,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d779f9ed-4844-4ec9-8be4-b39bbea9ffb1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.234222639999999,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a81ab8d2-efef-42ce-83c7-c8147b807c1d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.234222639999999,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,676f910f-7aab-4068-ba80-ed9c0232ff2c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.234222639999999,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0a61b6ca-75c3-420d-b318-b3da132929f2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.234222639999999,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,35b46279-b17a-4916-9dcc-1936f0f33697
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.234222639999999,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,26f43bfa-6c0c-4271-8372-389fbda8d936
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.234222639999999,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,6b8e5333-4262-466e-af24-6e6d475a87f9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.234222639999999,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,afc526b7-d54e-48b8-a1e9-c39c43646bc1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.234222639999999,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ea995521-a84b-4086-a22c-f1196b8d8fd2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.234222639999999,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,4101597a-ce0e-43b5-8cf8-5aee57f927ed
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.234222639999999,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,09437005-b95c-486c-a56d-519e1f8e3f97
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.234222639999999,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,4a656177-9867-4aa8-a94f-4a2cfc24d518
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.234222639999999,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,ddf1d0f1-a6ad-465a-aa4d-c7d127ea9e8e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.234222639999999,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,08118d0a-f2e0-47ff-9a28-d05345ee7a3d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.234222639999999,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,414e29ad-95a2-4799-bb8d-1e0b8291bf7f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.0211149466666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ff8111e1-b6e1-47f2-87e4-84685a921f3f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.0211149466666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,df046c7a-6bc5-4e05-93df-82a247024ff8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,3.0211149466666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0300db43-f9c2-4ba5-901f-0f4335e75b24
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.0211149466666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c4f5e9d5-9307-442c-a410-186136234bc8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.0211149466666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,b4b08fc4-0f91-4a74-a02d-e317ab868572
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,3.0211149466666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3253fe8e-8132-4768-8608-68dade442cc8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.0211149466666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,331b83e7-ebe4-490b-b587-fbf884a0c02d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.0211149466666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,956279ad-c730-48f7-a3a8-daa4e62f6dca
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,3.0211149466666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,dcdda7f5-2aef-4508-bee4-aaaa43bbb9f8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.0211149466666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9aeac6a8-54b1-4e8b-a5cc-a71c00569d11
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.0211149466666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,f8cdee90-be36-4335-a805-c9bd5d137c68
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,3.0211149466666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0a022ba6-b0d6-4a1e-9740-ea67316d2d9f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.0211149466666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a028c30c-ccac-447d-a603-3e1478aef4d0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.0211149466666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,58d61a7f-7e82-4690-ba65-545d87bbb0d1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,3.0211149466666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5a08286b-457c-4c38-9f9c-2f8cfe528337
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.0211149466666667,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,07b5f182-8475-4f02-8bc6-e306f3aa6807
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.0211149466666667,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7f17c946-0587-440f-8bd6-addf107011c6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,3.0211149466666667,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,a31e7eac-9855-4e64-9c23-3accc8ba88da
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,31abed89-fe39-431b-94d1-0c22772fab8e
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,17255ae4-ab05-48f0-a1ff-9700c853bbc0
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,20d5c1a0-f837-45c9-8d96-0c044e33afd1
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a7673534-fb22-4172-a370-415ee9311fbc
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,66e03a78-741b-4522-9465-922f9e826775
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,df66b9b1-1857-4c63-875b-56f6b716f0f5
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8cd16930-dbf0-463a-8311-3d21591a8767
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,aa0c35da-98e0-4242-b221-cdaed3d5ebfb
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,45cc2ce3-dc2b-46eb-bfc7-13f8d325d5a8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,260ab9e8-76fe-4d06-be22-d187225d2101
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,fa6789b3-02d7-4819-93d7-2aed4881bcc7
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b0594aec-2963-4d3d-a07f-65f251937d32
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,7a4cc6f1-d35a-42b5-9a61-58f11858c9b7
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2b716e6c-dacb-406a-8137-aef1e1aa8781
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0233295c-9575-4d61-af51-f233fe565506
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2d2d750f-7615-40e3-8515-85be4227bc07
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,52204d5a-adc5-4131-b019-b1dcf3d53ff8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,442a31c0-0218-4b6f-a350-53cde9edf467
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,626a7baf-d71e-48fd-8493-164f106e0422
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,473410c0-3ccd-4dff-937b-6e5a11338418
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7a011670-577d-487b-9886-c6fca22ab68b
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,aa5ddb83-6bcd-4b3a-816b-1d42dab47cd8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7d717357-81ff-49ac-93c0-aa8f14074a54
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,cb1a67fd-3130-4bf8-a772-1c9aefd2f275
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d2cb1948-18ef-462a-8036-49e1938d8d05
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,52bed9f2-87a9-4472-a288-68bb65770629
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e5fc943d-bb80-47f1-82df-1e277e38ff64
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,465bae52-6133-4730-b63d-f5f2be7dbd72
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,103e8dbd-a220-4049-8322-290cc58c1c6c
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2bc06a5d-98ad-450f-8c7a-76c6c2aeb413
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d5622f48-e77e-45ae-bcfa-41571c686618
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,5531d32e-fe14-48e9-b407-28d96e1fa8e0
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,2d2ea487-d860-404c-8e02-bfaf5bded674
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3eec654b-6f64-4855-8fa4-7231e13f3df2
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,fa207752-56ff-4e06-8a3b-0e710c2acb35
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d1768154-3a1a-4038-88d2-f47222d7d899
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,b53d8e72-8f77-4adf-820e-f8e0c416a662
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,6a40d411-83fa-4bdc-a574-832f8c8893c7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,cb2af2e5-6cc2-48c0-8f9e-633b4d62b9a6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,da089190-9f40-4538-a7db-c5fe3bcb30de
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,d6074c44-57d6-438e-9b92-87ddb2a914fe
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,a49446f6-48b5-463c-939a-840e5431a5c8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,33c17aa1-2152-4cb9-a9fc-7214125d9a86
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,be3ff926-c45b-4fc3-aee7-5a6368c9f82e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,4195884f-c990-4eb0-9cbe-580c9a3027cb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,5a0541dc-4b17-437b-8147-704575be879b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,16cabdcb-29fb-4998-ad55-87a328acba62
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2b4b2acf-93c0-479b-9579-cac7017dfdef
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2fbce85c-fa95-4e31-ba7d-59777d53ea08
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,c8064305-73f5-4bb4-870f-bbd47d12d274
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,e02846c9-01a4-4470-ad80-1d7ec069666f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.2851552799999997,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,2b20a3e7-4e26-4a56-a229-6862c6b0f938
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.2851552799999997,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,46becaa2-9f9d-46e2-8946-27ecd5abfde2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.2851552799999997,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,611ad1c7-765e-425c-9e1b-de0db85b09dc
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,66436d4c-f7bb-45f3-9daa-1f88c16b6ef8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,39cb7021-d65e-425c-80fe-96c6640185ee
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,0f894130-22b2-4a84-93cc-275a10831c0f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,52cbd43c-b327-4c73-a32c-70d63a9ab7e7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e60a0e95-4b7d-41ac-b199-fb546a1d279d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1fbe270a-5e39-4fcc-a579-77af407c7227
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,9d3d25d2-5ece-4747-9fcf-c53e4769f82b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,4b1d17e1-eb2c-4a8c-a9a5-502dcdc77949
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,105b497d-92a8-4a7a-925e-1c79b283d1b2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,78edc774-974d-4770-82e4-f151d74d9817
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,fdd88fbc-216f-40d6-872c-44ec38f25774
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,7fd0633a-690b-427e-9e41-ae7d19408104
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,61370a23-f880-460a-9248-92bd39146367
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ae12e3c7-3606-4b67-9a04-a8c1d68e4eb0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,30abec0b-5574-4330-9d6a-d645ace12e0b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.06869156,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8344d6c3-6be1-437b-ab45-66ef5516e4dd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.06869156,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,ba62b4b7-612e-4de4-8961-66460cc4d035
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,3.06869156,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,fcaa5e5e-5e97-41b9-af34-e3dbe7ab2d5c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.4817119999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,8c8b843c-fc2b-4f66-ae4f-515c76c3959d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.4817119999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,6edfe8b4-8ada-43ba-a7de-e27b61facc71
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.4817119999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,afc8f41d-4d9b-4744-aa8f-48fe0b32a1c9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.4817119999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,bd2532a3-344a-4bf8-ba5c-5c54f3364bf4
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.4817119999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,ad38b8ba-6507-4475-973c-2c804fb27b34
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.4817119999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,9cec6e5a-fbc4-4ed0-92c4-a1235aee8588
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.4817119999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,bd448b96-ea13-4b46-9143-41b57fad0a9e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.4817119999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,b065bd89-710f-43a6-9260-8bfcdf181840
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.4817119999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,d49d4ed4-61bb-4a5a-ab71-a563329eb63f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.4817119999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,99800515-a0d6-4982-a269-4b35cc2b8ac8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.4817119999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,95fd7259-4508-4a03-89d6-254c5f1e36db
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.4817119999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,992b2a05-4605-465b-9732-b8fa18f48640
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.4817119999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,38940d5d-e2a5-4760-a662-7d6a56c90652
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.4817119999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,defa4f38-4a32-4d46-ba1a-bf633a012c0d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.4817119999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,11d32d2d-1b56-42a3-a476-dc3911572728
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.4817119999999999,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,cf719ca5-b8f5-4d8a-8f0f-3bb8047e616b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.4817119999999999,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,eb16e7ca-c809-4258-944e-7d99aec7ac66
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.4817119999999999,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:11.9, NCV_units:TJ/Gg",,63c62196-13d7-4792-9afc-793398f2d296
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.5991040000000001,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,8a776a74-ea4d-48d0-ae41-673545a4712c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.5991040000000001,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,91000cf5-76e6-41a0-9a31-e6fc87ad2f37
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.5991040000000001,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,018e278c-1e35-4f49-9cb1-10ad2a4a3ff2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.5991040000000001,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,816738c8-cea9-4da5-be7e-806953463de3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.5991040000000001,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,dc71d43e-28eb-4d2c-b736-adfbf1f4a9ed
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.5991040000000001,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,acb86543-cda6-42cb-8258-38b46d331d22
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.5991040000000001,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,3678395e-54d9-4977-92ba-5cc23a135d84
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.5991040000000001,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,19298c53-dd65-459b-b2a4-b69eae7889a4
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.5991040000000001,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,f5e59c8a-21f8-46a0-966d-3c095118de03
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.5991040000000001,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,abda932c-5c2d-4a7a-8978-b2db76aee893
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.5991040000000001,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,344ef6b7-8f29-4208-95f4-126ad2eebd34
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.5991040000000001,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,6b2c089e-5022-4e36-b339-f83bbeee5377
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.5991040000000001,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,385c28b0-450b-42fa-8437-34eaeb78fa78
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.5991040000000001,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,64ff468f-ea34-4084-b863-df8dcaec05da
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.5991040000000001,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,75783e62-0e87-434b-aceb-8f1a21c030bd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.5991040000000001,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,18edddbf-f3b2-4d6c-9e4e-9b59b2183695
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.5991040000000001,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,a6c25fb3-d268-4bfd-ab6a-ed32f9a1cb95
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.5991040000000001,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/Gg",,17ee0af1-6263-4bcb-8eff-5f70696fe330
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.41369386666666663,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,5aa1bf7c-aebd-4ca5-9fb0-8d12cc9d438c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.41369386666666663,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,efaaf988-0ce2-4d1b-8fa9-135983a593a6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.41369386666666663,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,491aa582-b4e9-452f-aa9b-161aaeef09cc
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.41369386666666663,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,4af7406d-36ac-4aa6-9d90-fb2e71fd1ddb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.41369386666666663,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,7294d533-5bdd-4676-a4ff-73042705189c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.41369386666666663,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,f67d9727-6004-4e1a-b38a-33241ee085e8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.41369386666666663,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,4b675025-9d37-4461-aa19-660cc6c6eb62
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.41369386666666663,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,51f44c5b-ca5e-48ff-968d-9759c7ce3be1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.41369386666666663,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,9e721d03-1151-483b-9f50-961acd90e05d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.41369386666666663,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,01be324b-78e5-41b1-b914-391f70f22142
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.41369386666666663,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,88d75c3a-0017-48b6-90b2-277e6c650132
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.41369386666666663,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,39a67499-4279-4efe-8347-19a04d7ea8ac
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.41369386666666663,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,5da801be-06f3-484b-b98c-6ca5eba341d4
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.41369386666666663,sampling_scaled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,2ebe0eca-9a80-4560-9c4f-8ef9d610efc7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.41369386666666663,modeled_data,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,4fbb6748-5ae1-4e8b-a76d-097dc6254c8a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.41369386666666663,fuel_combustion_consumption,"fuel_type:Peat, density_value:400.0, density_units:kg/m3, NCV_value:9.76, NCV_units:TJ/Gg",,ae737cb1-f772-4022-a12b-e745764d46c4
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+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.60568,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b6577304-688f-47d1-9b08-b0f60079bbe7
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+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.60568,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8a823cb3-a39e-4b95-a5e7-fd42bb8cd7b0
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+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.60568,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,487f7229-6d09-4752-a7d4-9a6de2c42466
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+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,37305636-9b9e-4961-981b-2e659c72992d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4d4ab780-dcda-4ad9-a3db-d46580034efb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0f53577d-21a1-48e3-b0d6-37d65e193844
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4e39bb3b-0e4c-4af2-bdc1-312ff44ac12b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,0b6e14ce-94ee-4105-a69d-a79b95c4b6ce
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,88c30c04-c65a-49af-9ce9-fddd6917c14f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,df8df4c2-f9a3-4809-8bd9-de0a263d87f8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,3f3dbc16-3b00-490e-b32c-2b265ff3bf99
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ba060395-84da-4b66-bd99-b8635d798dab
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8a3dc85b-f37d-4548-b0c1-2d665edf8d80
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,bc591e21-d182-442f-849e-2e6f30df04a0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ae513ab6-9108-4b71-94c0-89a294610853
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,6a51d595-de06-497f-9223-54544a1a2be0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,d9d1e2c7-31c3-46f0-8e78-034bf83b6c57
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,9afe45f9-9990-44ec-a373-dc276f996fb9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,629c100e-d924-485e-a5a2-6d7207bfb9a5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,c4566896-26db-4f5f-b2b9-cf47554f3b0f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4fd8e5d2-6165-4feb-8cd3-8094bc82b1ec
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,81409198-9b77-4ec4-b481-8c96a093a2dd
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1bd46ec8-5482-442d-8e5a-117357263eb9
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,afd19572-4c8f-4b4f-83e2-d432bead4026
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,289ec255-4e7e-46a5-9836-8c087b397184
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8e9c990c-5083-46e1-8285-dc2436960205
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,dc984e3a-b6d1-4b11-9bfe-cffabbc98372
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,da9fd12b-1669-4111-8274-785a5fa7eb43
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,9977f981-11bf-4f4a-9e75-610b3b97c279
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1dab0f96-e79a-45f0-9bda-1930b1545aa3
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ab43ef62-09aa-42f0-88cf-024b9df135a8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,81eb0448-edac-497d-b3f5-82ff28b0ae33
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,fd7a03a0-b861-425a-945d-bede9d6e8a88
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,082d9371-9500-4772-b773-7ad52a31014e
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e8e9450e-d53d-46b3-90a6-93e6bb5fc1a1
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,996e3823-23f0-48e4-bf8f-95de9a2349a3
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.4815999999999994,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,1b48a3e2-51f6-443d-a5c2-bc3184a31b3e
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.4815999999999994,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,89b7b29b-f9a5-4891-8cb9-ffa17b05336f
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,2.4815999999999994,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,a163ce10-9beb-405a-8ea7-8cafc81cea03
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.3318929333333327,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2a62effd-7277-4738-82dc-948db28c73e0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.3318929333333327,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,9c25fbe2-e473-45d0-909f-0ab6f15b7f39
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.3318929333333327,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,7b18a9cb-dbaf-43c8-8e6e-196cc7d3b041
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.3318929333333327,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,901a8106-9157-470c-8097-589a81e2eef5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.3318929333333327,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,96dd03e3-0f1b-461b-8c34-5d4b8bad145e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.3318929333333327,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,bec0824c-7f1c-454e-a278-e06d78ec6dc9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.3318929333333327,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,6d097d74-d1aa-4e70-a181-b14aa4ff79d2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.3318929333333327,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2c7798fd-8a57-4f95-8163-bed12f0b7d4c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.3318929333333327,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,250ad47d-1da9-4844-bdba-33de373b3050
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.3318929333333327,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,eae737e0-92a0-4c79-b2d4-11089f29d2d3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.3318929333333327,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,d919c9f4-0d2c-4f72-a188-f16e9c0a8f12
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.3318929333333327,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,77d3c772-25f7-4882-a9fc-814aba9cd473
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.3318929333333327,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,eaf66868-69b0-4955-be2e-e6bb4a24bdbf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.3318929333333327,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,45555af2-856e-45c4-960a-9276f31bb746
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.3318929333333327,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,aaa86fc4-c320-4a7b-8cf4-6566e81a2534
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.3318929333333327,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,0cb45448-d963-4ab3-be3f-7ff02c30e170
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.3318929333333327,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,eddd4027-7e07-4321-8205-b88a2598c7ac
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.3318929333333327,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,a4d83d61-0b35-40e8-9fb8-85d9cb103f20
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.27083208,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,58d63dee-d5ab-432f-80b6-f4c6ef85566b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.27083208,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8361c561-b2a5-48a6-bdef-cd8141633361
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.27083208,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ab58e64c-5cca-4384-990b-79222a00d26f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.27083208,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,32e01ee7-1cb2-44f8-b9ff-65216d6103cf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.27083208,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,9203c8a1-72fe-4088-8fce-ab1a8d9349ed
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.27083208,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ac057c60-5c47-4916-b50c-a19ffff5b1a8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.27083208,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,c44dfbe5-7263-449a-94c9-3d8fe79c656f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.27083208,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,8b33179f-418d-4297-bab3-1528d9220a1d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.27083208,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,5aad5159-f6a1-4e85-a2c1-4aff17b1fa44
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.27083208,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,403f45a1-2dcc-4292-a919-b826752c5228
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.27083208,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,c0c6d856-0c60-415f-b95e-7a8e685e773c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.27083208,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,0d9aa14e-b6c6-4d1f-b904-d21f28e331ff
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.27083208,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,c1c37320-619d-44bc-90f9-a49f581db3f6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.27083208,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,83dee837-a2de-40c1-81c1-d4f0b865f8de
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.27083208,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,339ab715-43ee-47ee-b305-69636b95d750
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.27083208,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,99447464-8db9-4a1a-85f3-24770ee2a78c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.27083208,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,771a4cc0-8dcf-4673-9970-920f84bd6c9d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.27083208,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6beb8003-4215-4a7a-ad52-898c0d4df1e1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.252408546666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,85b07973-c3e0-4ebb-aa4a-51ad652d43aa
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.252408546666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,be53c814-f978-4b15-8470-6c0eeaaaeff1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.252408546666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,375c2b4f-bf7f-4d8b-9315-2f6d752424f6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.252408546666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d42c4bf5-9302-4cbb-8876-c2568c5387fc
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.252408546666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,6ee2094b-8ce4-4c5e-9d14-63a8ba2d63b2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.252408546666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,fa65a023-6d9f-4206-b75e-879f3b033458
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.252408546666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,32bf9309-58d0-43fa-a889-2df599e3aa84
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.252408546666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,87ff6081-c295-4284-9770-2878cf09e6f5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.252408546666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e09a3cff-9878-4aa7-9c00-9b5756eb3a64
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.252408546666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,bdaea095-778e-44da-9fc1-f229c425c933
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.252408546666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,a0e50c1a-9f1f-475c-a2ef-8f33112fa351
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.252408546666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,94b5e3d2-2604-4147-93a0-088d3f18938f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.252408546666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b2513ae5-b1ca-45f4-a3f4-a986a2d48fdf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.252408546666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,80541a3f-aad3-42d5-ade6-266a44d15b0e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.252408546666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3f5c5c0c-4954-449c-b158-4d76422d48c2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.252408546666666,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,22b1c912-c838-4b7c-b227-d07cb004b43a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.252408546666666,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,237bfd42-5236-47e1-9522-cdf6acd8f962
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.252408546666666,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ab3af958-d331-44c2-8044-0d1107e1b754
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.2650418266666663,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,0dc2a60a-4444-4e41-9637-f6e40493441a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.2650418266666663,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,3bb3828a-c11d-41fd-845f-ce0e79948a31
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.2650418266666663,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,75677486-404a-4f2a-a9cf-8b75ff78a5d8
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.2650418266666663,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,3bef4893-a3c6-40b0-ac47-c24c96f615cc
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.2650418266666663,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,7798467c-061e-4cf7-a308-712685306996
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.2650418266666663,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,e01fbf59-fb0c-40ed-91f6-4c8871efd9b6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.2650418266666663,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,99c37335-7fca-4528-b4f1-def0f765b655
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.2650418266666663,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ae2f555f-2a9b-4a63-b713-0d5dda0f0006
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.2650418266666663,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,7aad678f-c1ee-4450-8608-eeb7523ac324
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.2650418266666663,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,30cedd03-2feb-4447-b844-9982d1eb16fc
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.2650418266666663,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,5af17a1e-f5de-4556-a4af-3f11e9568f28
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.2650418266666663,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,b3176949-dd3f-4d75-847c-f35823368bda
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.2650418266666663,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,053ed471-f0a0-409b-a396-63318b537f96
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.2650418266666663,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,7e3e49a0-f23c-4a8c-aa30-cc2db6305019
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.2650418266666663,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,93e3621c-5958-437b-841b-c4faa406316a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.2650418266666663,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,361baea1-9221-4b35-bc50-83a2720b465e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.2650418266666663,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,c3d9afa5-5a50-4c78-8f0f-fa15fb2cddab
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.2650418266666663,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,57858634-e01f-417c-99f9-764982c21088
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.2717925999999995,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,52b1dbef-f1aa-4771-a369-e4a78f59fd6c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.2717925999999995,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2063d569-057c-4f9c-949a-4cb26780815f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.2717925999999995,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,613336f9-6706-4519-b149-8cc9f349b782
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.2717925999999995,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,dc946480-5780-4e29-aa4c-ee5b707087da
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.2717925999999995,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e871e3ca-b65e-43a0-84ef-18e4b97ab18d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.2717925999999995,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,1cb03a6c-352d-40a9-b4cc-06b558a96cfb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.2717925999999995,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,79f12914-b896-4759-aa34-d062dccfa9c7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.2717925999999995,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,a6ad79bf-565a-470c-a909-42dc92acc57e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.2717925999999995,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,4c6242b2-7fae-4e10-98f6-fdaae7c31cff
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.2717925999999995,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,425f94b2-b2fd-449f-9bba-b0da72b79257
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.2717925999999995,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,d7aa70c2-bd75-4ef6-bf97-85a11966c9a7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.2717925999999995,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,5516db9a-ec0b-4296-9f5b-467a6e104144
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.2717925999999995,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,936cfb2a-8ba2-4c4e-bb4d-ed4becb8cf54
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.2717925999999995,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,4c764585-73da-4894-ae4b-6e23dc50426c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.2717925999999995,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,529b4a7d-2b1b-4113-9762-41340b17c22d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.2717925999999995,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c3c782ed-9da2-4239-b9a9-44ca16f91f94
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.2717925999999995,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,6fe16647-80f0-45b6-a17a-6f71c42d9f1e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.2717925999999995,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,5d5e0852-7a5b-4c1d-bf4d-6fd4355dfd6c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.21230548,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,335abe12-cf34-476d-aa72-2e37ac891fd1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.21230548,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4e100509-6593-459f-a832-75432015a82b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.21230548,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,2da9cd69-0813-423e-9cb6-89906efa2c3a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.21230548,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,373175fa-528a-4566-9849-a9d52879cf31
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.21230548,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,f1ff9148-fcca-4a85-bfee-eb16a3e54605
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.21230548,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,51a3387e-d82e-4750-9549-c1a45951237a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.21230548,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,15854031-1850-4647-9416-5a24ee634813
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.21230548,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,540339ff-ee7d-42a5-aad7-58eb2b03b0f0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.21230548,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6c201ed9-f2dd-426d-82c9-721008b1f6b8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.21230548,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,6aa7a50f-44eb-4dba-baf0-3b104897c34d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.21230548,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,20a48bd7-ee84-4c7a-9257-9829e2edfb57
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.21230548,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,86e8c7fb-f193-4702-909d-ad103e26d9ac
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.21230548,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,2256df90-8399-43ae-b41a-6962433517f3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.21230548,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,994f0ef1-f75e-4980-bd38-858f33d122bf
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.21230548,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,48993a01-b7c7-4864-b63d-840a087067c6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.21230548,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4f5d1997-f20e-4cfa-bbc7-3eea77382979
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.21230548,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,20fe363b-7ffa-4f15-8098-3fb17dff3947
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.21230548,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,520eaa8b-dc21-4fb0-aa3e-c6dcde952f4d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.1943567799999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,dfa7e473-8cdd-41ca-9b36-52dbb343b937
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.1943567799999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,faec93bc-8d75-4637-8014-cd236486693c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.1943567799999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,43e64101-3a47-45d5-9804-294ef3ba0c22
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.1943567799999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b4aa236f-f633-431d-a73c-7e6970737756
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.1943567799999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,fb294ff4-abb6-4b1d-8c00-367686d6c65f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.1943567799999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b8a51e56-1e8e-4fb5-8e8a-9bb429a9075b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.1943567799999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,8c1c3ac4-01bb-4990-be52-12a90dfe8e72
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.1943567799999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,9f6ecad4-bd68-4791-93b7-eba414e820f7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.1943567799999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,6b93d6df-1bce-4caf-807a-2756a52013d3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.1943567799999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,3f1fe9e1-eb88-4b0b-9973-a5474cf4c5c3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.1943567799999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,76901332-d7ad-49b1-8f59-7d724b444ea8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.1943567799999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,7efb9b29-b13e-422e-af48-91fd2620b39c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.1943567799999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,533edf46-c138-4003-8acf-734d9b9b0584
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.1943567799999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,7f407ba6-3880-446b-b358-cbc02e9cf714
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.1943567799999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0747db86-9b91-4435-90af-7e9496fd8ac9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.1943567799999997,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e40095c3-83ba-4983-ad3b-5e4453be309d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.1943567799999997,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,9de8475d-2c14-4360-9039-28dbeececa45
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.1943567799999997,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ef629bff-4e05-4f7f-9c74-f725d93c1700
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.20666446,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,fdf9e425-5662-4a26-92f7-b539572c8f4a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.20666446,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,2571e95e-6e4b-496d-962e-c04908b8894e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.20666446,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ce5ed8bf-de9e-42b1-abe4-52aa1d9b28da
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.20666446,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,3b0017f4-17a0-4ac1-a673-2b8c99d3e26b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.20666446,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,b3bc9493-c61a-49ac-9ef3-9dd183c0eb89
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.20666446,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,0c2108b4-38c4-45dc-9cec-30baa4e82621
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.20666446,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,a074ffeb-7609-4cae-b964-3f6fb267a876
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.20666446,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,02bf20d8-e852-4012-81aa-9e543d69f6e6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.20666446,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,64659e01-0889-4a08-8672-78730436397f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.20666446,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,6d8c7898-230a-46f7-8c4b-c0a5e731f5ae
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.20666446,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,631143ad-727c-408a-a218-3461bb4dd7f9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.20666446,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,04e783b6-5b20-4039-b658-a334f0077e46
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.20666446,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,ece46836-61e7-44b8-8a5f-4fb2a938cc68
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.20666446,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,64ea6035-29d8-4349-8832-5728a68c5e9c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.20666446,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1de9c16c-3732-4899-a360-b133896a2913
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.20666446,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,35a117c0-a742-4bd1-acc6-5ec377e59a23
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.20666446,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,877682bc-6eed-4dff-9523-b80a138d5b19
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.20666446,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f0e8f0c5-385f-4c0b-8ccd-27bde4a9954d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.4925119999999996,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,de695ac1-3a96-4b36-a741-5b4da6e86eb9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.4925119999999996,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,3a9af866-2042-4a08-a4b4-d075f125cdad
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.4925119999999996,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,6e4c930a-0d3c-4534-aefe-6ff607c4f2dc
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.4925119999999996,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c5af33c3-d23f-4812-bc9a-6a02e80e7fdd
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.4925119999999996,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,448b248f-eebe-46f2-9020-74788faaa324
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.4925119999999996,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c413014a-697c-4aea-9151-12cfdd9a1c7f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.4925119999999996,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,9cbde3e8-1f43-4bdb-904e-e84e8a784e9d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.4925119999999996,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,aa8ac0d9-ec9c-448a-94d6-b135c974dc97
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.4925119999999996,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,5f622991-049a-4e0c-aa65-3287253105e4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.4925119999999996,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,a9fa6f19-dc92-49a5-878c-04d9b04769d0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.4925119999999996,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,06134d5b-f592-4129-b804-7d0e7c4f4f83
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.4925119999999996,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,2d9b856f-83be-4353-b998-43ec17ee1413
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.4925119999999996,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,b781367b-593f-421b-8763-b1ca9d6d8123
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.4925119999999996,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,03d58e03-1d73-475e-b281-c9549e21f575
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.4925119999999996,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,935745ed-e8c2-43fe-8d2b-1f34754d9cdf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.4925119999999996,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,ef228399-44fb-44bb-a196-1ec16f31237e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.4925119999999996,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,056221fb-bdbb-44af-8976-31a4b9ee4750
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.4925119999999996,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c5616190-0d71-45cc-b3c4-e1291a57cfa9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.50536,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,d90c5ff5-2784-4d3a-a282-541db5fa4c39
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.50536,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,fbffdd58-9b55-4921-8673-47f7acabe3b9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.50536,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,796cc039-f064-414e-9039-57e8a95df45c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.50536,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,59b2e330-afd5-4fca-b604-c21d297b3dd6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.50536,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,e8f3429a-7f26-4197-9aed-118d967c3076
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.50536,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,4391b4fc-5153-4c26-b8ee-d509c85ac0ca
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.50536,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c8c1701a-e6f3-4e9a-8f70-7dd85e0aa5f5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.50536,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,c2fdabde-2ff0-46d1-8d4b-b864c907e484
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.50536,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,714e2c29-54a8-4e62-90c7-20f724bcbed4
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.50536,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,8c665131-49d0-4c0c-abe0-6db3031f5d4c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.50536,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,3b934b8d-cb9e-4640-9ad9-c82d3fc7247d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.50536,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,1654052e-63aa-4b3a-bdea-e03d3b44a00b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.50536,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,9669843f-b09a-4b2d-b57b-ab9c73f0c552
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.50536,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,81e43a93-b4ab-4869-b431-17d88f6a9083
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.50536,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,6844b0f8-8586-4272-859e-20dde2c88064
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.50536,fuel_combustion_consumption,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,1a709a62-1713-42a2-8d4b-2abc7bef8f2a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.50536,sampling_scaled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,cda7bb3c-ade3-415e-bd87-bbb8393d856d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.50536,modeled_data,"fuel_type:Other Kerosene, density_value:800.0, density_units:kg/m3, NCV_value:43.8, NCV_units:TJ/Gg",,255a2360-16da-4958-9fde-36ac933e1d1e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,43c0ca6c-e6f6-48cc-a549-6cbe4570ed48
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,bae69822-863a-4a89-bd60-3e0e1cd3ff23
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6355559999999993,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,d1f8f18e-53c7-4ee6-a4db-c857c85572ca
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,afca2b8e-8590-4c21-b4be-9e21665b6122
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2e09e81d-f966-46e1-b422-0f14aea2050f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6355559999999993,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,02d14a13-053b-4372-931c-1806fe86d114
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,7e3cfb1c-0bea-4b2f-9a87-766c10900b6d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,cba24320-1646-4cc4-819a-61f7621370a9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6355559999999993,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,13240a75-dabd-4963-a4a6-540e1c991fbf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,d95105b1-2bd3-4958-ab4d-0f0c4a4dc1e0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1fdcea5c-8deb-4a0e-ada2-eea7116ec48c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6355559999999993,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,610ab459-591e-4063-924b-814e794f3ad0
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8f6311d6-bf13-45f0-a71f-6d5a833e566e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8b6de4ca-84b0-4985-afa8-0d9ae97e6cb1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6355559999999993,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ec813772-1775-401e-b7b5-da7f44e0624e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,88949fc6-839d-4117-a4b0-9d10c6842c61
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,cc558110-e7e0-4007-b976-345862817eb2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6355559999999993,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,0914aba8-d91a-46c4-a967-23fc2b65f616
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3efb0256-1e25-4b72-a473-607a84ef82e2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,15bc9e2e-d4cb-4e25-ac38-9953e1371794
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6487999999999996,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,25136b93-9d09-4d91-a255-e0956db25c09
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,d55653bc-7b61-49fc-a4e7-dc76852a0032
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,14728855-f5b0-417d-a911-d4d1535b4e4a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6487999999999996,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,319b97c4-6c4b-4d34-886d-c9834e3560b6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ad9c0234-869b-4476-8da6-b7fe33147d9c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2186bf1c-1de3-4740-82ea-44de0e9af4d6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6487999999999996,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9104289f-9f5e-4ffd-a179-c6861f7a9c9c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,afb26c45-523f-485e-a88e-43589b5df4f9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ebd8c408-84b2-4499-ad0e-1458f480f8ff
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6487999999999996,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,07dbab28-12a5-43e2-ac43-a5bd3845588f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,49a01dd2-2068-4609-8496-9c0c86a8602d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,39315327-eeb6-4d88-83ef-1da26d121ece
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6487999999999996,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,818aa262-64d7-4613-9f35-07edc2093142
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,96dfe7a7-dc79-42f8-a8d1-77494c78c7ab
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,49bcf50c-de77-4026-8c6d-24e8ea2e928d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6487999999999996,modeled_data,"fuel_type:Gas Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8b076bfc-4fb5-44fa-b888-c432ff6f229f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8d40d079-4942-41e3-916f-357aaeefbdf9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,2e1514a5-10da-4eff-bc57-edf6af5ba423
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6355559999999993,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,d7f6e479-3cb3-4f3f-b15e-f01203efc7f9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6ab5f5c0-da48-4ef5-9cde-6172a57b9fa3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,a1ac0762-377a-45e1-8f97-0508f2e0d54e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6355559999999993,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,8308e96b-bed1-4759-a182-91e3d36e3fde
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9ec49c9b-afd8-49b5-b45c-56f86b60bdae
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1383c2c9-3bb2-41d4-bbdf-a62123ed6cdd
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6355559999999993,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ada80173-14c1-4b5a-84ee-329faff99a7b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,45a1ee1d-c1a2-4f58-b16b-b4abae90fb32
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c4c6479f-66f0-4cfd-a664-7d8b600b0a5f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6355559999999993,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,ae626087-6781-4530-9761-a6ed987e9702
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,e4d7866f-dc5c-425e-81e3-af4d4ae46bc5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fbc60183-ba93-4c7c-9152-2f523133831d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6355559999999993,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,5a042605-01fd-4f97-8f97-e259349dcba4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6355559999999993,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,fc199776-191a-4771-93ef-1b1dfe55fb33
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6355559999999993,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,373dc978-b604-4b49-8fec-d92ab7a9c611
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6355559999999993,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,6380ae02-3b81-4fe0-b352-91b6211c80f7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.62207176,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,557ebbd7-6d17-4146-8270-230da39db0f7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.62207176,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,9906ecd7-89ec-4724-9322-8b236d6c0e4d
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.62207176,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,e1fd3f96-b283-46c3-91e1-9cabab7a138e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.62207176,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,173832ef-3356-4d1b-af82-3681ec3138fa
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.62207176,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,347f50a0-64a3-4527-9e47-39ca1c972718
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.62207176,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,c1732e55-8e33-419a-9455-0ec85adf2e00
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.62207176,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,9901bb12-da6a-455e-8d8a-a8f491142287
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.62207176,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,4f12f04c-1896-4af6-aad4-8df5e7243004
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.62207176,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,89a6a8b5-5ffd-43bc-8b96-853a690c05f4
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.62207176,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,083a9869-3ded-42af-8720-83bc6979ffc3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.62207176,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,0e53cfd0-422d-425c-b346-77c1bcee14fd
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.62207176,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,886577d3-3787-48d6-86d7-eab51a41c274
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.62207176,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,cf0d2a83-4065-4b9e-a5ce-55c60703cbc3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.62207176,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,628346e1-effd-4c52-995b-00d683789b76
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.62207176,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,b66bd06c-5f21-4d5b-8ae3-9001d90004cb
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.62207176,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,93342d14-313b-4a92-8e40-9d0fee78f120
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.62207176,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,ab965fcd-f3fa-44fd-b89f-04dc78519e1b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.62207176,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,74da2cba-f108-46d2-af01-47270d54133c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6085875199999995,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,c63953cd-7942-451b-9bc1-0be93439c6e2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6085875199999995,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,ddafc1a7-c824-4efa-a998-7384d65f4674
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6085875199999995,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,5c140468-c128-4f0f-8dad-ed4d3a6b96ee
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6085875199999995,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,ac409c3f-7773-4667-9f65-c02b323a3e3e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6085875199999995,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,9d9ff719-472c-43bc-95cd-a949981b824c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6085875199999995,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,40f5ff5a-244f-48a4-a08c-eb8a4c6c6240
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6085875199999995,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,a47e012f-e3d4-44de-9585-f3e1a673c7e1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6085875199999995,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f9610b0e-2ab8-4e7f-87fa-2a0496107b78
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6085875199999995,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,94e543fb-9c84-4150-b082-70c5b1e7af2a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6085875199999995,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,d4768838-5438-497d-81bf-048a4c911b7e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6085875199999995,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,a90a0574-ad7a-4221-8f59-b612cb5ee9f1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6085875199999995,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,14a2917c-cf3e-455c-bd60-3f2ea488a513
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6085875199999995,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,64d114ec-1a3a-4923-b6f3-e01adac06840
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6085875199999995,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,6eb6b11c-d64a-4966-84d7-53fc8fe8cebb
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6085875199999995,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,5a43b232-188c-4801-b925-45a06f1adb0c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6085875199999995,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,dcb939d1-d866-4fc1-ac78-bb4c0af6088e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6085875199999995,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,31cbe76a-3df0-4708-b046-e38501a2420a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6085875199999995,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,47a337d2-a11a-4af0-99e0-fd9ccb009622
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6196200799999994,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,7de42190-522c-4ff3-b86b-da833bf0e516
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6196200799999994,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,0f0ed243-9377-41b0-94b1-ce329e149f92
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.6196200799999994,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,d2d8f40b-6e20-4868-8fed-a4c27da26395
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6196200799999994,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,3b68461a-cb3e-4b75-8b8e-51e4662abde6
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6196200799999994,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e7477390-c222-4d63-9ac5-e39c3c4fb6eb
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.6196200799999994,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,8c7e5cd3-52d1-47f2-b4ae-62488a167f5e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6196200799999994,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,536f5afd-de2f-482b-8f72-0f948f5488ef
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6196200799999994,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,2e7f8aa1-a0ce-4dc8-a368-8500aed1e61b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.6196200799999994,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,817b8991-b2d3-48bf-a73d-4c0a74bdc97a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6196200799999994,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e147590c-c711-4906-90a6-c39cdb19b72c
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6196200799999994,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,9fa92241-d13e-4bb5-b9b3-94267673db29
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.6196200799999994,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,eb93723b-04e0-42f2-b88c-c3b69077aeec
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6196200799999994,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,b3eaf65e-aba4-49b8-aacb-f294578134d3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6196200799999994,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,6c0450c2-6091-4b42-a6af-bd1cb824bd33
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.6196200799999994,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,c5e88fc9-e4f7-4fb6-ab0b-e919b4426385
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6196200799999994,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,666a5a7e-20c7-43b8-b19e-b6fa18c1c144
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6196200799999994,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,2c207b8f-1da8-4c6f-afcb-c0f634070738
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.6196200799999994,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1338ce96-ac2b-4350-b8b4-2573fc566860
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,eb85958d-d76e-4bd0-871f-1966ce878c15
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1b5e5b97-0b20-4ecd-8fde-11bc7d415257
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6487999999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,35e8be92-1909-4265-8530-19908c98db73
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9bb887ed-45c4-42c4-a735-d994441f7bc4
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,742f61f1-148c-4a41-945a-ee4ac9d25765
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6487999999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,e4d44050-5dd8-4551-990f-2b18f5000f0b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,0d0ba069-c30b-4fa4-832f-f725f4b10ad6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1a6f9e81-d056-41a4-b8af-2e32c8c767f8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6487999999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c4ba8081-356d-4090-9990-b6d1a5a72681
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,c384ea51-d3eb-4cfc-8343-1a54a80df7ec
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1a2bf6ce-3f19-45be-9c4e-c4ab7138f066
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6487999999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,584db0cf-af85-4a82-b7f8-30fa21813478
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,9fe24885-fddf-4234-8d72-f0817b22d5fb
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,3182d852-6d01-492d-b11f-56d56abdbc5a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6487999999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,617e507a-3e45-4a57-89f2-1dff9f20ceac
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6487999999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,a5e3367e-c3f5-45a0-884a-37d20f1204e3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6487999999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1b5b4591-ff6f-420c-a325-948a295730ed
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6487999999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:43.0, NCV_units:TJ/Gg",,1a910f92-d7ab-41bb-9825-7cc9b5b0d511
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.635248,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,73360e6e-963b-4ff4-8cef-566b9f57076d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.635248,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,8df69d40-e83d-46da-9818-1dda1bcbb340
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.635248,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,eb3dd6ca-336e-477a-a710-d1082f7cdeb7
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.635248,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,3bdcf15c-3a0d-47b3-b81e-e7059c435c14
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.635248,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,5b24fe49-6ece-4b99-be76-d4081f44fb3d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.635248,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,14372dc8-4c63-4731-82dd-6e65950b8521
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.635248,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,d81e6673-b971-4537-9841-528150a7f21b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.635248,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,90d3f4a9-eabd-4563-afea-7c45b01ff28e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.635248,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,4e954d01-9f5d-4165-864a-a00b3e41a2cf
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.635248,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,99baf18e-d251-44cc-89a7-2889ae681a01
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.635248,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,5d733d91-cfa7-4b67-af40-d7e8d77aaed1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.635248,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,30ad4512-ad75-45fb-8e30-fab528f9917e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.635248,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,a24ac674-169f-41d9-97b6-f733c6dedb05
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.635248,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,8fd3b549-d3b3-4680-b658-eb5a0fa01dd9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.635248,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,a7c58cc5-a666-4a7c-bdec-67cac3823dac
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.635248,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,14616fa4-fdbd-4d19-87b5-e99fe0f6df55
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.635248,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,58ba9a8a-f9b3-4447-9289-d7b0c2735107
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.635248,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.278e-05, NCV_units:TJ/kg",,5b91ad65-74af-4f85-bdf3-69e70da45999
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6216959999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,aab892ee-011e-4264-bb71-585ec2dbb6e6
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6216959999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,2d12a89b-1418-4ea7-a0ac-42c021047fce
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.6216959999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,2112d8e2-5157-439b-8fcb-51a9f27a7c99
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6216959999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,d6dbac2e-0dd0-49c0-a8e2-227ceadb854a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6216959999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,d9c1fc29-17d8-4bcb-a359-06288d832bf3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.6216959999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,95065133-e709-40ab-83ee-6bbac064740a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6216959999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,4c4e8707-e2c2-4cab-861c-fe31bdebb79c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6216959999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,02b2e1d5-5450-4fe9-9020-3ecb73e279bf
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.6216959999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,67b0fb37-bb5e-4c2f-8f51-7892140adb75
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6216959999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,68ba8fd9-6e97-4335-a557-94c617b3019a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6216959999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f11b75f2-4613-41d0-abd4-3b9d61275bbf
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.6216959999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f09ec6c7-8c19-4252-9de2-41cd70062da9
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6216959999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,8f62e9ef-2a3f-46d5-81d6-344f7f23038b
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6216959999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,d0bfde38-f089-434d-a3e0-8b41edd1095c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.6216959999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,439c75c7-3963-487f-896b-64122c496677
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6216959999999996,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,4e094b62-8115-4296-904f-90a01075e43c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6216959999999996,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,3d01ee86-525d-4b5b-b913-98373733ad75
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.6216959999999996,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.256e-05, NCV_units:TJ/kg",,f89b8eb6-d3f3-46dc-abc7-9864c03818bc
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.632784,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,df8da08c-1420-4065-869d-53847e643c22
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.632784,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,1eab0d9a-d0c6-491b-9883-0186c3b28f60
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.632784,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,42cd3a7e-8b95-42e3-a876-5ca1782c5a06
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.632784,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,d2b4d948-9d93-4df3-b706-231c62431a57
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.632784,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,4540aecd-69ea-492f-a242-4d2f38d60f59
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.632784,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,ca386b5d-0d93-4241-a217-eeb0cb80b5d2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.632784,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,67846e07-b957-4298-bd4d-a1b570076b56
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.632784,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,8fbaa0d7-74b5-469f-ae51-8dabe782f584
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.632784,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e9c97368-e745-4754-8fb5-6ea2190e5118
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.632784,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,e7d3dbb4-039c-40b4-9176-5a8a5652a564
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.632784,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,6746f99e-a374-4885-85e9-f5f4ee18ea94
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.632784,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,b461a012-cda4-4a39-afbf-abac09807747
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.632784,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,c892c8e9-8ad4-43b8-b128-33b8bea9f81d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.632784,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,574ea670-7ccf-4297-9e14-98ff3bf86461
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.632784,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,9e3ba001-0c31-417b-94c0-d8b304e0e03c
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.632784,fuel_combustion_consumption,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,6b28e138-5d66-4659-9ee1-9d2035e045c2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.632784,sampling_scaled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,fce9d64a-f996-49fa-84df-61129e1f5256
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.632784,modeled_data,"fuel_type:Diesel Oil, density_value:840.0, density_units:kg/m3, NCV_value:4.274e-05, NCV_units:TJ/kg",,5c0b8980-8e61-4eec-b82e-7c17c2556b93
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.1165290666666663,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9aa63ba9-d77b-4ab1-8cb3-3dd057545f9e
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.1165290666666663,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,87e7c4a5-17ba-451e-968d-f1215056462d
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,,2.1165290666666663,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,6a1f0fe1-4964-4880-8fe6-133d6e086767
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.1165290666666663,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,0ade802a-c35f-49e0-9b35-d3d6eb6e27f6
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.1165290666666663,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,6733426b-96ca-4c39-84d9-4a790b417a41
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,,2.1165290666666663,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,f96e245c-d290-4d07-b4c3-b0bdd9b228b6
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.1165290666666663,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e6aa724a-ef72-4f2a-87d8-8646dbefc92d
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.1165290666666663,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,b0a8a9e0-bbfe-400a-b48b-72131c88fb12
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,,2.1165290666666663,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,98117265-9652-4c51-94db-3f0c0647c753
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.1165290666666663,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,f57c631c-285a-4a23-a124-40515cb96508
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.1165290666666663,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,7d7d6da2-fff2-4159-8fc5-b669742f70c4
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,,2.1165290666666663,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,da6009eb-ba99-49dc-bf7d-a26f1baf2b33
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.1165290666666663,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,eb583b63-f232-4ab8-b093-c42c3680f790
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.1165290666666663,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3469e012-d0ec-4c2f-8148-bdf83e2ce74b
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,,2.1165290666666663,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,ef79c21b-a8d7-4ace-917f-83790eab78b8
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.1165290666666663,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,b900ec43-6433-491c-9e57-63519e58d72a
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.1165290666666663,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e631854b-741f-4c7e-ac6e-c5e1c53a75b4
+CO2,world,kg/m3,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,,2.1165290666666663,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,9bb41af7-b8cc-42da-a71d-37144a70ab65
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,e4433651-e261-4731-a231-731b6ae0b6fd
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,8cc6350a-3c44-4da8-b653-196a3926e9f9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,6f490500-4153-4a99-ae8d-ceb894351344
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a40337a8-ff47-456b-b2d6-c047ee42bd2a
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,c0f04df5-9398-45ee-8140-91118855833e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,ecbee56d-6a73-4f3c-b581-08c6304ef292
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,feac84d0-d156-46e0-85de-f927853b4e99
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,197aa1cc-52ec-4ddb-afb2-95f4b03b5ef3
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,15805655-1daa-4f13-a442-3ac4da3f3559
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,70ff050c-8ff3-4a99-a235-d484938ff86f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,5292a28b-da71-487e-bbe5-4a29efc0601b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3ec41686-bcbf-4b4c-8c96-f95dcd125633
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,de4bee26-b300-4b3a-98ee-2b6abcd40267
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,16357c8d-bf5f-46a8-b6b0-0a978818f112
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,4bd92787-d2d7-40a8-8292-0c013a5c988b
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,55984f59-1079-48b0-9565-b064518d7ea9
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,8dc9df8c-7f77-46d5-903b-54a6038aedff
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3f18094f-8f20-4ce5-a4a7-cb85e8669cff
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,83150093-5170-43dc-8891-6815855dadaf
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,7e4ea073-8d97-462e-a657-61b9a7ce6969
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,8d526228-e3d7-480b-af55-9b1490c1908a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,47a1174e-9463-4684-8046-43dfa7280fd3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,ef05a4be-1031-491e-ac9d-12a661b66643
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,3020cb0e-bc9f-4f8f-8534-935925aff257
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,29e7eb88-a3a7-4ce5-8bda-4462db5e3310
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,bc68b1ad-ef83-4b1d-9892-1aae2857ecea
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,abe3c039-1e5d-4876-81d2-cd915275d2fd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,0adb2f15-6fa7-49ea-94f8-92d4f222c8e1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,43b477c2-66e9-4817-ac2d-31319b67dc12
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,a4450517-be15-4f59-9ee7-1874cbd11d41
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,0850e77e-a810-4cec-a968-fa257a1f4fd5
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,cd1a975b-3387-4381-bdaf-f0c39047bcee
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,459f26c1-c8ed-4a8e-9c1b-50b4cf8db87a
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.938076533333333,fuel_combustion_consumption,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,341da53d-e7c3-416a-9fa3-57f829d6a2fe
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.938076533333333,sampling_scaled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,4492bc4d-4574-4741-b483-213603947502
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,2.938076533333333,modeled_data,"fuel_type:Residual Fuel Oil, density_value:940.0, density_units:kg/m3, NCV_value:40.4, NCV_units:TJ/Gg",,dce160b5-66bd-451a-8f6c-39fe0e96efb2
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1f386061-e799-4a0c-9d51-7dc8cfbc9f7e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,255ae739-4e83-40b2-acd6-6a82714be843
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,85cd2edc-8319-4da5-bfa0-38ad134b94b5
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,930a52e9-f6b9-4235-b819-039015c580bf
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bb7a3863-c632-4b82-896f-7e9d7d38602e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,27bfd2f3-e8eb-4076-bb37-539d9384dcd7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,95008e78-6c17-4e3d-8676-fb752718bec7
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1b689dac-f679-4a68-8ac7-dd092a9d3d85
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,34d50e73-5e9f-4771-ba33-55f731fca90f
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8681e421-6806-4e17-9c68-0e49fd1f2117
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cb084bb8-40f3-447a-b421-6ac7cab0b21e
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,099ca87d-3204-477d-b485-e576b5bffeee
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,735a08d2-0aac-4bdc-80cd-ccf31c124459
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,595ecdf8-e1e5-470d-84d8-c465c175d083
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,003cb109-5e86-4085-8906-49828ab700c1
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7f0a82b7-d359-444a-a05b-867fd4025802
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,18c9d244-b5d7-4054-bf88-948aee030dfc
+CO2,world,kg/m3,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2094e184-e272-4af6-9351-2145dde2c72f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6401f2ed-d06c-488b-b99e-b9a76b645039
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,919497bf-fd74-4bcc-a233-3a81091b0398
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,04abc053-b9c2-474d-a045-963d5bbafb9f
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ec15e7e6-f66d-4734-9093-cf6ccff766f0
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1480ea51-f27a-40b0-bd15-9e81f0ff082d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,93418b7a-2ee0-418c-bc4b-ccba24431ac8
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f62b99bc-94e2-4a8b-b53e-ff540e4002f1
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fdd0e3ff-6017-45a4-9f81-46db0bd2542e
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5bf912da-470c-4c18-bc67-147501d8b0fd
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2faed04a-3138-4fc7-a89f-dd1612014997
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0f9956ca-c513-4f55-b703-90621be41c63
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ce5b5dc0-3eb5-48fd-afde-ae6ae9c0acc2
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0eb44a4c-5889-44ee-8721-0221eb8fbfb3
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,58713a01-f7af-4564-94da-6496cada7783
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a6be7415-4720-490b-92c5-4e48f839f518
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8275a541-c370-4c60-9e68-f9b3e9cf3e07
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f91b54f6-2dc4-408c-a1c4-b3761022239d
+CO2,world,kg/m3,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,66364173-6727-4c03-ae62-cf56e3cbf63a
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a7c6eb01-4072-463f-bcb8-60fa4cacd128
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,810f7951-d318-40b5-9e5f-dd4e3e6f2e36
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,409ffea1-2684-4e3f-b6fc-c4b7726aab2c
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bdffc4b8-64d1-483a-a546-a3521a141dbf
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f290c75b-e3e2-4e3a-b6b2-24925afc534f
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ef5f1497-a169-4f48-bfea-ba3c23a2ffab
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c3e580ed-9640-4c81-aae1-9a0c01fd8a56
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e79b3a21-e130-41aa-8527-b96410fcbc77
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4099aafb-fe83-40bd-8cc4-08fa002fc51e
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0dd5819f-c8d5-4dc7-a050-3bf6674f35a7
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9e82a0be-1b04-4815-b8f3-8dea0f72e1b7
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b1356478-3d7b-49cd-9993-52a40be2427d
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3a5e4205-22a8-4498-8ed3-f543478c9de8
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4cc8db7a-6467-4921-ba47-915f5e1e7553
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1badab3b-0ff8-48ba-9738-3882e16452f2
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0018849599999999998,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f47937de-6eec-49c4-a387-9bd81f0a0ef5
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0018849599999999998,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bb6f98fa-2882-4a7d-ac97-4199160bf2a0
+CO2,world,kg/m3,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,,0.0018849599999999998,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1c79500c-e5b0-4ea1-a77c-c33e5d8c3e71
+CH4,world,kg/m3,,I.1.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,e096778f-018f-4d63-b396-ac43b1202719
+CH4,world,kg/m3,,I.1.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,1d5e9d66-e3f9-4dd0-9121-ecb2201cb747
+CH4,world,kg/m3,,I.1.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,cd731689-3b80-4f3f-be57-1cf9135adf36
+CH4,world,kg/m3,,I.2.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,109a0939-c3f2-41ea-bf3a-ad412530e6a0
+CH4,world,kg/m3,,I.2.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,3a1d0340-0b48-489b-a29b-1673bd401cfb
+CH4,world,kg/m3,,I.2.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,96f32ce2-aa9d-4dd4-b377-1224249606bc
+CH4,world,kg/m3,,I.3.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,7dfe4347-2d7b-46cf-af03-3be449909654
+CH4,world,kg/m3,,I.3.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,645163cd-0581-448a-b472-cf244d4a0df2
+CH4,world,kg/m3,,I.3.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,cb447b2d-37e7-4c36-b6de-8a009df76a35
+CH4,world,kg/m3,,I.4.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,cecf25d5-fd88-494d-9584-1ce2274dcecb
+CH4,world,kg/m3,,I.4.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,3908ba4a-e6ae-4d8f-9042-0e33d7ff5f4e
+CH4,world,kg/m3,,I.4.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,be4933a3-1888-4dad-90be-81670da10ad7
+CH4,world,kg/m3,,I.5.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,b04bd6a7-ac60-47f0-89d6-d2fbd7b8977c
+CH4,world,kg/m3,,I.5.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,0a4bd0d0-aa44-47c4-816a-dcc5f592aa57
+CH4,world,kg/m3,,I.5.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,f3770837-a343-4650-ac6e-7a803cac7a91
+CH4,world,kg/m3,,I.6.1,,300.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,aecd9ead-8436-488c-a5d4-c5116f3fca2d
+CH4,world,kg/m3,,I.6.1,,300.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,2dc92fd7-8507-4ecb-90b9-0c4da994b080
+CH4,world,kg/m3,,I.6.1,,300.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,3bb34354-5d63-40e7-8718-52167aecedd1
+CH4,world,kg/m3,,I.1.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,f33349d3-341f-4a31-b1ec-fa2a6912ae76
+CH4,world,kg/m3,,I.1.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,0a00a02c-d6a3-486b-9ff8-f2e178656599
+CH4,world,kg/m3,,I.1.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,2c78de45-9010-4808-bb61-79ce33aac558
+CH4,world,kg/m3,,I.2.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,aef22350-ec99-47f0-ada9-97b283fb3d37
+CH4,world,kg/m3,,I.2.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,61965089-8ebe-49af-8ae8-4b01d346bb21
+CH4,world,kg/m3,,I.2.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,7bb4f501-fa6e-4a92-99eb-22ed009e6558
+CH4,world,kg/m3,,I.3.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,2180782f-94dc-4446-8a13-d7cfda2b3616
+CH4,world,kg/m3,,I.3.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,edf3321f-6038-47b4-a64d-4bca1576544c
+CH4,world,kg/m3,,I.3.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,0952db65-cf97-46df-b298-c441e7f19439
+CH4,world,kg/m3,,I.4.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,0dc789b7-1a05-46c7-8904-305b2c42c2db
+CH4,world,kg/m3,,I.4.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,7eba97fc-bd8e-47c2-82ad-96a5f7635e53
+CH4,world,kg/m3,,I.4.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,3fc8cab1-03bf-4dca-80ea-e9b8b896040a
+CH4,world,kg/m3,,I.5.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,40a63475-508e-48bc-a0a6-7d1f280e81aa
+CH4,world,kg/m3,,I.5.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,79405eed-bdd5-4608-828a-90a6d52cbff3
+CH4,world,kg/m3,,I.5.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,a8d0ea8e-a81e-4077-a60e-0f508f409813
+CH4,world,kg/m3,,I.6.1,,1000.0,fuel_combustion_consumption,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,16a7cc63-7f62-4cc2-b118-7348539ae868
+CH4,world,kg/m3,,I.6.1,,1000.0,sampling_scaled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,b99dea68-56d6-4326-a3d7-b4908e99e850
+CH4,world,kg/m3,,I.6.1,,1000.0,modeled_data,"fuel_type:Wood/Wood Waste, density_value:nan, density_units:nan, NCV_value:15.6, NCV_units:TJ/Gg",,9a9e39f1-d24b-4448-8dd7-472da8fc6bd5
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,86cfac5d-aa49-4874-8a48-d9087a02eb13
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2f174f29-27e5-4bdc-a9c0-50d42b917f3c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2119ae3d-7284-4452-9aa6-1d61d4f33695
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,fb173361-6a00-4c19-ac67-f49a24fc7c40
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f07c0db3-364d-4566-be29-ea9c89e21366
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,e1158564-aacd-4230-88d7-804ad844dab1
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5b7763a2-65ba-4bc6-8b92-6a2c2aacebd1
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,377c1e57-4868-4dbd-9399-38bf2449d658
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,b1fc7bc2-d383-49a7-91bb-eace42d0ab73
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f84768f1-533f-45a2-b1cc-68ab1318a877
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,435639c3-fad9-45c9-a11e-bfae24c1304f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7f38f316-7f4e-4acf-9c8c-a3840e463454
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5f5a05e8-5c93-4e07-bf3c-3303bcb6beb1
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,054ab3ac-0553-44ad-bad2-c1516e62bfc6
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ff370159-eff3-40fa-98e7-f986d9d14bd6
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,c688eb7e-0123-4d9d-915f-3c7741ba9d9d
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,91437516-603d-411d-81e0-9445e8f794dd
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,faad68be-895e-460d-b97d-14436fda893c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,3fee5f88-ee86-4c91-9780-b064867fbd7e
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,c76fcb28-a6fc-48b2-b5da-ff11e1549931
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,452daa89-76ee-4d90-9b2a-14a55fdf648b
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,47679cf7-a8f5-4f3f-9b2f-8691c2856542
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,eb3b03c2-4d42-4816-9ba3-bdd494d74b03
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5bd15d49-6d82-4885-8ba8-4408f96852a7
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,64546ede-f98c-4baf-aa56-e599c15e9395
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,e68a1a7b-ce1b-48c5-bd39-4c0db6fae077
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5bb1c782-945c-41eb-989d-88a05ebe4e0c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,dea4e2bd-8b81-4a50-85fe-68e6f989bd24
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5ac95b46-7e9d-4f94-b3bd-40b0cb1c7e4b
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,79996b55-754f-4b6b-b0bb-8bd541a1e93f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,1c7fa73f-3fe3-4b37-b082-2d9b1374001c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7b34695f-69bf-49ba-8417-65742a9eaf7b
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,8fc00c96-b2f0-415d-a6a2-31d45cec4005
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f4f0cd3c-495f-426c-b200-4c9cc65070d0
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,74697289-e2ee-4e2f-b4ba-8683db649c79
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,6c2479a7-dafd-4cc9-b54f-123936a55643
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,71f08401-6e48-486d-b8e5-1057856cd1b4
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5c34ce3e-4a1b-4974-9117-c2bf84073f71
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,262f80dd-2b70-4b24-8324-e01db67ed8f1
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ce06d320-a6d0-4b6c-9587-45c5fdbe9513
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f0138461-a1db-4bdd-a1ab-7266c374721f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,f385891e-82b4-4a96-849c-e0be36a1a5c7
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,c4f28d45-f488-4589-ba0a-79ae3edfc377
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,1b7ceed3-738f-419f-9258-e876d6886739
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d25f1f67-122a-4cf8-9a5d-ad835c892099
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,16c8e285-5eaa-4b5d-bf24-e29895dc3ca8
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d912f072-6f8f-494b-a564-2f2fde17203e
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9e05057a-58bd-44e0-9598-a60b17da1efa
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,197310fb-7388-4840-b70e-4aa4344fda94
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,d6f9484f-1ab9-40a7-9b84-55a89b7996c3
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,7e9f569c-a598-481b-a34c-57ba2b9ac04e
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,4ce1c1b8-a711-4abb-9d43-63a856a2dec9
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,aac73245-5cbe-45dc-9d48-57e9d67d253b
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,a098f2da-ec2a-448d-aadb-35512cb3136c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,0d96d721-b61a-4280-82eb-186fd70ff647
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,2228a353-d0dc-4752-91e4-e0007fdc9c84
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,3eb2eb67-b44f-4008-899f-739b3dab923f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,681a1a8c-b2a6-4e17-a168-812d374ef359
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,86766a6a-726e-48aa-8125-70cb1056f124
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,70a20860-580c-4728-90d5-d4efd8409dae
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,ac8e605c-df7e-4f68-9822-4e08058eac25
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,fuel_combustion_consumption,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,0cfb6f94-b428-41e1-8106-3ff03c36b03d
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,sampling_scaled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,9fdad459-98c0-43e0-a1a4-db1b79aa373a
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,630337920.0,modeled_data,"fuel_type:Lignite, density_value:400.0, density_units:kg/m3, NCV_value:14.8, NCV_units:TJ/kg",,5206db86-7aff-4239-ad8e-59ccf1b25d81
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,45f7d2ef-be30-4f71-994f-70ab724eb46b
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,c34a7a70-3be6-40fb-8761-a43facdbc975
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2531492865.0,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,cc9c237d-d39b-4ad1-b06e-ebaaf904ad2a
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2531492865.0,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,e770f3a2-e797-4e66-9b6f-3eaca94e901b
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2531492865.0,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,a1d0be5e-a0b9-43da-a403-d9b60db1632f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,9432ea5f-06a6-4e54-8acd-ae9cfdce0aef
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2531492865.0,sampling_scaled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,9dbeef94-7062-410f-8603-f3273378890a
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,7689ec71-4597-41ed-99cb-9055d46f152a
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2531492865.0,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,90abbdb5-2bb3-4938-8808-5afdc38500b0
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,25914632-6612-4d3f-9cab-7100640eef76
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2531492865.0,modeled_data,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,9f6297fc-f844-4b80-b7b1-dfddf3bc7ab3
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,8a11c8d4-af7d-4331-a83b-2bc069620b24
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2531492865.0,fuel_combustion_consumption,"fuel_type:Sub-Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:18.7, NCV_units:TJ/kg",,0ffd1fd1-35bc-4cf0-84ea-d39689358906
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,beef3bca-d33a-46bb-8bd4-79b93de94414
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,4f61d4eb-3e21-4e4e-baf5-9a0148c89ffe
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,9a5dba69-cf39-4151-93ae-23934dc53436
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,df9ef07d-48f7-413a-9575-4aca935bf7b0
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,fc4a7548-a96b-44c1-810e-092cf173dcf8
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,e3ac9fb6-2aae-4c32-b54a-08c88bdb92dd
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,33532977-53f0-45ad-a217-7b847061e01d
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,325589b5-dfca-4571-b7d1-e050fd719e31
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,26ac6af0-1a0a-4ddc-936f-3eb22db9b922
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,fb06812c-b979-4963-953f-34513ae00e87
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,5432bb8a-8c6b-447f-8cde-97536b01ed0f
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,60bac6df-3874-46b3-ba22-78e5d43407dd
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,ee28da28-d862-4a3c-a710-3a63103a9188
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,6ae4738e-5833-4414-a2de-b0e2ece8ba6f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,813b7ac1-9d88-4526-b132-8d69e99a06d6
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,15e36543-8755-40d6-9a80-c0899f0d2dc0
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,76bf39c1-80ee-4037-b80d-ee1872a7a499
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,3b6bf031-1405-4eca-8198-5325db3a4b20
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,225b3f2f-d91b-44da-ae20-4e783bc4fa5f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,2e5ae292-0944-44ba-8d3f-70245e079664
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,a98e117b-46a5-48af-a88b-824918f6114f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,55060223-8f27-48f1-8438-5442f1778cae
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,ac18f521-2b6f-468c-a6d5-0100115824ad
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,3072421999.0,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,b2ce3198-449a-43dc-9ed9-b2adc1004ade
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,3072421999.0,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,06f343f3-b76f-4e38-af4b-ed51ae22c373
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,3072421999.0,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/kg",,2869f76b-0956-4584-ba5c-479e38b86300
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,6cc72973-cfca-4546-8965-cfc6525532d0
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,429ce392-5982-4bcb-b172-b9e12a0b644f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,487fe0a6-a6d6-438f-87da-5a32ca245147
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,46f9800c-9e6c-41e6-aded-50587a0fe01a
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,44e55af4-fc58-4e37-b9c2-db03da553f8f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,04664c07-8345-449f-8d11-9cd62c6f255a
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,e59b9b0a-1145-49c9-a807-9d5872a84859
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,30b084a4-95be-4939-a53b-d368a8c8f906
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5c3197e4-a577-4839-86ac-7ea5175c92e6
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5f412533-1823-40ae-954c-f21ac5265abf
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,b133d668-3b6f-41b7-a858-93cfe3efba14
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,7e2f2b77-ca35-4077-929c-4eb449bc2b7a
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,8c812d89-220f-4b98-8c86-4d359af2e987
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,11f1d22c-b23b-4036-98f6-7aa6eb2b7762
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,3e82eef0-286d-40cb-b9e7-f5929a724f50
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,206da86b-74f0-435e-beb7-2ddee493bf1c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4f114a1e-33cb-487d-9cf9-ee6126de5cf9
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9c35cea0-6c15-4964-a4a4-0cdd3e31fbcf
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,aecc89f9-61ce-423a-a87f-ee786d5405db
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,2fc5d92f-7e1a-4f7d-8293-ab20c881f6a9
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,e9848bdb-9f5b-4fcb-841f-4539a0e26ea6
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,33ba41bc-3740-40a5-abe9-bf236733acbe
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5dcd7f7b-31ce-4fc5-a443-e38546695d4b
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,95a4b35a-b10d-49e6-8013-ec848a19b385
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9a388933-4941-4427-9a7a-64ba344ab1af
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,f9414dd1-68f1-4b95-b555-6336b55f7319
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4be04585-a5ea-4560-8802-0af452d511b8
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,9aa710af-3bbb-4c66-b93c-712312f0037d
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,031a383e-9265-4842-a997-791444b88d48
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,8ff0e7d6-d82c-467d-8fa8-aa7ad523e39d
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,d4997335-b38b-4302-9458-f624e911814b
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,7f6a1f18-3505-4618-8f03-9186f25fad46
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,c00ea0d6-9159-49eb-888b-974b69b69f6b
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,8b7e0a5d-68af-4100-87e7-ae4bf53a35ee
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,36ba6dd7-bd02-4a92-ae64-2dbb0a50abf0
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+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,30f10fc0-2750-4797-8604-34bd1fc80fd0
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,0ca51907-0fe7-46cb-86fd-36bd74cbbd9f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,fe56e7c8-b6b4-4dd1-807a-fa6e2e8ed2a2
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,4c48c582-7bc2-4db4-a731-4cbaa59c3017
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,a7874d27-03bb-410b-9021-adb0d034a7df
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,5ca0f55d-0b4a-4ebf-9a7e-bfdca16e916f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,b38e7b8c-c3a8-476f-b941-24e324efb814
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,49a8d356-d26c-4af0-83fe-2a4a33911d5c
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,2b049d94-5968-4db3-b73d-d98895789010
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,3a8d778f-a05b-4437-b23d-66f15fb55644
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,34301dcd-5304-4552-bcc4-7477ae5d49c1
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,7767440b-0f52-427a-9791-5af3a68fd327
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,87d6161c-5e7c-4c37-9e57-c6aa2ed58016
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,fdfae5ee-d64a-4865-b782-d153a3431d58
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,75389343-55a7-4d2b-afd8-02189a9ed78e
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,08236714-bd1c-42b8-b574-f28a819ce541
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,063e4e1d-7f43-47ba-98ab-2fc345dfc118
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,96248dbe-3f12-4377-9163-530f026688d4
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,56295a6b-6ed5-4437-a5ed-c4f9ce1861b4
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,8c93c07c-4a35-402c-a3c7-f5dfe1d2ffe5
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,15ffa9e6-2d61-470f-a157-f4e1e079089f
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,52c1f1a4-f1b5-436b-96a2-9b9d63367bec
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,bed38849-5631-4f54-8a94-1d82cf4f9105
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,09a7d1be-b999-4f3d-b4fb-74e87e0b0ca9
+CO2,Indonesia,kg/m3,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,ID,2248041385.92,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/kg",,44eeaa0c-c3df-4bf9-94e6-3dc00c032cbb
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,3189219c-a4ca-4602-b817-9444ffe8f458
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,2ddc3b02-6e10-409c-b0eb-499ef77475c2
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,76f84ad6-9f3c-4d20-866d-2dbba52e9dc7
+CO2,Mexico,kg/m3,,I.2.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,88324684-5a63-41ca-8a7f-8b50689547e7
+CO2,Mexico,kg/m3,,I.2.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,8ec84808-b959-427b-88a9-432c697c950f
+CO2,Mexico,kg/m3,,I.2.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,9981488a-a48e-4728-98e4-c066843d6c2a
+CO2,Mexico,kg/m3,,I.3.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,8aeccb58-a68e-4e47-83e5-b6dd5fa008b3
+CO2,Mexico,kg/m3,,I.3.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,064d5662-517d-46af-8be5-1602278314c6
+CO2,Mexico,kg/m3,,I.3.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,0b3e3bdf-9f2e-4255-91d7-110a85c361cc
+CO2,Mexico,kg/m3,,I.4.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,bb695414-56bb-4067-b2df-ee8105750510
+CO2,Mexico,kg/m3,,I.4.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,e2e7b167-cf51-48cf-8ee7-8e06c8b8bf06
+CO2,Mexico,kg/m3,,I.4.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,72bdaed3-3429-456b-8512-3166bb388995
+CO2,Mexico,kg/m3,,I.5.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,76294642-a95e-4169-b7c8-6c5330d8bf1c
+CO2,Mexico,kg/m3,,I.5.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,90ff198c-dc27-4918-9d64-4dcc82827723
+CO2,Mexico,kg/m3,,I.5.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,ca9eb5d4-4e5a-4c93-bdc7-d34a5d37006a
+CO2,Mexico,kg/m3,,I.6.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,a424e0e9-b7ea-4256-97cb-6bd6cecbb563
+CO2,Mexico,kg/m3,,I.6.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,7bd229c1-d28c-4688-9e70-038a31825d56
+CO2,Mexico,kg/m3,,I.6.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,aac33d0c-c5be-4730-b074-be2e394fb11e
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,a65feb22-4683-493a-818f-2bf81e25fae5
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,cb06dffc-0b7d-416b-83b8-9b06be3131cc
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,ad1e0638-21e5-4219-84b6-41e25d0d7bad
+CO2,Mexico,kg/m3,,I.2.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,fa59a060-8e8b-47c5-ac42-13d2fd8eb3dd
+CO2,Mexico,kg/m3,,I.2.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,0e5c59b5-6397-4ef1-8716-fea6d68df58d
+CO2,Mexico,kg/m3,,I.2.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,a1fdd0f3-fd96-4f76-a36e-9a3f29c9c542
+CO2,Mexico,kg/m3,,I.3.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,61f91a8d-5d2a-42ff-8f28-ee4c266e724d
+CO2,Mexico,kg/m3,,I.3.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,32a9738a-48d3-4428-9a5f-457c585f34d1
+CO2,Mexico,kg/m3,,I.3.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,8d045505-57b5-4505-a376-4195e43b6cfe
+CO2,Mexico,kg/m3,,I.4.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,bc56bd71-4127-497e-ae3c-11c8c01a9d97
+CO2,Mexico,kg/m3,,I.4.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,50b62092-9afd-4167-ae51-15098fac4665
+CO2,Mexico,kg/m3,,I.4.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,f8aedf01-e9f8-461f-a4e6-d95d925b46d8
+CO2,Mexico,kg/m3,,I.5.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,96383396-b153-46ed-b384-06488f026bbe
+CO2,Mexico,kg/m3,,I.5.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,d2aa39d9-f0bd-4148-9ab8-dbd2c207d233
+CO2,Mexico,kg/m3,,I.5.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,3bb5e937-0f67-4b92-9f29-4dc6f4f10984
+CO2,Mexico,kg/m3,,I.6.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,af25a11f-c7ca-4c69-8a18-e7d840e68b13
+CO2,Mexico,kg/m3,,I.6.1,MX,2269.0825555025917,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,351e8d85-f848-449a-bb3b-c7b589d953b7
+CO2,Mexico,kg/m3,,I.6.1,MX,2269.0825555025917,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,1d1c16e5-f0de-4f25-958f-20dbcff94ab4
+CO2,Mexico,kg/m3,,I.1.1,MX,2269.0825555025917,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:3.0079999999999997e-05, NCV_units:TJ/kg",,a08e80e7-e659-4195-b01d-b5a884967468
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+CO2,Mexico,kg/m3,,I.4.1,MX,5.888284261439999,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,316bd8c8-8bad-413f-940f-fc649ee83345
+CO2,Mexico,kg/m3,,I.5.1,MX,5.888284261439999,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,b8a0a558-833f-4299-a3d4-2c707038a40a
+CO2,Mexico,kg/m3,,I.5.1,MX,5.888284261439999,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,b5e5af58-e69d-4dbe-a7c2-7df7bf6003b6
+CO2,Mexico,kg/m3,,I.5.1,MX,5.888284261439999,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,532127d4-77ee-4c21-9228-56245efd8388
+CO2,Mexico,kg/m3,,I.6.1,MX,5.888284261439999,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,178822d4-1b25-4c86-8f94-a65dc509766b
+CO2,Mexico,kg/m3,,I.6.1,MX,5.888284261439999,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,058f9029-cf92-4084-9b49-7e1c14daf48a
+CO2,Mexico,kg/m3,,I.6.1,MX,5.888284261439999,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:1.96, density_units:kg/m3, NCV_value:4.615999999999999e-05, NCV_units:TJ/kg",,e5db7da2-8a6f-4b7e-a596-85df1034c455
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.0985991206399994,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,29f68a9d-3e59-4bc0-920c-155ae3a29fcb
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.0985991206399994,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c9d072b7-3137-436a-8a2b-79e4583950aa
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.0985991206399994,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,80ab2b8d-82ad-40e1-91d6-5c09a69451df
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.0985991206399994,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,520de724-f2bf-4367-9f12-45f4acad2286
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.0985991206399994,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,b795d7f5-546f-460e-9602-95507d167632
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.0985991206399994,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,376d62a8-168c-48e7-8d51-3632e1141adc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.0985991206399994,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c7274e41-4fa6-4370-a833-1c26d5cead3e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.0985991206399994,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,c673adff-4b78-46ac-a56f-280c0470b9ea
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.0985991206399994,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,037c9624-e908-460d-a2f8-f3c4b23cec16
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.0985991206399994,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,5ed7fce9-0b45-4efd-9a84-887fe0b95db1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.0985991206399994,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,4147da41-6909-46a7-a859-c5ae0a0cbe23
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.0985991206399994,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,de2ac499-6fe3-47c2-bab1-00e74aee89e3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.0985991206399994,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,d50e5124-0153-4ef4-bfe3-df1c1f1fcf89
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.0985991206399994,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,846e0c9a-3cf4-43c3-b2b0-ee9915e72218
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.0985991206399994,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,28196f43-1c98-48ca-8cbe-95ff1693918b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.0985991206399994,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,238672a3-a0c1-4a16-bcf5-a142a0bb04ef
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.0985991206399994,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,0ba28291-8771-4403-9f57-dabae7ddf3a4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.0985991206399994,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,bc4807e8-50aa-47c2-9278-219f48f89e2e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1209246432,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,49703fcd-7833-4b2d-8fa3-1b4ae2828658
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1209246432,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,bcadb830-635b-43f9-ac71-563b578f9ac6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1209246432,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,407f4132-c1ca-4576-906c-a5c7060c3b90
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1209246432,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,ca479df6-aa77-482e-b859-f54550bf5b95
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1209246432,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,1f520b1f-a934-4d6e-b686-f1768c82af31
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1209246432,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,f0dda40d-2309-4d94-8371-067f5c8072ae
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1209246432,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,f00bd575-72b9-49d5-bd06-152ecf275000
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1209246432,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,2a1f664b-d887-41c8-acb8-27f074b30f66
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1209246432,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,c28eb868-5ba3-4e75-9cb4-6dc026f54bf4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1209246432,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,d31c4188-4e3f-4d7e-88b1-f7f330f1f6be
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1209246432,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,e54b9ad2-a5c3-4da7-b819-7dec93d07fce
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1209246432,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,a516d535-0116-411b-99a5-afee079671f5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1209246432,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,c36e9a46-6508-4ff7-9f09-6225708256bf
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1209246432,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,05a2638b-dc53-43a4-8b62-1997408c9ec5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1209246432,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,250cb8ee-c093-4668-9d50-1878c55fb5e2
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1209246432,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,08966480-9238-408a-9d87-a7f6fb649441
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1209246432,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,d4835ef2-201b-47ba-a8fc-438553c273b9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1209246432,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,e4972a48-94a3-44fe-9ac7-09a0fa3d9a73
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1526513465599995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f5942bf2-f844-4976-a25a-bc139dd59823
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1526513465599995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,cee771ac-3505-4121-8834-0ea102ead79d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1526513465599995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,4841792f-1ba7-49c1-9bbc-9ec7ce6332dd
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1526513465599995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,5b9afe67-cef6-4d91-849e-d207b4a1696d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1526513465599995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,df776b7d-ebc6-478f-9cd1-eea7e4da4353
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1526513465599995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,859976e1-123d-4e20-8b37-819fd63909a0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1526513465599995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,fbd477eb-4df8-4a07-ba96-160f16e11a30
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1526513465599995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,eabd08b1-1db5-43fa-b28a-a3ea19250de1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1526513465599995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,8778c053-1226-4785-b1ad-056b59e2b5e9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1526513465599995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a7e16ae0-d6a8-42da-bca2-1da7e02cdc09
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1526513465599995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,381df8b2-b6d2-4c19-a063-1876f9096445
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1526513465599995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,89be543c-6081-44cd-ae7c-06b07df54fe3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1526513465599995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,57a83a9e-eea3-4e79-a0bf-47b203678351
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1526513465599995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,5c8fd66c-1113-41bc-8ae0-03df983a5b6d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1526513465599995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,eb08b7c4-1f03-4ac1-b6c0-14b978e7f306
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1526513465599995,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,d60be85f-8c16-43d2-9601-e3619f40136f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1526513465599995,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,df1190f3-ac28-4f59-8703-ef8e88cdf6ab
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1526513465599995,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,07c8ba1a-3858-4ff3-98ec-1674bb1b817a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1755518927999997,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,9f1ca624-de5c-45e9-a63d-28d82bd21506
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1755518927999997,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,b8518c80-ccea-4a9f-aeef-37cfefa5225f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1755518927999997,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,e8a30e25-90f8-4ca6-9b75-a76f5818ad48
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1755518927999997,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,99c72e70-76ef-4040-a078-6cf0f5e27139
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1755518927999997,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,3b59ec25-2abc-431e-a4ba-27466943c3c9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1755518927999997,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,11b50167-388b-4706-8eea-604dfc104532
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1755518927999997,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,55ea1abe-f326-4e78-9de4-8416cb4d3006
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1755518927999997,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,177f0153-5481-4b18-96bd-9f0b06d97d91
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1755518927999997,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,59e75932-e468-4999-a995-a9656d1423b7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1755518927999997,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,948047c9-ae53-473f-954c-d1d17b662c31
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1755518927999997,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,8d93b273-d67f-4ebe-bb3f-c13fac96e914
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1755518927999997,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,a1ab48d3-a70a-4142-bab3-464802ff42c3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1755518927999997,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,485c4029-f560-44b9-90c8-4844d14ed884
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1755518927999997,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,9f81e611-0af0-431f-aff5-41dd3cb580d2
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1755518927999997,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,c0505bcb-bff0-45ee-8155-c3489139b3cc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1755518927999997,fuel_combustion_consumption,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,8bd87665-7b71-4fb4-b6ee-46383ec754ac
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1755518927999997,sampling_scaled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,35ff5c6a-ea8c-4b0d-b9b8-1fadc6bd462b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1755518927999997,modeled_data,"fuel_type:Coking Coal, density_value:829.76, density_units:kg/m3, NCV_value:28.5, NCV_units:TJ/Gg",,dda7877b-623a-4090-b485-37b21b9551b0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.092884564,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,657871b2-5ef1-446d-a1bf-55f74da742af
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.092884564,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,839a0d2a-589f-4761-8e31-b915b47f3a81
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,3.092884564,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,99eef70c-3cb7-4023-be17-4d06c4346535
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.092884564,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,fc69518c-b6d6-4db2-a472-e9ef7e568e43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.092884564,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,8ee25ade-0f02-4257-be73-42090038c071
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,3.092884564,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,46b75db9-9b6b-4b85-a1fe-0dc92a3ec9d4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.092884564,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,c21beab9-e969-4a4c-8944-2ae0837d8826
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.092884564,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,55ab2713-3114-4230-9a62-259ebd4bd1e7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,3.092884564,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,0ee7b12f-fb2d-4ec5-8dc6-3a8c604aac43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.092884564,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,5ac74153-f111-4e3d-b629-d0fe0cc40309
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.092884564,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,69878314-5464-4987-b21a-e81c1d37a674
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,3.092884564,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,9c976a16-6ced-4f3d-89ac-7b6ff6198de7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.092884564,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,25f29712-805e-4225-807f-0fc31eb4d13e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.092884564,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,24113ebf-528c-48c4-b0b5-231ee84e685e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,3.092884564,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,db643ee5-b4bf-4d8a-9100-6e7a6015bf4c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.092884564,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,eac5636e-698c-4055-ade7-914ffe779031
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.092884564,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,565c97be-f7d3-4114-b550-f7b2d150d729
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,3.092884564,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:25.8, NCV_units:TJ/Gg",,267960d1-66eb-43c0-9b28-a7ad407e3a8b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.889089844666666,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,df2b4f78-a7b7-4ddc-8c13-31c48f43217f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.889089844666666,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,93e8f2a8-6a7b-4ea3-8252-16c112141ef4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.889089844666666,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e6cad43c-153b-424d-8684-855f7c7be408
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.889089844666666,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,d66fe760-cf7d-4fa3-948b-1ef68d5bb160
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.889089844666666,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,89094c90-e05b-4a30-83e6-a1cc2c882102
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.889089844666666,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,3261e7f2-119e-45a4-b65b-b1aa2747c0b7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.889089844666666,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c6317dcc-6043-4b2e-8d26-67b153bafae1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.889089844666666,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,1496c938-2df2-499c-90cc-b9401f372668
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.889089844666666,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,105e00d4-745f-4293-9680-f985574776f5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.889089844666666,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,8ea9aaf6-d14d-4d4e-b9f9-635e7fce600f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.889089844666666,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e9a52833-0679-469c-ae80-46ef543b6f5a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.889089844666666,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,20c0b765-bc2f-4024-a85b-07d78ff50f55
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.889089844666666,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,14ee8335-8f9a-4e3d-b13b-f5e404e56f74
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.889089844666666,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,078862f7-d35f-4ca0-9b89-a2db512e5c0b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.889089844666666,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,da9f1aea-11c2-4fa3-8c6c-7bfed5dfcb53
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.889089844666666,fuel_combustion_consumption,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,e8328d74-2b67-4006-88a3-648bd27dc0fc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.889089844666666,sampling_scaled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,71a41016-705d-4858-a5f1-fbe0dc8022b8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.889089844666666,modeled_data,"fuel_type:Other Bituminous Coal, density_value:1346.0, density_units:kg/m3, NCV_value:24.1, NCV_units:TJ/Gg",,c7125af0-9772-4956-b081-9626a816bd52
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.2358367999999997,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,8f94ee31-a946-4d6a-877a-3cc486974252
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.2358367999999997,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,3f26faaf-adb3-40f3-a59d-efd48cd9175b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.2358367999999997,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,fda1a911-5951-4516-9fec-69a86d337a8d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.2358367999999997,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,8f511155-b782-4cdd-bff4-4848872ae29a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.2358367999999997,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,db1fc021-8217-4bdb-ab79-567c4ff09fc9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.2358367999999997,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,a7c27f1d-559c-42e7-b7b0-dbea6e0977a8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.2358367999999997,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,ae9cc72f-4de7-4b61-94f2-7a833108b32e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.2358367999999997,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,295e06b0-ac98-45cc-90dc-0d35f1be6569
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.2358367999999997,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,1f14d886-15c6-42dd-8913-99aafa44700b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.2358367999999997,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,df1464cd-d425-4eb8-8a85-7287c57d7d4c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.2358367999999997,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,24deea3e-df1b-4769-aa27-ca7bd33d9fb3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.2358367999999997,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,577cda4d-8318-49d3-988b-d7a581643f71
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.2358367999999997,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f2941070-6aa3-4759-93a0-4fd6c1a8b726
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.2358367999999997,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,30f0950d-4075-4e0d-9a47-9acefaae196a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.2358367999999997,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,04dce22a-7550-4d38-ad02-435acbeca573
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.2358367999999997,fuel_combustion_consumption,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,0d665b71-10e7-4567-a47b-07b1f8619908
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.2358367999999997,sampling_scaled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,f81b70fb-65c1-4724-99fc-df99c3030ca3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.2358367999999997,modeled_data,"fuel_type:Coke Oven Coke and Lignite Coke, density_value:400.0, density_units:kg/m3, NCV_value:28.2, NCV_units:TJ/Gg",,777efd3b-15cb-4708-9120-176066b1f21b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0008414102400000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,84443ccb-3012-4ddf-828f-63fcc74074b9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0008414102400000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,183a300f-da39-4d04-9669-ebd3c56c5a4a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0008414102400000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,cc32da4e-a119-4a3a-9fc2-34c990f80fc8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0008414102400000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,331eb1f8-fa81-4a66-a1f4-434d94838173
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0008414102400000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,a00f5e43-5e42-41cc-af05-3bb743892008
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0008414102400000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,7f46b6c0-9714-4fd5-810a-4660ed59d956
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0008414102400000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,4188b283-1247-4a22-8d4f-4a61219b8916
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0008414102400000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,cbe038b0-d1d5-4137-a570-d7b210bd3923
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0008414102400000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,0c7b6d02-d662-4b12-afcb-b43fd74ac643
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0008414102400000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,10a1d113-833f-4a39-b940-d954dade4aa0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0008414102400000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,1b97f34b-12ea-4ff1-97ec-174fa57986d9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0008414102400000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,fdd8440f-1cdf-4678-858d-7948b55dfd8f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0008414102400000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,853a90fc-d567-451c-a716-5728e37a2bc9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0008414102400000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,3d8a1ad4-17f7-4146-b579-22aa5a5040e0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0008414102400000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,a3d2678a-2080-44cb-8f46-14bac3d11618
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0008414102400000001,fuel_combustion_consumption,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,77ccc0fb-012f-4fd0-8fa6-7017edba8046
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0008414102400000001,sampling_scaled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,5ffd2dc6-ce4d-4596-8032-8db9162f3ad8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0008414102400000001,modeled_data,"fuel_type:Coke Oven Gas, density_value:0.545, density_units:kg/m3, NCV_value:38.7, NCV_units:TJ/Gg",,3bd6af3f-d930-49d8-b508-f1e20e975c4f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,292e20fa-ee97-4aae-860f-dc2d0fd5b8de
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,2d43dbf6-a4ac-4ac9-8ec1-17dc0c4147fc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,460e2a7b-c7f6-48e4-b1df-09e32cbe1927
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,d599f9e6-a654-4763-aae6-f259eb0ca054
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,00fd39df-0625-41fc-85bb-d6c421ccc98f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,82fb3ac3-ecbb-4869-9347-5271f2600d15
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,a17b0dc9-198e-4869-913f-c498d8d7c3aa
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,dd4c19ee-c4cb-46b0-b5ae-cc48f4cebfc5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,7aa9ee38-72fc-4b5b-9ead-72050ab94b0c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,6cdf2f4c-67b0-4bb7-ba92-d17dee6fbcf6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,01611750-fab9-4a96-bc83-a470d99cdbba
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,5a78877a-fe1e-4c2e-89f3-604a5d9d819f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,c69914e9-15c2-445c-aab3-a9530adb133a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,f17ee503-6fa2-4c5a-ac09-e25327d165c5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,590760d3-afe9-4df5-bd31-f8c6a3273436
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,fuel_combustion_consumption,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,1b6a07e1-56b9-43b3-875f-03e82626dd3b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,sampling_scaled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,fb71d5f4-3aeb-41ee-90e5-d8843a8b33ba
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,153.85333333333332,modeled_data,"fuel_type:Oxygen Steel Furnace Gas, density_value:nan, density_units:nan, NCV_value:7.06, NCV_units:TJ/Gg",,5bb64aa1-19f0-4401-9828-d7324c1a4d99
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3550383999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e77098f6-2403-41bc-8020-36db7f72f2ea
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3550383999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,711cef1c-31f8-43b9-bf1a-18792c9304d3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.3550383999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,dbbea217-7077-45dd-ad8d-a00e0983995b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3550383999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,97c567cc-0748-4ca8-b5e7-ad54b7677a2c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3550383999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,73e26495-993b-4220-b4a3-74ccf920b66e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.3550383999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,e9c9d9cc-56cf-4bca-ac7e-aac0a8e6cb8f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3550383999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,329b6b63-ce88-4f99-8a06-19a5d284ba66
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3550383999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,da2e6c3f-b78a-4d84-bbb5-eb05d09be197
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.3550383999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,8860ce1d-3f50-4f92-a3eb-e18c3ee44b9e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3550383999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,b0a9718c-571a-41a6-bb71-f31e036078d1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3550383999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,4f1e1f55-dfac-4239-b0fa-e8b20c03683c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.3550383999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,22a227c7-fdd1-4d83-be94-64b4ba37e7a3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3550383999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,dc4932bc-548a-44a2-b633-21a47aa6d25e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3550383999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,483c34ee-666b-4097-a0fa-f18fe3c3ea18
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.3550383999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,ce117f95-15ca-4b36-adcb-6cac7ca0db41
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3550383999999998,fuel_combustion_consumption,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,bb516b5d-5bd3-411b-96fb-289ff47d2201
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3550383999999998,sampling_scaled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,365a1c10-f3b3-4378-8f28-4bc2334c0e6e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.3550383999999998,modeled_data,"fuel_type:Crude Oil, density_value:800.0, density_units:kg/m3, NCV_value:42.3, NCV_units:TJ/Gg",,bb426864-2ddc-48f7-80b1-f76b7a4d3051
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.476427333333333,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,3692a862-0684-40f2-a060-82723f233590
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.476427333333333,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,f9c344a3-aab7-4336-b12a-81aa1fdfedfe
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.476427333333333,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,7ae55358-b36c-4dd3-982a-30376ad6e0e2
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.476427333333333,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,2ad200b8-a314-4b31-b134-bbe7458ad512
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.476427333333333,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,cea72457-8007-47c0-b0aa-1542b592cf11
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.476427333333333,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,10a255bd-7690-4397-8d5f-6c049dc46402
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.476427333333333,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,3b9440fc-db26-4bf8-9c20-15d4ca098281
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.476427333333333,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,b6e4d5ea-6426-46f8-acc7-233562f091e4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.476427333333333,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,6da83e1f-97c1-4d77-befc-f789d9a11edc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.476427333333333,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,d8d448dd-ce72-4b6f-8142-4de1dc499bab
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.476427333333333,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,c6d6f813-024f-4bb2-ab7f-7543b0f77fc7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.476427333333333,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,e45bcf2a-a83e-41ac-8641-d7384ca99266
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.476427333333333,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,86e58c6d-7f06-4471-8664-691cf87b7f51
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.476427333333333,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,2ef52a87-fb69-4f3e-bef5-878fa6c52c53
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.476427333333333,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,1fbc52d3-cf28-45a5-9409-3e9057eef48d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.476427333333333,fuel_combustion_consumption,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,9121a307-5dfa-4785-bfa7-69bab4e14a45
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.476427333333333,sampling_scaled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,dc195334-3804-48ae-87eb-0e7eea479d6c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.476427333333333,modeled_data,"fuel_type:Natural Gas Liquids
+(NGLs), density_value:500.0, density_units:kg/m3, NCV_value:44.2, NCV_units:TJ/Gg",,3e678e3c-816f-4526-9652-10a107318b8e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2489544733333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2d8fd9e4-2971-465b-a772-7bf2431757ee
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2489544733333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,727583b6-64e6-4f8f-9df2-aef2e3425f88
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.2489544733333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e4bbf084-bde4-4a7c-a2b2-0fbef943c339
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2489544733333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e58ef14c-275d-43a3-b7f7-034ea9bfc746
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2489544733333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8221bf4f-3c50-49a8-aad3-0589f1a67cfb
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.2489544733333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,8a2f19d8-af8a-4aba-8912-b922ed25b4c3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2489544733333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,5e139009-e7d5-4a86-a9a1-4a364b99d5c1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2489544733333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,9d6b58c1-eacc-477d-93bf-c72fd492b3fd
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.2489544733333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e68d0eea-aa8b-4295-9890-aba3aeaafc87
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2489544733333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,22ac4411-5a76-4ded-8068-0bbb582f2dec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2489544733333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2da3f814-a02e-4da4-b204-60a3f24bc65f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.2489544733333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,aeef0ae6-65c8-495d-a65e-da88ce826fe9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2489544733333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,98392a88-9a19-4acc-a84c-e1bebe4ec068
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2489544733333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,2f6d444d-935c-4795-b96f-37f17b7336b6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.2489544733333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,c337e268-1f2f-4820-96f3-1b100b15e4aa
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2489544733333333,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,e7eefd46-e47f-4d59-996b-6d4b81e6a071
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2489544733333333,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,bce7d614-c011-41a8-be4d-65f06e4100bc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.2489544733333333,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:44.3, NCV_units:TJ/Gg",,b03ab9df-f595-49f2-a498-e7f25c2e51f3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1900653720000003,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,083b7d8c-64bb-4bbe-be86-34a4b7dc07bf
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1900653720000003,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,68e6645f-b27f-44f1-bc02-6601eba02a07
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1900653720000003,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,4271dcde-a418-4766-913b-dbfb69ca5aca
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1900653720000003,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,55e3829e-ae00-439e-a3d0-f6dd97c659e3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1900653720000003,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,7cf6ed71-edbf-4036-8cd2-146a660bbdc5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1900653720000003,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,0f1f3799-40df-48d3-b448-d092557f1b40
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1900653720000003,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,60a2df78-c929-41a1-96f2-647676dc9621
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1900653720000003,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,eab5a513-943e-41da-9484-dc17a94beea6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1900653720000003,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,96ffb6ff-3b9e-4d76-9079-63ee60f1052d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1900653720000003,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,e47be324-db94-4ae0-bc87-96e74d836545
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1900653720000003,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,34bc42ab-a354-4fab-981a-6a7e5701a809
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1900653720000003,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,b0c55812-6f5f-4b5b-b03d-c88f9f508262
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1900653720000003,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,f0c1b943-e8a9-4fb3-b4e9-79bb4000370e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1900653720000003,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,0a31edbe-3860-456c-8c3a-77ffd573fd95
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1900653720000003,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ec58ca8a-03b0-4af8-a2ce-210a606fc28b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1900653720000003,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,86257bd7-018d-424f-8c20-2b4b4a49874a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1900653720000003,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,ebc43ebc-aa96-4977-8f3f-9fc9e2740aa6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1900653720000003,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.314e-05, NCV_units:TJ/kg",,72cdcb91-014a-4a00-8a07-6ae370c93cb7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1722971086666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b47eddb8-4ab3-47fa-879d-4ecabc772224
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1722971086666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,5cdc579d-638c-4950-b336-a9232e4fced1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.1722971086666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,d3d2d7f9-75ec-4704-8413-8b03e1fdae86
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1722971086666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,436f9347-e219-4e31-9f9f-b681f8d4e2ac
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1722971086666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,6975d533-e7bf-42c6-ad55-54487d7c093b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.1722971086666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,0b84a918-0460-46a0-a6ec-767916709b6a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1722971086666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,8934d85e-e0c0-448b-9070-47384c239b05
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1722971086666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,b3611906-67cb-4911-ad1a-b3742aaec09a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.1722971086666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,243ed293-2c1f-438c-bd46-88706b16a942
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1722971086666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,ab7daf79-3781-4ad6-9710-4527be34d5ca
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1722971086666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4fb6de5a-0df2-427b-a8c2-76f819bbafd0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.1722971086666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,e29ec9c0-a640-4ccb-aa62-2ba2838e3cef
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1722971086666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,33e36e7a-baaf-409a-b292-af468d6c3ac3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1722971086666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,5d632e1f-7bc1-4db6-b0d7-084a10c35dc6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.1722971086666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,10ac54b6-176a-41e8-acf4-5e966fc977ec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1722971086666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,4714dc7e-0f91-4ec4-9baf-4665d9969e0a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1722971086666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,aabe76ea-af17-4916-b72a-59f48ebb9646
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.1722971086666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.2789999999999995e-05, NCV_units:TJ/kg",,87d7104f-e0f6-4034-a41f-0f493983eeec
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.184481060666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1a7578f2-15bc-4149-b699-140b030f8da5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.184481060666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,3994a9fc-01fd-4703-a465-16c66764e96d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.184481060666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f3c0ec6c-c737-4780-bb54-d823623972e9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.184481060666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,205f122c-b863-4878-986f-f69b5a94aa1b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.184481060666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,4b1c84b3-0ee3-413e-bd15-b7bb14f9d3d7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.184481060666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,1059ba10-7f7b-49d7-9e38-9cdc3735c47f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.184481060666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f93c9fb4-c38f-4f02-acc9-ce2223a0ba0e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.184481060666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,4d796ac6-077f-4f9b-bdb7-45635abc1287
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.184481060666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,25cf0ca5-a0f3-4409-808d-a0529117aa11
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.184481060666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,f5710000-0da6-4358-ab91-f1386700e20f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.184481060666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,edc3077f-a8ee-4e5f-829b-b68f1c42389e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.184481060666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,fe99e87a-c60c-4b19-8167-73e2572ca986
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.184481060666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,e33e6174-8b69-4d8a-b209-28afdf136e68
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.184481060666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,58a3aac1-03c1-40bf-a29f-684e0196abde
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.184481060666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,856ffb08-e594-4a0d-87bf-35a8fd7932e1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.184481060666667,fuel_combustion_consumption,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,372b9bb3-ab2e-4a04-84ca-8defb81c4e79
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.184481060666667,sampling_scaled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,9ad4ab06-ffb4-47c1-9917-f86105264b7b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.184481060666667,modeled_data,"fuel_type:Motor Gasoline, density_value:740.0, density_units:kg/m3, NCV_value:4.303e-05, NCV_units:TJ/kg",,01de5380-37f8-4824-ba66-1ffbd35a50f9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.37474237,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,dcd29452-bbaa-4c13-8f3a-af8403ed31f5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.37474237,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,c8f5a241-20a3-4eb6-8c07-955848613c7a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.37474237,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,afbb5626-85d2-4bc4-9be7-80b854ca5f91
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.37474237,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,1b864bf9-d5a1-436e-8210-86c5009582b3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.37474237,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,d8723130-9429-4aa8-9623-ac719e4a5723
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.37474237,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,9c3349b8-e316-4287-80ab-5f80f1af6add
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.37474237,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,ecfcdcd8-0011-4181-8470-86f324c87a4d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.37474237,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,549130ff-ad2f-4c96-87bb-79bf089113dc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.37474237,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,4a5fdbc0-a55c-49c7-8df9-dfe5468039e4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.37474237,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,4d107141-a78b-4aa6-8928-f1c7e624ced4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.37474237,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,8061505b-e290-486d-adc9-4d8dbaae0fa7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.37474237,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,052b2d9b-3cc1-4502-8830-f969f9e1381c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.37474237,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,e32e0183-f1b8-4970-a649-a9bab39a8406
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.37474237,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,cacc2a37-8aa6-4324-a22a-52b1899b4433
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.37474237,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,f2222826-9db9-4225-b6de-89050c40b24c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.37474237,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,99509b21-84b1-4700-bd0f-c470260d0c9a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.37474237,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,e26cc642-0fa6-47fb-ba7b-d68dd8fde775
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.37474237,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:44.1, NCV_units:TJ/Gg",,b028256a-53da-40eb-b8ab-e07fbe931d8c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.339740498333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,7db62799-f6e1-4ed6-9a50-d7210251f8ce
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.339740498333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,db6ffe9f-1636-44e4-8f83-2f5a3b5b216e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.339740498333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,6148dbe9-f867-4b35-842e-a9d5f961f89c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.339740498333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,17b856af-b1d5-4fc6-8bcb-375fa59b9180
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.339740498333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,a55f63c2-c349-4666-bc8c-86bc93f58d49
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.339740498333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,3bbcbe3d-77a7-4a51-855a-4a4e1d9719b7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.339740498333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,64deec20-43b9-4262-9d3b-f09b19387c57
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.339740498333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,b0a118a8-7dd2-4208-9e3f-a772a241583e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.339740498333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,6ecb5362-32b2-4d6a-b0dd-40739d9f3bd0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.339740498333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,83670181-97e8-416d-a50e-0bbcedd9c164
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.339740498333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,c1bf549d-bb1e-4f0c-95f4-5fdc4c1b7de7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.339740498333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,be3bb5d5-190d-4dba-afa0-11a9a8c8eb43
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.339740498333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,04b233e4-9fd3-4e03-9a85-a49bddd4d8c1
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.339740498333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,1551105c-0dd6-4f11-867b-74a10c3439ba
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.339740498333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,543a9154-b02f-4c90-988a-e6fc7d38e1be
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.339740498333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,fa287a82-9a2d-4249-9945-6fd26bf40026
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.339740498333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,c74fd102-c1b8-4890-8571-7229855d6b34
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.339740498333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.345e-05, NCV_units:TJ/kg",,b7bfefc6-73d1-495e-bd79-3e46fcf7f9c6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.345663892,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,ff01f6d3-01d3-4f8d-b80b-69eeb8e5a31c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.345663892,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,ddb51bb0-8b37-4496-afa2-3a7a048a9004
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.345663892,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,088935b2-8a50-4aae-beb1-85571dbf1f3f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.345663892,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,902a2259-78c6-46a3-91a7-18ebdbd9f9be
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.345663892,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,2e7443cf-30bb-457a-adbd-8a0fe71d52f9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.345663892,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,fe486aea-b0ed-4d55-8ab0-757523e79fdd
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.345663892,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,f080a5d8-5edd-4ba2-a1ac-7ad4d2f34003
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.345663892,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,83deafb3-1c1c-48dd-ad61-dbcef0373c1b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.345663892,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,4de8320c-cfa9-476c-b3f6-f833777fc081
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.345663892,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,53e01f15-8755-4c73-9d59-13b09bb34723
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.345663892,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,cf72424e-9efb-43b2-b795-e10b2ed2a2a4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.345663892,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,3546cd85-ad10-44fd-bf1e-b78c5fa59b04
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.345663892,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,097b32a2-c33e-40cf-9308-1dad99edca0e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.345663892,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,b51b3056-5dbe-4344-9379-369986f3e98a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.345663892,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,018a7a3d-b54d-49ba-b422-e63b3e9af0eb
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.345663892,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,04f2325d-ecd9-4ed3-aa9b-1fcb1443c06b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.345663892,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,94c735d5-5b4e-4a05-809d-63df1d65a242
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.345663892,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.356e-05, NCV_units:TJ/kg",,b78ace76-0ec6-45bd-bde2-6a2507d2d5d5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.344586911333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,4df7ffd7-08d7-46ee-9204-2e93b9dd1b71
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.344586911333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,4f617c24-3364-4130-a098-09b97a5a970f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,2.344586911333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,72c8e4b1-f252-4d68-9e96-e695c8649a40
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.344586911333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,886021ad-a7ed-4dce-9ea7-8760db57c1b7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.344586911333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,40b522d0-7f8c-4d56-84b6-349383f3f5e3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,2.344586911333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,8b8e0e87-d831-45b3-81c0-e332d8abf9a3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.344586911333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,b22b8d4f-10d3-427b-b7cb-8e7de914c759
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.344586911333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,ea40e31b-2944-464d-ad30-3c6195c0b411
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,2.344586911333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,6db1a21c-e83d-46f3-b270-10fc4dabb2af
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.344586911333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,a985e2ce-3ef3-4f96-ae9e-5d5ce200bcf6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.344586911333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,c74b6b3e-ef4d-474b-a369-8dcd0eaa82b6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,2.344586911333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,03a4abd1-4753-46d9-988a-7772c957b1e4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.344586911333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,007c211e-9817-422a-a33a-12aa6d72bd64
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.344586911333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,f2f2a77a-2d7e-42b5-ae82-9e2deace7abc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,2.344586911333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,cbe3e420-4263-42f9-b5f0-7283152f1539
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.344586911333333,fuel_combustion_consumption,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,3968f13c-62cc-45fd-a3b0-94413c1c5933
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.344586911333333,sampling_scaled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,6fe6f7dc-69f5-41cf-b325-0ee4446ac2dc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,2.344586911333333,modeled_data,"fuel_type:Jet Kerosene, density_value:790.0, density_units:kg/m3, NCV_value:4.354e-05, NCV_units:TJ/kg",,35e625e8-9ece-4e97-b1b7-baff6620bb1a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,4.1227603120000005,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,53a3d50e-d394-4adc-958c-b99798bd243b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,4.1227603120000005,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,0b7489af-83ef-4382-a99c-c884d29b51b7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,4.1227603120000005,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,e27b1ad8-5e76-444e-9779-dc406fa29426
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,4.1227603120000005,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,ddc4cdb4-3a61-4451-9a16-6552e347a3fc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,4.1227603120000005,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,701c4b65-f050-4c4a-8d24-7ab9790c057e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,4.1227603120000005,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,b66f441a-204f-48ff-b215-f1f1520e7f09
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,4.1227603120000005,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,abef793e-4842-47f2-acd8-895dd8ca169d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,4.1227603120000005,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,2f0aed62-b4f6-4efc-8cdc-f47151987d60
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,4.1227603120000005,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,6645ad76-8077-4751-b9ed-ae7d1228bedb
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,4.1227603120000005,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,4d783807-ffa0-4dd1-9a3f-b5f781b3bd19
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,4.1227603120000005,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,adfa3721-40f1-4a25-a3a9-5f0140eea34d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,4.1227603120000005,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,800dc40d-28ee-4e30-84b8-5f1645692ac4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,4.1227603120000005,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,64b9c52a-9471-4cc7-a6bc-e7b209f9e55f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,4.1227603120000005,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,0e549159-3768-4b34-80b8-2f3e05499bfd
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,4.1227603120000005,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,f0a94d4a-28a4-4c27-a2f6-b086dc3d7a47
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,4.1227603120000005,fuel_combustion_consumption,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,4d9cf850-2396-47fa-9472-fcd149980bc5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,4.1227603120000005,sampling_scaled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,baf8770b-1195-4a07-9acb-2488331a6e6e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,4.1227603120000005,modeled_data,"fuel_type:Bitumen, density_value:1346.0, density_units:kg/m3, NCV_value:40.2, NCV_units:TJ/Gg",,44ce54f2-77fb-40cd-925e-90a0c77f007b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.5331159799999998,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,b0983169-a4a0-4fa6-828b-711952c8e89e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.5331159799999998,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,669c08c3-b70c-461f-bf2a-ad1a51b113b0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,1.5331159799999998,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,58868a7e-1e7e-4b1b-b57b-c12f10e5cf6b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.5331159799999998,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,e93c474f-e931-4982-8476-a75cd9152c39
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.5331159799999998,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,e4743f29-fcd9-4755-bfd1-32b85e65edd3
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,1.5331159799999998,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,7728f9bf-ef63-49a6-a9ed-0b96e973a4e8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.5331159799999998,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,cc6ed490-cb4d-4343-8d1f-a83992920cb0
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.5331159799999998,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,0e938b3e-733a-439e-a0f2-55006c67ab65
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,1.5331159799999998,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,b83fcffd-1a42-43fa-a637-ba9f7bed2a3d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.5331159799999998,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,b71ce947-2b75-4972-9fac-451450087a3c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.5331159799999998,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,a95b3d3d-4a99-4d7d-a982-e9252e929b8a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,1.5331159799999998,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,175f613c-6f71-4402-ac2e-0006e0b5be89
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.5331159799999998,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,4663a93f-7e17-4b29-9303-d96768815204
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.5331159799999998,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,b8ecae8a-7bd2-49d5-8e1f-7a3cf21e8ca9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,1.5331159799999998,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,5ad0c048-5904-4034-9e99-3a66068bd63a
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.5331159799999998,fuel_combustion_consumption,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,4998ecfa-cb53-405b-acc6-7ff79a55a5e7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.5331159799999998,sampling_scaled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,7b659612-374e-4dac-86df-7470fc42ae31
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,1.5331159799999998,modeled_data,"fuel_type:Liquefied Petroleum Gases, density_value:540.0, density_units:kg/m3, NCV_value:47.3, NCV_units:TJ/Gg",,f1ed0c02-00c0-45c0-ab06-0613879b395c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0017087839999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d34d4eb2-0e17-474c-bb0d-6a13b6025088
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0017087839999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3c23e4a8-12c2-460b-9ccc-2ccfac3f84a5
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0017087839999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b90a5c5f-7fca-408f-a28d-5b270bfa985b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0017087839999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dd47e525-ff34-42fa-a326-3350fa9489d4
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0017087839999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6f998ce4-771c-44f9-a634-4712a294ce4f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0017087839999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d21e91e2-a7e2-432a-894c-7ae9991fe87e
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0017087839999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,71d83d4d-4c74-4ed1-a6b5-eb140474e69d
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0017087839999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c085e3a9-c644-4d3c-86a3-eba78e1f0001
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0017087839999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a32c6b3b-42a7-4103-aa79-d462b309b71c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0017087839999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3aa6aa15-16f9-499d-800c-2e5af889a94c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0017087839999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0579e4d0-07b3-4b01-a97c-a6633adb1b51
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0017087839999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7332a72f-8938-4d66-bb56-eb80d33e5157
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0017087839999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,48e2f44c-12f4-48c8-b547-5a505c5bbf3b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0017087839999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cb3ab30a-b94d-4c6a-b5ff-2dfe58b45504
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0017087839999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,800eec37-c3e4-4b07-9245-762adb70834f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0017087839999999997,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,75e69a0d-c556-449a-a16e-2aef4314ab92
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0017087839999999997,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6fd7ac35-ed33-4ebd-af0b-4ffca3b0b2e6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0017087839999999997,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5eb6a4df-c1b0-4a41-a547-d4ecce73de4b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0017137119999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,03939a7a-659c-4fc8-84da-3ee53b063fb7
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0017137119999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e8628089-d323-4782-bc5f-295db4d192c9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,JP,0.0017137119999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d5cc7b84-0076-4042-b3ac-3c03feac9ae9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0017137119999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a099f468-a34c-4266-a639-21acbe74a3d8
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0017137119999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d57960df-b6ef-489b-b7e7-77c355c82cbc
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,JP,0.0017137119999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7c5839be-da4a-40ee-b802-c3be891b728c
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0017137119999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f415220a-9cdd-4c33-bd90-1ef54710be2b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0017137119999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a9bdf26a-d3e1-4bb0-9776-20e9499ae469
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,JP,0.0017137119999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b7f260a4-3804-4a8e-89a1-3154aa804088
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0017137119999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1fca1949-57ac-497a-9237-5ab6b379c23b
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0017137119999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fdff8121-62d6-4177-b0b1-aa44a09cc0fe
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,JP,0.0017137119999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1240d39f-0b52-426e-8531-6f0dc3230a69
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0017137119999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2859ec3a-7f96-4702-ac0f-c2a9e7c79256
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0017137119999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2536be20-0b3c-491c-8895-a3cb50f489f9
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,JP,0.0017137119999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fbecaa05-ace0-4278-ad63-787c68572ad6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0017137119999999996,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6abaa67c-5bdf-4e67-aa77-c53fd50b1b1f
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0017137119999999996,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,67e9dceb-a2f7-4c4b-b0e8-8a17c165eeb6
+CO2,Japan,kg/m3,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,JP,0.0017137119999999996,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f28690b8-a5e6-469a-8a89-8fe87c136b5f
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1a446e2d-0346-47db-9274-497bdcb59d21
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fbc40836-5cf5-430d-8aa9-c2eacd5c78a3
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,AU,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b98c2b21-bfdc-4d5d-8aaa-598a2fbb86e8
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0ff4af2f-fa2f-486a-9950-49cb1144f504
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fe409ba4-3431-46e6-9475-c0ba8348841f
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,AU,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1637da27-7258-4b6e-aa26-afc0dba3f2cd
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5df72163-07ca-49a6-8793-198208f4d263
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b1a879c1-2630-4cc5-b250-7d106e2e9ef3
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,AU,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5cc91299-01ee-48ae-b3a9-a720d97c4918
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,00bd4c83-e4d8-4c88-9023-943f0bfdcaaf
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1b8129f1-67bf-4b6c-a36c-87d402557ef2
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,AU,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d32856ba-3fba-4f6e-a2c2-c3b75e5b09fc
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dde828e5-510b-4db8-ab24-7c5a2044d902
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1b2aadff-a99b-4d7a-ab9a-c6bb9daaee0a
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,AU,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,410169e6-e028-4205-9699-86695a6dc6f6
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1f1056bb-42a9-4fc8-928e-5a8c4aac4125
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,052e8541-99cb-491c-98a4-ae59ad17070b
+CO2,Australia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,AU,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6974dd50-9d6e-4bfd-9cda-d9abb026f69c
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.000506352,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,39a9befe-b020-4dee-af62-78d5912897f2
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.000506352,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1b47ce00-a649-4774-9d74-518c968cf80c
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,ID,0.000506352,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8baa8445-c6ba-45f5-9b52-c76c99a4c836
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.000506352,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5be1e8d4-9753-4abe-ab63-8eb334806976
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.000506352,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9394f13b-3a53-4dd5-a092-e2bb01c2687a
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,ID,0.000506352,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b6c3f6b1-10ae-4157-a6dc-475397b6629b
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.000506352,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cc4b86db-73cd-476a-bcb5-5d15f1bd22ab
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.000506352,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d48d23fd-f053-431d-8ece-0b0b01e7473b
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,ID,0.000506352,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c9f1e679-4069-43e1-b8d1-23ca99f7301e
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.000506352,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,708e52c9-b0d0-4bbc-870d-7e19a4dc5ad7
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.000506352,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e1c832b8-e2ad-400f-964b-7fb66aefcd34
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,ID,0.000506352,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,79df61b4-28ad-4022-bcd7-01d1c58325f6
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.000506352,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,735727a7-16ca-4074-ae5f-e2ca2ba6ec63
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.000506352,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f78f8a19-a27d-4833-9aa7-79f9584b38f3
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,ID,0.000506352,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1d454a8f-8a55-4122-a505-c8b66c969f9f
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.000506352,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c3c61f4b-05a9-4bb7-9dcd-13568b947b3b
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.000506352,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8d4d2d29-cd2a-4284-9ad4-ead62c61ffdf
+CO2,Indonesia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,ID,0.000506352,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,118ea678-f413-4890-ac04-926ab4763e2a
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ebf13121-ec64-4326-9134-d48dc566ad47
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,eec480b4-1720-4d01-b14d-5a1cfa99b7a6
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,JP,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4694d95a-cee2-45eb-8cbf-e528b3326653
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2df9cefa-ca33-49f7-86a2-1dc5aab821c2
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c0e48983-35ce-4c52-a65c-52f8889f097d
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,JP,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,52065757-c42f-4611-9371-7076096637d1
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,332af0d6-8be7-429a-9152-97daeb17df7a
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,32891f10-964e-4fdf-aa8f-60b1b31fa9a2
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,JP,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bf8499a3-1fa1-47ed-9491-3fd58b1d6fdf
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bde991cd-de19-4a8d-b80c-42afc548e4c2
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,36b84d72-6119-4122-ad4a-5de5ffc3ce3e
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,JP,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,67af8d95-0212-41c1-a89c-bcfdfc860dd8
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c030d9c6-d724-4b3b-afdb-0cdbff044645
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,fde548b9-3a95-469c-831e-bba14f0b24aa
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,JP,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a0193405-56a7-4827-943c-75289eb07d19
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0005053439999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a2b2983e-960f-410f-ada4-fe0ed0267b62
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0005053439999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f69a5abe-fc52-48d0-8a51-75a4f7633486
+CO2,Japan,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,JP,0.0005053439999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,19104acf-574b-42d9-aa70-ffa2e7071d49
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,feb364c8-68e4-4617-9631-cb1fb2d4d788
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6853d560-1ca5-449a-9da7-f0f2101577e3
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,MY,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,349d460c-9ca8-4341-b4ec-8c52abb3d441
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a19b731a-199f-426d-8838-bf1e5ea9e9bf
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,61fd9f06-e099-42a8-aaa6-48d696282a3d
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,MY,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e102d726-f8aa-4e02-bfd5-638a50d723f0
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,45c65c27-0afc-4b13-8600-9f61fe873549
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f04df6d0-79dc-4582-bc99-db50a3906da0
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,MY,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6f3155ef-4035-4748-8051-a09105d19d64
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9ae0158d-af1e-4c29-b528-83e50bd00c2d
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5e352a9a-b272-4845-a5ef-ea9026a55098
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,MY,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d4c5f32b-5116-406d-bc83-20ba06dddd93
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5ffe6914-8313-47f4-8ed8-adec47f05d0b
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,93c88fbd-7281-4c06-910f-98746045fa11
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,MY,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1288a3c9-d9b9-4d96-bd1e-7a393e35f012
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bdb66942-8762-4794-8df0-a5dc38ffa888
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ae35892d-ad5d-445c-8b50-71d221a37623
+CO2,Malaysia,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,MY,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,bd869228-beda-4c6b-bf5d-71c7e6965602
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.000510384,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,9bc73a4f-f48c-4dfe-9b39-cb4b583d0d6e
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.000510384,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a072732b-8654-499a-9e6e-3bfb55ba2a81
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,PG,0.000510384,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2c4de710-821d-427b-aa77-bd45bae0ce15
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.000510384,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,307cd43e-14af-4d61-9036-2037dad97a06
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.000510384,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a2149e0b-5cde-4ed9-ba56-177674bddcb5
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,PG,0.000510384,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e50ad741-9dc9-4d08-80ba-d6b3e98b8772
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.000510384,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,b26c4556-60c7-46dd-a536-b0b9a1e25568
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.000510384,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,54edc6f4-ffa9-431e-adb9-b913a25af18f
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,PG,0.000510384,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,beae1775-0ab6-46c0-bd3f-fb434a5b3e4d
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.000510384,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5b1349e5-b784-4e1b-b7e8-3944c7f9d199
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.000510384,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,8e2c9568-5342-4815-9440-4e0905d25cd3
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,PG,0.000510384,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6987ed8b-1da4-4364-a195-0e0c6d49242c
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.000510384,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,41b1c462-0d01-4190-922c-805f7bd41a55
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.000510384,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,ca811051-1c1c-44f4-85d6-442d47dd0262
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,PG,0.000510384,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,5529825f-60b4-4204-9cc5-3558ddb37d8e
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.000510384,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c5d27f4b-cfae-44bb-9be0-561a08a1bf5e
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.000510384,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2a73db63-74d9-49fd-bd87-e72b941b32ae
+CO2,Papua New Guinea,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,PG,0.000510384,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,148f9023-3cc8-466c-8efb-a97fb8a7a92d
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,416144d5-951f-4716-8378-00729ad16b64
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7e5c65c8-a8d7-4a56-9076-b13aad54305c
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,RU,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2e002464-5d7a-43bf-a00e-3278d50c88e2
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,159c5d15-47cc-4e8b-aa17-12af5a875bdd
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,856e46c2-9c79-42bd-9ff1-db304fe9a680
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,RU,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,026c9027-5ceb-4c42-8e4d-ef05ec6a1b48
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4c78fcd3-b001-43cf-ba5d-15c1eadb7c95
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,22fd1eda-89d7-43a9-a10b-eb94f591c0ca
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,RU,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0226746e-1c4a-4474-9634-9810676be8e4
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,19ad4f13-af83-4fa7-a7eb-43d661f8b656
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4313ac0e-5eca-459a-bc41-17a4e4b113ea
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,RU,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,2217aa03-18c4-479a-b505-625440435d3a
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,52b9c6c7-c9fe-43af-b797-a76050bdbc9e
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,da8ab572-2eff-4ad1-81a8-81e0f6dcc321
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,RU,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e6160576-c21b-4f17-ab31-e182a9188bad
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0005070239999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a343f21d-f62b-4f89-b062-e7c41a507ad9
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0005070239999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d7015866-2045-4482-a314-f944c8f54efd
+CO2,Russian Federation,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,RU,0.0005070239999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,a87fa137-f337-4afd-947c-d967b47479c5
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.000501312,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,296a1373-00ca-46ec-9ebd-a7ebbe538785
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.000501312,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1f80888b-e70d-4e16-84c6-08145ab72a03
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,US,0.000501312,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3e101b6f-5c54-42ae-951d-e5309c877f16
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.000501312,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,82bd12de-18aa-4a47-a9a8-ab1a139af6ca
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.000501312,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,7667dc2f-0726-4dc8-af28-9e1d875813e6
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,US,0.000501312,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,07658797-1155-4082-b5f8-26338960f7f7
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.000501312,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,61ce4653-0f61-4d37-9c82-1535b4fdfa75
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.000501312,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,0e816ee0-c418-4f2e-bdf8-36207ac85999
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,US,0.000501312,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,f4567f8d-1767-4cc1-a9aa-a971efa39177
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.000501312,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,6d097ed6-6f0d-4cdb-9003-18622582a462
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.000501312,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,52ea2877-40b5-4e4b-b08e-ea293890d438
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,US,0.000501312,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,10d4a121-07d3-4bab-b659-ec2b8f24b1a5
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.000501312,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4d60f53c-8bdb-41fa-b4bd-c8e53915ebcb
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.000501312,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c0aba81c-aba6-4a2e-8e40-679ddc215154
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,US,0.000501312,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e7198780-2952-4549-a2d3-032b547b1f0f
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.000501312,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,89d05ec8-8477-4e85-9cd6-2b5e907a0681
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.000501312,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,251c3d84-c06c-4055-98d7-9ac57ff5740c
+CO2,United States of America,kg/m3,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,US,0.000501312,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c3cd8584-e4a1-40f8-a339-2796384196fa
+CO2,Russian Federation,kg/m3,,I.1.1,RU,0.0004935839999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,63c243b1-fa06-44f3-b8dc-62d416be7e13
+CO2,Russian Federation,kg/m3,,I.1.1,RU,0.0004935839999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,c545e699-16e8-4b97-9f44-1fcc7ae29179
+CO2,Russian Federation,kg/m3,,I.1.1,RU,0.0004935839999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,4f109a92-f9ab-4b92-99ee-90ba08f16b1b
+CO2,Russian Federation,kg/m3,,I.2.1,RU,0.0004935839999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,dca90ebf-2096-4e8c-800d-db461229da63
+CO2,Russian Federation,kg/m3,,I.2.1,RU,0.0004935839999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,85444279-9987-4e11-bd81-ae10ddf76003
+CO2,Russian Federation,kg/m3,,I.2.1,RU,0.0004935839999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,16d86119-9e89-4bd9-8c24-4b289471a52e
+CO2,Russian Federation,kg/m3,,I.3.1,RU,0.0004935839999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,d070691b-2e27-48db-a345-4ea84f1de43d
+CO2,Russian Federation,kg/m3,,I.3.1,RU,0.0004935839999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,12e872ea-c38f-42c6-8074-1caf7796494f
+CO2,Russian Federation,kg/m3,,I.3.1,RU,0.0004935839999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,e0176d7e-8925-4219-a5f3-8630a973bc15
+CO2,Russian Federation,kg/m3,,I.4.1,RU,0.0004935839999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,cb7f730a-cbad-40d5-943a-4d8cbe349a23
+CO2,Russian Federation,kg/m3,,I.4.1,RU,0.0004935839999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,1ebd885f-809e-4808-bd9c-dd2b4be1171a
+CO2,Russian Federation,kg/m3,,I.4.1,RU,0.0004935839999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,79bfbb33-b619-4061-a875-1226d40b7290
+CO2,Russian Federation,kg/m3,,I.5.1,RU,0.0004935839999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,3dbdd076-ca0d-456d-9903-ff2d9e63780f
+CO2,Russian Federation,kg/m3,,I.5.1,RU,0.0004935839999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,31773102-7393-430f-971b-48268c3826fb
+CO2,Russian Federation,kg/m3,,I.5.1,RU,0.0004935839999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,024aa619-5d16-4a14-8f42-e232beece4ef
+CO2,Russian Federation,kg/m3,,I.6.1,RU,0.0004935839999999999,fuel_combustion_consumption,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,77ddb64c-f311-4224-8690-2b6eb6e5c0b5
+CO2,Russian Federation,kg/m3,,I.6.1,RU,0.0004935839999999999,sampling_scaled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,aa412dde-ae9a-469e-9664-21b3bffbf33b
+CO2,Russian Federation,kg/m3,,I.6.1,RU,0.0004935839999999999,modeled_data,"fuel_type:Natural Gas, density_value:0.7, density_units:kg/m3, NCV_value:48.0, NCV_units:TJ/Gg",,23f56ef5-e235-44cc-b6bb-b4f0060310b6
diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor_Stationary_Energy.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor_Stationary_Energy.csv
deleted file mode 100644
index cba955ae0..000000000
--- a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/EmissionsFactor_Stationary_Energy.csv
+++ /dev/null
@@ -1,20392 +0,0 @@
-EF ID_x,ipcc_2006_category,gas,fuel,description,practices,parameters,region,properties,equation,reference,GPC_refno,density_value,density_units,NCV_value,NCV_units,EF_value,EF_units,methodology,emissions_factor_id
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,cbe2d629-b1d3-4817-a453-709646159e18
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,d8e48993-9334-4847-bcdb-4a311ddeb661
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,e8258735-cc6e-49af-9b12-5085c1938e83
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,1c3102b3-e915-4c70-98e6-d1b93052a2e9
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,9e96334e-83ea-440d-ae03-c21bc0a13bd3
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,52592791-2b3c-452b-b51e-bb6fb3cc3dfd
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,23932ae3-c8d3-4517-aa50-0310124772db
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,88422ec4-4341-453d-8f51-85072e78aba8
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,c3ab01d8-3543-4158-8038-e91d26d26484
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,5ec19b8a-c6bb-4725-8da8-659ec38e16c4
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,df81e093-0217-4b12-8c43-7c6820f0f394
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,b3b55eff-dd34-45f1-a5f9-d3a61b0ff26f
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,a25cd5ca-f794-4c4b-9015-51c1dd61bbec
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,cded9ed2-b6a4-42fe-965c-c6860349e706
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,740bc5ca-c6f5-4f95-9012-cb2e95535b57
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,fuel_combustion_consumption,18f73797-3b43-4d98-ae84-02f39eb0401e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,sampling_scaled_data,62331632-ba55-45bd-b9b9-4cc99c3846b1
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,kg/TJ,modeled_data,ecb90ba1-f9c7-4f3f-8ca2-25ff2d22f3b8
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,33a8e6a8-76d0-4fa8-90dc-f75eff035167
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,70e6ee76-2727-4589-8480-8a0260955a07
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,8becf647-2faa-49da-9e66-0fcdb56a9327
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,2c4f51f0-bf32-4e70-834e-f5d39e4409f1
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,93206581-5303-4cb4-8b7b-32953ef52e1d
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,efa566f6-3a66-4b7d-9d2d-be862d90a2cf
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,96f0915e-567f-4560-ad68-da2668b1ee47
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,3aff9d30-0368-4122-82a9-a0f024d93998
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,1d03fc75-c07e-41e1-bebc-bc04aa0693ec
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,a15d13a0-6d1a-4045-a2fd-dd6f53a14aa5
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,056098e4-6690-4bbe-a71f-6ab5b2e3db8b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,e1cffc31-41b6-4b37-9ee2-a4dabfca6d95
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,c4d7222f-f458-4ed5-83ad-086be6928c0f
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,a2759205-817a-4e4e-8d4b-ff30ea510881
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,87b8dce9-0ed3-45ae-9da9-8a7672e62ed8
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,fuel_combustion_consumption,cbe7c497-c086-49d0-973c-94351f542276
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,sampling_scaled_data,e11d837a-f0bd-47de-aa10-cf55df7a7313
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,98.26666666666667,kg/TJ,modeled_data,8b021ed7-39a0-46dd-b63f-afcb704ed026
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,0189e30b-5da6-49f6-9d6e-e155a8873192
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,f82e3fca-fbff-4982-a4b7-727434a48d6a
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,e7c4d263-f53a-488d-b5de-fc0bd17db01e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,9699cdac-f24f-4824-8b64-ac125419d5d1
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,8f7e646f-a6b4-44d3-933d-f7c09270d8f0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,9eab3398-c5b2-4850-8ede-1f21917ea369
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,97b37162-34e1-4a8f-96e5-2ad38dd09f86
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,0d895766-2a2a-455f-8736-8f33f9062834
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,0f09d702-41f4-4f2a-b8b9-a6d4dc9fadc5
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,32eb42aa-1c33-4a8f-8ea6-7245b173740e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,3d56438f-ac58-4864-b764-812e360dad6f
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,1cc93a35-bfbd-4496-b72d-85a9874ffdcd
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,8e2c2fdb-828b-4c33-91ba-b44224a0327c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,658ac16b-715a-4a57-8eae-44d018714565
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,3a8e7c29-ee2d-4662-8cac-d7cc0870bd25
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,fuel_combustion_consumption,e7484a26-a363-4a48-883c-192d53237589
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,sampling_scaled_data,e45a3369-16e3-4513-8773-63aa6c4d7298
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.8,tC/TJ,98.26666666666667,kg/TJ,modeled_data,0f38f75e-7087-4c2a-808e-e3eef05a2c05
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,4a20447c-3798-4800-a923-13631746c490
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,d81a236e-e61d-4ad9-99c7-49f7d8310768
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,463a2f04-142f-4efc-8f8e-c5fa7ceb4eec
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,bd46b874-d7d3-4370-bcb9-9a008cef24f3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,0f9e3576-16ef-4bc9-947a-eb8e53f9696b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,e8282307-e53f-42d6-9d5e-c87163072484
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,b409eb5e-c81b-4990-b853-f120e6283c9b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,6a123b0a-8863-4a7b-a895-de90baa6f4e4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,eb290170-6a27-4a57-8a71-58b8cddec6f2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,a3cd0e69-e1d6-495b-a40a-b0603fb20f84
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,bc718189-b85d-4fa0-8cba-834baf59f005
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,95221ddc-a50d-4288-9fe3-dba6eb1cefca
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,16d30bdc-96a6-4ed1-9194-dd0576a75eb6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,5ed2a963-3100-4d25-a8b5-78b29588bf4e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,d49a51e4-ad21-4306-8761-ce563e613be9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,2d1a6bb7-15b5-4921-8b2c-af5998fdaad9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,3b594fd3-19a7-4b46-b95c-a07f2096ab10
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,kg/TJ,modeled_data,eaec59c8-c893-402e-929c-dc3df78f86a1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,df0ad55b-73f8-4a99-92c4-ddca68069985
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,566758c3-7e94-4907-a1d2-de26922b38ce
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,c668c906-5b92-4631-a68d-0abbc667aee2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,dce35b78-ebad-4fa5-ad84-9b0e2d9cf602
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,d0445eaf-b131-4c05-b702-d411563c7032
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,b3e31802-44f1-4f8f-8aab-f812934987ec
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,fa6565b2-a977-40b7-8588-73c8e8712335
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,4896f926-a169-47ab-87b2-2e112a50b22e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,22d1cf66-c846-48fd-bd34-eacb8430d0e5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,3c9ba300-2953-4b26-9b5d-14150b60544c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,07b48690-395f-4a62-a97f-e15c708acfa4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,b3a0abbd-e435-49b2-88e4-7cf297ca9d85
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,b5f056a1-d787-48ef-9152-ce4201531baa
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,e54ba3fb-8a1c-4cb1-8249-f0d8e396d902
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,4d16a494-c698-431e-b148-3b40d087703c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,9e43c522-a46c-4b57-8d7b-8d176e9a1226
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,sampling_scaled_data,c56f4c80-706e-451b-987a-46b91485e6e1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.5,kg/TJ,modeled_data,03efef13-4a71-4db2-a2dd-615057f83391
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,fb786ccf-c94b-4aa3-ab1e-5983815fed9d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,91763aa2-be23-45b4-bd32-d6306016d1c6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,72ab23a8-8640-4faf-a94f-77a6f7622795
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,3c6e5e86-5698-43ae-a495-390b20480b7e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,0e66edf6-c9d7-4d07-b2b9-759f6db739f9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,6f72acf9-ec6d-4b6d-8cec-1b909f851ade
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,f89e86ba-270b-4222-a0bf-df690194e2a5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,3b02bea4-6f3a-4946-b170-1e339076ac36
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,f7654a7e-64b0-40cf-9233-b66baf66b95b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,37b6944f-d3ea-41cd-bfe0-2e33121deeb7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,5176cacb-e80b-4c70-b6c1-e5198ce146b9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,1805c046-55de-44ad-bde8-a04a321fef6f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,fb669b3a-162a-48d0-8c0d-dc4e3e27f978
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,be29b6b1-c3dc-4128-9408-989bd0d03257
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,58a4203d-da8b-4b4d-905d-d828eb264e00
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,c4b5870c-44ee-432f-a8c1-2ffa9b2bc135
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,sampling_scaled_data,1455284b-883e-497e-99e2-5a9f78b554e7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.5,kg/TJ,modeled_data,f35f48ef-886a-4542-9646-7d3df3da539e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,34648cee-b4a3-4f22-ab58-ef72ac84f5ee
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,f195fb2e-df81-4252-a62c-8300bfde1aca
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,621fbdec-4d19-4b91-af4b-4ae17aa96ab6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,379c29f4-5089-4e27-b524-0fee99aac4f1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,354d4cc2-dbe2-4b93-86b0-958e8ef358a7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,460fbc63-87da-4ac9-bde0-b50f9bcd7ef0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,4a38d2c6-fdb2-4ddf-9a07-c815496f4e45
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,3254e582-bd31-4a7a-b70d-0d2d43a10a1d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,33ac0416-ec33-4e9b-97a7-064dd365083c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,970b7a35-d7e9-48d0-8db7-a167c98ff8ef
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,f131224e-1ed5-47a1-b81f-f0c2d91ad918
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,a4666fbe-69ca-4e5b-94a3-f8240e6f89a2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,cacfa820-5d96-4c74-aead-0a3be9b97fa1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,54c7e0c1-f221-4b68-8300-3688f509fee7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,f489aec7-4086-4e9e-ae85-5444ccbfc82a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,fuel_combustion_consumption,62eb9b60-1a4c-43ec-a33a-ec6db3998403
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,sampling_scaled_data,5c9af73e-5eb8-4416-9320-6d068502693f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.5,kg/TJ,modeled_data,84ea349f-b0a4-4e14-ad18-7f25ffa93eb4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,5df0f747-834a-4a1b-8022-78bb4129dcf5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,c6629667-01b6-4888-bfcc-cfe12eb71fec
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,3015a95e-d384-4a73-ab3e-43c1d9544761
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,2be51994-47dc-4142-83ec-03204a5e075e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,a9eee22a-5910-4ec6-95c4-209eaa3f5092
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,61541933-c8c9-41e3-b152-c5513841c785
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,41d57b0c-6bfe-4998-8b44-c1a59d9cda25
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,740e71a0-4d9b-4efc-9d23-232a903c5bab
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,6c0b797f-9e89-4dbb-8107-5b732a3d10b2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,98288be5-2f44-472c-8d01-3b210026bf10
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,a0bd805b-4e95-4a12-ab34-f0e6bc4eb276
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,8e40359c-4071-47d0-92b6-d623dd646161
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,e2d8a440-61e7-4283-9205-55c80fa717fb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,8b72f07e-7de9-45bd-adf0-ce141d7d4819
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,c7f826b7-5946-4bc8-b78a-99184907b1a0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,fuel_combustion_consumption,f6c8b6d5-a5db-4bd4-bda0-53b8d669c52c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,sampling_scaled_data,8d9b39b7-d2b8-495a-add2-0fbcaf1c6f86
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.5,kg/TJ,modeled_data,4a9a8005-c07f-4d2a-90c8-72a8730f0158
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,545fc7b6-0cab-45d3-bca0-dae79b150b51
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,b5d5bf2b-41d0-4129-b0fe-f49d655574c6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,96f8d5dd-b221-4b40-8a39-031cbd029fd3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,0e40ddba-fe40-4ce8-913b-2818169492d8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,6064981f-a3eb-48a8-ba99-7dbd22f65702
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,a4472ed7-fb63-411b-8412-d3e56907e05b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,15b10552-a842-417a-8820-8b2c95bcc1ca
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,3df7eb0f-7c99-4098-9172-a2c41e7ccc9f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,91bc83b6-d18b-45e7-b2ee-eb376ed842e8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,0f3b8582-7f61-40d5-b992-190b71e1a619
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,234a683b-6b07-4df1-9a1b-ae6da08726ed
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,7c87a2d6-8c32-4d17-a4bf-9a0159129da0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,0774ac1e-7a44-4452-83eb-373ce0bc20ec
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,398afe70-2ec9-4738-a8fb-ea89646d1af1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,e281846f-b9a7-4ef9-8fe1-2f31107e7506
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,fuel_combustion_consumption,76791789-c413-4bf8-8912-940dfbf6da70
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,sampling_scaled_data,381ee680-2d82-40ee-ac4b-483f9740cd0d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,kg/TJ,modeled_data,ee47a282-49d1-4c23-bb2e-bdd6667a9eb5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,cf73f1c4-e73a-4a65-925f-3dd2004dbd52
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,0d2d16bb-2554-4228-b608-600c269977a1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,7a052fd4-fa4e-4eb2-9e79-b6c2493c72aa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,2d3bfeee-4b6a-49b0-8016-218a15361bda
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,c73043cf-5ea6-42d2-86c2-614046936893
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,0c9adfae-a299-4044-8f09-aa02dd2e6a5d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,7f5ae227-3f02-4574-a3a5-def2c69835aa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,64390b85-beb1-40a9-b8f7-993d8ab2bb46
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,94ccf33d-f080-4da4-a9ba-064597847dca
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,e2c05f5a-aabb-4ab3-b914-c01bb7944e11
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,427a6c03-13b2-4724-8929-02e88da09315
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,036aa18c-9c99-465c-84b6-38d46513244b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,be00694f-e332-47d3-9d03-eb2da7f9aa00
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,3ef232b2-8bab-440f-a763-3aa549a20cf5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,b49967d9-7595-4c9c-a8ab-a31b891fce61
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,454b2a27-0612-4ea6-9f35-2c4b3425e350
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,1ea235f1-1ac0-46ed-baa0-8d3b9b658874
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,a8369554-321c-442d-ae34-fec02f8f1ce9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,1c1ffeaf-2dcb-4a59-9b39-33472e241fdd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,4b19366e-1bbb-4bb8-b810-d14075109827
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,f6f26f65-b5c4-480e-a456-de572e0e56f5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,9d22a450-e931-4a4c-9435-22852e50fdcf
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,4e787a59-d85a-457e-b992-830c979f28cc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,c4df36eb-f19d-4ed4-a80e-f8f58a38bff8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,c70af795-07dd-4ade-ab27-f614d0089399
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,50a2fccd-8b55-4681-862b-32007293d7fa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,03c972e8-9be3-48dd-a6fb-b8ab8b3ea50d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,5aa78f62-de48-4b15-99bc-98f9ec193146
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,2e228fa6-e9bf-4612-b954-5f3e803f1ac5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,1c14ac4c-6055-41a3-afe1-45b2b7b1befc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,15f33db1-175b-4484-acc7-800a55d882d9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,2ae2aee0-270a-4116-8bf7-0db40ce900fd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,a9f6cbc4-b97b-4c52-9434-00e05e7315e5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,907e0c6f-cd79-4e64-b182-0c48b4fd13d3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,0cc27b83-3b69-43a0-ad53-6fe5e290a0c2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,93.13333333333333,kg/TJ,modeled_data,ed407c56-0861-43c8-a18f-a92d2a8d48db
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,a29d8fd5-0067-45f0-b749-5c22cd989083
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,c79ad98c-9b4e-4700-9485-af3615966352
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,4a7a87a3-bf81-426a-a865-c00e92c29ad7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,90d57599-88b4-4384-8de7-46c883cd5983
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,f95a654a-4e0f-4679-9f27-eee4050b8a5b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,5b5c1c49-1f50-4dbd-8ce9-e50e2b5202be
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,07c283b3-bfc7-46ba-9214-a8bc124779d1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,299e16e8-860b-4dc0-83de-fbe5b19df548
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,363afc82-4f7f-4895-8de0-1f468115a117
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,57282acf-5630-4148-a37f-b6fd14eb3c46
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,c421449f-ef9a-4222-8897-6847a881c54a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,17eaaf7b-66b3-4574-97af-81e23a38d1a4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,6c9ed459-5a99-43d9-be53-aea381d9d34c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,198a50ed-20c7-4a6c-b06c-5f04368cbe42
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,8c7bc839-c760-43ea-8855-897cef4b02f9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,f6aec5cb-a86e-450a-913c-ccce98d6aae4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,276ed7a0-e5e9-4660-b758-cae563d74643
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,27.27,tC/TJ,93.13333333333333,kg/TJ,modeled_data,12695396-328e-4daa-8021-f45d47bd2b35
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,11b0b0d7-7140-4069-9fe9-b54d7e8c0b70
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,079b6806-0e71-4f15-88f6-f00b1114a872
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,1014a170-63a5-40a7-84b0-8fdd730d1bcc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,ca63f5b6-96e9-406f-87bf-3e1a112fec76
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,360cb3e9-1c12-40fe-a880-d90f6c73e2a9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,2237071c-692b-4255-a11d-f80af3775e2e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,70ebf452-b8d0-44a0-9108-bbddce71f3ea
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,d402ce6e-ed9e-43cf-8890-43e45eedebc4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,7c2a31bc-daa8-4d8a-9ced-17372865f8d7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,4ddb630f-ab63-4b11-9854-b6ce9e6df3c9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,723e1ccc-1f9c-44ae-8da9-1338df7bf7ca
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,48998459-06f6-4aca-8519-d14767ba7d08
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,33a1f6fe-80d1-42d2-952e-67a50b8f1189
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,47414aeb-c697-4f15-853f-dc1fabab90a8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,871ca5cb-80ce-4d62-a5d5-d525f7f4c188
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,fuel_combustion_consumption,8c814223-d5e3-4597-bea5-3b911b27561a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,sampling_scaled_data,4141b520-3528-4dd2-b0ac-1fe38debf5e6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,93.13333333333333,kg/TJ,modeled_data,8a98fd62-6a94-46a7-92ab-eeca0f7063b1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,ba8c259a-23ac-4382-a1ec-17e5820ec799
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,0c87349f-8203-4798-b542-b6b511412034
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,bfb935f0-c31a-48f6-b103-b5d58d780819
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,d3036ca9-712e-4f39-a109-8819fde7ab11
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,0a8beb66-1e69-4885-82b1-4aa0deda80fa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,ba91fdc9-ff88-4e98-9793-5d047b56c632
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,018d247b-73ed-474d-8d96-512b3563425b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,ca61fde9-fa5f-4244-a1ac-e4d1ed51a3d0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,94f7e666-d7d0-4d80-a562-7bfef87176aa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,e74ea624-d0ef-4fb5-a545-b7176fb7ed1d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,3193a151-45e3-43b0-9dd0-d7a0e070f74c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,69e35314-4d2b-4bed-9ca0-a71ac7e65ddf
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,a671f23e-e117-4cc6-a373-b463b9a2d85c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,a804503e-e97e-4cce-9486-d40b67ed9c67
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,42620ac8-721c-4d86-81bd-a64f07f19c0c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,fuel_combustion_consumption,9b104400-83ee-40f1-b117-e613b2c4261d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,sampling_scaled_data,fae6cf9f-94ad-4acd-af17-4828efa5f478
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.68,tC/TJ,93.13333333333333,kg/TJ,modeled_data,4ba8b82f-e6fe-4ad4-be8f-855d59201730
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,c7c6100b-4d21-477f-b976-16973a2c8c80
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,7ae63500-d5ea-4cfb-abfb-1b89acb27f6a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,a037a7b9-d114-4419-b3e4-74517c5f5eea
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,154944ac-8d94-4046-8d77-d1ef3f4ecb4f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,15dae7ac-8171-47b4-b1bf-7205fbf770fe
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,1b429898-e586-4bf6-b5b2-b48befb7e262
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,f73b8d26-b439-43da-9bd0-9839bec2c4e7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,98710452-4630-4acd-b533-a8d0fbb22004
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,780fcd7c-7e03-4b14-a251-9083fb3fce6d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,80ad6ce1-5637-41d7-a69a-b1ae6f04659d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,1c62e9fe-14f3-4a9c-aa8a-b71878d4fa94
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,f365ae4b-7996-4c3c-9249-553d25ffc55e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,cffbab4a-1ac0-41c7-8181-a52142d28544
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,dc715738-be14-4c3e-80b1-2af8d05ce6b9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,04d08783-7882-4b9d-a7cf-61c980c65061
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,fuel_combustion_consumption,e3a4870c-c09b-4cd8-a3de-f1ca95a884ce
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,sampling_scaled_data,d87056bf-c887-456f-994b-ef3337541c5b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,kg/TJ,modeled_data,7fb638b3-1fee-422c-8eed-449f7f4d3108
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,e3b72328-4882-4a64-9c63-ed9070b80ee5
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,ee2c8663-eeb4-41d4-9314-44c468308981
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,19c8d6e7-ea0f-41f8-a462-071aa8dcdbf9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,77f946af-cd5d-409e-acf6-21115dda4444
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,d9130d5e-02d6-439d-a881-26ea22fdc1e2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,4e8208ba-6b41-407f-96e8-27a028cdf60d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,b6ee7c9c-e9ca-44d5-929c-50ba39420824
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a98bd453-2feb-4368-b795-bca62200d08b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,7c21c705-a27a-47bd-b820-b1c146fbca08
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,04a3e4a8-684a-4717-8dab-1e814c4de61d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,3afc295e-23f3-479e-9951-de696d6b1ffd
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,4639fb0a-6669-41f7-a448-ab2588b6cd99
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,b92f8176-6a47-4635-a66c-f576cb2c5fc0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,1e92c391-ce5d-48a2-a343-53e207a4a87b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,389792a2-0c78-4645-ad52-83ea1dc2673f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,61333a40-5a42-4c70-988d-d4964623e302
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,5ccb4acd-6587-477b-b76d-87aa132b67e4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,5b04bd7a-b268-44ec-a029-5dbae640354b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ebdebab9-33fa-4148-87d5-b169c2adf560
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,1f79c7ed-c92b-4ce2-ad13-119134f58444
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,aba3f63e-518f-4290-abe6-3fb7fc61c928
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,4b4ad40d-7c44-4e56-b929-1e1d2276a373
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,9b49ffc0-2069-43d7-b389-57a817bac3de
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,7bf0041d-950f-4012-8613-eb52aa0e3698
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ba376fe2-91af-4ab0-b2bc-8369209c85d1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,a85d7b40-1bf2-4ee9-afd6-3049a3e6b508
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,021a9a5e-a475-4194-b685-d6572315f391
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,5b40497d-b90d-4361-bbe0-549fd6606dbe
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,8c8774d3-ed95-4875-ac34-cc249cf5d1e3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,9802233a-a77a-4b14-b5e7-139e186a4371
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,6cac2672-a466-42b7-871e-bd757a4c93f2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,01ab30c5-0983-46b3-8c0e-6c256dfa5a32
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,a6423c13-a4f7-40a0-939c-2aed355f8465
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,0161e7db-a12b-447d-9f84-739754b6ef70
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,5013a530-f3c8-4207-80e8-af4be619d8a8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,f5034cfe-f9b0-465f-b65f-6bb7e124e759
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,02a9eabb-148d-4a78-bd15-f27a20b32aa1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,041b7951-1f76-4d0b-9a9e-eb1e42323c2d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,e971886e-b37a-41b7-bcba-6dc79d718f64
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,2542eb70-8ff2-4020-b61d-923f90f1b3c8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,6f4566de-806c-46df-95dd-936e6aa33a23
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,a9e5270d-d62c-4c4d-95fb-26efa95afae9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,e1b98f18-76b9-4a71-b4d4-8bb7027b204f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,490c9700-d7eb-4ba9-a4f0-15586f806558
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,213f4557-02d6-4413-905e-8781186021db
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,a20d5745-23c7-4d9b-9697-330f007618fd
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,7df2c48b-7032-4e88-a022-c70ea09f6d6d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,218f0d96-c545-4f2e-af1b-28f0ebec6b6b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,f2d346d6-1e3f-4b00-8672-84d303b9984d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,8458c405-5d5f-4a00-91e1-066fd7e5cf04
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,263943bc-51ed-4e4a-9d01-ed493ecf3efb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,4cda10c3-0979-4d73-97af-8fa9f963fa1e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,a619e794-db36-4a61-872c-e9445b7c2073
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,71edbed9-0617-4976-b6bc-4ce3f151f88e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,0edf264c-6997-4738-9095-688176f7d604
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,e1cd127d-bb0c-47e5-a0f4-f1b1cc0f94ab
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,f4c0b648-8f3e-4b5f-b718-c49ad2e27d49
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,1342276a-e5bf-49df-acdd-eb74a101752e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,708e12aa-91a6-428f-b452-93c01b6f0342
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,6173f711-520f-4474-8d2f-3c0dab088135
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,2c141d1f-a188-4194-8223-b10ed2d4c9ef
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,0a26d46d-fca1-4b35-8dba-827408a5fa1d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,f07ef907-642e-4fe7-adaf-8d78a90bb080
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,a0b92e33-1b4b-4246-bb9e-aa18077db981
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,b1fc3ccc-1dd9-4162-a78e-3c1f368191ea
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,925aceb2-4d8c-4082-b81e-85f1278c7885
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,030ceb5c-a12e-491f-974f-e0831f17c8aa
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,5df15eba-bcdf-47cb-b75e-ecd748f501eb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,9d6805bc-da63-4479-80fe-872d4d04671e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,e9b97da9-5012-4eb5-92df-b8138cd1c154
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,0f26a5f4-4ad5-43a3-b377-431501bfb8a0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,9363c15f-f645-47f8-a3f2-303e8a073b8d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,6a0a1cca-e4c4-489f-9229-36f7fe16d357
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,a698c355-8d96-46e1-998f-ea1a771f8bba
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,013485ef-6b23-49b7-949d-7e4aa3e1c882
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,e5101dd8-43d8-49d4-89a5-605c195ccc00
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,079d7a5f-4b81-4944-a45b-94c077f15f5c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,914c58e3-809b-4914-a955-88b4fc4c8df8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,0130c316-4710-4a3d-ab82-82c7c62b75c9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,98a3874f-a303-42b7-b46b-4fbd177f6438
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,c746cf18-2908-4976-b29c-e4b9d028ad6a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,615a055d-608e-4174-8b7d-6e19c3fdbf2d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ac4f6d7b-35ca-4cbc-be28-35a21f5c773a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,44a541bd-ae74-460f-8851-3675c8ab58fb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,b16c1117-296a-4ace-bb39-a4117e60b907
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,be6fd94a-0527-4f47-bd69-452aa8010de2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,9bbc4b36-cc82-41c4-8ae8-0e35d92d0d2e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,cbc1d270-d0e7-48b6-880c-f93946cea6d0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,7a3c8b08-1b99-4ec7-b8ff-b9d83036defd
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,fb072a3c-7004-4c04-9de2-aed8214a2d0b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,4dbc7716-1e78-41fc-bf85-8afa97b01bc6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,caca798b-6ba8-4110-91a0-f97501f18e04
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,5a41f5a3-57a7-4dd1-b5fd-706980e07d87
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,1e9f517a-c026-44da-8923-2b38ba48143c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,08885846-4a7e-45c3-9308-9bf6ba989be7
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,47fee65f-ed06-4c73-929d-1ba2a54a54b6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,86ed0080-5665-48cf-a764-c03391c11693
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,1eb2f60f-e271-4f14-8092-4a8eeba6e0bf
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,409e62de-7ca4-4b47-9b67-67cf32746fb1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,f21315ae-76cb-4bbd-acaf-8a75c4c706fa
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a8c0a41e-2dc2-4887-8969-3f04733017f1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,605c1e5e-778d-4f34-95a6-7c4276fcb40a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,e0620689-7599-443d-abde-488867b90e96
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,8aa44437-5b95-41e2-a738-3d4eb33b5a1a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,108945df-b22f-43cd-9b5b-d847a8dabf71
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,de437cf7-0e84-469d-99e1-50148b9db05b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,ec1f72bf-62ab-4f45-8005-2762685fd51e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,2cb9e79a-3f1b-4335-a1a7-13976331eeea
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,4ff233e6-f41d-42c6-b4a1-0706b5f37078
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,332200f5-027c-4ff3-b64b-856a37d358d2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,882ac253-d40f-4d7a-b4de-5d1dfc541a16
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,9d90b08f-e9b6-4bea-bd29-dffa8c64de59
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,5b41819b-299d-45c1-b275-19164a6c6fbe
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,8e0eafd8-236e-4015-882d-4fa9df2be39f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,b5cf3002-ad7a-4526-a9a6-ea2afe340a70
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a84a17d6-4ff7-4960-a67b-7420feecde8e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,d6b3745f-e4d4-457e-9c61-904e53fbe190
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,ddd5010f-e883-4932-a237-4d85d37d2345
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a9bab9da-6435-4418-93ae-f9f3d7431867
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,fe86b0f2-5839-4df4-b789-f8c687df8f9d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,92b7e69c-1ae9-497b-ab8f-3383148836db
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,6cfcdb73-b7d5-4e50-b35c-fd4f72ac35e5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,c7dbf9e4-7156-4bb7-9d18-09f6eb87fdd4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,a8a6e610-3207-436a-a84d-5e7e1228e87e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,ac7c2af3-fb3f-42eb-a913-35be728aa4ed
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,kg/TJ,modeled_data,0935f225-0396-47bc-84c3-07ec24951247
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,0a938260-2173-4997-a93c-ddec0ec587b2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,ddcf72ed-f9a7-46e5-b33c-4f7064e72c2c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,f0d6c2d6-37f4-4d17-80aa-537907a221f9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,a8198fd3-356a-4929-97df-8d5770e0e8e6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,8ec9fc5b-53ee-45d2-a6d7-4d558f6292cb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,9f389b83-5b56-4ec1-aeca-b01734a122dc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,e412dc6a-f9f5-4af9-a093-0b87f0dbb59c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,2a3ddfd5-88d8-4951-822d-316ed6e89879
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,22e5b5e5-a9fb-4fe6-a832-36b782ab615b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,bc2c382d-b60e-4bf2-aa90-e4915f618a1d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,91bce1b3-f2b6-4990-9b26-8acd49598847
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,e20c03dd-4f0e-4c61-b497-ff64d8042ee0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,d3d47fbb-2645-48e7-b4f4-4ef82aab9fc0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,72ae5e8d-f89a-41d2-b695-00eb9f08f891
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,3142ed81-e029-4244-90eb-0c869c1eea7b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ebaf4f81-04ad-4118-b24f-101fae4e4495
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,sampling_scaled_data,b3b26fc7-2146-4b6d-b4bf-00d5a6f31930
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,94.6,kg/TJ,modeled_data,40df7276-4cbf-41d2-af84-458e1b6dfa2e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,915dc1d3-5953-43e9-93ec-2a1e25ef9467
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ad8a0ba3-1dd2-471d-8bab-672b6b6ccfbb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,cbb2f3a1-017a-4595-a127-b24f2f2aaee8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,5c143624-8688-433e-b387-7c2ef8f52a6b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,682a5cac-eda7-4bea-aac4-13d27c33e04c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,31bd0039-e6af-4751-9d4f-f74e7d376605
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,44f7e4ab-066a-4354-af23-99607d445988
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,9e2aa30f-1236-42b2-af10-f985006f1f45
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,dd93e91c-bf44-43a3-b2da-cc1a0aacb533
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,d27d878e-fda3-4da8-a0d7-8e9ccbb31791
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,0cbce3ae-9265-48e2-b6eb-a815f1021753
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,e1f31612-1980-42b6-b039-ca02e9975ca8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,f4293eb1-c7fc-413e-a1b6-be09a68390f3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,96d38566-acc4-43eb-958e-17e8057ce108
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,171fa2ef-003a-4e04-ab74-d977b85568bf
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,71fd2e0c-ca07-40b1-81a8-45dc402e4662
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,sampling_scaled_data,b5cb4baa-b47c-47c5-98e1-b5e2890ab827
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,94.6,kg/TJ,modeled_data,f52e6484-e999-47df-97f4-7e2c73fc02aa
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,af35a801-22f5-4289-bf82-344f1a3592e6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,0f14a0f1-e574-43bd-8037-3a62a8204843
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,053b3204-8482-40d2-a743-a73b1722dcdb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,3b100538-dbbc-417c-9b24-4383f60924d0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,10883bfb-f1eb-4ebe-ac67-9b44685b8ef9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,d6b09ea9-e435-4d16-8b9f-aaa1b48711d0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,f7e87096-2ab0-4799-a8b1-d1b0130c8b45
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,d40be0b0-be3a-42d6-900b-ae37ee0ae710
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,287a336f-ba19-4817-8036-9eae46c4d885
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,4aa00b8a-c8d7-4f42-b576-eb1c82f52ce4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,2abded6c-7ed0-414f-9255-10cc336c5554
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,987b83a1-b8e8-439d-a6af-9c5bf4c691f6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,4a9052a6-c844-4085-b206-89810fc8a3b4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,8d4caf68-246a-4677-8402-13418017887e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,1cffcdf8-a698-4d1e-af3a-0f8d222453c3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,fuel_combustion_consumption,ebcd7ca5-1458-44c1-8ba2-544a8fd95234
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,sampling_scaled_data,395ee3af-c22e-48ce-85ca-f671ce5dc263
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,94.6,kg/TJ,modeled_data,3839d981-7701-40e2-b8ea-da7911deea2c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,c9f7988a-f1e3-4c7f-8391-61ebed48515c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ffbf596e-1317-4842-93ee-5cdca7d8839b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,20a6a9b9-12ae-4daf-98a6-a57479ce98d4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,7ed8e44c-d300-4292-b318-a6550f1035dd
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,225f72f3-4aff-4511-a841-5714cb9987c4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,8f633cbf-d913-46ba-af99-0ae938baf3ce
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,68910fd8-3d51-406d-b21d-d1eac48ecb5a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,dce090d5-95fd-4b01-81eb-97fa4c9cf49d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,cf27f20d-d06e-471e-ae82-a23a5ad14fdd
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,d89d22f3-a26d-4bbd-a49f-9e78f0040819
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,bc989016-6891-4ae4-a22b-19d78bf0cda8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,52991965-8d16-4e0f-884d-1f52ee125166
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,0d755215-6456-4f7b-892e-97578f7d6eb5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,ca92f259-c476-4d2a-995d-e6c8a9607189
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,4cc630a1-3247-471f-9c9e-8338857af22b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,fuel_combustion_consumption,b7b96238-f15a-4b41-9439-5896f8ecf622
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,sampling_scaled_data,27f97454-10d0-4c1c-a1ad-6dfd2a47d893
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,94.6,kg/TJ,modeled_data,11483a35-59b7-4c06-a774-cef0002d1876
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,db151515-ff1e-4c96-9684-33bd6d7d5412
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,09a268f5-82d3-44b7-afd2-8668bfcc153b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,17f179d9-db49-4356-8a05-4bafca7e68bb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,05fb263b-2438-42e9-9cdf-adf6d4c8454b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a9f8c394-e8ac-4ad1-8bcd-5791f6de933c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,d0fc31b1-60d8-46c1-8c38-4973726f4286
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,04d61e4b-64af-4dbb-baf3-96ee894f41fb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a8474eb4-c662-4177-9578-a3ff16699032
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,739b7cd5-4f68-435c-aef0-29570fed36a2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,e3e815f2-b6a0-41cd-9a62-17c9d489a762
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,a9404b25-26cf-4bf6-a43e-50663342665f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,c55ebdb6-ac35-4ca4-8e0e-42015f95b6ef
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,550a50cc-cd69-4b3f-a0df-411980be11d4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,b9583023-a711-4dc2-8d0f-f76205057461
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,34c7961c-a3bd-4f3d-8881-5ebe6d1519ae
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,fuel_combustion_consumption,56f8e62c-d47c-4bf9-8a18-5356b0b86aab
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,sampling_scaled_data,640982da-07a9-4375-8551-2634b8a7b381
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,kg/TJ,modeled_data,083a7e4a-799a-4ae1-b2d0-1f0559b7d6ad
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,e9f88448-a7b3-4412-b9a4-6522eaf72b01
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,feabdc1e-03ce-4110-abbe-22323fd89821
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,4eec4e7f-573a-4fc4-a7b8-23687a4877c3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,039d6940-00eb-40f1-b7fd-8081b8807a30
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,33bdb4cf-ec19-49e2-8102-c9e319daaeae
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,8269a7bf-81ad-4f33-8154-301723939674
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,e55451d1-e956-44ef-b8b6-341483a83641
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,38d7e862-3d8c-4090-8abc-dc5c48ef4faf
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,a9c3998f-5c7d-44e9-b933-662ec4934b22
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,0581c51c-ad4d-441c-a5a8-a80e91d2cdf3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,5ed3c64f-21b2-46c9-9aa2-5bb2e085b8b9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,7b38507e-e785-46da-bcae-e1870ea25ca3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,bec9550a-f425-470f-90e4-b01983e0b78e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,dad5a386-4038-4b3d-ab0d-12b3c93cdc6a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,35962881-9126-4eee-8e0b-f7131bea77fc
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,2dcf2a58-ddb2-4569-8cda-9db33f46cbc2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,a0d5e783-67a4-440e-b2b1-ff13036f6cb8
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,kg/TJ,modeled_data,8c93154e-32e8-416c-a5bc-0887ac0f2b39
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,ce8cfe2d-d021-4773-a571-d47e55901e15
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,ec7714bf-ad61-4a9a-8a60-e226b999b4bf
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,5a771ab3-cc08-4ba9-9fb8-ce56244c5196
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,40d84e24-371f-4c3c-bd6b-be36aedb3813
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,62b2ea6a-1f97-4f19-ba1b-8366b86f8661
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,45faa4a1-794e-47c0-9575-1b59809e210a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,9776aec7-1765-4185-9138-9f56805c9f62
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,f63f249d-546b-451f-af00-6fa0dbe3eac4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,5011cd0c-5d14-4fc7-977c-481ae48e2fab
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,619c7fec-9171-41e0-8ef9-03007dfa1647
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,3fe0307d-54b7-49c3-8f33-d9e226cac148
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,4901e484-ec01-4dfa-8fd2-94fa3d7e4f5c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,172e31a3-d6d8-4a57-89ae-17b581b6dc36
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,9c1d2efa-45e4-42dc-bf23-267538dc0ca4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,66bdb55b-d7dd-456d-89cc-c26cf0e4ea73
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,6e8bbfda-488f-4d45-9989-9ea556a69d44
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,sampling_scaled_data,dee37676-eb5a-4b50-a373-870c87692696
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,kg/TJ,modeled_data,0efb9f5f-d4b9-456e-bd30-1bdb93cb562f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,7dfc609f-4a93-412f-a02f-3c37ec5697b1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,8d9196c6-4478-4ca5-92c8-875e4d0e4300
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,d36165f9-f1b3-4737-b9b4-0fb1b38dfb8c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,e2436a86-7649-471e-97aa-747cc23eabbc
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,9f0f647d-0fa9-47e0-8248-2de37b294079
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,ca109541-b9c7-4130-a7fa-c0d1b514303e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,1771f074-386c-4256-beaa-d42083fd86c1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,9ef342c2-dc58-4d7a-9ca8-08da58f68456
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,220b5a3d-7385-44d1-b3ab-5977160b84f7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,ff73f8f9-7aa3-48ec-83e0-fbf6e38dcfce
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,a604ee4b-7de6-4300-94c6-87e984bd99b6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,29eb77b8-6ec0-40d9-a384-1f9767dcc363
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,b2ed706e-6542-459c-9023-3a84dae65636
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,98e7f572-b04e-4638-90fa-d0cded1a571a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,20be1774-ea78-475a-8b84-d5342c26bf57
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,fuel_combustion_consumption,30affb90-e28a-4e19-8473-987accd07b0b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,sampling_scaled_data,a6b22164-eb80-4ff0-979c-cfb2e6c2cadd
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,101.2,kg/TJ,modeled_data,398f0f58-fe3e-464f-8b4e-b5af86f5ab72
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,a8fcaa4d-ce1e-47a4-9c47-52cbf1b4d815
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,ad2c9df5-6f00-4ab3-a1f5-d2ec321c05f1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,e535c7bc-0f97-4398-a015-4f2e721a6455
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,7d9e53ab-efc9-4730-b336-ec3aba2fbf44
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,ec4d9df7-247c-4b38-93e3-56d10148cf4a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,c7e82056-df51-4979-9760-3eaf0e45aa85
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,f95806e0-a1f5-49cb-bea5-08c29427b18e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,d96af359-3165-4016-a045-6f2eeea0fec7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,09bb5fbf-a47a-4eb2-9cde-5b1e76ee2ea1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,f1510c27-a0a9-4af2-af30-e70ae699a0e9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,440c6b7d-c6d0-4e15-aa37-3f2564cb34bc
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,c3c83bb4-bd69-4c91-95a5-143ab0e7e235
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,6b6b6588-66ce-49e4-b8b3-ec0ffc6ea56e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,bd709156-c0d1-4680-90e2-bfdb29493b57
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,eadde22e-1789-4ce3-a817-55cbf4a86ba6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,fuel_combustion_consumption,b671fff0-dec0-4aa2-b64c-116cc30eb5fa
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,sampling_scaled_data,348596dd-a7ab-4b6d-8f4f-0834c1ceaa73
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,30.02,tC/TJ,101.2,kg/TJ,modeled_data,5d6eaa54-fa31-440e-b01a-6fab18e5ce3a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,4b517896-ac37-4111-be69-06ddaa737d08
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,83eedc79-8fbf-4274-b814-dad80c86212c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,952bb199-6cce-46f7-9fb9-ccf45ddcf14b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,7094bafd-b7db-426b-b825-af43871eaebf
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,aafbb342-723b-418b-9a20-1dddf5c74f84
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,10668589-f6a9-4ce2-8765-e623cacccf22
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,88859132-4061-4a2d-b9ff-1ff6ecb71faa
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,8fb1cc36-ca3c-48da-9a65-4c9f1c8d80ad
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,bda0e61e-1150-406a-a3be-c89225205b5b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,032365b2-1071-4d33-b0c0-91fc5d33de5b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,392ffbf9-26b1-4ca2-80fa-b1ec46a99fb7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,d8a2b49f-b7fe-4597-afe6-2745d3fd77cd
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,c6d31eb7-123b-40c7-b4da-9a5d4b2c3c47
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,c20b6a90-bf85-4044-95fe-c1e5c65e0119
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,1e16b13c-2bee-4890-abdb-f3606335a609
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,fuel_combustion_consumption,8fe05b82-aca3-42d9-a006-5ee7da9c8ade
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,sampling_scaled_data,8372cf7b-d676-43fa-b4ef-f61fa08c90a6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,kg/TJ,modeled_data,48af78a3-ccbb-4938-bb7c-25b82bce1fa2
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,3891d347-f53d-467c-9c5b-d897a51f859d
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,12169cdd-8377-4211-920b-d692544416e8
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,128592b2-841b-4b92-8f45-2928b5d460b4
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,9a59079c-effe-49d7-8c55-bcb7c4530b75
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,47ff64b6-80d7-4597-a883-002fbcebea88
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,b4891e78-3553-42c2-9399-e51f7a91ed7e
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,bcf23464-ab3b-45c5-ac00-e4e568d01190
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,3f5e9979-96ba-42f9-a00a-a9ac906710ed
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,43fd70fc-2d37-471c-8fa7-d6642008f878
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,13c0e2e9-7edb-4fe7-96eb-acefaa8c6b3b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,0b756c8b-d1b2-467e-ad97-e5adb98cbcfe
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,5878c68f-8bf0-482d-9dc8-889700671c2c
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,3b7a62eb-2e6f-4911-bfde-81a9f4556f45
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,19a3d4b5-cca3-4878-bdd9-33369d06216e
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,f43350e3-cabe-4648-a6ea-0be3f6efe578
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,fuel_combustion_consumption,a86140ba-d352-40ff-a5e8-82bfcfe95753
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,sampling_scaled_data,de5cd4b8-d812-4baa-802a-8243b07c3d82
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,kg/TJ,modeled_data,370563bd-26d5-422c-aea9-4dea763fdab0
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,1609bc26-e748-41df-9acd-2bd2122c3d23
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,c1a0933d-12ec-4f63-a684-1b54be263586
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,1147870c-26bb-4d24-b136-1a854b081f66
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,1ad962c7-d679-44b4-ac1d-9116c35c166d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,ccba0c5e-9f22-4257-8836-48c3dac36a4d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,51351168-f852-4ab3-b2a8-93c478492a88
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,c0b517c8-8c8e-4f6e-82f6-9035ed9dc110
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,5e9a16de-c702-48b0-a255-890d43edb6fb
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,67ab450c-d74c-40dc-b3a6-b15130b2d0f3
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,fc837fb5-bb7c-458b-a13b-f99a4d03c2b3
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,857084e2-48d4-4883-82f9-29930a486eec
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,1e6eaa53-70fe-4be9-941f-11f3844b07da
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,9d8bb3d3-d56d-4d93-9cb1-d437612ed083
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,b35e7d01-b463-4466-b31f-b9acb19ce155
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,48656269-9298-4e61-ac02-a800e3d4d001
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,22edabaf-5ede-4cd1-993a-91b086e6775a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,cb7762a1-6ac4-4089-9547-e9b24dd94f17
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,70efd87e-2a20-412b-924a-2d25e21d5347
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,b3537cc0-4793-413f-9ad9-85311869bd13
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,6718d078-836b-44d9-a60a-a1ba6b22aaef
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,5a7d5f07-69e3-43dc-ad97-11257f854401
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,ee493b35-c6b5-41cc-b6f7-5afb9e4c7df2
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,6937f180-8a13-48d7-8d40-27e25a0bf2f8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,adf25a31-7992-49df-b330-4a64111ae4f5
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,dc493c4f-a6a1-429d-b596-0d061e179941
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,a4d4c05e-4227-444b-ae58-38013c443482
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,2b78bb5c-9db9-4336-bae6-86ff1140592c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,f4c98674-3a3e-4ff7-9429-09745dc5ec34
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,e821d965-1cb0-4bea-8446-c75011496c56
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,ba11e43c-58c0-4cfc-b851-dfdf9e2dfd20
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,22ea7e8a-2302-4d1b-a6cd-983d3f8fbc21
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,70517b34-8dde-4382-bf20-580769136511
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,244423e1-e4ce-499f-aa7b-893481203caa
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,36fb6ab5-32bf-414e-8fd3-6ec71a3f7cc4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,e712d807-5822-4526-a930-d45d09d7c197
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,269b6c0b-1419-40f8-92ed-346bbfc0de18
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,8ca8397b-3644-47d4-b1f7-a68d6091866b
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,5e24ec34-f277-4d61-9621-0711e6c464cc
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,877b5424-d531-4654-b76e-de0e51f3e3e7
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,d51e0239-336f-473c-bb66-2298a5feaa16
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,367ed05b-a6b3-4c0e-85a1-ebc6d99ea883
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,34e87366-7ca8-4709-ac29-6a0a113d8bbe
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,077936fc-e9a2-4d6c-a6ee-d3a83de14dcd
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,16736ff3-b8d3-4c4e-8d0e-7d620b332fda
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,76b5340b-25ce-4bb6-a966-cfef13b66edb
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,b9a6bc49-6dc2-4d61-a9f9-46cf75b77b29
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,3fccfaa0-774c-4291-9e13-2c5ca63db6d8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,7942ba16-6ce4-4151-9d2b-6098607c5543
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,f6ba6451-7e5b-4b14-9ff5-b4d31973e26c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,26d28020-2032-4fc9-9f12-08ae57703f73
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,38017258-79ba-4454-9018-6e1b1d67ac7f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,abea99f0-ac50-4f7b-855d-8e31f9473330
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,36b03e27-30c0-4fb4-8211-beefa41ddc1f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,dd555069-0136-4770-8de9-a178e197ffd4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,d83b3910-f87f-44b6-80a8-ba959c259590
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,f53293b9-01da-45b2-8825-e9d777b50954
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,231e046c-feb6-40a7-a7be-be0db97d29e7
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,66ef32b1-09fc-44e5-ba0a-eda1ac300fdf
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,fe9b7d47-6f8a-49c3-b511-b5c7839cb556
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,825ec55f-2bfd-42fa-a23f-6f586ae27226
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,a67e2b30-230c-48a7-92bf-744fc7d00cbc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,27fa912e-d2ac-4d82-8e70-775a4d2104f7
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,35d2b1ca-42d0-4b2a-8aa5-57d4d5395c28
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,3807f3b9-6a8a-4512-9479-cc588110fece
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,e479695c-c420-4f62-a23c-838554503093
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,4addbabc-6022-475b-9dd0-64598ddf2b72
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,b2154c9e-3c8e-48f1-9ebf-4ccf34f162f9
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,02560b5f-672e-466d-b434-bfdafc8c73d1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,2e75d68e-2496-4b7a-b22f-5a81f1c53059
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,fuel_combustion_consumption,3a450b1e-7eb1-4094-b206-10740332a728
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,sampling_scaled_data,799d4a0c-fa51-42e8-a61f-6987f5882ef9
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,kg/TJ,modeled_data,0c60a248-33ca-46e4-90e9-c6f49eb332ae
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,2297b7da-5eb8-45b7-bbd6-bff4e71f7afc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,7e7d8a52-2c39-4632-8270-8be694dfd3e4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,2a9d0c3b-9442-4898-98f8-895c27cf67e6
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,9c1e1a94-29e5-4968-be26-608cf4d02b6c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,a6f2729d-93c3-43cc-beeb-a44ea9f78b9b
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,8b713250-866b-4729-ae10-b0944908ef4c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,bd9e1bdd-6356-4a46-94c3-1ae11442f070
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,1987483e-2689-4e98-b95f-99df18e12e5d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,545003af-0cbb-4919-9420-5e7e37b32e8b
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,3e6e33e7-2ca0-4e49-8c82-c36f9a8e0e2a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,358f2978-7244-449d-9d73-a2dd6ee84e8c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,1fea56a4-e387-4f53-b7ed-4183d61b8a4b
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,5099b18a-c682-485f-a4bf-f15248b3b94c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,c71dac52-e82e-4e7e-88fa-a4e5e033f6bb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,7a668c02-37a1-4780-8cc7-e090e4217864
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,fuel_combustion_consumption,af66225c-6d89-4490-a882-1ef4b56204d4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,sampling_scaled_data,34fc63a0-67a4-47df-8142-b2203385c49f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,77.0,kg/TJ,modeled_data,7b3b6f53-f145-4403-aa30-d88909fa51ca
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,b95c9c40-0443-44cf-850d-068d564c7de5
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,a0efb160-3729-467f-a60d-b69b905a91ff
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,55e1cca8-f26b-4da8-897a-e2f14285c7ff
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,41034078-d5b0-45ef-8194-a002747c93e8
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,8a854839-9bf1-4b6d-a3a5-262078d641c0
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,aee34c1f-5cf3-49ee-a8fc-e99a49e9b794
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,c51359c7-565f-49c3-afd2-123cc3c4aaf6
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,87c3e1ae-94e5-4198-81c9-3d4ce79760bb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,61598675-0f61-46e9-9a38-740684f67e97
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,d9f31b9c-33f2-4cc3-991b-86dfd13c4b6f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,598fa8f2-1d98-496d-a73f-ad3d34ef3b70
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,9d592f2e-7639-4d3c-bc53-593148fb3c7f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,2fe318dd-4823-49d8-a7b2-8865713e9693
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,a01098b8-8f98-4523-9e0f-91f1d2ffd66f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,fca5423e-7351-4ee3-990d-a41cc1fe69b1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,fuel_combustion_consumption,b3ea25d9-03d6-4e6c-a462-8e32a5bbfffb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,sampling_scaled_data,606a22b6-55ed-469d-a55d-2e4131639a66
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,20.18,tC/TJ,77.0,kg/TJ,modeled_data,649ddfc5-7cc4-42bf-8829-d6269668eab5
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,96b31e8a-e0a6-4fb1-83c7-81c5e8c88368
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,5ab35959-78e5-4ff3-8db6-8a4798767e29
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,871a2e38-48a1-4af5-aea2-b643109b5d39
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,11bc32d8-f6cf-4654-8780-db6cbc73da40
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,64b5f893-bcfc-443c-83b8-32bab519c905
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,70279de9-39b9-46e6-a7e5-0a9f7ea7a16b
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,6b2976b9-b084-4c02-bb76-2dac6c24fcb2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,ef008c51-7e41-42f4-89d7-660efea28a1a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,ba7ce842-6426-44cd-8b23-4e0dd9df9fc7
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,fd6465e6-4ae8-456a-a11a-122b08fe4160
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,27be7101-c6a7-4987-9f98-1e4c433c903a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,a48c3963-1c09-41b2-beaa-01f53f11322f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,e41df98f-9cf5-4f24-8181-aa97e481c84c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,139ba7b4-87db-4a3c-ad0b-99259423e92c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,664fb8a3-1a8c-4001-8c41-36e8feed00d2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2b4d3752-e2dc-4a89-87e4-d4a548cdc176
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,eab50c0d-4123-4f35-a190-10007233ceb1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,a8881e45-81da-49ad-b2ea-964185d1d803
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,37086957-e9ec-47f4-b901-cc6bdac61f89
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,62f0d53e-5803-4106-8160-a44e457edddc
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,fe69fdea-5558-4874-84a8-71ea250c53ba
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,37bc1972-d2d2-45f6-865c-bb90ff3a7460
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,53fa42bb-f5b9-4bb3-9e00-f9bb8ed18ca7
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,4e753383-5601-4f87-802f-b9b7f82b5f7f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,062999ab-b83a-4195-8bcf-2ecf13b3589c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,aa8939ce-6ebe-4c4e-8ebd-a7484ed8e68f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,383a9912-5efe-402f-814c-57153ea5f8bb
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,6e3bbba0-7838-4a09-b416-4a6795b6d506
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,ddc86afd-23ed-48b7-845b-a4dfe39323fe
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,9dd7ed11-fbad-4d14-8d8e-8c96475ad39a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,d679e85d-db4c-4cde-ba60-2aa099356182
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,30cbc55f-cfbd-4a91-bf46-b7bbe4c249b9
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,4197cb3c-ed43-408e-be1d-b07f1f69ea9e
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,8c8a63cc-586a-46fa-8b5a-9774125896f3
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,82ba39e6-446a-466b-9f85-39c594601704
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,9ca6b73e-436e-4f6d-a650-5cfe62177798
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,b8034104-4999-424f-9cee-878c450ed66c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,0c823429-2d82-4728-b69b-b0b23c09796c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,19b1ff9f-d585-443d-a348-aae82d726adf
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,1e99fe41-bb90-4bbf-b5a2-64df81506339
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6ebebae2-670a-4232-850c-8f7f934c64af
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,fdddd9e1-d156-44c4-a68d-a1b92a9de4ba
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,4e13b3ef-eda6-4542-8c57-42532194e2ad
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6a4c43dc-cbc9-4444-be89-6ed2c64b997b
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,4397e5bf-c89e-4ffe-aa6d-37faa615cf4c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,e713f85d-30de-4c2c-a02e-9e8af4253863
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,73931858-c484-4928-9e0f-1c759afb97ad
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,67101230-5153-4500-b32d-f876397cc7f7
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,a82f3087-e9e4-424b-acf2-1b0cdaf89d9e
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,d84c7780-61fd-474d-915f-d6f98558a99e
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,1eecb2ba-eb47-4647-822b-2fb4aae79ab1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,e52168a6-608b-457f-aec0-053c7b827621
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,76a6faaa-595c-401a-b5e4-24b335ff87ea
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,071a17a8-0db9-40e2-b92e-1aa676a56488
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,b122bc3f-a091-4bb5-961a-7c79e789f68c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,bc794ed7-20a3-4e38-a77d-dfc83463a6c2
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,24950446-5ca3-4639-b903-30896e64cd69
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,1f05744a-ea47-44bd-9307-0bf3a548f8c5
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,150eff38-715e-4cfd-a067-dc41244e80a6
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,436eb1e3-9520-491b-8313-66728387df39
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,e536225e-0ff5-4352-b3e4-be33a82bb082
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,a1dd0a86-c6ff-4d6a-8e32-c1b06450447c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,4c30124f-ad9e-4bf6-8d39-ca2c914436b7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,add3ddff-bde5-42c9-af08-c7d292a1ccef
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,4afb7eee-bab9-4948-982d-2a737fa68d23
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,c66f1a49-09aa-47d5-a2fb-f52207e13c26
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,44c3355f-9acf-444f-acf5-c040b8a8710d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,e8f9d225-3275-4d2c-85d2-ab9bd2a4a856
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,df3a069b-820b-4547-afec-2dd0947c4329
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2ad2282d-6dc7-4723-8e28-16aa0fbca672
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,3cb44cdd-bc04-4dbc-8704-53e241df84c9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,1d552a72-1737-4d1b-9181-65dfa06ec3fe
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,40779b29-03e9-48dc-90b3-4ec8206830fe
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e76eb312-252a-46d6-9f6f-6f0ea64eb8b5
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,ac905bb7-556c-497d-9c3a-10f9197af106
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,82c95933-b80f-46b5-826f-21a8edc5bfac
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,17d76fd0-1b56-46e8-9710-9521a0ebf74c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,2bba3d68-236f-43f7-8594-b5687347397d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,4fdf760e-54c2-43fc-aeaf-24c4396b1d1a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,65c94ef6-7b5d-464b-8064-16b726e1ada4
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,0f66d24c-e6fe-4590-b0e7-0f6896ca0d5b
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,f1fb5036-f294-47c1-b768-49b81f7f34f3
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,d045c3f7-f9d8-4d3b-a146-37a74b03cd6f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,af8d256f-42c6-4c3b-8328-256c6d0ec86d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,8161bdf5-6379-4198-8d96-c64952ec6fe8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e8e89232-2352-408c-b24b-e120b26f045e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,377a73e5-6b86-46f8-be31-69ff9f3b61d8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,169e035c-183b-4df2-aa30-3cb22bdec5e6
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,136ea76e-a9e8-49bc-82bb-cec877d54948
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,260ae2b4-59fc-4708-827d-079092114bfc
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,40a92474-4fe9-454c-8612-9be6e85c2335
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,098480ae-b1df-4c81-bd78-58dbc3802994
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,aa444f9c-d987-4b25-b4af-97f68f2e69fa
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,c560fd5d-6578-474a-a9e4-6d181b2c0c64
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,745b0f3b-3400-4460-a46e-4272a1245cb1
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,7fc277cc-0b6e-4dc2-bed5-9bdd7bae9ef1
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,f69f614c-73ac-417a-8c65-0c83fcae13c2
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,5ecd65bd-64df-4cf9-87ba-58bcb8d00274
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,d93af73f-8f54-4a26-83c2-b4b5d0868475
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,2e791dfb-9c99-4b01-b4cf-b8efd09ac353
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,b34a6583-ce74-43d7-a5a0-971c95fb8bfb
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,e23be0e8-fbbf-4062-8237-a6c3a6661830
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,b30d1bcc-d156-428a-816b-cd55a4aa127d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,87fe078b-6212-434b-a2d8-a35d935ab74f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,5a84bb28-59e2-4650-bf5d-64cfe1b50ae8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,f59ab336-e49a-46af-bd7e-80a01580f148
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,fbee4a75-efb9-434d-b807-fd2aae0af0e4
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,20.18,tC/TJ,73.33333333333333,kg/TJ,modeled_data,6a603cfd-e943-4db5-9615-991810c9d527
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,640a5588-8c68-4f2a-b00c-986cb0a06f9d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,57f554a6-d452-4f36-9330-365568bd1806
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,254389fb-69b3-4a94-ba19-900c1eee19e1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,ccbd1ebf-c2af-4200-b052-cc5d735de00b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,c08796da-3882-4201-a076-9cf1c5961f3e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,8e0b14b7-201e-44e8-9554-5f2d14e24327
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,9066b755-22d4-4aba-a77b-05d25e5d105c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,686f6bd7-c340-4a87-b61a-437f8d38a3bd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,25b46c5e-8aa5-4c91-bf29-123f06d4fc86
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,69f80a1b-e6e2-44e5-a41c-8f7de4d7558c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,78d5c6d2-f9cc-4b3e-b3e8-4b11a0ad7217
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,2d75fb0e-86bb-410c-a99c-ba7d3c0c3e86
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,d8829e0a-9f6f-432f-a11a-b5f34d53e784
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,a6165358-6353-4a6b-a02d-f13a437b1d9b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,a15bbd14-f98b-46b7-938e-dad193e5d654
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,a58e1cef-cabd-4980-b521-fa7c2d659ee6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,321c80ff-249d-41a5-b2a6-0ecf47a7c6b5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,dbba648a-99b3-4e7f-af55-4cc0ab55f03f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,202be48f-9676-4490-a517-65d7a1efd6f3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,e3f9ee21-efb8-4af1-9434-48adf73bf429
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,8c1adaaf-4a86-4d52-9095-0c285259d05b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,cff01088-4acf-4ab9-9106-d3de1f84e1ab
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,fc6b93ad-0be2-4bb5-830b-f258a9c90d6e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,90a1f80c-b627-457c-b7d4-0bc322d2bd7f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,afbacb4a-6d03-4c5e-9136-508d859fe12a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,ba4ef289-7cc1-4bd6-9e63-3d96a43e3b0e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,f5f68eb2-acd2-4476-8c22-40594ef8db6a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,98cbaed8-bcc7-4f4a-9d70-3ae950ccc17f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,a6924597-22c0-4dbb-ac4f-945d06fe9f60
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,360e1714-9d4e-4b48-881a-7e80eb49ac88
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,9a312ede-3220-4c0b-bfff-1efd1b004d8c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,f439500f-c15b-4a94-bdc4-49efc9f94b4d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,6695384d-46e4-4294-a390-3d3e06dba0ce
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,70b34653-727c-452e-9be1-c73fd6b2643a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,9e96cac4-6684-40e5-8784-63316e248c56
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,a2d05e2f-e065-4978-a886-7098c3c9935a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,4756690e-4772-46ef-afbb-5338e9fca5ec
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,1b1ffba3-21e5-4b2a-8a3d-5e10d010017d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,c04f8be8-3b4b-477c-ae50-043b9adec5b5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,8d2791d8-b175-43ba-83e5-0b90391b7828
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,0256388d-815a-4cd8-af51-44e74bac6ede
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,7e2c654a-baee-438a-8c70-2fc8080f328c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,9ddf96e7-6600-4557-bcd7-f8c969bd658a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,9c252f3d-05d9-434c-bff5-3cbfe285a471
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,68eed8d8-3dd7-4c02-a4b3-92eeaeb9a660
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,c9130dd2-642f-4cf8-a1f1-56e19b23f70e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,c1465b1b-9adc-45a6-bf48-a26f5ac67ca1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,d298cbfe-9cab-48e3-acd2-28c9baef41e8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,df57b84a-767c-4aa0-b6f1-eb1e9816f30a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,d8e4cedf-493b-44ec-907e-dc3010065b29
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,e1b179dc-db49-44cb-ab4f-8039933b61fc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,e529bd7b-e6be-483b-8efa-4952c4a08061
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,0834df69-a77e-47bd-a6b1-3a6b0309bf03
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,19.94,tC/TJ,71.13333333333333,kg/TJ,modeled_data,8bc6e9c4-6390-48d4-851c-5d2bcb715cbe
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,d1100c32-d348-407b-9127-56581959e451
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,6827a68d-f06a-471c-a992-3575fc2862dc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,dc1a20dc-15d4-4077-a7eb-c9fdcaa0c45e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,56264a9a-89c7-4e64-8d28-c8926a1aba9f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,cf933ec2-c7c9-455e-8255-22694c867ded
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,f4246063-3a0d-4608-9d04-f5a8c793b581
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,e6a32da8-4224-4814-b74c-527d5342d96b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,a6115d26-edae-48b9-b932-6a41ec9d8271
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,9712baed-781f-40e3-9ca7-cd5ed6489116
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,9d13b6a0-a9e2-47b4-ad50-b88d5423ebe3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,59ccbf72-be9a-4873-9356-947c15469bd3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,f43a092b-8d36-40c4-b896-c830669a55ee
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,90c0188d-be49-48fd-a96f-50017763bf3e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,dd2be2ba-8678-4a71-a334-d783f9a2e341
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,962d9d0c-62e2-409a-8945-ace299774b6e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,c5f25a39-5179-437a-a241-e10c62d0348b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,27eae3e4-c362-4067-9692-d9351f43a53c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,01b5f2a3-66b3-4c28-87c0-fde6c40e66ef
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,09efc3fb-21a8-49b6-9ed9-32dd8941667a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,cd7b56bd-4859-4ed8-a262-0baa4eb1e279
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,814b4b66-600a-44e8-8768-de01303dc470
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,18a3d38b-9adf-43a5-90a4-2baec4c40692
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,40da7194-bd6e-4683-84c8-bc426d0e290e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,7f670bb4-884a-4789-8915-71897842c1ee
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,fe87f5f0-9d9e-4a32-82c5-09b489a536a3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,8e5d31fe-7232-4884-b1cc-89482742a7ff
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,9282949f-49cc-47bb-88f6-dfee15ccb0b9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,8994f923-1a89-4ab8-81a6-4f07324b5a03
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,047c1b05-6d06-4eb6-b678-6e8049357318
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,7c35155f-00cf-4b7e-8715-2995cccdd71e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,0fa33f80-87ce-4ad2-b594-680326558cf2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,bb9f1df5-75dc-4fc9-8214-96e3cc3afa83
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,b4a93e90-a31f-4720-81b9-89dbf445f943
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,34d59c71-0cb1-4b04-a61b-ea21724e81c3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,ceb2409a-db40-4f7e-8368-cbe08af2eb75
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,837a342c-4136-476e-8b64-b0b5c72f21d5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,0d83588b-eed5-4c76-815d-4e33c284d50c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,d0db74ba-3c64-4a56-833d-ff5080dcb65f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,79a65bcf-77ef-454d-9503-ebc4573d74cf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,a399a1d6-5343-4887-87c1-720e622c0b5d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,49fd28e0-cdfc-440c-948d-ca341fc58315
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,ed4550af-caf8-41bf-8fc8-8abff7dbc547
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,f98de37b-cc8b-4df5-93e1-6b86f587d759
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,f9430392-a193-413c-97f2-626b753792a9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,ab51a458-0c6a-431b-bd0d-dcf03b35154f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,bcf573e7-f8b1-4b82-b8fa-b907d51311b7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,6de94264-a401-473c-bf66-9f8554eabf54
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,ae0b913a-64a2-497c-a2b5-be55a685b155
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,58b60819-65e8-465e-9673-55e79a9cf44c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,96d11d9f-16dd-4b10-9011-001d459b5a10
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,86700cd1-2a88-4b8b-b8e1-e870f6665c09
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,fuel_combustion_consumption,60ae4e99-7aad-4831-96fc-c4962d2bf3b8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,sampling_scaled_data,3376c203-4385-49fa-af7c-4da8546ede51
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,kg/TJ,modeled_data,00275c04-003d-486a-80b7-f8dd14bce457
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,9d33ee39-336c-41a3-8782-14aad550065d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,4ea24d39-a161-4d4d-868e-94eb7c1560dc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,456a36be-3f11-41d9-bec3-93888c65060d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,67bce895-22b6-4e17-9f13-0cfca902cf10
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,d3b0fc3c-8cc4-4d9d-bde0-1344321d64e3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,4505f70b-254c-4aa9-a4e4-fb24d08eb2a3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,400cf839-e39e-4c03-821d-c0ecc8e29457
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,386f61ac-091e-4ae5-9b50-53a986776fd6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,ec91e111-87b3-4425-85a1-4a413ca2ce14
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,08a75ca0-42f9-44fb-ac21-f93c1a580ba8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,b6eca58d-2bf8-46ed-b5b9-4aa2dd67b7cc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,7dbb11be-1d7c-426c-b543-825f5f1208ac
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,4b1f581f-8d87-4a1f-bf55-e78ac0a23783
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,b3049a6c-61f9-445b-8480-043baa561316
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,b11b8cc7-ee06-432d-b7cb-a1e88a6ea2b5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,fuel_combustion_consumption,00286f18-689e-4a1a-a889-d496db84a0e2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,sampling_scaled_data,8a65b47c-a6dc-455c-996e-68ea30b59251
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,kg/TJ,modeled_data,78723eca-0196-47e8-82de-3403bf213f74
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,6d81bbcb-aa36-4a3d-ac99-d66410cd13d8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,cbc16928-2127-4895-9f7c-3b6712d1faf2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,c6e0704d-0904-484c-acb8-7c34602f31f5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,f57cbfd4-3780-4a44-9c6e-4f3c99aae4f9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,304be47a-9010-4394-85ac-0543cca1bf28
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,f16b97d9-05be-4c1d-a614-86e3481273c5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,b6929acb-3818-4c33-9608-9db3acde2f26
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,630261b5-6a8c-4f05-b861-cfec50b4e64d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,827be2d5-128b-465b-ba17-3952d2d615c9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,3002d078-6b2c-4f27-ad14-16ee5c9828bc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,9245afae-d6f0-4e06-88bf-b64439fd88be
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,70270e89-c4e7-4c54-805f-70a4f7990272
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,bd6dcafd-ea8d-4e4a-af10-890579d2f1e2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,99d4cb00-d8ff-4c82-aa0c-d28fa662f54d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,c43f6db6-8516-48d1-a200-2126f4521823
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,fuel_combustion_consumption,e01b22be-92a7-4aca-a875-9336a0661e8f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,sampling_scaled_data,c976b282-d623-46cc-b441-7e5783360e16
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,69.3,kg/TJ,modeled_data,e32c7ee6-47d7-4b51-b5b9-d40cb46cb3d3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,4790de0d-7eff-4d07-adce-fc9a9fc8da51
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,aec17684-171a-4b3e-91ce-56ba4dfc5525
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,e4fb0f20-ebdc-47b4-a8da-dd2c143cdc01
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,05a24102-84ae-48b2-b9da-d66693afcd61
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,d239d053-5e6f-42b6-bd89-afc1645541f9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,53a66f54-69df-4f2b-b13c-cfb618f12a1f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,8f737ffd-ecd1-4d0a-9daa-60dbb50034b0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,5c2877b9-e318-492a-b8a1-703587a3ebca
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,667781b1-079a-49d5-9926-40153978569f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,2356664b-7079-4767-a6cb-e5a844914c65
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,d174a215-9855-4010-a38a-8062018633ea
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,6d7e5336-0878-46e0-a2d5-1f4f3b97cb11
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,9e3bf1fd-cc12-491b-a9a3-f5de101a3581
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,32348fd4-e85f-4764-89fa-f1d381d2b524
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,ceaaff66-c5fd-461b-b970-ef3d01eb5147
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,fuel_combustion_consumption,648e71b8-86d6-4d49-9457-03a487fa31e1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,sampling_scaled_data,7bda79a9-a656-4e03-8906-72b62ebb54c1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,19.94,tC/TJ,69.3,kg/TJ,modeled_data,d2faca20-1777-4b03-91fb-cfa99b55c9a1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,4cb684de-acab-4077-b19e-523a35c2535f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,832706a1-73e0-4bc0-95f5-51c4a650b996
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,fa85b7b4-1126-4354-a4c6-97017a9bf8a5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,47c31b7e-73d6-44f2-8015-7bdab5e86f8d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,2f427746-ea93-4186-bb86-e8121c9d0c13
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,db2f1df3-56b4-4ea0-841b-4a83c261d82d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,96a46f66-7f88-4744-b4ac-9ceba286dd4a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,7ffabc21-fb9b-4b51-8e17-64ffb7d09910
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,428ae49b-97d7-4cd7-a8a1-65b1cb42561d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,d919c6a3-14e5-438c-afb3-735f2eb86d5f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,0addc337-94d8-45f4-9732-81af01c26dbe
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,edb23c5f-5bd5-4cf2-8e94-0ea5df0ea220
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,b5bec580-6dbe-47ad-ad6b-eed978447eec
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,17b03ceb-e2d2-4b64-91d6-0060d1892d7e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,df1853c8-2bbb-45e3-a076-5b5e3c1a154f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,3d20350c-a67d-4ab4-bb02-e33b1703e390
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,c2506fd6-06f6-4c8b-be3c-2305f456308a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,kg/TJ,modeled_data,3d7d9d73-16e7-4763-811d-0c98c7f37634
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,59a5741c-21e3-4b71-bfda-31c41d2d26d6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,7bc58a6e-14b4-4945-9cc5-0829889cd011
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,ae0dd287-ded7-4a0d-a21d-182b84d4b520
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,5a69b273-13a1-4dff-a089-f46fa7068f19
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,f0781f04-4546-4050-990f-74daf4b08fb3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,12ae67d7-f197-4052-a0ea-c5b36d5e538e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,7f8c96f3-cdb5-4406-bcf0-401900c6755e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,c24408a5-b555-43fd-87f8-fec6892b10ad
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,99f5ba6e-ce86-459f-80cd-8597b03f184d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,dfe3dbb7-d00c-4393-a900-38ed3f3ecb94
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,1e2a9f22-9eeb-403f-815a-8d1b86180053
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,ce280719-74f8-45b1-8bb1-00e5137dd75d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,4c762669-465f-4542-a051-b2a15726a989
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,2b91d138-53ee-4d3f-bd76-518ef849c4bf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,b68e6082-b5ce-4ece-9116-3936171c0363
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,5bb3d963-2272-4032-985c-accde367a2a5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,e8bc869f-8579-4427-a01e-c034e27dee83
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,kg/TJ,modeled_data,481c176a-818c-44b3-8a58-ac93f790ea61
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,ea62ee2b-4160-4628-8c5f-5b964c933cf1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,19632ff7-bdf4-43f1-b33c-8f5f8c6c7434
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,82079108-f014-46d0-aec1-956f7e32438f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,6a016dd2-9ae6-431b-af3c-474ee50944a5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,1712caea-2fb8-43ff-ad48-0862ce6572ce
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,d7da0272-011e-48bc-b584-b2cf2181768d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,a753c3e5-49ce-4016-8bc5-8d379ae20d79
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,e7b8fbd4-9497-4142-8c85-a894e2c2108d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,0affe6e2-fdc5-4d5d-994f-a64339dedd32
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,49ba82a5-c544-4661-98a4-30945ae3a036
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,1f92f094-9e9e-45ef-b47d-d342f790a3da
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,c65cbc15-79a4-4bd6-a66e-edb03a2c9aa8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,50fd7cdf-760e-47ef-a26a-acbe014bb449
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,261d5fc1-3bf4-47f7-8fb3-61eab8d5f57d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,923cb40d-c610-43c9-896d-61edb7c9fbcb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,fuel_combustion_consumption,22329bba-41e6-4d43-bce9-33264f39ed94
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,sampling_scaled_data,d2044b87-88a1-4b2b-9e9a-018340ed4fe8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,kg/TJ,modeled_data,5e852da3-f77d-426f-b326-826155e29d2d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,440d120e-d55f-47cc-807c-20a4020d852c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,3a6892ac-da2d-464c-9fea-704c3e81a958
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,a19644b6-7dc1-463a-a9db-a2da0f4f10ff
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,10b62ea7-c431-4244-ba66-376bd2a5ba11
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,6dd31e1a-6f64-4c38-9608-4c102241e974
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,0880a824-b49e-4229-a135-e6d4f7bf08dc
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,10e609d9-418c-49f3-9da3-2518577cf7ad
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,5c83f085-d7cc-4ad4-85cc-d6668df806e3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,b1263734-36e5-4e4b-a237-87112affa2a3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,3fe85368-6f49-40b6-958a-021f871cec80
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,b973cd2e-e4f0-4a6c-bd48-e233fa5fd6ac
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,17d71cd8-3a86-4736-b898-e98f2e3e2f9d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,028fc0c7-2a66-4abc-95ab-8b78d7879f27
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,18774a01-a60f-477b-9208-beeea2503ca7
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,09d9e4d3-c680-4e09-a13a-e4bc37763bf0
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,fuel_combustion_consumption,1900e273-9937-4cb3-a182-6fe201c55eb8
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,sampling_scaled_data,006bdd65-cb35-439b-a564-772c049c2f8a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,kg/TJ,modeled_data,333e8533-bc3a-4876-b0ed-40721e4a517e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,079ba7e7-58c5-4d1d-860d-f9423cecf24b
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,2d4d66fe-5b6e-48ed-a25f-37a5baa6347e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,682b41d6-0556-43ef-8821-f236dfb0291a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,a594cbf0-5d83-4c7f-9a7e-9252d445885d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,ae9b64e5-2abd-47bd-89ca-a921543b8b50
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,4b5d0f7c-24c6-44d5-9bb4-cafa7b06530c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,4ea951fa-63ad-4f7f-926b-55142f1a94b8
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,2697629c-c67b-4f8d-a9ed-27a5ff6c07f1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,c3475f16-8711-42ac-be7c-a8d2adae9a31
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,b4c02b73-2458-4ced-a960-ac6e0b2cc5fd
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,5565ac94-1fc8-4bdd-8231-ce3a4e3aedab
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,f46dc2d6-54bc-4fc5-ad62-4b7e8dc13bab
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,e6c19e18-8f4f-4fe0-ac81-0ad887bd9570
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,c3fb13fc-21ee-4195-a090-0cc6990cf448
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,e7da2c94-af85-4168-a157-3448eeb3e7e7
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,fuel_combustion_consumption,78ba1ff1-4003-48a5-9c86-dd5698dc78fd
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,sampling_scaled_data,716feae7-8008-4351-8a64-e424c757dd4d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.13333333333333,kg/TJ,modeled_data,ba8d988a-8fdc-43e0-b69a-8fdb1e56fa49
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,66757173-2ad4-4aff-a147-6f1d3dfb7f9b
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,1c703dd8-4970-45c4-8181-90fc6b854190
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,76febcd3-2330-4eae-8539-b5def18a077e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,b6fa3626-97e1-4eef-bef6-efd3a19e773a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,7367b1a0-c9c8-42d2-815c-f38c4abd0958
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,661715d7-c99c-42b2-9af0-a143b11898ac
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,2de8675f-7e4a-4f93-9b39-15fe09c1c20c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,211e2262-7abf-401d-b6ad-a32994c37505
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,4db1f854-9a6e-43b0-8bd5-7793385b9fd5
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,630705d9-6c77-43bc-8063-b8f9c293bfb6
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,05bcfe96-1b53-4348-9c2b-db203e7682d3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,0b53cd9e-dd67-4c42-b1e8-93243d9a570e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,923b8455-7a84-4790-bfc4-727d16ad5133
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,bd8cb983-47e2-48c9-bc1b-1a84f592f19d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,237e9a6c-4050-4764-b82b-e9fb27a11fdf
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,fuel_combustion_consumption,4f5fb0e4-d357-4808-8b3e-5a377ffa970f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,sampling_scaled_data,76817d90-c0cb-461c-8632-bb99e9447349
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.13333333333333,kg/TJ,modeled_data,b8b9ba83-64ce-4a14-b6c2-a280b93a19b6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,7483005f-e3dd-4615-8d3f-384e9b183766
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,7e06ba4a-30cc-492e-9cd4-a2e792376d56
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,bd6ee1eb-bfea-45a2-9134-d95983fc5383
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,ed208df3-f973-471c-b80a-27fbaa51f635
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,76db8c67-7371-4971-be20-a0cf1488453b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,c11cf5ea-82f5-4f06-8a0b-dd91d31ed765
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,1d80ba85-3897-45c3-97aa-e2d454340859
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,9cf68ed0-ac50-4c6c-aa2c-ff71098be8f4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,83517c2e-8e8d-49a7-9026-46514c3e071b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,64123bee-5333-4f6c-9df1-a6fbc0e0f012
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,9ccdff38-2e2f-4b55-8be0-4b6ad7c5f9fc
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,9f8decd8-8fe2-4d6e-8087-595522e5a07f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,34440b89-5660-419f-8361-2aadee2b7f9f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,6dded61a-9a22-495f-9c41-a467635f2aa3
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,5b86d9ae-b20d-4d5d-bb1f-e316bb98be42
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,fuel_combustion_consumption,ffbd3895-84e6-4591-a118-f7f8cfc87d7a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,sampling_scaled_data,b7cf7b7e-c4e8-4112-ba9c-02defed687cd
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,kg/TJ,modeled_data,4236680c-deae-440f-843e-11d644cc2ebb
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,3df640e0-d927-4544-aba1-b105c1b03fb6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,3d3bc155-c665-4d1c-bf9d-f8ab2f59d059
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,acd6ad08-3deb-4763-bce3-1d7cfa0384e2
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,d3cf284d-fbb3-4f98-bdc5-22e275727ec1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,1b4be2ee-af8f-4b58-bccf-251156672d17
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,e9fc4031-7917-4990-b039-2c0b816d99b5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,5a95f3d1-c66b-485c-a2fd-219459f6f390
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,bdf21dea-38c9-4fc2-9175-315111683f46
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,f2dc9d02-d66b-4f64-82e2-e49617cfacb7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,938eca2d-aa12-4988-ac04-336445bc11fd
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,c01d2b70-b276-4742-83c3-6641598cc3de
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,3b92ffc3-dc4f-47cb-94d6-0f468b45fce4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,1e071b40-0385-4c5f-83a3-004fdd807fab
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,883bc29b-e512-4313-88f3-4d6f4af93865
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,a1a808b0-e742-4ddb-b3af-5d29ce6481fb
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,fuel_combustion_consumption,8892b010-7bc0-41ed-9e19-0e70ffda5606
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,sampling_scaled_data,83069712-6bfa-4ed2-ae70-89a4a21cc4f4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,71.5,kg/TJ,modeled_data,bd6a0168-9f21-477d-8168-a8345fd50654
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,69ebce3a-4416-43c3-9199-47159ae7ab56
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,1fd0c608-150f-4f66-ae12-8468a03b6cfd
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,a4b18729-581d-4538-87e7-19378a949ef6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,d5a6371d-92a6-4bc1-8079-94e1fed4ba74
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,3b5b7f79-5475-41b4-984b-23c8cbdef62b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,917a2200-775c-4586-a459-508b3a275d64
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,886ff20d-9b94-4fcd-a527-aa9141e0424d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,9060552c-7ede-426b-b98e-b1f3e2a736ad
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,dde1dacb-0bc1-49c4-a0dc-1719e468a615
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,b955a817-28c6-43d0-9639-0bb80c29626b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,d5c60e08-3d3e-4305-9451-b5edf1db874f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,a2267405-c49c-4599-a4b5-fba018ffcb72
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,45a101ee-3e90-4585-949d-8568612b82c5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,64a847ca-c6af-4566-ad38-f407367aa2e1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,28b3b746-502e-4a8b-9fce-876f5f25d38f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,fuel_combustion_consumption,a34cf9f9-cfbe-42ba-b31b-8d7dca2e5a61
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,sampling_scaled_data,1b8ee9ce-495d-4a35-a3d6-799c2804503a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.92,tC/TJ,71.5,kg/TJ,modeled_data,8e69895e-9bf8-4898-9629-f63c0d0afd78
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,36b527c7-b7e1-4f25-a3f8-61f0b4ef806a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,73b5dd7a-522e-45dd-85e3-f04d1be56bd1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,ca780c06-fecf-480b-95c7-fa47ba3b977b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,d8a2eddd-da1e-4aca-8605-5430058f77b2
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,53bb75a3-c868-4711-ace0-cec441220222
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,f8d11ae2-51f4-40dd-a4fc-f2edcce36de5
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,20dc54e9-0cb3-4d69-8f46-447084f0678d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,4581cfa6-1250-4806-a48c-e966ad56b358
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,c901c83c-35c9-4b58-a98b-731f53f0aa8e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,d0479d88-3e8c-4b2d-8dc9-19c13e621fd2
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,926fe36b-968c-436f-83f4-0c9eaa40d9af
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,32531930-f151-45f1-8922-b5a1fb582a68
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,4afeaa29-635a-430f-aa6a-10fe71d2966a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,75b2dae0-9bf5-4430-8bd0-51571c8cb53d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,d5abc35a-4e27-4079-a598-5065792f0320
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,804a4ee9-e2ef-415e-b8cf-2b7fc30ef5d0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,1481a5a8-9239-49a7-9901-a9579e7239e7
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,2f6a0625-a44c-4ae2-8839-400b91f0df29
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,e8a202e3-9ac2-440b-a6c3-2324eaf44e98
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,1913b36d-88e2-45af-a9e7-e84cfb5e2932
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,fc54b36b-6425-4e08-bf08-0af92541b25b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,58708839-a873-472f-b68a-9c2e080091fb
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,42fd239c-64bc-4360-8b36-a183b31c1924
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,66d4e141-d1ae-4cdf-8dfc-7ee186bc77e6
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,b458e18e-f8e6-4074-b19e-2770c8ead7b3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,e54d7fa6-228c-4471-8c6c-fb0b508a0da9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,b7e2182b-0231-4412-b9e2-c87a34644765
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,58fc1664-ed00-4d7a-a53e-b0179912bbcb
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,ca1eb141-55b2-45a2-9b51-21d8bd944ab0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,2ac51dc0-005c-4f1d-bd2e-e6940c624c3d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,7df38896-cefc-4ea1-a411-50797699b9c3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,2396d811-e64f-4ff3-8510-609433d692c5
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,32e07609-0019-49a5-98cd-338869f1f2a0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,0286ff11-5b5b-453e-a706-a72e8e90c84a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,6408d81f-0fde-483c-b9d0-6c6b7ccce0b1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,72.96666666666665,kg/TJ,modeled_data,93010890-a6f4-43a5-9284-2d5ed03e639a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,b1752c39-2c0a-4527-9286-d3cec9377891
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,2e9302e7-23a6-42a7-8aef-802d26aac641
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,b8475939-b8b8-4772-9545-f8bbc0fcb110
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,e303ebe5-90fe-48da-b53f-e558ade64614
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,2a6d0150-e6a5-4fed-90e0-8f39e794a12e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,e58d426f-5f52-4ad9-80ba-0c0e50307617
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,fc864659-1765-4e94-909d-1a303b7a247a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,20ef9c8a-b104-474d-a4dd-f99be94ba70b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,8a954e74-b7a3-463e-bfe2-d286fd82b2a6
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,7cafea06-3b9b-4aeb-8889-2917e9542283
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,6bb921c2-f9a6-4417-9df4-f6e088cd72b8
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,f96ed42d-c67e-44e4-b0c6-7994c0dd584d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,0118814a-c7d5-4238-a02a-a12f26fcfe5d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,574ecd41-1d95-4f87-8341-ed390949fcf0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,5d6f6688-4a8c-49cf-9406-ed9a8a5cf805
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,515332d9-9008-4141-abb8-b96b9dc7020e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,77b1faba-5317-445b-b09a-9612255a9e56
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,20.46,tC/TJ,72.96666666666665,kg/TJ,modeled_data,987bf604-5b4f-4af2-8f2d-ce05d0d5baec
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,b942f6ac-3b1a-4455-9d4e-9eced7462152
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,c5d21e40-db56-436a-a277-f3e58e157c26
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,4d02a972-bd65-4563-a5f6-6a6230ad5d53
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,d7b35550-c0b8-45c4-ab7e-dcb0d237de34
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,64e8b646-716f-45bc-b6f5-740aaefa3932
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,fe97ad97-ca97-4ca2-b3cc-cf098693fd06
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,065e3524-005c-42d0-82a4-fdb6f3a16f99
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,8fc94f79-981f-4444-9ee1-e1cfbb507257
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,5b28ef5f-5eb3-4c21-a039-be7311afbd40
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,08ac5179-4aaf-45e5-89c7-94cb6bf8e357
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,0374acd9-53cc-4c03-8497-189c86ae16dd
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,c02202fa-2f09-4840-9268-c50caa6838ca
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,d1630a85-a3ad-477b-bdd5-f76d964a2e48
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,0fff25ba-fdfa-4718-b5c4-8126661df6fd
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,2cd30e8c-28e9-4770-bd06-73393c4f6565
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,02e1bd40-9721-4954-af6c-c04d3b4ba2d9
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,97809a64-dd35-47a0-9652-98194854a596
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,06f303d9-9767-45fc-8648-50d95c2d25c3
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,3e8e054d-7f0a-4411-86a3-63ceea13ce8f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,65cbee0a-7e4c-46c7-847d-62b69a17afb4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,5c1f4d39-7e32-4450-9ad4-44f0a13658ae
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,c7e0704f-6a92-418e-8d25-1a8650898564
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,2bc72957-d4a2-4da7-b9da-b37f2db80380
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,d1937810-f371-4e04-9b21-2c3c73ffdd1e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,116dad34-0000-45f1-93ad-764805619161
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,2b07826d-a75f-4ebc-a52f-333a51915092
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,e77916fb-1166-4bd5-a1f1-a085be570c0c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,56380b00-f5e8-44cd-adc3-fd66693261a0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,b05fb8cc-057f-41f4-a053-d4e6a7d45ab2
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,6bc9f306-5a0b-454c-869a-28f3b5857a54
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,7258a8bb-c23a-486b-909d-3ff18d9b85d1
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e4b7fbcf-b98a-448f-921e-5385b813110f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,d9d9c8fd-5b84-4d6f-958c-09d8bd31d592
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,d478ae5c-faaf-45c4-8aec-22a78b0cf740
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,5cba484e-1504-4a00-96ab-bb9aef7dba6b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,73.33333333333333,kg/TJ,modeled_data,bddaecef-71b2-413d-ade2-67f1a06feed6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,302876d2-a3e6-4d52-bace-9d1b429e5bd0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,da442c6c-3c14-424a-ac5f-cb0556dc9869
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,b10730dd-3378-4c5b-9b3b-6683c8a81daf
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,447ac9d2-9bef-495a-9293-2e91b93d3510
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,be344fdf-77c4-4247-9daa-0aeace9f9aed
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,1e0b31ea-1114-4448-8352-dd8cb3deeb32
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,6f5c2c69-bfda-487e-8da2-f75545697bc2
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,3f2a1e43-5124-49bb-8a5d-4942aa8296a9
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,4f09615e-4f61-4804-a1d9-af8a103baf96
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,feffc26a-e0dd-4c16-a171-f03fbaa408c2
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6e3c24fc-87b3-4945-be3f-bb5d6673b17a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,e8779752-81c8-4fb5-aa0d-d106152df3ad
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,54b760c2-ac31-4d5e-b690-9b11088cfcd6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,5fa1ce65-a472-4015-95fd-c8cf96caea46
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,66c60843-0fc8-4795-9b35-fa9a54fcb659
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,a8960582-accc-4da2-9cfe-4852521e2857
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,708c0aa9-bc38-4e7d-aba3-04d5bd2ae4c0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,20.46,tC/TJ,73.33333333333333,kg/TJ,modeled_data,214da3cf-19f0-4c39-b8a8-065b08ed49e9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,6c585cdd-940f-4175-b898-bf1639989bfc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,31478d82-5a49-4c72-90b4-e646955f7457
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,4ed1baeb-3d2a-48e4-ba85-6bcb9daadf88
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,9a436b3c-e224-4cc9-ad19-dc05c968df8d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,9f134616-3049-4aaa-b613-789d627e66e7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,4b30aa76-f1aa-4f05-89f4-27c5cfbd7c03
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,f44f7eec-0fa5-4419-bbf9-98d70d46980d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,33d9644f-053b-448d-a53e-77ca0ca8f6e6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,3cf88e42-aebf-4ffa-9b53-60f5bc4abb09
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,9395385a-57c4-4e7f-9287-34323e67f0d9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,606c0bbd-7e00-4c44-99d4-496b22b9cca5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,b156a691-8a16-4259-a4d2-972278829471
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,e151a325-a5e0-48a4-be32-c54dde83e0e5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,2c1409ad-0907-4d88-b2fd-6b4d85609a47
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,69d9b06b-06f4-4d11-8ded-8dfc860fb57e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,fuel_combustion_consumption,384289e4-03e4-48b2-b6f9-4f9449591847
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,sampling_scaled_data,25351305-b370-40ce-bad1-824f15693c9c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,kg/TJ,modeled_data,5bb64419-dd7e-4e40-a3c7-331133941c96
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,fee7d0b4-da96-44e7-bf60-eb6e1fdffd7d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,e1698f30-c184-432e-ad45-9f44da76a5df
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,23260d42-aa0f-4035-9022-499bd457c280
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,d6cc9b1c-308a-402b-93ba-dfbb18ba613a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,982c41fb-a992-4d67-94a8-6c51a7b70015
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,cca44383-43a8-4ece-9289-331258f6b0c8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,c8aabb69-a8de-40e9-a217-f8707815a659
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,3f325ad5-234f-4e7f-bbe4-1e9d02fa8397
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,f7bd3067-6aa4-4779-9f20-4fd5bf89103e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,52f91ab1-5789-4897-b340-d6a6ebde912f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,8a0a14c2-df40-4055-a984-8355fba4a4cd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,0b82e63b-e602-4d3c-84f3-abaa5b2edb85
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,b93de3b1-94ea-44dd-a69d-5dbaedd4c553
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,b4b910f2-c6ba-488b-9b5b-5a2febc9f0f6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,616e7905-74a2-429e-b4df-1fef1a054f7a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,fuel_combustion_consumption,c1715839-150e-4d54-9254-b68d2b7b13fe
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,sampling_scaled_data,4c93194c-bc7c-49a3-a527-54f99dc7ae1e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,72.96666666666665,kg/TJ,modeled_data,6df9caa7-f636-40e0-9abb-1801f597d850
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,6432cbf3-6d2d-48cb-a8f8-808c7e7c5726
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,58b72bee-0400-4eb3-a953-03b292f29944
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,8e15754b-6a7c-431f-9345-d91a8ec7392f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,6810f34f-4f7d-4fef-9d0f-2e582602cdfa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,d5eb5850-b9ae-4023-8bce-2c505fece69c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,67fc1b6e-a7bf-4a35-a5c4-a362e178b815
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,5dca410e-0a4c-46d5-87bd-331ee8331497
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,053d3529-074a-46f0-9022-4098b3142ea1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,65947f08-902f-411f-b3a9-dba72220989e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,adce96a7-261d-4b65-993f-f96427e361d8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,f0df317b-0f46-4c8e-bfd0-06b71536066c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,2af25b76-f5b1-4edb-99f6-9b12f817d8eb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,049b5754-9870-4335-9e8f-a2e530de8953
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,4720b3dd-30bb-4656-8941-37d2de632690
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,49f743a0-39e2-4d32-9e13-4f9f28195b98
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,fuel_combustion_consumption,3f93d1a5-edee-4b67-9095-7d11b4ae6506
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,sampling_scaled_data,ae3232c4-3f6a-42f8-bb1e-558bbe88cdec
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.99,tC/TJ,72.96666666666665,kg/TJ,modeled_data,7ecdd932-58d3-402d-ba1a-58b145920113
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,02ad732e-5900-4741-a306-78323872f7a8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,367b05f5-190f-4e2a-94c1-13c372538e82
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,83fe7889-6d65-45b2-b2fb-602776e2cc37
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,ef127e9b-eff5-4cba-bbbf-0c17f71a2d6f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,217bd763-83fc-4ed4-a391-6d2bfd8b36b1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,a76e8483-3741-475d-b2b1-4690a59c67b9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,e6551b62-8f7c-42f1-a53f-74a3efa7f898
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,98f09fa5-bed4-49e8-9f3d-3418b91cdf06
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,23b240b0-7d59-40f4-99ba-5db0267a6067
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,23d01b8c-e69c-41e5-9479-b75c6b809a26
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,af026278-9a1e-4b33-b825-b51ec6c9cd7c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,c21cdc95-01a2-4a2b-a10a-54e655d13e5e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,ca28717a-8fb1-46bf-b3e6-67a35ace4b23
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,aecfc9ee-fbc2-4acb-b613-ad020c8a8066
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,e1cffa0b-921b-45fd-b793-2bb1cc951e27
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,ab86d3cf-62c5-40db-a888-3ceea2792ed0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,63c64221-f232-4f75-b822-2526758f42b6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,ec2bd6d6-b623-43a6-bebc-2259a0eb20bb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,3359ac5c-48f7-42cc-98b3-fd4864e9335b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,e0b91063-b239-4db5-a450-3fef9cd1fbc7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,1b0a2606-1a34-4f19-bb8c-7d7a2b59affe
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,e389cc0a-8ec5-4851-ab72-5f03bcc63662
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,8f7a4fd0-c528-430a-9c2b-50eb8d7b9884
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,19585f79-0d58-4125-9d6b-8ae93ffd8e0a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,2cf261dc-85e5-4ca3-b0ab-1b2c33b52646
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,0096b2f7-fcfd-48fc-ad9a-121c689bdafc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,1916b26e-0aea-4308-9441-826ca2143461
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,7e4956b3-6767-4342-b6f3-a69632c05fbb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,702b4d5c-0284-453f-8d42-98d92c413fbb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,c0ea0b8c-47ac-4b02-b8c8-aaeeb792f18f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,bab45ef5-2fdd-4983-863f-aaa8de7d22d7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,cf21d7d1-f491-4f05-abf7-0496cf265636
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,a23b4c17-85ae-436d-b0fe-fc64098cebc9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,bdd66c9d-c682-49c5-941e-6bd246ed9c6d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,d3cebd8c-4aed-4a42-a0d9-7331fa869ad1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,01e2f043-1424-4d98-871f-b4fead97eae4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,2d43ed9a-b63b-401e-8b28-837290451cc2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,7285cef7-e7f7-40c4-af52-3ca74740a536
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,383eaa14-d41a-43be-9c38-920823b5357d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,7c7bdf2a-5e53-43f4-9fd6-8a7a6da34100
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,e9f7885e-b9ff-4263-9dbb-6d2bc323f9e9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,4234d786-b055-4260-bbb7-791044087a12
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,7e9dec58-8fb5-4b20-b401-1cdf64a90de3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,88873eea-121d-442d-b30e-167ab87c8e08
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,520dd567-4028-4bfb-9945-dc74f0860bf6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,2f8ed74e-025d-41a4-9e87-14cf48683069
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,c544726b-cc98-416b-94bb-3a8af35ffd14
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,3137bba5-14ca-4a9b-9d85-316c9f7c67f5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,8cd1124d-1577-4cbe-8af1-1c9ef81ff8a2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,dc552547-6bb1-4d3a-ae87-96a84955aaaa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,eec49280-7902-4b5a-ac75-8937c7c8d0d2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,fuel_combustion_consumption,0ca73a67-5c78-497b-a1f3-5a6909d1e5c5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,sampling_scaled_data,ea9aade9-437b-4875-aacf-15f82044cc88
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,kg/TJ,modeled_data,8ded6be7-7550-4910-9c7a-e297d3b97988
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,f45af1d9-4bcf-4f62-9436-70fb4ea049d3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,e2bf9c8d-f7a4-4224-921a-dd0cb40ba8b5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,b79ce0c7-86d1-4bf6-b9be-b9b91dac426b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,10c1d01d-39a7-40c5-84a6-5a0f65399e60
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,0745183f-ebe2-4591-8660-7cc03dbb0448
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,6a5eae1a-8b84-4a27-a636-c36e4f826a32
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,476c667c-070c-4eb2-8a3d-4600e463e3ec
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,b96cc83e-7115-411a-aec2-2028d193e709
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,d267d464-90bb-47aa-8d4f-cffb053b8c07
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,88e91d33-7ba4-4bab-82e3-22d85e598778
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,a6c33c64-282b-4d51-8c6f-3470f29f20f6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,7ffe90b5-ba52-4eba-af7b-d52ef3de2f4c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,ef746fcb-e164-47d6-8c58-97342bf9280f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,c4ba3ab5-42c4-4bfc-8727-15d7b0bcbbe5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,9aebe209-035b-4912-983c-fca24369541c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,fuel_combustion_consumption,c22d8e38-2732-426e-a2ad-45a4f8887d16
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,sampling_scaled_data,366d4d60-14d5-4f3b-b5ef-a18ee0d3633f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,kg/TJ,modeled_data,b3f5ceef-ee0e-4788-a89f-6e30ab3484e2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,afb53e8a-acd4-4a25-96e9-5368842eae56
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,2bfb02ba-e5de-4ef1-9745-055d0423b35e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,30d362a3-d813-4043-bfa4-9a48044aecd8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,ac72bf8c-cc3e-4d42-9744-343b5e30df2a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,f80988b9-0cc5-4098-88d1-56d359280701
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,20cecffb-a37e-44a8-b057-e8af3f5625a6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,bfa06b77-059c-46d9-9af4-0d26fb4b9b66
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,e5227052-c87e-42a9-a1c1-bb4fcaf4065d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,17630572-a9e6-4cd3-81d9-e6423e5c5df0
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,3830630c-7ba4-4928-9d69-f6f7174fe292
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,922d1f00-efce-4bd8-9645-d5b2fffe08d4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,a9402120-48f8-46d0-97a5-3eb3b002b578
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,10efd6b6-2473-4951-a0e3-15ffeb0c983d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,167a5a3e-122e-45e3-afe5-91002c06a148
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,69b4f74a-0dd6-438d-b2b6-820fbe43e763
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,fuel_combustion_consumption,711c28d4-3a95-46d2-8488-a4c60ae121c5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,sampling_scaled_data,95652b18-0367-4069-8ba3-27dbf0987c8d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,73.33333333333333,kg/TJ,modeled_data,82e0e96b-6ebe-4c02-a79a-7fef33e9ee0d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,2175d269-220d-4d34-bcd7-fc9411f5e0bf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,591c660a-b9f3-4f87-9621-e7083bc89d5f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,75d8db19-93dc-4dcb-bf0c-32f5f4e616fe
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,493d9e13-60a3-4548-8375-071d026db89b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,d4f51f17-65cd-485c-801b-5062d50e0990
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,936dc9c0-0369-46ef-b7b5-9d76bdb2dba1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,4d5e15c5-f2d9-4fb5-820f-334a7c9bfcb3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,6180ae0a-5eab-4d46-abc3-bf61f1d421a1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,9f181967-5aab-45d8-b1f8-31f84c4a9704
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,042ba458-2aaa-420f-b058-7e9acb6a90ba
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,36093e75-9e26-45ce-9ee2-3622a640a977
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,1d6fde2c-112b-4029-bd4c-fd894a07e0dc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,a2ffd4b5-584d-4cd2-99af-d0e344ef0ecd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,56631143-ccbc-4175-8e29-a9fe92169f9d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,e9fcdff1-9ab7-4563-8319-b871d89fc21f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,fuel_combustion_consumption,fdf4a4be-4dcc-4895-a56d-2298b88a4628
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,sampling_scaled_data,093d3d99-4fa7-409b-baa1-de229c9589a9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.99,tC/TJ,73.33333333333333,kg/TJ,modeled_data,72dde3a8-1502-4cac-9899-560266b3cd5a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,b98e3455-f6e2-4d80-8819-36d2ef37aa8c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,de681431-6940-4503-a31e-524d2474e51d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,f329c911-d62b-45e1-952d-832cfd5b498f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,0ca89111-9068-4e03-a3f9-f461e291e9db
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,aa5b1efe-75f8-490f-880a-10643da7a4ec
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,8e4eeb16-1933-4a47-a5f8-eb1bdc38d253
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,79e3f858-e5c0-49ec-8a6a-51d8a4b2c263
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,5408bbee-fde0-4a8b-b444-60950672bbbd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,6b46b424-3c12-4e8e-a742-430940831440
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,84cbca75-b7d8-44ab-b523-13958c8e2370
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,2d3267b5-1a6b-4892-bbeb-612cd1eced5e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,f6eba5d8-8e8e-426d-bd44-e8d32c89df33
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,5ad3c68d-60a6-44af-9d2f-4ba8af1e4e7c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,daf74ec5-9f88-444a-9e0f-75f665f8c95f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,9b3172b7-9a85-4bee-ad9a-2393360b5432
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,92d15b82-0959-48d7-aba3-0323942aa1c2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,1000dbb5-9117-456f-8c42-be55d53d412c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,bf32709f-0e46-42be-9b3b-0c5179dbfe4a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,d41e47d8-4d8a-49b0-843d-2f0bbc338739
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,42c75470-22ef-43c5-93f3-dca4a58b49ec
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,2ac07148-ff11-4b12-ab42-bc3313007999
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,874d02de-ea0d-4c6a-b03f-06e5c4362764
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,acb9248a-aa7e-49fb-94e8-45771937ca12
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,64a1a71d-f2c6-448b-8e30-27dc4c9d8304
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2bf7ffb4-9ba3-4907-9a3d-1cb8a89861cb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,61b51f6a-d06a-494f-8a2b-3cf159cac0a9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,d9745779-8e33-4422-aed8-059aa08c71f5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,417b4c80-e28c-4407-83ec-f68edb659d07
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,47ad091f-b37e-4db8-8c45-0df959f4679a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,bf47e08c-e014-414a-b36e-ed87a0f88dd4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,ea86fa3f-45fc-48c0-8cb5-2065dadc638a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,8c09c7fc-7603-4d63-bc07-c97adf88cffb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,61f1c43f-9abc-4271-bb7b-c3b9615d8d28
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,2499a21c-148d-43cb-8bdb-f0a387bacc64
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,958f9d75-5055-45a0-b3c4-eff4eee0bed0
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,9a814319-61f1-451a-9a6a-8e4648bd080d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,e613611d-68f3-4dd8-924d-6a0e56721540
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,629cb7db-90b2-49de-908d-62cb5989c850
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,0d9e5bb5-5cbc-41c3-9f34-37eafdf026da
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,6c5c3423-6b9a-4e71-86dc-28b807aa751e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,f4bb0957-9af0-4157-bf18-691bac0c40ab
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,1d3c71b4-1b41-48da-8979-4779bc93c02c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,37282cd4-57a4-4e0c-93a3-535c2bd39e17
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,f044d0da-43cf-4bda-8ba9-a7b088cb8017
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,7747f312-75bc-4893-8cd7-616caa7a0ac8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,f9e1430b-8935-4bbf-ac14-a041a0c5172b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,9ac94216-a28c-4724-a4ec-ddc6974011ae
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,164b6361-49f1-4a94-ab76-46e3a8a7dc3d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,f513a461-2c44-46c1-849d-8c0b84275f3c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,3c30011f-cb79-4895-8b0b-2cf1a4717a76
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,6cca04d0-d44f-4ddf-aed3-4862de8f7f75
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,fuel_combustion_consumption,aba29490-142c-4b27-84d6-d1974e5b952b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,sampling_scaled_data,873ec718-1cee-4477-a487-e9e77a9077f7
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,kg/TJ,modeled_data,4c6a33a1-4fed-44d9-9124-5381dac9fb52
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,4fa460cc-312c-4e7a-989c-f19ffa51daa1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,0330bc86-6d4b-4c08-80f0-4d208a521e35
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,78392be5-4704-4ab9-a453-cae098ab1661
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,2dc4fddf-adfd-41bc-a961-db8820da100a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,e9f991b2-ad4f-4024-82e8-6433f573c79d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,c3c77e0f-74ce-4f28-8d18-decc020bb1b7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,154bbe75-3d07-45cb-974b-dcebf7d49847
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,a8a7cc3c-3d91-4f62-87d5-f359354d2bbf
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,d45099b5-ce8a-4352-9745-08ee0a33a3ca
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,2c9d9ee5-6b44-4caf-87e0-3dd11380908d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,d354b4b5-c3da-423b-a76d-f994b409d9d8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,15777d37-f9d4-436e-955f-e7032c6312ba
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,00d22ba8-563f-4e0d-a290-2088d0564333
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,fe92a468-db7d-4f40-80ac-af373a30bbae
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,b334e456-d740-4999-a193-1860a4beab21
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,fuel_combustion_consumption,3f0ca3c6-9288-43a6-a551-356bcbfcd47a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,sampling_scaled_data,bc6f3e58-9399-4b19-a50c-43cb5caa8eef
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,kg/TJ,modeled_data,a805e615-cf49-47b7-9c4d-bfa544e9a3d6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,d623404f-a99d-4d68-9c4a-32b7393ff587
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,f4e2ea76-3b08-49d7-a2a6-dfeba6de3986
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,021be1f6-05de-49b8-b9df-4301b8a17740
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,c0541747-f4a7-466f-bfff-4ca0edaea87a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,d42b1ea6-4007-49eb-af6f-22a3d5d0e8a8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,6d9f02e3-d9dd-489d-ad62-cff3983bdf83
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,5e51b4f4-0e03-4ca1-8869-0d80d3db924f
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,25118532-6e92-4705-b881-015dac5631e4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,d9261b86-fc00-4739-a7e8-5143faa34e15
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,e125a0aa-cfb4-4f50-b551-67c96a12f7d0
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,57d7eca3-4d3a-487f-a202-ade9eb933595
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,932907bd-5669-4063-b880-9ccf557470e4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,fe0d2d97-421a-4fbd-9e1f-91eb47f30e1c
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,8d147c67-2392-4cbb-8984-3693653850df
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,8a0017c0-1533-4995-ab12-d99e991bec19
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,fuel_combustion_consumption,cdb347a5-6891-42e9-88e2-0cfec8953e6a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,sampling_scaled_data,c4d0008a-250a-4c6d-b57b-96b38b5948cf
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,55.73333333333333,kg/TJ,modeled_data,2cce7c9d-8a14-48ca-aa1e-396a0c1d38de
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,2fabfb49-7b82-41e5-a8d3-dcb382b617d7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,851b754f-74b9-4ed4-ad8c-bf4a2b7a158e
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,60123521-6419-4004-8e54-8a02ce7c9258
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,a1699300-48d0-48f2-9881-159db5c793db
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,cc81d75a-dafd-4197-8550-1189c76ba9e0
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,fa3ca069-9f0a-49ad-a463-78600b7865f6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,4be1b8ef-5920-4d80-85cb-d1d47ceeb9a5
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,89d020a5-794a-42cb-bdd2-93bd83e1f8e1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,6db0e55e-6cff-4055-923c-a488fbb46716
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,b0623d78-a82f-437b-981c-fed98fdfc809
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,80622a34-5667-467c-aeb8-4c125d838816
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,1ddb2991-5e01-4d44-afaa-707d83edb56f
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,3f88b487-191f-4c93-8e74-10e7557d2429
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,556181cc-6276-46a8-92ca-c8daeb2bda72
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,d3dac0d4-8328-4de0-9fdb-aabf1cebb826
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,fuel_combustion_consumption,25f0434c-fc5a-4565-a724-da4f08820e56
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,sampling_scaled_data,9ca82795-a87e-4432-ac9d-f3d10e2d5f14
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,21.24,tC/TJ,55.73333333333333,kg/TJ,modeled_data,d972b5d2-ebf3-4b51-85de-bc580d8dd84d
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,956709b5-cdf2-4a5e-ad84-7eb569b14149
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,b6ee56bf-daa9-4a0f-952b-9d6989cf6e30
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,9a2c3349-0b5b-4a1a-9f8e-c54a12966070
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,398b88ab-0d5d-4aff-b7ae-a5fb75fa86bf
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,7b37bed2-3cec-4c9b-ae3d-6ef1921fa2ee
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,4d9d532a-bc24-4dc7-a943-a5f61cffd2fa
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,efe22f15-61b4-4401-b424-e1cde1b24664
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,b9de0ca1-81dd-4fff-85a9-d3b26fbee8e9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,3d85c649-e2f9-4d90-a66f-332b388262f5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,5d7929be-d684-4856-875c-0e0c935632ab
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,d4daeaa7-d372-4b3d-a0b0-44ad79ad0ffd
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,b820888b-f841-4271-b67f-9baa8258472b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,f6f505cc-6c89-48da-b09d-eb9878f0a5fc
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,e613f30a-5922-430a-98ec-5eb58af64bb4
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,fc0505f4-92e9-4e5b-b7a3-1759b38dec27
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,c56b2954-167f-404b-bb93-5300414a680b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,115c7ae9-1bd2-4aa5-89a8-c728cc2ae2ec
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,9ccc7e6c-99d3-4d0b-bca7-b5d2e17cc686
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,3ce8b48f-e3a9-4360-9c8c-2b31e54d5c61
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,108ea63c-82bf-44a8-ac43-79346c99ddf1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,95385d66-e04c-4cd2-9562-8ae84e0bb867
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,27f96a9a-8db6-4563-b37f-f070577854a4
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,b499b1bb-ba09-4180-9a3f-514f0aec2d28
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,74ea379d-6bbd-4227-bcc3-fc080bdc5be5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,4269a822-222d-4296-af1f-c1e7c065ac65
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,dec43685-d22b-4dbf-b580-cc3ed193c420
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,a7be63a8-672e-4f1c-95aa-affc6ae381c2
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,d16a063e-f9bb-4387-8526-df938ca3c209
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,4b9d5ba8-4d2e-4d14-bead-cf52231b2cab
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,f7a8125f-2300-4526-a3ce-0a5c9b329078
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,2be9d054-37a8-4513-a7d7-62536c3d054b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,4fec3261-15c7-4008-9688-87e71785a481
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,deeff45b-e4a4-40a9-a2a8-2ccd39de1aca
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,e3c6ae80-692b-4e39-b746-9913149568a9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,4053b16d-b824-4cbe-af0d-7ecb17188006
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,da4d8e56-1047-4655-94aa-8fa98e8c3474
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,2513cdfe-aae8-49ba-afad-22671345cbb3
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,444ab809-7178-4e55-86dc-f8eefa81de8c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,0934a94e-82ff-4548-87a5-be9fe50ea0a4
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,c88ca189-4d52-45de-9bf3-f9a265d6f7b4
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,814d98b3-ee7a-4bac-94d4-63654309d8a6
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,85d0b8ec-b8dd-4720-92eb-220082bec4d5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,595942a9-7de4-4aa6-b0c4-5bd726413420
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,7f838ed4-d2c3-432e-b4e7-3fbc37fc2051
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,40ee5769-b48b-4083-8407-5a40e43744a7
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,90b80a71-1f59-40e0-a52a-6bb8931f0940
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,7cb74464-ff31-4776-b35d-ad77f75d9492
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,696b9c0d-0126-417d-8afd-8c23e269318f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,838bc994-52fd-400d-be45-e7b43cbabdd3
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,1463eae9-fca9-495a-ab06-af0458dd444e
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,a5c75831-0713-410e-8673-b6e43cd27319
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,33e4ad8a-c637-4a7c-bd8a-89b389d7da80
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,b94543ea-2953-49bd-96ae-c5e6fa0eca58
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,6e38139f-066e-40bb-9373-3f330106d57a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,ee39c708-ed26-4f20-87a7-26d45a56517b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,634c59cd-a2b7-4664-984d-f34e740b477f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,18b5bca8-ac56-42a1-bcb5-438ce6c19db3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,b98db2bb-4a7e-4f59-808e-8da6772d3f78
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,2c6974ce-1e56-43e4-8d36-68ece5a6be68
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,8c89c6fe-bebb-4edd-847a-bdfc3c6ceef3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,a2cbee8b-5346-4644-b3ed-7a908b5cf13f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,26541c88-51d2-4457-ac97-c418ec282747
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,4aa8cb8f-a1d6-4b8c-8805-b7a8b0be47fa
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,68f7be83-4ddd-4581-a232-81e02f88d64a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,b54569d3-685e-4f12-a9be-b5f224ac3958
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,c0f0df18-9bda-44b7-9703-19b9018a6f14
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,da1e639f-3183-4e2f-ad9f-d7799bd67265
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,bfde02a6-d29e-4c5f-abfa-2520e1ffbcd2
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,e8ec67c6-e1f1-4a4a-a32b-d6093781152d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,fuel_combustion_consumption,1982bc86-cf4a-4b65-9db7-0fa175707716
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,sampling_scaled_data,282cff57-857c-4503-8f0b-9b7b91917d8c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,kg/TJ,modeled_data,47a2c04e-8562-49f7-be4c-edefb6bf0136
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,458c6a61-3630-4f66-9fd2-795ef2daf189
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,5b5db165-fa48-4726-a2ff-da4da6635727
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,15371559-a1f8-4dfa-89bc-de0e9dc89b9f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,0b8d704e-3825-4b1a-80d4-aced98575c7d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,bb2faf5b-6b67-49bc-a2d9-c5c2b5c40d68
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,de133120-1fab-4865-a10d-39e5deff68e8
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,fb0e491c-6ae0-495a-8e27-8498bb2d3bc0
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,0707efac-0f4f-45f8-97e0-624bcc476665
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,6d7a9167-71e7-4d76-9011-7e6ab6028482
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,235c376e-c0dc-44db-9cf4-0b1d685f2c5d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,b260e73a-6473-44ea-a99b-cb806b4bd34e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,2c2fdf44-83ca-4429-a29d-d943409f0696
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,643e0bb2-584a-4933-b54b-324991375899
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,fa263827-236b-4e62-b8a1-ca0e485c8cd3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,91dae801-7b81-49bc-a9f0-d0a55792d3d1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,fuel_combustion_consumption,2ca9f79e-67c0-49c4-9a88-79d0c375e375
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,sampling_scaled_data,e5b24f1c-cab2-4003-8568-da5f8c318767
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,77.36666666666667,kg/TJ,modeled_data,372367bc-1005-405c-bb66-88dc645dfe23
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,4bcc6f61-9517-463b-8c4d-a69b6aa5adf8
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,b5ebea4f-ed23-4c94-92e6-be93adbdf04a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,fe612bf7-3134-4329-be03-9773324d2b7c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,d8fb04e4-403a-4384-843c-f2768113f023
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,68e07dd5-d507-4708-a2ca-f1f358286524
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,f94a42c9-2e72-4a6f-92aa-c86097c9811b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,82f6cca5-93be-4297-99c9-ef59a8018781
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,21167dd4-180b-4d2b-bd13-e7dab887fba8
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,b87e08f8-62d0-4314-bbee-67c31167de88
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,b9fa43b9-34b1-4fa6-967e-831fcd672c6e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,0ece35a0-3dc1-48ef-8ab2-18dd7ff201d3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,221afa5b-57a0-4b6e-8092-f3ddb622d064
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,3bd6b1a0-70fc-47fb-ae7c-14b855ffbd18
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,917350e5-85da-41d3-86cf-eb6d193ad460
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,7c58acf5-a617-4de7-b335-290c20591a70
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,fuel_combustion_consumption,f1fe8326-8d28-48eb-8849-0b017cf173f1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,sampling_scaled_data,6ffd0741-381b-4058-b256-87d7cbd5607d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,21.24,tC/TJ,77.36666666666667,kg/TJ,modeled_data,9f61e174-2754-4723-bbb8-b3e960bd8112
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,e099668b-bc25-4f60-8f4e-b5e76816f941
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,a4f67d25-c82c-4cb3-ade2-1112c54d1148
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,6438f8df-cf12-45c5-9930-3e5d9f11023d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,17dc442e-bfb0-4c42-ba56-910ae2d2fc94
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,eb95affe-6f59-47b1-aa7c-a139e19a3cdc
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,484097f9-d3dc-4ac7-9575-5bed23384d0c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,90deb127-2dcc-422c-959b-95e1a9526f8e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,2cd2aa5b-a9b3-495e-82bf-35d19ad89ad0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,cb2c4668-e8d2-4a2c-af8e-19bd383233ec
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,0569d5fc-737e-4da4-a833-4a1b4585319c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,15d38ed7-81b3-4d10-88fe-2d6a5333d6b5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,969575e9-f602-42e6-8e5b-db1d5ee39e83
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,22571cbe-6517-46d8-89f5-b3855e29103d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,9f5f695c-9e5a-4c7a-b340-4a56ad1db7fb
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,f0229019-f349-4f4e-8ce6-dcdfe53bde0c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,098f4869-f3e7-4b81-859c-12429ead3fda
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,e9984a64-ed78-4ad9-834f-0c5e4bc3e592
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,698e7a7c-ae90-4b9b-a8c2-1aba10dd4528
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,0d144b95-7a1d-4898-abd1-2d93036a2e12
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,005b9991-c954-49fb-9b00-d9c51d5c6d10
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,0afb3962-6045-4bd9-bb7c-ce2c1386fe81
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,3e3c8ac8-97cb-4f08-b67a-01233d45f9f5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,f1d12b4c-d441-4b89-a37b-58b248d1277b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,ec8363f1-c469-483c-957f-e32eeeb5bf7b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,5cf182e4-778e-4344-bdde-f939417a6eb0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,ce9dbc1f-b760-4e10-97d4-b4364ff03d38
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,96348761-b91b-4242-a91b-72ac6b780e55
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,ff722ead-9e6f-4a60-a62c-c2065f326b77
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,3db5ba8a-ce1a-48b4-8084-2014abd6f9f0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,8fc85285-85f4-4913-bdbe-1a87b7bf1737
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,8570b368-7e59-40be-9886-b40f0ed3385e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,ba7fec44-1ffa-4351-81fc-7dbdedf26587
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,3c91516c-f7b5-4670-a013-bd974ff8c311
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,3f0f519a-06e4-4a29-93fe-da74c22ecb0e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,81a14880-4d12-4b57-8682-b1c523bb0caf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,35dfa810-7297-4621-b4d7-049ea2cae39e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,b77894b0-acb1-421a-a75a-9c0664a4af88
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4c6e515b-11e1-4269-a8a1-428bfb0b83e3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,6412f363-241a-45a2-9998-570e219e12e8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,9604b9d6-55e2-4d13-9f11-f14b0b04dea6
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,d0aebc0e-a359-43f5-9726-ffee3a00273d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,e077f808-7567-4785-8d2f-b04dd2be391e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,98ae5c10-a004-4e29-9402-76e0c3d573f8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,271b37a1-4245-4836-801c-955daf15bcb0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,9b1845b5-a4c0-4273-b713-3f6b5962a93f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,82718bd3-d110-4144-9aca-c47a9f8513c0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,1e45ac1e-b827-4607-ab30-7afa231201a1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,48b4c9c8-f516-4be5-8837-7d72126587bf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,8b487f55-ca65-4561-a382-ae7b7d062b62
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,bcd4f5f3-f92a-44db-b309-e10683ddce57
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,86809467-ece3-46cd-a429-ffa361cd8a9e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,2212f497-7c93-4355-bfe7-85a0659abb00
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,2d2877c7-dc8a-431d-ae8c-b2d6ab8c2f02
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,ec2dbd8b-3e00-484c-96eb-947614d853ed
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,45f37bf7-3539-4468-8c66-62c75a5858e7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,45dc7e29-76e7-45ec-ab50-ae07c119a321
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,85e701cb-4c0e-4c72-87e6-09515eaefebd
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,b4793507-f380-4074-9fbf-21f4218efd7a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,9f97a9cb-b905-41d1-8a1f-738fa817fb26
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,072f3d42-e060-4a48-9297-499dd3b2daa7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,33fc89c8-042f-45e3-827f-e384e2453111
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,cb607331-1c57-46c9-ad00-9d068df66055
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,f5eea584-1af2-4626-87ba-f2ee49953084
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,2c9b737a-a2a8-403d-9f56-e9604bf14d89
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,db926028-c38c-461a-9543-a143bc1b3859
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,62e01315-909a-4ca3-b043-193e5884108b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,29223e9a-b612-49b8-b0f8-3800b6a4827e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,36f2dd7c-eff6-41d8-b18a-d794e4d96338
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,205ea6d4-388c-4f32-af83-33eff5e30362
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,840deeb6-ef2d-421b-b13d-0955e5995709
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,02838feb-6983-4aac-8cbb-c28a0b6852f5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,a1b8e321-c3b4-406f-9385-bb19e1acaf58
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,71b3022c-5a32-4993-a1e6-574f123e07f3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,5f42c7f2-0d68-4b8b-a9d2-6a29a6f2001e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,45047210-e49a-4dda-84e2-87acffc07fb1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,f3d7288d-c9b7-4fc6-8ad5-97574284642b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,be1576f6-5ade-4a57-ba24-b7c84e4a10ab
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,b9c793be-7097-482a-88be-1694bae50b94
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,a43b94f1-c714-451c-b6b6-a22207ed1c5c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,c868649b-3e5b-4ce3-ae36-cbe8dc99c261
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,221ba1ae-fa7c-4fbe-9c11-52e23ee51772
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,84f3e851-b6ae-4f0b-b158-b14121adb4c4
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,d3537e74-5f00-4484-ae27-44daf0425757
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,78e2ddb2-ff11-400a-883e-2360c613f9a6
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,89af0878-52a0-4e4d-959c-545506c12ffb
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,0164fafb-5df1-479f-bbe6-ac0e745be886
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,28aa56e0-a328-4cfc-9bd9-9cea089458bf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,6bda6c76-2df9-4d56-8318-d42b978015e1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,9c539946-065c-4275-86bc-24d0b61d8224
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,44afcd3f-a4f0-4af1-b90b-91ddcc92216a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,2fa1a5b7-b449-41bd-bcf4-06cb50f590c5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,f9332335-1ccd-4a41-8fae-4db747cfc4dd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,ed5f8fbc-86e3-46bf-a7cf-d8aee256e4de
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,0801cf8a-bb73-455d-a5ef-a31f2fb44e8d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,df2a19c6-c9b7-4dc9-a63f-57435c17c776
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,40d4886c-c852-4e98-8b24-cbf7e3667eb6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,1e62bb59-dea9-478f-afd0-3d467487c3b5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,fac3f11e-ef01-485d-9329-10d1d524f4cc
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,95a9875d-ab93-4718-95a1-8a180f25f23a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,54c6ece9-3028-4a48-812e-1a923c4323d8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,d59a5915-c2cf-44c9-93e3-e0a2637d19aa
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,88474c47-691a-497d-aac8-14283049d28a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,0198997d-3c26-4b85-8f9c-09da0b13db9b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,797d6fb8-f121-4781-9259-3ef5493bfd96
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,d9fc9fc5-2072-4ab2-ad25-d17a66c01d96
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,2a2112a1-4890-45cf-a126-859b89d97e26
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,0ffb99e7-6758-4cb3-abb5-3e0403b75df0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,9e34941f-5f5e-40b7-b3cd-1836b9517345
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,958b1fe5-f4d3-4e7b-b812-9336ce59123a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,96a7c691-8a1f-41c4-a2b3-64422f600073
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,2b9e4242-fa52-4dc6-b8d0-710d6ae939e2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,6c8c79f4-b95d-4b03-849a-a6fb4943ab71
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,532b42ae-8a16-4f1a-a369-0b4d3a9775b1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,fdc1c421-8eac-4d8b-9d5b-c14786f98b6a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,a6f6e6c1-6fea-4d6f-9a0f-57b98218005b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,2cc6ad15-ca79-4b11-85d4-3e99a782e7ce
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,d8a71a0c-4a66-4dae-b042-df929e4f6843
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,ed14ac99-2ae6-4b7d-b45d-7064771743b8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,35f368d8-ad4b-4515-b073-afa7c094b336
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,eaecbbd8-8861-4efd-8a98-afabe83e7078
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,f5dd98b7-8c98-4332-9e7f-8bb41cc23319
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,106b4586-9d68-4ecf-b310-e6aebbf87714
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,7f151526-6df6-4dda-b86f-dd5ceabf79f1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,e427574b-26d5-4d71-a9f3-a540cd1b905d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,4ac42389-e06e-495a-a3dc-d220add15338
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,26c858d1-e771-4804-b125-8616dceb032f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,78416ccc-db77-4747-ae15-2324c90d6dd8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,69d84c0d-52a3-4595-bedc-84aeaba0491c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,c84e6f83-fb2c-4991-8796-70207549c354
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,9d475a74-4d33-4e90-ac55-377c1f966ec3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,8e23e4d1-4baf-4ad1-ac31-ddef81491435
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,cab0cd4c-3565-40a6-9c2c-c8136232f2a3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,d8e89e28-d165-443f-be87-089372318f6a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,7b1ea0f9-6b60-4c35-8eff-880352054e53
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,d257a8e6-c05a-436b-a852-40b588507f83
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e36ef220-ff60-417d-9a4e-1a1956332473
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,99695542-ec2d-4ab2-9ef3-645efb3e1721
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,cf5cf5d9-168a-41f9-9acc-d5b5fa1b3122
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,50bffbba-61e4-4e14-80d0-6eab556e2a88
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,c1c3e72c-2f03-4fba-bc83-7fc33eb6056b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,e43e13fe-da83-46dd-a50f-d576be660b06
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e716bc42-662e-4e75-adea-dd937339b549
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,bce76ade-b8b2-4b71-8b7d-2e1171b64733
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,c01543cd-4ef1-45fb-b452-a852ba4efa6a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,ccc63616-e11f-4ccb-a0aa-493ebf01ba31
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,1cb7ec4b-e16c-4881-aceb-7d0cb8f2e28c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,7e06ac6b-67e6-4a17-823d-33dbe962e55b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,9272022c-80a7-4955-95ce-3d50785b54a0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,d9c4edcc-6588-4bd2-85e7-a74d67617efc
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,eb2f4711-3fcf-4736-b868-6fde2612c565
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,477ba13a-dbc2-44d9-9b89-4cc89415147b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,d7943670-76b8-40f7-a15c-2ba8e800496a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,5ecc6e01-e627-45a8-8081-a61d459e02f9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,22ee407a-afbc-498b-99a0-3694823d2b3d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,9e4477bc-f2d5-458d-877c-1da410e00d02
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,79f11216-0d18-4b27-80d1-2a7a4f068bf2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,1d8fb2db-dc2e-4d8c-8e8d-78dc83bbb164
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,4ee5039d-39e2-494e-a9f7-c55bd5d0d49b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,425d7691-9a47-4c6f-a284-9593014e2e81
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,d0952069-48dd-4ac9-a838-bb9c59781e6c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,e3abbbe4-9254-4e76-b579-3c2d7fa3e491
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,a29c229a-e843-4c57-9992-d7d2612e8c69
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,99b03cc2-ef7d-4837-93be-1f223f224b99
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,94fa1edf-6a63-49f6-8755-19a9682fe1dd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,3cbea3bd-b4da-4c35-9434-1b28eac732db
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e1c23bee-c576-4809-b990-2956cc59eea6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,cff96db2-3f84-41c8-80ee-5d8f2cccc07e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,d0324336-7ecd-4e30-883f-7a276f2f8877
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,790e8609-ed7f-4b5d-96f6-972e4c74183c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,869c2852-8b7e-433e-9b3f-32ef4ca02a7c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,415880f3-8a66-4b80-8225-ea67157c1074
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,980c9e55-cb7c-4d6f-8032-0c6c2b4fe672
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,76649706-445a-4fb3-b60b-e847e5d0a99e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,4a8fbef3-0e32-4f2f-acc4-c4902fdbc0b1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,f2e66e00-a1b8-4fda-b51a-ef0413e4b3f9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4bd0e8fa-5015-4ca2-8a3d-9dd642d08dcd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,5f69f1a1-f3b9-402a-8063-ad197ae51a44
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,a8c198bd-ff25-4c23-a90c-8ee3e1e5874c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,fc2f5ef7-6518-4a0f-b166-76c053ab8aff
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,c1d240d1-3e75-481f-b681-7614f1741062
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,b585a606-2743-497e-a956-0d4bc572118e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,56a0fe71-5a9c-4c43-9cee-df9e1be91945
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,d2f58cf2-855c-4d0b-92f0-972f4d4235fa
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,5dea7c4c-396c-487f-ad9e-18c0e087e14f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,7d286820-424b-45da-aedf-aedaef1460cf
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,c29269be-abe7-4212-b0ad-1ec65d66f121
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,a9462d8b-f74d-41a5-962d-e7c320ff64c1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,a40867d3-7157-4be8-b90c-b0a72a3a4745
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,052a7b67-b475-4890-8f2f-0bf3f4e94c2b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,73d7210e-58e1-4546-8c96-dfc2a2a2401f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,798e6f62-39ec-4c31-920f-d2a79d9820e1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,fd615db7-3d41-4850-a38a-c7dd37dbb342
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,6d09847c-8eb9-4c62-a4d0-23c3a77f1bbd
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,05a0d702-8e51-44e5-b8e9-80cb3b4e24e9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,88874a01-eeb6-4150-8104-bb482118bbf4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,fuel_combustion_consumption,e506bf50-d3ca-408c-b560-ca890801b618
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,sampling_scaled_data,9b009d8e-e92f-4045-a152-843681f30c4c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,kg/TJ,modeled_data,36da64f7-d3a8-4b51-9730-58960e7957a8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,379e350a-7287-48fb-b22c-b8611bdc4ca7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,999b01a5-ecb9-483a-9fd3-bf3ae51f0ba4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,434ce23b-814a-4baa-8964-8c36d83a1bdf
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,02e0b1fa-4312-44cd-bdaf-2967dc471f61
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,29a68830-7ed6-40d4-9833-be18e3265b64
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,b597804b-08d8-4027-b44a-d0e557e1dcd3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,801a4d3b-66a5-401a-8fa9-0d6ad7cb5a5c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,626ad104-a772-4bcb-a234-ce7c59601f8e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,a2315141-5a26-4070-b609-16fdc764ab09
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,84ee08e1-cb94-48c8-b40d-85520f5b55d9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,2e19f2fc-73a4-4533-b7a7-9226382d140e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,1e80c223-4155-4fee-a4b9-baa0ae652442
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,24826520-9ce5-4a7d-b0e4-4e070b766f4e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,623164fd-ddf5-457f-a7ae-ecf04c0fa498
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,57474fde-b6fe-4d0c-8fa1-48715807ed52
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,fuel_combustion_consumption,cea4875e-ef3a-4373-bed1-b679991907bd
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,sampling_scaled_data,b87d4728-f85a-45ec-8d4e-7fad506833b8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,56.1,kg/TJ,modeled_data,32f73506-62ff-45f4-80c4-d2ae0eceb954
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,215f4ff3-7e1e-4490-a6ed-667885e335a7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,16c418a3-c3b4-4e1e-a4da-fe3bad9060b4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,0b4a4130-d1a4-4feb-b4fe-07b540f7f00b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,2360d828-27fd-4f36-93d9-1bdc008a61f5
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,ee62cd6e-0c05-47cf-8991-8e36db08f877
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,9fdb2d24-6fe5-4bfd-8b9b-2bae474319ab
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,def35076-5f30-4ff2-8fc2-a5ba4e36d669
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4d101b75-8e00-45ac-ac7b-9c2cd7ec4034
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,2efb8e68-c2d7-402e-b328-24c89d2df2a4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,4e552b16-a780-4e79-aad7-3a5f66246d17
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,3e49e8a9-6b27-4459-8e81-ae6e217c48e4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,88dd9228-ebe7-4e3b-8a7b-060fdef946ac
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,27c43003-51c8-464d-9caa-cad59c1e417c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,983bfd29-e7aa-46ad-93f0-fa71a567e9f2
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,c659491a-e19e-4496-834d-2e47242890e1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,5261e43d-eb1e-4b0b-8e36-d76555285579
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,sampling_scaled_data,9d86d84a-ee94-41d2-9b47-254f75159efc
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.3,tC/TJ,56.1,kg/TJ,modeled_data,4470693a-e041-414c-bb94-acaf9cd8acaa
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,f711fdfb-b084-48da-84ab-2cecb90b79ac
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,216cb8c1-b6bc-421a-98b0-a99f4f43e572
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,70703e10-06ea-48c2-a66b-56c862775513
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,fc94b1b0-63c0-4b28-8f0b-7f753c1ad61a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,872e3eb9-963c-464f-9515-df0397333600
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,4d2ab888-1b4c-4fd9-9eb7-3d966aa90d07
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,ebbdff2d-95eb-4f85-b188-f33d380c61bd
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,5c42f8a5-9f47-4023-8a5c-922784763d82
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,1bb88719-9e25-4076-a82e-3d7b496ed0b8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,f3e93b69-4403-4d9a-9636-b7a698b0b752
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,d9615fee-bfc7-4a89-8139-d682ae981f74
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,06cc9778-4b5d-46b9-bd9b-7f04b5f24202
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,2619785f-e270-4788-88a6-a6c0ee0c6356
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,738529f9-6f89-481f-95fc-ad0c50d80d75
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,8bbd6a3d-3799-48f5-8ee1-d6fbf4c877e3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,fuel_combustion_consumption,703e3785-c94b-4b29-b48a-7f6ecc8cfde6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,sampling_scaled_data,5e6abedf-da21-43ad-9a11-37274c551b82
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,56.1,kg/TJ,modeled_data,f2c542e3-0b44-47d4-b2b3-5c5e297e6500
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,4a701f2e-29bd-425e-9a28-8eef6cf4fb35
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,aabfdaa0-6e35-4bdd-a18a-46e2910dc3a5
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,ffd8068b-4ce4-43ea-a4e6-457c245902bd
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,ebb4f5f4-12e4-41f1-b2c3-834b93826c6f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,a88719f5-e498-441c-bdbd-e78fab4991f8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,6521a857-c5b0-412f-bc94-5cc946e94951
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,e33dd88e-2452-401b-ad37-a14b1b7e008d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,4c5704e4-18fe-401c-86fb-563256d2d518
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,1c39d288-0ca8-4310-8d20-018eb4be1101
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,6d34d955-1118-4d2f-b1ad-7eeda1e42490
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,c055b544-c9b6-47f6-b8ff-47da23c65c34
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,4146bf88-aee8-4a77-aea6-93a998594302
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,89ff756f-6d5f-4b47-8224-32c37175735c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,948a3a1c-59f6-429b-a5e4-ec8b461d09bf
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,6cfa1734-316b-4182-b80f-b1d8ec402e0b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,fuel_combustion_consumption,574c8f8b-93b9-4c45-81f1-a7db612474d9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,sampling_scaled_data,a0fbe64e-5535-4b0e-8db6-c72906e8cde3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,15.32,tC/TJ,56.1,kg/TJ,modeled_data,8938069b-f61e-4b29-893d-70a541a89cbb
-18143,"1.A.1 - Energy Industries
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,kg/TJ,fuel_combustion_consumption,afc5b78d-f068-4253-bce5-2cc765024c90
-18143,"1.A.1 - Energy Industries
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,kg/TJ,sampling_scaled_data,43d0acb2-8f20-45a4-b105-fabc5808f943
-18143,"1.A.1 - Energy Industries
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,kg/TJ,modeled_data,e5e7bfd8-9437-43e4-9d9c-853ea625e257
-18144,"1.A.2 - Manufacturing Industries and Construction
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,kg/TJ,fuel_combustion_consumption,5039afde-d157-4856-9ae4-0c4cea1a7275
-18144,"1.A.2 - Manufacturing Industries and Construction
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,kg/TJ,sampling_scaled_data,6a2fe246-f294-4a65-a84d-474aa7b0a6b5
-18144,"1.A.2 - Manufacturing Industries and Construction
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,kg/TJ,modeled_data,5373475f-c34c-4b40-8aa7-d6193d811a2c
-18145,"1.A.4.a - Commercial/Institutional
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,kg/TJ,fuel_combustion_consumption,c2097f0b-fe9e-4db7-b78c-36205d8b2bd4
-18145,"1.A.4.a - Commercial/Institutional
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,kg/TJ,sampling_scaled_data,cac9cee6-d7f2-46c4-bfa6-eaad1af42a13
-18145,"1.A.4.a - Commercial/Institutional
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,kg/TJ,modeled_data,3fd0aa14-84ac-4301-a440-66ce1445ac3a
-18146,"1.A.4.b - Residential
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,kg/TJ,fuel_combustion_consumption,031fd82e-42ad-4589-854b-2a0e6b940631
-18146,"1.A.4.b - Residential
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,kg/TJ,sampling_scaled_data,69c570d4-28e9-43de-8987-34ad63cae76b
-18146,"1.A.4.b - Residential
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,kg/TJ,modeled_data,5f435d0a-d7d7-4052-886b-be6d0ecdf35e
-18147,"1.A.4.c.i - Stationary
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,kg/TJ,fuel_combustion_consumption,aa1ef38f-a750-4d39-a4ef-7aef59687fe9
-18147,"1.A.4.c.i - Stationary
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,kg/TJ,sampling_scaled_data,a52eb6da-c3e9-403c-8d6c-b55c34465c5a
-18147,"1.A.4.c.i - Stationary
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,kg/TJ,modeled_data,d791fbc5-24c3-46ae-a025-d3e600015533
-18155,"1.A.1 - Energy Industries
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,b7924ebc-3f73-44b5-99fe-17aec30da601
-18155,"1.A.1 - Energy Industries
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,8fd2e6c8-de11-4e06-bf24-7d5aebb83fd2
-18155,"1.A.1 - Energy Industries
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,eafe1fb6-8203-4ffc-8a5b-f5584efacbef
-18156,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,d0792e4e-6373-48f0-a472-7c2ab4b136dd
-18156,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,a987caf6-1779-4d23-a2ba-8da609384c47
-18156,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,25ff9bae-4932-4dda-b1f9-21dc560fb2d9
-18158,"1.A.4.a - Commercial/Institutional
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,c727aa1c-d970-4fde-9407-cfe8d4e9db70
-18158,"1.A.4.a - Commercial/Institutional
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,2ec1a8ec-b853-464b-ac96-500ca9296c88
-18158,"1.A.4.a - Commercial/Institutional
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,304b9e27-6f30-4e0e-acd4-a9e970e38e20
-18159,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,1493220b-86cb-48e4-9d33-dee2ff1449fd
-18159,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,85e8f411-f4e5-49ac-9841-5b6da9a4589e
-18159,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,c44c1ee7-1304-4372-9f17-eef8fe9fdec6
-18160,"1.A.4.c.i - Stationary
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,kg/TJ,fuel_combustion_consumption,7bedaf02-adff-4dbe-a6be-3866467a78bc
-18160,"1.A.4.c.i - Stationary
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,kg/TJ,sampling_scaled_data,364a6c04-075f-4018-860c-54d6b606ef9f
-18160,"1.A.4.c.i - Stationary
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,kg/TJ,modeled_data,b934298b-e70d-4499-bd1c-da5b7c79fe04
-18173,"1.A.1 - Energy Industries
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,fuel_combustion_consumption,1df8acbd-225b-4456-98aa-6cbfbefed81e
-18173,"1.A.1 - Energy Industries
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,sampling_scaled_data,5c36a27b-5f56-4719-933d-e55ae906af5f
-18173,"1.A.1 - Energy Industries
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,modeled_data,7b511b93-f380-4e17-965f-098eb580b9a8
-18174,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,37ee3b63-a794-4764-a103-aba3400c5d72
-18174,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,sampling_scaled_data,92ccc51b-e870-4f9a-bde6-4495fc3dbc2f
-18174,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,modeled_data,24c302ca-5dc4-45ce-b4e5-a508e0fcac9e
-18175,"1.A.4.a - Commercial/Institutional
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,4d0d7ae1-951a-4fbe-b932-16639f8b0d72
-18175,"1.A.4.a - Commercial/Institutional
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,sampling_scaled_data,c7d3e7ad-4685-4c6e-9d73-6095564dbd46
-18175,"1.A.4.a - Commercial/Institutional
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,modeled_data,9f942eb4-db52-4d96-aed5-60e005515ab1
-18176,"1.A.4.b - Residential
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,e93395b7-45bd-48fd-a372-f8df595a7604
-18176,"1.A.4.b - Residential
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,sampling_scaled_data,052c6a39-a19c-493e-a871-5ad06bfd8bcb
-18176,"1.A.4.b - Residential
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,modeled_data,1d1832c5-596a-4192-9b6a-5a797ccde7d1
-18177,"1.A.4.c.i - Stationary
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,886f654f-6370-4450-90a7-40abc8c24db4
-18177,"1.A.4.c.i - Stationary
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,sampling_scaled_data,bc2f8140-2463-4e97-b413-c36c2db5659e
-18177,"1.A.4.c.i - Stationary
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,modeled_data,608416ea-31c1-4aa5-afeb-260f312fa8f7
-18178,"1.A.1 - Energy Industries
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,kg/TJ,fuel_combustion_consumption,5ba557b9-857e-4a38-bfdc-f24ed7e87efc
-18178,"1.A.1 - Energy Industries
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,kg/TJ,sampling_scaled_data,83c95e4d-9e63-406e-9bbe-9d7de41bbaf3
-18178,"1.A.1 - Energy Industries
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,kg/TJ,modeled_data,9e6ee853-4a60-4f40-b840-ecc99db3e5b8
-18179,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,kg/TJ,fuel_combustion_consumption,751ec1e9-f59f-4ba8-9aa6-6634bf46e4b8
-18179,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,kg/TJ,sampling_scaled_data,b2f8d51f-698a-4a83-b7f9-9d1b4e5ad34d
-18179,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,kg/TJ,modeled_data,18c03ea0-43cf-4de3-8675-b01124a7a77b
-18180,"1.A.4.a - Commercial/Institutional
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,kg/TJ,fuel_combustion_consumption,41c7c9e6-9ee3-44e7-ab53-436e5ca0527b
-18180,"1.A.4.a - Commercial/Institutional
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,kg/TJ,sampling_scaled_data,91d540f9-7f6d-4ec3-9d36-5cffc1a37b09
-18180,"1.A.4.a - Commercial/Institutional
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,kg/TJ,modeled_data,cf9be7ef-3b3f-45d8-8dca-53e29915c8c3
-18181,"1.A.4.b - Residential
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,kg/TJ,fuel_combustion_consumption,7b284e70-1cbe-449b-9c69-4a79dfd10093
-18181,"1.A.4.b - Residential
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,kg/TJ,sampling_scaled_data,f94ed0d7-270d-4b40-9d8d-1cd9c3a166bc
-18181,"1.A.4.b - Residential
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,kg/TJ,modeled_data,a83781cd-d102-44ce-be0c-fca86164ae44
-18182,"1.A.4.c.i - Stationary
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,kg/TJ,fuel_combustion_consumption,67b08658-9b33-4652-875f-790fafe9cb7d
-18182,"1.A.4.c.i - Stationary
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,kg/TJ,sampling_scaled_data,a0b4a2d9-3fad-4322-ae86-abdfc091557b
-18182,"1.A.4.c.i - Stationary
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,kg/TJ,modeled_data,26578faf-ba91-4f64-a66b-14ab31ec81b2
-18183,"1.A.1 - Energy Industries
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,fuel_combustion_consumption,02716870-8561-4add-8d01-44d056994ef2
-18183,"1.A.1 - Energy Industries
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,sampling_scaled_data,764942a9-41b4-4427-ae5a-c58ca865f4ac
-18183,"1.A.1 - Energy Industries
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,kg/TJ,modeled_data,add17051-3fa3-4396-af83-8f1163bb87d7
-18184,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,749edbc3-e3f7-4a3b-95f3-5b50c88d86f9
-18184,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,sampling_scaled_data,cb3f7572-6ce4-4fda-a6e1-a62d5cabe362
-18184,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,kg/TJ,modeled_data,cfd90bcb-fd17-4efe-a2fe-a9d45c2fa80f
-18185,"1.A.4.a - Commercial/Institutional
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,ce510e12-f3a6-4873-80c5-e4c495baad74
-18185,"1.A.4.a - Commercial/Institutional
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,sampling_scaled_data,6794d2dd-1a14-48c5-9bb4-fb7b73635706
-18185,"1.A.4.a - Commercial/Institutional
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,kg/TJ,modeled_data,ae47225c-9bd5-4481-904e-829a71c07047
-18186,"1.A.4.b - Residential
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,4a01fb87-ef3c-4adc-9478-7ea885c132b7
-18186,"1.A.4.b - Residential
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,sampling_scaled_data,d091db62-2ce2-479c-b5eb-a25140ba05df
-18186,"1.A.4.b - Residential
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,kg/TJ,modeled_data,fe02f7f4-3899-4d43-b8da-b51d445262cd
-18187,"1.A.4.c.i - Stationary
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,fuel_combustion_consumption,aec88de2-89c5-4644-82aa-e07844d8d1c3
-18187,"1.A.4.c.i - Stationary
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,sampling_scaled_data,1e820339-ae7f-48c2-a0b8-ca7b39b91a8f
-18187,"1.A.4.c.i - Stationary
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,kg/TJ,modeled_data,d280c383-b2e8-4de5-80a7-219a3cd595ae
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,719d106d-4e7c-4bf2-86d9-b0ecba75c151
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,fae2bef1-d25f-4989-a158-8c47b00c6b19
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,2e09b130-72a1-4387-9705-449ed2d33349
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,af48748d-6b53-4657-b027-336da908e010
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,a2a45aa1-f569-4db3-8547-1ef67becaeea
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,7238b4ba-100d-4f6f-bf73-07694b6c8dc3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,f4d3d5db-db33-43e2-8c5c-78b725083a0d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,c361a36b-5494-4920-b70e-6098750a068e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,878a79e8-423c-4ed2-aa19-b361d64673c8
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,13614777-0d16-42c3-9850-1e78f967a02c
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,db55402e-4c67-41ae-8d36-5608dfa16213
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,405b6f8f-0e9a-4514-afb1-6a0390425ab2
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,7224f101-5077-42b6-a2c5-ab7c8cf4dbae
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,c28dfd77-38ce-4b60-be28-9dff0a1cd751
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,ad9d6d08-30e6-4320-b5e8-42c57dad0049
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/TJ,fuel_combustion_consumption,c165175b-c96c-4f1d-8a2f-515a1fed0b58
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/TJ,sampling_scaled_data,b1c714f1-a9a1-4fc6-bb0c-178e87e03d2c
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/TJ,modeled_data,99e7862e-ad7f-484a-b66b-9819adb64b23
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,8e402707-1013-4882-affb-bd50c502f107
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,39058689-9a36-45a0-9c19-caa443f41c5a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,e61f2bdc-f48c-4673-8a86-12fef7470b8a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,773613f4-5c7f-4bad-a9f4-8c4d4dc20aa5
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,e0204983-6732-40c6-aeb1-a63db5d58ebd
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,f3228f71-0fe7-4ff4-b546-1b49001b7860
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,adf13ede-3870-4ef3-aced-1be0e9ccc357
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,f083dc2f-f0c9-4e6b-8c27-d8b2f7cc0d2d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,e6633878-1611-4b52-8df3-e685c5439563
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,99f5f460-feab-4428-90ae-170756d80f2e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,0aaae8ac-fce5-4b8f-9148-5d542c7aaa4a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,dbf698bf-e72b-4f73-80d0-b0ad97520781
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,5e56681d-baaa-467c-8ace-9211a100bfc8
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,a14febb5-9304-4b9b-9356-ea9ae4c09635
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,eea5b041-e04c-4423-8393-d9bfdfa59788
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,300.0,kg/TJ,fuel_combustion_consumption,a0b3dd23-9f56-4d27-9193-83ed69c5dd27
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,300.0,kg/TJ,sampling_scaled_data,bdda72c7-f24b-4046-bf6c-84d5e378393c
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,300.0,kg/TJ,modeled_data,da39cb6f-f033-4f6e-a827-18da4b8b9bba
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,7bfcb17f-d668-49a1-a06a-2c22ebf2ef6a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,5ad389e9-8906-4398-8a00-8b4b0c9e97fa
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,09bd385c-722c-4a84-a929-58250902b22a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,be6d7718-6cbb-41aa-beba-4bef514282fe
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,a725657c-9b4a-4875-ada3-89c2b96df023
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,d4deb7f3-e3c7-46c4-a46f-5faaf3657eeb
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,e2e36b91-89cf-4ec4-b2c0-cb9a780dceae
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,375f6769-0168-4834-b2a1-a01909041814
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,817693b9-42b2-4e1a-ad9c-56b79829eb5e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,a7c20e69-a0ec-4649-bbe1-32834e5592da
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,a2608592-91d5-4f05-b922-3d780368691f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,47976538-d477-486f-8ee4-32be741d6f45
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,39d46804-1883-4ce5-bd4a-7e247828bc2d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,b7bd834e-3652-40dc-9e85-754835dad90a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,f2a07530-7b08-426e-af19-75b7f2cb33e6
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,300.0,kg/TJ,fuel_combustion_consumption,83663ea7-ee00-45af-b91e-7feb54db6cef
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,300.0,kg/TJ,sampling_scaled_data,43a2cfc9-032f-4517-948d-5efe3dd9e405
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,300.0,kg/TJ,modeled_data,e7e5ec33-cd9b-4629-9bfe-bba54d49efc1
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,c616dec4-09cf-4663-bf3a-913615de6939
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,86fbd11a-31ca-44f9-b7a7-55413dbaea14
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,3ddb0cd9-6731-4003-a188-77c3a6b2b0ae
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,1bade8d9-c1ad-40cd-9e73-d57b100aff6c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,f1810ab5-ab2c-440e-9a9e-d70769471bf0
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,3bca67cb-e7b9-43b5-a9be-ce403e1dc4b9
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,9fa11672-2cad-4131-8db7-fada15fb1a3c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,008b081c-84b5-438e-82ff-c6cd302ff3bd
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,a1d5be77-0f0c-405e-b086-c48fda597f93
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,e25a7c60-0a0a-457d-9dc3-6a066a73044e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,a008a34e-b448-422f-b4ba-c50328696001
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,caca5c09-76e6-4104-85a5-6ed4c27e7b53
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,7067dcf7-1195-4406-9acb-a0d9e5ffaa2e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,2d44c146-003c-4f57-aef2-365fdbe29fcd
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,a61813f5-6129-4fd5-8c9d-a83dab45fe81
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/TJ,fuel_combustion_consumption,f2fca03f-6a0d-4222-8a32-bc29e022920f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/TJ,sampling_scaled_data,56aec857-719d-4342-af41-7d5200f4588e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/TJ,modeled_data,803d3298-3d57-4730-a5ee-7affb79eaff2
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,772def74-a1c3-4a7e-bdc2-5ec28b07049a
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,33184e4b-2ed1-45dc-a5a6-32ca1bc0e20f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,ab25e807-9ec2-444b-a995-f59f7f0d2b09
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,1b6b5f28-57bc-4bb9-95bf-b8a842a197a3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,743b4518-2d18-44d8-ad24-b39777a7ee32
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,b77e2642-82a0-4476-b418-09f3f5d86b4d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,401034e9-83be-47fa-ab4e-2fbd9fdaf69c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,4356efd2-fbe3-444b-95ca-0b99d7d3f347
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,497660d8-e39b-4c75-9a86-b5322b27706d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,6cea2c04-6534-4fd1-a0e9-aaf8d2eac81e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,bd161b19-4200-4f2c-a468-c1755ab02b29
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,d6bcc2c7-698f-45da-8682-0442db9e6b3b
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,119c96df-c2f7-4b48-b465-a5137ffb1ce8
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,a293d157-04b9-4347-b238-be113cff599c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,523a30dd-3a20-4c82-bcf3-e08c5698ae2e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,1000.0,kg/TJ,fuel_combustion_consumption,d856738e-a3f7-45b8-9e79-824071f50cb7
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,1000.0,kg/TJ,sampling_scaled_data,146acc67-431c-480b-b9e6-21f6b13cc1a2
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,1000.0,kg/TJ,modeled_data,8030dc30-d35d-45cf-b64a-48373b4368ad
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,2803306e-5039-407c-9d48-efb12bb14dcb
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,e463843f-5703-4463-b1b3-0803f581e141
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,fc309283-15e1-4c3d-909e-111fa172243d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,b875e2a5-e5de-4f3a-be5e-65d309b8fabc
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,05d9a20c-8455-4089-bcb3-9716b7cfe6fb
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,d7038dc6-7557-4836-b425-6c0004ff3a2e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,2fbc9a09-9638-48a1-bd07-35780976c7fd
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,2521c65b-7bee-4899-8710-b3229d458072
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,e7eceda7-1f31-47cc-aace-f3715883caf6
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,db922bf5-95d1-4f75-9d40-77b8b8bb7b56
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,13c24e89-2841-4525-9ae3-ffe8aa549ca0
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,a2534e7e-a69a-4223-83c4-040cee857d69
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,230b27af-8241-4aea-9d91-301e22e704bf
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,235f62d0-3cb2-43c1-af94-0c33b4eb43de
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,5db68256-4f0f-4344-a320-1a923c9b624f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,1000.0,kg/TJ,fuel_combustion_consumption,a675d95a-22d3-41db-ba19-35681318f0e7
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,1000.0,kg/TJ,sampling_scaled_data,42b34241-5e21-4b5c-af82-0cebe0355453
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,32.88,tC/TJ,1000.0,kg/TJ,modeled_data,1a3c0347-0c26-4522-9df6-4cc8d935c1e2
-118500,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,fuel_combustion_consumption,b42fa2f7-e003-478b-9df8-8f38dae92fb2
-118500,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,sampling_scaled_data,e096a5f2-e06a-4270-84c6-b083da11d7fa
-118500,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,modeled_data,4fa6997e-7891-4cc4-afe4-81d2914d8e87
-118501,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,fuel_combustion_consumption,a9dcc002-eba0-4088-b1d7-fb4c04475aaa
-118501,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,sampling_scaled_data,d9f50052-4b05-455e-90d8-15dbbd2cea69
-118501,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,kg/TJ,modeled_data,ca029316-fc2a-4fc6-9e84-52d5aba61a4d
-118502,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,kg/TJ,fuel_combustion_consumption,727994af-cae6-43c7-a8ca-18dd5a3a6558
-118502,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,kg/TJ,sampling_scaled_data,37f4519a-40e7-4e38-b96d-0bdd0d516b4b
-118502,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,kg/TJ,modeled_data,0380aeea-7bca-4bff-b781-9e6d5d65ce67
-122309,"1.A.4.b - Residential
-",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,kg/TJ,fuel_combustion_consumption,5b06285d-d54d-4898-a8a6-594f3bfdda9f
-122309,"1.A.4.b - Residential
-",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,kg/TJ,sampling_scaled_data,61caa5c5-eece-4ce1-bc33-cfc10f69c345
-122309,"1.A.4.b - Residential
-",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,kg/TJ,modeled_data,3895e117-0409-47e8-815f-2eeb737ce1d2
-122310,"1.A.4.b - Residential
-",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,kg/TJ,fuel_combustion_consumption,d6250f41-5892-4ca6-92aa-bb1cc6923413
-122310,"1.A.4.b - Residential
-",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,kg/TJ,sampling_scaled_data,50cd4e47-6a57-4da9-ac35-4d9533ab6da1
-122310,"1.A.4.b - Residential
-",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,kg/TJ,modeled_data,c0aa28f0-3c2e-4bb1-bdc3-d02939ea7f56
-122311,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,kg/TJ,fuel_combustion_consumption,b7d1fa31-675a-4adb-92a9-e6c643efc918
-122311,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,kg/TJ,sampling_scaled_data,93d8dab1-70a9-41d8-9563-6d4ebade3129
-122311,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,kg/TJ,modeled_data,ac8de527-f5a7-45f6-9b43-1a2cd2c76c11
-122312,"1.A.4.b - Residential
-",CH4,Natural Gas,CH4 emission factor for  heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,kg/TJ,fuel_combustion_consumption,4874d614-6032-4024-b0ee-55a0ceca878b
-122312,"1.A.4.b - Residential
-",CH4,Natural Gas,CH4 emission factor for  heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,kg/TJ,sampling_scaled_data,495d9161-cb35-4dae-9471-7c423e485859
-122312,"1.A.4.b - Residential
-",CH4,Natural Gas,CH4 emission factor for  heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,kg/TJ,modeled_data,0199ee80-ce17-43bf-96fe-f27f9c4de4f2
-122313,"1.A.4.b - Residential
-",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,kg/TJ,fuel_combustion_consumption,9bae63f0-ce69-46f2-9ddd-a7de142c59b7
-122313,"1.A.4.b - Residential
-",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,kg/TJ,sampling_scaled_data,91270663-9176-4240-9684-d3f920cc1feb
-122313,"1.A.4.b - Residential
-",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,kg/TJ,modeled_data,28220e23-14e4-4af6-999b-1f1504be4713
-122314,"1.A.4.b - Residential
-",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,kg/TJ,fuel_combustion_consumption,acfc0514-0f57-432c-a910-e87d8e6f8348
-122314,"1.A.4.b - Residential
-",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,kg/TJ,sampling_scaled_data,b511adbc-24f8-426e-901d-4a5cc559c8d1
-122314,"1.A.4.b - Residential
-",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,kg/TJ,modeled_data,40632301-fb8c-4a73-a1f8-d4eba45131a9
-122315,"1.A.4.b - Residential
-",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,kg/TJ,fuel_combustion_consumption,6e16631c-4677-44e4-82cb-f63418af207d
-122315,"1.A.4.b - Residential
-",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,kg/TJ,sampling_scaled_data,43a81400-5bed-4af7-af1d-20f5e27af728
-122315,"1.A.4.b - Residential
-",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,kg/TJ,modeled_data,61d0c01a-adf7-4c18-aa5c-028a857f76d0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,b722026b-a825-4fed-85cf-b769a877ddfa
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,286a4162-3553-4172-a25b-ac57f3ceb923
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,91370ab8-ebec-4747-b448-7f0274be375c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,7edaab0f-fc10-4583-b174-832a4c56a19e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,83f338a8-476e-4e3c-ac03-bbcca9e3eb6a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,3d702432-5b4e-431b-9189-a09ed1be0de7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,8ad9257f-9507-4fe1-8bed-cf5d181b05ce
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,03682d6c-5740-4233-98a9-811ea7918ce1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,5b15c426-0554-497e-8922-4f4df9c57ba1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,8840fb17-5ac7-46d5-9d91-00921ca8fdba
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,6a4ad861-d800-47f2-aab4-4167502e2b2f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,1ba6f351-46b8-4987-a181-f056caaea9de
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,af3eb67f-e41e-40fc-85ab-9627d192e332
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,69fd998b-a27d-488f-b530-eecb4e23d9ae
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,0b986f35-cb22-46bd-a58d-f9bb28259b1c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,5fb922fd-d663-461f-85cf-ab062c09989b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,43a705b2-f9c4-476e-9c4c-659f1ffe3c3a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,aa1d2c50-0c53-4150-b518-9029d7711007
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,0206d1b9-9a81-487d-835b-4ae8d7df2c7b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,50d6590a-3703-47dd-a8b1-7616d273ab84
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,d58a9d84-2c01-4c33-a1a1-2dba6e94377e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,16291726-2477-4956-a232-9477799632e4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,2a0b6c67-ec1d-4804-a389-f172e7d4f030
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,1e524e9b-d512-4c2c-8aad-f3d3db3ea58f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,e2032838-8ecf-4ec3-aaab-c0d25e8a94d5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,7c9affe5-3fd8-4d4b-b070-878a27cb6494
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,82721ea7-f3b4-40e9-aa0f-a6c6892e3984
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,9ebd30ec-7071-4ebe-b1f6-d7fc89dbbf06
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,7e1977ca-65d7-4656-b503-9ef80b4b2dcb
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,5a6335aa-113d-4554-87af-a99b534577cd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,e9f8357e-fdcc-43c2-a1f4-84c1be2b9d5c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,cda51195-50b4-41e8-a8be-93d91b669e07
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,55a6e82e-7a12-40ac-b948-681b7e0730ea
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,7d09997e-111c-4a3e-8803-845d4e61ecdf
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,5b67ee40-1b3a-43a0-97d9-3de989f06a1c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,bb027e0a-5886-4dc0-92e0-ad7f9ce3d3fd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,a8f0e530-64dc-4569-9a8f-24abf88aaf93
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,9c0b75e2-245a-40c5-b3fb-16331f756941
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,cddc6f6a-bfd9-4860-a0d6-4a3e3656cb8f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,0d51c3fb-6c20-4a9c-9edc-72a54beb2f1d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,d0ab35fc-4fad-419a-9bab-e09a98fc2f66
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,dd3adb3f-c6b7-4ceb-8cc1-5585e77334c0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,c34502a0-0559-44c2-8a94-3d56f02c9783
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,ac9a8d5f-48ef-48f2-99f1-dee268310e4e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,d9077e7d-b10c-4ab7-b7e8-3f8e12b943a7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,a247afb9-80a3-486f-a8bd-d746bc380e03
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,4579f6d5-6964-48a5-be32-f7349f863bbc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,4d23b179-f880-4767-ac0e-1c25650557c4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,d108c011-b5b0-42fa-8aeb-c6395f6ad7a2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,16cb7eb7-b849-444b-870d-a9ba0a5b7f60
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,6b67d968-a062-41c7-a4dc-24e06cb49a33
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,589597d3-b9db-4e53-b09d-286eb259752b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,57a548b1-9a42-44f0-baed-a3c874c0576c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,1d932e79-f4f2-4ddc-b54d-f0f2e00f793f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,7eb08f34-c36d-4acb-95b2-5f81b7ed0028
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,0416163f-ace9-4077-bfd2-3f5442c8e2ec
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,410f8573-2d58-42e1-ba37-36667d1e4ae4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,224e7e7f-7866-4d3b-81cb-81d4588d6f10
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,76cf4f10-4550-447f-b91d-4cf2ffcd9fae
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,b6417e0d-b0c9-42a5-a437-fba2ab542294
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,217ef127-6e23-4ee5-aa08-6b9eb9fb5f55
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,1a0a59e9-bd2c-4a89-8f81-f1b016ca8a2f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,0348b27d-5852-4d88-b3f0-33ef2161d64c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,951ee5e0-cc03-460c-8907-bb58dcd49527
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,d69bd9d7-2e3a-403d-adac-fd30eebcf903
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,5252439e-7c6b-42d7-8d99-29741f012b86
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,3de99229-11a6-4216-bd92-2e6b9d7680d9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,8e446a4e-9701-4d6a-afb3-2cba07c6c30f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,4d492ca8-84d8-4442-a30f-6fbcc103730e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,8936b45b-f14a-435d-996d-317741123396
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,91d74fe9-f986-4a45-b7f8-9749e6d6c7d5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,e53d8d71-022a-473c-aa99-70fdf59ccf92
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,72d7094d-8c18-41f5-b3b7-142b0ac4fbb8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,195dfac4-9e53-439d-a3c3-d56aa835e4d5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,57b6fd1f-6f86-4068-a327-12e3787131aa
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,bfe7ad38-ab31-4524-8d81-7127662c664f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,b87a7f93-3c33-4c19-9431-c47af0e99599
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,0aa9f10a-1876-436e-9f83-013e1308af8e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,57044e5f-1a1a-4d2e-85f8-c5f1d6a1d501
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,2b86892a-d21e-4eb4-bd0f-b5d19b9dc587
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,58dafbe1-6747-4e16-a2b1-754a3f25bb66
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,c12e19a9-8dcb-4c31-a63f-52c0ab9d13a4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,a92db02b-782a-4f26-af5c-defd728eda63
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,009020bc-3de1-4ade-9150-a34e5575becf
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,219acbec-fc47-41a5-996c-c941c76b09ae
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,b144642c-544b-48dc-a248-5154e198f5ef
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,87c1e7e5-cc31-41c7-96c4-baa5de10cbb0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,fuel_combustion_consumption,4962aa1f-6e03-4f89-bc4f-e2fbedf92c99
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,sampling_scaled_data,1ee299d0-cb75-43df-9851-3d03037e1ae8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,kg/TJ,modeled_data,73a1910b-86dd-407b-86bd-bfbc741e2b8c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,efdac960-0ac2-4013-bab3-c51b280ee807
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,49829909-45d2-49eb-9270-fec6ad7fbb18
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,0235e730-5846-4375-8cbc-a0baa56c13e1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,0072c3ad-6634-43b1-b7d2-3e481e0c7fe1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,c9fef3b8-4b56-4cf7-84a9-22b634365e2f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,d561edc3-73cc-4060-9d63-4a6886ff448e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,d95605dc-7a70-4505-a0ed-b22c6325cba5
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,3a4397de-6174-4281-b392-e70cb3acfd2e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,3c4d2680-1caf-4611-a9be-c9a0f04647ad
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,40d58ebc-f66a-4cbd-8f59-95455cb0d93e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,14d119d3-329c-45f0-93fc-e0e079315e6c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,899f1228-c461-4a90-8af2-329d30c6817d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,2c9661a0-0402-463d-9767-ed246be50315
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,b6535ed5-c971-40a7-8a8f-1462f86bba2d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,69e862e7-5a75-470c-a6f0-e97ef16e65ec
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,cd41b459-7548-4a45-b25f-d1aac2825b4c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,30900344-ccce-4481-8afc-bd80d41dc379
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,af576d72-cfdf-4611-8f77-cbc71fd7acf9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,9f2aabc6-b2c0-4cb8-89bb-84f2c16b50a2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,15bbaf6b-22f0-47fe-9f1b-7db7db7ac513
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,b4774827-a15f-4304-b3ae-14a05986ad5c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,3e95587f-0d13-4cc9-bd0b-9f3426065f4e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,3b6877f8-cf01-4c8e-9ce6-a9bad1f22108
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,2fbe780c-1ff2-4a06-b21b-e74004ba0448
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,0e171889-f456-4fc3-9929-d23f5cd617cf
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,0ed2d01e-d739-4424-91d8-b7a5f653c29b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,9832a19b-f51d-44bd-a161-aecfbf0d0444
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,dcddcef0-a929-49fa-9b7e-53bb5f806e88
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,e094a01c-a1fa-4b20-a4a4-2b78854653a9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,996c03ca-c589-4838-880b-d05548a8e74e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,9ff5be6a-a000-4651-897d-3eeea0835604
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,31ceeec1-f760-4023-8e67-8a555d845a18
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,704d3c8e-a4ea-4d24-8a2d-96c5d54d12ec
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,da14829d-c31d-417e-9493-db65b8e5d341
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,85c8d02b-62ac-4142-a90e-39836b358b97
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,9c64c84f-84f0-496b-a0b4-2bc5ff4b1837
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,fea36cf7-68be-46c7-9f2e-aa88ccf241b3
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,83b2e73a-a7cc-4c0d-9551-dcc5da47987f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,fb1926d2-aebe-4a53-84dd-82b8b286c666
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,03d3e43d-5a89-4e69-946d-bf9163f88fe4
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,4a84d90c-6df6-4539-938c-6ee5321155e1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,574bf334-76fd-454f-ae8d-bc055778484e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,8299cd83-ef7a-440e-9e20-381668929d9d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,dec53de2-955c-4660-be45-8e8d45f63b48
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,7af8d96e-b99c-4f0b-8612-7731ff4a918a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,37e3de5e-2730-481c-87ee-ac76a472ada0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,152f7b6b-f6ac-4d7b-b412-fd5784875295
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,b8395856-4679-4219-9a94-4fde973e173e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,a604fa6d-3d0e-4bc5-b678-3f1cb0b57d39
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,d88e396e-4954-480f-8d1b-11bdc1fd9750
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,9c46ab54-fe3b-47fb-8595-d7577f88de5d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,fuel_combustion_consumption,659f6be8-3afc-42de-a04b-d660c501266c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,sampling_scaled_data,594ebb7e-835c-4300-9f69-306d2326f084
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,kg/TJ,modeled_data,57207473-792b-4b14-81aa-2e67e34df1f0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,dfb583b6-a970-405f-ba1f-53d37dc6b294
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,fdb7651f-33be-4bd5-98a5-d85af63effb7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,2337e997-722e-4f9b-b722-b89916429863
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,572dfa60-a856-4b87-a449-0c4c02caf658
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,71a608cd-cfd9-410a-81ec-f6aa0d068637
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,e660501a-eb6b-42fb-b757-1e964fa77805
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,efc1d5d1-31c9-455f-8994-d92caae98913
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,12f0e093-30f5-44cf-b414-028ff7e18589
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,eab76f6a-08c4-4766-a3a9-cf78f880301a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,0fc90d25-1d7c-4993-bfe7-629c9b417e04
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,b8976ad7-b870-48ee-8599-44bc30cdeb8b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,47cda89b-80d6-4c11-a3fd-bb37b518028e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ed4a4d9a-5e31-435d-a5d6-8ee92dcda724
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,8c4787a4-ae72-4ec7-abee-2c3fd4c6fe47
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,39919b44-ef34-44f1-b00f-991ca055e075
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,b4f1d84b-20e0-41e8-85ce-8784eb353502
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,200b2d71-6a25-40e2-9e1d-8b4f5b88140c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,8ba86dab-c513-45ee-976a-0eafe9bef89a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,9573b5a9-1d9a-4682-b949-b4151f7d98f8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,dc194ae2-60cc-4941-bb99-372cc6852804
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,843118bc-0f8d-44f5-a690-cdde3a65b141
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,a77959c8-82f6-44bb-b8bd-ba5ca3999d48
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,d066bfde-84d5-43c0-980b-80706f2304dc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,b2324468-e9bf-4cc0-9c09-f805a88e2eba
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,9b8f0a4d-9994-4367-ac7d-31e624f8f6e7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,0f0a7e27-e083-4df8-a39c-4ee8a62fa70b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,7dde9201-f193-48e7-8a61-4d51be46d572
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,5907a5ec-f108-4c4e-8519-b6da19eed73d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,494e2ab0-7942-46de-b62b-3866ebd79160
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,6f435a37-5459-442a-9722-a15951968585
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,18d1ff40-ef62-4683-94c1-c1e75c04dafa
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,921b0606-d7a7-43c6-b2e4-27a9363d400a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,7a75a3f0-a672-41fe-8b6a-79905430e47b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,167d7d44-394f-42db-a6cb-c7061e3da4ca
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,d1720a43-247a-419e-8eb9-b25dbca52e2d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,c3ca24b8-6538-49dd-9c76-02fe5d4f0fa1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,59036829-0236-4580-b8fc-6d3ee1e7ca4d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,7ca8b1a1-795d-4faf-80fa-00800ef6dd7f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,f1b1dc5b-bd14-4687-9d8e-057f5908dac8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,9de3af13-6232-45fb-98d6-cb0cd34fac10
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,0faec8eb-1032-43b5-855a-eeb024d3a830
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,10a7aa91-507b-445a-a6f3-31443b3bb030
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,08e2f7fb-8025-4340-b871-c4cf7b1f2a5a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,cfa1810d-06fc-4325-b0ad-51cd1d0c443e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,125ed804-cb7b-4b5b-abd9-a85b35298988
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,4e1c0582-fb38-4df5-acca-cf9ec50b15fb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,993db67c-eae8-48e5-bb00-fec03b69db40
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,68bb9a0a-9606-4ffd-81f2-f9e94821799e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ea8d0e10-43a8-45ca-9421-177784292d83
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,f076bc28-6f15-41dc-997f-f6a66d444724
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,b6a3bb8f-2347-408e-b9c0-1bbca43f79b1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,4a02100a-c96a-4d68-85bc-3d6a82ddb175
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,3abe0c9e-32b1-43c3-9709-57a97c7acadd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,82050269-a17d-4e62-8b34-08d227578cb4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,d97654b1-d729-423d-926d-5730cbf072fe
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,238ed74d-f628-4a92-b6b1-335fdf4134e1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,725c15fd-d4ab-48c6-8e0f-35eed6ccc2cd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,f06ac54c-c6a1-4b2e-a4fa-66def76bfe7a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,de6cd923-9ac4-4a8f-8739-ca8a813a9e61
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,dc5c6888-378d-44a8-ab1d-4cb402ecd7f9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,875bb292-1352-40df-91c9-47ab8d7b31c8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,df905907-29d7-475a-bb5c-300e415c3efa
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,c3fa72c9-1cd8-4665-9f9d-26e94956523d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,479699ba-8441-4703-a5a5-a916c355a4b1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,be12cc20-faab-4560-81f3-64f7e9834ada
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,e4d1a3c9-8ee1-47b1-ac1d-1620471540c7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ec43654e-5f12-4016-aae4-3d7d2d12bf5e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,ac6766c0-9c58-44f9-b690-5af9dac86338
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,3dc5737f-06e6-4e49-ad0d-3e7c3b9bd4d2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,ff1511dd-eecc-4f0d-af7d-d35649ea3cb5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,97720c95-5e47-47fc-b58a-1a6c7055b6cb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,1800d99a-ad13-47a3-a427-ecbeaecd7e3b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,74621d78-45f8-44b5-9cef-c8542ddff80e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,b83906f1-93cc-46f5-a344-6d9245e15098
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,90e43bde-3bd2-446b-b112-8d692b5b97a3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,0f45876b-9a2d-4fed-9e32-25ee107c3694
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,4a39ffbc-24f2-4ea0-b4a8-080867bca281
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,00b38740-b457-4ae9-8103-78f0b585b5db
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,f0057fea-bc6c-402d-aa57-ed253d3a2f33
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,f1dec8c9-a83b-40e6-8917-cc658b175a9c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,081a4dff-8a77-4c4d-a169-7c068ddcd746
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,51fefdcf-5ef1-4599-a95d-bc5b865d04b1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,01959ebc-82d9-48d4-9fe9-8930bd2719dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,49310a87-4725-4b20-a2dc-1f260163e67c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,30c374c9-8ed8-46e7-a368-0d6f24313b73
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,fa4e8061-dbb6-4487-b7cb-07388b9b700e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,cf39b0d7-045e-4809-aeaf-b25a97ecd9b6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,270bd856-b43d-4012-9af8-6c11d0df854a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,c10810da-4508-4f0d-858c-46cfe689a789
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,fa7565cc-2bb6-4319-9b9d-00fc0fc9331e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,005ba8a2-1890-46b0-8ef0-8ae0c5f15906
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,de94fcc0-bc71-4026-81ab-6933c6e06982
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,107b1a4b-1a70-41fd-93fd-bb06204dfa83
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,06ae5940-8d6e-4143-8196-d740f828896c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,e3739056-d88b-48d0-a8c1-d25e47bbd60c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,217d11a6-505a-4524-8595-c3f4d8d5d66d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,0c9251ed-9079-4879-b601-6fe49f1ec1f3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,319314c9-249c-4e10-b44b-f085f58252ac
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,9d1514a2-9162-4caa-ab0b-8b23d5be071d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,32fbba51-c537-4c24-8603-bdc40743b8be
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,17ce9ab4-187a-43cf-a699-a6745d457fb5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,cebd6714-ee53-4c7f-b83c-1e6c4cf9525a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,34272170-e734-4303-983e-d1ec40dbb1c8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,e97eb55d-534e-4914-98d6-bde55046a5bc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,a7ead48b-81b4-4ed7-ad2b-87cd54a9c035
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,fuel_combustion_consumption,c28f0dc7-a0b7-444f-9b12-6eb3e0754ebc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,sampling_scaled_data,4cc49d57-55c7-412e-9474-00955889d75c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,kg/TJ,modeled_data,8b7603a9-8c45-4dbb-9ccf-a5e5dee7e8ed
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,48b5fe4c-769e-43e0-824c-de2d1b2a0f4d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,9a442667-9d7c-4849-a79b-a3ae684a458d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,c849c4d0-f045-4ef0-89ee-185b573a37f6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,b5c98653-7e16-426d-96ed-f31fc71260af
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,770cfd1b-208d-403e-8f19-15b5bb2257f4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,113de750-88dd-47f3-b026-1168f1e60244
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,2ff25a08-500d-4c1e-91a2-6d793edea969
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,0eacb5f2-a7cd-4eab-8faf-3f2171d67411
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,0a915cc4-369f-4b36-911c-f4cd282d2c99
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,3f2fc7d9-14c3-45b0-89b3-202c35de3039
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,ff16eb2b-d64d-4189-a26c-32ed31cad5bd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,344c150b-393f-43a2-8ad6-c895f5d0d4f7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,8f38ae9b-f03f-461f-a086-137f68729164
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,006161c4-bf74-483b-9899-a2cdd3f8f10d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,74e09385-2ca1-4a81-8037-c024b0183dc4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,b223fbf1-21f2-4c06-9387-f0fc9e8ceddc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,d10fb544-5e89-4e6a-b914-0ec4f0290cd6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,ab7538ef-09ea-4f45-995e-ce9397cb84ae
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,db08d712-e50a-4e95-9d32-3f198d5bf9ec
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,31bf58ad-e1d3-4068-a004-8d5087b5e683
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,4c9a51a2-e2d4-4124-b6db-112c4445d764
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,95e661e5-ae5f-46d4-9bef-93a16e565a01
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,7936a08a-cf45-4b72-8643-baf0c895a747
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,2739581e-8fe1-4fde-81c7-f78af76dbd54
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,f070dd8e-60f8-458f-8933-d84230aa9450
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,4fd9801a-c91a-42ad-bf04-a260e49f7caa
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,c676b35c-4a27-45a2-8158-256c047c9208
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,12e1e0cc-9523-48af-a3ee-8b51bfb4273d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,2847e1db-d016-4c57-84e8-2a2f74b767a4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,0142c8b8-205f-45c5-abe7-d88bdf94f704
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,69481778-29fd-4ae9-bb1c-52966630b1e1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,22645f57-941e-48fc-b36a-5bc7205f2e55
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,d83ede34-8d25-47c1-9c58-e548746c5fc4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,ab98adfc-5e25-481d-8749-756f7093191d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,75e97eb6-0688-468f-a1d6-fc3d3cc9dc32
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,951a9ba7-f055-45ff-8b89-66cd9627d362
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,62726ba4-df64-499f-9a81-251c61972885
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,e4ca4af2-cea3-4790-bedb-95a2da1c21ec
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,125d03b3-bf0d-437a-8161-a81ab0213409
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,15995ccf-af6b-433d-93bb-b5db088c94f9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,3e7ef837-3006-453d-a6ac-bfb079d9ee8f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,51674eb5-9f7b-46a7-a192-4a4f23f1cf78
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,5b3c6b7a-873a-4c9a-beaf-8b3930d2dad0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,c044fd56-64a7-4745-ab67-8586d9a073bb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,989f0285-4d72-488e-a2d0-98fc7a230380
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,37ba2f44-72ac-46e5-a3a2-efb62bd29b29
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,beed44d1-5a10-44b6-a4f8-c76b210df686
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,df2b8116-1ff1-4806-9e0a-d05fe54d8ef4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,30ee09c3-e3ca-45b9-a472-dcfd1f0ca564
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,a81e795a-4954-49e2-b751-f718fca54302
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,927ec694-a9d2-4ae2-a2d8-dad5f58ef6a1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,bb20805e-8874-4438-8cfb-1db9c1c8e5f7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,d4d12cdd-fa8b-47bb-b997-07dc9fa31e59
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,a69e13db-d72f-49b2-9d04-48e2895877b0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,4ed8e7f9-00da-474b-badf-da4aecf27eaf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,dc7e369f-8ad5-4704-a764-50365d0c5d8e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,b13a69ea-91d4-4e22-bf72-361d9bc0c626
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,8e20e3cb-c23e-4e45-9fb4-3285c9a3f66d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,bf8c6a3f-3174-471b-9320-8c271ca4b645
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7b14790c-588d-4455-b0b5-c9def4088ec6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,bdb66e6a-d6cc-45f6-8d22-3088809be84c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,affee9f2-4235-4a06-9070-3a6c95572144
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,08b8a79e-e9d5-4bfa-bccf-e5201e4b78f5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,fff4ba27-57ef-4374-8de4-eec5a61feb64
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,176f5f73-86e2-4cd1-85b5-fbc035b3dfc2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,768c53f7-304f-4593-b371-3dd131a14951
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,d83cff1b-c584-4900-9808-fa3954fb06d4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,33639bfe-b239-4f92-afd0-369ee9d2f467
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7870f37a-496a-4a9a-9594-968366eab527
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,7f71c5ec-6c46-4e86-880a-e6d88f3b3b20
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,b4fb3af0-0091-45db-8eac-7d3eb4786e4c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7eeefe68-ee5a-4859-80bf-4b11b35042be
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,75a4caf5-e617-412b-9660-0be3669f7486
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,dc32f3e1-4fa6-4015-bfd3-4599ee04d48e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,16ca3362-2f75-42d4-b5fb-f2c04e5424f5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,1cd950d2-cb02-4386-9487-2bf0303c77dd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,2f89282e-d7fa-458d-bd26-afdbd8378de3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,1395aa05-7b5d-4029-836a-f99c45c663e3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,cf2f9462-3ab9-4b88-8f9f-41805b4d896b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,918774dc-d414-4fcb-98d8-310ba137c2a5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,a612c455-11af-4704-930a-8455caa89074
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,5bcc92fc-6830-4333-9d4a-39eef74ef8ce
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,58bae089-4128-4c20-b612-5c66cc140a9d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,7a65371a-c0c4-4d1c-a6ff-821d12149ec7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,1799f5c7-6aea-49ba-9e06-cce93290d6ce
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,31528a70-76c6-44b7-84a4-7d878f601512
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,07557519-1b60-46a2-82af-0918cfaddd97
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,fuel_combustion_consumption,b0004e89-47dc-4561-ab23-b9258a4eb957
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,sampling_scaled_data,7d2ebf6b-ed9e-4c60-a38b-62853e938383
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,kg/TJ,modeled_data,53b98ed9-cdf3-401b-8706-0922d100ab2b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,32dd5600-23a6-409b-8098-1b1fae27869d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,ec7cea5c-4630-4272-8ba2-180831eb2741
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,58b6b8d1-4ee3-47d0-aa7b-f6f6adfb420e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,b4ecb41d-7ef2-438f-b73b-cb9c19654eb3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,3f5ec79d-13b7-46bd-bcb2-37fb316bde4e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,6225dd1e-66a9-479c-871e-b009b4079cc9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,bfeb1930-39bb-415e-b087-26564e61db1b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,cf94a4f7-53f0-4e0e-8e92-33d4e61086ea
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,9ce449bc-f458-4060-a7b8-bc31b8432fdd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,25d2a3cf-915a-4d6f-8c71-8551b46ab6ca
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,92308374-6010-4d52-9ba4-06f2c134dbae
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,34e5692c-f132-44d3-9be9-6376c61da900
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,beb13cb1-4da8-49b6-b165-702c2273db9e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,90c960e3-88e9-4f07-8200-ad3e1659bd33
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,54313e7b-5b47-4c38-8f1f-9bcb8b0b8a20
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,32c3064c-2f2c-4718-8dd9-6afef53a7216
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,27172c6f-66b1-44e4-9f71-cff43961b57f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,c188492c-8b2f-4acf-8976-76ae5a85be72
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,b62e0a2c-bebb-4cd3-8a15-5e658bb40c8f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,99fc9ee4-06fc-42ae-a524-724e011f1ad2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,aae66951-05ae-47cc-a317-38d5528b9206
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,1cbe0c76-a6e4-4c19-908e-f497f4efe970
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,4b1a1a11-9369-48c1-9d42-77842afa0c9d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,d6c6af39-4d55-46cf-8b94-0af6c32fde59
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,40a0eb01-30d6-46d9-a3fc-bc1565ff66f5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,82e5a62e-9209-43f2-acae-cd1365f21234
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,628dd66e-2aa5-42e7-87df-d53096f9da5b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,94bd1498-37a5-4aab-bdc7-a8ebe98eeda7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,3d05bae2-2a4a-4932-a5bf-12922f7c4fa8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1054430a-e4fe-47c2-9208-4ff70b0977ca
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,2d6b0104-e5d2-41d7-b2d4-2556bee7b13b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,e3241b43-2783-4fbe-bcc2-6f937157b499
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,ea3ae5a8-5695-4dc2-bb79-57d136d6f027
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,07f81e93-dfc2-4039-807e-b804d9d1f3fe
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,6b7e569f-d796-4d93-89dd-3fa5d9cc5108
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,6ca4fbf0-d380-4330-bbdc-78c956bb3610
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,a475e223-6903-4945-823f-b7038ead40a9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,38923616-10d9-4427-9206-840a22026c4c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,62677be2-aac2-4596-8958-efb829891b3b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,d7bdb1e3-594a-4c5f-8766-c1254e782aaa
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,3ecb1789-ff61-4550-8d98-a42b40ea48fb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1fe60d9d-d2af-4b97-bf42-76a49b264bb6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,68c5e5e2-960e-425b-a46a-0eb43789a1e0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,718cf4de-6cef-4e47-a0d9-01f0f8aee615
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,079f3ba1-2baa-448f-8cbd-2cde342c89bc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,d009393f-84b0-4e06-9b88-780ab0986ad6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,8e7d2037-12a0-4510-bee3-8b91a2a88808
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,d1e859da-cdb9-421e-a6f3-0b296c07d912
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,29321349-aae9-42a6-82d2-b18882153797
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,1d364047-09d3-4821-a35e-9fa06449b01c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,2ce5d360-1350-4274-bdec-11a60207089f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,fae2464a-e1a3-49b5-8446-aa543ff30b0f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,5f6cc8c2-b6a6-4a01-8d5d-81a83eb7beb4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,9e74c243-3ec5-4bc1-bf16-46ef0b79ee65
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,a0f1e2fd-79f1-45d1-be34-49a1663a1251
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,7e138556-cfd3-438b-a21a-04932071f170
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1d652f7a-e85a-4012-ae3b-f5596a0b8ad1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,33fd7fff-92fe-49f6-bebf-b92914ad3c79
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,990163cb-65f7-4314-800e-701c8fb8b267
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,5addf322-3b9c-4686-ae95-99b1e9a23bb8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,cb56241e-eb61-4982-840b-89d6f2fce1dc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,13a1ef26-7d0b-4009-98db-5345a2d0ccc2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,1df4a9a7-6ae9-489c-b90d-d3a8f0dfbf33
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,35210f19-42b8-449f-8d8d-c7ab24c10abc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,fb8f8584-f795-4444-bfd6-22e828986892
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,f08337ba-964d-43e5-958f-1a89ec0a5a36
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,07e68015-97a2-4123-a4ee-d6e1808f19f8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,e604bc1a-9267-4e9a-9cc9-286f305c2c61
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,82ad7695-8089-4fd6-a29f-6441ab9c527b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,4bc00e82-63f0-4378-8539-2566071a87e1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,92f06b49-d1dc-4183-89a8-fe19ff47f0df
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,ee801217-1e5d-4de6-ae00-3a8bfb9ef01b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,471187d1-9f97-48e3-8035-a590368e14e3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,2d70c10f-d8e2-49b7-bfc4-e05c095c449a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,24986863-234d-43e4-99dc-397bb32fc5b4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,61293ff8-03d0-4293-be62-44a5a84cffd3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,5139a6eb-5421-4b2d-9b31-e61986556229
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,7c70d2eb-a3c6-4315-900d-205bc2ce55b3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,87cdcca0-b61d-4534-a2ea-f15b5f955a37
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,19cc45c9-b807-4338-a1a2-b6000c4e9972
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,71d63b00-acb9-4bb8-a60d-1c8dc9b01f62
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,74446e7e-5882-4fbc-916c-ad432a0d8c6e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,d2269b8b-7704-4f5c-897f-49cb6d04cd79
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,c17af30e-1aec-48a6-a410-675ccd647fb5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,d6dfcbf7-a3aa-48fc-b3c5-65981cc181c0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,240ea271-d2ad-4ea0-8424-f3a78616f1d9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,7e61c4d0-8a2f-409f-a582-8f159f0c3b32
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,fuel_combustion_consumption,b87d14e2-f135-415d-ba98-052d51587ed1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,sampling_scaled_data,b1b6c531-f7eb-459a-9653-8f5b4e41f683
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,kg/TJ,modeled_data,b7fd6d81-ed15-4dc2-800e-eff77fd1148f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,4d3a97b3-0184-4b45-8c90-6e75e883bbf5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,e7f03609-678b-4554-a4d3-b1f7b0cac239
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,4f4940b8-f888-4a92-baec-1777f2a3f1c2
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,297c06de-d3a7-45a4-a0e6-29467310921d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,cd5b5a3f-27e4-41e7-92b3-f95ddff232f4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,7f534b96-02d3-4af2-b09c-442121c8f56c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,bd9a214f-175b-4fcf-94f9-faf8a2eeca2f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,c7f2bd65-9598-473a-a60f-647fb3a0f56b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,94c3b2a7-e81f-48be-ae82-13910e84db33
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,3c65abee-1c6d-4fc5-9f33-22deae6c7662
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,fbe759fb-b851-464f-a43d-03ec4c1d85ac
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,af741814-e40f-413c-967d-e2c62eaf6ac4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,5f611146-303b-41e6-a351-c15dd9627127
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,730d7290-4cb0-4964-a065-37bd7e2963a9
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,a2909512-9350-46af-ab9e-94c2d929c87e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,f32ea4b0-ff53-470c-bcbf-3a803f2dc664
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,e3feb223-bc81-4bfe-82e8-16382eeb1e49
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,fb1b6847-a36a-41bc-a951-f8088c7ac15f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,b813e934-85d4-4f54-b306-c3ff3c5a97d3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,2a7dfde9-a9ba-475d-a7d1-ad239586d0b8
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,64c1da08-7154-4613-8735-599d07c9c5b5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,ca73f09b-5c4b-414f-ad4b-c111d8107607
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,8973f555-c43f-46e8-bca7-8acf8bd6a9c3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,026a615b-dbf2-45f8-a553-5d64a8abd253
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,28a80d76-453e-4cb3-a77e-87bacc817a5f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,79a70ad8-0d14-4f69-bf02-25b2193a577e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,5c9e348f-5d02-4310-b7b8-5844b991fd81
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,2c38eaa9-0991-4664-ac52-021cc79d27b0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,ce1ae3f1-11e3-4b02-bac0-093769294aec
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,dedb877a-75a3-46c5-94f0-b566ab626d6b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,33ba8f35-d324-4d7f-b340-7e1f18e8d885
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,f7af1934-7600-4627-bf74-b5ad991f5e6d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,8e600c48-b228-498b-ac5f-50c3a1945b2f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,da271749-2601-4dc4-b35f-67f9e13c9d21
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,9f16a2f2-ef70-4ce0-a686-e781d3858b42
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,213aa795-db17-435f-b992-052bb591f7bb
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,a67840d8-9a4d-4eeb-9fa7-1d0f8f879b60
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,29efd7bd-03a6-4f5a-870b-c4fafc96c86e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,6851fae5-aa57-48b3-ac59-45296c16268e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,acdb7865-16b7-45d5-9a26-7641495f495d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,a06cdaf1-8ff2-49b2-9bb6-52dfe89adcd4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,69c93ec7-795e-4871-a74f-236d5175ca97
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,4fcdc6cf-0397-4394-bb38-50d9a6003060
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,bd3c1941-c6f6-4442-aa30-e827bc9ba9c6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,c6fbc99b-633b-4a0a-aa6e-e0567309c5a0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,84b91b2f-7b4b-4299-817c-faae19b44c28
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,9642272b-ee48-424f-9b3a-0cc85e5c56bc
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,a1c0704d-85e2-476d-8aca-374aa71a019e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,a36de8a4-940c-4deb-a462-0d5330956b89
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,61d1c261-77a6-49dd-98fd-45150882088b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,22b9c737-48a3-4e10-86db-be267cb53663
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,fuel_combustion_consumption,9fd653de-a29a-4414-b0fa-950b55bf0a67
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,sampling_scaled_data,200b093a-fa6c-4046-b19c-d2957bf45dd3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,kg/TJ,modeled_data,a77f35cd-25b9-4d56-9e79-ea3cebcc89a5
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,d9501e33-676a-48b3-9010-b207920142b1
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,f54f878e-bfc0-43b2-92aa-f02de32ae4db
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,f381bafb-bdf5-48e2-bb84-f558154e8f2c
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,abf6bc3a-b6a5-4a93-81db-720d5e1d85c1
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,cf5c7655-0574-4c3b-abda-05bc83ad0510
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,48bd3c0a-9e19-40ed-8576-ef7211d65da1
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,df321921-020f-491b-b2dd-5933aac8e330
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,2bbec886-bdc4-4943-b45c-300a738aeec4
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,b5c5264e-eed0-4490-b888-5d909fb26aba
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,ef120d94-aca2-4405-b9c0-c3a212e943ca
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,8e7ecc78-30c5-48b8-b231-99daae01da8f
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,2d47106b-f868-4956-b237-8e47497cf396
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,10a9be95-7574-4931-a5f7-345373615816
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,9bc4af26-e0b1-474f-9083-c54d34562286
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,302d02c8-12b8-4d19-b059-b35405fa3013
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,fuel_combustion_consumption,deb672cd-b77c-4e52-a423-1b70ec38152e
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,sampling_scaled_data,cb2db152-6750-4322-9af7-e9dd3b4cd595
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/TJ,modeled_data,cd471e7f-34df-478a-8dec-6ed2085f781c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,071fc74a-292b-49d4-aea7-5da04a2b87de
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,4365f677-e158-4d83-a4b8-c9408f2d1171
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,336e78bf-e95a-4ad5-ba11-ccd9e7c0cc83
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,2dd106d5-6634-4720-8150-13e0600f255b
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,8e1bff0b-ace6-46fa-bdf7-7d65b8c04363
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,5146281a-35be-491d-b3a5-4a6993e8a76c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,cff16dd8-0ea1-4828-aea8-3d994161bc28
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,f8f42ab5-e3bc-4c87-90d3-7d44a7f09f45
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,7415f29f-c925-4bf3-a5c3-c74011e85805
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,066631b3-47e1-4b93-bc51-e5080b2fb523
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,f80af807-2a43-413d-bae9-997b7a88e8c4
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,7a9ad209-7296-4763-a0a9-bc31bc608142
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,c19e3d82-4ece-4807-9ff6-2a4ae57a9626
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,282172a0-8da2-4b92-bfb9-055cbc197cc2
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,2a7f0ec5-f100-4578-a89d-5319e6ff2ded
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,fuel_combustion_consumption,18b255d7-d07b-4629-a746-4ab74015c2d9
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,sampling_scaled_data,08cda2b0-f552-4d69-854d-fd700b70adc6
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/TJ,modeled_data,10b6ab4f-5c0e-40de-b4d6-267967c352ed
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,19feec78-865d-4583-915e-e12c0ef11267
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,49f66e10-e7be-4f1a-8650-a110626d99a7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,ac565c3f-21f0-44c8-aba1-079cbf3b026b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,2065e0a9-114b-480f-acd7-606c0d90a6cf
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,108ac32d-ca25-4d5e-a82b-54695eecf774
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,6a697b18-423e-4631-9baf-9ef3345a03d3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,2b35dc10-a2a9-4b56-b7a4-a100c7261530
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,4c4702db-9711-4322-97f6-291ce1b0a186
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,7fa0844d-95b0-4283-9e47-3444ca271839
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,7631d411-08bd-44ac-b741-484c5e6ef408
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,593ee63b-0211-40aa-8555-7058143fc084
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,e1b28328-b6bd-41a6-9048-5c778d420a4b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,b063bb1c-37fc-4fe1-9dcc-1eb36065a567
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,62551968-bb52-49bf-a228-151fa8f158bf
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,6aa62c9f-f037-494d-b358-84d048bacde8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,b54d1bd8-4a92-41dd-96ad-444c55547460
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,44e9730b-d4f5-4abc-a683-dd99ad9f87e2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,fb862221-f7c1-4e5b-a2fc-e350d8edf011
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,a8cbddca-1fe2-48fa-b18e-ca74cf36c0af
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,e297c468-2d4d-463c-8e29-ffa0bc1cf1df
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,bef683bd-9ee4-4241-afcf-69b9d496e676
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,d0b145a5-934b-476b-a7df-4ac21bfeb788
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,4e3e8970-1249-479b-b313-8113d2632a4b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,3a5b53d9-dcc0-4ab2-ad15-30621cc7adcb
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,0feab306-dcfc-4c3a-bff6-09c9e780b34c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,6d851673-b117-4ac2-bca5-576c29802b51
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,c742b3a2-ed76-485d-8191-ac5f3ea7f3a8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,fafaa51d-4f32-4891-8b7b-d6e89cd28b1b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,c45086df-9db1-4b80-a290-200b82203463
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,638cdaf5-4cba-4f7e-9e01-d3d58c46d1ff
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,1e0a533b-a270-4bec-a061-d3a338c3c9f4
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,8c12eb6d-a8a1-4c26-94c9-2444c0abbe36
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,e1e661d7-8338-426c-89de-7939366288b0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,c68216b7-1ad0-40c2-a91e-8d863bee245f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,35089d8e-723c-475d-bd4f-200db8de27dc
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,01bbed76-5ec1-4bb0-8364-551ee6367ac5
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,50ce7587-8f6a-4856-891f-29ae1db1ec7e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,b90e0183-a2b6-4f53-a337-855e185e270e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,bd725ace-fa7c-4515-a97d-7538c8a70cfc
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,afd3d05d-ad04-4ded-bcf4-f7b254fe541b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,eb50b23d-dc51-45c9-861f-cd8b14534bfd
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,69393a72-f9d9-4b5f-9d9e-7416e52c2463
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,893497ec-c0b3-447b-ac1d-970f5e7eea0f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,cd09a99a-8b55-4855-8db8-26255f1b7a79
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,b88a3dc8-8445-4bc5-86ed-ff33e601c0f3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,bda83fd4-b557-41c8-bae5-5cb22d3c8768
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,63a01ee9-0cbb-4d1c-b657-8e07a7611a51
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,c2750e9c-80ad-43e3-be92-ea2fc1046b7d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,9e8836ab-1b4c-4dfa-8066-7138ce4e6e01
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,561032a1-1b43-4475-a4f1-1c9616108cd3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,085cb78f-2040-4014-adf8-85aa154cffce
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,fuel_combustion_consumption,8f1ebcdd-b1e1-4b8d-9377-8f9a78d7b615
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,sampling_scaled_data,9297973e-9abc-4e15-aea1-0500f834e195
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,kg/TJ,modeled_data,41b110d9-6910-4525-a0d7-58b6249fe635
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,297a057d-81a5-44b2-a98c-8d8489a175be
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,91cfed20-7647-404f-9cf7-5ddc2ba954b4
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,c3fefb12-d9c8-47ea-b288-93fde199c02d
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,c2dbd696-8795-4b95-9283-297a8ec6fe46
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,383de995-7698-4383-9421-cff32ad797b2
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,cfe4692a-dac8-4179-852e-32f85520fe59
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,c15aadb7-cbb0-457c-9c6b-fecce0a86ace
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,d96dffef-1efc-4cc0-be11-9d963eefdc46
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,70f90c44-fb63-42fe-8084-4a953b4c2df8
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,a8f4259e-b62c-4b68-82aa-f497881d26a2
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,f3063a45-99b4-4340-bf46-bd071c14cf43
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,10aa7213-9094-4776-a463-0474d6cf149c
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,b827690e-8f29-4569-94e3-fa60820727f5
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,b07e6e78-c7e1-4b36-bc1b-ccf310fe9993
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,f9740546-97d1-4acc-be4a-688a349ac5ec
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,fuel_combustion_consumption,881fc749-66ff-48bb-9619-cb37f9627ae7
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,sampling_scaled_data,7221f841-5ee5-4ff9-a3ff-de1bf67077f8
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/TJ,modeled_data,99a61316-6540-408e-b4ad-6cc8a1da68ba
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,e98a6faf-af12-421b-bf0e-28bff9052c8c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,1be1881b-e19e-485a-8324-9b6616230a4f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,a536a893-ebbd-4d6d-877a-77699823d5bf
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,4c520e59-0d23-4e42-b804-dda576db35a8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,899fed0a-cc23-498d-9dac-ffa03ec29b62
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,da8ad9aa-f1fb-4c93-a714-95e22ed5f613
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,b635a58f-3c74-485b-bfcc-52be826dc72a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,d3fbb957-67f6-40eb-969c-86c37d8d812f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,67daeb04-d044-4a05-962c-1df4fa6143ed
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,688e3862-3f83-4fe1-9b74-88fd7d40f273
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,fa3283ed-6b7a-42eb-9cad-6b0ad7a96e6e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,cf74c2d0-3e77-46ef-8320-26fbcc9b8e7a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,ac77115a-d64f-41a8-b365-659dfb981d86
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,05c3207d-8a84-4618-a8b2-549981a23a25
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,fe142dc9-8e47-4952-a87b-62ed3f12a6f0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,31a78a6e-ffda-4b8c-99c0-636e4bb9d9fd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,b69968f2-ab0b-496f-ad47-ff6c8bdc5dbb
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,a1e9dba1-6cfc-4778-a2d7-c7dc637430c2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,00d76d46-bfdb-4e4f-87f8-dc76908d18d9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,56efe641-5a77-4049-9d12-f6c9519fd7c9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,0fb5835d-6ddb-4af3-b4e4-2f11414fe288
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,543c608c-ee83-4307-93ba-2d6201b44700
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,d37db05a-f879-416c-9c89-f3e106a91373
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4cdd308c-178e-4917-9281-bef500fec6bc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,7d993053-cfca-4d76-a4f9-c6c962b225cd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,87be55e2-8462-4e5e-bc95-bca24f8baed6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4e81e507-f7a8-4b77-be6a-753a47895f30
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,b00c03e4-2f00-4bc8-9fba-b09b18694605
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,ce01e715-19e0-46b2-b77f-7c883ed690a7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,caeab7d4-6246-4d1f-afa5-9a3976ff9750
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,515df9f2-8dcf-46ee-a35f-9c766dcddd8b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,367addee-350b-4169-8311-e0a62c661e17
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4f3ba359-1cd6-4045-ace0-652a106e8e06
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,de0e2464-6221-44e8-90b3-c339574291dc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,1c2bf73b-1466-43c9-8659-2f9476f61e8e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,96e5f969-880a-4dc9-b391-cb3acf37f08f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,0076f1bc-b652-4059-b511-7a00ffacb667
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,1cfe8955-c048-490e-b38d-5e2f52e95b87
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,197045e8-17f8-4550-a09b-326c4c730fb9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,e4cf2f38-223c-4aec-9845-5166b524eb96
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,4c0d3e2d-6595-48e2-a764-eda9a03e8324
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,4632c3e4-eb8e-4519-9f94-98379e51de37
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,46e35463-d900-4d9f-9c81-e124d5621a67
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,74a6e656-736d-4642-9ef6-ce820298d601
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,55625d71-4039-4c18-98b8-beb035425862
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,9bd34857-4671-4ea8-8503-2c092d363e08
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,c350ca9d-6ae4-4f91-a8cd-7b62c091e9cf
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,278e4757-b180-4693-a4b3-4316046d30b7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,fe27bd87-e998-4d7f-b429-431dbe4d5526
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,3d0883db-8a2e-4c21-8f06-f04dd8c2d765
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,e060e7cf-d081-409d-9cbc-bf3a8a28f333
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,27445a40-188a-4ecf-a807-03bffbca4c57
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,fe497bfb-a4b0-490a-a508-e4bf9334a01d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,e1d3adc3-d131-4105-8f32-f2c8eb85ee67
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,15443fa6-4bb2-4cdd-964e-745bba5e2be4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,2f4bed7c-c5c9-4986-b5e4-b7e974515577
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,24fa3102-c884-4a48-b71b-528a9412ccf7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,80d563fc-5e8f-4d46-95d8-6a7f8c37eb51
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,741a1b5c-6c0d-4bd3-957b-3a2e98513a90
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,92029f79-005b-40d5-8c0f-fb6ef4267f12
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,4a0fd558-62d6-402e-9307-07b4fd3c33fc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,5bb18abc-ee3a-45c8-8931-0fb832d390c0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,c7ec1c13-a261-4578-a347-9c6e245a2210
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,4c50b17b-26fe-4b0d-bf74-6d542651f1e5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,cd1b06bf-4261-48bd-a5be-c5cb5f5d0303
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,72f06e35-baba-434b-8f8c-cde9a1e04e93
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,b6dc16a7-6990-4a23-ae7c-d2986030c821
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,d9178d60-41c1-47c6-894c-4885b98823f4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,128e3826-6fcd-4c85-aabd-d615d1921b70
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,c413bc69-5dbd-43b8-8ec1-84d4bff03a62
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,16b388d3-bcca-4470-b01d-ae9fc84a34e2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,be272ea2-3bfa-471e-894c-ae2964160fff
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,29bff776-d744-45c4-9380-0d5ad657aa1b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,dd58d9ff-0cdb-4c26-9cfd-26a686b8352b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,9d156d02-34a5-4dbf-bd38-5b54db802a91
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,beaa8eb7-a1bb-40c1-a0fe-013a39e70bff
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,cd118232-06dc-4546-a7f5-fbbf38f18958
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,05a74db8-8cb4-4943-ae43-567637530c78
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,0e131cf6-72cf-43cb-9bec-8bcf56a67f3e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,56d298d7-cb47-4200-a676-ce121c2b7a10
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,7022284e-7fb1-4fb3-a9af-5b4a67078fc2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,705db22e-9a3c-4c87-ab1a-0099ae147908
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,2878514b-320f-4d46-b76e-6fc320cea02c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,0cea4a41-daaf-4a74-a32a-80f9378a2be4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,8752e611-0c87-4d4c-89b4-d8261bf1b7f4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,aa5eaaa3-d1e6-42d3-b3b2-3a1cf4461d04
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,944df9fe-0a86-4193-8d36-48d0cbe585da
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,fuel_combustion_consumption,afde8a17-e7fe-494b-a942-61ea462d898f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,sampling_scaled_data,c1e0ac47-7741-4aae-80f1-7b7548c675a2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,kg/TJ,modeled_data,a07da22f-c067-40cf-9d83-8b863e0644d6
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,kg/TJ,fuel_combustion_consumption,7a7c29d9-0381-4d29-a2e7-bd6eaefc67d7
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,kg/TJ,sampling_scaled_data,b69a57bc-94f0-4d68-ad18-3a2c470811f0
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,kg/TJ,modeled_data,53d87d3a-66a9-44a1-af83-e61c2388d6df
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,3a26e3b1-a7ee-4c9d-bf7c-5993999c86ed
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,4e9baa07-21d4-4325-8601-010bd326afc3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,b671687c-f09d-4678-8d94-fd8f552bef3b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,50a9d3c9-b0c8-45f2-9138-1feb2a0edc5d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,17c7e231-ef95-4e3c-97dc-3f0537c06743
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,16cd7756-3cac-4bd8-b835-bb573f53dd85
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,3443d9fc-6aba-41b9-af4a-98b8d8a6011e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,27db6218-5cd6-4112-b515-405c028cc289
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,7b5d0aa3-f61b-4bcf-b416-554f7495998c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,559997e1-be32-46d3-aa72-8aa91cb6b1e6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,6d5de2db-0b1f-42e1-b3a6-43ff473c6342
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,02475f5f-e457-41a1-86de-e5b8cb130c12
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,381574f9-f94f-44d9-a93e-85834043a2dd
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,ff02d2cd-7d4f-463c-a602-0eee1fdf8219
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,9a113877-2b19-4f3f-a104-cff4ae6577df
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,157f281e-e52c-4fa4-a048-097472eef656
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,2e7c0159-d45a-463f-a1da-9ad30b514a4b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,d0539bf9-2001-4547-a49d-38a7cf842838
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,282150de-0bf3-4d1a-9c84-01feed99787c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,86f888ba-50bc-4ced-9722-fa4aaa5040da
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,2cdf5189-4449-4da5-9dc0-c878bca95245
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,c6343a4e-0e6c-464e-9d14-b55173bed2fb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,a228b54c-ecb1-4102-bf14-3592fdcd2071
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,92e7c111-2d8d-4084-b138-881561339c06
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,835ee096-bd04-4b98-8b44-89b8b8001ed5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,2bd95054-62bb-48d1-b342-83ffae51e44f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,ed60a769-0118-4a6b-841b-3ae64d1b2193
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,efe65be1-1f92-4851-bd4f-0c6edace74c7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,af831268-e326-4ad0-9550-9647b87485f9
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,d54159a6-50ad-48eb-9c49-f2fb69e6ff49
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,ad1399e6-d9a7-48ed-9f9c-48bf63559c55
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,ba91926d-62bd-4fbe-8a4b-1443496752c0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,94d6ff2a-a91f-4bdc-a019-8da4276145d3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,77af354d-7d81-409d-83ae-9e9eeb7a96f7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,a078be9d-6a21-4e9b-91fd-37348d060ef5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,80b2d071-e70d-4cd4-8f58-c7152da78d1e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,c4bf2967-1c89-4aad-9e58-948dc0b2a053
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,b2828506-5607-4d21-afc7-2a31ec0a8fd2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,16b99f28-58a2-4666-ac44-5f2ae1a15677
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,588ea02c-ea61-4608-a798-29d4054d6886
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,a2e2511a-f29f-424a-a753-107e5cfd2728
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,b4679b9e-ef9d-49fa-9b8f-118f033fca0a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,8137569b-10e5-450f-b085-c8aad03be810
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,f729cd89-635d-48b9-9947-6e5d0914629e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,7c3646a2-80d7-4969-aa2b-2d25feab2b43
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,55d2d28d-efa5-4fc8-8482-dd85ac9d134b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,5324fe2a-72e6-42cc-807c-07fc0faffcc3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,62459aa2-948e-40ee-874f-19c0f61187d8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,6941404f-9410-4c98-b1fc-ae63fa0306a6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,da5b907d-a09b-4a16-a199-789ec36b3ade
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,46cf4c8c-2fc1-4eb4-b43d-c05176453315
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,fuel_combustion_consumption,11bb020a-e0f1-4f6c-8a8d-5096442f1e93
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,sampling_scaled_data,9ff815fc-e5c6-49dd-bbff-8cb79f9d8127
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,kg/TJ,modeled_data,bfd3e88e-7bd2-4530-b825-b94c15e6b1c5
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,2beeaa23-c864-4a4e-93ef-ca83488005e0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,b03e0b65-203f-451e-9894-c0eebb6e735a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,f1124274-b896-45fc-a118-fd6d69391004
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,c6555800-2d6b-4168-b232-6a7b37b3f80c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,c1ac9eff-1f6d-4689-b8e0-f4c6d499a117
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,39d5227d-490a-4ba6-895b-2b956fb24fc3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,07e35779-e257-4c51-8889-372963b50d19
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,7017df32-2fcf-4e17-9eed-be42d5a2fde8
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,3a0da192-4254-4046-8cf4-4be8a1134d2f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,8ee9e2fa-a937-4507-bf4b-98a37c48dac6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,56592524-6161-4c07-981b-b8367b5ba291
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,fb1c1983-ad84-4f33-9e32-77cd91c99fea
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,d4813944-73bc-44c7-bac6-84a28bee5f55
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,dea54b65-d039-4374-9402-dc6d4ebdc555
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,80fef823-2b2f-47c8-a594-45ae1d27b495
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,96adab2a-1dfa-4c4a-b69b-88460b441fb2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,8ec56944-7675-4e04-be73-6ff82e6d0c47
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,5db33699-fd30-4446-8924-f5ba8545ef1b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,45ae9536-183f-4f67-90d2-37d27fd85180
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f5f17842-f2d7-4083-80cf-cf09b3862014
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,345d07bd-d9c8-4059-8bf4-c78335c6ee61
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,e0126e2c-d256-47e9-bc08-a639e52dea36
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f4108cb8-b988-46a0-95e2-43a6b65b1547
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,e704769c-1ddc-45ef-85a8-807cb40b52b3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,1d3076e8-a181-4429-96fa-f39f8036305f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f1495c9e-4579-4b32-9c85-b599a71ad4cf
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,65388b66-4bd0-4f38-a307-818c396ed0bd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,18c094f5-196c-492a-a1c2-4d7cac2573ed
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,05ff0b4e-706a-43c5-8635-8f981a52b03d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,1e8aca69-c139-456e-bfdb-41107afec902
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,60042ec9-6c80-4139-97bf-9a80ec2945f1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,84de72cf-ffa3-402b-ac7c-d23f31445de3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,f39ede97-27dc-4d55-87fd-5e45d03e098c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,fd9a392c-b8c8-464a-9f56-0a5abeb7eace
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,49cbcd90-5f50-4512-9d47-9663ab40b402
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,kg/TJ,modeled_data,62033166-7bc7-467d-81ce-efe6381963bd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,66833f1d-e555-4a89-af29-e433b45958d0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,9f137d04-076d-4852-b7b9-7918078fd7c3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,68505517-62b9-468d-a2e7-8ee91309b9a0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,f2671607-d00a-43d8-9e44-30d936e099fa
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,46b6cab5-1b9c-4e30-9c48-91675a37f7fc
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,c5d2ceee-ebe9-4df7-95da-8fc95f6a4868
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,525249da-8c60-4524-bedc-285ea7fb6a4f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,595c6db3-8ecc-4b00-af08-324751358266
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,d8f6cfe5-5d8c-4ec5-b1dd-8406539d40ad
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,78f06170-8203-438f-bf5f-e947be1c29ae
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,193995b5-e4b4-46db-bb56-3f35f23f19ac
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,f85270d7-c0a3-455d-8a52-a21fe63b6ecd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,b642efed-736d-40e7-835c-804e0ded01a5
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,04630f55-a2f6-4800-b34d-eba52865968b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,96f2b28c-5cec-443c-9cbf-019fd2d32fce
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,fuel_combustion_consumption,4476798a-4f53-4aaf-b668-49606b854aff
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,sampling_scaled_data,f0afa1ff-97e7-436d-863b-2ab25792b10a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,89.68666666666667,kg/TJ,modeled_data,0bb2b3df-146b-4138-bc0d-9c8526369d1c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,6918ddfa-83a8-491f-b6ee-20710a96be74
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,bde16a12-c6e5-4b96-9823-5979e69d4f07
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,0b99a53c-eebb-468e-82c3-7f84c435ca9c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,f5a26503-941c-4558-bd1b-9d9432b4481e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,89390c98-802b-4025-a0ea-fafe03011b84
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,2a781a25-b875-4a06-95e3-21bf6579b53f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,38803930-9a54-47c1-932a-66879fc69859
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,67a6534c-b388-4802-8f7c-9b1e7eec2bb2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,85464adc-516e-4a01-b635-83c470733c5d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,1e5f86af-cb2e-44f1-8810-5598b70e702c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,b45bb50d-3e73-467c-a493-50f3b69e385f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,df73d66f-70f7-4232-ad0c-e7e499755567
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,8ad7e4f9-0c2c-46a6-b654-e3a4213a0db2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,c3815bfc-2198-4f79-b8ec-ab45ef206640
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,9989841c-3e0c-4c32-8dc6-a2cb4f9eb6d0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,fuel_combustion_consumption,487317dc-5952-4d1d-8739-316b284fb9b3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,sampling_scaled_data,30c9ebed-44cc-429e-8448-dd828fad297c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,89.68666666666667,kg/TJ,modeled_data,25dd0125-78a5-4d88-a392-ee5eea6d6c86
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,cefe8b09-27fc-4f89-9741-2b3d4786704c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,f8520ea2-dde4-4b30-bec1-2432462f06bd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,6476c374-4164-4de1-ab51-db25eb0f7ffc
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,9a3d4931-e4ce-44e6-8a01-4f42f718de2a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,4c1f77d4-b5c1-4c9c-ae5a-d9fbee99113e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,5fa8abd8-db26-4628-abf4-97a479ec01d8
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,98c22199-68a0-43f6-bbdd-e220f7deeb37
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,226b959f-d3be-4e2c-9e2f-1268816f4e80
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,765976ca-6458-4b57-8b3c-a9eede68fc31
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,706fea10-3241-47f8-913e-3d4cab4ca4af
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,5fb0fb72-03ff-4f27-ae82-92448c48806f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,152fbeec-b7f9-4b35-a070-d55248c78df1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,c69cc8f5-10bf-466d-abed-ed54f1b9d9e9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,86e61fd2-c51a-4e4c-9aaf-02054620bb75
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,f312a7fd-e878-40b4-b8b7-5af36386743d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,fuel_combustion_consumption,ff104132-365c-4d2f-b059-85b38666bd6c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,sampling_scaled_data,9ad225bf-eada-4276-a93b-6cecd70913ac
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,kg/TJ,modeled_data,af84c684-0d4e-4a80-b1d6-187112355eae
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,5c4f2d47-e41d-4158-9e5b-97a3e8041f61
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,2915757d-4c6f-415a-a3e6-b39d5af35fcb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,f816060e-302f-48d9-b9e8-401017ad82a7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,6631fae6-a724-489f-a4ad-5481d291beb8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,0f8b0dd1-e706-4b52-ad66-4905064b8755
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,ef4ab7db-396d-466e-8e3e-60b5575c1e40
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,ff377cfc-c418-4368-bc78-e59e0094bb79
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,baae2172-8aae-4f25-a3ee-0b5aa2adae73
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,fd9742e0-87c2-4772-9c3f-f5e90cc0467c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,f0fda68d-20b2-4a08-932d-911a9ef55236
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,967e338b-a250-4fb4-9bbb-7f77fccc6e83
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,561db622-79ae-471c-8c8a-4cc10a9b1129
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,42d1eddb-22c2-4829-968a-58d7526f1d64
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,1900907b-bf69-4df8-9660-bbc6213e992a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,e8b0b354-9d4a-4361-b39a-e17c6bd2c58a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,aefb8eb5-364e-44df-aab4-c738ac74025f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,85dee765-ba00-432d-a710-0fd5ac4a10d4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,5294e7a9-3032-4e47-8dee-bec5cac1a22d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,82a4edd2-c3d6-4b14-9bd9-3fc624b2b9aa
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,8a7c7c1a-a93e-4ea5-b645-a1d6e7bfd01f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,520de3f7-1186-4721-8471-cb13c3437aba
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,c9327cea-d59d-4258-ae5e-a30dfb627e48
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,f44b6c68-88db-4fd3-9293-5718a7b8d9dd
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,af8b723e-8fce-4f07-a0b8-b11dc7453d22
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,2437a93e-6e87-43b4-8bce-0a20121780b1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,bc103cc6-8e13-4a94-b9c0-8661d822aefb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,732acf54-8289-46e9-80ed-c29cce7401c0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,69338fca-ba3a-4a37-baa3-ed4bc1d8ee41
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,1408a9a6-c074-4b12-ba2d-7bbf638f2579
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,b49e95c5-4fec-46c0-aa3d-8bb6cdd488b5
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,e3ed09a4-8328-4919-95bb-606e323755be
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,f5628915-8c0c-4e9a-8657-3494c8c864a4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,f6c58f0e-626c-4cbe-87a4-1c7d87d6fad6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,21849ae8-ab30-4ce8-84b0-566235fb9f45
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,32ef7b29-6bc6-4e8e-b90c-4882813185d9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,kg/TJ,modeled_data,e06a8690-6a7a-4234-a63e-f344e2b90ab0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,a2d3910e-4674-443d-85ec-ac1e213ec857
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,de4deda4-4cd0-4473-8ad3-11aff385036f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,1be38e26-3ec4-40f2-a822-55ff1a2535c3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,4299fe2b-090e-4bb0-bd35-2ee83b7bdced
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,0cd7addb-9529-4938-866c-45d7ae15054e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,87a22044-a126-4c92-bf00-441864f2bf30
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,a609725f-aaf3-419a-9c86-2cb68e4ec8b4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,d489790d-fdca-40cc-872c-a2a6fd4c8f5f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,a44654cc-aab3-4b18-b765-5935b937fc0c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,3b531bd5-7fee-4581-96f0-9b95d0b58280
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,ffd1dfed-0888-41ef-847d-505c0c81f7a6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,3a772057-9d32-4437-843c-114c685726dc
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,124e1ccf-612d-472d-b4f9-c4180f662f97
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,62581599-fd22-4e85-bc4e-a49b50d17d30
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,432014e5-4b28-45ae-9e69-30f6f81ef594
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,fuel_combustion_consumption,f70b2af4-98bd-40f3-9a2e-2bc8186dd52d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,sampling_scaled_data,52155932-10e2-4b4b-9d61-cb2d176b1068
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,91.99666666666666,kg/TJ,modeled_data,c61393b7-9c7f-43ec-bb2c-ed669bf18094
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,d5f737be-c0f1-4568-a5cc-419920434330
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,b2c0e4a7-cfb9-4d4d-bfaa-e3d4280bd9a6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,c3de45e8-4afb-4f85-b882-6e5d9122da5b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,18012daa-f5a5-4dc8-ac40-445681162a2b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,921dbeac-3c42-48d0-9114-9137f8273b15
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,dcccfdf5-5848-43c0-9ed9-e8c27c0604eb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,f47d3fda-6c41-45fc-832b-c0527ce1cbd5
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,5eda7f2a-19f9-46b1-a1ff-27f4c61132ed
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,13355c5d-177d-4fc0-b023-d2d6dbc823ae
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,44e4a1c8-7b6b-47d9-badb-763992ac8f38
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,c8ae0039-d785-46f0-aac4-1e6996263245
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,be12f4a6-f515-4ab4-bd3f-c8663383a9ad
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,55c12a40-e596-47bb-ba58-0010b3644a34
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,cad261d7-aea1-4689-96f1-10549fa13dd4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,57a14bae-cb95-4711-acf4-b6af51f99c81
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,fuel_combustion_consumption,75d9bf02-1fcc-4b16-b989-5f62476e7215
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,sampling_scaled_data,b3552535-21c9-4c03-bb2c-bd89aec8205a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.5,tC/TJ,91.99666666666666,kg/TJ,modeled_data,98042df0-6958-452a-984c-bfd2badd1f0c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,03117f42-812d-4b09-96cc-ef9df53fefd6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,53179b64-36a7-42a9-845e-57480d68a5f7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,269baeca-27ac-492f-b0d3-4f9f55aba9fe
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,757ece05-d57f-4dcd-8c38-fa831ec0a178
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,1b262026-2d2c-4117-8cfb-583be3799ac8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,3fe9cd74-cc8a-46f4-9230-a965817f2f79
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,763def08-12e6-4064-9bd6-e8979f5c2bcd
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,07dc74a3-5832-4810-979b-e73e68315c46
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,95700250-ec43-4bc2-b2a3-1e1d05975bba
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,672177d5-87fc-4385-8fe5-b376f48c7249
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,05a4c491-e745-4229-b182-35b512f7f0d7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,756bf9d6-6d56-4571-b4dc-f3304123cdd6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,dc74c4f4-39ce-49d2-b308-5986b433969c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,86147a84-b532-4bbe-a5d0-19e077b4dbc4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,061b1902-515d-4429-b878-a8f01b2d6584
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,fuel_combustion_consumption,d04beaac-c27c-42d4-a411-a9206dc9562f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,sampling_scaled_data,0efafe4c-8ee0-4762-99aa-b712f14b17bc
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,kg/TJ,modeled_data,bc24a19b-7e40-4fc1-bca6-ae408715315a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,2e1eb0d6-39aa-4878-bde2-f738a36524c7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,9e5a9632-d962-40ac-8d61-db1193cd5227
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,ff076aab-d5d6-4aeb-9f1e-c5c2b00e6b2e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,8db39abf-da25-4258-9c7b-840fca0b1928
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,e950fac9-b0bb-4a08-8e32-aee48ff6c2ac
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,7786b926-00e3-4b8a-b678-184d3abb32e3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,c1d35ae6-5e34-472d-bf58-6f69bb199114
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,ce981ee2-f21c-4795-a18d-f67932687c46
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,946a8105-edd9-47e2-afa0-a5e23307710d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,1b251865-d70c-4dbb-b881-4d3a32ce7023
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,b1dad163-3531-435b-8403-465d0cfcf102
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,faf04372-66b4-4903-a07c-69a4cb1554a3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,d8f621ab-11b7-4f72-a951-3cc037edc527
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,bc2640b8-bff2-4285-b60c-d2ca61530ba5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,b4e98e9c-5582-49a2-a334-7c6738740c3f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,b2f91c0b-5e15-4a5f-8663-7cda114c6b98
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,98d27bb7-8e22-4242-961c-10a86e5fd665
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,87bbca09-e398-42cf-9ddd-a2d59a4b7961
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,011e2369-b0f9-442f-ad27-f6c23dff94c1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,ae673754-7607-418d-8bfa-bd14855175ea
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,c5ca844f-a571-46ca-8ce2-a2988363ee44
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,0653fd28-8f9c-4f82-989e-6e7de3efa759
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,e060c823-8318-4dec-89bc-16b72db18fa2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,0b9dbc66-e20d-4a3d-baa8-6122e0fcc58e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,d6dc0f2b-ca8d-4577-8704-6a7e1b75d8de
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,2ba9c03d-f220-458c-8f33-6c5bfb50e8d4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,59766f3f-9b8e-4ef4-9b5f-eb463dadba0e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,009ebdf0-88b1-4162-93b1-8f342d73dd39
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,5d5f4c03-9c1a-4470-9997-f0e054f23f60
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,fdf60b8f-c687-4821-b73f-a8080fe3a82c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,54d744e0-e9fa-4118-b127-31b99ec1c413
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,c710f848-c391-4d8a-9113-eecbd953c174
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,eb4272a4-7415-4403-896d-4e73f9c923c1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,4fbd0038-f7da-4633-854a-1f2a4c963503
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,0ce0b0fe-9b39-4746-9fda-7e49bc054a8b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,89.06333333333333,kg/TJ,modeled_data,1b8087b3-396e-41c9-91e3-d741147bfe66
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,cdae02c7-c59d-4c9b-814c-c455b30280ef
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,527c8544-f8a2-4e93-90a2-27605e98d0c4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,7bd46e12-e31c-47b0-8639-255fca645c3c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,54041019-840d-4750-b06e-f0c48d7642f4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,8dd2bfb4-6153-4a71-beb3-8115057f5b62
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,4b771ea2-8b69-4ce6-babb-65e4f699dcd7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,b2c3c062-8633-45b9-bb78-addae9ab4df6
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,37dae8c2-fe6e-4cb3-ae22-72d2107fa56c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,24e3b4f2-b440-4321-be90-8fea1207bd35
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,c51f22cf-7ebc-4fc8-b262-f0e8a4637e68
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,b6acf93a-947a-432c-bafa-757d1e267250
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,7dfe2983-dfd8-4053-bf29-e68858399e2f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,102d367a-7216-460a-a9e0-33f0e4661fa0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,bcf6e8b5-3378-4cfd-aa1a-3253970f041e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,54217327-706d-48aa-827d-c12e07ff8609
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,9cce5056-7a0d-4735-b13e-3044b962957d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,81b90430-e1e7-45d1-9adb-01b2715c6cb5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,27.27,tC/TJ,89.06333333333333,kg/TJ,modeled_data,8bae34d6-9a36-49d9-b756-a59b222b61c1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,e002b043-451d-4124-906b-073e61a86be5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,587b2b94-94e3-4241-834a-84e00f55489c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,6dec4d5b-a717-47f9-8c64-ea28fb02aa79
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,62d4429f-5ac9-4626-82b8-9b08f3a7b0e8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,04602c9c-3bcd-4c98-8dbc-eb3e63bbd555
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,dc86af88-71c4-4841-bfd5-b6872555e477
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,02767cbb-a214-4c36-83a2-8d986543fd1f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,48d72d16-8566-4378-8e43-67fa210bebb4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,b2a5c041-68b9-4f35-8612-f2aa90515b61
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,d8adcc40-7934-4624-8d2e-07b7e87fdf32
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,aa57d288-f629-418b-b87c-4c244367805b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,e1c40e51-318b-478f-9ba0-5a55925574d4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,36ddf3b8-2385-4e67-a055-e1826f199d86
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,6eeaef7a-e4d9-42f6-9a86-b1d6295369bb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,a215f51e-4d21-4243-95e0-86761eda61b8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,fuel_combustion_consumption,d6202193-589e-4884-b950-a060586dc6da
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,sampling_scaled_data,37b54fc4-7c35-4b65-8fa5-3b1976bd0b81
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,89.06333333333333,kg/TJ,modeled_data,0ab6b081-af69-4b71-af94-83349eff1e08
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,998ac9b5-4671-49b8-b158-493b1bcac3b9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,0badfbf7-82b4-4bcb-a09e-9eaa9cdcaec1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,f262886a-a954-4b79-ae89-fa4a0094983d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,ce1323e2-c3a1-4756-b219-2c855fb574ce
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,77cf1b68-484a-459c-a990-30b1300ea62c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,653f5fd2-d3cd-495c-ab61-1c35fbc23d28
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,e8005a75-79cf-40f1-a5e6-ec59aa542135
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,fbe2f176-9503-47ef-a043-51e278eb784d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,7d058563-ad74-4829-bc54-1b72cbab5f2f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,761172ae-3e51-474d-b031-067e02de8dcb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,a35785f7-d625-4d9e-a3bc-1b34ec38b698
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,db644c36-4a05-4365-ace8-b781a0e01bbf
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,45abb3ce-38a2-4982-89d8-04886f537094
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,20901e45-8852-4742-aeca-67784e59cfb9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,f1d4db9e-61cd-4a3b-bdfc-9f5fe9f3a635
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,fuel_combustion_consumption,ec7c4daf-b7ad-42ed-9bf6-568d7341bca4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,sampling_scaled_data,d60db289-ea7e-4267-aa5f-c84b2368fbc2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.68,tC/TJ,89.06333333333333,kg/TJ,modeled_data,4038f932-1228-4510-8bfa-35cbf0476060
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,f145dc2b-2ac5-40f6-903e-f68080430ec1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,2754dec3-9207-4b6f-8b29-ee83c893f69a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,681e21ba-3b4f-4686-9bf5-e7c31453e3f7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,90a91905-f571-42fa-8f24-e029d0cd6104
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,70038a0c-0563-4fd1-9b7c-376a74a1f9fa
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,e2ab995a-b349-48c4-aa86-4b8b0b844fa5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,3776592b-17af-4d9c-8460-8a2b44231f57
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,2f073aa8-60d2-4f92-accc-6ed3420854fb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,26a29be9-84c7-4c98-a16e-b535895e22d7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,6aea2c43-b001-49d6-85ba-df49c271d9bf
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,2c1e2e3c-9541-4f2d-8140-24875b94649f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,60402b6c-a29b-4fe0-b518-f2ebf0c20c92
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,9c9facb9-4037-4691-acae-499cd4382bc5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,b7636cdc-237a-49dd-8463-1d492c47959f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,bd3fcc2f-0047-424b-885f-4f9ad0504224
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,fuel_combustion_consumption,6ff868cf-01e5-4147-a4f0-66c3005bc00c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,sampling_scaled_data,56b01515-c7d9-4dc0-980d-c9d0ffaad950
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,kg/TJ,modeled_data,ec394931-5ade-4c07-ba3a-3c92ffd3bfa9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,2d4cf7fe-5f62-4d5a-88a7-f78c1d0d860a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,5b877383-bfbe-4466-9d7a-4de0e1e3dac3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,51f3b5e5-2c3a-469d-894d-8594f0c51709
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,f9c37bb3-4f3b-414d-ab0c-1b1d9bbe9fd6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,c88b28bf-a8b7-43eb-af8e-cc3c0e3c47dc
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,a5dfa2d1-4bb2-4660-a0f5-8635f9bd3af6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,a2c8108b-f074-4f19-b6ab-1e4417bf0b5a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,071b18a4-7d80-40ea-aecd-d07ea49619f9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,769f88ba-c098-4690-ae49-5d10577fa352
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,ca42373f-5d36-4d70-9af8-092aa06fc30a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,34166c0d-7b3d-4fbe-8076-c40cb3435689
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,1bc40e4c-67cf-4d8b-95d5-a39ef395c75d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,8b7ce7c6-8521-4fcb-95d6-5fff3c3de24f
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,832a2b42-4ec7-4f2e-bc08-11dbe1c9dc9f
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,9ace690d-eae6-43d6-8ea7-bf50acfbbfb4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,fuel_combustion_consumption,f7c59990-00af-4371-984f-6085792e89ff
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,sampling_scaled_data,d9232533-a49e-4832-8278-f8be35609c16
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,kg/TJ,modeled_data,8193d6da-ecaf-471a-9b41-69b275bb04da
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,403a2a9d-9da0-4618-9432-a890e1de9f46
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,f2818ff0-3ae8-4894-8337-984bb0b8e3db
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,5445141a-c30a-4aa6-8937-2f60d94a7c6c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,53e932a3-066b-4f3c-a0b9-49027cc6d7db
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,c273de2b-a03e-4c9a-a0cd-b3d4d3c8b413
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,6aa186f4-2206-4c2b-a8f2-1ca89421927d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,c74eceab-5bfd-4501-b4ad-407af0d1c7bd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,5d79cd39-7a6e-4971-aa18-0bd8c3d8d8d7
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,3b0a4505-6b2b-47bd-a5b5-1e71afdaf21b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,3d2ac180-fa56-4793-be02-9e3027320c6c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,80364c9c-f6e5-4b8e-87c3-8d2772bd647c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,fedd5fc7-f7be-4b3c-a5df-18bddc780fd9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,1d1a058f-9cf2-4655-b822-ceb910246aec
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,51aadca7-c6c1-464b-954b-178c275624e1
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,6523116c-ad80-4b39-a86d-bfd4f9ee8e9c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,fuel_combustion_consumption,991ffbaa-2f7f-411f-a05c-9a3dfb48e8e3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,sampling_scaled_data,1d8f5539-7fe2-432e-b16c-ec6a9dab5a2b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,109.55999999999999,kg/TJ,modeled_data,6da9b993-f969-4976-8bc2-7a9ad2796743
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,8a286237-9a33-48bf-8aec-8fda98ef09fa
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,41e421ee-cc61-4ef1-ac4f-7cac9e89f55b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,f9c0badd-c916-4cb6-a0fd-054c0006932e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,fb87cda3-5cd2-4500-83c0-aa43c51ad707
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,900d49af-731d-4064-ba2c-4dd094d8559c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,334ae02d-8922-4ab3-9967-781e556757ed
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,a7cc533c-3014-45d7-b8a9-d755c0b1a06e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,8acc7ad9-c10b-4b8e-bbb1-62d505a12d97
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,a45721ed-7015-40b7-ab05-06219de334a5
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,a4c95475-310b-4f22-aac9-eb2010496633
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,9eb9aaa1-2323-4e91-bec6-e6fa89b55331
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,00846a8d-aae6-4b31-bdc3-56b1411a5895
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,8557dd45-1b53-49c5-aa18-80d9baf194bb
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,e6db968b-cdaa-4783-af7d-67d83b4d0329
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,8dc7c0ef-e71b-488f-8b20-ea8835a17fce
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,fuel_combustion_consumption,0c189960-951f-43b9-b801-e6b4f42fd274
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,sampling_scaled_data,cd96ea33-ae49-4ad1-b3c6-2761d747d27d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.6,tC/TJ,109.55999999999999,kg/TJ,modeled_data,2a8161d3-d735-450e-834f-0e99ad98f58b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,b5b3c6b8-6e60-4c29-8558-f571f8b6b104
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,85fb6ec5-2c60-494a-ba3e-3ef92122e95f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,2053465c-7bf9-4b0e-8f82-bf53f5179595
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,6bb0ac09-f5ed-4780-916d-a3accdbb0bc6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,061e800c-1652-4e75-a279-21dcf4695c03
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,23d0b5ea-647f-42a8-b5a6-e46451901af7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,2ea64f0b-3045-4799-a417-dbc97f91b070
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,4c50cb55-44b1-4560-ab5f-44a445a2c953
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,ac634288-53f2-4709-b2a9-56c76d907af0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,d7e04a14-490e-4a29-be10-b6ed7840dbdf
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,a7ac6c5f-3880-4943-a3c6-7a57790d7390
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,21d89671-2a06-46e6-a576-22bf23ffcc2c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,e68ec425-e604-4439-b6db-d28ad9265291
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,5e34fb32-2c8e-450d-a912-017a77ce33de
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,11879b39-c094-4f46-b28f-e7d93934b076
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,fuel_combustion_consumption,10d7c676-684d-491d-92ec-b54a98d0b15a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,sampling_scaled_data,609bbe34-b87e-414a-878e-fe201075e1e1
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,kg/TJ,modeled_data,8861af24-3d95-4a92-a71a-393f5bd9f5cb
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,b46f021c-2d0b-4224-bc5b-07efc825e9c9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,f6cb52bd-7b37-4854-9c2a-fed41089eb40
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,3fce7ab0-09f2-40f3-a3bf-6d156270e576
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,8c46ecca-0c2d-47fa-bab1-87fb2bfc268f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,83b31f71-b2b1-4756-8c18-a113e665431d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,3369a868-2d42-4ca2-9ad3-b0102969b454
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,2d4eed6b-bea0-4112-9345-1644e094b3f1
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,0da37604-c5f0-4a0d-972a-d3211e08adab
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,5d5bf64c-d297-41c3-8af8-165ea15e80d7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,cb25dde4-dffd-44ac-87b3-b6b0048e574e
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,45516905-bd58-4d52-a06d-127c9d025701
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,74406767-2229-426d-add5-f0026ce8b1fa
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,65895a80-dbd3-4ca1-b99f-c49f4f4204aa
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,63791e0b-fddb-4a83-8160-92f2c412e477
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,52b8d796-28d9-4ebc-b677-5935d4ef9ad9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,fuel_combustion_consumption,9af15e9f-d114-4000-a537-ea8477c296ee
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,sampling_scaled_data,8e11cad2-e246-4b75-aed9-2c1f8e03070b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,39.89333333333334,kg/TJ,modeled_data,daa7eb1f-a7d0-4f66-ae03-11c77d75aafe
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,2660d8a0-a92f-4006-8c5c-6bc493567b34
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,65e5fb7e-9648-4d1b-8eca-a3b9423c75da
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,1add0b87-e395-4130-8cc0-ea0d1deb3eb7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,7126a01c-e680-4590-96ab-6723d06bcb43
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,29287535-19a6-49f6-aa07-edb8c4c00bae
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,011a2c52-4382-4233-b26c-95b3ba8c72b8
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,6bfaaffa-0c12-4077-9e95-c45fad9d3059
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,794de29c-fef6-41d5-a4c9-6540a8118d3c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,5f2c6612-f884-4d40-90bf-b785d1da13e0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,2e6f2795-0e22-4bb5-b765-3d5003e4ef43
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,fe3ce837-cb5d-4d12-b2e5-84e85cc244c2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,c9e4285f-5f8a-4c0d-af36-f89c474d6094
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,9d825691-1d3a-4ee8-b052-22cc0ee2c7f1
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,ef17350a-24e9-4f39-94e6-4c9c311876dd
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,43904ca3-4ff5-4f08-9a65-9846ed40bf00
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,fuel_combustion_consumption,52d1661a-3567-44dc-aa12-80df9017ba09
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,sampling_scaled_data,8d79efe9-7347-4167-902c-d917178d218c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,13.74,tC/TJ,39.89333333333334,kg/TJ,modeled_data,07672d41-8c99-41e5-b262-3e8022a450d0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,5b90a87a-45f0-4c89-8569-d93d08e13d7d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,7820d756-6fb8-40a0-b162-cc4baba04684
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,20201cf7-30d1-4933-b882-ede7d7b703b0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,03410906-8e8f-4d82-81f8-2bbb2be514e9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,373d3d7f-a7e8-4a46-807e-140de04425ba
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,f017d78d-332e-44da-ad28-6745d8f254d8
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,29ae560c-432a-4da1-89e9-570bff103938
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,ebb3d3b1-e1e3-4393-a7a3-caa03a50e4e4
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,f028bef7-ad1b-491c-8d38-1df5bca0236b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,f8bd6483-fe7d-40b9-b85f-874707909132
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,ca08820d-3f1d-4b9b-a49b-775e72bbd2a5
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,9a4df139-6591-40e2-bdb1-694527facef2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,63ab990b-8065-4897-b135-f935c7bdf370
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,980c7f95-67d2-4087-bf36-a9d4490002e0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,f32b540a-da3d-4e71-a60a-193a2fa575b6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,fuel_combustion_consumption,663a4b74-494e-4e66-8a3e-5c21d718bf72
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,sampling_scaled_data,2f61c00f-1fa8-4991-bf62-d3b1fc62c145
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,kg/TJ,modeled_data,91570ba2-e7a5-40bf-8011-f0709889ba27
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,eacd51b4-4e4d-49e3-a0e7-d9bff3306ae4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,a320f91e-9736-40d1-b106-db83b8deecc4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,b2e5ecc7-081e-4fe3-b2a5-e8ad4a610992
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,17c2c9d9-4ba2-47b3-bc2d-a641f592616d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,22f6781d-5d82-467e-886a-bd4899909a97
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,7dcfd6a3-0707-4035-b94e-a067938d1b84
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,bdb54777-0895-40e5-9133-3ea15b20a960
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,fdbdaa4c-a17c-41fb-a8d2-dbac11086dfb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,338e9f44-034c-4a1d-bb13-155b29921999
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,5a175469-c254-41f5-afba-1e1eabb5d909
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,696cf5ea-40cd-465a-99d6-70311a803425
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,0309d587-39e7-43b4-9248-68f03b906cde
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,c6115b53-096c-4482-a653-536de17dcf84
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,8e8eb79b-4919-4155-8da0-371b55d3c177
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,4261c0b9-877f-4e7f-8b9e-e4237ec5bc90
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,fuel_combustion_consumption,8299e675-4386-4454-ac97-6a6ac19a1e27
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,sampling_scaled_data,97a928e3-98d9-4ae5-a3f8-6a0f976c27a2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/TJ,modeled_data,db0c0f32-efee-4172-9daf-c9231dec2bc6
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,0a9ced19-9aa7-4971-8c2c-8eb564ee36e2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,ba6abb79-439d-4c0c-aaee-6b0c0d974e3c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,a3933e1d-79d9-4fe9-8211-8882c95f2f27
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,f9aa7e82-2c26-4844-b9ed-b61419620858
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,ed7a3242-e3a1-41fb-b460-f0a65c905dcd
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,9c821295-276f-451c-9a19-357020c83ad0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,abaf2bfb-0ab6-4eb7-b4a9-1a1d03014ed2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,a62797c3-2897-4191-aef3-4462a137b855
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,d6db1f4c-aa3d-4f2b-a5f2-e34b01f84ed0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,e69f140b-b402-4ddc-803a-932b3892a7e1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,318ede9b-c731-411f-9065-99ea9c0e0511
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,99c5ac66-4aea-42f5-bbf2-298c062f9e2f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,4b7069fa-63da-43ee-88ee-d28ef4a7a632
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,4221b853-202f-4582-9597-0a6dfe20624f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,6e83ef35-b406-46e2-9cfe-6390144e9928
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,fuel_combustion_consumption,d1d58d4e-2704-4f58-b05f-a430073eaf31
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,sampling_scaled_data,41ba1232-636a-4b52-9079-377e49f475f7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,153.85333333333332,kg/TJ,modeled_data,37f0cca3-8f33-4691-8d02-49bab1356d96
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,abecf6b3-613c-4ff4-92db-68f87829a16f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,ff0568f7-1ba9-4b25-bbdd-0c043e596e2c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,4ae7697d-e00a-4e1d-9c2f-be5a9f2ea612
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,4c18234f-a3cf-4833-a4d4-c49ed7b57a09
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,457bb6df-debb-4e74-87ad-d31472fd9ae4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,3d5e62ae-6ced-46da-b71d-83b5c2bfed94
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,7b2e3d1f-26db-46ac-a9c2-0e996a66e9d0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,8b57aaf4-4012-4570-9b74-d6ee7ec3c5c7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,8885d74e-7008-489c-9b09-06ed876a6aa0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,211e2e59-0574-474a-afb1-43aa3e23f432
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,b7c2c069-9661-4cf1-aeae-68c307a58eb1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,08c3ad3e-85b3-4007-8bc2-72f28dcafaf8
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,bf6f0e23-bdd9-491a-8ab1-e93204d98ba8
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,4d88fcf1-176c-48fc-899f-09e551dbbfcd
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,d88b7d01-803f-47e0-b900-e6bd92b9bd51
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,fuel_combustion_consumption,567b8847-1f4b-415f-a624-d29dfe702b72
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,sampling_scaled_data,f91733a9-a4ea-4a37-ba58-60ef231302ee
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,52.19,tC/TJ,153.85333333333332,kg/TJ,modeled_data,91621368-b4c3-4b97-b349-1bb0b6ce1341
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,ae335cc8-e023-494e-9efd-e7f54a6ea6dd
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,31f7a5ce-3029-4667-9877-db138723888e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,a88ec392-d9b6-48f0-b1e7-ee541cce31c9
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,fd698049-be9a-4344-9db5-501e3fed0fec
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,e5362fe4-5712-4353-a129-b38dbd280b23
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,052ca639-b400-440f-a825-a844a2b23ccd
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,f6b4dac4-86e7-4cb4-b063-19b76ca0fe7a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,122caf16-be27-4f46-b321-bfa2673a1273
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,66a8e15a-f64a-4c19-ba74-e64c5da6cf33
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,2a5fadce-a436-43e8-bf17-9d2c4bea84cb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,850c1b59-6da6-43e7-ade5-2c7fb7409010
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,8160141c-1256-4a0e-b86e-7b0ad8283120
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,dcd8f08f-5836-49ff-8abb-18174a69c4d3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,e5fdae5b-1e64-406a-86df-016a45935476
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,6bc77b03-c277-4b87-a705-cafcacf7406f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,fuel_combustion_consumption,00d7c4e3-c82a-41fc-9307-034baafd29df
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,sampling_scaled_data,41d33f0f-efab-4004-9862-e6d3da65a2ce
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,kg/TJ,modeled_data,efaacd0a-0d1b-48d8-bdaf-7d3f7771b0b2
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,3b4c525c-8004-4a75-b1ca-b8aeaea4c399
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,c0271553-1995-4fd9-94d7-7500ea26e224
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,64caafbb-ba06-4a45-8392-00b4781f763f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,bd588fa1-832c-455f-beb2-89c4cb0c3334
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,dabbce3e-534d-4677-bb3f-c001aef88b25
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,a1f60ff7-2cfa-4191-922a-6dd1414a4cf4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,d0d751e8-b3bf-460f-aa86-276d2896d2a5
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,4cee6443-1e3f-4104-9ad4-7d92f10abb76
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,caf1f6d1-e0ac-49d1-91d5-fd1f9a2c8c14
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,f41d37c9-dc57-47ff-b26b-133603aee686
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,e7b0d43d-468c-438b-9fdb-f4238931c113
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,27738fcd-72dd-4f34-94e7-503cdd9742f7
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,4cedf12b-dbc1-4bb6-9781-77ed6af7d24b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,aa325540-0585-4884-b7f2-65cfc0bfb867
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,48c83d7d-c576-4c6e-9d2a-d9fd116aa4fa
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,fuel_combustion_consumption,e910b34f-eea9-42be-845a-ebb37b82ad27
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,sampling_scaled_data,157f4fa4-77e6-4527-8c8c-331abfe9e4d3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,kg/TJ,modeled_data,c3e92cce-c704-4e5b-aad6-b14df78e6c8a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,b9cb0925-bbf9-485d-a88b-5c36f4428018
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,d347f589-9227-4ffc-8613-892a5b876331
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,c3cf69f8-20f0-4ce2-baf8-9a10ac5dcd9b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,1c3651d7-caa0-4d5f-a8fe-7c78c3e16042
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,e992985d-f561-40fd-8d36-58ba19d72c55
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,471d8d06-b1e7-4c37-a7ea-301616f904d7
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,ee1e56c3-1794-4aef-b7eb-5fe653067bf4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,1553abb2-59a9-4f3d-a990-2060e7746e74
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,a1f01c4b-a2ac-4bb7-a8fd-40afaf3bc9c8
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,46fc4436-faa5-4c9c-8a13-78d0bf27dad1
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,81a3f7cc-f7fe-4257-883d-d8d8cef629e6
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,30336a56-b892-40d5-87bf-8a4a5d280359
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,4004e521-3b6d-4bcf-90b5-ba401932fe36
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,3227063f-1cf3-49ab-b356-4ab042746a9a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,0321806e-b6ec-48d4-b814-12a0e46e6a2d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,fuel_combustion_consumption,825dc227-c29a-4273-b8db-66629a965450
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,sampling_scaled_data,de6670e1-8e61-43cc-a65a-ddcc1b39b44f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,69.59333333333333,kg/TJ,modeled_data,7025380d-cb6b-4720-b262-640e56f01713
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,e02d4f75-b4ff-4ab3-946d-084b943cb758
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,d664aa62-4e57-4dcf-99a3-69d4101d31cb
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,683f6976-acac-4d5f-ba61-d30c9e0d3a91
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,a5bd5d00-7082-45b2-be81-9b8f52897246
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,d33fb21c-acc6-4fa3-9c23-602ea885a695
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,5d179526-af7e-47dc-a37e-9fb8b7fdbae0
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,1b5ae18f-5952-457f-aa63-535964f4bf32
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,12886afb-a630-4c46-b5ed-711f64c9d320
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,a1aecd36-db44-4c3f-a534-4a8767be19f6
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,bddbb64e-8c19-45f7-89fb-19580e609793
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,34cb9230-9cc4-48ce-bca5-87143ffa9249
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,fef3de3d-6934-41e6-bbc6-b8b366a66d9b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,ddcc1810-60cc-4ebf-af0a-f541e547ab11
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,b676e711-3a9f-447e-aa80-4e2a3d78589d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,ba6da677-fe00-415c-b51c-1f3fc6beb029
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,fuel_combustion_consumption,511bbcd2-24f4-45ee-8aff-ba1c4e5eb82a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,sampling_scaled_data,e2f75922-c12e-4510-89df-dac291e75e31
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,20.18,tC/TJ,69.59333333333333,kg/TJ,modeled_data,e7e32fce-5c52-40a5-b17a-22ed2319e76f
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,6341131b-f71c-47da-9c40-0cd68a965d1b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,b761f6fd-6c2e-4bd7-9342-700a41587a24
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,28872c05-6608-43ce-a8f6-7d1a9bbf18a7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,3eab827e-73b8-47e6-898a-d9485ec7fe20
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,3ef8aee5-61a2-4fa7-8428-a6148f0c5ed7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,41d543e6-d47b-4704-8d8f-96d9f532edbd
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,06954dfa-5525-4106-b842-a6d7d2ba44e3
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,1359db11-4a44-49ef-9b41-e7b525ffa223
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,19a1c5a7-5f75-4fb4-8507-f8d4d2578761
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,8002d98a-a0de-4d3d-9b9f-21853171407d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,1478bffd-1d05-4ba2-b9f4-66e41f62a238
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,ca52ef52-bc6b-4c72-a698-31fd63ff19d0
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,b46d343b-4582-4161-9ba0-bdb84d2b1c5c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,0c4e0da6-df40-4e67-bbb4-85ab0186877d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,6f03583e-2c0e-4aad-92cc-547342776dbb
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,fuel_combustion_consumption,15ffcb22-dca5-411b-9414-071396560b3a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,sampling_scaled_data,2bbaa23c-9207-4a5c-a55c-6c6cda9e9554
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,kg/TJ,modeled_data,27a8511a-9949-4cd9-985f-7b6c7ff5de8d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,67ffbbee-670c-473b-adce-1412c2aa14f7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,208c6fab-9209-4f97-b9c5-2b9a2ee59a24
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,554000fa-24f8-4934-887d-0828ecb37e00
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,b4309f19-42b6-43ac-bea4-ff194002e6bc
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,628609e2-ab02-421f-8184-4c3a9057d2ce
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,e06a8c2f-f8a9-4474-a943-13cd81b7dade
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,97f0fac5-1163-4a32-b15e-432ee050f0ef
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,d064bf9f-47f3-4a8e-8dc1-73e50886e3d3
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,6f9d1c88-792a-46eb-99b6-27dc5bc4fe08
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,a77de151-6a78-476e-8723-f0d1df1f4b0c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,e64434d5-79b4-40a0-960b-6f288814ab3c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,97a7f3e5-4db4-4d61-8fa6-3c9758c0819a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,b7d29f5f-e746-4d52-8185-636c07a1eaff
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,ce52ea82-42e9-4f3c-84f8-111889e92685
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,7179ea60-9fab-4946-820e-4980e5d449d2
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,fuel_combustion_consumption,2765e42e-33d0-42c9-8bff-b4cf7d5ec856
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,sampling_scaled_data,4bf3a7b9-7ef4-455b-8fc7-d069668d4cef
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,66.80666666666666,kg/TJ,modeled_data,cf1476e4-3fdf-4af0-a055-ddc9d0146aba
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,83143f91-3d46-4825-b94f-18aff0760d36
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,39945874-b95f-4e37-9243-045f0fb7fb7b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,1e70c070-9a2b-429d-a931-7618cb936f34
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,07742c13-b918-4407-8e7a-e1eb099bbc87
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,1e992729-5ccc-4350-a819-072828468ac6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,2af4163d-6b05-4713-9df4-86afd81fed22
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,c4847754-3b5d-4f5a-94bf-56d8771638d6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,77a73326-14d4-45fa-92a1-803a0c388f98
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,03ab8185-f807-4c32-a8d4-54afdbaf36a7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,b16bdb34-1242-4460-a71c-edf6547e60f0
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,226f139c-7f46-474c-b702-aaa366b295b9
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,1db9d0c9-c691-4108-a539-eea4cec64216
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,46bf5ef4-17da-4691-a6ec-6ca63cb23f55
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,3e8fa929-79a9-4610-8ccf-ff304eb02bc3
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,b874bb5d-709e-4a9a-9032-57e1493a94c6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,fuel_combustion_consumption,a395975b-d22e-46d5-a0d9-cb15da10d8b9
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,sampling_scaled_data,d4aa955d-f444-4613-bc01-15905e68bd06
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,19.49,tC/TJ,66.80666666666666,kg/TJ,modeled_data,a21ff5fa-0e89-4cd4-a574-08225cfa0c74
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,41d8a632-6140-444c-9af6-65aa0669aa2b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,cd190771-cc99-4855-b1c2-31f1b8d6f9a6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,59c3b925-30ef-46b9-86c2-c89a14f3861d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,c29b4f5d-69bd-4e72-9007-8e3b4073ce41
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,aa33b216-9db5-4c7d-8fea-1f8ff536cbae
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,c16a7086-0c8d-4085-96ac-9600991cf391
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,a1f0ff02-7648-4455-a0c3-aab4c8ff4146
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,54747278-3739-4971-b688-c1a033f6912e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,82f23a0e-7e09-431b-9c1d-2565cb966181
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,fd65c740-ab9e-43ac-829b-ebe56409a15f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,a4b16ef5-7e09-446b-8e59-e12c39e2d3e4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,6e56f146-6d34-4ded-81ee-3ab56160c030
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,fb2a4777-9cc6-409f-a00c-ea14d02984cf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,14ec10b8-9caf-4bd3-801d-fe8a99e92613
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,8cdaf2d2-e31d-4caa-a13c-40a14e39b33d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,fuel_combustion_consumption,608c68d2-6dee-4f76-97dd-d5961890ab61
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,sampling_scaled_data,92c6dbca-fee4-47c5-86cb-8068f43762f4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,kg/TJ,modeled_data,81cd0738-021a-49c4-b45a-6a08f9b3605c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,d48f9362-234a-472c-bf0e-1afcbdc2e21b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,5296ace8-8634-4046-8c9b-6a41e78a1800
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,f37589dd-e914-448b-94b7-752008152be0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,bc8ef85b-bbb5-4a73-b8c3-fe03d1d25bff
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,e403a520-85fb-447a-898c-a0cbbc025b5f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,78a6dd13-a9ca-49df-b34e-31e5d3dbdb09
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,56747a5b-8933-4ca5-b9e4-9a071db37793
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,0e33bd49-138b-43e1-a078-02db95b99474
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,5219ef8a-7de5-461d-8a57-1afc8b43a73a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,a15a9178-1243-4105-aff0-a2d90eec8901
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,7aca00fb-1754-41a5-ae3f-c03bc27c863f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,1556e774-e33f-4d71-872d-66b06ec50478
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,d4f9ec6d-c6f5-4391-acb8-5ffd52bac85b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,1653b5c3-5271-41c1-b98b-ecd997c3f85d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,4d0a5d9e-97e1-4e25-8877-6b5673f4e3d5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,fuel_combustion_consumption,ecf2c0fe-8c8f-4f88-aff1-698e608c611e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,sampling_scaled_data,868ab63c-e869-4018-b18d-1d6ef9b04f20
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,68.60333333333334,kg/TJ,modeled_data,f972cf74-d483-4c27-afd0-781f20ba6402
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,1d20cfd3-d480-466a-ad97-1fd762b0b0c2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,99a6d532-857d-41dd-ab36-c98cd9377ce0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,453f473c-794e-4b0a-9fa5-3fa263718d28
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,8d92205b-628f-401b-8b61-6cd7504cdbdb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,06cf1776-8ecb-4967-927f-2138616f27de
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,21876de4-f656-4412-82f6-0f271682373c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,7c5379ca-609b-4f3d-b5e5-4c41251e9f67
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,68b22020-e5d1-4e20-9c1d-3914f3444998
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,21ff2195-6ef3-4b45-ade0-c7a7aac4eaf4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,b87f5d62-1b22-4756-8b12-ea7b395363af
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,12748be6-dd07-47ba-8fe2-2f401fdf2e89
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,258dd1dd-0869-454c-805d-da6b8b9ee857
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,2cad3761-79b6-4684-b8e8-a3b9de64b4c6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,97c83900-20b0-4506-88bb-5b6d3ee42d80
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,225965d4-9ccb-4ed8-aaac-b42ccc74f8df
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,fuel_combustion_consumption,6e17a22e-60c9-4f9b-87de-5813d01d022e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,sampling_scaled_data,40eb4428-5c54-49d7-9b3e-fee71a932c40
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,19.94,tC/TJ,68.60333333333334,kg/TJ,modeled_data,48d1b049-c47f-471a-a200-72aa69e909fa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,c4409516-c3dc-4dae-9963-2176a229b44f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,b23cb203-6cde-49b5-b1a3-24ef6bbfa165
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,a9881eec-0846-441a-b614-0bc780ecb571
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,b5bcabda-e4ad-4b88-85b3-b585dbe77671
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,ad43a371-6740-4a06-bdc7-4516dc254b6b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,5350c63b-98ce-4e2e-8846-1cdb893838a6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,e454ce9b-5346-4b6b-b536-5e739851f921
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,1d31aaca-d989-401e-91c3-6f9b4142f9b5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,47f76aa7-6dca-4880-aa77-8e2bc1793c27
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,36b7c8e3-f102-4f7b-9484-d0253b7dd049
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,344edbca-c535-4f95-b58a-1d7b02451d86
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,6482bff9-3209-452a-b6c5-b2657a77e04a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,0f12c5f9-115d-4a25-9085-53b2c84b675b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,2d47017f-5d39-4172-9bad-45f8f983290d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,22b53cb5-94ec-46e4-a201-99cf53cb6deb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,4b888f9b-474a-42cb-aa76-024197bad51a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,bc5d7750-530e-4955-910c-c729d6e66e46
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,0d9cf4f8-4dc9-49ff-8980-f2e3e6e5e1e8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,4d2afa6e-9f87-45fb-b1f9-4a3f1b22b7ee
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,70dfb284-e123-4c89-bf6f-b6cc8b9f5a76
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,1ee5745e-cf68-434a-bb41-631c2095033a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,23b8c5a8-3956-47d9-bfa2-5105550f6d1f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,5e4ac5f7-4851-4dc2-b0f6-2f6b7c455b94
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,f12ae635-f8b0-4c81-8c74-eba25d7c3e89
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,69e4a7ac-65bc-4c87-ad99-8d3b3daa192f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,3aae5006-29e7-4e82-905d-b398bda6bfb3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,d34d6016-d5f8-4ade-92dd-9c6d81f8df13
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,002d6811-8c5e-4189-b6d3-5f77821e2dd3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,1dc55f45-3303-48f0-ac19-ec66e836b32c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,75183e5e-2302-40ce-b984-e178581ed2ec
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,44dc9938-a119-4757-a085-97721dc05cfd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,fd123fcd-3ab6-43d9-b381-bb3da8492378
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,0140839e-6b52-4840-a87c-999b7b8d2f1b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,d39e0210-2af1-4551-9172-26390c167148
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,da7f67f8-e200-4f7e-9dde-dce30d4b3bfa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,4a8f1959-16ee-47df-a21b-e8d3623143b4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,ceaaa36f-00f3-4c12-9dde-fa892f729d0e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,a96eb772-dfc0-4302-ae86-4e8f0b68ace5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,76f0df17-a79f-4a68-88e5-5280c9bdcda8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,e7057077-b363-44df-8480-ed52daa1c609
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,8ffe8092-b221-40d2-b040-6ead165b0789
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,07d8c257-f841-4daa-9e39-828b8139beed
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,7d3c8ea2-edb1-426b-82c8-a24ca7a9dd2d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,7c93d9b2-36e8-4a70-ac8d-b59356c8df99
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,edbeb5d1-cf35-4e77-8959-51bf5c741dbb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,3c25d764-0d41-44c4-b4a7-b89bd45888bf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,2dcda1eb-19ab-4c20-853d-bd3f886ddd12
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,13f73b59-ba5c-44af-92c1-3e9836b3daea
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,7c251fce-65b5-4f35-a5b3-a8bcded64e20
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,f95cae8a-9678-4b7e-9d02-979c75af073e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,8b991131-fe47-4d3d-8dd9-ad4f57efa5d4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,fuel_combustion_consumption,3dea8380-4e67-4c39-88c7-3a15704041cf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,sampling_scaled_data,7c71a0e6-39c8-46ed-b7b0-cae1ebca45be
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,kg/TJ,modeled_data,d65edf91-8958-4754-938d-75cdc828e799
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,7dcbb538-f212-46c0-acad-fa2c303c1848
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,a3579faf-b014-4634-8e19-6d7b7cb76ef7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,8304e71d-ad50-490e-8440-b628fe833949
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,c296a1df-6e8b-43e1-81d4-72605f64c3c6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,01ca7c6f-bb42-45ed-8089-01585c6f0790
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,a2227f42-4dfd-4ddb-9944-4ca7090614ee
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,7e43657c-d988-4447-a67b-f634bdd27f7c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,84d8cccd-6dc3-494b-a98f-90aebee1a4b5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,d899f784-73ab-4733-868f-ada09c0831a8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,1bc1e22c-999b-46cf-ac68-9b391e79782b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,ed205ec0-5d3a-4a21-b7ba-94f54f210e7e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,a52205f9-dd0d-4c61-ad2c-353c7101afc2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,8ba56739-5cf4-473b-9b9a-a6a102665724
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,ffb72aac-74bf-4d7b-b91e-60555f971080
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,d950e00a-ef5a-4f5a-99ba-4a0a3c33c54a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,fuel_combustion_consumption,1beb2b73-67a8-46d4-a729-c3317a44d813
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,sampling_scaled_data,2359551f-cd4b-4454-aae0-b06266217076
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,kg/TJ,modeled_data,fbc4b6b8-8a35-41cf-8850-ec2d5e0f4f42
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,c9feb0b0-9cc9-4cde-8109-4cee0dc8bd1b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,1e19b7eb-cea3-4ae5-9101-00efb146b778
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,0bc0c83a-2894-4284-9c61-1cccb0ff8024
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,aeab7be7-f340-457a-b73a-3065135b2312
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,adad0321-bff6-46ec-b84d-11bd38802ae2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,2db0e37b-038f-4902-8816-b9dae1c2d2ca
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,c9433c23-8f06-4a5b-a39a-fea2b9fe551d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,4c78de12-9894-4d4b-b2c9-c86ef054f399
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,26ad142e-7a7c-4736-b7ce-a1083fb1b312
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,32f967c2-ce09-456c-8ac4-284eed559759
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,541a1dbd-6dee-4e34-a479-ec5f273a238d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,06fd7cbe-3d50-4408-adfe-479c50fa1b0a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,27225922-5737-4234-95c7-5c1c80c9dc8f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,94713b1f-6e9c-4992-86b3-40e5b846b59f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,b01065f0-c521-48a6-9c55-3d99469cb0dd
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,fuel_combustion_consumption,49389bc6-5c82-4d01-b887-5c50291de96e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,sampling_scaled_data,2529bc60-a937-4b43-85a0-56ed315991d5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,68.16333333333333,kg/TJ,modeled_data,62d6c9f8-e89f-42e0-aaa6-0254cdd2b499
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,5a004de3-524e-4957-afe1-b0da14d8cb68
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,c567fb47-0ed0-413d-8eac-f0bbb84dd607
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,4d2333e4-583c-41cb-81be-3a9bd5802bb1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,3b86c394-8b79-4565-8766-d98fabe34c17
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,a9b871f3-f215-48a6-a3e4-dd052960a14e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,b9fb2fea-5a75-4625-b361-6b486fa60d6c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,75583abe-3994-44be-8077-6069bffb8442
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,08a32a86-b0fe-49de-ac34-12a344525821
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,568ebb3a-1e55-4bdd-8cb3-0688fb91eb57
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,cb7c5df3-97a1-465a-9053-d9bc5ccc349c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,8ec37433-aaa4-448d-b8a0-9ce30dbb1c96
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,38622a29-c51e-4c07-8b91-082cabb6147b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,1b450398-f67f-4a99-b3f6-b8673419c4ff
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,ce724d0a-fd83-476a-8aa9-d9997e7eed6f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,8cd75587-723e-4488-8656-0b25d5520b69
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,fuel_combustion_consumption,4aec6b5f-0309-4671-b5d1-812b70c9b936
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,sampling_scaled_data,ceb349a1-b89b-4636-9623-e7a9d3ff5a10
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,19.82,tC/TJ,68.16333333333333,kg/TJ,modeled_data,b0b3b40f-f681-4b19-b5ef-4acd3ccf801f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,5af773d8-b8f8-41b2-8010-b287103fdc69
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,547ab03f-354a-485a-bf19-c0c62f115701
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,840fdc2a-6e46-4507-90c5-4676b2c3ec2f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,6e56b4c8-b4c0-4a7f-8407-6f20da0262e6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,8201525d-5e33-475a-9d95-a5a9f071973c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,a37135e1-a6f1-4fc9-a455-ad5611d372e2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,0983aa9f-ad2b-4ee7-8639-a39a5020ff9f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,f45ef721-1043-4745-b8b3-676db70b17f7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,d0a143c2-9ec6-4189-9acd-f628aeb174ad
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,15dba88e-0f31-4d18-a1de-091466bd0675
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,49d0728f-d0ca-4ffd-9bae-bdee0f3e2d6f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,d4e581b0-6e2f-494c-abf3-604d47e81ebf
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,b2838c2e-8ca9-41df-864e-660c0bad08de
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,7db7b414-03d8-4818-a460-fc52043c5567
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,567d3527-1d2f-4433-b4fc-70fac76153a0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,6eccc670-ad5e-493b-a7e4-03796b17465b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,270969bb-3683-4bb8-a844-648e575ff7d8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,33606fe5-15ff-4e3c-a0a9-01799ada11c9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,0399f515-3a25-402a-9114-290635296d47
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,b47ecfab-895c-44f5-86f9-c8b09bf78005
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,337f0e22-1464-449f-94d4-b3c56e7ea49b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,9f60cfa1-a3b0-4f34-99ca-6f5d9f5593e2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,ecbf4890-0171-4a1c-b88a-541e8299b4d3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,8d0ea2f4-cec3-402a-9149-96e5f12425a9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,43fa93aa-1126-4924-b0a4-a8dc89122946
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,b10af16c-7271-493d-abf3-4c03e35cdae4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,30bf2693-c79a-4b9f-ac58-4a591370ae2f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,3f95a9cf-f267-4ac2-b004-66472ca99d9e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,4de045d9-c677-4797-add2-3d9b1689e5f1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,64f12dce-4d33-4b14-abd6-6e1fabc90275
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,f68d6ebf-c4a0-4f90-8701-6e0bf96c7734
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,8b5f9a19-52ba-4431-b230-61023edd0e5f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,e972044c-8731-4e7d-bd6b-a2ea697eda59
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,205a4d1a-fea1-4654-bfe6-085ceea3114b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,2eff43c2-6428-4862-a676-7382d0f26b2f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,383aae37-0d62-492e-98e1-62d5c4478d99
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,2af3dddb-e0f4-475a-a1bc-484a52fe471b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,9599f3e9-a56c-453e-8555-bbb80df0cf30
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,3c8f2b40-6d4c-4322-bee5-460b44017252
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,04653032-62b2-4731-9495-00e7942002fc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,92c17339-0bb4-46c7-babf-b89b95741158
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,fea46d29-daa2-47db-9cd2-5b92c4afebe1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,ea0eacc9-1605-4318-84a7-77efb450f343
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,8f49f57f-51bd-4842-aca0-6c5796733c01
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,e77af47f-8b8d-4556-906d-759f40ebfc60
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,9ea0c2ef-c10e-46f7-847f-fd1961ace0a4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,ab5d16a4-d09d-4749-b621-62c1e2868852
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,2a4c2357-e7db-4b11-b7c3-f3fa3f7eeaa7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,41beb2d2-0fa2-4a0e-b1ee-d86c51bcd699
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,ad37dab7-02c6-4974-9d3b-50abe50df342
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,0d424aed-cf40-496f-91ed-0afed5db1c1f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,fuel_combustion_consumption,7aa19fa0-5296-4ff6-9541-ebc72caf7d85
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,sampling_scaled_data,cbf439b4-b5fe-4af0-b466-f1788216ba0c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,kg/TJ,modeled_data,a159dac1-06b9-42e2-8541-bd505118cc5a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,84c5626c-028f-4300-a3db-a851959ffd27
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,7cf2ff25-f970-4312-896a-ac74a0303718
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,2151cfb0-b69e-4ca9-b0a0-3fe8cb01b2ad
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,64fb7bf9-3d55-4917-8102-9fd8716b855b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,df271dfd-aa5e-45d3-9ed6-19d1fadf20b2
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,93afaa69-e1ca-4277-8150-8a16512739ad
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,dfb6bb72-c6e5-45f3-a420-2dfe0b39abe6
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,ec2f4018-c769-4f90-bfa2-d120b598a7aa
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,65ef62df-ba27-4db8-a445-660246bbf1c3
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,678753eb-4071-4a1f-b532-352daa224cbb
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,ef7a69fe-9ca4-45b5-831b-c8d8a24540e5
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,87c52f38-f83a-47eb-ac39-a130325d8c8d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,fad07d55-b062-493b-960e-aedaff22adcb
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,f4f5d237-3b79-45bc-a8cb-e3dd0071d71b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,c82a4458-5471-44ef-8fa7-2d66daef66a5
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,fuel_combustion_consumption,95b8074d-a2b3-4a48-8d26-6933e7bbad0e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,sampling_scaled_data,f33fea95-9c33-4c07-ae20-744479494a7a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,kg/TJ,modeled_data,47cca246-320f-4cc4-b456-5e7b09912e3e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,2bc7415a-3e39-49e7-851f-8c96ca8a1b05
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,0692e564-837a-43f8-9a0b-636ed4b41cfc
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,e63edf61-7968-430c-be9e-367d7a0e2274
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,4d56997d-a04e-4824-b2df-dedb4c1a7aad
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,0ea1c619-3c8b-4c8c-9659-c52c68cd488d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,278ed152-64f7-4e4c-a3a9-09a299308b70
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,aef763fd-d4e2-4dcf-8432-5d1ce9f6e83b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,824108c5-479e-425c-8a32-f63fdc47f383
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,2307deec-20f7-49ed-a7ef-c62b6866806c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,95d4a65b-3fd8-4a19-ae55-b84e088c96a4
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,2ae9949c-37fc-41a2-9c83-59b78f04b0bd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,f3c4d5ac-2a0e-4942-b3eb-2bf879674735
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,33d54330-c041-4f18-bee5-3e7557b3b19c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,51db479b-947a-4022-a7c3-7903ea484f6a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,5c2cae74-3246-44bf-a01d-1058c707247e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,fuel_combustion_consumption,e4259c2e-e560-431f-a64d-b7a18ca8cb11
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,sampling_scaled_data,043fd3d1-3c11-4f3c-a16b-872145ba85b7
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,76.19333333333333,kg/TJ,modeled_data,3d2ece0b-e411-4bcd-946d-eff762d1c38f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,856be6d5-a0c5-4c8b-a302-5c7f5bdf65ad
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,929961b4-68ec-41c4-9004-760c0a26a3ce
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,96d86086-d932-4caa-8f9e-73ccd9e26668
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,1a73805d-e9c2-4861-8249-913f72ac0f9e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,61a1c119-30fe-4eb5-9fec-1372397ab3c2
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,43f44e83-a350-4f2c-b974-f730a78ff545
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,e13cb420-a71e-494f-9244-6c2068476672
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,75a93677-def5-4853-a515-8f56133c3adc
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,f4079879-c905-4cea-b728-64efd09f6e94
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,870556fa-40b2-49d2-a933-f64cfe4fe447
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,c2a3f2fb-a9b8-4af7-8736-946fd6cead43
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,8a7c34fa-46ae-4889-91e6-6c846bf29a6f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,c2a6997e-72af-4c49-8313-871b1ddfb77b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,9b9758a9-b685-43a6-90b1-2e1aef8d13dd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,fe6bb2a3-3b54-44b6-92a8-8ea9fc5033cb
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,fuel_combustion_consumption,f54daa9e-4e11-4504-bd15-0a42de01e7dd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,sampling_scaled_data,01b12b92-99ca-498f-8757-ed87543396d4
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,21.46,tC/TJ,76.19333333333333,kg/TJ,modeled_data,0f418833-4d2c-44da-8d2a-caee99b7dd5a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,13c2eff6-6fbc-4bd8-94c4-9379e821ae83
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,72f3323c-7bce-4f87-92e3-aeea21bdd561
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,6394323f-17c2-4a7f-ab6d-95726efc797e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,30d7f07a-5e20-43bb-85d2-b2c36b97ca93
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,7346f0b4-59d5-41e1-af06-c9f8f4499b71
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,f87a14c8-d4f1-4d89-9edd-4ee100690921
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,041230ba-b49a-4c40-b2f9-0636fca1341a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,e85a3618-b1f3-49e1-8f9c-81894a10c220
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,2353e23d-48e5-475d-85e6-c83aa6816999
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,a6ef6a08-78e9-4421-b1f1-b76029750a5f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,df99bee2-85b1-44db-a1ba-916e721376e8
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,c46be514-7ba0-4461-8265-6289b8dce731
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,b5cbb59b-b326-432d-88a9-9196b59daa50
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,894385ce-59d8-4069-9f46-20ab3af25535
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,903e54ee-e4f0-4759-92fd-ec0357a99a77
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,fuel_combustion_consumption,72de3c18-ca93-4d6a-8b1f-b6f849e62a7c
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,sampling_scaled_data,cc5fef9d-1ffe-4919-b2bb-5a4d0b01f031
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,kg/TJ,modeled_data,5d9ee6b6-0195-47fc-95a3-e56240fcc3d6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,cef7b41a-5258-4805-82de-221e2e5203cc
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,8016efa0-b730-4c10-9f9d-3d92084982b0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,a50bd7e3-5a2e-4ff5-b423-79db0277314e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,84f32d0c-50ac-473e-b8db-bfe18512842a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,a5f45f10-04ee-482f-916c-9c1a441fde0b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,50618ead-33dd-4190-8df7-1e855e9b08cd
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,a9aa81da-adb0-44f8-ab41-355ba320fa1b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,581ab707-2d54-446c-b267-c6249217e192
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,7bcf8028-92a1-45e3-b21c-9e8132277cce
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,61a152fb-bc71-4398-b739-706975621179
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,1b91536e-3bb5-44ad-b5ec-f7c780db8607
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,0a97e48d-b8cd-41f8-aad4-e38f37840646
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,191d6c31-019e-4638-98e3-697c0cc705fb
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,301e9b0a-0fa5-4d40-8b2b-cadacee948a5
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,eb2ce145-747b-485c-9bae-7281e3831f98
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,fuel_combustion_consumption,05976496-16b9-4191-803e-9553d3a9648d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,sampling_scaled_data,e3752760-19a7-4843-9c9f-8d830c3c5402
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,60.02333333333333,kg/TJ,modeled_data,c755b479-6064-44ac-8350-34a68789de75
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,bc83276a-7bb1-403f-9a73-003f7b74e09c
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,794d6371-5a9d-49ae-b371-731d060acbae
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,2747f7d5-3578-4a5b-b239-6863da12c2f3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,704d4ea8-0dce-4a6a-a9fe-56d5a13e2f6d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,d0ce5ee8-dd97-4c3f-9f32-af68711c2fef
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,b82150c8-d675-4ef5-a9a0-4b679e64f2d6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,13c9fc16-2bc9-4ed7-8bb3-27b73566da39
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,e92601f8-a1e0-4e8b-a05a-cb506fdeae27
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,d49d0f8f-1a73-4f3b-8c84-111a2a7637e1
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,2b309a68-4cf6-4fe9-befe-08ae64447706
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,7f53cbf1-c87b-4545-a7b1-9b430a33a886
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,1634fea3-69ac-4bc2-ab61-2b6ff0328372
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,b4e2dfa3-8df7-4fb4-9872-8c6d1173b9dd
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,1bd9b6a3-d02e-4c88-a432-5658191fc12c
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,6c0f98bc-b7d1-4d45-8fed-755b36cdcdad
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,fuel_combustion_consumption,e89f8f89-78a5-4059-9dbe-15ead39a0c69
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,sampling_scaled_data,285c9803-9fa2-458a-adee-15def8fd1126
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,17.66,tC/TJ,60.02333333333333,kg/TJ,modeled_data,a3d91de9-e753-427a-bc11-3b1d9dfa5f9c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,82291308-1fdc-4ccc-a325-4ddf5c2cde06
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,f9e50a8e-3d69-4c3f-b74e-96c4e6840113
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,e40156e6-7cee-42e4-b84c-23d76487f941
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,fa98dcf8-852e-45f8-a103-621d9bfbc0c7
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,488cd349-b9f8-490a-b340-7183f387aa71
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,28567239-7d79-4ac9-b734-02e1ab223c79
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,68478e46-0ed8-4b77-9069-4413449721d4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,1852775a-a823-4f91-aed5-b49f2cd93663
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,ccc5b3cc-1970-40d6-acfa-ee377c9039d0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,af5e2bb4-4f2e-4c54-9e33-83953daeedea
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,9e3101ca-964d-40a8-ad3e-99de84c9a1d3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,567f5192-13e6-42ce-986f-7b579aec2791
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,bf7caacf-c37f-4555-8726-690a5521f835
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,b340fb54-9e23-42d6-947f-9b7988bd2e28
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,214278bc-ade6-4600-88db-e9fcad13362c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,fuel_combustion_consumption,0d147aff-84ca-44ee-a57d-2c1ef0182fa4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,sampling_scaled_data,1701fead-93e1-4779-9272-cfa3a903f86d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,kg/TJ,modeled_data,123aacc3-a17c-45a5-a64d-1abb4e8be2cc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,b1cb835a-5119-450a-af93-73dce048fb17
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,cc0aa952-d8b6-48f9-ae41-faaf44200c1d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,968c1ee8-1a7e-4f10-b2fe-7a5a0ec69adc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,6df68a7f-9b5d-4ae5-a38f-bb9d9218dfc5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,5cf8b36e-cc41-4aec-b45c-8207fa02f30b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,aa7007cc-110f-4c1b-9696-81be772053ee
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,b3491b2a-cda0-43d6-b4fa-dd77cbb6a956
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,d7429e71-9b1f-4804-aa6e-6e00e01ff701
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,3d0c8568-7d56-4ee8-b5f4-d6cb604b427b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,6137435a-a089-455d-b2e7-fad3cf849bb1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,e5096208-7a7d-43a9-a050-c799da0411ba
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,abbc661c-12f1-4372-83ff-e10f71cad80b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,8e10f293-5c31-4fec-8ccf-c48d4479b0a2
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,23d0e67a-100c-4b0e-9597-5d1ed04d0299
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,c8758f64-eb97-4375-b6d2-5f4e995ffa7d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,fuel_combustion_consumption,9f4a678f-2777-43fe-bed7-262d954e5d3f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,sampling_scaled_data,4c1ee99a-f4d9-44f6-8437-753153d10afe
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,50.85666666666666,kg/TJ,modeled_data,3a79d15b-a9c9-4df5-9759-69a490b3aadc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,a3aab669-bc78-4148-89b7-995e551bc7b0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,a30a35f8-8d57-4bb7-be42-16ecef153257
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,70665ab6-017a-4b62-8eb7-c182504fd1a3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,208586b4-b925-4029-aa0c-1f43b6bfcc8f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,d98e39e1-c222-4a1a-888a-ad1cf66bbdbf
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,b832a09c-eac5-441e-a0fb-32c12f22b0a0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,11b8f286-0a17-4c20-add4-8f1f50ec2f5a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,be84c353-de0e-4c6c-ba57-386dbb1664d3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,5747852f-8e3f-44d1-a18a-3b954d75cc50
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,c3c01d6d-cbb1-4a8c-bc4c-3a5f164cd243
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,2a528baf-cb59-49ca-b371-9d618c54636a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,0ca64457-a0fb-4b54-a01e-7906990eea78
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,c1b305a5-875f-459d-a441-ecd5dd4d0c98
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,201c9b46-8a86-42c8-9cb0-a75077e7e1c1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,22ebccb2-3c95-4ef9-8a3a-1a205996a37b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,8e7c9fff-6ef9-4ccf-a2b2-ba8d8665a824
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,e8e515d5-0652-4c92-bf82-91c119da4710
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,50.85666666666666,kg/TJ,modeled_data,80b3517e-f70a-49bc-a018-21bcf8273508
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,78224577-2a14-49ed-b300-2d5c834cd0e4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,919140b9-e485-427c-b864-13de7cb56eec
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,6b661944-151a-41c2-a56b-ca6590e23e21
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,b7b1bc64-1eaf-44e5-9609-8631562e4ced
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,5752e470-7257-4c3b-9bb1-e48efeabb87b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,580d4cb2-eac9-4270-93d7-01d11ea837b8
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,95d639a6-8757-4f72-bbdf-f015a9ba49df
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,fe1f51f0-db8c-408c-9726-478c5ffec79b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,13451319-5e9f-4022-819a-5c811f937b06
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,6df25174-d054-4cda-afb7-8e17b9bba293
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,00897132-ff31-412f-98d8-deea57eec437
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,1b976c3e-7cb9-4e00-ab21-c0e8ce9f6bd0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,66220c88-cd4f-4e25-b185-35c396ade653
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,099bd5be-a367-49b6-9b8e-b6829505a16f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,25494d73-9f3e-4c7c-921d-f19b30d61914
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,fuel_combustion_consumption,28be82f7-4e75-4b99-82a5-b0f8886757a5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,sampling_scaled_data,3333df73-d40c-4c1f-9f18-df86c81770be
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,50.85666666666666,kg/TJ,modeled_data,358db32b-8c8c-469e-b411-7785360716ef
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,94e431dd-12fd-4925-b14c-08348865f819
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,da9862fb-fba9-41a4-98da-00aa95b798cb
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,b54fa5d5-ad87-4433-909b-c534b7a34861
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,6d8712ca-f3d7-4e83-992b-39784c6a2b46
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,1bee6a20-0a15-4e46-a4c8-e1c1df608925
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,3d6d3a20-76de-425b-a2e1-689763546878
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,fe02b4f7-c827-45a9-954f-f6e5b8cc5cab
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,624691a8-b533-4ce3-834e-d3f821d6de95
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,938ce785-2511-456b-9bc7-233ee7c70c05
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,9d4eb679-14bd-4ccd-9efc-7eabd1ba1fbe
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,49d21c09-2507-4b46-8233-aa5376ba3701
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,7e208fbc-dc23-4d83-8246-7008dc56d59c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,8079f30f-6ec4-47e8-a287-9303e09bd9d3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,273034f4-9c11-4a47-b37c-a1d66ecc1131
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,e2a52886-3853-4936-b5a3-665520670c75
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,fuel_combustion_consumption,d8f8ee33-b136-4b33-be4c-d23bba7da5fe
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,sampling_scaled_data,c85329ed-6c26-457f-90bb-c2e668d6bd03
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,50.85666666666666,kg/TJ,modeled_data,5f383c1a-26d8-4670-970b-c3ae39dc9c32
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,141920c5-e2a7-4703-90f7-1b1305cb28f2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,829dda87-9ed5-4de6-9877-dce363565e69
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,2e2c94de-60de-494e-a69e-3cfcf1c63dd1
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,3673a13f-20f3-44ab-aed6-649cda038efa
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,99e57209-2628-4410-848f-4dcd589ee043
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,5a66fbf6-aa49-4e4f-b658-57f2b9f3fd6d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,347dc1ec-4986-4896-ab1d-a91f3a48857d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,1b6dae1c-7949-4abf-812b-9c1bfb02fc2c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,985e1551-8b2e-43ce-8b9a-e4f1eed5748b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,d40c1fb0-b980-4767-8d98-13ca2c988946
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,3f414086-0e2b-4707-b644-74c0bb02fa91
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,b5143010-bbad-4324-8db5-23bb86943f80
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,17663fe8-63da-4168-9395-fc171691ae85
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,83df18a5-6406-4a33-bfa4-3c06e9ee5a6f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,3773c3ac-ae12-4d17-83d1-25991eaae13f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,fuel_combustion_consumption,d9bb21a7-e0ac-474c-96a4-fa73faf20a2b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,sampling_scaled_data,9163ac52-e58b-4018-9949-70f1030010a9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,kg/TJ,modeled_data,27ec9c16-a5b6-48c7-97c2-dd368b0be347
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,c24ce5ee-0917-4e33-8465-ff5be163d274
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,84fc732b-0e0b-4be9-8791-ee259a2dc81d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,3821abf7-c780-4d86-9eee-7d3e5a9ee635
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,6db013d2-e236-4ba2-aeb9-44425fd79ee7
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,2eff34a5-23e9-4cec-9610-f1c2fb8ccaed
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,d10a1636-7635-40de-944f-99da33d2a78a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,d160de0d-27de-4c4b-a9bf-47d399dfe453
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,3bec692e-fc26-48e2-97f6-d39c1a416e86
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,6d4d90e9-93a2-4e69-bd1d-5cbe5931277f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,986a1346-9acf-46be-9aed-9e7b6632fdf8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,bf6ab7c5-736d-4920-ac3f-cedacc8bc2d6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,b01cb0d6-da1e-4de7-a071-a8155eb39bce
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,579a2cfb-d7d7-40a7-ac06-7147d4ef7c9c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,50df5520-1c8e-4de8-bb33-488839016ee6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,77c5d53e-bc17-4787-8cde-8e6f5fcc6b7a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,fuel_combustion_consumption,fe26c868-35d5-426d-b6bb-315b75ba4cae
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,sampling_scaled_data,f541df04-1f68-4274-9f97-df003195252d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,51.00333333333333,kg/TJ,modeled_data,51a31c7d-8a7e-46a4-9824-a78089c7f0d8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,4c6e03a2-83f5-41fd-bf82-852efd6f600f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,424a5756-4f19-45f0-8707-ae48bdbc1731
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,5bd137ed-c3ac-450e-9633-951da4763b1f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,8f6e6125-59d5-4651-ab79-b54fdd342970
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,609de4f4-0eaf-48fa-9ace-b194e5bc9ae4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,42f99b07-2ebc-483d-8ab3-0adba087d12e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,6ccca8c8-49c1-4629-9362-cd08dec9e622
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,f71982d7-1dc7-4425-be6a-01042874ffaf
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,31ce3a51-29b8-4352-8c9c-8ba393e66e63
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,ad56623a-9d3d-4201-a8a9-0f1cfff5c3e5
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,b1cb76c4-b0d3-4793-988d-ad50d992291d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,10bdb5d6-123f-4c3f-871c-2ef27eb4c992
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,5f9b8416-f55a-4d90-9ca4-482bcdba2ca2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,1d2d7770-9b2e-4ea7-b343-6913a4b15c53
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,91cc8e97-6738-47f8-a49e-d16eb46beeb5
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,96ed8ba4-12bc-476a-a902-db9cd30d6cfd
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,c13c2f44-dea9-4b3f-bd93-be434576f906
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.3,tC/TJ,51.00333333333333,kg/TJ,modeled_data,33e96162-7d9f-4028-b27b-2e086ea5e49a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,b8ada7f5-3880-4616-aadb-4e9ac4def7bb
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,1b68d721-f8f1-4114-8c25-af8f50f8179c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,8739cfcc-6a4c-4413-9c32-05d94f820d18
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,d43a737e-eb07-4b19-b6f4-ec34101c44e1
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,91a7f2bf-f995-4717-8d1c-8679d6e60fd0
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,bd3809b4-a2d2-46bf-b430-24e129dc077e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,926e9cc3-4f41-47b7-a18a-5ad1ebc6d1e9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,587ff5c8-c23c-4995-bc7a-bb4cb79ef6ea
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,75f95e5f-5eac-46db-8f3a-4e42848ec017
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,c4fdd556-007c-4af2-9555-29d31663a642
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,8d5dbdd1-62f1-4938-ae60-0ec4fb77bc9e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,b5a5aacf-72ef-40b2-aacb-baa98c198614
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,563ef107-d7ff-4344-bf8f-7af0635fcf70
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,636feece-ba49-4336-b896-f25a298b9e31
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,d0c8404f-e07f-4b39-aa15-0c65ab37a0b0
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,fuel_combustion_consumption,bf2e75de-7b57-404b-b081-43275d9b6ffa
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,sampling_scaled_data,9d9fc6ea-9be9-469d-ae50-3b555bdd8238
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,51.00333333333333,kg/TJ,modeled_data,0f15b36a-6acb-41d4-825c-6446c9d7bcc7
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,dcec19f1-3065-443b-bed2-4cf377987a78
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,5fe92d4c-040c-4567-922e-db7ddd49eee4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,342c9627-3714-405f-ae56-41faee1fc185
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,6ed6f85a-cc3b-4e82-a1f0-b34c1057d152
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,19376b83-4bad-425c-a561-e76ea48283e9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,416812b6-5597-43dc-9586-cfdcb342b9f3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,b9897daf-bdbd-4410-bd49-ee38794f8857
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,b74e8550-855e-448f-950d-9e7a64c403c4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,2d3c7d73-9402-4602-a5ef-f39d5477d9f8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,e1fe4576-b884-4429-8806-105388199d5a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,8d85b365-4447-4232-bd79-547c62b71bda
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,f03fd8b9-e6eb-4766-8ced-ce8e4ca44c0d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,8f8cb9dd-bc25-45c1-817a-71f56d2dc6de
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,5efc7b62-e856-4e6b-8981-75f13e7a4714
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,6c895fe4-1a00-4734-a0da-5651762862f8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,fuel_combustion_consumption,5a45857b-681e-4e52-9a27-91425124da30
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,sampling_scaled_data,09908537-5410-4772-a60e-b7fffb337300
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,15.32,tC/TJ,51.00333333333333,kg/TJ,modeled_data,dd38b2da-11f3-4e1b-9191-118359f630a1
-125841,"1.A.1.a.i - Electricity Generation
-",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,kg/TJ,fuel_combustion_consumption,09f6587f-c6b6-41b0-a4d7-0ebb4f6e5f4a
-125841,"1.A.1.a.i - Electricity Generation
-",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,kg/TJ,sampling_scaled_data,8dffb1eb-b562-429c-a28a-bfe4c2cb2393
-125841,"1.A.1.a.i - Electricity Generation
-",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,kg/TJ,modeled_data,a614e3b0-0e5f-4657-aacf-465fa40e6598
-125842,"1.A.1.a.i - Electricity Generation
-",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,kg/TJ,fuel_combustion_consumption,067d93d5-4c32-4bfe-bbee-7c843696a997
-125842,"1.A.1.a.i - Electricity Generation
-",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,kg/TJ,sampling_scaled_data,933768b3-f60b-422a-9c58-aa3be73c80c0
-125842,"1.A.1.a.i - Electricity Generation
-",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,kg/TJ,modeled_data,1015a7e6-fae6-4050-ada5-84eba848167b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,01ea1834-029c-4a5b-bec7-bbe51bdb0738
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,afd2346e-13a1-4bb5-af92-7e7321c317aa
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,d3f5c05b-6f6a-47d6-abe1-c1a20e3e1e05
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,57d66fc2-eaec-4c2e-b417-69c45520d91d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,8221916a-2016-4a53-be2e-dd7640ec91bb
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,272af460-95e1-4df8-a1aa-161cee6e21a6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,1866f929-97de-4650-9446-4af44e8c87cc
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,651f41a0-fe17-4267-8e15-119afd23c585
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,eb5d9d8b-44e0-4f1f-a825-6a2724312ba7
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,0f3d9fe2-e741-4d63-8b6d-c064680dc2a8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,7dcf0c21-4710-46be-adc1-f2d50d76a1c8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,73f6f47a-9a4b-4f3e-8529-e1eb96045577
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,30b511b4-e7ae-41c9-bf83-d77e711f4a67
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,91a380d4-de38-427c-bcda-b2dd66043fda
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,f0f4e559-9297-4cc2-9045-5571da537039
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,9e9f39fa-7362-4688-b6d5-a4fa9863f4db
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,14e3511d-7bb5-434b-ab72-3d7ae607cdd0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,1bd88b35-39b7-4e50-bf6e-95278b228d94
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,26a3c1dd-874b-4d06-9cef-c10f6a5abdf4
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,edfa2978-5206-4efe-8cf1-97734a69ea9a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,89fb40f8-916a-45ed-a42a-57a6afd627cf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,29357d3a-8772-4fb4-8201-ab1f8af4c417
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,580f12f7-f5a1-4500-aaee-bca2c809f900
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,5aa8e0ab-8174-4f55-b2f4-5272a1483d83
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,e6155366-862b-459c-b37e-df86c177bc5c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,ee61628f-c6a8-4802-abb4-cb8754315f73
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,080c75de-982c-406a-9e4c-35919f9b3ba2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,aa52296f-4469-481f-a671-ef002ccfdb39
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,6a278c7d-b44f-4ad4-95a3-d11b453e2c81
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,e7fa3cfa-466f-41b7-bece-e53dc4e82101
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,450421f5-b92b-4ef6-aa07-ea8c49334ff3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,43f418be-f057-4763-9ef1-e065e4ddf4dd
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,0b556b3c-688f-4168-a435-18e91df59956
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,0e3fc3df-6e8f-406d-8f3c-f64a094a3221
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,519f7f9e-21b9-4e50-9e49-090efad25d65
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,0f9a9e14-848e-4eeb-b811-5a89566b77ac
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,ac694a44-bf47-46be-8c63-55afef405cb1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,9ab1d15f-cce1-4453-aee7-4a79ff897ced
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,83d1612e-97cc-4d4f-8049-f2fb00bd5d1c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,c0338764-3048-4fb3-9ab4-08d069b8ca25
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,1828cb91-4d0a-4fde-aed8-b2a91b2c2c9b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,8e1971da-0c4f-4f42-b059-308a244aa3bd
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,90bf900b-a2b5-46d6-be2b-f286e7f9285f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,becd8213-8153-4a77-a96f-ba167ca15244
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,1d9fd3dc-16dc-418b-aa59-aa2a56545429
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,d3cd3e47-b432-4e6e-bc84-f41bbcb650d6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,a52cb266-86fd-4fcf-99b9-79f880bb0f06
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,576ec6ee-c26b-4221-ae7b-11955ce3d888
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,f2502228-c8b3-49bd-993a-cc82cb451941
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,4da8d24c-b392-4622-bd40-54314d49bc7b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,d60d18fa-ad87-46c6-8528-24fa28042188
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,dbeaec05-0f26-4c97-a682-edcc6bbe6ceb
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,e822d2de-8f1e-4e64-908f-ce6d47c3a350
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,244e009b-9b29-49e5-801b-7d0acdc786d8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,ecbf72a8-606d-4799-92d1-1b639a77c1b3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,d86d440d-543e-4ea4-9b79-c7172e4b7d32
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,44407867-db81-419d-b4a0-a5990bfb55a2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,52dac03e-172a-458b-a4f2-95ffa07c5fd6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,8fe94612-2155-4673-89f2-9ad3ded8540c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,02e8ed66-c95e-461b-a9c2-155671d52d19
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,21ea87a4-abba-42f8-a24d-495301a792bf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,313d7ea2-e3c2-494b-8bbd-64197d45e01a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,dffcb664-de03-40c0-8d02-df3ce2aebdf9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,42dd8848-889d-4386-8660-19b4b838d376
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,986c8978-5c66-4c8f-9f75-90722fb1be04
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,596ad2c6-5b1a-4ba4-bc6e-3b5b16125998
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,01e12fd2-cf5d-4543-b7ea-7cbbd460b702
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,00319ae5-7232-4a7d-921a-4583a6e20a75
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,6f7b14ce-b087-49cc-9cea-221d489e4904
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,19beab15-be42-4ed9-9015-0164bae13a39
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,590276bf-215c-4ec0-8e84-f555fd692f10
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,38196115-c661-4316-8ebd-a9a619753f9f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,61f20c6e-3525-4705-9ae7-60ef9b515762
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,88e2fb6e-47c2-4d7c-b44a-fdadaac16521
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,a55144f4-89df-448c-a04a-8fa6859f406d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,786e0326-33de-4f26-9346-d676b6f3d0e5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,4ccabe8a-35a9-4be9-b092-2b2f6cbaf9b9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,f4fe2783-8e93-47dd-85d6-85dee49fc721
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,0d501a9d-a436-4984-b3a9-9470a049742c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,395c9206-23fb-4549-b276-480072a3e858
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,98722a14-77fd-44c1-9140-09a2a5385b83
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,f5860c99-44ba-4212-b76e-04d366013c2f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,769509de-42d0-42ae-b78e-4e895cc585f8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,df0eda92-6604-4266-8760-cdd03fe9fbdc
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,03418c95-bb52-480c-a52b-cf91b7091880
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,3cb33e07-787b-4b09-a4ac-a5d997f0a2ff
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,2a9f3822-4c95-4a35-be9b-d7c3c87c0d2d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,1c8a9a7b-0023-4a5b-b4ed-94c159fcdf5b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,03d99525-3021-48cd-8702-59c22573692f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,13c6d991-37ca-4b7a-9995-fdd7653de8ef
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,96ac0ae0-8b65-4b47-8237-10233d7b2331
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,20b7541f-1c3d-49bd-8ea3-457af941baee
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,c7a2db20-2d2b-431f-9a67-6d90e5d85757
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,3cd65dd7-76e2-4f56-9083-36c3d60e3d47
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,6e5972f8-98b3-40bc-b01c-283bfd2876f1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,bd980587-e897-4ab5-800f-f662fc5bed7b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,382af8bc-dc37-4130-b005-62695da65df3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,1b2670ae-07a4-4e90-a2c3-a2b7c04ef3c1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,ce740062-1ce5-41a9-88a0-35cbc1cce8e7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,34375164-49ed-4aa0-bbd9-0cd62a916420
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,79f4c286-f24a-4ed2-ba8a-b56917f187e2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,61d6eb46-9eed-4a9c-9479-5922a6df20f0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,6fc52280-3b78-441e-95d6-087b5e241112
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,b861352c-b196-4c80-8b24-055ad2e4a4a9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,fd81eefc-aade-4f5a-842f-0767722e43c2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,fuel_combustion_consumption,4f16cf10-35af-4be9-b07c-74a981231d9f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,sampling_scaled_data,7faca7f4-ba35-4a39-9800-a0d55778e7c6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,kg/TJ,modeled_data,b5d02596-ae57-4250-ae3e-0e70acb17446
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,d8499684-7624-47c7-ad4a-ddef88154c21
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,58bcded8-446f-4859-afad-e6372541ec76
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,183195f4-122c-4438-8d75-53a087f60095
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,7189ff66-c021-4e09-9e32-18ac374ae2a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,06cfc5b6-19a1-4b3b-96da-905eb9de93a4
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,109231ab-9f05-4933-8cbd-7a35cb6036a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,92d42e5e-f7db-4811-a08a-34b14e91c138
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,88a22038-819e-44fb-ad07-72f371b36b00
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,7e5741f9-e091-4730-86f5-2ff8717e0753
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,fd3b3038-116b-44bc-9c32-c6bf55b0b961
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,bfcd192c-4ab4-4be2-87d1-853f235e613e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,e26df46f-e88b-410d-bb37-33013da643ea
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,81d5995b-1c4c-47c0-b16c-960996591823
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,2fe06a7e-7f11-41c5-a881-ecf26d332703
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,fc8d1854-039e-4dab-8350-210e555076d2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,fuel_combustion_consumption,c6a1e384-e7b7-4c33-8e60-293aa9ac21a0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,sampling_scaled_data,e2f6f597-bc53-4e77-ad7b-346d80b8c3cc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.07,kg/TJ,modeled_data,42087359-f867-4e13-b0cd-5ad3de73de76
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,1dcf3c99-06be-4bd8-a9c6-a1ec64890f43
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,8551e0e8-6318-4673-a5dc-7d7b4d289641
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,ff33d734-5178-4c33-ab30-cd185810ea34
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,f1f97d01-ace2-4760-a7fe-9c3555ecbd6e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,5b354957-e8bc-42ff-926f-71e4f5d538a3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,9ac558ee-fa9a-4291-9b41-c4180ac75664
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,49cea4f6-6ffd-446e-a596-e62506eebb7f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,75fdcbb1-94de-4d1d-b4ae-d89a7f4a22a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,478bd6bf-f354-47b6-a44f-b72785a1547d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,4eff7722-767d-4928-aca8-fc65f6778c9f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,0c615384-9024-4f3f-8770-09f0e9b1b46a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,35903780-31ff-4801-8592-f746288b8a87
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,a488abd1-4073-4942-a30b-fb81142d497f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,8b4129c4-27f8-4904-a2c3-e446be36f53b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,6bb57048-958d-4e2c-80c5-1ad731cbf1c0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,f1e19249-e0ab-4fe2-96a5-1b3ce4ece249
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,sampling_scaled_data,24aa85c3-bd58-477f-b1b8-9028954a4cb1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.07,kg/TJ,modeled_data,f7e28a1f-67d2-41e3-91f8-4a4982fa7341
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,d2338573-a4b4-41a2-8b23-5dff713730eb
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,d5e072a8-fd98-499b-a050-6e27a7fe9e75
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,88cf5520-d57c-4e95-aa50-0c8fb8ac3623
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,a8737944-57de-4bc9-9050-1fa9bdeca4f0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,4b9e5aa8-709c-4235-ac48-e11ba69cf802
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,2507238d-67bc-41a4-80be-61c044c6b10b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,eed593de-faff-41dc-afb3-b1058019e8a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,113d21e6-6f3b-4eea-8f1e-3efc05b82f71
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,8b0136c3-bebd-4d14-9818-3476d054904b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,dea3c93d-59eb-4c20-b5e8-3bbec337425a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,fd6514f0-b5f5-45ec-900b-74af62437808
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,cc8dacc0-f53e-4781-be04-e6256e20bb2a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,d5799964-2809-4bcc-91bc-dcca0f883ba1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,143a620c-307c-4ee0-8f9d-4b49c1b6c4ad
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,6f934e15-d16d-44bb-a1e3-1a5989ffc76e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,fuel_combustion_consumption,d18284b0-707e-40fc-b994-57e64265afb7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,sampling_scaled_data,2e19a1d8-f7b6-43e1-ac50-175ab2ae4706
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.07,kg/TJ,modeled_data,d28bafcb-04d6-46fc-9fab-330ec9aacbf4
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,d5e5fe0e-2993-4529-b30e-7f1b08ec243f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,e1c1fe8f-b94f-46b6-aff4-113869c0e523
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,45d64e8d-8acc-49b6-b5f3-6f23467585f5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,92e840df-58e4-41f9-bf57-8e4bea36cde6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,750eec99-6308-4855-88a3-ec574c5e7b59
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,1c5d4b77-bd19-493d-9115-fc698ff9ab13
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,361742f2-2662-4559-83ab-bf33cd34f5a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,0f6f78fe-6d14-4557-a046-a672407d9bc2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,66e7e7cd-84db-410b-9eb5-9cacb51869a5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,2d8b672f-960c-4506-83d4-2c3a960c613e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,e8d7f6de-0652-40d6-900f-17cc9c4f0cf2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,6eea69cf-5cf1-4f71-8468-ee192e4a80e0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,8f50b63d-73cd-4aff-a5ce-afb64567e3b9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,ff8b79fc-2766-42cc-a060-61a81ed07898
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,8d6b453a-bc79-4329-ba4c-e5ee018113fa
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,fuel_combustion_consumption,c0da7c31-1c95-4d39-9f47-803692bcf3bb
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,sampling_scaled_data,554ffd34-62c5-4304-a764-d6a58d42b2ce
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.07,kg/TJ,modeled_data,633a200c-7766-44a7-be06-354963593fab
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,36e776a4-c94e-4887-ae4f-11c617732a92
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,26aaaa2b-0a16-43ad-a535-dcfa8ad125b2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,4c89388f-6433-4479-81fe-a64cfa349ca5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,9e4ccdff-df9d-4479-af26-493547fb442d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,6b38c223-5548-47dd-b471-c4c38f7e4463
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,69158406-44d0-4f07-9c51-23265d0b5118
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,c46e7ff1-f6d9-4cda-8945-561ef2cb9577
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,6fd87dbf-5c0a-4930-b448-bdf9fe9c303d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,9697bb98-2c5d-49fc-b117-65170ef5f5ce
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,8a00af11-1765-4774-a741-2226a511e586
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,9ede3b70-441b-4b3d-9377-12686b2aa07c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,e3d7c207-b998-4b42-9299-e821b77618ef
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,1ba39de0-0701-453b-a4ba-85a764f395a1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,9c9365d8-2765-4e7c-810c-b00043abc026
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,8706e019-8f1c-4d4e-8399-a88fa431eb53
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,fuel_combustion_consumption,cd393d99-a531-480b-8ae8-773d494ee36e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,sampling_scaled_data,2b2dabee-9d9c-4b37-95c2-46c4f94f2ea3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,kg/TJ,modeled_data,cbaffc40-37ac-4b60-a9bb-960006495d73
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,2b9e49fb-721f-41a4-acb7-a718ed9c473d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,99fd385e-ed49-4c22-82ac-881ad7b668cd
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,f605a753-fdf9-4e04-9216-8ec5adc1b019
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,71b6a13a-0375-4c31-9445-14afd8888d41
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,19c440e8-244d-4a15-b4f8-20fb07e3ad80
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,8ce78c33-06dd-427e-8512-825a7d2859dd
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,c2958b9d-edf3-4f33-b296-d65ada4e5948
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,9371042b-9d33-4610-aeb6-895c657543ed
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,ac5fd9b1-2d17-4b75-b323-56d98281cade
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,2ec9d4fd-5bff-4e2b-ac14-a300274bc80d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,20a0ebab-66e3-4dfa-bcd1-2948003d34da
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,1e621a51-8403-448e-975a-c93a78111ebb
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,afc6d839-7498-43f9-b738-dd9cbbe7da16
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,fad7b5f0-e499-4b4d-84af-d1e69c38024e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,151183ea-f575-4e8c-9d44-ce2843c54404
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,fuel_combustion_consumption,15beacf2-699c-4c19-97bb-d109220f9687
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,sampling_scaled_data,fb8bcf0c-62ee-454d-a2ad-84c769af0f52
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.04,kg/TJ,modeled_data,a5f4bff1-2477-4a4b-93f4-8a7204c96500
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,95f914ff-9737-423b-94d3-6515b192ad07
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,5119fbf1-b4b6-4745-9b0c-b99bf67c5263
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,5a51c765-a3a6-42c4-976f-51b23d028dd3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,f597b58b-b9cc-44bb-94fd-32e2243d6fc1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,a37c42f0-e312-4403-8114-75a2549850bd
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,69fd7dd0-fcee-478d-aa04-c2fc80d38d02
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,4419eca7-c2f5-4ec4-a26f-f911a62ac8f4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,1d74cae1-d783-4447-908d-938c01b87a9a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,6cf3829a-da66-4971-85eb-04b7efb9b891
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,dd16f174-e3b1-48ef-96eb-f19f5e2e97eb
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,6147659a-6613-4f1e-9058-21c6d69628f5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,e5c9a894-83a5-4dd4-aaba-da54fcd14971
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,fe11f7ed-f321-4b45-a132-a1a673ed73d6
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,92555fe2-8551-4494-89a7-392483688bc3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,0027ad4c-3dff-4693-b67d-0726fad0ff6d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,245802b1-bc6f-4c65-bf11-6129ed230057
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,sampling_scaled_data,55a22d38-49e7-4bf2-b9ea-3eee496ee5e7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.04,kg/TJ,modeled_data,c2c7443a-083c-4178-801b-5704aaf8461f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,c800b0af-e858-4ab5-823e-aa975ccd5819
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,b4f42266-2948-4d14-8aef-aa157c7d0a24
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,db1ac29f-3b89-4024-a5cf-5112ed4f9eab
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,542c1e60-040f-4bab-9c86-e16ba87a4ccf
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,952ea1b9-ed23-4b7d-8285-514d282abe88
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,7c3780ff-d7a8-4caf-8ddd-9f78ac7cc328
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,f4f679c0-bc40-4757-8ba0-de1a526fb9ca
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,c57b241d-2226-4578-91a8-21aeda718dba
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,7a069ad6-e1fb-4e3f-a01b-6bf4b6b7d4ed
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,68e99959-a09d-4c21-b536-5dc8e6fa10c5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,adf49897-fae7-4390-9613-70945e846e82
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,91e09204-77ce-457e-a838-eba15b9bfeed
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,12df51de-a20c-4277-8117-1eeeea345de5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,f20fc3a8-26c4-42a6-9053-25f6e45d5d02
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,d14f8dac-c08c-4fb5-ba8a-5aec48b7de27
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,fuel_combustion_consumption,a5de44ef-dc20-4df1-a391-74e8da1323bc
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,sampling_scaled_data,d1b52644-cfe4-4c32-9327-d16d1307ab9c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.04,kg/TJ,modeled_data,a47bd9ee-3277-453c-8e4c-dc1b48a18478
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,20ac0db2-e376-4598-ad38-611ebf6f1021
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,4e37d36f-cde0-45e7-b570-f2f0c9c7684f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,71fff667-3067-43c4-b2c2-1d73b783fabf
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,71bc5089-6c07-4e69-97a7-b86797ccf59f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,fee284fb-7a51-4208-b25b-778f7fb47730
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,a5fe9591-2902-45cb-ae53-78f45c3d3e51
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,452a2473-4edd-4b51-bd54-4b90ef6d6d62
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,fdbd261c-f2f3-4abf-ab2f-60ffc6067b4d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,d1af45d2-e9bd-4de2-8384-d5d7878438c9
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,7f6aed2f-1716-409e-9863-8cdf26500ff9
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,9214ec87-e3d0-41cc-a9ab-6925debbdb75
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,83cd8a77-4752-4aca-9ebf-623d52d1019a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,c2736a13-ceb8-492a-9d11-667e11b30f3e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,f3f5a1bf-7836-417c-b63e-cdec86089410
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,03f4dfaa-93f9-4982-9059-f5015f42a34b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,fuel_combustion_consumption,a61106ed-2933-4906-898a-7bfd673c4b44
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,sampling_scaled_data,c1aeaf6a-be19-4781-8517-a9472052da2d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.04,kg/TJ,modeled_data,bedda8b4-a6b1-4405-ba91-b68c78dbc20b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,a0e7dfb6-d7be-41c7-981f-fe0362873386
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,49fd3acb-7956-4ab3-8c23-1cf9b4c06905
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,9371d2f9-d74c-4569-9d97-c3f0ba0af326
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,d26937d2-ba34-407e-9d53-9151d816623d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,99bc5734-3205-48d0-a6af-6ea4af339378
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,823e95db-0bf7-4d3f-a928-b430d74fb65c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,a0dac24a-0816-4ffc-9229-a7a252257afd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,161af8f3-c8ed-4957-8bb0-d16b0b8f6da4
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,73017dd2-8a79-4e03-ac3d-915666d08da4
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,db3b9002-7670-402b-ad74-170294b21c3e
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,4cd5c976-cff5-4054-bb5a-570027799061
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,18e5e060-ac8b-47a9-921a-c6a2a8a5a494
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,a9edc027-8e94-45a8-a631-b1746587fdca
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,b170fd48-d2e2-44ad-b00f-ddca5230e713
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,3fb3c4c2-9ede-4e2d-958d-d061cdb80837
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,d2f768cf-29a8-4f7c-b9de-83d6341da688
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,1891ad9e-9ea9-4790-b121-c9e0c255e4a7
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,9450a720-7695-4f46-8d4d-196440ddf3ea
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,c34585d5-33a9-4806-b38f-bc1563f7b4f9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,2eb26d8e-371d-4f70-8272-e582c2211684
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,a2892ac0-2630-4ea0-a163-53172093a53c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,b7512b25-4d5d-43bf-b2ac-06da5f9c52d1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,a983468a-27e9-4bef-ad92-e970395cb3ef
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,46e4191b-50e1-4413-8d24-7f7959fe358f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,b1f6d824-1c24-41db-8ec1-78370f7c89bd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,77c0b2d7-a389-4c9a-a1bb-d4a6fcb46073
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,4c6f8f73-bd49-49fb-a005-bd23d15bf1e3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,6126cf5e-efaf-4107-8d3a-fda46a4a8923
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,b0a0741e-3133-4272-883f-5ee37688928c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,4492878c-dba9-45c7-b152-c697193f9a2f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,e5a37b0e-b63d-4bd3-993b-828621688284
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,f8580f50-3928-4a48-952e-4e5cac7f49d6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,d388568f-ba43-47a5-8ebd-630ee244cef3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,d0027187-11e5-49f5-980c-9e6805107771
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,48af57f5-0c03-49cc-ae7b-fe4918c28fdf
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,5f1ccfad-d277-4904-ba00-8df3d62438f0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,1d8c9af1-bb59-4af2-b902-a6811a5d5ae6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,8c7127aa-2503-41fd-98d0-126d317e8ba6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,130187b1-5d3c-4837-a355-8ce9e044daa1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,e742f7a2-bcfd-45e5-8975-76b5b3fd4ccd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,e05c42d0-5ba7-4b9f-9334-da5a98c4408b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,5152e8d9-176c-4dbb-9f2b-34f0e9c31e61
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,e270cf68-8166-4622-adf5-ca3b23f50528
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,316eb3cd-ce27-4bcb-8e8d-86c952f6fa73
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,7334dc63-3c83-4576-848c-26d80432fb3c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,c875d10e-43e0-4ce0-a038-e659bd7bd2d3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,cd963302-1449-4987-aa2c-6fc72f4c6e40
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,c7b8f0c8-9658-41db-add1-1a14067f8a92
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,f1aa0e91-0768-4e1d-b374-bf60bbd72497
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,935c3684-4136-43b9-a1e4-9473d27a73f3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,2ed7d6db-2017-4434-9ca0-b5bda58be01f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,a3fcb8ca-0b06-433c-9bea-7f9e2867fe6c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,14bd6c82-9529-412c-89e7-3883448033bc
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,0bff2ac3-c5c0-4017-a086-5fe91d77de15
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,ed6379cf-85d5-4467-ad90-060ea64626eb
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,aa2fcc07-d20d-4a19-a872-c4dbd7512f6e
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,efb43fd4-cb11-47fd-b349-4c2517f92016
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,5e4d9e16-64a9-49c3-81b9-cd44369eca04
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,d6c1f12d-6244-4e90-b800-1f8e7cc5d8e7
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,6b258f81-2481-4b7f-8ba8-427fac561588
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,0c40cd32-0656-4520-b97c-3fe3dcaa0e44
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,5c64ac92-f7ac-4a3f-b186-7db35b26c457
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,a84e6aed-7e84-448c-aa13-a3d429be49a2
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,68f35834-bde3-478e-b7ec-1545a2dccce5
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,a06152f6-c2c9-457d-99a0-d59e3f3ddef6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,ebc8c5c7-176e-4828-8425-44ab2c84ac1c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,2cc785c4-9358-4f9d-acdf-93a3565b74ea
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,1b97d14c-2100-4383-be4e-ecae4a9dec6a
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,0219cf4d-7c1d-4081-b70d-1ab2a711ac39
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,2b22a789-e3f0-4e96-a198-976d259870a9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,bae9a24e-3060-4d73-9980-73bb946845fc
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,aafb0493-814b-449d-8d6f-bc519f76910f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,88659566-53b5-4223-997a-7fb7d1350a0b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,00cb2416-2c75-43c3-87dd-371d3cda7762
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,f83d44ea-dca4-4743-9464-d3065d872836
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,2e635d4f-0fdc-4132-94b5-cc9e51cfa1b7
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,3a7320d4-693e-43ce-8ff6-089718f38871
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,ef62bde0-7b3b-481c-84c5-158f55eb7cff
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,2f9fba70-26b5-4791-85a1-473d6ee4ba85
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,2a1c28d1-10f0-41e1-b3dd-f93996f36a00
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,47768e61-d174-4d5a-a2e2-4ade84d2b170
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,49aff94d-3492-4e9f-987a-74e6235bc51b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,cd4d40d6-f5f0-4ec0-85e6-da6013ff84ed
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,75457104-56f5-4309-a6cf-b49f62a4a775
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,135e3820-c47c-4286-a86a-b6a7bdd622c5
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,8d7adf83-94db-4f19-9b34-f202a9f0dbc1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,6e5eb438-e7c6-46b0-b29e-6efe4e6c7931
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,3b20a63d-3d87-466c-921b-28e5756c5ccc
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,d8ade6c2-dc11-4407-bac8-cffae07904ab
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,9dc13268-ac11-4e6c-b782-7838c9d97ed8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,c2c9ed4c-a0f1-496e-b6e5-b3d2f007319c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,7d8c2fec-bfe5-42d5-b107-03230eaca344
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,4ab22ebb-56fa-4d07-9540-f4d1721716be
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,26450142-1814-40b9-b6be-65a8413bf5cd
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,4d217c67-b071-49ab-ac35-a458692a6564
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,444047dc-b29a-4173-9c7b-ee684ee43dba
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,30d8282c-c229-471c-b479-8022aa9d3ae6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,a9836c02-9b13-4da8-8e34-6247b7f2324d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,8cc635af-f21c-4f94-b865-8698ac38cd81
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,bc22f253-6fb7-48de-a3d5-c03106f93b4b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,769d8c47-11fd-4fd7-a718-3fb62867950c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,f1dd2cc2-63df-421f-abca-21c6c0354171
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,1dcafd56-503e-4ad5-9909-b96882d15eb3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,8e32ed08-30da-4303-bb0f-da2bbe1b942f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,55374881-aa13-4a53-9400-cd1ba4e6ba2d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,fuel_combustion_consumption,1d4a2632-d4b2-4a20-ac2b-7ce065b09136
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,sampling_scaled_data,580d4465-713e-4782-9dc3-1e6ec417fe3c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,kg/TJ,modeled_data,8887fb6b-dccf-4503-a008-e0a1dc8dfcc8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,817302ba-d07d-47f3-99ed-29b33a1dffa6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,bf419fae-959f-425d-9639-e0fb7be0a615
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,c4f16676-e6c2-4196-bdfe-a4a5b34d4df4
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,aa0bbfd9-6cd3-43b2-88ea-faa08a4cd4ab
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,2f90a46e-a976-42f4-9e77-e3832e629bb7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,1cf4cb01-3301-498a-a7dc-97101d4fe610
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,3fd02ca7-fb6f-4b2a-a630-d3e32bfadba1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,d0b5eb55-033b-4161-96ec-795a9348e9ba
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,c6ecf09a-8f85-414b-b74a-df323db8fee7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,c31cf487-ff07-4df0-903b-e9cdf0585ed5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,25f074a1-4da4-4583-be9d-4c760dc657e9
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,2de0003f-a94a-4560-a978-2041b4ce5762
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,b5571a31-9bb2-4c73-b138-e160efcabf09
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,7cbf16ee-bbd2-423e-82ab-520fcd9be00e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,ec4da80e-af76-4fcd-9fd9-c4e662df0c2c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,fuel_combustion_consumption,f8c76f74-6b83-4960-94dd-6328ba6cf5aa
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,sampling_scaled_data,85df2818-b043-4009-b9ab-fdba4bb2dd6e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.19,kg/TJ,modeled_data,468e1fcd-02d4-4c07-b0da-9652d60f187c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,8033d4f9-7773-4aea-8e2c-354b0d06c6b3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,0c08cc39-a48c-4fb6-b97a-88c473fae78e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,2a0189f2-2692-452b-af2e-bc64eb19a5fc
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,afd207f1-8469-4f14-9aa2-3be5e658517d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,6aa0f13a-7269-49cb-9403-8643f448f570
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,52cdcac3-5d7f-4ecd-a8c0-2f5c6121c740
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,67d800f1-8d84-4742-98d5-3c8a514ba73d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,ded56dfc-fc9e-463a-aa8c-c6204b2fd9d0
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,e4695eba-e20a-4f85-a122-24d14c513c0d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,bccfc261-fe41-4982-aa34-e8c41ee523a3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,68a65545-fc49-4959-9648-376a8b508981
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,6785e218-85cf-4ab7-aced-26ac0059b0fd
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,70cb3cbf-e9dd-47dd-8705-70d1a967bcc0
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,fe17cb7f-5b01-48fd-b4ea-254077ca3d74
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,429eb968-8404-4c58-b771-71c641d11830
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,6b821f3a-27e3-4afc-8ecf-229e1c6a04e0
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,sampling_scaled_data,3ba27024-7b6e-4a2e-8943-5e78f008dc48
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.19,kg/TJ,modeled_data,e87909dc-41e5-4d68-b91a-b34bd5b06bcc
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,4ad93a65-cabe-49cf-a82d-6bbc6b17f0cd
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,d586e812-8e2d-431b-b190-3ca60b5faecc
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,7c3e28e4-1da2-46ec-b0d6-63db0d35618e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,1bb091e7-9776-4950-bd39-9538d117768d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,14a1194d-1e6b-46dd-a81b-77b6c68c33ef
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,18bbe7cd-fbd0-43e8-819c-60d10164e2d8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,eee5af97-958f-4137-a473-fbe2896a9640
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,5216b142-0ab1-43a2-b0ec-4274d85d14fa
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,5d7b2e9a-1742-4c3e-9f79-29b5fe3a4bb3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,647743f0-41c2-4b9e-af60-3d6becdc0a4d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,ae6ddb03-edee-42d9-975c-bb78dcca6f30
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,9d69e1fc-e4d0-4ceb-bbc1-ae3ef9908fb8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,720a8ccd-e81f-4812-8ec8-529541fed0f0
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,bab35802-22cb-4541-b89f-967ca430198d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,fc46670a-3044-4ef6-820d-b6b60c9cf719
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,fuel_combustion_consumption,361d4774-3561-4391-a5dd-115d0d19762e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,sampling_scaled_data,9317e29f-0a3f-452f-9673-6188a40efae5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.19,kg/TJ,modeled_data,262afea3-738d-4e85-afb5-d112766d5374
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,b713249e-4f90-4aba-9580-4d992e1fcdf9
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,015650ff-66af-4837-a243-37ebf64a3c8f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,671d65a6-0f53-4e97-8fcc-5acdbd200e87
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,08133bf6-45e8-44b3-882a-a2fd2897fb4b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,0c8f7d53-2dde-43a1-b6e2-e65f4ee46aee
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,f25f303a-4ea7-438f-82c2-635a284af9da
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,6a2fb6ab-3fc2-4a85-8f27-44404dec3b9d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,598d9ecc-298a-4d2b-8ca2-56cb6ee06702
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,74288d1b-0f41-46b2-b517-050b946201fe
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,4f89ed5a-dc75-46f7-89f6-38879655d16a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,175485bb-a0a3-4e0d-850b-2470b9eb3506
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,dd008281-a27e-40ed-b197-cf7ebd24b03b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,e5dfffe9-a308-4249-8555-8d5beeb6c6dc
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,30be31bb-ac71-4d50-9d7f-8d2ee6ce8824
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,3359e736-f4ec-4fcd-9353-6970a9950954
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,fuel_combustion_consumption,86b41550-1c4c-4a06-a914-f8ae8c70ef4a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,sampling_scaled_data,ed944206-2e94-4c91-b813-068428d7349a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.19,kg/TJ,modeled_data,21b08eec-f3d2-4671-8266-845c9bc22ab1
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,f2285c6e-a090-470d-9262-2db86cce812f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,b6a07a84-bfd3-4d81-be93-ed81a1f425c9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,e2302daf-3f1b-479c-b9f7-4492cdb02b19
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,124a24bc-ffd2-4003-8107-fb01e8737329
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,53bb88ad-3990-458d-806d-4158face3f5f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,8424ec44-a747-4cbe-86d8-b8a62255ea9b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,ce588f99-c3d2-4442-9772-8dfcbf3835ae
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,abec430b-5c5a-40ee-b485-5af12253db9c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,b7515da8-9097-476a-9346-f1d0aaaeb7d7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,2d85dd4d-af28-41ce-80ca-9e9e31a94a20
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,0a555770-e8f8-4251-be1c-42fc57f39b1d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,e15a5b7d-ea02-4cdc-aa97-d72e2ec1cf19
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,03fc615f-0457-460e-9f63-6791f3a067c8
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,697ff7ec-2ee3-4b0f-90c0-6e2ca93c2edb
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,c152cf1d-78ae-4d63-bae0-ab899ffd203f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,fuel_combustion_consumption,e7c406aa-8a94-4991-8c42-ca1e319fd703
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,sampling_scaled_data,6ba4a4e5-5a4a-4ecb-a682-41ef4bb89556
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,kg/TJ,modeled_data,a7b7f9bd-b0ac-4ae2-9f90-d68dd528bc4d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,762f6e6f-e8bf-490f-bdac-4b92edd35633
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,b680d751-3355-4d1b-ba18-0b9bc065ce04
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,893977c0-2935-4511-beec-57488938d07e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,9b12299f-458f-4cf9-bd60-7634ed563809
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,032e1387-020b-414b-8126-83d3969f66c3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,d23eebf6-6f9b-451e-9daf-958924a9433d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,c2306836-f281-4e16-b181-6ece781965a7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,2d06703e-8253-4118-a5ea-618e81830b55
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,1af475dd-662b-4f5e-a34d-9f977dc91bce
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,dbbff505-aa2e-4bff-beb9-ce448e1da4cb
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,1f3bcf57-4be4-4fe1-9c74-5da0af763926
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,46317bcb-c303-401a-93eb-e467f1059487
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,cf831f76-baac-4584-90cb-b49c257da490
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,d35c6fff-4f64-444e-93b6-a68212befca3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,ff61d446-1438-48bd-86cb-aff8e88ffa1f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,fuel_combustion_consumption,e51f9fad-7b27-4b04-9d73-257dc8f13847
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,sampling_scaled_data,d710dbf4-fc51-4bfd-94c1-b383e5793d0b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,15.09,kg/TJ,modeled_data,ff18dad0-e7fc-4b40-8dfe-c83e8bec81c4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,b3c76691-b347-49b3-9940-62ca7f564a21
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,0c0b3d4b-9267-4fc6-a47b-851d91cbe946
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,809a55b8-28e0-40ee-bfe4-51496b85b5ff
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,a76f7953-fc6d-420c-ac01-06ecb19e9008
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,79c8d42a-7f92-4ef0-8e0d-3471f649f3db
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,1eb8ce37-0141-4ba2-be1a-68fc322142ae
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,502e5633-96ff-4677-84a1-e4cd8c45b7e5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,c6c75dc7-e5d4-4491-aa9b-62180b68d5e3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,01cc90fb-239e-4626-9ae2-10ddeccf6268
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,f0bd4966-9a0c-4c43-abc5-c178ff99472a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,5e0d5c8c-7171-4ac0-94f2-1200a916018b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,4213bf91-8359-4bd8-b09a-f7aac64a96d9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,a4191b50-3dc6-47b6-9561-9b1c59f97030
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,333879d7-3127-427c-8f59-6155c49597e2
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,27c85f61-9dba-43d4-9a74-465a33c88126
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,cc93a19c-1084-495d-8d40-6cb03fc6c6af
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,sampling_scaled_data,bcd3f987-f905-44f1-8ec3-dc354f4ecc97
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,15.09,kg/TJ,modeled_data,7db01bed-6fdb-4a43-ad12-c3123544df2a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,ad960a5d-2ebe-4259-a29e-02e5295e839f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,79959e4f-bddf-42bf-bb56-3b0673b4a70a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,07f02c46-9f03-46d7-8194-9aea8d51726b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,47780daa-509b-4d98-8515-0b71cbf30ea0
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,09f530e6-93a0-4e0f-b02e-e2a0af512574
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,6cb9ed8a-240a-4a02-9d74-115d1d33da35
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,efbcdad4-1b02-4555-8977-e56f1db59f33
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,62963237-8391-4789-95b9-771969a6188d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,8e6489bb-9ac8-45e8-8ab9-9568178444d4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,5b4856c0-3850-4e68-a092-795497a50338
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,24b6cecf-8da2-4aac-b8ad-1ddbb84ebc2e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,409240a9-b22a-4733-b7af-ac101bbc684b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,04ecc66d-0a39-4294-bf8b-6486fc559305
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,561478f1-acfa-475c-8209-9f7b32c27bb3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,bdedc65a-89d4-4a95-87d9-efb6e4b8196c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,fuel_combustion_consumption,99ed81b1-deb0-46a5-b4c7-793d74ff50b5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,sampling_scaled_data,5a4af3da-75ac-4e8f-a621-db6d42edd04d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,15.09,kg/TJ,modeled_data,1356b298-bc5b-4a39-b4e3-4093d32208c2
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,f7e7f9d9-9873-4a83-b552-256220595a86
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,886dd99b-25bd-4cd2-81df-d9d19167d13a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,af88c69f-2121-46d7-8651-375d0fa00681
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,da76b703-50d8-4dbf-8e2f-30bba4d265e6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,1f3f1041-cc49-4c5a-bc3e-f65cad980943
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,d9e27eae-8a65-4744-a7df-ae965c8e274a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,098f01da-9a4c-4dda-ac5e-e560cb1121f4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,f9e8adae-41bc-4561-8b7e-bc858abe8e08
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,ba38d0cb-1306-445e-a85f-f14485c9d35d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,d62e9562-868a-44e1-96fc-44c6f2eb5828
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,804a4cd2-da59-4d5a-a9c0-c21397cca408
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,d2acf67e-1fda-4dfa-bf6f-795e6a8c0c3f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,968d726e-9dff-4c66-b419-6c8401e2fb3f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,85ea50ef-ed69-4335-a9cf-10767dd2077a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,96f82a24-318e-4848-b1b9-99279a55122c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,fuel_combustion_consumption,d476acc6-8fe5-444b-a599-3ac31aef3391
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,sampling_scaled_data,01c8402f-b8c6-425c-9875-cd9e20efb892
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,15.09,kg/TJ,modeled_data,36e91aae-f024-4c89-aad8-bd209b66ce20
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,c0ef0ada-48ab-41a9-81bb-3652b80070d6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,fc28a4b1-fae3-467d-9e15-f27b058d81e0
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,ef9d9afb-7d46-4297-82d1-969726db9b87
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,878ce29b-cd71-4b1c-b7e7-008a22102776
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,09f37143-2ecc-4e54-8c4a-36f192014d2b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,b7281a51-d5a6-41dd-8783-a02f0d90b852
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,2b3c7532-f2d2-4bc7-99cc-8ea27279cb2c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,3f3d1a2d-07aa-4a5b-8226-8a31efe1b418
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,cbc27295-9ea3-42ff-a7f9-414de75d0e6c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,8b7bf2a6-07cc-4a29-b329-b38b428a6388
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,0ab84583-076c-4593-8bec-901aa25d3888
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,6e41a86c-d5d7-4e03-8605-88d07b24449e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,b15d2621-7231-4eff-bfff-be6d297417fd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,2d3ffa50-ae6f-4bc9-a80a-9294499b6297
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,faa77452-bb77-4cf1-ba4c-675377c4fc6a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,fuel_combustion_consumption,f7cbe784-54fc-4562-adb1-c52cdca3ee8a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,sampling_scaled_data,4ffde4e6-ed26-4f19-b007-34dc933f1264
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,kg/TJ,modeled_data,6492700d-0690-440f-b55c-bced658aff5a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,1b3f58c6-30bb-469c-aba9-180eec45dc6e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,53ede005-e62c-4715-acf5-a8430940461d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,c2f7fab1-b7a4-42b8-8298-e61919ba397d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,ffbc71ab-930f-47d2-b34d-cfe5373b8ba1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,74a259eb-4cc2-48e5-8abb-e48313463c7e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,21532e4d-29b3-4323-9fd8-6f4ab7855465
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,5e4d28f0-8a23-4ab3-b7b8-6f4cb783cb5c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,a4d8616d-0aad-4384-a427-e1b0fc95d933
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,bc74ca3e-44a2-47e2-8f3e-4a23c69abd2b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,46d273f5-db16-44da-8ae5-24e7fa813044
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,bc766978-39e4-4a8d-8b1c-2fd9bb8ac281
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,410b16de-de28-44c9-b0b3-d0f73e8f97a3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,da88831b-ff4a-4f69-8f1a-8b4317f9a995
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,1c5ec812-349b-48bd-a917-c2806e8acdfa
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,e6e1d185-0c6d-40a3-aeed-b4892ab8206b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,fuel_combustion_consumption,1f8d60c6-d4d3-4c6e-9c31-b01038ef68ad
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,sampling_scaled_data,038584ea-555f-4f51-9d36-ea4c3fa242c9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.92,kg/TJ,modeled_data,9139e200-1160-4548-843b-0260faed2869
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,10759994-c469-400e-91d2-3257973bbd3d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,0b2dfcd6-4288-46c9-8f85-9902078330ab
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,d8e4f5dd-e6cf-4755-a5be-2c7e339203f3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,3ed0d656-986f-460d-b8c6-2b901611cf62
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,78eae3f4-015f-479b-953f-99ea8d32bc7d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,286bf206-f175-4bf3-889b-06dff8e8d114
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,a1a0124d-d01d-4937-95f5-75f7010a7a21
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,06bd4659-b510-4d54-acfa-264f018f39dd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,3a85ff25-9890-4376-b381-94c79973822e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,49ef7be6-6668-46d3-92e6-90d425f2639e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,238c447b-6a97-4edc-999c-55f09e45e388
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,bb11b4e9-e812-42dc-b199-bc4a644dffb6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,1974e268-59f6-43f0-a18a-69476a9596a9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,c17d67e4-5009-4817-b134-ef067ca8f17d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,65584326-f320-486d-9336-2de959d601ef
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,8070a430-2172-4fe8-acb4-dfd900c9340b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,sampling_scaled_data,7bf023a1-69a4-4d8d-83c6-643ceb6514ef
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.92,kg/TJ,modeled_data,46f5dc2d-ae7c-4b13-9734-b0756530dd70
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,f7664ae4-9754-4757-b281-2ce8e0bae00f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,57aed6e1-46da-4935-ab14-e805f6dcb405
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,9fe84bda-f05e-4202-b973-d9a4cf0fd4bb
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,21f75840-af2d-4276-8ac1-71463029de82
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,6cb04f6d-537c-439a-8ea4-f4773a542572
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,a3e505f3-7315-4779-a0af-c554b061d23f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,f0349de4-21ae-4ddc-b428-85862c26c1fd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,8ad1b113-ab13-4231-8f72-115484dc00e5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,3b3eaad6-e519-4664-a68d-b9eced168811
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,366114ef-fa43-4653-a86c-d3eba71ef8a3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,89b1f6fe-3dbd-4efc-b1cd-f958e19d0e9f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,634223f4-f195-4a09-bef1-4ee9d9d4f8ad
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,6c0fb58f-48d1-4e77-b79e-c1e92792f235
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,92eb4f97-a0f1-4d87-9820-ae3a7c9390de
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,c25531a6-c59e-4583-ae3b-7d1ca70d3425
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,fuel_combustion_consumption,dc453e16-9f2e-4163-a837-d2451d51d62f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,sampling_scaled_data,9000e055-c918-4db8-b81a-cea90f7c5b28
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.92,kg/TJ,modeled_data,b6a23473-859e-4c7a-9c0d-f658ca0653c9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,1b394ca8-b60b-4d7a-b3c0-ab7617a29fb8
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,a7e50936-12b2-4e04-b2af-0f0775fe3f03
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,2bc95e28-82b8-49f0-9c95-a7a0315f9f2d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,ed3ba033-59cc-4a6c-84ab-e2d331c8a589
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,a355289b-5561-475d-a68c-6783a2bde9ac
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,416626ef-5f92-44bd-9910-8f3bec9e8ed4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,a87ae0b2-036a-464e-b7c8-39aeb1745f0f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,9743afb4-7ec3-416a-bdf1-1c7bcccce510
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,2b608d9f-ddc7-4bc5-b94c-7eb850944a41
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,54c209b3-e266-49de-83e1-fd107762527d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,0f7daa11-a4b6-4a39-93b9-88e481a5c537
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,d73c2901-f61b-448d-90ec-79d5c3418c81
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,2c00e864-64fb-4ec4-8ec1-983ff8072e63
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,2227e591-9ab7-44b9-8e17-8e16019a9fff
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,e14815de-da61-4e0a-9302-10643bbbc28c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,fuel_combustion_consumption,9c5c09fd-39df-48a3-a653-43625fb9c2dd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,sampling_scaled_data,eda39166-b548-4af1-8436-0c32e9c722b0
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.92,kg/TJ,modeled_data,d146721e-7650-4655-a31e-8803097599d7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,16f4b046-bcfb-48c6-8551-199c750ff7c1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,87349841-22c9-4cc6-bdcf-04b38cf31a0e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,3e1c05d2-c3c4-4246-924f-3ea038234a8d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,a443d8af-effd-4a4a-a4c3-9d9e3b517dcb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,9f43cd24-fab1-45f4-9054-f0f2f4889fdf
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,27e44438-aebf-4ca8-ae0d-b4c1a5411406
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,a7491eac-02ee-4a92-a862-36595d7adb28
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,de1235b4-b656-45cf-a127-c4c7288a2b39
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,c7b3273b-970b-48d8-bc98-9fd87f1cf49b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,2f2e851f-3d68-4bc3-9327-c25f6fdcfa2d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,e6f0a191-ca94-4b02-aa9f-15ca56412a31
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,65fc2467-b97c-48d0-87a4-2d6d8743415e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,311763c6-1a96-4208-b694-6d94c92aa0ea
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,007fa1fc-2513-4ab8-b0dc-356880cc582c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,b1a9c791-ea2e-4aa0-91ba-8914c6da578b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,fuel_combustion_consumption,f731d1b6-1e6b-4beb-b318-874967b99f3d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,sampling_scaled_data,6d0a7702-b1a7-4afe-894d-1bcc1bd1ef8f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,kg/TJ,modeled_data,4df6d03e-708d-4396-aa49-3a07d1ef6a62
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,cbf51b17-3ef3-468c-9885-2071ccf57c7b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,420ed99b-5844-40f7-9dd2-e22bf26cd989
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,db556392-0603-4454-839e-5202a4d496ff
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,d7a4d83c-c1a7-48f9-8040-e7f27c79a2d2
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,1fd2c3e9-0fe3-44b5-b177-b290287f7b08
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,a11b8d20-9156-4abf-9989-24706bb5d9d3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,4957fb11-b5be-41f9-ab3d-eed15752a800
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,ba0d3607-f0b7-43e9-9b40-fbcfc7ef8aed
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,9c3adcd5-18ea-41f0-8093-100ca07b098b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,8bc83d82-bb76-4f21-b65c-e6d79d3d1d7a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,f9d0d8dd-3cfb-4e49-8d87-daccd580b16a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,a2bc1866-91ce-426a-90de-7bc6bf6c3376
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,529bf324-882e-47e0-9bc3-47488d762a45
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,38390589-f31b-40c1-a867-7027fb15708e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,12e47446-f253-48a4-bc46-c17f1be7de62
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,fuel_combustion_consumption,d29ec144-96bc-4819-9263-e1848b8c83be
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,sampling_scaled_data,9732aad6-24e2-4ad1-92cd-c0f2737a3e30
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,14.69,kg/TJ,modeled_data,647bc483-409f-460f-a103-6d24271eb91c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,da89836e-ab60-4acb-a802-9822fbef8ce3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,0a56fb4e-ffbd-4a73-836e-789a541c841a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,4f5c0eaf-2ffa-4fb4-9d19-823fb59f8b16
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,3964487b-085e-49b1-85b1-99e3ff1df4f9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,b4a2a000-64e9-47cd-abf8-4db4035a1bcb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,d5cc4e80-4c39-4ed2-8b84-b76ab18e20db
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,11149e07-7ca7-4736-9fb4-477fb66adf98
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,9c8a9270-c6df-4f0a-8ece-ff0765190193
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,427670c3-c925-4d66-b9cd-7c1395c67b2e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,b2ff2767-02dc-497e-ad85-c078d1ad4e78
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,4d5886fe-a749-445b-89b3-490d08f8e90b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,356acfb7-3072-413d-aa0b-7d61ffc7890f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,ecfe5c10-5616-465f-b680-77684c8ff750
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,551606a9-cdd6-4232-8445-3d9b1b02fad0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,4b17c507-72df-4b87-944b-33df44730a9f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,21d07af6-a7e6-4fd2-b2a5-0fd702525683
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,sampling_scaled_data,2df33223-e3de-4ae1-80b9-7d9eeaeebf41
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.3,tC/TJ,14.69,kg/TJ,modeled_data,9c3537a6-6cc1-421e-8be1-388d9f5d8083
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,0acc90a8-6e3f-48f9-af6c-55a2ae0cc6c7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,c0f07b61-7b42-4834-a1cf-c4d79267720b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,d496496e-1d71-4f71-a93e-c401e748d536
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,d7c6c5b7-296b-4795-bfc1-8f20a8236e3c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,61c7a7f3-6a2c-402e-8f79-b6055cd2b54c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,a2d48280-1a57-48ea-98a2-78996ede7ecf
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,dcaa9850-033c-4bd6-b61b-f8b68c38baa8
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,18d07837-599c-4450-b8f9-e5d8aab7b741
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,5052df3e-f279-475b-9c2f-8f900376d832
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,08e2267e-24b4-467e-b078-b96e0487ddf2
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,63399bae-13fb-43a0-9329-66af734f6d5c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,3abbf59f-9055-4901-8496-193607a19f5d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,07c7fed1-8dfb-489a-bbed-8b635e777715
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,c492b4f2-1235-48f4-be66-331c9f4f4288
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,e954c38c-7e17-4713-8983-36c538b4d978
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,fuel_combustion_consumption,dd296609-cce5-4106-af24-53440d265448
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,sampling_scaled_data,d1ea9715-2b4b-4f6e-b79b-5860848e8704
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,14.69,kg/TJ,modeled_data,6ec91a38-9559-41a0-b9ef-ac4305ba2533
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,f9acbda9-f907-45cc-8fce-10fbbff0c45b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,70ba4063-b77b-46a6-af7b-c198ddc877b1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,d2680ac9-e696-4394-b386-8176ccc3a33c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,b51f659a-7d6b-47c5-acdc-4e2306239038
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,85098663-48cc-44b4-ab7d-5b54adbb6a48
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,726612cc-8f60-4261-823f-456026aadba7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,880ef72c-1545-403f-8c54-6b35346356b3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,1094265f-c93f-4e54-ab9f-4c4a32adcbad
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,98c91fb7-2f29-4258-aef3-b009cc1ab0bd
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,14902da7-fb4d-472c-95e5-9481b840d067
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,cd026dc9-b7df-4abf-95b8-dc826c7b9a66
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,8b7a9694-14f1-4233-a4ea-c4e5d8612a6d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,d821a164-13dd-44c3-b8dd-3612432eaeb0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,d86f51ff-446b-404c-98b2-ed94990f9698
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,658d3fc5-0274-4452-b23a-817f16c724df
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,fuel_combustion_consumption,7b554509-4dc9-479b-9e8a-22c8938f1c09
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,sampling_scaled_data,2e060ed8-4a98-4b80-b2dd-601a0a0c47a2
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,15.32,tC/TJ,14.69,kg/TJ,modeled_data,2357a29f-59d1-41c7-9c49-6e453112363d
-126987,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,,,I.3.1,,,,,89500.0,kg/TJ,fuel_combustion_consumption,164dd1f6-317d-4b84-8163-0d337b403754
-126987,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,,,I.3.1,,,,,89500.0,kg/TJ,sampling_scaled_data,a8470885-7787-475f-b37a-232973d7e5e1
-126987,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,,,I.3.1,,,,,89500.0,kg/TJ,modeled_data,5d941b0f-d121-4384-8da1-d3ece53f19dd
-126988,"1.A.2.f - Non-Metallic Minerals
-",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,105800.0,kg/TJ,fuel_combustion_consumption,d83be9e2-bd60-4bf4-aab9-3b3b05a2c0ac
-126988,"1.A.2.f - Non-Metallic Minerals
-",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,105800.0,kg/TJ,sampling_scaled_data,14edba03-9bec-4552-a672-e37ab730fbcb
-126988,"1.A.2.f - Non-Metallic Minerals
-",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,105800.0,kg/TJ,modeled_data,1a04f603-44f3-4f43-8031-c06e5d0195dd
-126989,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,86300.0,kg/TJ,fuel_combustion_consumption,eba35ed9-692c-4af5-9ab0-34dea720010c
-126989,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,86300.0,kg/TJ,sampling_scaled_data,0d66de8a-e2b1-460f-9978-56a4e77756fc
-126989,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,,,I.3.1,,,,,86300.0,kg/TJ,modeled_data,37f86937-500c-43e7-ae3b-938e429c3e35
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,cd4a6557-5944-4388-a600-89b29e89c1be
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,e7ccd845-67a7-4b37-a88b-781c5affe4cb
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,3d6970b9-519b-469f-991e-c8a9b019ae51
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,d676e384-19c7-432d-a452-381e7dbcf7a7
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,c5d9e5c3-d7e9-4a1c-adf2-e8494ea45030
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,48c42ab1-e619-4399-b151-facfa3dffc95
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,3a2dd143-b043-4a07-ab63-61c099dcdb66
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,50743189-6337-410f-abc8-0953c4ce27e2
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,d51d66a1-559d-4bab-a41c-f46007aab91b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,97d65150-bc1b-49d6-9b79-ff24083f81b4
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,7d97a3c1-3b57-4cb8-ad4a-d54cb9c5f470
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,d180019c-50e1-4818-8ce5-c43efd5ad8f0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,df61a706-138c-4776-859e-50bc7ea632a6
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,36e0ce07-d418-4c17-a01a-c5d7687c82b0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,e6d56fce-8925-4a54-bdce-1f327edb30ee
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,fuel_combustion_consumption,73e9fc69-9259-4b8a-938e-3fe36912360f
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,sampling_scaled_data,66c91387-4b9a-4f30-9f2f-ee24371c4430
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,kg/kg,modeled_data,55483aa8-d966-4d54-a5f6-6c100125f623
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,474216a7-3524-4c6c-bd18-12853fd340f7
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,24dbbec7-2fa8-4b4e-ace8-d6b617343844
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,e770a15f-fbb1-4247-a756-a356bd364c43
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,50e098a7-5ddc-45ef-a846-6c83a0381d5a
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,969a14af-3a1e-4ce2-a56c-3284bd34f901
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,f9f442f8-3855-4b34-8e52-998363a38707
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,a40e006b-51b9-4e10-8fed-74c8cce852d9
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,9378f011-d255-4e6a-829a-063d49eeedd8
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,57b21a97-85e4-4ea5-be8a-0fea403b97d4
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,e79cfba9-933b-4d39-afdf-06d3eb231703
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,16942d52-0a5c-44a2-99fa-3fb13f927326
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,13cedee6-057d-43d0-a418-b7a8724faa05
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,c7ad031d-2754-4e25-93d4-d3d97b69e063
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,c5b82747-4eb9-4463-8ed9-84c7b7f57dee
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,ceeb5eeb-1a4a-4c53-8e6d-1b9ce0f35841
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,fuel_combustion_consumption,eb2cc090-1c8b-49b9-bace-7584b477c2c7
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,sampling_scaled_data,8f5706ab-9a68-4824-8f47-5e021c9ceb7c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.89,TJ/kt,2.6423906666666666,kg/t,modeled_data,55afdabd-a618-4b8a-8a81-3d226551063b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,6d6cede6-ace0-4e1d-a0c5-f342bd6a4e17
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,d981d57f-fc26-4f50-93c4-c2959043232a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,40a8623c-45e9-459b-9e61-a5c42406db90
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,be9e77a8-fec0-4ec9-9b73-4e16865c9a2c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,c2bd6cae-600e-4264-b424-a7158ac9f6c1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,798ca825-c5fa-4bd9-8575-0a34ffa93337
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,85a6c4ba-820b-4710-9ad3-0806d114a1dc
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,15442206-6f13-48ce-acfa-c22a4371293d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,50f694b7-8ecb-43cf-ba9e-12cd5ec5833f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,ab0a2c32-857c-439c-8ac1-281342fce7b2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,fbdce7f5-be0c-46e8-9fa8-30683c74b3f3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,334a4bc4-ce96-4b8c-9322-d5684208b429
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,45704f67-7fce-4517-bdb7-d9d5680e7cd5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,2b36157e-363d-4f35-9261-6aac0a530eaf
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,b4617c6d-af79-4853-8ef6-0834002b72b0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,fuel_combustion_consumption,7fe4173b-3c0a-485c-baf1-5d6dad9abef4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,sampling_scaled_data,67b1b089-44df-49ca-8b02-0d638b20a76e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,kg/kg,modeled_data,46076a55-fa04-4c8c-922a-1775a3961e9c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,1936f54c-da68-4817-ac46-bdc5c4e966fa
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,dfeb6164-c9c3-4e6d-a4ca-a1c9dcb41488
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,2acc396e-d79a-43c8-9c36-6d4916b22987
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,a7400bbd-1eeb-42cb-b095-5600720dcd9c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,2cb92a7b-db45-4aa1-8269-a837ea415807
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,095936d1-2a70-4515-9193-574fdc708562
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,e7e5365e-451d-4708-a1b3-cde3b7eaef27
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,c0302f45-a568-40dc-ae10-0087ac1676ca
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,7896988f-2304-46e1-b818-d31378aa82d9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,c7c08625-265b-4528-8229-7e803c5fa726
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,b78c60f5-7ff1-4770-a1fa-8911be90ebc2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,8b95a533-ae21-46c5-8a61-731077924835
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,ffcf3262-dcde-41f8-9914-a3d001b8c216
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,231a7ea7-a44b-45a9-8ad9-f881db962e0d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,763c8499-5c78-486e-a099-c3c81304c484
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,fuel_combustion_consumption,1dc25359-5187-46f7-9a56-0616df4f8719
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,sampling_scaled_data,523b2588-6988-44a5-9d8b-17c453b46d1a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.40669,kg/t,modeled_data,0682fa42-66c8-43bd-807d-6d9e2962f56d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,64050dc2-e690-46c3-a475-d9308ad6d8fb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,90cb8c5d-bd41-460c-88a4-397492e60c59
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,35f2b45c-9a53-480f-a5b0-cdb200601d36
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,b9e9f0b3-7f5d-419c-97f3-bc415056a6fe
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,b699b484-cef5-4189-8edb-b1e10decf998
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,00884fd9-6593-4a84-b4ba-e3266528a3fb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,82c62bb6-23b2-4290-b3a9-de3a1a264b6a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,66042a71-dad6-40f2-847e-519c9c5cdaee
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,78498152-0998-45d0-93ab-7377a0d20faa
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,90f64395-e01e-44cd-89a1-03ddec0eb3bf
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,8234a794-9e4d-4e1e-808d-c43e95c2cded
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,69a287f9-01ee-4364-b459-09afb743ad8c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,d03a0a49-db76-472b-a015-640cb8cb0eb6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,aada9b36-0bf3-4456-a2dc-53f9883d7b1f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,8e549da0-96b0-479d-912e-c188f2c1d9a6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,fuel_combustion_consumption,9735e23b-feb7-4b53-8bbb-cf2b89911194
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,sampling_scaled_data,fcd6b7c5-9450-4277-b6e7-f5b7fb353123
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.30571,kg/t,modeled_data,2f1b14bb-6f73-467b-8f58-7a4671bd42df
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,a0d8ec9a-65bb-4104-af82-b620a6d52045
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,64124ac6-d8bf-4515-952e-17086b099d71
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,64a67021-d505-4119-86df-58af6c99ef16
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,a6efd606-4bae-4af9-bb34-af21b42c87e9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,c7e2d958-e97c-416d-936a-ce0464662654
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,7032dae1-5e08-4728-a35b-4bdbeb46cb38
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,c764582d-9fe3-412f-aeab-abc95b7f5edb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,f4d01bb5-44d1-46e8-812d-e097161f31f7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,7c4e2642-631c-4fb8-85c1-d039faff0fd3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,50456193-3dd1-424f-a19f-863ac6fac68c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,277e52f7-7de5-4607-85fb-f06a2f8d6ce4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,306462dd-498f-420f-931a-f2ec53f74cee
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,69b06b11-2554-4b00-b320-baaf492db124
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,7f3e5d9b-3a60-454e-919a-1389a4f3d34e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,e73244aa-8ef1-49d5-8792-425486d70b24
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,fuel_combustion_consumption,60fbbb44-dfc6-439d-9ca6-5de920d5f3e9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,sampling_scaled_data,c5f88ec5-c39b-4aea-b13f-5f960fa61e51
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,kg/kg,modeled_data,a87eb146-c0b5-4f70-990d-071fffe54b1f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,1083bffb-7564-4c5a-ad11-87cf8fe68c17
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,a78a4c78-bb08-4b81-8852-732b8078e565
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,9f4382fb-1c7d-4c5e-a617-f69ff65a4b5a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,406bbc76-8a2c-4c47-9a8a-3414086142f9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,0e8ab5b2-af0b-48fb-bcfb-8151b039a6ee
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,b28952a7-5745-48e9-b1a6-2258c7c5d05b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,af13d126-f1cd-42f4-be8d-05f5e9618415
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,b71c244c-8817-4958-98f7-2316b60ec64a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,42adf725-fe93-4630-9e03-3fbf28e39f42
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,80d6ca0c-15c1-44a3-a19d-ffe40a025197
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,a4c2c074-f985-4ba0-a47c-290bb1b84e57
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,885da5c6-f64d-462c-ab23-f84a3f56df04
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,8159c87e-e9e7-4b46-9257-8b4232aeb950
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,19da44f4-2a30-4e2a-b35e-0f3dcef0efe8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,32235eb4-ab66-4cd7-940c-2bc4eef47afc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,fuel_combustion_consumption,34fdd3ba-1096-4e24-8d0f-2c37a8f60964
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,sampling_scaled_data,8ce428df-0511-4507-b45f-abd09f41e2e5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,kg/kg,modeled_data,10c32a73-3780-4c5a-b9ac-a0d074f175c0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,6695cfc8-b189-4563-b1b0-1a25b468d5d6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,14b5083f-4b3f-4bbe-8180-4979ba302820
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,ee7dfdc2-d69e-4e00-ac31-d6f874b968fa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,1cedca33-991c-46ac-8737-f765658d6583
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,8b3723ac-741d-4a0e-886a-22fa72e2fb46
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,db44f5ab-b507-4ac1-bbb6-512e9a2b3c16
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,2fe01808-104e-4ebd-8507-ae859a173dfb
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,1d4320ee-a6b2-4e17-817d-ada15d8a8879
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,b4e585cf-d9b3-4eb4-a7a0-bbdd3b5413ea
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,367b5264-8eb7-4eb4-b3de-70f5b391e224
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,711b36c5-6e0a-45cf-bfbf-bb651900ecd5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,49d60d7b-990e-4481-bb42-592f6355dfd2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,a2cc89db-7d43-4930-b0df-71c2cb4fbf9a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,3efbe9d1-1c98-4a72-8195-0f05e852ebff
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,5ca25451-4360-42a5-b6e7-5ce11af3012a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,fuel_combustion_consumption,56768020-d503-49b1-bd22-9eed7aff1aad
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,sampling_scaled_data,b1fcd517-3344-47a3-a79c-af2f8e0b7110
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.3972519999999995,kg/t,modeled_data,d7aca2ee-5b74-4772-b744-410e67221bfa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,35a49d1e-2d2f-411a-afec-1078c73eae3f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,afaa5426-ffd6-44a0-a0c0-8f099cb26834
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,4cd9ba4d-2b52-400c-8958-e5a156ac6819
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,ba5d10ae-20d7-4feb-bfce-a5fd457eafa3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,3d659ae9-7b8c-496b-a69b-6243a77c41a7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,20eb6673-7bb9-4c1a-ae0b-3875f4915837
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,5700b507-2471-4057-9807-fd451c4d6b75
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,16c33057-74b2-4610-a20d-0f6cc3075ba5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,5ddc7a11-08ef-495e-8221-7f94393ba5f2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,31b13285-d0ae-46ce-9187-4220cbbf8f35
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,c7c73354-8ebd-4f07-8e6c-d69f72f5e09c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,548b141e-8e15-4db9-92a4-646d29e1f278
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,7dd04900-b661-4258-87e0-a72658fbfcfa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,391177f5-6bd5-4c86-aa74-024540634593
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,34f9ea35-dda2-4e9d-bcc6-8a6152568c48
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,fuel_combustion_consumption,6195879b-c627-4fb8-a98d-7ad1465632be
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,sampling_scaled_data,a65f24fe-b358-4cd1-9668-f576afc610c4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.296668,kg/t,modeled_data,78822a7d-37fd-4990-af9a-194052f975ca
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,dcfae0e7-50e7-48a7-9d1a-e5e1af89a0ae
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,5321f55f-86ff-49ce-9eca-09df3a64c199
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,3d3d2dbc-970e-4ba0-bd48-86699b6008f7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,202fd579-f846-4391-9952-7576807cd1a0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,70367092-01d2-42bc-b23a-39bbd0002fb0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,5ae1211e-3e29-4816-b517-60146f046e98
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,074ccea4-6286-4922-aad7-d0f3beb17137
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,0c2e210d-9a30-49ca-b401-aef13bf74773
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,993abee6-cbaf-4b13-96e8-e1cc5cd93967
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,7d6058e3-b02c-4729-84c6-1d38655fbbc8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,bc0959cd-6df8-4fe6-9005-5c376e2c5ede
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,0abe43b0-74e8-4480-9b0c-66d844715ad5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,7b97f711-9fa2-43aa-9cdd-627ff0ec70d0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,5914b693-28bc-419a-94c7-4ceb529cc63c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,00bffa7e-7caf-447b-a548-a1311e42a893
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,fuel_combustion_consumption,8e5385e6-af66-407e-992d-5a3891988c78
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,sampling_scaled_data,59791461-8190-4f6b-8c11-6a99068f6a66
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,kg/kg,modeled_data,046d9f3a-54e2-4806-9464-89c792458fd4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,8164d27d-7de7-4801-968a-da5505b5f140
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,93af2e33-e696-4cad-b544-21ad0efe8af5
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,cb8cd943-93c4-41cf-acd2-2d298f69a545
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,261301c9-0b22-4402-af7c-56acf0dccdec
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,424b9b8d-f10f-4da3-8734-6ee6299e0e59
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,002f8ff7-9baa-4db4-a4f6-37546c66b03a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,e85c5120-90d9-488c-afaa-f4f9587b1769
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,abd7bd17-906c-4367-b870-7bb3b93a8156
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,497d5f05-e720-4d13-af90-59441e4410d8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,86a2fc5e-c918-485b-ba52-8afe2c3039da
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,cf300dcd-d0b2-49e4-9b4e-7efeba20695f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,caa5bd8f-36f5-4720-9186-fcbf159a4812
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,de7ac75f-e64f-453e-b6ee-eb7059450663
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,b4ca873d-5c29-4c8f-ac32-8464edf3188d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,652f851f-f3df-4f72-8365-756211c072e8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,e55a3e44-6c40-47bf-af27-d1551f1b1b9f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,03974114-0baf-4ac4-a04c-59b4803f8228
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,a6792300-210d-4199-a87e-04f1fdd04691
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,0e919586-7371-4f48-926d-ba6a6122ff7d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,ce19da73-8c0b-4c01-a90d-a034dc569057
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,0a6187ae-7b0f-4903-8184-44b093568bf6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,7d4ce2f5-040a-4b44-8e5e-5d2e65e6bf6b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,6ae03d9f-763e-4e42-9bba-29ce8ff302cd
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,0a0b6fdc-8b3e-48f6-89ab-bce6f8de0459
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,881435e9-e034-40a0-bb2c-982e910e9c58
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,87ff0478-6487-4ac1-9e69-b086a6bce850
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,86c3b6d6-94de-4e84-bbbb-81d500da7645
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,ce51a6ea-5e17-46ea-8989-75064bd4d150
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,14f35cb5-0220-489d-8b4a-98d08cf99689
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,15e36342-da78-4312-997b-b034b2d90795
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,a3868c52-3815-4c65-b991-728728390a25
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,a86aeccf-ffdf-439d-9064-26b656c7b808
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,ed0f8981-d95f-4e8c-be09-d3291cb3ae83
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,d1a90023-7969-4058-83a8-c1d2cfa11164
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,119c0d4c-75cf-4461-8c49-b759674bcc1c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,7aa19ce4-c6ab-486b-b8a8-c05bf7509c98
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,aca9ba71-b00c-4dee-9e4f-060cf28de716
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,89f5c4f9-685d-489a-a830-9a01ec32bea1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,918f823e-ac8e-41e2-8af2-4c8aa2b109c0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,bb5d9a64-e588-4558-af92-19ecd8c3a65b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,4c154382-4627-465c-8fab-bb9495ce3a69
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,db9cba64-7d35-4e9c-b83d-078a255860a9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,e47116d8-ff6e-4021-a657-a3fb80d57c9d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,c538c03c-49a4-48cf-9119-0c13c8ae128c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,95c6930f-fd0f-44a7-b303-50e40110d162
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,cac5cf4d-4825-4f2a-ad0f-53421c8338ae
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,5d58fe94-8dfa-487b-8d28-d7e652a2f3c3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,e3cff6cb-bfb1-4235-980f-1e7528e428cf
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,db7a8ab2-d402-481a-be07-d2d09eddfae8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,740a11dc-1e00-49f1-976f-e8ed39480e8a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,a298f0b1-aded-4ef4-b12f-ee7c9a0ecc3e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,4230a7a6-fb79-480e-8bc9-ec1c9babca3c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,cf4f1881-5bad-4765-b444-eff7c1579564
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,8cee205d-5412-4121-9e51-d07d9b383ce0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,b9b76714-c174-4725-96b7-6b7dda6a5ac8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,6dd9c67c-27d8-4b78-ab3a-df2221499c07
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,202d9178-8563-40d9-86fc-8f931c047d51
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,5a88eee6-b3bf-451f-963a-2413c87f2872
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,b5f2ab84-0a1e-4ada-9483-7daeb9b01897
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,a6006919-304c-4872-b9de-6706e14d7d1b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,a10111bf-8fd5-455b-8d44-a0e06274f3aa
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,45e4d818-7fbe-4c30-b326-36fcbf091cce
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,901015c2-63a5-4006-b841-f55fe1b91c26
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,3bd35f9b-f41c-4d02-97f8-ebf21d73b2a4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,e6b4adbc-e7bd-433c-a01c-940a4af8a296
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,69f3051b-366f-423f-b152-6f9ced85d440
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,fde8f7b4-c7c7-4751-9ba0-5d0970099e88
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,fbe28594-a94e-487a-8011-88d1aa9e8e22
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,13017903-fffb-4115-8e6b-bf2b9b770e8f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,d2ccaced-b49a-4f79-bde9-661763fa228a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,ae6ca8fe-3626-4e9f-8ee1-41240bdf1839
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,b43f9454-d6af-43c9-bb3c-f0d6134999af
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,0ab426b2-0858-49b7-9feb-88b7021dc7a3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,c8b15f36-0b48-456a-82d2-de755a484712
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,50341168-9457-422a-9271-ce702fbe95e5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,8a4682d9-d9d3-4a17-bf40-a35065157dda
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,44fce39c-ba34-42ec-83be-46d3bfdaed42
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,5b9ecdcb-fcef-4926-8951-54a279f11138
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,5a74d615-4406-4c10-85bd-6f438b28f3c9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,b11b8720-ccea-4037-a0de-b6d8c29645b2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,8af4c701-b6d6-4291-b4fb-3f3af659138b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,52d1b797-b51a-42de-abc9-3c20d5d5a6f0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,ae49de12-0d45-45cb-b376-1672ec4271a0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,d56b0dc1-d3d5-4f36-9d93-763957307f59
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,63a1b322-8849-4b08-97f5-2cd39bdc6a5f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,dc551650-5445-4f9c-8943-456d06a6d6f4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,88a64f7b-e5ba-4501-8ef3-fe99ab11daea
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,fuel_combustion_consumption,53c9443b-1718-4e43-a410-b50256be98de
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,sampling_scaled_data,c51100be-618b-41bf-a369-d425e475000c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,kg/kg,modeled_data,53b50d4e-2d40-47d0-8df3-693be644ee62
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,e1411d73-c3ea-4142-85c4-b1f0e63ead55
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,6252faac-03ef-489c-8e4b-9a6e18e24026
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,f9de7cc0-4b21-478a-8875-0216717e53f1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,557558e5-dbf3-4bb2-bc2f-3786abd98068
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,1e118f89-fa2f-4dad-bb87-e6ccf39444ab
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,35589b00-863a-4532-b8e7-2ce7093c68f1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,7f897bd2-b7cb-4555-bdb6-ee08c476913e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,fb2207d7-9218-45c0-ade1-ca3772fcddb4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,223a31ca-5110-4cd9-84d0-af2b96cfefdc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,6723b6b5-aa14-4b43-b997-6cdfb8c8abaf
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,55d89867-97a6-4da1-bbc3-9bfe586801a5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,2c23aca9-72ea-486c-a704-3331e00cd2f3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,661c01f3-9b39-4c0d-a1e3-199bcc50b538
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,ca0a0ad7-0bd3-4c76-84f3-2ac13fee8b9b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,6a3141a3-1cd4-4f63-9c8a-3ba103109348
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,fuel_combustion_consumption,75f413da-3236-4665-9ed4-8a1a6d83d82c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,sampling_scaled_data,41a4529a-e096-4942-b2a1-2c541be2e3be
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.435004,kg/t,modeled_data,c7f0d85c-9dd9-4715-ac51-4812b491557b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,c96cbc27-bffc-4d2d-8212-a7ca9bd166f8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,8b5a8eee-6c13-4e09-a728-ef594f32a71c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,cea88898-a85c-45c3-ae5d-8fde9b234832
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,18413706-e0fb-4773-b789-805669826231
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,cccfcb20-3421-40ca-944e-99fb9eaafdca
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,e8fd43ff-b705-4ab5-b89b-eb0f563f08d5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,8ad6f132-0559-44ef-a521-bec1b2e2ee9f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,8ec180b3-ab6e-46d4-8dd2-75caaed461c2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,7058a4e1-8f4a-4bfe-88e1-0a2716ae6d3f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,047f6a93-5228-4fa2-8a45-2b4ec15caa74
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,d2e41d68-7a20-435d-844a-f3f4e267ac81
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,827aa69e-e460-4755-80d1-ec85129ce447
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,8ca825c7-50e3-45e5-be25-eee4ac6c9816
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,aeb596d5-91ca-4e85-945e-ba6785488283
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,6db62ed0-8776-438e-85d7-12f4393ca6f5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,fuel_combustion_consumption,7a369234-4747-4f0a-bf59-67193dac280d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,sampling_scaled_data,a5e4022b-0244-4d25-8017-64a12a70b3b2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.332836,kg/t,modeled_data,6d8f8ea4-bb61-4136-aaad-0d734f83436a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,22502ba1-ad0d-42be-bc77-5c6ebdc63ff7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,314b29f1-7f73-4ac3-887f-b4deeb8eb248
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,d41c584e-be8a-49ca-84c4-eee8bca4cef7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,918f76fa-3cd9-4954-b1ae-8ff85e3ff6eb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,70747e17-d264-44d8-9b24-37251642359a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,a07c5dab-19fc-4e84-b8fd-a657ec9535e2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,5684e859-042c-4230-8f5e-551dfbe5e496
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,d95d603d-8dd5-4407-8692-223c2325bbd0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,96db8de0-aa8a-42cb-912e-9ea5da09b395
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,9175f4d9-15e9-478d-a98b-f42b4080079c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,03a71607-e131-4897-9d0f-2d8dbce3e0a1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,52adc6c1-8db7-4cf6-b359-2005a550c6ca
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,91424960-f9af-47ad-ae09-0a9c0f9555a4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,7e449e9a-ad84-4bea-ba03-152bd217c515
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,9d208bb6-9891-4306-96a0-199a21deac3e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,fuel_combustion_consumption,1990b0e1-f1d7-40cf-b85f-4c84411b8d30
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,sampling_scaled_data,56007e0b-d52e-42c8-9b34-95240254d53b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,kg/kg,modeled_data,b707de74-09af-4d6a-b304-db2908f625f0
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,b2f205a3-409f-4fdc-85ab-12ee51807cc5
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,a3a98938-88cf-434a-ab57-20626365519e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,22cb9dae-cdb2-4e9b-af19-bfbad465ddac
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,6c6edfa6-9412-4a73-9711-142488a261a4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,2b74b0d7-7927-46d6-ae3f-bda46681e48e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,0ad5969e-b2d3-4e05-bfac-6fbd6720d847
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,5c8602e2-c839-464c-9ec2-405f4cce1453
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,417098ea-5f51-4f7b-ace9-2dcff09df12e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,fa421a75-a7a9-46d4-be4c-bfce27a6aa8f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,6d97eb85-16d3-4b74-8eb3-4718656e4ac7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,1141bf94-00cb-45f2-aabb-6daf3f41ea58
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,9ca4a6ab-08a9-4977-93b6-776f1d2a37f3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,60fd1ba5-143f-4f29-82ec-fb888392ad2c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,986adf2c-01b1-4c11-8c45-49dd9ec14c89
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,78f56175-e5ef-430a-a7c2-7f7026f02502
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,fuel_combustion_consumption,ede4b086-fd86-4273-b5ef-7114e88cacf0
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,sampling_scaled_data,754e66c7-e54f-4400-a64b-a2a9f02b78a2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,kg/kg,modeled_data,3b6330ef-d1b9-45bf-9541-b06029fce4c1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,954e06d0-150a-46f7-8893-3f583eefb95d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,c1a333d3-f99f-4fe5-b602-df10c77faf7d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,e3238166-0a18-490b-a315-760b2b2685d6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,b857ecee-e1f2-457b-8977-c8c1144425a3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,90eee432-a3d0-4b8c-b6f0-a65597933368
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,ecf312bd-b706-4da9-be01-985aab51c772
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,b660ef09-d973-4a23-884f-8a480cb13874
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,c7f333ea-76ce-442e-8b91-beed966a738f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,73f164b7-ee5a-4c35-9fdc-e54835c2fb0d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,19ad6186-3220-4d4f-b93a-7460bf35400a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,dd7d3a79-e6b6-4616-b77a-dc06f612c760
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,b3f77d4d-dd84-4a10-a2b2-10ed0dbae8cf
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,073b43be-4757-49c8-8785-4603297de8b8
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,1f520d2c-6868-4f38-9dd7-45e112bb3eb3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,7fec2e36-8db8-4f3c-86f8-a15a432fea52
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,fuel_combustion_consumption,fe2d6082-36da-4941-bdaa-375d86b4ebdc
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,sampling_scaled_data,1298a8ab-6194-4f4e-8264-b2c8ac96268c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,kg/t,modeled_data,fed5601e-e2f3-4b67-8377-73d25d91daa3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,537390cd-b892-4522-82d9-1632fdce058e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,0f2a54b9-7365-41c1-b120-2d454e912cc7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,11aae937-ac98-499b-9dc0-29879d868be4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,3f28c533-448a-4061-8250-e55724a2a0e9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,a20de145-8d88-4a45-bf54-f380be38ecce
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,f5eca183-6da6-4cf4-bca7-fa87e90ed366
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,94a78fbf-1988-4a62-b5eb-8a283083e44b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,66985f3f-0243-41f9-b461-f3ec2fe8f7c8
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,3b9bb186-bdbc-4673-be95-2ff3533cbf7b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,2d49232c-01df-42a2-b1c2-d0caf9be4439
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,6e1f4a7f-b4c1-470f-97e4-328215c6fc0c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,a74e4bbc-a2aa-40da-80ca-19b2de5ce601
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,3973ca53-12c2-4d10-a7d6-3ab4bcd6e13a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,930102e8-1e54-4339-b7b9-d07a9ab1886d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,fa0c9837-2048-495f-bbed-a1097ff709b5
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,fuel_combustion_consumption,af3e9152-3b3f-402f-b3ba-bafcd440050a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,sampling_scaled_data,850dec35-9b3f-4e47-a722-87e9a5ae0e36
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,10.98,TJ/kt,1.1111760000000002,kg/t,modeled_data,6ac4d4da-5c3b-4838-8d3f-72c5460a0d7b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,3fe2c3c5-b404-482f-9909-5ccc929fa283
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,bc0f29dd-04e8-4e88-ada7-b83978af04a8
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,e132aeae-d196-4426-97ab-16194d8196d3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,474386ab-de08-482a-96e7-34138ba6bd2d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,0162c416-00d8-40cc-9d06-ffb3b655893d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,d23c3925-949a-4b26-94fb-372cf746d55f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,7719d484-5778-4655-b072-7c2fd6bca6a7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,1b2f6a13-cd8e-4a86-ab21-592fe17f1d6f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,04dcc5bc-08fe-4fdf-aac3-e64f4e495a56
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,e98249b1-54fe-43e9-bfb1-54c675f2412d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,96e65701-5619-4c19-a459-5db72d825566
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,c9854354-3f63-4647-a7b6-b0c850e3fa98
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,71d80694-c8c2-4a2c-b2f2-e089ad4ee48f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,f9a9f2b2-83d7-4534-9e76-ea9a003099b2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,46a9fd5d-e4cc-48c8-9027-0a9d4de31eec
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,fuel_combustion_consumption,557579d9-a61d-4276-bb7e-bc0196549328
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,sampling_scaled_data,06d90ae5-8f07-458b-9711-50d700efc730
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,kg/kg,modeled_data,4f464810-ecc9-4076-aed9-93b72b3cf1fe
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,82aebc85-b194-43ec-b415-0ac00ed69f0b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,9a284a10-8301-42ed-a85d-5b6bb54fa632
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,53c204ea-3b8d-4cfe-8d9f-aa487b9deaf9
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,83bc3b10-6566-4bad-9e82-601ec954792f
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,a7c6393e-0952-4aee-a2b0-85ce0137b59b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,c58f255d-d096-4eb1-8123-585e601c0f2d
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,d95573db-a277-4ac8-8781-6fb75b026ca5
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,b02c4104-1dbc-43d0-a9cf-e85f1760ba52
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,a8c31152-3c96-4dcc-8c11-6cd938ba6bec
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,a0e91781-8461-4a26-a064-55c0c82f92ef
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,7ec68f7b-adf4-4199-8610-2c121fc43fb6
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,0b0ac797-8e18-43a0-94fd-892db364bd2a
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,2f1eb9e3-283d-4f64-9506-4116dceb36bb
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,6118692b-fdec-4519-8406-4166ad818598
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,118a510a-0a6b-4d91-a952-617a4b1e23b9
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,fuel_combustion_consumption,9fdb51b1-ec27-4c14-9ee3-c41dcda8cf81
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,sampling_scaled_data,42dc3c8c-9ce3-4918-bf48-34806c957faf
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,kg/kg,modeled_data,cdd7240c-5f0f-47d1-b542-4f4c9c352112
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,4e8f9408-071f-4e8a-ae57-8daa72f867d6
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,4035bacd-9169-412d-b670-b271bbc0d216
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,ceba5498-47a2-419d-9923-030151140201
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,1789e690-8463-4c58-86b1-59667741bcbd
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,47be5829-240e-44b0-b9b3-bcb98b701f46
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,c2f94262-f1f1-49ac-b300-335cb61b13d6
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,3b590631-faaa-4136-a4d0-d87ab2e9246e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,e5f721cf-3d3e-476b-b0b1-390db0700697
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,b162fecb-3df6-44e5-8590-710eecea9c0f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,9b5bf765-deec-4040-83a0-9d23fc1f3a9f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,e5d570b1-c9f3-45d1-b29e-b129bd8a3229
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,aee2fa4a-5cbc-4917-98b9-9c3b4f384232
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,24f50386-a3b1-4ac3-9da6-816042b7615e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,ad9761ed-ac1d-42aa-915a-2ed342c1437c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,5ff2fc75-76cb-460f-bb42-e48150a8ad6f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,4abf4480-5c70-4c86-85f8-67f91efd4cb1
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,f00e3294-9832-4562-96b2-49137dd93fb4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,2d8b43a9-4452-4c42-924f-4fc9cf6b10c7
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,3eb028b4-8aee-463e-b121-ff3b4e57413c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,7a110bc3-1043-4029-ae6a-6a311cbb2868
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,516940b9-24c5-4fb1-9403-ee7141b7ee61
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,cb61bb0d-6cc4-4df2-b6d8-5cb2f7b91ff4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,3f81c32b-9942-470f-ae36-9d52bd30c252
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,04380195-8da3-4e1a-b42e-1aa3bc17058e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,8e9d0876-82d5-43bd-a851-6d54f661214a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,7b480bd3-a3f0-45d8-a464-636b37d03db8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,d9cc15dd-d367-4d24-86bf-660493c3c52a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,72e0cfe2-4f88-4433-93d1-a20bb65b5ab2
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,8046e03a-7281-4dc1-a083-3dffddd31ca4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,c79c19f9-22b1-45be-904a-7903622dc13e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,6410fc23-961b-4c69-9244-77aeb9595f5b
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,d99c533a-4de5-4bdd-ad26-1c59b3913fcc
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,0801c5b4-f920-4b2d-b3ed-2ac7c4a8526b
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,ea480355-3f2a-4d6a-acab-0099b82971e5
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,37a50f19-abb7-4bb5-a295-a305a554676f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,09c4fc1f-b862-4b46-807b-975fc35571dc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,e15d32ee-1d58-4698-b102-8c6496ee1ce1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,ecccd148-fdc9-4560-a3ec-5c3f641d62cb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,869d0d81-f62d-47f1-afdf-2da50669ed1d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,ae47bbb5-41a5-4dc8-9e25-40dd7450c3fe
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,4d447a76-5174-486f-a791-7d2a30b11da3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,275b7a6a-7ec8-49e1-bb01-3ff2bae1758f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,9d084275-d8c9-47fb-8615-bb96ef2608c8
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,67d47602-6d2d-4c71-9c60-df19f6398b54
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,209d3871-49f1-41dc-94e9-ba47d6f74162
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,7e33b511-8b57-480e-8612-807c4a56c965
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,e20c00cd-d090-4802-843e-73237afaba89
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,d53dbc68-23cd-48b2-bdc2-26a7f9ec7b03
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,c55e90cc-8ddc-4016-856f-ce929593bdc4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,b5e46cac-f014-4397-a3b8-ad4553301f33
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,464db9a0-d20e-4732-8eed-b0a9e18987dc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,fuel_combustion_consumption,03ff63cb-e165-4771-8a96-e136de157edb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,sampling_scaled_data,9fa8557e-efed-4e5a-83ce-12f16532d594
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,kg/kg,modeled_data,47a6ecbc-7891-4c96-9dcb-80c4280ead19
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,6fa417e6-d79f-415c-a6e2-56b141ace82b
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,abdb5eeb-5eb5-4d6a-8fe2-ffa8d322a71f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,9b1aee39-1755-4307-96c8-c9d4260e2f68
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,d7276aa3-9534-4ba4-a309-767d263840d5
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,c36ce199-a380-459e-bebd-1e75230413cb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,d114db01-7d94-49e6-8a00-6cb1c1e19798
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,75606943-72b6-4547-9257-ccb6f8f883fb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,b44c7127-c8ec-4bb8-b2bc-e19962c78a38
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,c51c7fe1-dc3e-4e2c-91d1-e3b5e381d8ac
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,451b389a-2990-4881-ad18-7b4e7194a5eb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,f6af0d71-9c12-4ffa-b071-1739ab23065d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,a573c49f-457c-4756-9d9b-833e248d87f4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,5aec0bda-866a-442f-bdf2-8ef3695b8216
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,f91596a3-baca-4656-bb08-859349da0f63
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,ddd8d30a-36bd-469a-a705-018b68187f2d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,fuel_combustion_consumption,736d2d49-7ac0-4e5c-864f-e1c77689a612
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,sampling_scaled_data,426988d8-2347-4fdc-adee-8610dc221311
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.77440625,kg/m3,modeled_data,bf85ea16-0ae0-4be4-83a9-8b069bc9d108
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,f2bd9aa9-5b14-4acb-a614-10becff7fa04
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,7b5135fa-ef7e-49da-bff9-690730742bd1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,0a4d1cf4-a894-4c95-994e-0c53b55c3363
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,3e1bb204-7364-4ef8-acba-65826a428bf0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,d28edeb3-6f3d-4723-b8b6-10f4f7207aea
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,0ee21746-d0fc-45d4-8c8e-954d80af4752
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,a4c1c8bb-9b6b-4a42-9887-193847579cc1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,9d87e37c-5e4b-4a42-9f85-75c08fa0c418
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,59635523-9f50-48eb-957d-0c1c7d6733b1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,b0fa436f-5120-47a6-a86f-9e53a5fa2480
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,62ed76f7-85d7-49f7-830e-fac795283b2c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,aafdbf68-2535-4d71-9faf-4abe48ac3651
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,c22129c0-2d38-4c5c-b780-c6ab4b88b2ea
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,1041ffea-517b-4968-9911-0a2d81998db8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,fa0f7357-0ede-4efe-ad01-bf9decabd0dc
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,157e6978-5a78-4b4d-af8e-f8063fe749c1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,d0dc1d6c-1743-40c9-9dbe-ff3eb65c3f33
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,64e05a32-97d2-46c0-b41b-f057452e7553
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,ace46b49-d9f3-4ffa-b1f3-206aa1ed3e6c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,5e1910f1-380e-4d31-a367-a00f6d674ebd
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,93902ed4-48e9-45f8-8b28-61cc855717c2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,da9f0919-cdba-4361-a831-eae149db438c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,57b111b2-f239-49e6-93fb-28b803d548dd
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,4b20f1d8-e8c2-42ce-a4c9-19b039141477
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,f373951d-f34e-41cf-832e-b96d6a186bea
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,6a776def-b4c4-4823-b98f-8509bed7ef31
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,705a766f-c613-4ed7-9df5-2eced66c45db
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,6d4f3654-d714-4f36-a3e6-a3c2ff179c0d
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,2ffb1d4b-e0ab-409b-9118-8d60ea6697f0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,311ed789-6e8d-4ce0-adfb-78ba119b5b5c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,7ce05c7e-8136-4c98-844a-5a83a54f0ae9
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,d53bf27d-a3c2-428e-922c-da216920c4eb
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,88df6b7e-2d47-4198-b094-f87a10452f7d
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,f61c07d8-ee43-467e-a3c6-feb860800881
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,adad8907-8ea1-471e-87bb-832f82aa2b22
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,10be8184-0f3a-4cc8-9270-c1a364e8f436
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,3fb8b1af-1373-4723-943c-e96ef41084f7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,7f8f8023-a9d8-4fee-8564-3c0c926639a8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,953320ee-075e-4e7b-a9cf-ac062bc410ec
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,40f9575e-ef4f-4e63-a062-7dc0de5aff0b
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,3a652539-0ee7-4611-a41d-3656b64486bc
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,032fda1e-087c-4217-a901-09e30d80668f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,85c92811-4e77-4f30-8b50-bda469720503
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,da0ddf0e-c1ec-4a2d-bea3-89806866a809
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,75036941-cd98-4731-8a91-a5c16537214c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,6e1a3aa8-03ef-49a7-ab83-3c7a4d66b4f3
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,a6bd0e96-362a-4fcc-9ec9-fa75c89fa841
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,7d7a6cc2-0583-457a-a17b-262f6f31e901
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,f9014a1d-a4d2-4eff-91fb-4d8c8bf7c632
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,b2012c4e-8eca-40ce-939f-1209c306b64c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,5213b226-33a5-4792-86e0-b2196aaa4bcb
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,fuel_combustion_consumption,1ce8e07b-86b9-4bb2-834c-12b212716546
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,sampling_scaled_data,70eff99e-8aca-4cba-afca-17ebd145e7f9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,kg/kg,modeled_data,b9ff9c4b-81b4-4a44-9bfd-47834d2b43c0
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,6d8634a9-4d04-43bb-88a3-7688b6b2d121
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,7d51e805-8a58-48b8-8794-ee13540f685b
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,021f065f-9524-4772-8e8a-e947c61f71d4
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,4bf1cefa-22c8-431c-bc96-05c0fb0137a7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,7c300b21-6a86-44d3-9a92-90e7cd7a02fe
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,3ffd5938-2f15-4531-9dea-10c5882e15d9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,45677724-b31a-41fc-8982-314f60f3c083
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,ff766e27-2254-40e9-bbe1-7dfde5f9f5ad
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,38ef0078-5076-4e11-bc69-3f85342a012e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,ad374ff8-68c7-49b1-86f4-19d461ed438d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,d4d70805-dd22-4775-9128-1a3f52d64d94
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,1fd9bc9e-407a-4ec5-842f-1296e9bc3a25
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,cdaa45b5-08d9-4fb9-847f-f83c6d4c55b9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,ef1fe032-2797-4564-b3f1-b16123aaca19
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,467cc8aa-6c4f-4700-8651-54af9293fca6
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,fuel_combustion_consumption,8e48f46e-000f-4c3d-8c0e-006babbb6ab3
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,sampling_scaled_data,7eedb758-77d4-4ae1-a193-b0c695bce27e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.6422916666666665,kg/m3,modeled_data,c3e572b3-1805-4c4a-b20a-e9814ad8eaa9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,6921e2e0-0dbd-4c0f-84ce-788a5d014e4e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,8104d371-f381-42fc-9bc0-5c76ff7ffad1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,2ef42191-854b-4769-9131-164c6ebbf118
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,ca419fde-54f6-4650-ada4-02f0faf77007
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,893ed5a8-6fa2-447a-9458-b71f9318ef5b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,3b994ad5-542f-4d98-9d9c-c13637389441
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,c10b9316-06b1-4e00-8b43-ade307e023b7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,bc5e701a-6aab-4a4b-9885-0ef85eaecf57
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,3401cf90-387d-4fbb-bf82-9d1238b37ab9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,ba6aa992-f85f-4d35-8b6f-54400859d66b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,64b41aeb-aad0-4252-a51f-6345b36df698
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,2071ce60-6825-478c-bc68-24c0d856e6e1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,dc5a08c5-fec8-49a0-b900-7a5506304c68
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,3618489e-5ffb-442b-8c72-bcd68823b598
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,eddeb13b-6c96-4ef0-ab46-15a13a6d7af2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,fuel_combustion_consumption,fe794e39-c158-4e29-b485-bf54a370f7a8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,sampling_scaled_data,7259699b-1c07-4551-ad8c-5e4dd670171c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,kg/kg,modeled_data,ca5c4615-be86-4a86-a593-6d455523abd9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,d6f02bb1-a2db-4f5a-bfb1-70cc864813b5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,ec20e8de-e33f-4f33-a222-14656b64a781
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,40349a7b-2244-45fa-80e0-bbbb0de8f6f0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,a0794b4a-b856-4104-bcc6-46ba3f3910c3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,dfeaad50-4bd1-4d9f-8a07-40c68ff809ec
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,98fd0a9b-f88e-4ff8-9cb1-36d58cac6514
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,e80d49c8-53ed-4a06-9561-9576f69ef672
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,c4ef7936-ad0c-45a7-8965-072e0d132017
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,455fea0f-1044-4b40-979e-75710599a6e4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,14f217cd-4cc8-4dcf-ae9e-7b0eed4273ea
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,bb1fe208-8c7a-4d51-b60c-5fe2c39a5818
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,806af3ed-53ab-4107-9c7e-1063a2685ed2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,9f96aee9-1a4e-4031-bfa6-10fe55e84bd0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,6ecec231-8f73-4acf-a1b7-dc77609b70bd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,79676f1b-7529-492e-80c9-6f687cd480bc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,fuel_combustion_consumption,1d7e6794-f3be-4918-bd5f-6e74b219c1bf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,sampling_scaled_data,53dc055a-1b04-45e3-a386-76f2b2414cd1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.228473958333333,kg/m3,modeled_data,9ea029d2-416b-4275-a22d-7c80d8d02308
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,633b1709-551f-46e7-9b54-a004c5eb35f2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,730ec824-3d5b-4033-b409-2c989fae3a4b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,3999d530-7d68-4539-9590-36f37052867d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,27cf400a-071d-466b-82d4-77e71c997070
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,6d892fe2-bf9a-4062-b18f-23f466380957
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,4aacc20a-9609-479c-99ad-731057be508b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,75baed5a-bd0f-4d5f-a7b1-ca3cd7f94b44
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,22edabc0-de64-4113-bcd8-595f698dd3a8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,a80bd1c3-e16f-450f-892b-ca054a864649
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,760dfacd-1520-4e16-80a0-b90b5eae38d4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,b580e180-c30f-4908-8d3b-9f9ed0b9eafb
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,1d5c148c-7976-46a9-932d-c4a126e48ac6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,85fbb4b9-dabf-4b06-8f3a-a929b2dc45cc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,31d3fbbd-1b48-4756-b8a8-179e1df7326a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,75b1d13a-6e4b-4a20-8cb5-69021e9b4edb
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,fuel_combustion_consumption,c89339d0-f1bf-4eeb-a29e-a6f1de783017
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,sampling_scaled_data,1633c89c-dd69-44b5-976b-43c237cff6c0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,kg/kg,modeled_data,0d2fef9f-e87c-47f4-8b5f-392d5b9dafc5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,436bed6f-441e-4ce9-bdd4-a6a6a97ad8ff
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,8bc1a009-b978-4c86-b31e-f4cef41e04ac
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,b83bb3b1-54ee-4ada-8ed5-102efadeac03
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,dcff8dea-3628-4065-91c0-52bd40cca03f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,02ce41f0-4fde-4829-ae1d-af41434e6a43
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,25aca381-e019-4f79-839d-66bc68375926
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,387048f7-feb5-43a7-bf18-c55b7a81b89d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,3ba32538-d266-439d-a7fe-6d2416cca5af
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,ed2a3d63-7856-47b6-8ea4-d6a279199857
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,22b9823e-d5f6-4ffa-8301-98f8c3dc82cd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,0458628e-0338-46c0-84ca-e60a503de81e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,86224c9c-2375-41a7-aade-d38313ba0847
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,2631cfe4-0ceb-43f5-9f6c-9264a203cc96
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,1bb1ddad-7ad4-423d-b36e-e5d709582a7c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,ad6a36d3-19b4-4ce7-bacb-5cde1c777b74
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,fuel_combustion_consumption,807c2fc3-b48c-408c-81ff-6c10b86c15d8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,sampling_scaled_data,fc85e0b8-0441-4960-88d3-1f97bdc7819f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,kg/kg,modeled_data,be07ff57-0bf8-4b59-811c-de1319401a78
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,1b04380c-0d85-4c0b-85d1-fb7e49db999b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,35da52c1-2860-4c0f-820b-f6d3743ab672
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,05d90e16-ecb1-417d-b243-bde6a7fc1b37
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,dfc5ccea-c0ca-4fd1-ba22-8956b42d4a2f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,f97ecc37-3b1c-44b5-bbe9-98f9539e3191
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,d63ef6a2-2357-4482-8efa-1d9147896c4d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,e21dac16-0982-428d-b949-63907d69b29f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,fb7ff7fc-7133-4b15-ab90-65b418bd4d80
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,74cc673e-0fbb-453d-81ef-997a5ae67eac
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,d609f5d4-7ecf-4031-ab94-a56e2d64ab14
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,39392eb1-7cb9-4b82-8a36-76af9cf7d976
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,b72fddcd-f3c0-4893-af33-a533a659c5f6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,fb9934fe-e6c5-49c3-9a9e-9a9474c225c4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,acc15f62-bcf4-4fe5-a674-4f902a531a80
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,e2fea3ec-a180-482d-aa6a-bd66e4533368
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,fuel_combustion_consumption,695319de-7941-491d-bee4-684b0b502b95
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,sampling_scaled_data,b090a918-e1a0-45ab-b9ce-9816fcd53d4a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,kg/kg,modeled_data,e3155676-35eb-4bc7-8380-e9f822670d74
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,6b02a030-88d1-47b3-9832-94fed8828ccf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,1f4e69d2-7525-4ee3-b938-72cdc3db3afc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,87768b63-5fd5-44f2-9833-7b35065e7cb4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,20e6d663-e45f-4071-b269-4a04695483e9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,9640b144-856b-439b-83f5-b61031a29cb9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,f2751bcf-7935-4f79-bbe7-7b846ec0ebcd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,16abb61c-124a-4486-a3d5-8050a57e5b68
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,022ccd94-ed70-4be8-a0e0-6ca71115ada6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,f209386d-5b04-458a-924b-1d215220aedd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,3592e4fd-0951-48fa-ad6d-1b6edbefd599
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,34856fc5-854a-470d-aa51-7ad2c6a127a9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,5d0d96f7-05bc-4ee2-a294-a422ec884985
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,5fa31acf-d3fc-4ac0-a295-73f1e59e0bcf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,573ddd72-8e46-4443-aadc-466560c0a042
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,2bd5b7f3-6b0d-4549-bf5a-e44346e8a9d3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,fuel_combustion_consumption,9f07bec2-d143-43c8-991c-6f60583365dd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,sampling_scaled_data,bec8b21f-d546-4537-8354-6be5ee9e95b0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,kg/kg,modeled_data,d8655026-ae15-425b-b072-511838a9d4c4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,f9250438-90a0-4b7c-b59f-1c6dddd2ac71
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,4f245782-7a43-41f0-8ef0-a313bad908d2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,1cf68131-4d1b-43a7-b89b-80a42dc3e893
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,8800e016-3588-42dd-854d-d04d6f4e6e14
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,3c5aabf6-660e-4829-a614-be0cc26638ca
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,b89f6376-8977-4385-a45f-b8de0289d3db
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,0c1bcb4e-b449-42ad-8293-0b28e45b0653
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,d71eba5a-e020-435b-8cd8-58576841f903
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,1ae9a097-30de-4770-bf38-5d959b2dc236
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,652bdc92-0429-4f0e-99f0-5048a45bb8ef
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,2156b9c2-a95c-49b1-a9ec-7fedd8abbbd1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,700d7b49-d5bd-4953-a697-c34ca2f9e2ea
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,110f4fc3-7857-4be5-8d1d-e8b6153df307
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,edd0cada-c30d-4cbb-a0f8-e0fc66f07827
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,19b18374-04dc-433b-b7de-0f124b841daf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,fuel_combustion_consumption,d7def442-14ca-4da3-98d0-28237ef1c4ef
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,sampling_scaled_data,3dce182d-162e-4653-810f-6e1fe57623b9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1710390625000002,kg/m3,modeled_data,8e9db742-9cf5-47d7-a12d-e78c10239f75
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,aac70c1e-415d-46b3-923c-ee3691796389
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,a1418838-4007-4f57-a8e8-a2e1d42ae3bd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,01b0b0d4-6099-47f9-8fee-88feb2faa551
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,e4099384-81c0-47aa-abc5-ec35ff739f52
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,9775ff33-f60f-48a1-b3bc-625bf43c647d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,1b90572e-44c1-429e-bd84-a3bde5f7fe3a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,66947ed5-08d7-4309-8ffc-327011ae9685
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,f2cbc4a4-4390-4622-af7b-105b7c40d6ad
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,c73d5867-9f78-4a6b-87c3-d4dadf15dd33
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,0017ca7e-4a49-45e3-b86e-fbb1cdf777cf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,03043558-8006-47f9-a6d4-59e85c749748
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,c6393b8c-8f01-489e-8c5b-f891509395d2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,7ff1de52-9170-43ee-acb6-651bfbf2de6e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,6205b541-a7bd-46f8-abde-8acc47bb47b7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,6219dd01-d003-4623-9d81-83975f7a005a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,fuel_combustion_consumption,e2565851-191a-43dd-bd75-16318ee97ef2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,sampling_scaled_data,6d2fab17-6d57-4918-b1ee-fa533952eef1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,kg/kg,modeled_data,69f6d2a3-dae6-4200-a83d-183859e52ad3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,577fe509-cf6d-4e2f-ae85-8bb80f63e934
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,076ede6d-f1cf-4d32-a38d-441e683f4ca8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,ae8c947e-1b27-4ad2-8053-52afa84eabcd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,70a587ba-f024-49e3-952a-b10db4cd7efc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,7cc872b4-4fa3-4f71-b88e-a59e52bb4257
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,780f4d03-7ab8-41a4-bd06-c7eb2881ab97
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,6ea3f6c0-81c6-4084-9868-007b022b0f0c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,cee4fa0c-f7c7-4cd6-a28d-212bb20201e3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,d7b107fc-0ff3-403d-b143-fae4538ba7c2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,14787e7c-ec8a-4e6a-ad35-5d8f6f5ae2c7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,c3b4063e-b910-4fea-9100-df37cff3bbb2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,fda3e444-e53c-494c-8a6c-c435ed31ddf7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,61707813-0900-4f8d-913a-64191eb44704
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,5012be78-4b3b-45b2-9a02-4f98a8458bdd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,f39450d9-1174-49ff-90ed-a46b8e043e06
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,fuel_combustion_consumption,f3c47144-cae8-48ba-8536-1f847dfed1ee
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,sampling_scaled_data,d7a855cd-b47b-4790-9079-a8855fc03a66
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,kg/kg,modeled_data,4e924092-9eca-4124-bf5b-e59cd6277c3d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,4c4eec7a-9b27-4b60-bc30-a64257dc02c0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,e8455ff5-fff3-49de-be93-9ff2a2af16fe
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,94db694d-7ef6-4983-953a-4d4261f0cdc8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,d1921aa8-ad2f-47f7-abd8-b9fa904b7fdc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,1a65b000-3a98-4fc7-98e7-69e39632ddeb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,83750ae8-bb64-43a2-b59d-574db44607b7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,0c7c71cd-81cb-494d-a81f-7778f75f26ca
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,5dbf4662-524a-46fe-85f9-a937706061bd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,1edc0a48-91db-4d01-88b9-945c0f7ad1af
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,8f49f181-b7c1-41e2-ac1d-9b0e4b732063
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,16a5ef15-4333-4497-a38f-ce98ce4f33e5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,f9269f63-66af-4547-a2e3-4de585e62c3b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,9c37a05a-62d7-4662-b4d5-d9c789a55684
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,5d45c740-459c-49d2-8ad1-a2e55ec19059
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,eab22222-22e7-4201-8b5a-add6afadc403
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,fuel_combustion_consumption,fc4a4f00-5bb1-4c8f-bc45-1c600884b5d5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,sampling_scaled_data,a108fc9a-7e68-4ea8-a400-b744a8a5af41
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,kg/kg,modeled_data,57b62b5d-a36b-47d9-8677-3fbcacaac573
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,bbbc042b-87a8-497a-a623-3b27bd9e35ae
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,1228f9ff-a2ad-4ffa-90bb-8984dee08e9f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,c9a1a82b-0b84-4fa8-8c66-d552f1983323
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,7308c38a-d08d-42fd-bb0e-0a19a5cbdbdf
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,18497190-0d82-41e6-a876-4ee59a716a7e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,bd725d4e-c3c7-413b-b2e5-50d0a5cb1980
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,f2180030-b4f6-4774-9707-61cabac19a3f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,389fc6e4-6a4f-4975-b8ff-4e1d959b9d5f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,32840493-7a6c-4239-b054-dc8955b67a9c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,a5686087-0444-438d-96d5-8bb2b493c4fa
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,3aef769a-0393-4c2d-a15a-f781ee7e3bd3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,acb2cdda-7eb4-48f1-a63c-2ced1a02a426
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,a511cfc1-b0f6-452c-b5d1-de9c265f465c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,4e97326e-7552-4b7e-9d8f-fb20593b4f17
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,83eb2e43-df15-40a5-8648-f274baf68931
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,fuel_combustion_consumption,ab8b6097-17a8-4cf8-8c60-cb351017f853
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,sampling_scaled_data,4d3c7f79-3666-4f50-85e3-b0ad5f6998a3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,kg/kg,modeled_data,07ec1a27-c05f-4580-8a72-54307d8480a2
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,dc59b6df-c03e-45d1-8110-69d11c3656c0
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,0a99f931-8a25-4fa8-863d-e007648acc7e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,03e3806b-26f6-498a-92d6-33a67e43d840
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,b1eb55be-de00-4571-9d2d-3fd965a7a521
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,87499c73-92ac-456d-9b3d-cee2988ea8b6
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,f072f2e7-30d9-4b8f-89ac-e243f7b59fe3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,e19591d7-240e-4cfa-8e76-4daa13e33145
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,dd434f19-e92e-4920-a81e-975c19e5fc1e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,b4a8b461-e33f-4d2d-b559-a605c6177df8
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,7f947696-3355-4947-882f-a7f57357ad56
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,6eb8e9d6-8cd4-4d41-9895-f27cda3b4d43
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,1be85bb2-55a1-4412-92a7-895d6f85e961
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,b4812432-4852-4aec-a166-ea663b99400d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,55cb9793-b1cf-42d5-bca8-6be8dd25907a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,5c64dbff-ebee-4781-b3d9-634571f5da97
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,fuel_combustion_consumption,2ddb66bb-4d80-4b05-8ad8-cd05bc7ca027
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,sampling_scaled_data,f2483d09-7ebd-45b2-b3bc-eeb586ca6600
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.4385395833333336,kg/m3,modeled_data,771cf841-f418-4ccf-b492-cbb0fff8cd0a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,f21c9156-8a13-41cd-9677-ec51243a8280
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,d0004fb5-b9c7-4fbe-8446-545447e54686
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,10c193d3-c708-4ce9-9813-9c83d2f619fb
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,5497f138-c80c-4c22-b11f-656d2f09bfd9
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,46101f6d-9345-44f9-bf0e-436625d543f6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,9fbf8baa-56ca-4f0a-8632-ff8fcae2532e
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,8adcc645-d9b2-4394-920c-fcd1bebc7ef5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,456868c1-e897-415c-be7f-75f308eb6066
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,8f0b75fe-b16a-48eb-bed4-970bfbfe39aa
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,13c742ea-dfea-428f-9671-1efd9fbc302e
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,d7d8e193-3c7c-40d7-814c-0a0764727744
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,0715afcc-368d-48fe-ab5c-46b3c29701b4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,6c6ac69b-af77-42e1-bcc6-f95f688f77af
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,122820ac-b9bf-46c8-934e-5e436cb1cf76
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,aaa2a4d7-46c8-4f28-81f9-25fa91b80941
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,fuel_combustion_consumption,54cbdde0-e024-435a-b568-14bc8a8e0d77
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,sampling_scaled_data,988deb95-19d5-4219-a0eb-ec7f0b555945
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,kg/kg,modeled_data,5133241a-8b9b-47f7-9f04-bbdbca636606
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,bb1792f3-da48-4888-94e9-166fe9141a1c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,f5c1172a-06c2-4c70-89ea-69edb84926b7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,3b15756a-1a4c-412c-be72-2f36c0ad5783
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,29eea9f0-88cd-4d5c-a082-72b87434cdee
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,e386d994-ddd1-47be-b577-7c13e2708fa7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,228a0e3c-0fc7-4031-b82c-39b357afe456
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,a5423df1-7055-4718-9404-ea2fd4bf4b2c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,cf6d9b17-74ea-4158-9fc4-b91bff45796f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,b0e4291f-086c-4c29-aea9-d64f204d6a84
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,77a4192f-2741-4423-bb4f-ae7c31192734
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,d0bb5520-05f2-4621-8772-b95299a91c3a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,728e6483-f5ef-4b99-8db3-0499793d2b16
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,dd51b29d-c777-4978-9eda-b360548f2394
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,097023e2-0155-4a7d-b1e6-6cacca2b1695
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,0f7db883-d849-4d72-b23f-2390f2a3f316
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,fuel_combustion_consumption,d96e332a-bc94-420d-b832-722ef9886b45
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,sampling_scaled_data,8eb3c15e-89aa-4ccb-9dc0-2d33e6ebe286
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03428125,TJ/kl,2.451109375,kg/m3,modeled_data,4f65fb54-770a-411b-80a2-e2d21b3e3ad7
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,df3ee1ce-a294-43c2-a08f-d172d78910dd
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,11a3f3c1-bd4d-402a-9cf3-e8af56716e8f
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,eaae171e-e781-498b-bf12-3e7fc8b19c99
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,ff559480-9299-40aa-b67a-49deacb3ffe3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,867ed6dc-6965-4cf5-975d-2619ebd3a796
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,734f4486-64e7-4139-bd84-3c994b40af09
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,bf80e1cc-f9e9-48ed-9e3e-8ae80ae737c8
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,f8642d2a-5557-44a3-a24b-8e3dcaa23525
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,9f46ffc4-5ff3-4604-a61d-b97b639ee845
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,26558139-c8ec-47c8-b30b-1ef77abb2dca
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,10089c88-6424-46d6-bac3-e121c5aac5a9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,94926d2c-90df-43a3-957a-c9d3a4fbe5ef
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,edc91fc4-4110-484f-aabd-e8defe205273
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,352383b0-effd-4e2b-9047-0dd5663b5109
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,8350d055-3ba5-44ee-a584-482bd9307c79
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,5c5f5584-62f4-4524-8856-0dbb1d228531
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,370a8b9d-0f7e-4b4e-9e97-fc1fdda2682e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,c15d84c4-3ca5-4127-81c9-29e4d1e92e24
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,d886e4da-0ff3-4f5c-b3c3-668a9d2a043f
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,707b01d4-12df-42eb-a7fb-9a8ace4d4970
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,6504d33a-e751-4604-a413-f9e78edd1d87
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,abe132f3-179a-4b92-ad8b-db60800d329c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,ceb5eec1-13f9-4709-9c28-9eb641d5027b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,f1a76356-da9f-4261-9446-e66d90558eef
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,5346ff16-beb2-4e71-81ab-b0b323183d1d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,f8f4dcc5-8db1-4cd2-9162-0305ecaffe26
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,963538f7-7043-46d9-ae2a-0c7de6e32ac0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,cc7cb078-ac39-472f-8a49-a762f7ac323b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,9d5890fd-1fdd-450a-bf9b-fc3addf00a77
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,51e220db-534c-41dd-bf60-eb9c1c8ed4f7
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,8eba2b6d-b2d2-4571-ba7d-519800e6af0d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,372921ec-6acf-43ab-860f-61293b765c24
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,deefabf0-a646-468d-8211-7abf8a87a74e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,fuel_combustion_consumption,90665533-c13d-490d-9cfb-596f30250805
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,sampling_scaled_data,0eaabce6-fa46-4b09-b968-64eceabf6265
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.679244791666666,kg/m3,modeled_data,261783ef-b29d-4ff4-91c9-8abf62245663
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,c1624256-129d-43cd-a27d-9b1bc668ac32
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,a5aeb50e-2e1f-4fba-9cdb-ccf0b4f50dfa
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,de039900-df87-4b63-bf30-f147cb82c9a6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,4d466e9e-62f2-4d77-8358-29345c1e1e07
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,2aa60533-8c6f-47cd-88c2-45459e857158
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,130180ea-65dc-4210-970c-ef1a458c9dca
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,a0b6d533-2157-4289-a821-ea3e9891836e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,1cab9c55-e29e-4f32-a278-ca1f146c1088
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,bbd9ae51-f1d7-49e8-99a9-41322ea1f3ab
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,43e2fa1d-01c8-45b1-910c-b94373b50675
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,3f520edf-ff5f-4a35-9ef8-fbba991c26f0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,5eb425e0-6547-48d1-811c-3d20e77dada8
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,6a478252-8fd6-4ad8-947f-a65f90ae8581
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,41c71047-195c-404b-94b5-6a900d1ccdbe
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,0c0718d8-6850-4dd3-bbaa-dac524f96e1f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,2aca9991-2fda-427f-bf82-b879ae2911f6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,5ea6450c-b2e8-4f0e-8495-b44860b9952c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,cf6680bd-82ea-4266-b5c0-c45c897e4995
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,5830a341-e612-4708-957d-3804201e7f55
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,5c53ba9c-d9de-4d1f-9ba8-d9189db4f1ea
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,351de5f9-acb1-4ea9-bcfc-5f0fec861781
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,e96b94ee-f650-4ea4-b371-151f47ea9603
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,777d4cf7-6115-4045-ac2b-e86d0514d6ad
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,25d9f5ad-5e5b-4bfc-b0c0-49d34c655075
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,1be03a7c-4ea4-491b-9ead-f94814b5a1cf
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,44be36bc-144f-4f27-b565-5d4bb85da01c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,648e4f5a-690d-4c41-b698-16be5e410509
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,f4a29ca7-365d-4821-8fbf-c07835907a6e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,e8220370-716e-43f2-ab36-aab5c4316d2e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,a4007c3f-0ad2-4eba-885b-1525594a4b0b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,926a7a33-d94f-4c42-8a42-34be51efce20
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,e60ef288-1303-47b8-b782-3ce7a16f0a61
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,307168c9-6eae-4c17-9fee-e3b915eb01b8
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,fuel_combustion_consumption,b8c92346-15bb-47be-9c00-345556ef1205
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,sampling_scaled_data,337faf70-8e8a-471f-b80e-c66ebf4d3833
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03671875,TJ/kl,2.6927083333333335,kg/m3,modeled_data,6f85a41f-246a-4488-adfe-0e4c7c8706b7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,98a90efe-090d-4d39-ae79-2a11219ee4b6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,def87898-d3cb-4e22-9175-51b3b4cef7a4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,c9e950d9-2154-47f9-b300-16fceff9ddd1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,c838001f-514e-4b41-9f6d-b9f2f96a612d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,f4ec552a-7626-481d-901d-99ff564f9c53
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,84ee9092-b77f-4fb1-8795-d94330e73334
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,bb2a7239-b490-460d-a216-6c5a8ead3d50
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,e2891dac-a133-4968-8797-56418f744e09
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,aad8ecde-160d-477b-a8f5-72eecc49dfee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,16dd5a0e-5d20-454f-8620-a5a4ec9d4e06
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,e4106910-9de3-4ea5-aa46-9c7fbedea381
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,ca5ef52a-6350-46f6-b083-74e1211c65a9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,316cd14a-c399-47e3-b2db-30dfc8b1174b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,4b59b7e0-6163-4c09-8d10-d31861144dcc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,b30da6a8-7a48-47d0-b594-e68f9db3a0cd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,fuel_combustion_consumption,97bb3caf-719b-4e48-a44e-1370e399ac45
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,sampling_scaled_data,5c9e3631-c365-47be-8640-4d024a987c70
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,kg/kg,modeled_data,1c930de6-b61d-490c-b94d-f92a4efe12b9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,2ccca3a5-701d-4ef6-a65b-c8f913270514
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,96ded5ac-26a0-470c-a290-d54f5e5010fa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,beee337c-4584-46db-a95e-c29c3be6f57a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,a7dccd5f-6fe9-485a-94a2-fe0c43fba0f0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,a2c57e6d-4ccc-4e4f-91fb-532ed5a1cc85
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,b0cbd217-b200-49b2-86f8-eb92636eb461
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,089e8c32-13df-4b3a-a2b0-a8e6a4b0b13a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,706ea274-390d-41fc-8b89-98e8f8ef9faf
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,fef2a414-d05a-4b20-bd4e-cf84a261e232
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,bf7154fa-2efc-4edb-bb52-b94838a56e00
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,54b62746-dafd-4312-9ba2-f510f69bb7c4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,131767fb-6987-4761-86a2-d67741395540
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,10ec3b22-bc51-401c-a1bd-a78a442c08c8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,62d81b29-abde-46be-9a57-b5a70d71bad5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,5f40ad17-e71e-4a4a-a9c1-ce2bd7a37fc6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,fuel_combustion_consumption,2b43536a-f986-4e09-aaea-e6af489f09ae
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,sampling_scaled_data,174ab274-2961-4cfe-91c4-76478800b0eb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6108385416666664,kg/m3,modeled_data,72ea2411-2ce0-4b5c-a387-bdf30d44a76a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,12bf9817-265e-42ed-9541-ea650ae14ab3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,f7f2cd48-4c1a-488e-9230-23041d648059
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,ccea0920-f948-4153-ae02-7e64868d94af
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,ee85d4c9-d7bc-48db-9ac4-a6743b2051a5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,aedb0b1f-be33-4738-8d93-ba363559c981
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,a8c3c735-14f3-4326-b11d-edffc538fa84
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,386db3e3-2af2-4148-b460-131d89275f55
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,aed7b32c-6f8f-46b2-8d96-98ffa08034ef
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,f9a59117-ab3f-4cae-9042-72473852a8ee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,09d4c327-ffb6-44cf-ab57-ed15289fdfdd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,31b85a8d-6269-4e4d-b436-af77f8cf0b8c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,11565718-4ed6-43c6-ac29-fdac3acb8ea9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,4d8e993e-073d-47a1-a873-eb070b9881de
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,00fa1a44-d18a-48c9-bfd3-a4330294db3f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,f380cd3f-beb7-4cea-852c-8310ad0e35ba
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,fuel_combustion_consumption,a3f7af46-9813-4aaa-bb5b-6397bb880990
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,sampling_scaled_data,ca776314-65b3-481a-b83e-082ad221efd4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,kg/kg,modeled_data,b3e5576a-791d-4df0-a1da-b3dfed1598c6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,403a7689-eaeb-4937-ac79-fa7bbde781cc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,38ed6147-2fbd-404d-9b57-6b946caa4771
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,1368b3ab-799d-4787-98fc-40fc47548070
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,8469d8a1-538e-4bfa-8a5d-5a17a2cc1985
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,19b9c9c0-3b35-4299-9058-1c6bcddc66b3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,66869110-8751-4433-a898-d72d62b50da3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,f9634935-8f9f-4f76-b77a-eb523760140f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,54605542-31b1-4fee-80ad-fd65b58b6c9b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,bb5552c4-d940-4d06-b0e2-10d28f5020b0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,8067514c-b61e-44d4-bee4-45f96946deb4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,fc955c16-c888-4c77-9557-7a0e954bb194
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,249c8d23-c28c-4b60-9df3-2605d886d136
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,27d908d2-bf26-46a2-ae62-5212d04964d4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,17fd668c-c8b6-4394-8987-a815bd44e1b4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,fffb6a28-4438-47ed-a8b4-d75902425884
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,fuel_combustion_consumption,2b586802-75cc-442e-9203-e0bbe6341ca8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,sampling_scaled_data,5af92481-75a8-40ef-98eb-3a8e0be5cecb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,kg/kg,modeled_data,d5043e23-4922-4ba5-880b-1aa04d215237
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,e15fd85e-3f2d-41d3-8615-9224e3a0d9d5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,7d3a7f8a-82ac-4192-a0da-d1e07667d3b7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,967a3833-893f-46d7-a64d-2e81d59598e7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,ef1d60c8-70f8-4202-98e3-e6f0a3aacd5b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,1bf3c6da-c55a-404a-8bf4-bab7516d613e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,f0591a83-27a4-4477-aa9b-c6edf52a233b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,03f69b96-dee3-44fd-82f9-ae0cf712810b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,3af02859-4f08-4841-9544-0d398e2a8cb9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,54aa1b26-8052-469f-b73e-f54d323014ef
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,6f2d1ac1-5bbd-4602-9228-489ad1e477eb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,dae73356-cd6c-4584-84fd-0cd9ccac4189
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,46a35b97-8453-4fba-8fee-e3a8464449f2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,ca7ab4fc-bbd1-4bdb-9de5-0e6eb3b31b98
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,c6f97be3-31ff-4d80-9dc2-5c68040d49f2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,ddacd50f-a678-4473-aba0-0a54c8c799f3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,fuel_combustion_consumption,81720fe4-e3ee-4241-aa0c-068d248f49af
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,sampling_scaled_data,920d6401-c407-49ff-9175-a242b3804fb5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,kg/kg,modeled_data,ba70d3ed-52f7-4259-9bdf-c97a55a04986
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,9cf0f751-182f-44ee-b9a0-95c24506c227
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,cdd412d6-1c2c-45f4-ae1f-305a3bb74305
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,d135bcf4-4771-4574-b8b5-aab5da03a3a5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,3b61e379-fc19-4ba1-93db-a4fc10ce9215
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,c96e757f-efa4-4798-a5e8-8d9434cfb933
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,dad1d6ad-ecae-407c-949a-6ced182c3ce9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,3f28bbd7-d214-4436-a756-90248c29b3fe
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,7ca7dcb9-e8dc-41e2-aef8-2ce03194ad9c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,f09de90e-cde4-4335-9942-4489f18785fc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,8b159560-3d29-4272-a0b6-c155872fbcd0
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,cee90def-4230-4bb3-b4a6-20700f130103
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,be0043c9-acd0-4f8a-88b9-3f81a54e4306
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,4993826a-eb43-4e3f-9572-b567b26042e5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,65a30a6b-9fe0-4a37-9b2c-bb7b07f9fa77
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,d9fb39c9-3eb2-451c-aadf-8465fef039ab
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,fuel_combustion_consumption,4aa094fc-70b3-4ffd-a1d0-e169084e3389
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,sampling_scaled_data,5eed35f6-200c-4086-86a4-cc7063d8aaef
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,kg/kg,modeled_data,9d604e07-3c94-4ca5-a88e-57ceb7255e65
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,e840b7c3-7e87-4c39-b0ef-153be402986d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,5f77b4ab-a609-4577-9114-e76ce91a528d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,ba0ff3de-6d26-47ae-8196-36f6ee22e61a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,4297e7f2-df7d-492b-bfed-fa26cf415c4d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,dc016f06-6396-41c5-8ed1-d9611d883384
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,1a182d2a-c9e6-42d0-98c5-d99ff1eaecd2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,344cb8a2-2249-40c1-a74c-c36845b742e7
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,5d3f9976-35f9-480a-afe4-a72107286c2b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,2b7b900f-6a9c-49ba-a3fd-ef9699de62a1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,cd3eee53-e717-4bf4-b3dc-110e2a1e8a2a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,f12020d9-8901-49f5-a226-3dc79fe13f24
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,d2f703c5-592b-42a7-97cd-ce85180dd4cf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,f0cffc1f-5190-48ff-9f30-f5aaaccbe1b0
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,b4233375-24f9-4d7f-a985-d6239a6608e8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,a65be899-d207-47c5-a585-9463b2aea71e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,fuel_combustion_consumption,bc3256d5-f281-42a3-8538-df493823feba
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,sampling_scaled_data,4f19d08f-b158-4c68-9d6c-59094f63df56
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03578125,TJ/kl,2.6239583333333334,kg/m3,modeled_data,0b14a5c5-f513-4207-bc1a-40df54b37c3d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,18285178-3c6b-4388-9c47-5b6bda6e2f3b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,8513bcfa-385b-4c56-a15a-1359615890ab
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,0f444ba0-3636-4a35-a5d3-325edfcbc0fc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,e984f9d4-133d-48f4-a93e-4b3f182e5e63
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,3b5e54ae-5343-4451-8ce3-d870269d9f73
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,e9b232c1-01a6-40eb-9e04-23d940984047
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,2662d288-90fc-4391-aa2f-8c2879ebb25b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,0b5ec776-d44a-4de6-a946-800a780ea19e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,1e96ee1d-f563-4728-895a-08a2b8306cd9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,a78bd599-2063-4222-b99c-b1a64ebc8a91
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,3ffa87b1-d012-42f3-bc69-0843c9a84cbd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,b63f0134-3c2f-44fc-9a82-6c454bedf7ef
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,852f396a-9a93-4901-a21f-f62c775f76e3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,6ebd7d9c-62c3-4ed2-8c31-8867c66f1704
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,8155ddd4-d362-4738-b832-bb2044133806
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,fuel_combustion_consumption,54109b48-cfc7-4a80-844a-04ec8537ec7b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,sampling_scaled_data,fa7bb8a3-e5c0-46f0-a1d0-90c26fa935c8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,kg/kg,modeled_data,03127ff0-1d1e-4f8e-8787-4ab9372fa20f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,86437049-bd26-4afa-9cea-2459999f0891
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,453315e7-89be-45e4-80bf-90cb300ce3dc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,e4969146-2e2c-44cf-af19-16a33a0a45ca
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,766223a8-9b60-47b2-a854-77abf9a209c9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,22b7122d-e5d4-4d23-9309-e1a973286b2b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,0d4899d0-0ae7-4816-9cfb-fc112e445050
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,4423eddc-e4e6-438c-a8a7-c28ffdac48bf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,18298e09-cd83-4101-9db9-5ea3c86722fd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,c1ab4ec1-2a4b-48e8-97d3-7534220ad6a1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,050a534b-5843-49b7-bae2-1e2afbdc2ea5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,ff336f1a-3746-431f-b81c-bacc235c62ff
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,69e93000-7408-4a54-8290-afe812612018
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,43ab7aa6-167e-4350-b86e-fd578c74f62b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,1fdbb774-04c6-4177-9ed4-30ab6675efb3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,d98ddf2c-7c13-4f95-b9ee-715ae5a9d192
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,fuel_combustion_consumption,b8dbb416-dd0c-4f4c-b322-db2e3b69acfc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,sampling_scaled_data,a7870479-ad44-4d53-bde9-a0366a3c35c3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,kg/kg,modeled_data,a8e15d56-8b93-488e-956b-2a14a55e4256
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,68da3e8c-205c-49b3-96f1-b3b9f62ed339
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,799973fd-c4e0-4072-9414-bc12de59edd4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,d3d39200-7bab-49c8-8921-71fd6c8afe66
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,e49a1a76-d210-4acb-aed1-4da6b8de6c21
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,dbc7a414-b962-4024-9e4f-cac866e69067
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,77df4c50-5722-4342-83c4-7387c6fa4644
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,cf326dae-4690-4972-ae17-02fa288594c1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,c9b36954-b957-4c01-839b-57ae196481a2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,26339897-ceec-45e2-9fb0-5364214dca88
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,a30b47c8-120b-4dd3-8375-d019d1262e4a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,f3f7ec61-1eb5-4c9f-b122-2b4faf355895
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,9d20724b-f8c8-4102-b9ea-17e2137f444a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,b517bae7-a998-43f8-902d-4b02a718a548
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,3b2ce106-f0a3-4c74-8f42-fe3721abee58
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,ee40fddc-c16b-4881-a31a-ee3f5cb888fd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,fuel_combustion_consumption,aa3a7400-bb21-44b0-865c-54dc7c4534ac
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,sampling_scaled_data,f25018b5-396c-4e48-aba0-2d17d77bdb7d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,kg/kg,modeled_data,11836810-cf02-41d4-a143-1d0d2ac2eba4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,5e816ee4-78ca-45a1-94e5-dd9c7708bb60
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,2d567ad8-1a4a-4665-b016-636d00554e8b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,26a35d15-ea60-4d05-aef1-dee4c5ffce44
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,ad68ab5f-2acb-49d3-b493-2f4d8e7b792a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,880e360a-910f-4d41-958b-b1fdd398f75c
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,b8c5ff31-ba12-4aea-90e0-304961570550
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,0e2709d9-e47b-442e-b137-27f2917c36d4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,430d397c-91c8-4f4d-bfb9-dc42aabba9b6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,1291b048-8559-4558-8880-8224af80d155
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,2546e779-fbb2-40e8-a697-d63fee6a233a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,26e635b1-2e22-4c7a-84ab-5b0d58666d90
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,3519c5f4-6909-476f-9b9d-e0ec1375b820
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,88ad8a35-7b42-40f7-8482-f227248cc971
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,a48a57b0-9a8e-4bb6-84ad-7218bad68f61
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,96cc1871-4a84-4797-8d2e-2a35bdb5cb33
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,fuel_combustion_consumption,3a010afd-7bc0-4c2c-b7ed-248dfee35d78
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,sampling_scaled_data,0ccd3f54-cee7-48d7-b85d-812f3b81d0eb
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,kg/kg,modeled_data,82a4c358-c600-4e8a-b668-84be5a2fd232
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,df15d309-13af-4d12-83b6-6c2f3bf6c008
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,6ad2da8d-ec96-4514-a881-bf4852c5954a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,5b8b7b20-e438-494c-a596-5795e56374eb
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,5a19fb0f-5342-4469-8c90-36cfb4c98db1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,769bb223-9797-42ff-8058-2c7f3c48fa4b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,5b4a2cef-82b4-4028-96b3-5e116fdb3909
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,d72c4b67-5912-481a-8aaf-61767981cf93
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,dbf2ab48-fa04-45bc-a14c-2fd9c32b5982
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,86241964-55d5-42d8-84f2-36b9e88e61a8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,23df75f4-4b83-4460-a804-57638a17c18a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,29c04552-b53d-4881-9797-aabf9ca8b9fc
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,29a0c020-2027-4fab-a180-260183bc5dbb
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,4fcf6336-efee-4b71-a010-526c64f7b05d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,ae55dbce-c45a-4b7e-86da-2a29ebaabd88
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,5ec842d6-5461-489a-b6f4-8e1b010141e4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,fuel_combustion_consumption,7db2b2a0-79c9-4423-9607-108257fdafba
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,sampling_scaled_data,36b22e53-334c-4206-abc4-14d49a78cdb7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,2.210175,kg/m3,modeled_data,4db6e860-04d7-452b-ad6d-5db0ffc05694
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,9f4df423-61e3-40ae-b2fa-0bf0bf169a65
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,6260fe62-3c7c-4363-a163-c252be53eab6
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,e38b782b-07da-4999-884c-e852fb77f22f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,182527a8-0964-4b09-8195-39a88d91a041
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,41bb3628-8408-4489-a593-aa44e7ee96c8
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,089bd9d3-c6b4-445b-8a00-75cab64ca2da
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,225fff7b-3de0-40f3-b041-162af595f27b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,02445e61-337d-4343-bbad-a40b68bcea07
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,0e1933fd-72c7-427d-b166-6162b136a1c8
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,1ce86a58-cebb-49a6-b9f6-8a0cc46d03f0
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,440fdbee-bd9a-4081-9027-bc9678ce3f68
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,634cca47-9c64-4e7a-b459-6bb0ea4fd2ca
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,d3f5a932-1d04-480f-a634-5699f1777d09
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,81efd6af-7154-48e2-8560-6bff4a1fc1a2
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,5851a402-b4b6-4fb8-9054-0020cb1f211f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,2e142e45-f7d2-4611-97f3-767c2bdcad9a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,6bbbb645-0eb3-40bb-9d1c-d7dcf7d294b6
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,ab909bb7-60d6-4d3a-bbf6-2d69ceb50bb1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,3f90da1e-28a4-449b-a4e9-33a018e945e1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,be88fa47-9796-4ebf-9f1d-079c7e00244b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,2c9ee8cc-07c2-4ecf-aa44-3649dc165699
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,d7fcbff9-cf5f-4a96-9705-ff64147802fa
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,94081b81-9053-4be7-862e-c29ace8c7ef1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,f12fa045-953d-492d-8835-3e0e24ea888b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,213fa684-ee2a-4577-9c42-1f2672a91ac1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,5b797bf3-1de2-4656-99a2-271c95fcf06c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,3b054845-032a-49f8-9d35-9c956e92f7c2
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,7fe10d43-dcb7-43e8-b8f5-af99fbe5ff88
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,8933cf0e-77fc-41c8-aa34-584d437e2dbc
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,b51005d7-d218-47db-bda3-a91490f43abf
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,ae178ef8-a61f-46d9-b23c-0ab90e15f94a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,a452e372-d1f3-452c-ac61-a855f89451e5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,059d56ef-b21a-4961-81a1-1711c544cc5f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,078eaf7e-ae0f-4d0d-9907-d3f5e810cccf
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,e7d9f859-df33-4685-a762-96b575081d86
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,de7d756c-7088-45ac-803c-25521b0e9ed1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,134fd664-1437-4b77-95be-632a82c8397c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,a5f4a103-6f8d-4705-8496-02e1a4f31562
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,db97525d-f655-49f9-9674-6ef83dea6e3b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,cdad2233-239e-4eb9-8192-964894c49406
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,0dd49be5-602e-4711-a7d9-1798114cc3d7
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,97615a6c-5089-4f84-bf0d-605ec73e6561
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,c3a67834-7939-4a40-9dbd-8128f3dd65c1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,c6fe358b-1c05-448c-ae14-53b8fdd011c5
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,d352996a-9050-4432-885b-fbcb1b9d73fa
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,69fb0e7a-3c51-4792-81d7-d38306f7b6e7
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,21a2567c-e69d-4475-98a6-c55ff79ffd88
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,213817fe-944c-49d8-8a38-39aa2799949c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,94484a28-fcb9-4004-b4c3-fb35c4f9b0dc
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,51636345-4d01-4510-8181-d3dd5baa452d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,bd6074b6-0b08-4364-a8d0-6f6cd2af2d43
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,fuel_combustion_consumption,0d8072b8-a5f6-429a-a2e0-0f01516c3cd4
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,sampling_scaled_data,ee743a6d-a999-42f7-a5ac-7adaf2add71e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,kg/kg,modeled_data,6951bc1d-2bf7-434f-92bd-fc70d342ec68
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,46494142-7007-421c-8524-a6b87cf74ba3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,6aca643d-1b93-4e47-a902-4e66a3bf89ef
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,3e98f310-138d-46c6-a733-ac5532b3d9b3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,0703a8c5-b0fa-4109-bb5b-6611a03a55fc
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,c5eff0a6-7149-45e9-b16c-85f47cb99603
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,b6a1be05-c2eb-4286-a8fe-b16665d54b0f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,84dc7035-de6c-4a65-8b75-6449127c4de1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,a3037a5a-d53d-4177-8a6c-cd70b3bc9c27
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,d9dff8f9-bc5f-45a5-9826-0b5d44372d0f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,e159daf0-2667-4390-99e2-be3289b64e94
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,24e95477-607f-4242-860b-96c8bf4dbe9a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,317f8f2d-66b3-4a57-a7b4-38405b4af50c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,826d58fe-a8a0-4073-abc7-677956033b4c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,16cc82a4-f051-45a6-8188-cbeccece3222
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,dc659730-1277-4b38-8f5c-9821da7a852d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,fuel_combustion_consumption,78dbe630-4222-41dd-93ec-4168493711e1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,sampling_scaled_data,4fccc512-2f51-4935-a6c2-784ea9a3fd6b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.039656250000000004,TJ/kl,3.0680718750000007,kg/m3,modeled_data,b00ca077-84bc-4b66-833a-a7d37f5a05cf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,8ac54434-589b-4a6e-9bfd-574d35249d58
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,5c901b12-611b-4b34-9796-52c12cde7f08
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,a447be9c-c955-4bda-8fe9-3fcdc673ff3b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,a73cede6-bcb3-482b-a67b-46b11cb2ff5f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,ae4a28cd-c119-450d-a37a-ed3fda3dc938
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,8148df2c-12f0-4883-8f9d-e9aa5e29c229
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,5fc91966-57f1-4baa-911a-dedc5547c528
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,11be8496-4685-45b2-9d75-2656884c7477
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,3a5276ad-0f97-416b-9414-d897358512f4
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,15fd9ab4-fd83-42c4-87e8-72b6799a492f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,479e5b63-71f1-4f0f-aabf-d1081a828b46
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,21d563ff-fb84-4fb6-a890-627bfdff8842
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,c0b8fa2b-bbe3-45a6-a3f8-b222e058e8c3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,0dfcbd10-f842-49c7-83c3-27c203654622
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,0e6caac4-01a1-440a-9b92-de526f347243
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,e73835be-0aa8-44cf-ba48-6cb06fe6abd9
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,28548abb-a7bb-4ec8-88eb-29880c1ad777
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,0b7c6fb7-fcfc-403f-b28a-4dd29ba8608d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,5882a796-e018-4df1-88eb-5cae219f1800
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,d9e1e9bb-e8bf-4f41-9ded-ba0bd512aac6
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,9efdf791-0ec5-439e-86de-c8cd5d75ba60
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,7c4f1e59-7ad5-400f-87ed-619280335a80
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,3ce2dc39-a817-4ad9-8762-fe90c4d07855
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,0f1440a0-bd25-424c-be0c-e5c4ef88bb68
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,5098f47c-8074-402a-9ed7-9e05a5835aa3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,f3e4a02b-4ee9-43eb-9303-6730a6618cb0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,4c9747c9-48cc-48e0-b82c-d1a551e7c17d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,9552980a-4c61-4ed5-8ef4-1a745a7a67e3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,5d2fe2df-6a8b-4c5a-b348-319742cbce29
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,b726c14a-18e4-4cf9-b5fc-c5a5742d02f1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,51c129be-126a-4e43-9156-450172960d11
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,a3659601-4f8f-4ab3-9902-d6fe7ad3c489
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,27d479d5-4c4c-42d9-9d69-10804295f71b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,7991a985-4689-4b30-81f2-79b17d68a39f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,40364e98-0b9e-4081-8d17-6f2bb7d7816c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,993cf9b0-cbe1-4d4c-87f6-b6d7d2f8f894
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,accc0af2-0d54-4075-91c9-2e7e7234da4b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,2527f115-c6a4-448c-9220-c57afff1bfe9
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,d6b64cf2-e52b-4607-82ad-6675c2d20f66
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,00314ca0-5789-477e-848c-afd6799768f6
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,5026b155-87bc-422e-9820-aafbabdde9db
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,25ed134e-7cdf-4c89-90e7-5d84a7e701e5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,76986b12-d6cf-4aae-8e59-67ee08479d12
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,4e588f8c-81fd-424d-9685-9934471eaf5b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,8171b1bc-f22f-4849-a6b8-cb3f7eefebde
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,41d35f2d-9122-4b8d-b745-345a281336f5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,4174cc9c-c433-49c6-98ff-d6ceaad1bb60
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,14f5c75c-3a17-4f7a-896b-2ce2df12dd7e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,169fc368-4395-4aa8-bdec-3c7b8b837fb8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,aacc8f79-f264-4d1b-8730-eb63f10509f6
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,3a0e755c-259b-4d0a-9c21-8f34e76f6393
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,fed1e631-46e8-489d-897d-91f46a810315
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,e6d5b08d-eccc-4329-bc9b-77dc368831a3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,bb76f1bd-19a8-4b8a-8a97-4eb75d308ac2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,995274db-8bd9-4e91-9b89-4d2fa60f6946
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,dd1a880c-ebba-4059-bf45-f02620880c43
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,fb345fc5-92ca-4ef9-bbd6-12726d53d54b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,ff5f366c-d7dc-4c66-8a66-8d9a6d78e1a1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,48c61fa8-d061-462a-aa59-9bd4ce00d077
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,1780893a-bd85-4035-87f2-1fa508d8108d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,24cbd36f-909a-44c9-ae5e-ef0a644cbb36
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,568627ad-f7e1-456e-baf1-403dc4ffdcce
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,7e964ebc-14c3-4166-98ff-cd1b145a432d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,c3e6a958-3543-49f3-bd34-357556ab1e0b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,de06c608-fb1c-4c84-963d-8dab3e75950a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,78f6334e-9e1c-4206-bc62-c7dafe0bdf82
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,253bcddc-40e1-49dc-af5d-5386a8d9479b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,feb06288-3753-4b0c-933c-8ce4b9d77f66
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,0aebd7a7-affa-4615-8bd0-c30270f5771a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,fa65768e-7d31-4684-a359-a2dd50d8dcdf
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,65ab2912-f7a5-404d-9b45-ae0b2562d557
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,3d720b45-41c1-4c38-8be2-3f98eee3fed9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,a182cdfc-4385-4ac7-8261-411b1fa2b164
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,f482c30b-98a5-4014-bba6-2111b235747a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,26e25cd1-e3d2-45e3-8080-a8ff64cdc788
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,8011c56d-5b38-4c70-a3d6-7b0bb824fbe5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,142b16d4-6a53-4a46-b8e7-5579a157eb41
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,44e2e704-2880-4a63-9791-6bd37b0cc0c9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,5de54529-308e-4102-97ca-1b8d3168bc4e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,f3b6a0fc-afac-4407-9898-83ce64e8967d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,64d953de-30f6-49a3-8cf8-fd33862fd39f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,bde842cf-9eda-400a-8921-7e5ea693b71c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,091cbaf1-1d50-47b9-9560-4f23a86d8af0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,02f69659-15ef-4d51-bced-9f2eac7daa4d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,418db1a0-67f0-415a-9be0-f7971edfa910
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,2fcf1bb9-3953-443d-bf8a-9224c503f180
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,68f07613-895b-4ef1-b345-66afab6f6a28
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,4d45277c-62fb-4de0-b4e6-17489c204eb3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,d81e3314-0171-4c27-a6f3-22e98b6363f6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,ce4af811-b099-49f5-b0c4-37c94d3977b1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,9db1fbe1-1e37-429a-b61b-5811479ce9b7
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,c07f2efe-a5ad-41cf-9b98-7b0740d3b12a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a8fdb805-a1f3-4637-818e-4cf8c01c1839
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,7742f9a8-07e2-4e08-840c-ca6ed48e4157
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,4cc439c6-f02c-4d28-8325-fe96fd6bf26e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,942e737b-b415-4810-a9dc-640244e8fd37
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,87e4b74e-8680-422b-84f7-98cf511e0571
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,02430029-835c-4be1-80ec-6928c1e3b018
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,e9908f91-2b37-493a-b329-637eefd86511
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,4915a8f8-ea35-4b90-9095-af8a7700a078
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,ae2d93a9-5dd0-40b2-8cde-58071a5fe68f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a3843474-ca52-4a54-b2b5-0b28b6f683e6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,992c2ff3-cfc8-4f9f-9f26-2bd511d87179
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,212b6277-f021-437b-8091-948ae5baa83b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,ad8e0cc9-a662-42cc-b99e-688ec5e8f8e7
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,148a97f5-2f02-498c-aa17-996144e23363
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,a901a9d9-c735-4ecf-89bb-20d5831c0ae9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a41a5e0f-7ded-4e6a-8be8-056ede610165
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,9f12158c-4313-4bad-95c5-e3219c9b8516
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,c71d16b3-99f5-45da-b97b-d21ad0cf3173
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,72d1c089-9942-4e3b-8f4c-3b633913ebba
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,0d72b405-9b59-448d-b40b-62478ee2d9a7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,19cc32e4-56ee-4999-a29c-348217e03626
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,d3b6f7fc-404d-44db-b054-37f9e8a2f891
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,5260b08f-3676-4e91-99ab-409d1c35a695
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,05092cfe-551c-446d-b6a3-767b855810f2
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,9714ec45-4bf9-40a9-8a59-5ef1f4a129c4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,9add2f6d-841c-4c1d-adf3-b41d19cfb87d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,e5ace290-eeac-45f9-9b47-5bea05648467
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,c52392c7-304b-45fb-86cc-60a20263491b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,b8cb3f0a-a103-4033-8421-4b5f16f5e8ae
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,067ea17f-119b-4c50-88b1-6f9c355818d9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,1dc65f87-230e-4ea5-8f88-701c41c47908
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,fuel_combustion_consumption,c270634d-6de1-4346-83f3-b7b78835304a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,sampling_scaled_data,ef14867c-02d3-4091-9635-ed11969b2b3a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,kg/kg,modeled_data,49693ba8-40e3-42b6-aad5-7b0dadfef54e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,92ace3bc-ea9e-46d7-8ae4-28f6d461b8b9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,a7b7e60b-efc6-41da-8ba6-67cb1b48bf56
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,16aae942-c693-4bab-bb07-e6533150889a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,af847fa8-bb69-450d-aa41-603c534fc92b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,e5f0a0b3-8b53-43bc-9995-aa31c6001243
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,f608501f-c740-4761-aabe-f11dd8000f04
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,2473b22b-6063-466c-a7a9-99081d1e86fb
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,6de93184-9517-4855-84d7-1ecfd332db12
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,92b5813e-18a6-412b-b5f2-d925f87adbcc
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,893ec0db-c49e-4ad2-8096-3137d501a1ea
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,079f66e6-29b8-4a87-90f9-0e932772f9ac
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,080d1374-c149-49de-b36c-e4555e66fd72
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,961215ef-40e0-41e5-bd56-4aa7bab74d03
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,7a56c5c1-6482-4f11-add4-c2403d3856a6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,6f24f717-94fd-4000-afa7-0ed8baf83027
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,fuel_combustion_consumption,1f6c6acd-efbf-4fee-bec5-990519b672a1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,sampling_scaled_data,69463a56-8f32-4361-ad99-7112e07fb0ce
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.786487,kg/t,modeled_data,be413f14-42a9-4c13-932c-193b221b8e5d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,b83ad20d-94e4-4c5c-9e2d-44e3cc79a725
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,9f7708ea-36ec-402c-afcb-d195b89f1247
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,bc66283c-cff1-4bf1-84c7-607228c7a72a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,e745202b-3154-480b-b619-489c4e0822b0
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,5c743b4c-449f-4569-b49a-e8a5d37dca1b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,af34f9df-f539-4704-a34e-5ba52e7d1692
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,41374cb8-cae0-46fb-9fec-61e692dacc56
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,bf8603bc-f6d7-4109-8bfd-cecc69aac072
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,f9ab12c3-e424-472d-998d-c5e4d2b2b7eb
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,1945d839-f67a-46aa-bdb3-044460e20a8a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,387cacfd-802a-46ca-ae4b-04ddec680776
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,96392137-0126-4bcf-be6b-09098f96b7d6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,80fdd7f8-6bd9-4700-b665-8fe9a00757f7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,821c604f-7fbd-491f-9581-579ffe842603
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,c86f07ed-a9b9-4934-87b3-fc2b38896735
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,fuel_combustion_consumption,da6cc09c-240d-4fa6-8dd7-9012de471093
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,sampling_scaled_data,88a449a5-cbd3-4ca6-9b7a-c6815b237d9f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0020546625,kg/m3,modeled_data,a4eddf1c-cd5d-46c2-8df2-66bec773bb53
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,72b4d1f8-04ce-44e7-93bd-2408205ce23e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,4a133bba-7b52-4171-83ac-2469f751cf2a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,2741254d-092a-4056-9c48-038d8fa43634
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,a65513a6-3cae-4246-8269-042149bf79d0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,fb516df4-2279-4ba8-9971-08827460a006
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,9e4475ed-a5c6-4540-a97a-52172f431a8f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,f4b16406-ba05-4d9a-b667-d7edb377f6bf
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,b25bbb68-f2d6-4b9c-a6a5-76e9c72e2fbe
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,8cf107fd-1f60-40ef-9ecd-39caf25246a3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,656eabce-906d-4f7d-8b8c-d6d45c48a53d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,dfabecbc-937a-40b5-be10-94bda3bf4f2c
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,fc4ee5a7-b3b8-4bda-9bb5-833acb802a3f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,1c3fad70-76d6-447d-9665-07b808b6f24f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,ab790dca-320e-4859-ba32-9be9cf9ff464
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,1c477644-76b3-4afd-a970-9a62a65550b9
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.00468,kg/kg,fuel_combustion_consumption,c2adac9d-82bb-44fa-a380-ce0769d7f056
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.00468,kg/kg,sampling_scaled_data,1bc7da04-baaf-478b-b182-847187ba6bfa
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.00468,kg/kg,modeled_data,380cf565-dfd2-42b9-81bf-f1cbece52424
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,04144044-fb40-49ac-a49e-2cc29c91e5fe
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,982b86f0-642f-4b12-a5ab-4d272b8fc2ce
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,18d9ce69-1d14-4888-b6db-b6913f80600f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,ecf36935-28ea-4602-a0a5-03ffeabc4c44
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,f6304a3f-d832-4369-a590-c17a7b86d968
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,672e74a0-3b74-41fd-be64-5dbfe0205d3e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,87511700-1f80-4987-b2f2-96479de0e537
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,ef9849f4-0fc3-441a-a09d-24ae0a4e0651
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,66a9d734-9265-4c5d-9526-1b9dad7e2780
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,475f2c05-e8bb-42a9-9e51-182933e3f9bc
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,9574ae1a-37da-484b-8309-fd61e7107cc0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,9bcd35f3-09e3-409d-beee-672af4761f18
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,0eb71697-46ef-46c6-8d8b-0c4ede79828a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,246e5dd0-ba24-45ef-9964-502b4b3ad153
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,8b88fec5-9691-4dbc-8f77-24b7eec0a898
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,4.602,kg/t,fuel_combustion_consumption,b67809a9-d029-4b37-9e9e-8f7db588efe3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,4.602,kg/t,sampling_scaled_data,768c9234-b4e0-41c2-925c-bb06ac1555c0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,4.602,kg/t,modeled_data,95f82bba-5752-4c19-947f-2c7f9c63f3b7
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,d86fc484-1292-4aa1-99e8-4dfca262dd59
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,5ecd521a-5c0c-4d89-ac17-3b786a4b66a5
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,3541ce1a-92e9-44ce-94d1-962522644861
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,c1eab1f0-48ca-4894-8951-00dae2e5b7d4
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,4f88e724-65df-4860-941f-fc75c8bff939
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,4dc80da5-bd34-4118-a03f-553d125b23c0
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,94920cfb-a6db-42eb-8fb5-dbd54170e18f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,1458a53f-2b4a-44e6-86e5-2db683c67cac
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,6a22e6bb-eb53-45a0-a27d-59e3b1e65b58
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,3ffceba7-4d4c-4224-a458-0d4fcb8d00a2
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,ce799f9e-3dc2-4bb1-8bef-16cabf5e6b19
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,b8548d85-0caa-4833-83fa-a82ad287b8e6
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,caa3e1fd-fc82-4c86-9a7a-6f1024d303f3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,8147a3e4-8c84-4baf-8abf-21bd25b69c19
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,06ec1ef2-57b3-41d1-a62e-aaa121631148
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.0156,kg/kg,fuel_combustion_consumption,f9d10bed-d8b4-49f7-a619-bcf8173b6db6
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.0156,kg/kg,sampling_scaled_data,87169806-c5d9-4332-bf5e-19f7a45a0e81
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,0.0156,kg/kg,modeled_data,35505204-99f9-4165-b5f3-61c52e4b0870
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,0bcac31d-3831-452c-a599-e6747cf20e1c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,8e92a6f6-2d66-48d3-8bcb-6022fd387011
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,c03cc2ff-15b5-4acf-b37e-4ba8cb3ec39f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,e82c007e-37c5-4434-ba08-a48e1ab6ca1f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,ee11de59-0b80-435a-a923-5945d80e12da
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,61e88c53-9173-47f1-a31c-d05b292c9f7c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,cd474206-0e93-4a17-8d5a-c680a55e50cd
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,03ed18be-8f8d-4218-b66c-b9c15195466e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,c3019696-b894-4397-96f1-c7b858df4305
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,e9ebbe81-715b-41fe-b08f-7bdc652efbb3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,6b83fa27-410a-4380-a50f-19b870c65ed5
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,b6973085-81dc-42fa-b792-bcf76abe4266
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,0e4d00a2-20b5-483f-8f73-29606253e1eb
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,68b8e16c-fd08-43c1-bfb2-08909a7dd65a
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,823a1653-46b7-49ed-8131-497af3250df8
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,15.34,kg/t,fuel_combustion_consumption,4216a6c5-5180-41a2-8715-98d25f637986
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,15.34,kg/t,sampling_scaled_data,7436deed-240e-4731-83f3-88cf88db5af3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.34,TJ/kt,15.34,kg/t,modeled_data,51d17614-4b14-40c7-8a24-787091f72698
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,3422a436-1bdc-42a0-a07e-6a9b8a2513d8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,744ffe04-a6a2-4f15-924a-db44fe49783e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,594e37d5-a8d5-496e-b96c-cc59b97744f6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,c16ee58a-21d7-42ae-87a0-184a21ce6b54
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,ae4d051c-00fa-411f-8d09-a52451caac8b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,ed10933c-5433-4f21-9639-f6d6fb98688b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,6f10d964-bf7d-4df7-aef6-0f1fe63c1b2e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,10fc08f9-4388-4abd-aabe-9ff7e58ef61e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,01196f5d-e38a-4f17-ac22-d3bb2299e23f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,56b92d32-bdea-4af8-b59f-3166ae887d68
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,c8979145-1cd4-4627-a3ba-c8b036e41493
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,3c844704-7656-460a-b445-5bfc36ed8fda
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,460b14c0-b10b-4bdf-b4e2-0fbdeba9ea5c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a5a0c7bb-fbe9-428d-b717-1d2af5686b00
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,21a39a46-6540-4a84-b37f-5c968148af07
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,96304d8b-0a35-4cc2-862f-e847baa63d73
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,3c001e27-c26b-4cea-8bc5-8c8fe391ac79
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,f8c2b9aa-dc0b-4c1d-9b11-645fc101d019
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,acd35888-cc58-44f3-b431-9b34a6acec41
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,34fcef23-cc9e-45e5-9b11-822504f30bad
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,e7fcfee2-d73d-4cb1-b924-63bf22c4cb0b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,d14f6921-9975-4195-ab3a-c44c507e16c7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,507ee243-3d2e-4b3a-98b5-56c4a0ee61de
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,8748f5f8-4e3b-4e87-9cf5-76609eaa7e39
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,2e402825-be42-46c6-8d8a-43fb77d2f93d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,c0b836f6-4192-4cfc-aca9-f1443f91e008
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,f0dde809-9960-4693-8dba-fd9156487b94
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,359c98e4-801a-4572-bcf3-a44737b8a86d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a76c0d8d-73dc-4952-8a15-1ef973d49567
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,4f64fc80-bb38-4c70-b8a1-859483b4175b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,162646ae-33fd-4183-9267-681a3919207e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,915cf226-4afa-4004-ace6-f2a238e9cd29
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,55da9237-fd84-4ae6-a466-abbc3efd427a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,4f3bead5-f9ae-42d2-a87a-9c5511f49311
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,94ae5127-3c53-4663-a709-1fdd19ea323a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,99a22f95-a60c-464b-b185-ba3883a01a7d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,48cf4476-0a9c-40f5-9781-a7f5243922cb
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,f7bd5832-bbad-4cf6-9507-471055660719
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,adf6e4da-9ed8-4c26-a278-936e6b032cc3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,35789857-554d-4198-b3f6-5899fc45a2ba
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,fff52aac-6b8d-4bc5-b8f9-bb541b317308
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,813dabfd-9b64-442e-af32-80da3714267a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,595cacc0-fb52-4574-a2ba-19920d5f01b0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,92572c17-ecbe-4682-b63d-20e7a65db842
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,d08a2012-8b73-4247-952d-9c55912275e2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,0e67f3dc-eed4-4203-aa2c-92a7dd5b51e5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,b411ee27-b1f6-43ed-804d-38babe717a88
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,a81c466f-7e5c-44f1-8f2c-36beb9bf28b7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,eee691d6-ab47-4d28-bc2d-9dd27831b05d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,7b4735ff-169b-4b12-8794-babbbd044dab
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,08e5bcf3-7948-4d06-ba7e-d8d5a4d778ef
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,0915b3a1-b910-4258-9e4e-ffaa98ef5d98
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,ceb18a56-f40b-4b67-b9b6-9f13a5c8206d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,9de6b1b0-ab9e-4afd-91a4-6e7838a05647
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,87855b4b-d147-4703-be16-087d700ea0ac
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,9d0623cd-7a2a-40dc-a2a4-515afef989b9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,8f6a2517-23c7-4c98-b897-a726f779314b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,51d3e2a9-c3af-48d6-ad9b-32c249f90cf3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,819e2779-3697-483b-b766-e350da1d6547
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,28e36401-4e8a-4216-98f5-e5e9c90660cd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,657cf552-7520-4d25-8a25-d0b5c2e75f62
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a0ca7553-3fd9-49d3-8c90-4814495b68a3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,92d1d83a-1dc5-4ce6-bc20-3a7ad2e1dc71
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,193f191a-c8f9-4395-b3ad-91ca1481cfd8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,aa5017a0-398e-4366-89a8-3923f1f2f457
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,19c8b665-1c08-415b-b65f-9537b782afab
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,96be6ffc-534e-428e-b73c-50f64699f413
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,a7e7cc9c-016c-4c29-b1dd-866e092bc3ae
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,60e19c97-9526-47be-a912-d9d4dbeeb077
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,b24a61e3-6040-4866-8d73-d62716b2e124
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,99f293a6-a31b-4134-9167-9389e582338e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,1cde8dd4-a345-4776-bd31-0474df9afedd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,bf6d0703-c283-4ed4-bd3d-dbe1e7dcde75
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,be3e2afc-205c-4a5e-8220-32efd0c2adde
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,1029e439-2222-444f-9ea5-77ed9a86ec39
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,60c41596-694b-4eda-9cf2-c8433efd915a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,1c6c7731-6d9a-408b-a084-78ca26709653
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,a29ae805-bbc4-47f0-a95d-5f6afa6229ae
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,2fd62641-1af7-44a5-ab41-9b2a97b3d31f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,3fa98732-65c7-4a00-bb4b-2092b708d194
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,5faef56a-4682-42f1-a3b3-e0c882602baf
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,a1cf07f4-ca1f-4bf1-bf4d-14973e98ff4c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,f13a96cf-2dc1-496e-b9b5-d95c46f1863d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,d0231996-adc2-4d9d-a474-bb1537aba174
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,5f315aa1-b2e9-4ad3-b3f0-7e626c4439d9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,7c437708-9435-4d0d-bfee-0ccc6e2cd07f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,ccae3045-92e3-48ef-b008-12b249777b27
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,fuel_combustion_consumption,7ab6c6b1-21cd-4fc4-8811-e08ec4a01e7f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,sampling_scaled_data,d0898488-f27b-4e36-9b1c-4d2ffeb6b990
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,kg/kg,modeled_data,04bd63f2-ea7a-4ca8-935e-264106ce7a3b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,32e20a82-bbae-46ac-a65f-8d2a9bf6488c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,8fd9dcf1-a056-4a66-b780-4f43fcde13c1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,95647e4b-e56d-47cf-97e1-ac6b196af636
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,a349d9b3-8f62-4cde-a6f1-97dd9bb52e6a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,ac3bd1eb-9900-4eff-bfd0-471c0e395803
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,69eee761-79c1-44c4-a929-4f4018e73ae2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,db26e00c-3890-43d2-a13b-0d28c5dcc443
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,0925dc60-acd3-4da6-88f9-b0bc11ce7fa2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,4dc1190f-ae93-4dfc-b216-24d3b4701edc
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,8a804636-46f2-4df9-b482-89aa5b234547
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,28d06419-852b-4af2-a3d4-cc8125426470
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,62c87ea5-8460-4452-8f3b-68b304ecfcbe
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,7e1587c7-cbfa-4712-9ee6-7df805c2f2ee
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,be939202-d14f-4ec4-bfe2-986d3b8e6065
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,4b179f21-d688-4d6c-ab72-0255d1254026
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,245f4879-5f17-44ee-bd8c-1286fc0045b2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,a89a04e7-2a2b-46bd-aaa4-9aa693b41375
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,1f7e2c9b-8eb8-4311-82e0-2c7cfc8a14b2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,6b1f2139-8a80-4d2e-a19b-da8905f1b8f8
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,e3f0733c-6729-4db9-903a-591e2e45c1a2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,b1d9ee32-2ef5-4fbb-9428-a53b0f80639b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,3d60dadd-bc4b-4a98-8266-8b017d11e222
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,d4db09e1-9550-40f2-aecd-673254e50792
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,66774dd3-c913-4840-8710-a8d61956975e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,5e1560cb-b04c-4cd3-805d-ded4d34a3ea9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,f1d9ba27-35ce-4581-ad49-7fb6a8171e7c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,9a332857-be4c-4679-ab43-6621f511f8ec
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,e3fd3961-e01d-4bd1-b10b-9ef132bca67e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,f796e3f2-9154-4e76-8170-81cd85b849d6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,49bf277e-2981-45c5-9cef-c10aec95dae7
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,378f835a-d142-42c3-880b-e5ebb6a51182
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,7e9c8190-4f91-410d-9ce2-3ff827a97294
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,3247829b-d48f-4158-b9ce-f0590c032668
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,e3148c63-559b-4f70-9677-d25a3ee5d247
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,5c9982c8-fefd-4470-944e-442af9b3f105
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,b8c133d8-496a-4c5e-939b-5c7b334cc813
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,5779d117-347b-4409-a91d-6f962700f9ee
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,eae1a053-8ee6-4e37-a531-2aa479d9eb28
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,b99db5cc-b229-44b0-b373-29c13e8d046c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,9184ae68-5a30-4d31-8148-1b5df605cf43
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,fb3603b6-c228-43f9-80a2-95089a4bb2ad
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,6577131b-271f-4c3c-82e9-95b10658ddf1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,db0ebeb6-47af-45ef-936c-1d497bb3499d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,1f5dd869-87dd-480e-a0b3-ae066217b567
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,7427968f-6261-4296-b50f-1655deaa4b82
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,b75752c1-008d-4652-83db-79831528238f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,b9b5dc2b-b07f-4daf-a7b5-6ff785fbf967
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,4efe768c-ec10-422d-af32-cfd025f45b45
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,0422c4e6-e364-4b20-91a2-1dc7aa68679e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,25808956-189f-4a8f-8592-2a3fecfc4966
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,e1d15065-4fae-4e44-8972-dbe01a06eaf2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,fuel_combustion_consumption,168fc87b-af38-46d9-9118-178d9240c741
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,sampling_scaled_data,c20babea-e856-45a3-9816-bf11806136a0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,kg/kg,modeled_data,d376968e-6f62-4ae2-814c-29dbe2815f5e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,3aabd41b-39d0-4b03-a1f5-129a7679c87f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,f5ea75a2-37fb-457f-93e1-5a6d24d9e93a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,917ad21a-a750-4da2-9076-607280883fff
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,df140341-f34c-411d-9926-e59352ed5639
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,df182ec7-3ec9-4116-86b4-4ff639e3f866
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f2e46008-9032-4cc7-9d3d-bc94f04b7481
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,a8814dc6-1773-4965-8664-4216b160e72e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,70fe0175-5382-466d-8a51-a9e309840437
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,acba7cb5-7b5e-4de3-a8a7-71f4627161c4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,4418c7f5-3d8d-4286-8c8f-a1fdc2c6ac9c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,0dbd7dd4-6229-4a1a-828d-c8e1a669a688
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,05b26b42-d9ae-406d-9869-29c3e4a5dd0a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ef479c27-42e9-487a-8871-d1b2f71c890f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c3a570f9-7b1a-44a0-8dff-9ed9eba931bc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,7ce4b4f4-2596-4e31-a47e-71382a62f52d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,d3ed1a41-9fa9-4449-9aff-fafe604c2603
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,8d7f900f-26d6-4294-b39a-e6a19f0f42e5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,5236772f-8726-4158-b422-a1907d528271
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,1adc2bd1-6b40-47a7-b80e-0975250f0e77
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9f472804-1400-496b-8db8-77b6d95fa8f4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,a14a5f7a-a7bc-41e6-8df8-dd7b07b890fa
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,8075ae3b-5e74-452d-b2ad-11643bc6625e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c9c6ab7a-2013-4a74-b0a8-4919fe1a0f39
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,b61fc073-7998-4170-ae01-5f89e8a4ed67
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,1f9affa9-f4a5-4a8d-9163-875c802966d9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9a5a503e-bfca-45c5-8f6c-b0cf21afc55d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,487ab041-7347-4808-958e-7b8d9e2736ff
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,48dae941-084e-409e-b42d-db2c42c17395
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,382ada87-f51f-4f0c-9d65-6d9335cc9328
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,b33d4922-c586-48f7-a8a6-938ccfb7f291
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,0467e8a9-ca39-47ce-9aa7-0284a83f7fa0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,4dbbfff1-df4a-4882-804c-04985af04d1d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,162e0ccc-da64-4546-97c7-2622ac1a864c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,0f650515-73fe-407f-aff0-b68b345c953f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9a3fbea7-2e81-4ef0-b41d-f4df5c888fd6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,6a037013-c804-4bd7-9300-3e7f57b9062a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,00704183-6286-45d4-ad4d-706e7306d70a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,9333d68f-1b66-4112-949a-5ca522fe6878
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,4694f38a-3e45-40af-b805-2de9ef0ef4a8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,5cf21762-bcf7-41f5-80eb-8e971f0d0626
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,3ab5a670-9285-4ca8-a0be-6b7abba36377
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,de188b11-4396-4deb-9c4f-0ebf313ca98c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,a25339e2-93c1-43e3-a0f9-183dd48988ac
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,a71d0202-7ab4-44ae-bcb1-e1826b0787ec
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f1ffacf1-352a-44ec-a294-d65d07cc21a3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,c4f543b6-c67d-41a7-8c79-c04f9aa974dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,7ccaae59-cd93-47dc-8eac-2660cef5de11
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,0e80348e-bac6-49c0-9a65-6b735b6e37e8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ce5727e5-1eb9-42d8-9c97-24fd16b975d8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,243a35be-265e-4c7f-833b-1079222d26b0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,3500c651-eade-4197-aecd-2e1ba58729cc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,bdda4384-aba6-45c3-a105-dc54dd57c081
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,827441b8-236e-4605-9408-50b9dc117b23
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,2391a6cf-9719-448e-adfe-7f220b931e1a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,46dd4fec-b466-484a-87b4-c4634fc87da7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,f167cebb-3545-47b1-9115-312c7695874c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,fcb7801c-ffb7-4ba6-85b8-29905a2a7344
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,6563c397-fa39-4d5d-866a-f0ff6357ba6d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,7a746365-631d-4c07-a519-2f465cedcdba
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,e9c39b9a-eaf1-4785-a215-88c00462c7c4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,db961c47-c503-4c7a-a2c4-178a1d3429bb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,5ac4824f-1978-4348-b82b-92f41686a69c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,43ed2e9c-8f53-45c9-bc1c-de2ff26d19ac
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,15a0b738-e785-4abc-a75b-83287e72f906
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,e66a5535-e5f0-444b-83b9-1d589a6fa0d3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,9b9d3814-1256-4d63-ac75-b4a4f2736609
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,416c658a-ceb8-4088-824d-e5165da70f02
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,1e3e60a6-2910-42f0-a244-b5e34f3e6efd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,d7cb0f3c-b731-408d-88ed-b649ecd8a0ae
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,911023bb-a8a4-46b8-aca1-2ab6ad072d3d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,b2d70e0f-23af-4ef4-b003-846021d6cad7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f6c9e08f-de84-4279-8af1-bd7b7509c98f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ea15ff99-14ef-498e-98bf-a9b36fd00bab
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,8438580f-4c0f-43ea-af2b-b2b9f2536a02
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,2741d798-7b8a-47ce-b39b-bc7c4c7ec9be
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,d9d3314b-f8dc-49bb-9aeb-be9129eaa3dc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,eb1e0f7f-7168-4015-a05c-8bbe437e11e3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f697ee90-73db-4615-8a03-48ac0cd2c428
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,2c917720-97e4-4a36-b75e-9909b63d4a9c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,87c294f8-fd9c-4d9e-bacb-b67b4fef42cd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f867ffc7-7bb1-4dc6-a2ee-db16e89b96ae
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,0995f3a4-13a6-4317-ae5f-e4c11a3e1bf6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c70c28e8-b377-4418-93b1-4ea2c84306ec
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,4e6f63ff-8edf-4c59-9ab6-04679d87455a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,8fe95d9f-28c5-4463-9a1f-1b79f065f4a0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c57ab16e-327e-4322-b121-276740b3b75c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,39428dcd-1fda-4b8b-a3d3-838892e53c3e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,a7836c66-5266-423a-bd0c-084706aecab0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,59792846-b342-4593-ab93-bc4b367621a3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,fd5140c5-03b3-413a-9913-8412af64efd4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,6ae43caf-8aa6-4af6-9a9e-1a629d0c3e49
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,99418886-5dfd-4f3b-aff6-eb55503a42f6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,519d4a10-4a44-4902-b54e-8c2467fd0b1b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,9d11194a-fa7c-4903-89c9-0b75a4e8a6a5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,ac0417a5-ceb3-41a6-b244-029cc9fb196c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,2d1f2bc6-d072-457c-9992-e62568889d87
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,e6ba6ccb-cd69-4cf2-b8b3-1b90807e827d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,f45170ea-ce0a-4b53-ae02-02c0089c2d29
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,d18eeb86-d48e-4183-b5bf-2ec3bf7d0d2b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,ae7e0da5-f028-413b-96d5-09f45b263246
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,c3969838-2e96-45fc-9a09-a5d5101d875d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,a943a616-3794-4945-b05d-ee63e2c6c282
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,8cfa3020-b6d7-45ea-8149-55890d4ce255
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,eef5aef1-2cda-4157-905c-bd56db142a9f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,f19f1cdb-6464-473e-a0c8-5040dcd3d2d7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,fuel_combustion_consumption,fb952911-79db-4af6-bafb-d5cb424a3973
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,sampling_scaled_data,ac12a104-cb2b-4f01-802e-c9355e66d613
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,kg/kg,modeled_data,281b1f01-2a09-4b9e-bf8e-21d04909f5ef
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,26482c1d-dbd8-4026-9081-987137513af2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,779b68f8-57cc-4382-b5f3-cc6b5c24ab73
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,85a0a73a-27b1-4a71-9fcc-719784ada194
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,4baef692-3767-4100-b833-39749cb24d2e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,644f435f-519b-4d9b-9f56-4ce9f35d83cd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,587ba8e9-0196-499f-a660-7abf78aade2a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,0fc9cfb0-6a94-4982-ac65-7b3c1b04078d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,862eb1e9-18e6-4c92-956d-f9104afad77d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,2c5a3439-b2db-42ae-87d6-292bfb0e9a82
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,99f72fc5-5ff7-4121-becf-ae9530b6b1ed
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,3596599a-e3b4-4e7a-99aa-40a7d19f0417
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,6d0e9552-fed9-4573-815a-23d4e0c02333
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,f3b4a635-95d0-475b-90b6-79379a4774d8
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,de68b4bb-942f-490d-a28f-9e24e0ad925c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,a8c34021-b3df-476f-b8ea-a906b0c23298
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,dfbb1e00-d752-4ece-a775-a8bef877371d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,5283a77d-b3b4-406f-99f9-9599a71002b6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,20ebe2f2-54be-410f-aeac-ffa174947417
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,cdd682e2-0c43-4ec8-b1ba-889f1addf088
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,521e9fd7-520f-4151-9111-8febde8e14b1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,1c1f8339-9ba9-4d33-9a4f-6a77e8ee37c4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fea17162-bb9e-4eb4-b133-e9db10f64e38
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,a1e3a7f1-ef14-480f-ac40-b361150855f0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,3bea1189-929d-416e-a4fe-43c8104073d2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,da6202d2-eb05-43ab-a606-14cdf37e1f40
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,6d5b16fe-142f-4268-8980-f71bb5086fc2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,ec971a00-7e56-4b25-bfe7-36aed11629fc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,4d94dda7-3ed5-452b-9a61-ec95d723c67c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,ee35c565-2848-4924-b791-c33a5668c18f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,14c769df-f6a2-4fcb-8aaf-9f831f0ba828
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,6d4d55c9-c3a6-4645-90e3-0fc439ed3f85
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,47357298-7e3e-4311-bf58-951d26865752
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,f2b0e8bd-db74-46e5-b922-f472929ae9a2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,5c6b57b5-8211-4ba5-8945-79d4f67fa16f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,a03db232-5b37-4480-9199-abebffd83e49
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,7f6cd671-133a-43f0-a489-e3623dd7364c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,f1a7be26-04b3-4dd0-a220-0d298253b290
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,e03c1f5f-190f-4f4d-938a-d51d5e2a62b0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,81b93b46-f399-4734-bad8-dbe739ccb967
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,6ef65040-19d0-4ae8-b763-efb6ea630aee
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,c98cd0d2-16e2-43cd-b066-9085c0784f3b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,56c7fdac-992e-4665-9c76-285a1b6af8a3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fd89191c-8a5e-42a7-894d-4d3acf64aa80
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,f56df007-3aa1-4f97-9d66-a3079a5b59f6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,81dd72f4-e86e-4f9b-b6f9-ce80953b1198
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,cb90bab6-4073-4795-a3ba-840d855f5dce
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,95c71cb3-4561-4c5b-b479-faddbc39fa8d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,e4957a53-ebc9-40fe-b47c-50eb24bcbb0e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,73d7bbe0-0c22-4163-969d-ffede044a8e3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,66326c58-df52-4a2c-a0f1-fa65a0ce396e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,b3524c13-9fd0-44d9-8ace-bce13aa7d72a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,b08f1bbf-86de-4ca2-9a95-2cd43789901d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,31084928-2463-4094-8e12-8afe4440abbc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,b3853d3b-dad3-4410-9a18-b94dcd8f2f75
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,55e9c25b-3323-4406-b4c4-2badbb2f40f0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d82f390a-a9a7-4e4c-b34b-111fe0ee9437
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,bd16aa7c-19ba-4c64-8084-10ee3cfd3ceb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,7e7620ee-c810-4032-8182-444b3c8492d6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d308bbe5-46a4-4263-8e73-ddec1050f4eb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,49b3c743-233d-4743-96b7-dcb3f3d6893d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,5551af2c-5dd8-4d74-af96-a615a34297ff
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,1204f61b-9281-4ae4-8172-985babe53bdf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,b524370d-c702-4b91-bed0-c8e42e0b803f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,3cac31fb-97d6-4723-8b38-00f8db2f7dc7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,ce83657a-89a2-4aeb-8b80-50d2b9438ef8
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,c1bc4335-9036-473a-a4e4-3b29e95958c4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fbf2c91d-24da-4fbd-bfaf-df05ef0dccde
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,c13926c7-5092-4271-b3de-149522cd955b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,9c574acb-aca4-43e5-b42d-3b8a301a948f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,4645ae79-e1e5-4c32-bffe-2088461c76f3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,fee11b37-f7ee-47d6-9892-171a18001397
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,341fb3ae-914b-45b9-84fb-dde4ec7ddb2e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,fbaf6bcb-4495-452c-a0ae-bcaa61f2ccd4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d04a881b-8006-4088-8139-615ef1fd7e5b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,15b42b80-552b-4b6d-9f06-48848180da9d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,e581b4d6-72c3-4815-ac4a-2385025aa3fd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,3788bda3-8b92-42b2-92c7-bdcfda56e596
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,e2189194-e1b8-47e6-879d-db754c008f3f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,894a1770-fe8b-4cf9-a2ba-b25d806ebb93
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,da309222-b176-4512-a32f-40a9d4996a9b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,fe725817-de26-4d99-a155-64fa5c66658e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,0253336e-15e1-4354-b4c7-ff527816f57b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,38643e0b-9971-4aa9-a56b-8891de806237
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,79e50da1-68f7-4fd8-ae23-56531297c824
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,6e713b63-0446-4f95-ad01-a2243557eacf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,d16684c6-0bd3-40b4-ad9c-763d88b17dba
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,4f42fb9c-937b-45ae-94cf-2d4f12029515
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,fuel_combustion_consumption,a33f407a-a666-47e5-bec0-db313e1df26d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,sampling_scaled_data,3d44c074-f7f7-4acf-a67e-6145ec1d306f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,kg/kg,modeled_data,a0680bad-fc6c-45c8-b5fb-8f080e21f92d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,afe88d93-4d10-4399-bba5-ca818569c21e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,11aaec32-7f0f-4415-ba2f-c9070982733a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,69ddc9c1-4742-41bd-b654-7ff898c5a70d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,38cc3196-733a-424d-8916-7fec40389047
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,6fafd0a6-6da9-4c4f-8cdd-412c22bc8b75
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b562b895-6fb8-42d1-936e-a0f1981fe06a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,da38f276-6cc6-43bd-a0f1-4b9bdf0bcd09
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,1f0870ad-862f-4162-af75-1f5c071e20c0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,104213a3-3b69-470f-8cdb-4e886b28cf59
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,a310d877-0e15-4a4b-9ee0-2dd47e756af7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,ce05b4a8-db5e-4259-866e-9f02541eff44
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9d238cf2-9e6f-4acd-9cda-d212c883f670
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,a4e6fcc7-5d2f-41bd-a3b4-e10d3abe5442
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,90df0038-38bc-461c-b75e-38edea7cdae1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9d734af2-b470-4db2-ae75-a63dcedf4fbc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,9aa2daf5-5bb5-4d5f-8b5a-ed941d01c4f8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,a71ba62b-92b1-46cd-897b-108fb07d4d46
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,2964bd5d-606b-40a8-a421-15b0866ab3e3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,19215573-83be-4aa2-be2e-adca2c36af68
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,4be4f1b4-9637-4718-b235-2743acd059b1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,1fda3e00-babf-4ccf-92ff-a055582e9154
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,c9ee981a-1b1d-4cce-926b-05f3df211ce2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,9473bec2-b7e1-4d6e-9ab7-349a83e8ce6c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,db8d1fe1-1229-4743-90c1-aa08bdb8ac3d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,318e5bcc-536b-4048-9f15-0de023223228
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,193b4f03-9e08-4638-8333-5a5c073fc586
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,79443f40-1832-4a8d-999f-cf0bbd32c5a2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,28c652c6-24b4-4d6a-a71b-cc85122c917d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,599666fe-039b-4fa1-bd14-9287024e99ed
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b19a5a85-d4f0-49ef-b4db-74c27ae36fcb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,908f0a40-bb93-47ba-932e-7d0772f89c46
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,1dfc00fd-f19d-467d-b90d-56f4d7ebefb1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,68b4052a-d82e-4a75-afff-30173e6a3c0e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,4f6816e5-66c6-400f-a8b5-56609abfd7dd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,2b51619a-b295-49b9-9ef2-6b479767f966
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9ad943c2-aa26-46c4-9ca3-925533204b16
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,24b52ce8-f581-48c3-855c-4b3b0c844bb9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,c2aa26df-f83f-454d-9504-4a50497ddf45
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,c5739708-36e1-467e-91eb-54847f8a2ee7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,1261e1c2-9c7d-4a9f-9134-c3723d7601f7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,a910982d-1096-4c79-830e-1d68402538f7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,2b7641aa-4b8d-4875-9b18-fbdffc3294e5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,dea36b13-dfe1-4975-bcc7-983df6bade46
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,47110078-3d06-4651-af12-a90cce047ea8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b2dfb672-67a3-413d-964d-a42c6ad36898
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,966561bb-00f5-4315-a6e7-a43ab535ed3c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,8bf5132c-6c82-4482-af92-03832f27813c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,a9455863-39e4-427a-8385-4ad32b39a2ca
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,05ae96c9-16f3-4584-934d-d31053bc1ce7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,2a507667-c90c-45f3-b594-b4b26018c199
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,036ce54e-4964-437a-adb3-27808f79637e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,15828bff-9425-4e38-9b6d-669124218066
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,12479f96-db5f-411a-b752-46115f328999
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,155d6445-866d-49d7-b955-5adc3639a0db
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,79879647-547c-4b11-8847-fef067bbeff8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,16a25377-8194-4176-b1cb-a6216262d1ab
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,f013ccc7-dca3-4764-a534-dc87830a872b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,2de0ef0f-988c-4a9e-9a3a-5c8b344a9253
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,5dd712d9-5d79-4b61-a7da-914c4fc99d5c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,577871dd-e49f-4d32-bb2f-e9bf39d04d6a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,f8e77207-f3e3-4a1b-8539-cb6b6e515559
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,7e39a69b-586b-43b8-82f9-97a24a5e8925
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,9b84909a-298f-47b9-a75e-b3724a548606
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,58ed3779-a650-4edf-94b3-e7e088b41c39
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,66bd76aa-723c-4ba9-a7cf-fa76220ac055
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,230b7af2-1e01-4e39-9550-410f37ca4395
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,47fd6c48-a5ca-4f8f-adc5-cdd7359ef563
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,18980fe9-8e15-4ba3-a784-c2179c7204ce
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,13aabecf-119f-4874-aaaa-23722ab228f3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,a8bc515c-ad02-458b-8f1a-2f1c7a2128d4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,64320507-eb6b-42f3-9e41-db543362697c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,38829c3e-7481-4235-856d-c988d904fbb2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,d54fb362-d634-4f71-a101-b6e85c615908
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,c2ca15e2-abec-45a7-8910-8db01a3817f3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,46f79b38-7b0d-4ad9-ab80-695e56a2fdb6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,4193e6d9-4af3-4c12-a6f0-959f6237f696
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,e1830737-dbd2-4206-a498-1d38355134bc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,dc8a856c-2de3-41c6-94e8-fb7852a2e903
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,31c90a1f-6d2a-4847-90bc-aef159719871
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,5bf467b3-0f77-41d3-999a-343a5a31ee38
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,eb93c484-befd-42bc-9eef-d8f74d8e668c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,0f6e5be2-eea0-4170-8e2c-861473df9ea3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,45b156d2-c1f7-459e-8f98-749ddb11092e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,932f67e2-052c-4077-a1f5-86ec16b1b645
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,00cdcc44-d977-46e8-aa84-89430b4a91a9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,e57b1312-a6a8-4dd0-bfcf-0b941b40da4c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,c49760d6-7d78-4622-9db5-375bbdc004bf
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,fuel_combustion_consumption,679c123c-a7bd-4069-9d1f-7fb9a562e79f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,sampling_scaled_data,c42249fd-2d8f-4b65-8af8-8488ec8cdea5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,kg/kg,modeled_data,b57a5d6a-3208-45b5-b178-0a84cd77080e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,755c15e1-4b0e-4810-8499-09e4eaaafc08
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,929af4ad-c7d9-4125-bddd-bc53bdc9a8bd
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,370f04c8-7994-478a-92b9-0ebbe710a89b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,e464bb49-ce35-41a9-853b-c96b98d86555
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,c0ddae47-b4b2-4c2d-b2f1-26ac2e83ae5e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,85fdcaaa-a66c-4571-a5cf-9e0d01891341
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,670fd7cd-4b36-4113-87b8-6b71036dca53
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,3c535636-0710-420e-ae4e-9000b6e065b6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,bf84eb38-f895-4e53-84ac-92e889e043b5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,681acf79-1bf0-4699-bbfb-25a30a56591b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,71394bf7-d630-446e-baab-3295054ad855
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,d82aeb30-c2b4-4374-8ff3-3d3683acb93d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,b9e6d291-5cd8-46ba-901b-b450c5dff664
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,f66d5e5c-1ae7-40c0-a141-37bce9820f38
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,4ed74b4f-310c-4eac-ab6e-3fb1b0c548eb
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,d1b86e6a-8b6a-4dc6-b48b-531ddb9af4db
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,b8f5f8a8-418a-4189-8ef8-3a7438af11fb
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,003a64c5-193f-47dd-853a-89fa8fc49437
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,f18d4586-6803-4a20-a221-d2e8e6567b62
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,14c6d2c6-41c6-48d8-87d5-962e1d93de47
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,3eaa43b0-ba54-434f-8dfa-19f219cb13ad
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,9c2e4439-6db6-46ab-bf4a-a711facf69aa
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,64f31acc-002c-4ffc-a8e9-c8214b38cef5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,0f34e875-7b04-4239-b16c-20119fba7c97
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,253bfa0e-6bbe-4852-a9d2-a275f6916f4d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,b8c61467-f4fc-4230-bce1-ecb2908659f7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,734d1468-20bf-48c6-966e-41580ea68774
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,5efa2d13-a48a-4e9b-a4b4-714dc4655244
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,10c3ce61-9bed-45db-8e46-eebcd3896e8a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,0aeda772-c4a5-4e76-8257-751d248f49ea
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,c9d6ada4-9031-469e-a33a-5a626ee4d73b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,ce81912d-6c30-43c9-89d1-e349b0c12813
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,ab0c14b5-a7a3-404d-b491-cc518f736e20
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,f998ad42-7487-46a6-939f-5681a25b39ac
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,b5c925c9-d067-4385-a9a0-fe626f0b130c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,ade4fe3b-3c05-433a-ab2a-101fe2915d3a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,e94e4bad-d032-4e43-80bc-4b6528473c33
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,8219b0a2-1fe3-4377-8b8f-81a11594592b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,7cf260e3-5684-4ed4-96be-d3d2a4ae0b19
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,8d09ca6b-1927-4b10-9a0a-7895ead0a887
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,3a62734f-96f0-4a48-9078-4a8ab4849f4c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,110ba1de-507d-43b7-a27c-dd9756618e67
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,b1ba763b-3665-4ddd-b5f9-b51cef798b43
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,20b26cca-5437-415e-83b1-573d67bd1940
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,cd62d3cf-dfd9-439e-aa8a-557a71de4135
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,625caf28-cd6e-478b-9390-6d0c250b24ae
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,7094b592-137a-435e-8194-6374f61e6ac4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,12aec4ab-5489-491f-bd17-3f3a5ac3fe58
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,dc6175a9-8121-4ae1-aa75-d74803fbdf61
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,6ef91d20-8bb9-4e5d-9d74-92ba9d109cb7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,7b97a4eb-3049-4444-ae42-e47f34f5dd4e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,fuel_combustion_consumption,1183d1bd-0352-47f8-8038-fee0f94e8c3a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,sampling_scaled_data,ddb77f7d-8418-4663-b594-ccb4a343a588
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,kg/kg,modeled_data,ba5018de-e262-4c2b-a386-d659723dcd70
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,1868d44b-a76e-4558-8bb3-8b4eef13d7ca
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,0026d298-88f4-4456-be50-5fbc5f22c006
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,5dc92ca6-8d2c-4533-b912-7332bea9b6e7
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,76f4f579-1781-482b-a848-ff9ed712fcf7
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,d05e9601-6973-4397-804e-f3fa1c37f945
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,bcb7fb03-23c9-4c15-8cc9-64265fc93283
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,4bbc7d5a-2cae-418d-a82a-83252c0f93dd
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,b80d30aa-1e34-413b-8b7c-f7b78ffe8e8b
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,3b294237-26ef-4748-b3f2-99e7de2f01cb
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,537b542d-42b0-42f1-85a2-f888b057f9c3
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,7d7c5fc9-ba45-4c28-a9a8-8bf09e0879b5
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,544c3b76-fb42-435b-98dd-cfe8dc23a539
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,f45f883d-6ede-45bc-b245-29da5211cded
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,8174e15c-53cd-462f-9160-55d195aa56da
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,10646627-5d89-4e03-b284-760e76d82b0a
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,fuel_combustion_consumption,ba17fbf9-cfa3-4992-9400-c64425bd22e4
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,sampling_scaled_data,defc5c5a-3e11-48a5-b2bd-754daf63a1f9
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,kg/kg,modeled_data,4e5ae947-0170-4649-b097-2795c4aebb9d
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,2e6eb041-093f-437e-822d-0f9882156be0
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,d804afce-beaf-4e00-8c0d-e2dc6cfd4dbc
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,47ab6461-9460-4383-b19c-5c5f4727976b
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,a576b59f-6e59-46ea-884a-9f551152da02
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,273eea38-af6b-42b0-a8b0-4942e964ee8e
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,d6b483cb-c8ed-477c-858c-af92dfb9ebb9
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,c2e45474-7098-486b-b273-0ae82a9a9695
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,8b803215-b645-4da6-8414-2e2bbd1d4e08
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,2382029c-05f9-40d8-bc75-62323adb6965
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,acbc9215-78c5-461f-a40a-bae64385afc1
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,142ff4aa-6d57-4afc-9113-b7722e6fa870
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,ef58e6b0-a649-4ee2-bdd3-920d7048c28d
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,e14f8f70-9bb9-4c57-aace-596c868cfdea
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,1efaa451-5518-4ff1-8d53-4c7eaa2713c3
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,15a1c1b6-5a60-4763-886a-047525f8ae03
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,fuel_combustion_consumption,d6edb61a-c304-4729-9c8d-48f55b9facbf
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,sampling_scaled_data,074cac0f-56f0-4a17-bfbd-3ae175c08ddf
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,kg/kg,modeled_data,e6700dd6-961f-4ab9-85a7-296886d733dc
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,4cab1cc9-03a6-41da-9de6-1a37300eea37
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,fecb16db-87df-4caa-9680-ab28a1976527
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,2293dcb4-ea5a-4b1c-9309-5bb020c94a18
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,a9546724-a7d2-49b1-ad96-3780f5461933
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,ff13d98f-6226-4420-a5ed-4b97095f9774
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,5cb8f961-26cf-45dd-a78a-403ee1e3e2b6
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,2d0cb182-859c-47bf-929e-f598f63e1e7e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,e7e1decd-97ec-4b6d-95e7-2e49d41e2741
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,93d23050-430a-4b1d-8d1a-7a1864a6cc9c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,3fd1ecc4-215b-4d5c-9c66-a34b9ca8282e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,39b4d009-1149-4493-a158-038b54365861
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,646734b9-9884-4c45-8d59-b858f9f93311
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,33d6f9bb-4527-4554-93fe-c23e182573d7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,370049a3-a3c3-4274-a700-5e28f5101d9d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,e02d1d08-5825-456a-941d-f810ac0fae83
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,2c751911-4cb2-42f9-8982-d340061d3f44
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,02f10832-85d6-43d6-a4d2-59e0558613da
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,1d046995-3c7c-4823-97e8-056795e0f05b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,f343ff5c-46b3-43a5-beb1-a6865a65a7b8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,3052b8b4-7395-4462-8e82-2104e3124538
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,163ae0b1-6fb4-4185-ae9b-d3765a7ab870
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,6ea9c117-aa9d-472e-a383-98bef80221a3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,5e898ea4-1e6f-4ceb-8747-90eb664a5449
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,875139aa-bca8-442e-b933-53bcfc1106a2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,30fb0e30-b96c-4087-add3-e7ea0829b1ee
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,885d8f36-9600-452f-805e-a34dd0542b9e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,2eebdb1a-be83-494d-b00b-c0b484a3f94a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,a9d0fd6a-6925-423a-9ab2-05d2f753e917
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,240c9ca9-bd4a-48f1-a78d-78bacb66ab13
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,dd7f1c02-e244-452c-a4c2-2ae56dfff929
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,70409f37-d7cc-4dda-a7fd-dd255d130894
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,2c26928c-7bd0-40cd-b77c-4e66782ca331
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,cb190106-aa95-4c61-88aa-8e87da981055
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,888a6a0c-e6c2-4361-9330-749066d310bd
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,33fa8b04-0d26-499e-8fa9-87a0b4ccc92e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,8aa6bf04-3598-4d99-90c4-3f5354aec13e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,500d6a32-07bb-4f0d-8a05-8603a5b72e7b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,1e5716e3-8adf-4098-b2fc-51cffa7b2cbb
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,30d78813-fb73-46b9-b679-11e6a1b347ce
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,4eb0e1cd-8bcf-4c41-bb7f-dc8bb36226e4
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,eb9e77ff-1559-4a5b-bac8-750a50ec982f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,e9b94c73-4eba-433d-99d9-cd38d6786b4b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,05a1b0d6-3af7-4164-939e-faec4de154ec
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,f7aa101b-2f86-4878-8ea5-ca1979355d58
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,d28f26be-14d2-4700-9ec4-083fac67c504
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,9e0d1d1e-e2f4-4d09-9474-a3bccf080f5b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,00908887-bf43-41e0-afdd-9add04a82c2f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,eaab2682-7e26-497a-908e-474f849584a3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,b0f12f60-91af-4209-8ae0-92e842986c16
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,3f717585-7b51-4c94-979e-6ee0a88c93ef
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,68711598-0ca0-4a4c-998b-7f9fb3e13897
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,fuel_combustion_consumption,6e2a137d-0a13-43b9-9ab4-778a9a5bd6d1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,sampling_scaled_data,5aec529a-8bec-4b7f-a635-b5c3585246b1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,kg/kg,modeled_data,df83b6a7-7e05-43f8-a0e9-7c572d644a97
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,17d74400-9318-4d11-beaf-e5ccab8c1dda
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,02e171e6-b270-4d2e-b535-cf283cfd261f
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,6ed3fce3-fc9c-4914-99b4-2a5b496b8cfd
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,f865942e-b00d-46f5-a0e0-a0672ab520ec
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,de99f438-47e1-4387-a26b-aabf16971919
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,8d17325a-a51b-41cb-80c9-f42605fdad05
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,6a6f11bf-5dca-44b1-b673-5d8a5713cd19
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,5f688933-db2d-44a6-b016-f61167dbe0e9
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,3d5c5a05-950f-4f35-ac5c-76c74c15f742
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,3786d9ad-5933-48e9-ae19-c01d7ff6773d
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,0c54ea80-38d0-4d72-86c2-fea51669bd78
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,d7a2a474-3f6d-4b2c-b771-f75894da6b85
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,db0c3cc1-3997-41c7-b09d-b5cd67581165
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,199be32f-9b86-4509-924e-edb2fa005086
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,7c0133af-183a-4feb-b1a2-5e72e7121a80
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,fuel_combustion_consumption,6d1341ab-e457-4c3a-bf24-cbc604c01aa3
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,sampling_scaled_data,740cac9b-cf40-448b-b1a5-bb64cf7efd3f
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,kg/kg,modeled_data,6a3e3441-52cc-411a-a6c6-696e8888bc43
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,0aad2197-b69e-4c65-a36b-d0293cb61bcb
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,dab65761-f90a-42dd-8991-74eb51335d91
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,16322da3-4cda-4bce-9f43-e5572cfe0283
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,3acbab44-843c-40b5-995a-8d2dcf44875c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,21fb9ffb-adfa-4842-8252-bd2bdf0896b9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,bf01b72a-f04e-4e78-a4da-a6f29107b63d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,33070fb6-d947-4fd1-bbd0-f2bb4763442d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,361fb2cc-ac59-477a-9590-6968054383d5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,48de38c4-4543-4c9a-a057-6ba68adbc03a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,b2bdc8cc-33ab-47af-9466-194b09595417
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,2018fa07-3ba5-488b-8f2d-cb5111c70e07
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,e31205f5-6d0e-4946-a547-4ebc6109adae
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,3445108a-89ba-458b-9ba4-568a0a072986
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3060e428-6b25-4c11-960b-6e3550b40710
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,c6f8e1a2-ec6b-4783-a88f-d8baf21bfe5c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,09d6fd92-818b-4e5c-99e4-293315928d1f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,adcb5c7d-f6e3-49c5-a726-f88248649c6d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,94a39d15-2585-437d-8e29-df32695eb85f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,1868a96c-6aaf-4b25-93a0-da27a8fccb6a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,49789165-7b5e-4186-bcb4-eef4ac991e29
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,6588da9a-7466-4829-bb47-9e1a149cd1ad
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,b7325f94-b1db-4651-be4a-0eed10d249cf
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3d4cd0d5-270f-4c94-9886-98d7e8e3bdd7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,2ecd9207-ad36-4886-b45e-cf1dc1fae6c2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,9edc0172-06d5-487c-a314-86f753d413be
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,57f9459c-d1df-4969-84d5-ce53f505d327
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,d3976225-c2ef-4154-9077-8c55852b92b7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,9443d3e2-9f4c-46ff-9af8-282d85806fd8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,c8d5de2e-eb28-4fa6-a900-af1789058174
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,7c7c655e-d592-4811-97be-3d068469dbf7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,eba6fd02-9e47-4873-8816-7b565def31b6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,590eae5c-43b5-495c-89ec-32850dfa0375
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,a58c300a-6025-4e0e-af6b-1dd3dbe3eea3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,88602eeb-8a5f-4d1f-be82-db2e7a228c13
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,f29eb8f7-57b7-449f-bb91-e317381a8202
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,187dfe1f-67fe-44fc-9c9e-a5975e1ab1b6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,7fedc6c9-6978-4ac3-b2bf-39f91b22b35e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3d5930b9-32cb-4629-9e9c-758383d95310
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,4db2cba3-5970-47d9-ba56-bd91530a1b43
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,44adb623-302b-4ea9-a20b-1f3dd94590c2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,881fa59d-3873-4310-977d-6fad966c6f7f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,199f8629-703c-4b58-8eff-e6d2f375605d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,91c6ecbd-78fe-4c59-9608-cf2945c52284
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,10e37cbb-6890-4f75-b7fc-2050fb0f4a9c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,b90497e8-81a8-48bb-a658-08b04f33d1ef
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,8cdc4884-8b3b-4644-8d6d-cf4730241ae8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,195e572f-19ba-4dc6-8987-97b767c0cf4c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,ea1b7088-cdab-48d4-9c6d-bebd10110288
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,a8a65de5-7196-4541-8846-5a35fe12604e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,e7b5cab8-8dd3-47e9-b4c2-7d83ee6d01d3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,7d3f1fa5-a0e6-4406-a1c7-abba2eb0575a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,19365226-0ae2-4891-ac9a-47e8f3b0a6c0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,beeae206-92c6-403a-85dd-9eba306e09c7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,4d18f13a-f2a3-4390-a110-e75b25445888
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,ba26ebd3-5865-4325-b4c3-1ccc65cae82a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,221f1dc6-45b7-42a8-adb0-5fa54abc7a5f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,9950add9-070a-417b-8b75-7ccd2ccb6da0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,8b7069da-877b-4b12-aa6c-8a7ee630fd8f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3acc371e-3165-485e-9ebb-d3645286a32a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,1e6627e0-9290-47b0-8189-5e9f667a7a36
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,c3ee1111-8493-438e-943e-9e391e207696
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,2756adf7-0061-475d-9019-b354a14d3021
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,d44860ab-c5f9-4042-a188-eef92c747d07
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,bfdf956b-14b1-41e5-80e7-454dcde9ff97
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,fa53b4c3-2952-49ad-b1ee-e68e04a49154
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,76509727-3865-4dc2-95ce-36f380aaaa41
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,085e76a9-3ccb-4775-b80f-a4d79726e2d2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,6bdd9183-0dc6-491e-840a-6f758b765768
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,cf516278-2d37-4c79-84fd-49fecf956814
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,c3c4892e-d6b3-439f-8091-2c7ffae5acf0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,06a01899-8422-4503-887a-f8f3b90a2dc2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,c529dbe8-28cb-489d-a974-6da72cd04fdc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,5a348cd7-0202-4908-9251-3485e6c75d88
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3a589efe-f62e-4fbe-b6b4-bc0b16f047a9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,1f8ba46e-b37a-4994-9b30-95836bc7f457
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,61f1710f-d9c7-4c53-8ba6-16f085ab1a1e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,3eefb1be-e8ff-4994-8bd2-b878f4d060f6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,4ab60132-bd57-4b9e-b7e1-52394387df9f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,20ad96a8-fc65-4e10-98b6-105f2f4fa3ca
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,a43bd14c-296f-48a3-b04b-b497def57e5e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,872a3ae4-95c7-4e63-91f5-66c203bad013
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,f03b46b6-ee3d-4193-aff8-7c8a413d4c16
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,dad0343d-4fdf-4532-8cf5-9136f74a29b3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,423a202c-4d70-4a70-9ab8-a017bc360b05
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,5b8396bd-356b-41d0-9fe4-67c501c859c6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,6bc29cc1-3dbd-4ac9-b9ff-f5b4d052ce07
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,8a1bdbb3-bd81-4b29-8b67-ffe937f32b65
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,fuel_combustion_consumption,7aadbcf1-ad9d-433d-8127-7ec9d6e1a690
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,sampling_scaled_data,0b4ed326-09f8-4ccd-97b3-c700c3338844
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,kg/kg,modeled_data,7299c385-ddb3-48e2-b899-cf969c0170e7
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,kg/kg,fuel_combustion_consumption,1bd49252-3473-4986-ba2a-632793bf1877
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,kg/kg,sampling_scaled_data,8fd4a25f-294b-40d8-a0a1-e6d8afec0790
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,kg/kg,modeled_data,ccea1567-1525-4e1b-9433-9d6970532ac2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,accef22a-32ae-4d48-be8a-307373f7824b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,a93a0ff1-c72f-4d5f-8ef8-bc4cae1f190d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,4badae5e-aba4-49bf-b796-9d1b6a910da7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,fbc07038-8520-482e-b0aa-d48ee8fba3e8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,28752114-7740-45f2-86a6-edaef54ad99d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,e8365310-3c46-4857-9bd1-e59bd4966303
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,85285a88-af62-4e5b-aa02-954cea79d0a5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,e1a3f81a-af7f-43d2-9924-e7c09b382e0b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,a02e8e3a-b1a1-47ab-9d0c-8c45b01ee566
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,70e6897b-00f4-4b48-9b45-9656cec886f2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,87609cea-4def-4053-9094-a74704e071f5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,0d6ecec9-207c-4807-97d4-0636eaae7365
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,25be410a-217a-4ac5-a145-f2b8366aa011
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,e9cb93d7-130d-4fdc-a85a-073311120da3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,fb22d15f-64d8-4863-b53e-28bbbcf8660d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,bb266410-ac1d-4aa2-a7fc-5cf1d6234fc0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,0078703f-b869-483f-8e87-0ebd4b895d4b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,7a24c039-48e5-4015-b84b-731cdcd20bf0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,be42ae4c-712c-4257-be91-2a61105769d6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,a1567f25-78de-4c6a-9d75-7ac0bae543d5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,b10f13a8-38e7-4013-8f1f-08e0052eceb8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,3d697f85-0521-421d-9508-ae9323d646fd
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,5d5a7b47-e0cb-4954-bc14-9d17efa67ff6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,a34c6840-3545-4181-b444-e92ec1c8ccd0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,f70e72ff-6def-424f-a66c-b219c0bba636
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,2f19e7df-9577-4e02-ae82-6907d0ad61dc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,78ff14d9-1e07-40e7-9e40-5313bba8a540
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,eb000aef-4bd7-4b31-ae01-cdb1c02a4af6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,bf997adc-b42a-472f-aed4-289b408e886e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,5a10d981-074d-45ba-b4c8-16d212f4a501
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,f3270a76-05b9-41e9-8965-248e50929793
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,3f9e6e3c-151b-49f7-9ff6-1e1d5bd7ec17
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,ea386e0d-1e17-4d2e-8abe-b112c86ac6fc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,cc0a2101-80de-49fe-b876-4b82d4bc56b1
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,4fdb5019-344c-4bd3-b95d-8fd0ef2649fc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,61f2b300-906c-47be-9880-0ddcf1fac88a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,3bb73b3a-f08a-4b3f-9e45-51c303fcb6b7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,ea4bb23e-97cd-4c43-b209-fdafcfa5ff13
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,edc1125c-16c3-4561-8595-5b96cde6f080
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,518d6447-3813-4690-8ac8-fb21ca6587e1
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,c32e4c42-5fce-45d3-abd8-6d34f6d6d37a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,a683485a-a12a-485e-a893-5e140f0c50f5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,18fabb86-32c0-4ec1-b27e-f501303aa666
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,ad69aac0-c845-4003-a02d-ba7852adb6c0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,c670cf50-fe8d-40a7-a7f3-4892a888e3eb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,9136ecbc-bcfa-4d75-ae41-edee024c9314
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,5b48f449-0062-4af7-b49b-ffbaf3d183c4
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,d488c9f6-17be-4326-8afd-710382b240c7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,88a67b64-4559-4c99-a12a-143b0974dec7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,e263d4bc-db5c-41e0-8910-631dd27b2f07
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,8f609c97-52d2-4587-9700-a1c67fa9f899
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,fuel_combustion_consumption,e4a6cda7-ff11-410c-871f-cdf560540e57
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,sampling_scaled_data,15f54430-6ef0-4d7d-8ef0-c030cf985449
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,kg/kg,modeled_data,0671ec2d-3dfc-4b3c-a16c-12276e0e5592
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,dd152a96-5aa6-4928-bbd6-c934dde70690
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,2dc8163d-37e9-4dda-b1f5-8b9db8f81f4d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,c335a6e2-ec31-45d6-a551-e0f4ae1faae9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,b4d3fc74-f995-47b4-9a97-40179d9e8cc3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,b99179c5-2cc0-4922-9ed3-079d15e25313
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,cff5e322-d551-433f-b4bd-0682b29391d7
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,f4e853cc-7b25-41ff-9bc2-9cc145c64f5b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,5fe036ae-92f0-4630-a994-7d2a86dab23e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,d34c3852-cada-4d4c-8bbf-5a74e8d819bf
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,638934c0-ea7b-4dc2-bd4a-2ff94069776f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,3b497b24-96ce-416e-a1ba-86a578955d2b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,99fc1d70-61e4-439f-a1e5-668f7cebb1f6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,36878458-4b5e-48ee-8a09-70e317897951
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,e880a7d0-c98b-409b-8418-b3f99d72bf21
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,d1f1bb04-8ebc-4ac8-8283-914db2bdf4c7
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,fuel_combustion_consumption,eda527c5-2b77-4b8a-83ec-53e980517053
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,sampling_scaled_data,221c91f2-533e-420f-910a-606b4c16dc6f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,kg/kg,modeled_data,1e87e689-1dab-4144-820c-bafa847e14bb
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,1ba5d1fb-4d8f-4602-806b-9d5ddb094165
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,25d8430d-b6cb-419a-acd3-4ea02e5fee46
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,b987b7e1-e03b-4466-995c-897084ce5bc2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,8e35ff76-0506-4a90-9560-21f6189ce65a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,8b70ed8b-f050-437c-b7ff-8587e5185189
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,a5e91f8f-2bd9-4d5a-9c44-53373fc4d1da
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,d7b32bc9-8d59-45ba-a78c-4d6068b0c6d8
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,95505dbb-a276-4ecb-9a3f-58970df86440
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,75e88e88-e7a2-4825-921f-5d10fb5638b6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,55276eb0-885d-4710-8ce6-9e039f7007b0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,cf3127ea-78d9-4f72-aef9-5640f8cc4038
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,f0bd3cee-dfa0-45bb-a92f-2efc9dbc6600
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,61a1cf5b-e105-4542-a066-5847caf989f0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,e78cde01-6be3-44c8-b2ef-acbc12407d45
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,4128e098-d7f6-4e6b-bf0e-928f7888b90e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,fuel_combustion_consumption,89b9e376-c1f7-41a9-b3c1-78d3a21e8080
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,sampling_scaled_data,bf725f84-60ad-4c08-8e13-943af3efab28
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,kg/t,modeled_data,125a6c54-f2cc-4619-a53e-4f9ab92751d0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,fc0624a7-d4ef-40c1-8bce-0fe512645a8f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,25d519b7-1a40-42fb-a4f1-b44a5b3f4d6a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,5135f56a-a559-4a03-8902-821f7662f719
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,5a88fa9d-a0b4-46cf-b5d4-f8504480371b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,126ecac6-c93b-432d-acb6-1f4c9082f8f2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,e6b0c159-941d-48df-8707-9e9a83b0c15b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,d3e7487d-dcd3-4da9-a631-0b9564df4e2a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,aead2785-37cd-4752-9fd9-31ef0fd93344
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,bbe16e92-e68f-4459-8280-83bccbd7fed4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,21206a50-c37a-4d7f-bbce-94c5a6ec270e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,c830690c-91a6-43c4-97ee-1e64f4729f7d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,5f3d8688-10e5-421b-848b-daedb3e6905c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,1e5b719d-1d40-4c25-b02f-97d146a121c9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,13b53f8f-950c-45dc-a6f0-8cd5797b757b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,322cc1e2-92a6-49da-b842-6bfb072be180
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,fuel_combustion_consumption,47ae50d4-2359-41b4-8840-3a25b6e3b115
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,sampling_scaled_data,f047c7fa-31e8-4cdf-a787-7d77958d132d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.3928402666666666,kg/t,modeled_data,e16e3d29-507f-4a8d-b3bf-30bde8f20a60
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,6f753a2c-dcb6-4aba-9dc3-76348c9e3c1b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,cda80a74-0f51-436c-8aaf-a9beab79bb70
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,080c6c8f-1b30-4ab3-a9f6-d661559e7701
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,5accaae4-d170-4620-ba59-09cc336eee08
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,76208f1d-d1a8-4086-881a-a06165ff774f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,1afa3c45-9fcd-4c60-9f2a-478663e5b535
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,a56008dd-5a1f-407b-92c9-ad7eca3963db
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,26921d32-6afc-4389-83cc-852d353e83c0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,6e00bc4f-7a4c-4272-a229-a0343c5a0ef4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,25aa929a-530f-4c18-87bd-7c0e261e6648
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,a2599cd6-1de0-4987-95ba-57409e7472f6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,998ed69e-7fe7-47fe-8eeb-505c8a1bf115
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,eb1e62cc-4762-49f9-89fa-c40db9ea8aaa
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,3676fa85-4904-4221-8735-e6d395b0940b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,61c419cd-c253-47e7-9899-b14a5f813e61
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,fuel_combustion_consumption,91922ca0-3780-4c6c-b848-28b73466922a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,sampling_scaled_data,d644073d-de5c-45bf-b38a-64f92670044a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,kg/kg,modeled_data,bebe80de-b47e-41b2-bbc2-27405313c2a4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,3aee61e6-834a-4179-b227-87fa36957c44
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,48d95a67-7a55-4242-829c-e6925b6a1ac9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,d8e1939b-a4e1-4189-8172-f6166153fbed
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,eace7db1-c76f-4116-b0a6-01e20cf36e11
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,b3a572e9-6e11-4945-9f6c-0a4d5f1160ab
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,fbd627ec-af06-4397-8315-1237e7182ac1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,f1b2e02a-8a90-4770-9a3c-7fce7576a31e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,b68ce9fc-2f36-4442-993e-aeabe151e41a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,9357667d-ca37-49a9-82e2-a2ca929227ff
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,408d7357-cd58-4197-bcea-0d1294b8d5e5
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,6ae11741-e9cb-47e0-b87b-415b0aa398aa
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,42b52532-3f23-49b5-a558-27f786618521
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,8359d5f5-ba0e-484a-aa64-f20f7b3668f2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,3b1720dc-766a-42b7-9cd9-d22eb914f2b4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,3a7790d6-610b-448c-ad44-e6eec5edca6c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,fuel_combustion_consumption,c348b536-5f22-4a33-bb1f-a30089f14d9b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,sampling_scaled_data,b4c0ff22-def4-49b7-b5e8-0e3645496457
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,kg/kg,modeled_data,1d8e3508-5ae9-4736-adf3-29e3bf16f35f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,52d2b117-7d0a-4f06-9361-984bb6bfca7f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,afb44670-a9a5-4e7c-ba5c-3ddf92116aff
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,1d38cdcb-d720-4892-a65f-1eab33661510
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,0067d73c-a0ed-43ba-ac0f-c57594b6d86c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,1ca8afee-c480-4eba-9940-34216fdc33a4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,604f6af5-ed9f-4b9a-8a36-7ef5880718c6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,eb811a76-e3ba-417c-95b3-6e6ad9e5641c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,a5c93af6-50c3-4a9e-8681-ab5a92711dc2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,b6bec0fe-a89e-4583-9c2f-949407d0e73e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,f3e2f7f6-a5db-4328-8336-b49d87088104
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,33036e0a-0f17-47be-9d0d-556eca87cfc0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,235f31f0-4801-4404-aafc-fb25e32266a6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,4512dfa9-2e7e-4402-ade5-36e961ba1cb9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,1a698437-2748-4dcd-a4ae-95cc4353cd7b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,a39474a6-5c7b-400a-b042-6619d90a653b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,fuel_combustion_consumption,6a98c76d-850e-4565-981c-ed080df9d5f6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,sampling_scaled_data,b8b1ecf5-c40a-4aed-adf6-b773bd48ddf8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,kg/t,modeled_data,f326acf0-7db8-43c9-83fb-dae79ec3ea2c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,3da5f94c-2450-454a-a8bf-0c05a7d21f27
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,4c5f3fbb-586a-4148-8b53-327e830d54d1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,2545c984-045a-4e75-817a-06a487c5f4e9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,84a74ce8-9679-4b07-827c-60bb2db756e3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,cf2204c9-f176-475a-abb9-e68ba98da847
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,8699d570-c0ea-49b6-a1b5-25571fe3478c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,ec02dd4a-1490-4401-aaa6-5811d1e1fe16
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,e44809ce-2b46-45d6-b559-c9f53d3b0fb2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,092d2b73-b223-4131-939c-c29ee29fea58
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,8e5797c7-09da-4796-b930-e12213f1137e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,6b17e10c-28a6-4eef-aaf1-79d8959fb67e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,1ac78f5f-1514-41d2-baa8-ef1438d7618c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,241db3da-d11e-4a59-9a09-b11e0adc84f4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,5cc52ad2-27f9-4f4f-a52a-43dbcc3fb2af
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,699399b0-4874-409c-ba76-d10f43b78758
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,fuel_combustion_consumption,0a39616f-dc48-47ff-8d60-5ada26ef2329
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,sampling_scaled_data,1eb8adb7-efc2-4be9-a30f-64d9b253be03
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,26.68,TJ/kt,2.4544710666666667,kg/t,modeled_data,579f45d8-1f81-479c-ae50-43c624def984
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,2353f239-671d-4ed4-a5c0-596617bbc343
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,fe9dc492-99e6-4699-9387-6bef26327904
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,122f7514-30a5-4ae2-949c-93b95c0df17b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,36967cd0-f8a8-45e9-b88d-2f230f94b287
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,0434df6a-2649-47de-a1fb-d8fbfb284da1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,1477642b-44ca-4253-bd7f-759a68b374df
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,d8a751fe-c9b8-43f3-8be2-33b62fe66dd0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,51ec448f-c89e-480a-87a5-b479ecb28f03
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,49d22d31-8eba-4036-8b78-1a5498c7385d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,f7d820ab-adf8-4bb0-b36d-e5ab6c6dc81c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,7aea5a9b-d207-4da0-ba08-f26d3646f93f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,7bf97058-d309-4ed4-9b97-081a7e95e529
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,643f59f0-2cbb-4771-bc27-764f480b5aca
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,e29174e8-21c8-4d94-be84-ffa224c932e8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,d6bf1065-8a5e-4a9e-9e41-f88c317b6e0f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,fuel_combustion_consumption,d7ac8fbd-3486-4910-ada8-dce9985ef688
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,sampling_scaled_data,b73eb2c3-2dad-4e3f-aaa2-a9dc775d8bae
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,kg/kg,modeled_data,afd9dc6c-b645-4aee-bd1b-568267915243
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,12f84d07-5d3c-453e-8846-fa92ab786b1f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,3fd73282-8320-4697-8d3d-f58552150779
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,2c47318b-5622-4ccc-a72b-438d27440730
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,90dff9d4-6848-42c0-aab7-630c7ba3a98d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,db60f2ad-a1d3-452d-ad7f-9bfd3b0b0c8d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,fbd55c30-707b-4df1-8c77-c5635b04d523
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,604ff9cc-7fb7-452e-a00a-94a41b04f2cf
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,3b206e3f-6222-4f5e-8843-7bd1765b9642
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,8810be89-6f1b-420e-a41a-45a24dd71c8e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,5ccc547a-a984-4479-9c18-89f0725d5841
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,e459dc94-0732-43ae-912c-9c8c1ef8b582
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,f7cc88c8-8898-45ef-b728-688f9596a6c4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,a2a7b1b1-df91-438a-9a8d-2e34bfd2454d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,18ccc16a-e323-402c-b054-3d3788e7c3e4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,13ee3cfe-7823-40b1-b257-917cb9c99671
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,fuel_combustion_consumption,0462cf42-0b5c-41d3-9605-8ffdf9dd7177
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,sampling_scaled_data,23b5f9ed-a699-489b-83eb-dc25da5f3a24
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,kg/kg,modeled_data,2ec0faad-22ac-4c0e-b7b3-690d03a86b3c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,dfb5ec83-bd1c-4d3e-ae4c-80e7dedc70a9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,7f105695-1f93-455f-9c73-7cb5b5e20e58
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,e5e3c151-9caa-4113-9cac-15b8334d9b0e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,4b1e86d2-fbb4-4310-9a5f-792e016dcbad
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,c1b4d65a-e596-42b2-b327-c1fcf3db8eb0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,959a1f38-2a7f-4344-a66c-47c215706414
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,471437d6-58fd-460b-90df-0ebbe3e72ce4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,631079cd-0474-44e4-922f-d2b0b0f894e4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,1f80546d-5247-4bfb-a1ef-e484557d99d3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,da55dc15-8fe3-42e4-a2e6-5cf7b29be65e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,0f19a2eb-9971-477a-a3f6-f1d31ec33c0e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,d404d090-3cde-4e9b-a507-3e6fdba481ec
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,c9b3d294-b2f1-47e7-ae0a-f9db9c619a5c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,aa066400-cd22-4435-b971-cc8ee43595a3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,6a2004fc-b09e-4909-9b3c-d925f0e2269c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,fuel_combustion_consumption,865750db-d6ce-489a-87bc-3b10f5c88939
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,sampling_scaled_data,a7a02cc1-0c8d-49e2-a9db-73730f738971
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.74,TJ/kt,2.2924901999999996,kg/t,modeled_data,5db06e84-c5d5-41d2-bc81-7777cb9a1bae
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,616d219a-207b-4dad-85c5-83ea5dd66c76
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,c2adfbe9-8463-4eb6-9183-af9bad11111b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,f59527b7-413f-4509-9bd1-cf2eff377bdd
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,6d89a166-54e1-4b20-8072-644c1455471e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,140d6f45-1d44-4ff7-b524-b9424a0b7bba
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,5a832be5-3559-4ce9-bb86-488a75ee3c7e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,83373a0c-4eb5-40c8-aa78-7f1c70fcedd9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,3dd67b10-e825-4a56-8216-45d1a375099b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,f4122eee-8838-4a98-bd71-413f5fc49fdb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,8016de4a-ed4f-4808-9ace-62c43442b68f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,537d2476-f15e-45c6-830f-657641e6e6ff
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,a100d1cc-a98a-448f-8e39-f08a945a1bb6
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,07f5c488-b920-4746-bb4b-98612045aa6a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,5c3e9883-2370-441c-946f-d6cfb5176a91
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,5980b43c-129d-461b-a3a8-9e160c7c9546
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,fuel_combustion_consumption,61467962-d31c-4fe7-a69b-aa08a1ec6aef
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,sampling_scaled_data,5cfe4875-189e-4d4c-8d2a-639413d033ce
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.66,TJ/kt,2.1963018,kg/t,modeled_data,48b40c7c-1c6f-46a2-af7e-393a7c3c7b7e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,f8c51c91-1a63-46c5-8458-e529a133a7ca
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,3e475f2f-dbbc-433d-ba61-76dcba5a02ae
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,7e295451-c3ee-4a9d-b8d4-3b37137e4995
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,fa9c442b-5d7c-4bea-9f2b-132b674e89cb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,323c557c-9242-412e-ad42-0799ed25958c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,227ccac3-9037-42bd-a19f-d7fbbf2a1ce3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,d4aa3efe-163a-43a8-b778-90bf0976f291
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,4b69319d-8867-4614-b910-9e92893fa819
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,44f62225-dfe1-4bc9-9df6-dcebb7394ccc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,7cd41e46-0fc2-4a39-8169-1ea8efaa7b5f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,92bcf333-f6d9-4874-9678-b613c6f21aff
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,6b0ac9c3-39f4-4980-a755-fe9daf9c10a3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,6c15086e-34c5-4789-8b8f-5ab920f78220
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,ee8890b0-925d-4d53-999e-385912c404bc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,4d26c910-f8e1-4d45-8f7f-37e9e66c27d0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,fuel_combustion_consumption,b08e76e6-e721-4e72-9093-793d6a7a086d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,sampling_scaled_data,93bfee43-77d1-46a7-b841-18cb8a3fbe17
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,kg/kg,modeled_data,5c5b50b5-1a7d-4f27-8d9b-94d6485386db
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,e99ca51a-4464-4b88-8471-e12f25e5cbaa
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,b57d3ef8-9a96-4d27-a188-40444858c1a6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,14b7f15d-a889-4918-9d88-25f7f0f08102
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,d69844f3-30f6-46ab-a1fa-77e31f379740
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,54942ff1-848b-471a-9d04-5f45eb7759e3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,190cabdd-edb9-4679-8915-d4f6cb38e82e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,e3ed7e87-6b5b-4206-a110-6ca0dc462751
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,3d0d6fc2-c8ac-4ed9-861c-c26002c84b88
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,31b5ee60-014d-47d3-b18a-b2c04901deaf
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,f2282272-566e-46ea-94a3-c193dc45fac6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,e44c46af-4003-415f-87c5-d055392cc0bd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,0ce92972-e661-41ed-87d3-598801276927
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,183fca31-583a-4b29-9b31-d28cdb03fbf7
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,ac0ef4d3-98ec-4237-a414-d388030262fd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,8e0c9458-e8ab-40e3-a3a0-515cb2d9ad74
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,fuel_combustion_consumption,846b9a8a-e193-4ed4-b148-13665f2c4efe
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,sampling_scaled_data,1da8a0c4-1f51-431c-b03a-c253a8276ed9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,kg/kg,modeled_data,631e1624-9cc2-44c1-8555-e8999d5db00d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,75a86860-dbea-4d5e-8514-76cf1ca04937
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,13988d8a-da14-410a-9842-1f9f97d71982
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,16d21612-42bb-4012-a0e2-91447d83d7c7
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,553537da-f636-48f6-b040-65cadaaf406d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,0b944da0-9ff3-4602-b1d7-dcdb72a2acf8
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,c994b3f8-68aa-4ff7-b794-5b944857e4df
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,6208d6cb-424d-48c6-8b5e-cfebb790d536
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,47e87dfd-8610-488e-a67d-f2a6c0e3c7f6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,437f0f0a-66d5-4e5c-8f3f-4597767368e8
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,a9d8d0f2-0a8a-4391-b76d-d1ca91a30b80
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,c581f387-d955-4af0-842d-5ed1b374d466
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,740ef43d-8692-46f2-9a6d-0fcbfcf23899
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,54a87851-b920-4f5f-8f53-c9adb038baf0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,e2435a94-1507-432f-9026-9f9b9cbeee77
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,5cbcbbb4-d610-4d43-96eb-3c335704c512
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,fuel_combustion_consumption,e838887a-a66f-4e3c-8574-95d3af2cba8a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,sampling_scaled_data,e403f6b3-c579-4bb0-ad56-9cd8c6dbf71a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.81,TJ/kt,3.1564235999999997,kg/t,modeled_data,4417c3e3-7a46-4c3e-a4e7-9ebb43ba7167
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,6eafe5be-b464-4ca8-9b3f-4da62b0eb827
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,2a942d31-aa23-4d00-8093-a0d19e3caeac
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,4a7129b0-e345-4468-a68b-eec953acaa01
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,2bb3a024-65cf-4fd4-8c79-13ecae67898e
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,c4a39f9c-dcb1-433e-a274-86fbd8793b45
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,cb7eb56c-2bc2-4131-bbff-069bd3ee1db4
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,b85f27c5-ec19-4af5-a1cc-6e4897783ebe
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,94b496b1-8096-4489-94bb-b75f31418a63
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,da820d28-29f4-46c0-b238-21fd6da30cf9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,8cdbf8b5-3723-4d70-9b54-3360a615b8a3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,70402b95-182d-4060-ae1e-5ef4b400f251
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,c630abd9-814e-425e-8ce1-fdd36c3afc9d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,9820b3c2-85b0-4704-87ad-7b8dd5fe8018
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,72dd5c36-83b7-4d6e-98b7-518f7c290452
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,91c7612b-5822-456a-b0b4-d1e8a41cc1b2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,fuel_combustion_consumption,8323e8d7-b06b-4c98-a3ef-b14f533798cc
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,sampling_scaled_data,db9f40df-d91e-43dc-acaa-c3e41969d716
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,kg/kg,modeled_data,ccf9dd7a-32b0-4c57-8e98-5854407c2b7d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,7188e8cd-d777-4cbd-bdc7-f45075fb9072
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,b1c14c00-22a6-4f6b-a83e-0256662a3889
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,4a653b0b-8d5c-4921-9f65-49b420ee35be
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,1eb4ac98-c5c4-45ec-bc09-4f633e052ccc
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,952d63e9-1dfb-4c34-adab-c6426e7e4642
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,4129f326-0c98-4f68-ad56-bfe4f306ce42
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,866f3f3c-a90e-4671-ab09-779225741d47
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,dd666b23-de9c-4b42-adc4-1f1870b0a069
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,39587a96-e9c7-464c-aa04-33dfde770f2e
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,21bb5a96-02c9-4f7e-bac9-5a1daa55d779
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,78257336-fa6f-4f56-a2d9-0808ded2ab97
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,96010241-7420-4f93-99b0-b4d247fca7f4
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,9f0a2439-771a-4708-b403-44719e8933db
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,f91db815-e325-47af-9b78-3ff1eb4ac038
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,39a1c36e-eb0b-4d85-b26b-974a4f5fc82d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,fuel_combustion_consumption,7341ead1-4a6e-4e16-a1bb-9521607f1cdf
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,sampling_scaled_data,39e1f14a-f67f-44bc-9deb-35509ee7d17f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.52109375e-05,TJ/m3,0.000606815,kg/m3,modeled_data,865763f4-1375-4b54-be76-9ca461a4edff
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,ad10c90a-0bc5-4f4a-a65a-72a8b9e78d23
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,48b51341-a87b-48ca-b08d-1cbdfc6b8ac6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,cffff5a3-4ef3-46f4-9eb4-0cd99c0c1f43
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,d4355aad-4ac4-491c-8a67-e8da3e94f097
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,49c20691-ea6d-49a7-89b5-3932f582a611
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,3408efa0-4cda-4b0a-80f7-b5436059f69c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,b827a27d-69df-455f-a49c-3fb308176bb5
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,d46e46b9-1850-4b3e-ad66-49d4256a5c7c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,17fd45eb-eaac-4c1a-98b8-62fe7a83ca5f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,a371286e-f12e-4fe0-b31d-cf8375d2cb49
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,98576a3b-c343-4718-adfb-55de7981d1e3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,c0b8ba2f-2fdf-4b6f-8182-89f6b81185be
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,1ed4deb9-1692-47bc-8d8f-ca61e19c98f7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,e17220c9-5222-405d-b317-2bc6bc6c5e6d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,57c7f4b4-514c-41e9-b6b7-1a105633a83f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,fuel_combustion_consumption,f47d91e9-261d-42cd-beed-db0c022dc32b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,sampling_scaled_data,6f59073d-47de-4c89-91df-f5bcef494891
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,kg/t,modeled_data,7cdff5f1-8ef8-4a4e-b973-1ae562b21ad3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,aefe88b0-525d-4685-bbe9-59b54ea2c0f5
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,08b7b899-b9e6-4c71-a612-68481acd4d9e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,cb4517de-e883-4289-b759-8b9ddd49a782
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,36f205c8-2ac9-4543-951f-a2b38664200b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,eee78cc3-a6f8-4c6b-b74a-f3eb40d1202b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,ad30b047-4deb-4e0b-8e39-7493d3816d20
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,140878be-a1d9-4f7b-917e-c94fabc76ec1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,28e70afe-20e1-4160-a6ab-d0ca1b8135de
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,0d8cff83-e485-4699-bde2-0aec075eaf07
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,de803b0a-f490-475b-a801-1e38b3765f91
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,491045be-3a5e-458b-9240-58ab659158ba
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,97b9078e-a4cf-4f75-b393-c34b0159bf15
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,aae67931-60e5-42c4-992e-2ec6d85d2318
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,2506a535-f0c6-4b5c-9010-67f2d49585c2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,d598cd33-82f4-4bf5-b438-3d1655dbf614
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,fuel_combustion_consumption,2fb20d5e-008d-4fea-b5fa-ede1bf34a637
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,sampling_scaled_data,75234010-f5f5-466e-ad34-43ac3983d218
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,kg/kg,modeled_data,72513fdb-635a-406a-b8eb-0d7554133ee4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,f9d4529d-5562-4fc7-bd8f-47b292acfc10
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,97462cbc-a980-49d5-8d9f-bd096dcec929
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,66384dfe-a008-4ec0-bc49-00dce3b880a3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,3d2b0b5f-3a3f-4a29-8d84-2ac636f23073
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,1c9ad528-21eb-4495-a2c0-e328723619c3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,031eac28-cf73-4cc6-b1aa-57cac727a5b3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,0737a3c7-457e-435f-9a7d-8e26ec3feb4b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,745b1e8e-be0b-4b69-a668-c16785570194
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,8ee85d45-41a1-4477-b81e-f95ec38ab326
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,b5825d33-990a-448b-8b4c-ad7ca9278aef
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,23afa1b5-1731-462b-a25f-cc1ba63d356d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,90e351dc-37a2-4ddc-a4e3-d1df8f038b75
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,0c0d37cf-7127-4211-9ab7-f231aaf866d5
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,effb2bfd-1d96-4a32-a412-53d7a44945d8
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,d4e3a084-f4bd-4307-a36e-69633e89e038
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,fuel_combustion_consumption,4e46c4ae-9e72-4d2c-9b54-2f172e39899e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,sampling_scaled_data,0e31a9b4-dbdf-414f-8f7b-0c22df0d9960
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.601562499999999e-06,TJ/m3,0.0011695257291666665,kg/m3,modeled_data,af482e61-377b-4f3a-b06d-930a4fff5693
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,448bf38e-96ef-4bd3-b0b2-5d1aeae7d5b7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,99249f4a-e283-44e0-b6af-c42e6b755f5d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,cb098997-fb31-4891-982e-f049111bcdc7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,4751fecb-7af8-4217-9586-edb746f87d7b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,6304c298-15bc-415e-b85a-bc4a12b7eba9
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,3ec21d7f-3574-46c7-a432-073b0f91a812
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,be33b75e-7aea-4ee0-9298-67456191e0f7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,bc53bef2-944e-4734-9648-0d87f407aab4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,cdcc5e89-dbe5-4075-a53e-1864d0a11a61
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,ed59ec24-6140-487d-98c4-19c01a9f452d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,2d06048f-d3c3-4877-adf5-0b221081a60b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,d090445a-bfb9-4492-be88-d8c6f639ac25
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,be2afa15-902b-4de8-bdb2-81a9d854928e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,5e74ca02-5599-4c97-bd46-6bb9bfd0fc76
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,3e083657-ad45-4534-94c3-f11bd83710d3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,fuel_combustion_consumption,64627b05-2eb9-4ee4-a413-a80636b27e9e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,sampling_scaled_data,98a93f04-ee85-4644-bade-c53d8b1c2be0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,kg/t,modeled_data,10178ec3-b05b-4c34-a46c-feb041f7ad0e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,5da661c8-a397-44f9-b9d1-efad86f41eb3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,877ed3a1-38b4-42a5-814c-d66bc995430c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,ffc2c1b7-5cb7-452e-9091-8ac5d3d0f54f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,f2f1c7b9-adc0-4406-a706-b77740b421d2
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,50131d3f-5973-476f-b8ca-4e5b9cb8832d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,7f372b58-70f7-45bb-a0c3-c36ed254c433
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,5daa0633-923f-48c7-991a-dda23d91f574
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,0772b2b0-ca52-41ae-a36a-bda4c0d529da
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,28818ee0-160d-47e4-84a6-80a6c8dc1ff8
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,c900eb32-fa6b-4a4d-95aa-c8738fb91c32
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,1229a4b4-a0b3-44bd-9ae0-dbc06b708158
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,444742bd-e9c6-48c9-ba12-64a93924594c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,71b1586a-8371-4e88-809c-6b502a55d274
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,4346bc8d-0a58-4036-87e7-7fa46148bcb3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,0547dd58-8e56-47cd-8df7-b0260372f379
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,fuel_combustion_consumption,f364a568-0938-4965-98ce-194c116c7e58
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,sampling_scaled_data,fb4d88c1-9f73-43c2-a717-e9b4101687b8
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,kg/kg,modeled_data,f4007993-e041-430a-975f-05d499e6e9f8
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,deb182c9-6ec6-4674-8429-23e21dcc09d7
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,c45f3009-6495-447d-8fd5-f21f4b63720a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,c2d15b24-083d-444f-96d4-76c933f47863
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,7b179664-dcf6-48a9-87c9-5e95ba02b8cc
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,2e6f8ba8-26d8-474c-8ed3-e827fb7c3163
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,6a9cac33-764e-4cc7-aaa0-c8597d3791bd
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,54a5d970-1c5c-4dd4-a9e9-898fbc24d48e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,7013381f-2413-40e2-9933-9cec2f4e4104
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,f7aeac75-3654-4e57-973b-3ab9e55d1b2d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,207f6bff-5403-4b8b-898c-d272bfd6d5d6
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,8ddfead7-bd49-43d4-b693-332ba6d2a327
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,f1389e27-9d12-4343-91d3-f89afd20b8be
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,459e7b37-760e-47d5-bdeb-dc28913925ed
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,0886924e-bcdf-4e96-8a7a-d37e449588ae
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,78d10df5-7f7b-4a69-a5e5-295a8635d8d4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,fuel_combustion_consumption,99bc068d-fdfa-4f39-8e47-4efd06665021
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,sampling_scaled_data,086a2665-1232-426d-b992-c64cce309088
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03603125,TJ/kl,2.5075347916666666,kg/m3,modeled_data,f0b7f6d4-4624-41bb-ad75-a2db513f97c6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,4cb537e9-6168-4801-91dc-7ae4f1441e0d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,e8c44dae-1c11-4fb6-9432-3bf8c7f44a94
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,d48c35d9-e058-470f-92ae-10b2056e1166
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,ed910e79-73f3-475b-87e9-068231bd7a58
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,335c5a8d-71bd-4ddf-9c32-245e71df369f
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,b92ee138-3066-4b1a-8a85-f2d725160faf
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,5bc91c13-9f43-42b2-b0a2-18834a16ce66
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,ed47ec0e-242b-4618-97d6-a373e29fbbb2
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,21a01d52-7745-48da-a998-011621e5d2ca
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,c2eb6d59-4e02-4f68-a2bb-e7ae7c731f38
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,dac4687c-511b-4bf0-9c2e-1c9276fdc265
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,6616ef34-1899-4e66-96b8-5efcf295aecf
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,bfe5a183-c4a9-4c12-a0c1-71cc24d9cb33
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,c8b5c473-7de6-4334-87d5-43fff931c329
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,549a4576-c9a3-4680-8d35-ca2deeba92f6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,fuel_combustion_consumption,952dd1ed-bf61-4f23-99ba-d05677fa37c2
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,sampling_scaled_data,f884a8d1-a5b2-4ea9-bd8d-701bdc1f055c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,kg/kg,modeled_data,86040703-06ec-423e-891e-f98259bf4f76
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,07c8e70c-6a24-4db4-b4e1-6c4bfeb18173
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,438a6219-9479-45b7-96f8-564428a8e991
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,b09f923a-03e4-47fb-b7be-1ed3962e8859
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,6ab3702d-ee11-4024-8b1d-c7ce6dc97878
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,cd11c5f6-6be0-474d-905d-ee23d118414e
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,99ba34e2-95ed-4356-8aa9-10efa0bb597a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,7235b46b-fb26-4ae0-a410-cd46ee1ceccb
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,f4da61c3-40d2-4c46-98fd-2c4449ee7c0a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,d0b0287c-e397-4f14-a81e-e2b0c6150830
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,9bc753f1-cedc-4321-84fa-8db7fceda84c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,9ea84f54-b621-49f8-9231-01bb3bf4fe64
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,47e7a9a3-4dc6-4193-8609-8f584c8cebd5
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,88221c84-fe9d-4542-a152-68337774985d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,c5f039fb-b44a-445d-aebf-2116e969cf4e
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,ebd9d7b8-7194-4ac9-a13f-e24c8434201f
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,fuel_combustion_consumption,6dc0c43f-16dc-496b-9d01-ab531e0f19cd
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,sampling_scaled_data,3129866e-7227-4e4d-a67f-9e1ad31f3147
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.03271875,TJ/kl,2.1858306249999995,kg/m3,modeled_data,690dbb84-94e2-4187-beee-410d4447191b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,6b75f602-f6b0-428e-b9fe-1a8466cb112c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,b8337114-de20-4327-8cb9-154b4fe5e9fc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,437a4cc5-3884-40d2-af92-fee95d85bb04
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,0f6fd091-b957-4b05-b726-03a3d6a3499e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,08720d47-8502-4b01-8b9c-e35077cc59c6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,42cde5ca-f9f9-464e-ab61-6115ffcecd19
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,268496a1-4b76-4741-a3b8-1b9dce4eac0c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,d9c9fcb6-9f8d-4079-9fa6-e2698fa36865
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,83a3690f-fda0-4bb6-81b5-be13c09c8677
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,33f48cc9-2325-4fd0-acd0-0ef15dc71be3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,465df9ef-c39d-47e5-9141-94ae9091c258
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,ab568092-ff0d-472d-98e4-3a7fdcb41586
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,7b7a3ba3-a78e-4aa4-a29f-3431367e9d91
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,09b35cf3-038c-40f5-afe1-3b14a0374604
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,4a92f557-60e5-4937-b754-c63f88115319
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,fuel_combustion_consumption,95ea8d09-85a6-44e9-a277-265d64a5f2d3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,sampling_scaled_data,92c4df64-de50-4082-8553-292223ff1170
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,kg/kg,modeled_data,aacba3d2-9402-4a59-9d81-23c947ec6bae
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,80cb356c-b79f-4376-beb7-087eb9a39807
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,63ab6cdc-99bd-4341-a458-21e26b0f0fa4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,08006602-40c3-4a8a-aa76-cdb7179a6f41
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,a4f1201d-9d71-4f41-bb07-cf8f5d63c169
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,6130b12c-6734-41c5-9e28-e4dc01f24491
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,e6f8ee88-b3ea-4940-b32b-179fadb83e3c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,702b8690-c5c0-49eb-b91e-38ec674367e0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,0f56426f-0242-4fc0-9c39-2994fcf61267
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,5097945f-376c-434a-be94-46fbab7b3c36
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,717b562a-dd37-431e-8ba8-efe44416277c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,67f62af8-d081-45ca-b603-f1add97ecdb5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,1818cf85-f79b-4976-b3a8-4c502e126ba1
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,e407ff44-6f6d-467f-98cf-fa1b30061166
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,922d4a89-8000-4e97-bbc7-450ad4118a32
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,80978669-ffe5-4a0f-94fd-0422f464adae
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,fuel_combustion_consumption,000440ab-391b-4906-b6c3-ab30af44099e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,sampling_scaled_data,28507fac-f7bd-49c5-b200-7a2ec441cd0f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.031328125,TJ/kl,2.1492138020833336,kg/m3,modeled_data,1d125629-2070-4509-ae57-80ccadb3d18b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,fa9ad8e2-f306-4bb9-86a4-8b94dfb3eb5c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,6419f63e-1b81-44fa-81e4-9f106ffd357e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,fb043df1-46c8-4140-9d88-0f3b1b5ab2d9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,4f92f079-7efa-4795-8623-664ae7e5ce96
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,9d67f0a3-72f9-4c71-bcd9-bf114101ac2e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,35be8522-3b43-49fd-b8d5-aedd3a3346ee
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,6e1baf3d-0d60-401d-9d64-1cc7eeb63eeb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,d4313820-a1a2-40a9-b50a-0a0164a7722f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,08d8ed07-2451-42f2-afb5-90645bb908a7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,b50e6447-0b87-4097-b6dd-3b73f3af406f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,5ba6c2ac-4c42-4000-a2d1-00c6bec2ecb2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,ce7a113d-d8c1-4a07-ac32-88eae9b21abc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,7d784723-ce90-4d99-ae82-fbb9201ce1ef
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,79638bc8-d40f-4542-8cfc-33d583821e29
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,4ee6d91e-68ef-4459-b905-ca0b00c98dc6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,fuel_combustion_consumption,f8b3981f-ecbd-47a0-92dc-a8c8ab6ce2e6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,sampling_scaled_data,2d4bdcfd-de44-4791-ac54-4ded9d4ef16f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,kg/kg,modeled_data,35a9ea06-410a-47f2-a2e3-9519f4409ac3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,ee8b6b4b-62bb-4664-9754-e540df3143c3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,6184f5c0-aab0-4544-baea-0ecbcd54e5ee
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,931600c1-ba06-4df9-81f8-064784d2ad27
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,46815d54-1be7-4386-a99d-04613f132d28
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,7d14bf73-b69c-46d9-b7e9-1166cb1fc7e4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,3502baca-fbaa-4103-a9d0-719dac301bb2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,491505dc-a7c7-4494-b6f5-f68880672474
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,88c44396-2b57-4d4f-a11e-b16d40f4056a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,19765cca-cb21-406f-ba12-94e96a7a258f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,46f050e9-6742-408f-bb66-07545af7ace6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,756585f6-a860-4c89-8ae6-d2ffc033fa3b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,0547bbc4-08fc-4088-a2a4-74059922d6b7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,d40b11be-a2af-4580-bbf0-fed1285462cb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,cd34602f-24bd-4d16-9bf9-9a959e1af7b3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,c63986a2-aded-49d6-af2f-30022f035427
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,fuel_combustion_consumption,2f400612-4c2a-4171-96f8-78ed269374d9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,sampling_scaled_data,fa86e7c7-e51f-4eb4-a0c1-c33738fe9fb4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,kg/kg,modeled_data,a7acefd1-248d-433e-b186-616b2492c815
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,ae79b48b-9325-4453-85b8-0d0aa94b65a3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,abaef7da-e03c-42a9-8fa6-442cc3f7f488
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,2c93a947-81dc-4623-b1e9-61655f518661
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,d2a00d53-a484-4e0f-8616-7e427ef363d7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,dbc6dc43-88d3-4065-b5b7-cfc002ffb5a4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,019a5593-f31d-4d7a-9597-aa28a503c4d8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,ec5a76ba-d831-4022-a6b6-35c1a4c24315
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,edc95d86-fb55-4cba-9c79-82e7f02bfd28
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,06ce0a9a-7444-46c4-8de4-4df8bcaad6aa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,9d2b6743-0997-4cb1-ade4-81c783ff9655
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,43e97122-5bd6-4711-bb94-034eaa0bdc14
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,f82f5675-4447-4588-910e-370ae06db719
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,372be39d-1210-4de0-a7d4-13e17cc3abdb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,08319b7d-1a2b-4479-83d9-1f58040e5f7b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,e63161d4-9a85-4488-ba97-7ebd78754cde
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,fuel_combustion_consumption,aaaa3214-48c3-4dfe-96fa-4a21339b9a15
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,sampling_scaled_data,c007f165-1afa-40e1-847d-63d1c4227a87
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,kg/kg,modeled_data,122d0a85-a2a9-41ec-87ca-5c0e2e6baaa8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,0d402a78-3fda-46f9-8d19-d76bddc5b503
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,aab6976d-24df-4970-83df-14898acf8e6b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,6a502cca-6fd5-4db1-8880-428f10c59e6f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,83c9f7f8-1ffb-44ca-ba61-b302dadf9646
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,ce561811-6668-4b3d-b2d1-c9efa6aab47f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,2ad509ea-ad86-4887-a6af-1405120a308d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,4b3a31d9-671b-49d8-ae4d-79925a2a0133
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,3d8ca2da-ef6b-4f0e-a3f5-d162e232df8c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,54d5d8fb-8e20-40c8-8c43-9758c2d22d31
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,5c217090-f1af-4848-bd9e-21775a4bba3a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,67d8203f-0864-45f5-8761-7bdf01ba3e1c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,47ed9664-f0ac-4593-b20f-e6685dc23438
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,899f658c-84f0-4e83-8857-27c1176e6f22
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,68252516-b3d3-48f7-b7a9-191f157bad59
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,72b4af63-eea3-4d8a-9bdf-69e073d21ee5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,fuel_combustion_consumption,a394a9bb-ecee-4a1f-aedb-1a08fcb2fc0f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,sampling_scaled_data,62c46e3d-7da8-4623-b7a2-731d56439c73
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,kg/kg,modeled_data,e5ba1819-1e22-462c-82e2-7639864990e0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,5616f312-49c7-462e-a2f9-69905eb2e220
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,6e35e4aa-e401-4d2b-a38e-c590db5f8d7f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,32a7f83e-0634-4ee7-bf70-690de6a97e70
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,9dfbb04c-4b1c-4bde-b2f7-00bb9429549e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,78807901-6d7e-4f67-95c0-78120dd768ca
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,03efea06-542d-4d32-80e1-1dca634d1c54
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,2480a54f-4a47-4a04-96b0-f5312b036ca6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,5e04afd3-cf39-4746-afd4-0d52a2540cf9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,b1f86ccf-9ddd-4c14-9e65-9a22c67adaa6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,4bcd1726-ae24-41a8-8fcb-ff743c450392
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,b065928c-1b2c-4893-a8f6-a6977ffa1789
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,0ecf688f-122c-4269-ab5f-1ce9be6cf5fc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,bc5c759d-8b0c-45bd-8a8a-ff1029f61879
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,cf00e661-c7ed-4212-af0e-658bb940d46c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,d7581e9a-cbea-41db-a461-152a79f091d5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,fuel_combustion_consumption,9dd88f7e-3141-426b-a4ad-78131f9fd53f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,sampling_scaled_data,d9e78722-2059-4190-81d8-fdde592ce709
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03409375,TJ/kl,2.323943645833333,kg/m3,modeled_data,75d5c3f0-e448-4547-9216-7d699718c3b4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,5693f5ac-cb8e-4211-8ffc-3efcf9496994
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,663e3927-60c8-4f3b-a273-412f48fbb3fa
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,7f640c73-1430-452b-a957-8a0d5ed3de4f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,39508405-30fe-451b-bcae-09c55dc869df
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,ea7b7a9e-5dff-4468-a77e-c922e280dba0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,aab69684-d40c-4078-a415-6e381174dd22
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,4b4c203a-9034-464b-9a49-5e6934c66e41
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,4c672b64-ebe9-4ee7-9d04-873fc092a645
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,45b86355-b54b-448f-bacb-70323da8f1de
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,e26f811d-131a-4ff0-ba72-494655d74605
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,67fb28b2-f400-49c5-9d2d-d786e33ea3c3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,927f8dd3-e223-4529-b6b4-93b3fd6f8031
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,d103ffcb-0d8a-4d94-b21f-19c4f5d053b3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,1facaa80-63d8-4c93-b065-48a0e38c7835
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,9fe8b75d-2fd7-49c5-9452-afc580544fc2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,fuel_combustion_consumption,d1921098-f55f-4349-8412-cdb088e577a0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,sampling_scaled_data,1ab5b9c4-1e62-4c79-94ec-c452e3c0d744
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,kg/kg,modeled_data,fca4937c-45ca-4425-8442-996f6f4d3ee0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,1cc4928f-81e3-4535-8b5f-7a04988a0b1c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,cdd99697-27dd-4ba9-b945-aab7a5c2270a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,dace02ba-0de4-4216-acc6-e5cfc985cb4f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,f5b638f0-15ac-438a-8ff9-b73a6bee90d2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,b6c4f614-a38d-4cdc-b7c3-338f3a0d28ef
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,8075a22c-584d-48e0-9ede-5802f9daa534
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,06b4f6bb-1d63-4e14-8a29-38c50201bce9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,73546cd3-2dcd-4574-ae31-d1052ebfbaa1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,e27964c9-b94a-4a2a-a3fa-1c074ad2e2db
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,8292f02d-e92e-4272-85c5-9f482bb3ba24
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,3133954c-1eac-4349-af6e-a22401dcbe23
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,174eddfd-d31a-482b-a53b-58d8ff4c7409
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,d6fc02c6-becc-4b84-952a-3331b91adba2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,3133c076-f5c0-4a7c-b035-6076b9b32350
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,9d772b76-5e09-4f99-9a07-01c9ecf81f5a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,fuel_combustion_consumption,a9988d3b-184f-4d94-8378-54800499f60e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,sampling_scaled_data,5afd555b-a85d-432c-aaf0-93df5d3a2ea0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,kg/kg,modeled_data,bc5ae63a-77fe-48cd-8979-dc641c5494a4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,0bbebac3-2c63-408f-bdd8-719cedc4aaff
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,6123e612-6fbc-4c48-ae9d-58ea0d6ea227
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,8c30a100-b50f-444e-9520-c64af7c05c87
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,862a741c-e056-46d1-86d6-6f6f0027cfcc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,92937aeb-8e2d-4490-a4af-16012c731390
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,a568c400-4d68-4667-a0c9-aaafc74160a2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,004efce8-d7db-4d3a-8d9d-2f549f4fa81e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,20df0437-4631-496b-affd-a24c2d01df54
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,7c1ff01c-827a-455a-aea1-c7dfd296c16b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,1640ecfb-071c-4018-8d9b-647a3dae8ddf
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,5914205e-2779-4926-badb-917cdab291b0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,5ff22cc1-993f-4a4e-bb62-ae57e98525ce
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,db3b1883-0af2-4d0f-97da-8996237c0370
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,c6cd020e-dd6d-4e55-a9ab-a725a97a52c7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,41e3c524-d69f-4c1a-860c-53f56603f1e2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,fuel_combustion_consumption,dc972366-27a1-4afb-ad1c-383ea3f8646b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,sampling_scaled_data,8160f1d8-6625-45d1-99d2-bcd0986f4c78
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,kg/kg,modeled_data,a7a8482a-fec6-47af-a9fb-17029e6bc342
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,1091b74b-7313-4d01-97cf-134500c26a9d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,491d4741-eaa8-47ac-88ee-e01517ba7b8b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,2349ad21-917a-4666-afc8-b4af669cec2d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,69116bbc-25b1-415e-9e56-ecc742c4dffc
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,29c40f91-ee5c-43fd-9d77-6d6861d18691
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,e9183398-aead-4949-85d6-e2536f784a12
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,1d78a30c-6c65-4663-81fc-63c05d73efa6
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,169c4c0a-07a0-4320-bc2f-4bde076b281a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,77355e5a-6e5c-4598-868b-2ba2fc7eb5ec
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,50428cf7-b3b9-439b-a419-40e001b88bd5
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,903deb41-a36b-467b-9857-f89df3f24b1c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,f980af48-c827-448d-b2eb-ebe4acc93117
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,9ae22ab4-cd9b-48c2-8a3d-7605f0173381
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,ed33ffe1-1156-4bcc-a8b4-33657472276c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,624bf422-0ef1-4768-972b-f4929e66a1eb
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,fuel_combustion_consumption,7df84d56-195f-4952-8c8a-a44863710bb7
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,sampling_scaled_data,7800182f-6bd3-40e2-b56a-45d174789874
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,kg/kg,modeled_data,d67f3325-ce84-4660-8fef-631d8a28502f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,57dfdb09-7f5b-4db7-83f6-ee01d54074e2
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,4a8388f7-e839-4fb8-b596-77ed30264348
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,a9f69801-e971-4898-9416-a168de0dd731
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,60cce201-8e4f-46e6-9ffd-5609bf08e573
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,d1773c52-0134-4b87-97f7-4f62b96b0205
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,1ae28065-4f8c-4b32-9474-e2e0b6993e62
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,57f1e9fd-fd92-4ece-bad3-520b958b10a3
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,2c36fefc-aae1-4fd5-a8b5-9b3b37c5137b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,ae070bff-71d5-42d7-b4d0-2c765a2c9b9b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,5e3215d5-cc8e-4ea5-96d9-ae34aaaf8e52
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,68213807-2cb7-4c75-b560-c616643ffcfa
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,21f5f63b-c99c-4486-8bf4-24149b09b4ab
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,0fb50f6d-ba67-4e24-8689-5e7ec9e50403
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,544ce949-5574-4784-adde-f061c28f9d24
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,8bb5aa36-5344-4ffd-a6b5-68fc10d352fe
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,fuel_combustion_consumption,9d436d74-389b-4225-85e2-52309b385b7f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,sampling_scaled_data,9b0ae230-c6dc-4016-bb56-84afbd690526
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,39.77,TJ/kt,3.030208866666667,kg/t,modeled_data,9e336bd2-46b1-438b-a7c1-8316b6d57f49
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,04154780-3d36-479c-8380-61dcccb232e1
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,6c602628-1f71-4862-972a-3bbc0d0a537d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,6bdeb7dd-e41e-48a0-9217-912410cb9e7e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,38906783-42c3-4d76-9daa-a0db0dc8181e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,b8842ae9-9ada-4d7b-970f-c025f880f987
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,39f5151e-c214-4a83-9ebb-9f712f51f780
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,4d449bce-c90d-4dc2-94f3-c5adde0f380f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,03a472e1-c959-4d28-b6c0-39be63be1c79
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,fe817393-2d55-4499-a128-1028f06b966a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,2f290292-c403-4ed3-9c9d-175fd33087df
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,caec1ee4-1ff8-4b84-8b5a-d5082069e0a3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,16bd7ca3-39bd-4ee9-9923-73c29b2751f2
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,b2e454df-48d4-44dd-b475-454678db8351
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,1ebf48d3-b865-4ada-9304-a8eadcb1ea44
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,62504087-75dc-4af2-b84b-1970754e9bda
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,fuel_combustion_consumption,16f1c368-fa92-459d-a4e9-649e6eb504a7
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,sampling_scaled_data,1e0c7d2d-0977-4d70-8390-bc821fe94aa3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,kg/kg,modeled_data,048d84ad-e993-4882-8924-966ae574ddcd
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,148ac750-a486-47fd-84f0-e8b8275bd0d0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,6dbce377-a1a9-4790-81f6-f4d2a87df34e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,cbedab83-6fca-42af-bed3-b700dd3b1532
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,b2ed595c-771b-4ba4-a947-99fe76fdb69f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,a0c05abb-ddcd-4699-bae2-a24c1cd15e46
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,c7fae94f-b616-4480-917a-7d23f9400da0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,c4df49a7-636b-4bc9-a735-c1043bb3e5b4
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,b2ad118f-02ea-45a2-b985-abb2847f5834
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,987a095d-b889-4a99-8978-84a12e015caa
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,bf16b74b-98d2-43b9-9a48-e8c61c7e0eaf
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,6b30d96f-0d26-4356-9328-40ed4a70feae
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,c8a1b163-03f7-40a4-a0d4-4e50e1569ce2
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,899c62a2-28e8-4e49-b828-01716d2b7cb3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,79c4dcfb-73f4-4d53-a6f5-b6ff5de28306
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,606b0eef-a372-4212-8243-b97fdfdae13f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,fuel_combustion_consumption,a63fdd1c-40e9-427a-8a74-e0ea23c42b7f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,sampling_scaled_data,602d70f7-9c34-422b-929c-aee456b8ba8b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,46.43,TJ/kt,2.7868833666666664,kg/t,modeled_data,bfc87b05-4d74-4b82-8d6c-1ab51987186e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,f9d1889e-0e2f-40a1-bf0f-75493ca41903
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,c8e20f1f-675f-402d-92fb-c1c2d9c7f7f5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,ca685835-7bc1-4a64-a3b4-e48ce8f155b7
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,cfaaaa5b-6c74-4766-b2eb-f943ef281377
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,fff34ba3-dd4d-41a0-823a-efce87f202fe
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,a709ca4f-d0da-450c-b621-4790d45ca186
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,52b21879-48f3-433b-a258-4ffcda6b9886
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,dde401f5-8832-404c-9c35-ce06b60ee826
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,e7add032-ef76-402e-b21d-5fc76dc3d38f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,372e8f70-2c5e-4239-94eb-784b044b88f2
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,53f3c89c-c375-4f6a-a037-1184684c5476
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,50e87e4c-4490-4968-aefa-6987738edbe8
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,989da34f-7aec-4a69-aca8-4943586bb1c6
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,7fae8fa6-a758-4d8a-a950-3a90f049f525
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,974b1b2b-317b-4d93-9953-62c992efe833
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,fuel_combustion_consumption,f99b6bfe-cb3b-4c1e-b8d7-46442131c813
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,sampling_scaled_data,5c831720-2c9b-49e5-85f8-c0f2e064ad3e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,kg/kg,modeled_data,9860f11a-1ddd-4792-b86c-256b99244828
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,80d5d436-c978-478d-9537-504487a73faf
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,bf5e44b7-8ef9-4aac-88ef-f4975d4252f0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,16fa82f2-6e6c-4e94-84ba-b3316db50b96
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,13b7b860-3249-48f4-b006-0980093141fa
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,fb012536-3c5d-482d-b566-3482dc1caaed
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,f425fb2e-c72e-447f-94f7-2222edeafd0d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,6a1fad3e-c94b-4379-a700-8239d3299922
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,b5abdeaa-bb14-489d-a193-0754478d3e68
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,65d31edd-2052-47d1-8569-3a8c7dc52d37
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,7a583221-1d8a-4bf9-bb6c-6fce3eb12ba1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,e993ffad-dfab-498f-8eb9-74dad8b1e9bf
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,93fd4d8f-9678-47af-b4d1-e4dbe7807c74
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,628551fa-19d0-4f28-8287-eec25dae9c1b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,8c90ec22-5bdc-47b5-8894-8d9b6b9d3520
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,4c0cb872-c977-4a04-8b43-3ecc2db37f83
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,fuel_combustion_consumption,55c9f99a-4bed-4ebc-b838-e5740844a5f4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,sampling_scaled_data,680c58bc-d785-4fd4-bf77-8f5586b11df0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5260506333333335,kg/t,modeled_data,2fddac0c-beb9-41e9-9d29-d3fbacd337c1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,c98fd903-0fe0-4151-a7f9-c2649fb3f2f5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,b6af9b61-953f-4bd6-a99e-3204eb7fc306
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,1cb3fedb-8182-457a-8389-73aaf37cc2f5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,c2de3029-33f1-4684-a043-1b9ecc2d85e2
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,906e8152-515f-40a0-97b0-1934a5712cd5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,5d6e9ad8-7571-4182-8fd6-b1717071336e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,9ae5bf69-8021-45a3-ae29-e713a70fb544
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,8b15731e-8e64-4f67-a020-92906673d63d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,756acdc7-34d0-415f-8cc6-da65b2d51ce0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,f6078b39-873c-4368-8c2b-42960ebbb83d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,66fbb0cd-dacd-4c63-a451-b9bcb1d3a953
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,446b96fc-e01f-442e-aa91-597427390b87
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,005ff798-d721-4a19-bb8a-00890d1945bb
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,8270e475-534b-4888-a62a-f0730cdbbce2
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,b7f1f218-7d5e-4658-af6c-32f5d9e7cfaa
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,fuel_combustion_consumption,80e53e71-01e2-4733-bb16-e1861dcdcb6a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,sampling_scaled_data,1eddcc5f-52bd-42b7-94d0-c60c155cfda3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0018626254166666664,kg/m3,modeled_data,26fecc45-316d-47f6-9b0a-bfb5f193c711
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,ad061d63-1c18-4d9e-aee3-dc5e833b5e5e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,b90771b9-ac49-4f24-aa16-1c29b1099e4c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,c4721a1b-fb24-449c-bce2-ac928da2c1f3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,cf0eb86d-bf00-412e-a516-9233d44c598c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,d0a6df86-c946-46bf-81c6-5e33ee83e7e3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,efb3c5ea-4234-4fb5-a460-97f3a553dd37
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,85331c99-d0c8-4a7f-a06f-8bbb653d3602
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,4cb659c7-4903-49cb-a83b-4b32436e5566
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,271f144f-44ff-492e-a990-63935baabf56
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,aa608a4a-99d4-4907-ae3f-de8bb426b885
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,fa7a26b0-89b3-4c12-97fd-82ab8ea02b9b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,d0f89499-d93b-4201-97d2-dd577ed78f68
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,e6c1af22-47c5-4315-8f90-02c108f2b5f1
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,682b907a-8903-40c4-9fda-8a525fef3bdd
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,0a74c6aa-97d1-4f84-bd84-62eb5c12443c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,fuel_combustion_consumption,1a54b7ad-43f2-4f96-a2f3-b7450eba9763
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,sampling_scaled_data,e18cd59b-6c24-45a3-b885-8079ae52090c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,kg/kg,modeled_data,451547bc-2581-45b4-b4c2-53233ead7a71
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,e6d14399-ac62-4c3d-8ac2-744fd247ce39
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,6839aa41-1e6e-419b-ac77-19245a407705
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,347aaa4b-9f81-43af-a269-7b9db653dd1f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,5bb645c3-d308-49fd-b093-44d8406f8b9c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,d68b3607-e51f-48a3-9051-b97a4bcf8e73
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,39e401d8-790b-4c99-b251-77dba2552e44
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,5617b063-7cb1-45c7-96de-3ac82e417021
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,7786e26e-4add-4896-a1a8-1a576540bfec
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,57ea9b18-c3f6-4c3d-b741-5cb34aa4110d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,35ef7a48-b113-4455-9e40-96bb010d030f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,a774ddf7-c313-4bc4-bd97-7e5870768a36
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,24631103-6eb0-49ac-9ace-10f90b1bc2ae
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,80eff9da-6df6-42f4-88ba-0f17977eca11
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,46199b1e-b844-40db-ad13-1f6b30a8f680
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,2b784201-1a82-44a0-b7d6-4791c5951f2d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,fuel_combustion_consumption,1676fc68-cfb6-4b03-a2c9-a43e6f52c49e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,sampling_scaled_data,672634c0-7742-4826-a7a8-cc1d3c3ffda2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,49.67,TJ/kt,2.5333355666666666,kg/t,modeled_data,4ea4a1f8-80f7-4a23-a1f6-3c9cfac6e7f7
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,58291bff-758e-426b-80b9-7654382c4c27
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,5c2a5246-bcee-455b-bbfa-e0e624d50e97
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,57be1ca2-7732-4e3c-ba43-cb59ab71ae24
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,662ea3a2-a865-44ca-a113-b017b696334c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,cc9cbc16-7f5d-4a73-9d38-a6c708a00046
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,009d500c-415b-4935-9487-6f304596214b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,4cce1782-db24-4151-b2bf-32057da27b6a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,5c31b28e-2166-4606-ac4a-94693c77b228
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,6fef7609-4d52-41c6-a40c-e2b715ff1357
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,1fb80733-1996-4be8-9ab2-788ca78ce64f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,bdf02f3b-0adb-4cf3-a242-cce5c6678784
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,107ff3d5-dca9-486a-b682-636bdad07613
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,d54ae795-78b0-4722-be39-7c5926c8e719
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,39e405a0-ce45-4209-ae1b-fb44d3388122
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,2b1cf06b-f8aa-48bb-8086-cc6a18b4fbc2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,fuel_combustion_consumption,7e26d6fb-384f-4805-a393-68cf2b11d9d4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,sampling_scaled_data,0005d479-0187-4406-a6a3-f0975c26767f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.001867997083333333,kg/m3,modeled_data,23a80e53-0f92-4f67-a611-1dea23dcea2e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,b753afac-5aa8-43eb-a274-c2cab88042fc
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,463c3d3b-6f5a-4686-a2c4-1d5fa9e7744a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,44e8a196-b138-440b-ad52-fa618fbd1ff0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,60830594-3314-4ac2-9a9c-f37c5a4ab97c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,f589fbc4-fad9-44c0-9096-77bf98d514be
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,d8650872-d2fb-411a-9cfa-6e5b41a74dbe
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,4b988cef-98e6-4bd7-8411-87bd087d7387
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,f2d25332-79fe-4f7d-8d57-9fdebdd6693c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,ff00b75c-8fb8-480c-88ad-318594a18262
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,8fddee74-cc01-42c7-877f-2953dd912029
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,5aed2b79-7160-4d02-b3fa-82ac6876029c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,afd6efdf-c84e-497d-8351-a55fa9b46220
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,2377d078-ed53-4984-bf6e-25c878eaaea0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,2e11477f-7344-4667-84d3-805c813878e8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,b41dce7c-1cf5-498f-82e5-cde56b5960e5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,05fe074a-eb65-4411-a9f8-7ab05dc901cf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,ca858ab3-16c6-48ec-a4c5-a7138303f35e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,120e7688-d44b-411d-9e17-c43f1a8967ce
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,74e7cd23-bfb1-4f5b-a1c9-0dd122819e18
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,d13688af-3e4e-4b6f-bacf-ca26283b5298
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,a93c38e7-2f13-47e4-ba9f-39dc918bab89
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,10629d91-e7d4-463d-9902-1f05e688f361
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,bf93dd7b-668f-4f4a-93e4-e844f4171953
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,796ee7e6-fca0-40b2-ae99-4b63fb8742ea
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,6732e6b1-0297-4638-bb72-50971f783a86
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,60ed88a7-58d4-4a67-84d2-ef387ca1d493
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,84ce40ce-3315-4ee4-9e53-8284ee2346bf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,b82d8f12-c76a-4256-ab4e-31e4651614a1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,e3126d28-33e3-47a0-8942-6bee9b9c9620
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,f353929b-d96a-4eb6-9f71-86a6803ce6f4
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,f0f9e7b4-a15e-42dd-bccf-b54cfdac46cb
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,260345d6-700b-456d-bba9-36971b2ac129
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,14227756-bcb3-478b-8d65-4dfe92a73ef0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,11960ef6-947f-4a84-8283-92980e476bf6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,db017d70-f79e-4bb3-bcfa-a1810f6289c4
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,baaa8505-5d13-4f83-b32a-03084773f70f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,6f5de866-1428-41fe-80f7-d59a8ad69f54
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,dc9e0d74-2eec-4469-b30c-62f0402e73d5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,2e32f431-8bdc-428e-93cf-70703e9098b3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,0c937e1f-9079-442c-a2f9-a17908aa267a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,e880340a-8bea-4ea7-980f-64e5fab8262c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,a3b7d9b8-a409-4463-ae5d-e40ba928c5f1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,07238150-edd9-407d-b275-ecb71b59f5f8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,0d7c9d1c-e03e-46fb-bce6-c3ca56203320
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,40310449-4692-42fc-b29e-346a5b65c1ff
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,fe18bc61-9005-4e39-81d7-7b843ae07ce9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,dee78f56-ab08-463e-9025-3145cd76c1c7
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,7d9ed35e-16e1-4ab8-a687-b29cd95655df
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,9f0d101c-a200-4ba8-a079-d486c4d7f2d0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,56d2a216-9acd-44ee-b825-dd78fa1d9005
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,b1e40e85-6930-4111-b36c-e4d153723c67
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,52962501-3d86-4877-b973-28e6a44f0931
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,0f09656c-43d8-44c0-8728-52a24c2b0921
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,1e8b06bc-5789-4fc8-85a4-ceac7f1fb7c9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,66b8534a-f647-4280-a8ef-7d6e4f78f589
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,49ea091c-60c6-460f-932e-f98c15db680c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,eda83e0f-0bff-41a3-8adf-2f0da80fcfcd
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,2b5d9fdf-be08-4067-a17c-3009f318f120
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,ba0dc490-e277-4219-b2bf-6be4f3ea10d9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,97e22cf8-afcb-43e5-a3cc-f8d971abf003
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,bd0941db-80ed-473b-9906-ceaf095703b3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,25c547ab-fc78-4597-80c7-8020600f6afb
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,7d176e7b-1366-498e-9f70-d697137117fe
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,b8954b3f-ae6e-4e17-b2d5-aa33ae63d010
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,0a31aab6-581b-4980-af4b-137192aaa1e7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,6a164622-ebdf-4c23-aaf8-bd27229562b3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,70774e4c-44df-4675-b646-2f3609fb057f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,c10aecb2-61d8-4804-954a-0c018b0466c5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,2288a12a-219d-4ba2-8309-50eb3c6e2316
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,fuel_combustion_consumption,146c6bc8-8fb0-4106-86b1-5d86bcc57fa2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,sampling_scaled_data,9349001a-68ee-46bb-b989-2e805586e424
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,kg/kg,modeled_data,044fb95a-27f9-451f-a450-1535544b1601
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,6538c89c-c875-43b4-b430-9391b0e1a003
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,4dbd2fe9-8e4f-4728-8940-7821e7159936
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,0a57f222-fdd8-43a0-bfd1-95594d4bedca
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,5ba2303e-c2ac-4b2a-893d-4d3c59724635
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,faf123d4-8c6f-4d5d-8e38-1100a78e13cc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,d86e3029-42d4-4aa5-be1b-9efe5ea4ade5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,892d1577-de6e-4e7f-8f0b-55a4acabf59e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,6cafc497-363f-4c5a-9e86-b4202ef9dd5c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,86ccc310-7d5e-4f12-bf1a-dd79b3b7c726
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,45698486-2343-4c90-9195-6852eb8f98dc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,37ede3f6-9696-49a6-b901-9248d7f91bb6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,21f45e1c-0ff3-4875-af12-4f0636d356bc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,99b53e06-92cf-4d53-bf25-9818506b6329
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,b2f09dd2-9202-4fc0-964d-888ed757789a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,4db2a9f8-2442-432d-ae77-a57cc1ad50b5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,fuel_combustion_consumption,5625c5a7-1163-4a1d-ac88-c894471743fd
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,sampling_scaled_data,5fd1c694-1c8c-4991-b1ee-7fe606470b80
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7485269000000001,kg/t,modeled_data,b79c5f4a-5c5f-4348-b4e3-eb39c11716a0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,cfc1167c-0a65-45ab-a30f-3d4d4d1e9e3a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,4f045878-32f7-4b20-9554-95b79efcd84c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,48d2e395-6915-49ad-b7ae-ee90bbf62095
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,aa3ee202-7455-4cb1-82f7-fcda37d0e0d4
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,1c83f41a-2282-4fc3-b70b-1e314e3c95e8
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,41138a2a-a4de-4cf9-aa59-b4bb363c69ad
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,e1dd5f56-0af2-40c9-b078-22cdb7e6bbcb
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,310d4bd1-483f-4358-bca1-a9d8bb1bb1d5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,6e06ffaa-fbdb-4c18-9dca-821d68a0a8a3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,721eae1c-9c53-48a8-90f0-cc52b51cd20c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,140352dc-0187-469f-9554-0cade9250e6f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,b0d3c52d-e982-4058-a537-9e83bcec3e8d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,18932c39-a15b-4820-9a07-9df52e6fe219
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,10531213-edc2-4063-95de-23598d08e911
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,f78ecd89-98eb-4b09-a76c-aeb11b2eb4a3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,fuel_combustion_consumption,56be65cc-0951-49dc-b5cb-a8adcc8232ca
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,sampling_scaled_data,0533eb06-afcd-450f-a887-a38bbe14e355
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005519387499999999,kg/m3,modeled_data,f5cafbb6-6759-40e0-97b3-7064c716867a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,e5be9993-1f37-488a-af56-a7ec84dcae5d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,e85dabc7-a6b0-42f7-bd34-bb37a4a0b7de
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,596d0e83-f8be-41f5-99d7-615ece8c7014
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,d7dd7054-b1d4-4278-9cd3-2b1c4e41df47
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,e176d5f4-e61c-4776-8e77-c255db6aa87e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,ae773994-f302-457f-8214-65771cec4e10
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,c4de8287-5c61-4dd9-92db-4321fa3aaa43
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,ac3ea2fa-bb21-48aa-94e0-dab7005ea5c7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,53834e20-13b5-4236-b525-1c66726c82f4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,78925990-b490-4268-9dd6-c74088f9716c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,94d42d33-f605-49a7-9910-5318ed3c9d3b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,6055e380-d1a9-4268-9c99-111bdc4820d9
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,7f283a44-3961-4a5d-84c6-f66fb4d67045
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,98fb61e4-01c3-44e4-ba1b-774963e48506
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,0d078843-c49e-4b6a-87c1-118ad3856b3b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,fuel_combustion_consumption,94ee5a36-ad75-491b-870c-5ddec8a0b1f1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,sampling_scaled_data,d8f75851-5eee-43d9-9459-09df8f0185a4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,kg/kg,modeled_data,54dbb43d-9858-400e-88fc-a45786fd78b8
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,2a3b8595-b221-4c61-931d-96d12c9ec83b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,b8bf90a7-7dc6-40f7-a505-d5d83cdfc6c2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,1e6e5b06-1cff-45ce-b80f-41cb3db0eb3c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,cbdef1d1-1203-420b-8552-48b5c2608e50
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,117e02f3-e8e0-4162-aee3-87caf5915f82
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,9b99a5a1-722f-41b8-88a0-27fe1ce9437b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,f190539e-a14f-4a35-87e5-b6fc67f62c52
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,43f3f8dd-09eb-4e5e-aba8-d6002bff6eef
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,35f8ecef-d5a5-42f4-8115-e35545639412
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,7e7f396b-3489-4ba4-b05e-500462eb7cd3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,202fdee3-b2ae-45d3-ab43-3c7ecd07b7fb
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,278083c9-9e35-4d0f-bcd2-27fe7ed63273
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,22e3cda1-acc5-401e-9e89-692faa95e92f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,6a77bfe9-e661-4433-8a53-dba7a44ad616
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,6815af4b-e1b8-4be9-a659-9aaebd3c2c60
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,fuel_combustion_consumption,5c4642e9-e110-457b-82bb-02e7625247ac
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,sampling_scaled_data,eba74ba0-7680-4716-9aad-ee39c5d194ed
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7470368,kg/t,modeled_data,251669fc-a52b-4642-999a-8d6372ba0307
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,58547a97-c971-4923-b052-60d4cc254f6a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,27f77945-730e-4aab-b96f-b74fc3a2bd41
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,bfd3ac5f-c812-4f99-b822-3f9ea6eacf61
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,e17a39e3-9d30-47ee-9182-c19d235bd701
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,3a70fc2e-cda5-4933-9ab6-a21b8cd8dcae
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,78ee8c8e-7025-46cd-8cc4-3a3052820537
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,6e2e6b53-26dd-4cd0-98f9-1fd411960c29
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,e5a2af34-2b57-4843-b584-b6ce9a5138cf
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,125a3f2c-1b96-48dd-8a2f-784db3f8f436
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,e4ddcb1f-18a7-4c78-b9a7-0fdeaeee40f4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,53cd161d-eb33-4b62-b79a-9a0b951702ea
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,ab73d6f9-68f6-410a-8177-697be18326b8
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,058763d7-ce8c-494d-a780-a9f5173a7002
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,3465a760-ad2a-47cc-9794-d1b30647531e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,990634fd-5dbe-4f20-aa1d-15ddd93b845a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,fuel_combustion_consumption,759d9bf8-9f65-4e1e-9527-2ab5df1dba9e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,sampling_scaled_data,6995866f-9449-4c8f-81e9-dbd243e6bed3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005508399999999999,kg/m3,modeled_data,f290e182-f479-4fc8-8517-d7a4900d03d2
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,a87ff5ab-3748-42f5-9c4e-a6a5c8cf50f0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,28263e93-fb26-4789-9a4d-ad2769e67d56
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,7f92bf21-985d-419d-87cf-2db4f10b44d4
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,52398678-d002-42fd-8376-96b991cdc845
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,03555604-1bc6-4c09-8be3-98c7df2fd818
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,b9e89e60-32e9-4bbe-bf4a-a43fa5a8010d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,589d8d50-56fd-450e-89c1-8915a92df2e3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,5a991b1d-049f-437a-b54e-de3005218d7d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,2b64cd43-388a-441f-89b9-8d41c259eeca
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,1e8dfb75-51b4-4987-9076-24f15b4e78a3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,0a317555-bf85-4bd4-ad5a-6b93d8e83624
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,303a6d49-bcdb-497a-b671-b880867560a6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,bece000c-7c82-4150-a515-639275c5da1c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,16d85801-ac9d-45d0-b1af-3f33ab755dc2
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,b65fd00f-dc6c-4893-a90d-cf18359d216e
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,de2a2dde-959b-4c6c-8736-9f6527dc834b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,358ccc7c-0ae7-49ec-ba3c-112faef6296c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,b512e431-0827-4895-8c90-5a24f4bca477
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,2b90d0d4-91d8-4985-a08b-a46aeee09d09
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,ce23b9d4-2a94-4987-a0ca-2ef974834fef
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,e0a684c7-de96-4e59-aa65-c898a5e6e4d0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,24508942-e48e-47bd-ac35-432222fa37ba
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,b3fab713-5a00-4eb7-8281-7e8ac1dc78f8
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,d29cdebf-89ab-4d59-9856-b4db16440b2d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,14d45ce2-797f-4575-bfc9-e9f5d25d50c0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,1824fb24-e73f-4981-ae26-75a415282046
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,18896b37-845d-4eff-8522-a4a17a619ddd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,fae11aa6-9122-4f72-92ae-15c04d006159
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,4a91a50e-cf5d-422e-a7b1-d3e21112ba31
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,c30a521b-6af1-4273-9450-7263897aae2f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,736a0946-0a5a-44b3-901f-90b2116b3613
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,7b74c819-ccbe-4c2e-bf39-00960a8337d7
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,ee4cfe31-e499-44d8-81c7-768f74524216
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,0c6cd0de-5a64-41dd-9432-f7f3a8b6e183
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,fd69d221-26e2-4610-9d8c-4cefdb22ba41
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,ba1814e0-72fc-4152-82be-fdd8d4efc984
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,4f6e585f-f6dc-494a-9f11-1af76f66244c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,44ee79c8-8bfc-491e-8c10-e3c858088429
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,5551645f-b188-42f0-afe6-995d6fe94890
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,39ddde13-1b19-4277-a4d2-361e020fadfb
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,32a9bb34-8947-475e-b4bd-a0391374666f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,843e9323-96ba-4c59-b648-d78f48dea37f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,ab8c22ba-1899-49b4-b700-14f66d2fc1b3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,77d514ff-bdc1-4e93-94f6-ab096d1fc740
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,24e64cad-a029-46c1-be9a-458cf8006b84
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,7e9ea429-044b-4551-9bdb-059a2fb4a5da
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,b90bf644-d1d8-4db4-a641-31d40108ea59
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,493f3feb-bcda-4183-9e9f-b1433471bc31
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,fd2cf2d9-daa2-48f2-af85-b731a855ed48
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,e9da7280-0cf3-45e1-92a7-df9842e69837
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,c3f55a42-0f21-4156-b50b-cf92b77143ee
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,58f7af2a-da96-4bde-8604-709483799160
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,f5444131-b10d-47f3-b40d-588eec94c15f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,f04f4839-e375-4ee1-a333-bc012514abc3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,4dd2ed6b-19b8-46b4-92a4-aba7b06f7610
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,d3620751-5a8e-4c0d-b447-01885a36096d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,5be33cb6-f6ce-458a-b3a2-601c03cff677
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,b19dade7-0a61-4b21-82ee-2c5aea7561e8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,04891c76-1bcf-4fbd-bce0-f03ba40a3e27
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,e7a0361e-b0fd-4e20-be1f-16672928d4c8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,0bbcce3e-e386-477f-b132-14d9e12353f6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,9a9becce-6e56-4f3c-99e9-6d720e0f2c9c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,18aca743-12b6-4073-9906-41e7b559fba6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,a2dc7829-82d5-486b-a6fa-2db3ca54c22c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,58a82d3f-5005-4bde-82ed-19ef876d9f00
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,69df4b93-066e-4f2c-b864-a2149a1c62b1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,7e2ed32c-fcca-4ac4-af19-f3f146fe8614
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,40c15f0e-3494-453f-9ce1-88d9f66b916e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,90f4f324-545b-4483-a9c7-5a9fed9a6a6c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,fuel_combustion_consumption,33614f10-7f75-43c0-8559-9fef1bc5875f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,sampling_scaled_data,e7738cba-13aa-4fe9-b461-e54c3f5de901
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,kg/kg,modeled_data,b40e65e5-333b-4b86-b538-7bceb5a4548e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,a3c2f9d0-f6b1-4166-b898-8f979e622b83
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,7622f4bc-a254-4b54-ac55-55eaecf7051d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,eb4db5f4-91b3-41c1-bf29-fc34fcc01aaf
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,497dc7b4-2231-4d52-be56-750fd2062b12
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,d8151628-e069-4149-ab25-d72ac0ff3db9
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,620bf0df-7d5c-40c9-b7cd-f98be19315cd
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,3d2345e9-25d8-4dd5-a9f4-b55a24a3c6af
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,08685c00-2574-46ce-9c0c-bfdd2c0f0bae
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,a742e89b-a9d2-4826-a7b2-e3c823ef5d05
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,be027e8d-2fbf-43af-88fa-923f315f2342
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,8d432a27-6163-408c-a31f-635054f3fad6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,c03079eb-4976-4f5e-a8bf-2a2893f36255
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,2a3297c0-3438-4ad6-87db-909c234f0fb6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,0b039185-36b2-46d3-803c-7a310a43b06f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,65b915b7-e56c-4e5b-9cdc-2b4583f49fbe
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,fuel_combustion_consumption,1a739c51-1f79-420d-8179-e7a92b18bcc9
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,sampling_scaled_data,361c6814-8ec1-4069-9da8-56533a58ccf7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7544873,kg/t,modeled_data,9e3e7ef1-3cb1-4b70-881f-2c9e5e4f4a72
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,21512f94-9582-4d75-8188-035cab68d38c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,bbf78bc7-ba1c-41fc-999f-29ed4f5f6a6a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,848211d0-e96c-4fa1-8cc0-3e2ab1aafa6a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,21d309cc-28a5-4c20-a4dd-6a5df71a4542
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,d4ea030b-1dd5-4421-bf65-f78e7f136abd
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,d56dd92b-5d09-43cc-bf58-ed119333e146
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,089e317c-3b03-4eea-a9c6-4e3275e167a1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,47e9e186-e851-4749-aaff-0bb0fa046449
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,4e016444-e901-48d9-8f9e-c50049092e23
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,3813806b-298c-4782-849c-d63850bf477f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,e14e7bc8-1f29-4e2c-8d9f-a5b37b673cb8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,d4b0842e-c482-46d6-a0ca-4fe2ec7c4eb8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,08079ae1-e043-4ba9-ab0b-38e2c159a42f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,304ad124-e631-4d62-b6c6-9d1efeb74154
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,542221fe-9420-4589-a543-d4881ab4631c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,fuel_combustion_consumption,d6570e00-592d-4481-a5c4-04247f663d1d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,sampling_scaled_data,26dafe98-e2f3-4ede-9d4c-a7ff4b144110
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005563337499999999,kg/m3,modeled_data,a3edc263-865e-426c-bcf0-91f48dfa629e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,8d27ffdb-d30c-480c-a394-a8be6b036097
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,39ce0f4b-2743-4943-bae5-aeb8c8266983
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,24d87b5d-d624-4cc3-a0db-d9a7676f8908
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,2f8d5a39-6ba9-4f66-9d4c-1466bbeaf4ae
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,7a1c666f-0d43-455a-b2d5-5d88e3da73c1
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,9a800f6d-97de-4733-8862-d9a0e0643ffa
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,3abf0ab5-8fef-4475-8ec8-99491aefc13c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,698c1f8c-7110-467d-9fb3-f1e83b89c98f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,fe77418f-ff56-406b-8731-6fb5d02c4c1f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,cbaed7c6-12df-43e9-98e2-744ccfb32837
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,68f3d4c6-317b-4800-a47e-ca4e37e7c8d5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,e8a6ee1e-c939-4363-a931-3cd7fbc7c72a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,a7952e84-533f-471c-86e5-39532819e280
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,12f026a2-1d6d-430a-a0b2-74f989e63c68
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,9b430b56-3157-46bf-bb22-a00e0fc17819
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,fuel_combustion_consumption,b45ddc59-40a7-41d4-a023-be7b7002a087
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,sampling_scaled_data,2de6c813-cccf-465b-b882-df17127e71c7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,kg/kg,modeled_data,ba402960-0dd6-4146-8fb2-d820e17dca93
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,5da992fd-abcf-4246-8ea4-ea4edb9a0a9d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,50622a93-73bf-4090-98e4-4a2823f7b65c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,2e978dca-2879-4339-a1c4-f1b70e8ec0ab
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,60371db9-9f48-4888-8213-b3c458ee680a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,59cf81c6-d22a-4b83-a632-97b89205f0a9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,dd937cfb-3ab7-4cde-9ccb-ef5e3925141b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,7b612ddc-bba8-4dcd-bfb7-1b2d89be1bba
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,e1c3a8c7-621c-4259-b71b-2280377da52c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,b31c80dc-3468-4e60-b3e1-d365e352bc79
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,5b7c55b7-6da4-4734-a91f-75bbfba6fde3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,5287d382-b1a4-4fde-8d6b-3c1259144e52
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,c3079925-7d7d-4208-bb62-fe4748ccccd5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,393f3a78-b0dd-4eb2-8dcf-9605b7e66ed1
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,afcddfbe-8014-4d2e-9a44-ed71630ff2de
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,0935bf03-068e-4418-b957-e591baccb6b6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,fuel_combustion_consumption,48b66e57-c3bd-4574-9c47-1551e28f9677
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,sampling_scaled_data,5e58e5de-8c7f-4583-bba1-4973a22df827
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7495203,kg/t,modeled_data,94c75351-e2dc-453d-9b5d-0db57c33b2f7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,d1b198a9-d557-46bd-ad56-45f55de0f1b3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,652ecd87-cd68-48e7-94bf-823daab682ca
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,e1435028-0172-4d36-9a5b-7c9fa3e38282
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,ff359c67-e390-4b79-976f-eca6e8bed40a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,ddd55a19-9a68-4b57-88c3-b955bdd33248
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,63b9fec5-6207-4a6a-8f6f-6b33eaa8daa3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,145e0da0-d06a-4c30-9cb0-75d265bfe206
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,f50324c0-6571-4358-84a3-45bf21dabf8a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,7359d4e3-71cc-4114-be2d-56e27f87c342
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,40151558-6215-4d51-8ce2-c6315aea9807
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,b42bd6c3-0ade-4907-865a-dd450c9e7ab5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,59b731d5-3cad-4ab5-9f60-31aa2a8d2774
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,a5555163-663c-4073-bfe4-7102a566e31d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,df16dba9-5336-4cd2-a8bf-b2201839fd49
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,c3c85f10-3bf0-4edc-a2f4-bc0e076914a0
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,fuel_combustion_consumption,8f692b43-87d1-48a6-91ef-19fcc586943a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,sampling_scaled_data,cd3b7b0c-d643-42c7-90db-cced5b57b3ec
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005526712499999999,kg/m3,modeled_data,28faecae-e925-477b-89ea-35305665f4f7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,4cb3aba3-566e-4e75-87c0-ea6b46887d4c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,22e9b374-876f-49a1-9296-53e00a0b8b5f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,c4326063-c013-4dd1-8c9c-f882105f3488
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,8b80a9ac-0426-4670-8684-bb1ba51e806a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,80117c8a-5dea-49ee-872b-9b4a266e65f1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,ef297b68-b493-4b65-af7f-cdfaf0598740
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,1a2593f1-1f05-4c04-b8e9-adc79d2e799c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,75b8acc9-c00f-4bf0-a7ed-70030086acb0
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,b08156b0-80be-4667-a045-085874178d99
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,ddc9307e-60ba-4157-917f-029dd4c1d89f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,3bcbbb03-3db8-4a87-ba4b-a908da9f9f73
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,0a58931c-d959-41be-a2da-8f4648f4f58d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,46576c1e-b7c7-4c8d-ab45-1fb6389a5f3f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,9ea6f0e6-3bd2-4569-8351-5d9be7643464
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,40efa63f-0d2e-408b-99c5-66a2d72bca11
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,fuel_combustion_consumption,7a7b2508-d547-42d2-a8b7-9b31c3b495d0
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,sampling_scaled_data,3b4b8a2c-e58e-4fcb-bb3a-fb44e5372f44
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,kg/kg,modeled_data,9c691c76-91ac-4da8-8e44-b2225fd8d9d7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,77eb3b24-0248-48f7-8bfa-961693a64859
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,e47c7b31-5cdf-438b-a981-ceaf1812d965
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,1a81f2de-8b03-46fa-9475-dd9390a3dd50
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,e8c9e6e9-410b-4713-b327-f0283dbc6bb4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,ef1a57ff-b2ed-442c-88a2-b7a267d85c29
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,81c3f725-0eae-40e8-9d6a-3bda6ba9ad57
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,4f0ef5d9-3a37-44f7-9aec-53b3f591513e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,64d66c66-bf74-420a-8cdf-d3fecd3fa39e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,fe2e0a09-9ff5-4633-ae94-22a9eccd5da0
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,70f12782-3ad1-405b-9704-f90d367b7de1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,50f2630e-c386-4f62-b758-e5955afe5d3f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,a0b2b1ac-17cc-4812-bc05-63cda451ddf2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,88ffceb4-30ff-4edc-be60-e9b201c18dd5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,2efff125-a60e-4619-8e40-759778fdb558
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,afd8372b-c6ef-401a-b4cf-f3ade108b88f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,fuel_combustion_consumption,b3d1db30-107f-4453-b16d-18c6016cca38
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,sampling_scaled_data,909c61cf-f353-439f-be4e-29ff78e29b9a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7410764000000001,kg/t,modeled_data,199e79cf-418b-4d3a-9c93-feedf4cb43f1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,44410e7f-d466-490f-aeb7-8d7f7c17b117
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,9c851451-d0f8-4273-9650-ae70477d245e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,c24dac83-7119-4dec-9c15-a063e255db2b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,f654c43f-532d-4449-9f92-beedefad48b4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,00ea1b96-d2c7-48b7-a251-fa0114941f15
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,96b15d67-3967-49f3-8280-afd0bc1a6234
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,e3e4954b-25ed-4898-a6a0-9cd110b31739
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,bc4e7483-0848-43cc-bf3b-4964d13e26f2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,4d565d63-1b34-4879-9a65-5df441f960b7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,ba712d94-ba45-4a24-9aff-3ce8d020de75
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,0ecb7a9b-4bbb-4d5e-95d1-cea8b294a3b4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,3980d851-bb31-4125-bcfc-710f5a359cc2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,9d37292f-548c-4ff8-9112-50343c4c0154
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,76ebea2f-0cad-442f-a05a-977171df5aa8
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,44c4dec6-a085-4b3e-a2cb-4039211e2d4f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,fuel_combustion_consumption,16324950-701c-41b8-8f22-32a8dc315fc7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,sampling_scaled_data,92bf7e14-48c2-40bf-ab12-5ffca73a6bc9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005464449999999999,kg/m3,modeled_data,99f85b7a-4d6f-46c2-a5c3-559f2d494311
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,71874b17-3c36-40f5-85e5-ea64c04ef9d7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,90cd1225-265b-49a9-9d57-4f5f3e3d32d0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,0721cc73-0084-4e05-8034-0f99b21facd7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,4af350cc-0bb0-47ac-acc4-8c790b2cca16
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,8a043d85-e1aa-4b6e-a2b5-a7b147e78716
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,de3648fc-cb74-4240-9ffb-b8b0330a6568
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,a4537b4d-0adb-4320-9ab6-56af666f6afa
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,3744de82-c02e-469a-ae49-60c2aa592fa6
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,f295cb25-037f-4fb1-9494-d3a781755f8f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,8a6d48e1-bab5-4a31-9f0f-02015c434ff1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,74293dec-8c7f-44c2-ae20-053a1ce2a7ea
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,f3b926c5-a26d-4ff8-baab-bb46886ecc5b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,f46603dd-1207-4654-97a8-0a76b7371797
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,a36e4d2d-43f2-49de-ab35-6bcd191e1b62
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,1fe8c8a3-751a-47d6-ba31-92f20494ffe3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,fuel_combustion_consumption,db7f0968-622e-427c-bf2d-7c91791fefa4
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,sampling_scaled_data,23d7fcf3-862a-4ada-880f-9cbe48060c36
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,kg/kg,modeled_data,8aa9f4dd-e145-4f3b-a448-7dd496886e04
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,a399b7f9-19c7-45be-b754-7d8e18a94c2c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,76c204ee-b921-413b-8542-44f1c863b67d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,cd017873-a220-4381-a336-39ee1eb10744
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,fa36bbd0-65fc-432e-abaa-abe67d37cbe5
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,f07dbb3a-6595-4779-9f66-df464c66fa94
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,55828b49-6b7d-46db-b7e5-42cbb564815d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,5ba342c1-6dec-4d4f-8e84-1e5531bd85f2
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,e6be743a-bebd-4e3d-816b-20b209744a01
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,93fbe72a-d1a6-4459-b1af-79e18d421569
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,583bdfaf-88b4-4811-af58-02cc5a9208de
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,3d589f75-12ac-47f1-b1b7-d15f0598703a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,40b04978-b679-4c6a-9e90-9144abaa4da3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,c4e68b27-8469-4944-b387-f3447c859ff2
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,ac34b4eb-4f72-4fba-afee-e7050c6d1c1d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,b3e7bc1e-cad8-4a07-832e-6b572c2b05cb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,fuel_combustion_consumption,0e6fbb49-79aa-4e3d-9c22-bbe698c1e466
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,sampling_scaled_data,b3cefb32-1c1e-4ac5-b56e-f322e30a4267
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,49.67,TJ/kt,0.7296523,kg/t,modeled_data,2ba269a7-0350-4631-8b8d-0dcc6da5681d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,cec2ab76-afdd-4417-9226-ac5086460fed
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,535dcc64-48c2-47af-85f3-a090f3e8e3d1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,efdc684d-2628-4989-b41f-0d53168d86d9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,2d5697a4-d2b3-4534-9025-9be6a80367d4
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,15854085-a649-4aa6-ac1f-f839379d8520
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,523591ae-c675-458c-9732-87549ad4ee3b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,12e668fc-2ec5-466b-b83f-96588097283c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,9c7c14b5-f930-46fb-9c29-85b243647692
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,aeb918d9-90c2-4e49-b74f-ba791e38d75b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,9d814977-6060-4d20-b3ac-91a470c20fea
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,bba406d0-7a45-425f-8776-c6fb178c121f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,30666e8f-3f31-45ff-9858-90d6d298fde6
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,316dce0f-b82c-47ca-b21f-dadc59de9584
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,d8d9b599-1e37-4771-aa49-0ce2ff9b0c7a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,ea0e4cee-6ca4-4ced-9fce-79760a9a0d57
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,fuel_combustion_consumption,1d6adc97-da0a-41c4-b0ee-906f26a11902
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,sampling_scaled_data,40dbbb46-cccf-40d2-ab5b-031ed73d4f76
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,3.6624999999999996e-05,TJ/m3,0.0005380212499999999,kg/m3,modeled_data,5c000881-c330-4fd4-a6f3-d2c1cceb8724
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,b94823ea-cba9-48bb-991a-e9be400840df
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,61d7bc75-9a18-470a-a46c-b2c8b67aa2a4
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,65eedcdb-2a15-4c08-bfbc-ad60d85dd984
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,bde86cfa-966e-4c72-a31b-a4587d9e2509
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,ba2a06f7-02ed-4819-81ac-12b226cc7451
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,90633906-5e08-48ab-b996-c4deabc8a2eb
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,ad1543ab-c8be-4ee6-85fb-1917f253f260
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,c4d8bd28-66a6-476b-a638-1ce20dc4420e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,7f3ae665-40f3-4d47-b8a2-ee09f5b9ccc3
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,bf6d910e-e093-4613-9c25-f32136c44f03
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,21c2bfc4-31d0-435b-b84e-977f7e7294de
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,f158464a-8789-499a-9a68-0c2dd3c6e695
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,859b56a4-94fc-484e-adfd-d6f9ee91ce1c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,bd99e0a2-56f2-4adf-b457-2937b0c3dd83
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,6959e61d-5494-40b0-b5bd-221626957463
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,fuel_combustion_consumption,0024ff38-8f5f-4780-bffd-860730019a3c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,sampling_scaled_data,eed78993-d49b-4303-904d-6af58514c716
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,kg/m3,modeled_data,b1f8417e-e949-404d-833a-d2ee30ef7d73
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,95f6f3f3-6251-4ae8-b324-b324c1d91c05
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,1a3fd376-af6c-4f0f-b44b-9ead46d6bc62
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,158a6e61-de51-432e-a2ba-d7b041affe23
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,74ae9085-dca0-44ca-a20a-6023207c82ba
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,9e0ba4d0-52fe-43f9-8486-c249117d965a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,facb56c7-5a19-4047-8066-65329dc58e94
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,a04611d2-d5e3-42b7-8204-b79bee3fe8f1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,46a605a6-63ba-44ad-84e5-7970b4d91510
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,10656fee-8ce4-477e-9cde-3d2e835a364f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,e0f4647e-d6b1-4671-b85e-de2e29b05bf1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,7d0a760f-f63d-4c77-ac0f-dcdf11cfdb96
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,1badae7d-669f-4c0a-bf0d-74ffc44b99a9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,92303823-9b77-4d17-98b7-f5e519cef570
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,aeb58559-7dd1-4178-9c3f-64cbb80c5c38
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,d471eb9d-b48f-4c4b-9632-824d65a0e785
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,fuel_combustion_consumption,e00be49a-fbb3-48ee-8684-bd710308abd0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,sampling_scaled_data,78c895fe-e5c5-4921-ae6d-485b68abb76f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,kg/m3,modeled_data,19bc41cd-61c4-460a-af33-d2c80da409c8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,567a49c5-02a7-41e0-954d-19912b8077b8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,6c2b5ba6-7afd-45be-bfa5-76295fc27602
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,edb45f0f-afb6-44b1-bf7a-7b01c999f1bd
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,5b4191b2-7a4a-44f3-8545-241257f7b7e0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,0d339654-5745-458f-89bc-8b619d08ec07
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,b60b1474-412c-4964-b6bc-3faaf174e6f9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,cee2371c-b5ab-4000-88a2-c24ebea1abfa
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,1ab3cd56-972a-4a51-8025-f2f29fbb1117
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,3e3ff4b2-f82c-4110-ad2a-0a0295933c2c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,d273ec0b-9574-4914-984b-b3e1d423725c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,ade487d2-dbac-44a9-a6e4-bf656a9a50b3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,d3e528d4-e640-4daf-b0a1-e101d6ed047d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,5499463d-5f84-4138-9c1b-9b006c1a9f44
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,2ecd8a35-3014-4d12-ba04-4af2cb2b6a47
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,22e2b69d-d521-43e0-8638-2d5ea492663f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,fuel_combustion_consumption,6d7e0676-e219-4b3d-ae34-60f96a0b8d04
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,sampling_scaled_data,85d1a6ae-9eba-4bc6-97da-7209de46e4a1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,kg/m3,modeled_data,1c56f85d-e365-432c-98d2-f7d9c5d8b5a1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,7367e121-7a54-43e4-933c-12621b00cb63
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,5cea9b23-c44e-4b70-aab1-dd3d991c123a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,5433fac6-4d6e-4592-95ff-494322c173a9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,2fa22538-5a3a-4cf9-8552-d3f9525d488e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,012bf001-2629-4e7b-abd4-29cdb69d3939
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,28c8a9d9-c192-4d81-b799-209f484dbf64
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,b4511b68-2131-45c9-9987-9f7f25e86e97
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,981cd07a-710f-4b10-ad93-33487ad01e43
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,852b0529-d322-469d-9398-a7669c978c7e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,87501ea6-c148-45be-b942-24d11f058a26
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,21e063cc-96a8-464b-b44e-15cc28f2d05c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,b7b17506-8705-4cdc-8cf0-bf2f8c5b3a67
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,0bd19e46-8565-4963-8213-9688de40a1cc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,93be837e-293a-4024-8b3a-dabf21d772be
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,743bce1b-2b65-477a-95fc-7b9a9b8e0cda
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,fuel_combustion_consumption,c4cd62e6-6ba9-4785-b24a-a3422063eee7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,sampling_scaled_data,aa44c1c9-549a-40be-9df3-81945341f7fe
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,kg/m3,modeled_data,2208e95a-811d-42e6-8eac-e2166e25f7f9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,3c07357a-ff5f-476b-b90d-66e0e4040f34
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,61620bd0-bd70-4313-b176-0953bc255c82
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,1b21af44-c980-4068-9ada-1dce03ec7214
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,e39405bb-fd66-4cc1-a36a-fc1133a5dc62
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,03c62d4a-e20d-4f2a-94e2-33a4f4121713
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,439715d2-f249-4b51-a38d-eae9759b451e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,67eff2c4-6b0b-41e9-a598-3e7cccd5e548
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,7640e553-6c2d-44dd-ac3f-6f04cde7ead2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,58744ddb-2700-4a9b-b841-ed0837516779
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,ee7829e9-0ba7-41c8-bfc2-b450cc08d65f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,accd920b-5c5f-4ca5-9e76-21f271dc8b41
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,e3c26fad-7300-40e3-a600-ba228e9a4052
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,e1c6e85d-0010-4f79-be55-8fc34a46e008
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,cd2407ad-5444-49e4-8b50-e94abeab11cd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,a6cac397-68ad-48b5-9ffc-a74e1e66f696
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,fuel_combustion_consumption,0ad7a4df-eecf-4600-992e-d00935ccc27f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,sampling_scaled_data,f6e47c04-72ec-43d0-9841-ff9f2b9d7060
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,kg/m3,modeled_data,9553b7c5-e3c4-4f9c-8cec-610604c37800
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,5099bd7d-0330-4344-b692-86de48777d78
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,c6ff4673-6ade-4dfa-80bc-5510e08f1d7f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,93b711cb-ffc8-42cb-ae71-a7bd5b9de65c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,20b64a17-04d5-49a3-b827-d51392727dfc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,a9f81d42-fb53-4fe5-a29e-e07ed3dd3090
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,ad156af2-99c7-4002-bebb-3a0f4f1a7c01
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,c3859842-a58f-44f9-b7dd-0372fd58042d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,cb73bafc-f644-434a-ac02-51dcf6f57f89
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,2e54fe2b-a83e-49c2-818c-184af92b98ca
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,e478da6d-8b54-451f-8455-b229c5bb99b8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,36e25558-ec85-440f-9405-5f54c830be6b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,70109bfb-5bd8-4249-82a8-04746f389d31
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,d2d395ce-116d-4af7-baf9-f90ba509f136
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,824ec57d-4450-467d-8344-cf4c61953a3c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,9e0c07a6-4ab4-41d4-86ae-cecfe4849ec2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,1a8e59d0-83e3-4b92-bc7c-736666c65b5a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,d5f52633-375b-479b-b270-6d091ce61c8d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,7eb449db-fb77-4300-8801-74ef3126aebe
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,43f9d81f-f2db-4cf3-8981-fc907cbf4cda
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,cb9ba811-731f-4674-a521-6a288fe0bdaf
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,ac9b52b5-f083-4de1-8f09-e600ab4775b4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,55b145f8-f10f-4806-9bbc-19997fd43670
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,20441428-0818-42a5-8873-fb98c6d7f5fd
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,f2973c58-efb5-41f2-b910-53fc23a40a6a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,1889756e-69bd-4f94-96ac-c3f6dcb18f4f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,484cf187-2771-46ec-a202-9b60e15ef3ef
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,fab7f971-b585-482f-b699-a10b9a712d13
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,dc0c152f-b109-4825-b65e-65e01a4d4aa0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,b6b8caa6-7891-4693-af23-007ae88c2d58
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,3a9df28a-a28d-4f72-b94f-1a7a5dd5af16
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,967a048c-34eb-4807-8fc5-73738ca40d45
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,a6ac5de7-a246-4a0a-af46-c3495cc89834
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,5ec496f0-e477-48ae-ba07-5658242c2800
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,7a7751d0-e6e0-47ad-9b32-b2d7926fab11
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,9d1f5a7c-deb1-4aef-be78-02b31d5686ab
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,772daff3-1a48-42d3-9ec8-15136a589f6a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,98e4f439-820b-444a-b6cd-638fe93fee65
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,3310d7e8-4333-4d57-802f-e4939cf619a1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,b91cde86-9778-40ec-ae6a-3d23040ccfb2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,0df41d58-4f17-4067-8e95-6e4ef4ef1d95
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,1f2ee389-29be-4936-986a-af78a9c4482f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,16a3018a-3cf9-4a51-baa1-595a3f1d9286
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,866fc58f-9c00-42d1-b525-177e28a5ad39
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,86bb3bbf-698f-41ab-9477-4507264d91b9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,b05fdb88-2932-4b81-881b-7ddd61bd92ab
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,89461aa1-9899-40b9-a594-b2ec1d527fb9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,f69eb3b0-6ca8-4d00-8ce8-8a8d41b1c252
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,daa4d9ca-46f3-4f54-882e-d62b7ad43bfa
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,d0dd711d-b855-44c8-9af4-8f259fc01935
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,6bb8e427-5135-4dec-bf54-3e211d1e80de
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,f1e81d09-6440-4b10-80c3-e99b71823ae8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,fuel_combustion_consumption,05b93fe3-bde3-4d6c-b85a-10ee9f9bfcce
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,sampling_scaled_data,b8d04fb5-5258-4ec9-8bda-d7d0e9aa45eb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,kg/m3,modeled_data,b61142c4-123f-41b2-9cab-93fc1f6e2f6f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,0a677bfb-b9b0-4a2d-ac4c-f184edc62cd8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,05c2056a-92aa-4442-af8c-c05ad1d6fdef
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,d9e22470-5ccd-4490-8d8c-283b7d9bfe0e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,e9ebbc91-011e-4bd7-a683-99fd8a378690
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,337c1d8d-5633-4a1c-aa30-376fbc698d7f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,afcebae3-d069-45f7-b11e-e8a7264dfed2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,e93a17ae-4baa-41b3-884e-9b6c6b5bd368
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,0b66e3ef-da4a-4cf0-8e52-7a92392994e2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,c1e77e9e-700c-4a8b-be0b-365a65e712da
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,eec21dd1-f5a3-496d-a24b-b72b1305696e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,be2c83cd-18b8-47b6-992c-bc6987824291
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,2e8a9e5a-0de1-4c0f-832f-adc302c55d2f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,61e39f02-a07d-44f9-b3ae-ca494c56a3d5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,fb480b24-a53e-46e6-a827-11a8467d4ae3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,629a112c-336f-41f4-8acb-440b4b3f5696
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,fuel_combustion_consumption,fe068ee0-fa0f-4e39-b1d0-266cbfab0b90
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,sampling_scaled_data,dbc92414-59c4-4ae1-b1c3-9a8119b6d4dc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,kg/m3,modeled_data,f8f773e5-22f2-4396-93b2-2041472c6a7b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,b6416b5b-cb6f-405f-9e99-cfa11e840ae5
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,e4e32a59-e7fe-493e-8ac2-771cca6510ba
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,f6b16380-9164-4373-8b5f-e83e5e67f46f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,cd33b83a-de40-455b-8f4d-294d9bab2a0e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,f58ac77c-31ef-4056-ad33-12e1e4a577ff
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,d9075c51-5a20-4715-83f6-9c49af52ee8d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,9efd82a7-8903-4cfc-a3c8-b306a59e641b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,968de843-5183-4ebb-ac24-49923b0f989f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,879c5f9a-bcce-4462-b8da-2ba38cd89572
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,ce2f6a93-e6b5-4939-b3cf-6ee3bedbbc5e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,d8010062-1c59-4158-b93a-d665ccd8eb6c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,1760365b-0d59-420a-b1d1-44bc69bcd7d2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,ad203f18-0436-49e6-adb3-be7c4a50a11c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,d02fbe05-133b-457a-be2a-b05762546271
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,5c91755a-8f9a-4a8a-84f1-f830027ad3f1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,fuel_combustion_consumption,85474615-19fe-483a-945c-04128be5a322
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,sampling_scaled_data,ccc59f88-8545-4034-9a77-836cd3b5d5c1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,kg/m3,modeled_data,5d8d2cd6-5ab9-4bdc-8f6b-414972f40631
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,dc792373-c8be-4143-8757-28ae105cb701
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,16c65a08-420a-4337-b4ae-06896f9777e5
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,18dabf92-8f68-49d9-9153-f3f6f9aef0cf
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,2a82828e-d843-4fb8-9e56-a7f36a4e00f3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,a8e73c15-3b16-400f-a2b6-14836432be33
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,11e03d97-ac95-4a2f-9eb6-d109946c2e75
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,5719b70c-2a10-467f-87f9-2a70fcd12672
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,f34912ec-dc6b-4922-815d-fd08a54b8d9b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,3ad06de4-af89-40c0-9006-81da6330649e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,b1a313a0-b4ec-4363-b329-829a6a796ac1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,8fda716b-aa53-412a-a4e6-4b907069ade0
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,c213f78c-e776-405a-bc39-a8773ca61039
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,1eb499ea-d222-43dc-81ed-bb49f3dfd4d6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,73448cb3-7fb5-4de5-9353-3a779f106a93
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,6a8ed028-3f2e-4a19-9a28-5785b2f1027a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,fuel_combustion_consumption,ecb1a857-7982-4532-a855-00f143065338
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,sampling_scaled_data,67a4ae7a-4c85-4364-966d-6cdc487eeba5
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,kg/m3,modeled_data,caaf3f2a-1f12-47cc-bf95-68b2a0132ca4
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,73dbe44b-2071-4dc3-b963-87308cfa7c75
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,45ba3037-dd47-4fad-8d84-d77a899c32fc
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,394aef51-54a1-4ab6-8977-cc2dedbeff1d
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,7114d595-f289-4c4b-88bf-c543d03a85e9
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,339c04ec-d872-4c93-a62c-10c2b4eb88ed
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,b2d2da08-db94-46f2-a2a0-84d427f68c71
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,a3d0f2de-4e74-4d72-a8e8-068657fa9f69
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,02cab4be-0343-40c1-85e3-d6eaf2e9d2e9
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,941093b0-599b-446d-8b66-1d294534dfc5
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,cb2158b1-5288-4adf-89ca-8c3615dc11fb
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,b5d1a435-e2da-4eed-a702-88df28dde847
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,c348a625-a87e-4b5c-a591-47569364f1fe
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,31869d27-da60-474c-9e10-0c305ff48252
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,41344156-3e78-44dd-92f2-b59ce4680cb0
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,98e9c9ff-2459-4b8b-9f41-cecaa0472607
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,fuel_combustion_consumption,31d12d8e-a58c-4d71-84bf-6d329e09547f
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,sampling_scaled_data,a3f91295-d0aa-4c70-9236-cc9c595e9d23
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,kg/m3,modeled_data,26f19239-a929-4fbc-8ea2-747cfb19a283
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,d2242eca-09bc-4079-af0b-a1b3aa6b5cc4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,ee91e179-3975-4f8c-aa30-b43c9d1ef1e9
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,15da4248-0425-4369-b969-1c535ef1d798
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,17a652fa-c2a7-455b-96ea-acc8e992ef63
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,1b4bc095-b3a3-421a-8e9a-32d7d70279c3
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,9339a34d-2503-4399-bff1-431862c65dd8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,27b4ea9e-3512-41a2-8fbc-a1b96bede263
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,ad0bd747-01d1-4de2-8737-451cb9085797
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,9ee55133-6f28-4859-afd8-dc7ab93bbcc8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,8341dbd2-fd31-43b7-94ac-e4e0a5e4542c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,156b8c6f-6499-456a-a2d5-79eb4f4da23c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,795b6ead-c903-4d98-b178-9e1f9d911f6f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,f8b21f73-57f2-4d19-a412-6587fbac3d23
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,c0a4086a-0b00-4d66-be1d-53672fd74590
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,d5da6e7b-22eb-4eff-b8a9-ce72ea321bf8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,178a4fcd-c73a-4bf8-8601-44a77d490dae
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,1ebeb1b5-382a-4e19-880d-b02335eebce8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,e3aa6f4f-a210-40e8-b651-8290034f385a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,449c541e-a3c0-42a2-96b9-debe21dc667f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,3767ab43-20b7-4835-8b04-71cfc637fbf0
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,f9e25fc9-3543-4fcf-82ea-55ec4ae010ee
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,dc8b8870-f318-4c50-9a4a-61676db3fa8e
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,a6d97ea1-3986-4144-b664-fa3c2d4c3a06
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,ed6e897e-40be-4765-bbb2-523e0494029f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,38b40fe1-e047-4460-ae44-60c7248e89a7
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,75be0f46-25db-4961-9133-d1bccdc6e259
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,c10c0f83-35b1-4d98-aa31-6a008adb5543
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,4261dd9b-3a0d-42b5-ada9-5588fc9e5708
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,8ecfaf79-4691-474d-a0d0-a430d5267d11
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,12566f71-0a62-4989-ac5a-dac2367dac1a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,e4ab4f7e-fd99-40c3-b0db-bee3fa117ca0
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,993ccdc2-9c0c-4f78-a7ad-b8b36a62ea27
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,937cb84e-a209-4c99-880b-e410a0a4bc49
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,fuel_combustion_consumption,6bafec4f-9a3b-4554-b8b0-8dfa5697c2d3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,sampling_scaled_data,48108fa8-a422-4abd-a698-1776f51da681
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,kg/m3,modeled_data,b36bdb17-dd79-40ce-b029-1e2159ddbde8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,8c8ea3ca-e9a6-40ca-8e8b-9abd9b90b202
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,3c812d89-15bf-4eec-a2f1-13548cc37219
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,bff8915e-67c0-432e-b5a4-8dc7f8415d13
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,a2f747d5-2383-4d24-8fab-7d503bf3d643
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,05679b94-b9f6-4e1d-bcf1-b49edb897a93
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,e11eadd3-3c07-403d-8497-746defc12726
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,78aacbd8-d70e-4567-8993-e992bd41b3ef
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,e6f4b700-4672-42e0-9d72-562794990ee1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,84fe4754-0a52-4833-b455-c5b727db5e71
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,20b253ec-5659-4cc5-bf47-540b2f4fc85a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,0c62812b-6ce6-425b-beea-c684ba7151cd
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,4636f1bb-7017-4c0a-95bf-8cca8e17aec2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,48cd5fe1-37cf-4bba-b55c-52484e0c7ebf
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,14d3d3a8-b34c-4060-b104-5ecae9826acf
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,0c3dc322-806c-4bac-a2b7-e14ed0ca2528
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,b1243e8e-65ec-403e-85f1-1e8305169d83
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,20f507aa-3897-482b-b42c-66d9fdd7dede
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,f52baa46-390f-4cb8-80c4-926303e7a33f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,64e84edb-c884-4b7d-b90e-1c6c475be6ec
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,96427dd2-7ada-4017-b834-95cf01301ce4
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,5f9c3e29-8bb0-4ace-83b2-063d157270d7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,bf935b7e-7423-4f5d-bbc6-d25d2a74745e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,daf6c721-cef5-4ae4-b8f5-ab3ee657567c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,12540aed-93b7-4485-a047-edd91956be08
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,ca057881-9ec8-41e1-a96f-a8772c6812a9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,a41fc962-dc0c-4a62-90f3-420ad62899fe
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,7f9f9573-4163-473b-8a63-9911b7d30475
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,9f7e6375-c993-42b8-b5f2-6e99d74e1401
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,270aa4ba-de4a-49ca-87db-0a011e8fe9ed
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,8383bf20-6d57-48c3-b234-457e540b16d7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,361e536f-369c-4aec-9d1b-dc90aadd7962
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,a716af9f-8647-497b-9f69-c4d214d9576d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,8d229957-64cd-41e8-9074-0895f37e54cb
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,fuel_combustion_consumption,03f7bf7e-10c4-4675-a90e-debe72bd6b50
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,sampling_scaled_data,9d8eb8f7-18c3-4cd2-93c4-c3f203ca7023
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,kg/m3,modeled_data,8237a5f9-184b-478e-85ce-7c41f90afc2a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,f5a2486e-e79f-418b-af0e-f75d38c4d3cd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,e982f68b-5e75-48cf-b157-01a2147dcefb
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,7bce55cd-bfcf-4310-8f28-3a00aa3d9bef
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,75923386-3c1e-4f0f-a8d1-eee989e621a4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,c3db51c7-48d7-4664-91a3-f7e50c3f511a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,e178d79e-a6d2-4774-b62f-a529334d2395
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,174f330a-ee22-4b86-aa35-f23564b1935c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,df72d26b-6d88-4618-8bb9-dc124afb80e1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,a76ed982-a7ce-47af-9a01-1d836301c007
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,2e3e706e-9cd4-4db6-968c-28914840bf73
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,b544b6b7-ab71-4d3c-a03f-25bec4b00286
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,5442ebe2-1589-484b-a68c-fbc0e2265aa7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,b494b079-2388-41d0-8a4a-718d61d00e1d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,f9003771-617d-4751-a6eb-4a6e089f5af6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,4b2072eb-53b0-4345-b3d3-0bbdfd0d7a72
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,fuel_combustion_consumption,e46721d4-2309-406a-87a8-e787d0b09ede
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,sampling_scaled_data,96a23a28-8551-43b9-90bb-4f9d1b481cf2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,kg/m3,modeled_data,2f6280b8-09a8-473a-958b-2d86eb9b43cd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,ff9b4174-2a88-42f6-b0f5-2f4251f74b9d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,c9c454ff-5ec9-424c-8cdd-0d33c262434b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,87f69f45-0963-4b26-8ff0-ba611d92eda3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,0111c9dc-6d77-40c4-ab59-9e7eff20354b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,f6d340b1-5f6b-4799-9248-ee94f09abf16
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,de40874f-efb6-46f8-bee0-2a544706caa2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,91a898a5-557d-4043-9349-83ac6d2beb68
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,ac4d74e0-98b6-4b9b-b644-5f2c40d7b34e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,21501a56-e6a9-487b-aed4-ae9724d10629
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,1bde4828-d88e-4668-9e5a-8ea66975f8a7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,ec6b3d45-c561-4f16-8209-94ffd3886fe8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,36994cc4-39bc-4fa1-b1d9-3bc4e62dda3f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,001bc686-987d-4b33-a26f-698a276097c1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,54e91406-868b-4261-b83e-6a042c2a99e2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,1a62d4d6-13e2-4791-be52-49c7278a7573
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,fuel_combustion_consumption,91b7e629-fd24-4fe9-af18-4963231a0a5f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,sampling_scaled_data,2cc70cc7-ce76-48c7-8c9f-958be1a97a3e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,kg/m3,modeled_data,12d13685-44b7-4541-8a41-fca9974c6a23
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,aefd143a-38e1-4f3a-a5ca-6a696595cb29
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,ef3d0762-47b1-408b-b00f-bee9604a564d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,37a64b27-27e2-4c8a-a369-d680209b00b7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,6d2a7f4f-8efe-499b-8a6c-9bc497e25796
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,bc24a455-3e0a-4471-8d10-2a0b7643e287
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,a04c6f14-44db-44b0-80a6-b0ec71ef7b87
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,3dc1b1a2-650f-43f1-8f55-e87c85b34348
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,f78a95c8-4b9d-42b5-9d5a-ce9ca3f05218
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,7d494785-ed49-4995-8a4e-6a04c00c684d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,81cb3590-d7a8-4801-b633-08f4dc50e4fa
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,730dcc4d-4f73-49a5-b987-6af26cdb0ef1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,9a9ace36-17e9-4abd-afde-fbe48db5d024
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,4f499ed5-ea5b-4d4a-814d-8839f5186397
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,e8577792-dfd7-4911-8dc2-31b28f765d7b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,817866bb-1aea-49e1-913e-7f51605ddab5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,fuel_combustion_consumption,71a2a525-1f23-41fe-8098-66f0b74e4aff
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,sampling_scaled_data,040b3521-d973-4759-8416-060ad36e3d0d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,kg/m3,modeled_data,b39e863b-21b9-4746-92c7-dc6f8a39a11d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,e8785da2-01bc-4b40-b305-51713616d876
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,675b245e-7e6d-4a90-a478-d8e08a9abb83
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,0abd52bc-c7dc-4462-8c62-badc7b0965dd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,09156ddc-9bc1-4c12-a8ef-617bc523dbb7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,2e77243c-c34d-457f-8b04-5885830be168
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,02340a49-ab77-4267-b48f-44c3c89f4158
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,bcf82e40-f0bb-4c2f-a1ba-86ccf2416154
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,51d14898-d98e-42aa-a135-051851e84066
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,6d8eecaf-297a-4552-ae16-9665bce51b95
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,6d9d4c2c-f0f4-4ad0-87b2-35820ebb822d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,df279017-d5ec-4fc5-a25c-b9c6545bebc0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,d8681155-8a04-4111-bdff-8127c0190827
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,d21a0ba1-cb4c-482c-9f16-5720969f9c21
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,cf052f56-8c9a-4965-acca-b8e58c06a534
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,7b0c0999-a607-4732-9796-9283c4891079
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,fuel_combustion_consumption,48b8189d-a210-4530-81c4-d977faacf702
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,sampling_scaled_data,8e67456e-6794-4411-9fb7-64643eef188b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,kg/m3,modeled_data,7a8af4db-09cc-440e-9fa8-50c1fe339eb2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,ddc53bf1-75f5-4025-8d78-1d41cd742327
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,48032c6f-34f1-4cf3-9844-a8b46686cd5b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,1f20736e-c1e8-4809-922a-2d56ea118cd1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,6fa7504b-0e05-446f-8bf3-d8d6a3b34db1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,f141d5c4-1489-4205-a068-52098a36fc8f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,8a0cfe5e-d480-486a-ba9c-37b8d4f9da73
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,2dd6fa10-363b-4d35-b06a-fa69f366f8ab
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,c5e26890-589a-4227-8792-098f190e099c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,07121558-e527-4f34-8028-24581b3eb32e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,52dfaf76-ec3c-4bbd-8adf-51220c912714
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,d06ec464-957c-4a10-8eba-1bfc07f10b09
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,810ab95e-5523-4bc8-a4e7-bada73b7026c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,a159e4c2-fc96-4c1b-8125-44894a6962d2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,71f3c393-6da3-4050-8c48-6cbd440fe626
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,5fdf57e4-6536-4379-baae-ee551a75806b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,fuel_combustion_consumption,d669a1b3-049b-4da6-be45-398d96fc7c97
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,sampling_scaled_data,f869187f-53ad-4734-808c-80196578fce4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,kg/m3,modeled_data,33750341-61be-4920-b16a-ab56401e1c6f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,a48dd794-8d9e-4913-b67e-7acc61a31e66
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,619f6a1d-a3e9-404e-8b46-3f8944b001a8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,e9ff7690-43c3-4904-8d47-da340aa4de56
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,db3a2cef-002f-428f-a0a0-56deebcc51cd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,6001ac54-6ca8-4b14-9d59-845eb7a7a765
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,ae93fd67-6060-4f22-b1fd-3ae149edad41
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,91bc9043-cc39-472d-b494-0233c10842d5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,a07b0258-de2c-4036-9ae1-bb18d03cab30
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,322adad0-50bd-4aa7-8b17-4521e7c64518
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,ec5c88b3-e6cf-4bb6-bfe2-e8986a83e713
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,8c09e748-3631-4a2b-bff3-762eb4740dc7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,03ace401-6e25-41cc-9acd-540b2045c604
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,966fe822-af1e-45b0-910e-6801f0ce758a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,4c1721ae-a262-4fdb-8d9c-fd124a5c1e03
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,9b9e250e-a440-4851-be1a-a90758e9644b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,fuel_combustion_consumption,2acd19ff-b87d-4d78-b53d-0a1144421289
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,sampling_scaled_data,acfc5189-197e-4593-b5b7-dd5b157ec046
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,kg/m3,modeled_data,0c07d026-ac7e-4da8-8c45-4f6fef094235
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,efaac7e1-6b5e-4735-8709-80c55be51804
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,457ea13f-42db-4088-877b-3510dc9c7399
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,5592dd40-6322-4df4-93eb-dbe1f869b2cb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,85085d02-52b5-4019-ae42-866d04b3f36d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,b1a113bc-5171-4a78-842d-c7346d3b9db2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,ea327861-4fa2-4a40-95f4-bc6902caac9c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,937845a2-a9dd-4bc4-ac99-d21fa2984285
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,51e53536-336d-42b5-803d-655ed4fefbd7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,a6ffc240-098c-42af-83b8-83d02876b474
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,d335dcb2-3c39-496b-b4e5-251c352062c8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,3d4cabf0-45c2-4a4a-b932-8e1fe94f2c6e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,65bd3e56-fb35-46ee-affa-933a6dc5ca0d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,b3b212ee-f75a-42a9-aa7a-fcab4000b521
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,9079cd7e-9e4f-4959-895e-e0a16589888e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,19b95e77-7619-48d0-8b0c-1cf5e9e330be
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,fuel_combustion_consumption,facc22fe-24fb-49ad-8693-c5f0b62df6b3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,sampling_scaled_data,80816fd9-c635-413c-ad46-ac6ba577ea92
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,kg/m3,modeled_data,a24b22a4-0681-4c79-b92c-a72f45456493
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,7d57190f-a2b6-412e-a499-1089c6ca48cf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,23b8969a-781a-42ef-83b7-a4eefeca1846
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,12dc6000-3c3d-4e83-8d0e-11ad43576666
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,e02ff250-2236-49ed-9d30-0f3455aa3751
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,85e9204c-9ece-4405-b260-b96607cebe49
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,c135fbc7-e5ce-404e-838d-0c1eb0e1553f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,ff0ec056-4938-4ecc-8d52-3fde628d758f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,b1cf5a7a-2aad-4d71-8b69-4f64d89a7db0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,6f36a05c-e2ac-4869-bcf1-326d738a6c85
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,27aa6b69-ae25-424f-9471-150c54fd3173
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,bb143b47-b3f7-471e-8830-048a79e2477a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,3c574971-dc26-4913-b954-ad9527b9855c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,d35b1877-2404-4439-8dde-97226e1e9d8c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,bc619ed5-d09d-48f9-a5bb-3931a4f22c0f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,49214da1-9dbf-4b14-bb1e-219f959299af
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,fuel_combustion_consumption,809e38b6-89eb-456a-b285-0ebcfbd2e82b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,sampling_scaled_data,b9f614ac-e00d-4a22-9368-7a478f42e63e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,kg/m3,modeled_data,e1a62158-4ffb-48d1-a04d-22133c0d6519
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,73dc673e-d9e6-4219-8593-120d0cc41872
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,325dd47f-0550-4b0a-8d89-ee4d10b7f7c5
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,2bf86899-d825-49df-b1ff-ee4112d13e3c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,a2930bce-7fd2-4b96-9045-0e42c2a1e200
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,58041e54-6e2b-4605-9c42-cc88c144dd32
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,3f084d1f-53ac-47e4-9abd-1b10e4bc653a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,f68f2ac2-0b9f-4fb2-9bbe-32476fe2c565
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,f8cdb003-bd66-4ca0-84f6-30bfa942f595
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,5c2b83a2-e0fd-4633-9d68-a8cd4662d40b
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,3df26922-7a8d-458e-b1fd-5537c2865089
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,02fb0563-5c2b-4786-b530-da49b263b279
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,b37917da-1a9c-4f47-ab15-5983652e3cb6
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,b8d64754-285c-42b0-be0c-e5f901aaa4c5
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,967b6b3b-4c85-4c97-a545-25df83b79204
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,2407c15f-999c-4a92-b728-913ec72b0717
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,fuel_combustion_consumption,a5597cc1-fb5c-4c9f-b9b9-c81da0e4761c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,sampling_scaled_data,b3049893-0376-4eae-8dad-c240c4dc4fc4
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,kg/m3,modeled_data,81a32f80-a6bf-48ef-9c1c-a46fdbd744a5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,ebf6030b-5959-4f7f-8e8d-81438921ed4a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,6f454acc-0507-41a5-a753-756cb06c2e53
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,7220e94d-5d1c-480c-b42e-7192ea1f9bb8
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,3d2befe8-2098-44d4-b546-25321c963972
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,57a3a1ae-0d18-421c-b773-7e12795d0d48
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,a94beb67-96ea-4b2e-8df4-0895035a4375
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,5d55fcc8-0cfa-4199-92a8-ad4ea6a2f01a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,31d7bbca-a837-4d01-8494-e106a3fd3a2a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,db96353f-ab75-45a8-9f7a-dde29f857511
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,4e58d86e-eae8-46e0-b27b-597900fb5638
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,277963e2-a906-44ce-986b-a50bb7095cc3
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,dbe65bc0-ceec-45f4-b54c-0b3710c62a7d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,4615bfd8-6716-4a73-9ccd-ad35dccaf368
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,9c404786-01c7-4615-9fcb-9bb7835f1e86
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,146d70f2-174f-44ff-975b-44cacc0d9249
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,fuel_combustion_consumption,ff68a3ae-d13c-4a81-ae67-856ad2ce08d2
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,sampling_scaled_data,f28a2315-7a04-4d6a-a102-fe6b830996b7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,kg/m3,modeled_data,5a483d3b-c943-42af-b145-d2cdbf455a11
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,31e062ca-5cc4-4192-88df-e06324cd8e11
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,9bad64ae-2ad1-4674-a0a9-cbc05ace70de
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,a2349c0d-5e34-4173-93c1-658127b15fd0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,9dc3b8c8-694f-4ea6-b6b6-1182fe1206b3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,a5d31654-8c58-4b8d-8ce9-a17475199b72
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,ecb3a712-f1c8-40f4-b815-7ba75f96da52
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,34d416b2-1c35-4b5f-9103-82b6298bd6d2
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,d60da3c5-a60f-4062-bd73-85cb60285278
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,22a46089-f962-483c-9587-0da8d6603e8c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,3453f2a8-ae64-442e-9a05-871abcef03a3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,bc95d1f3-0e51-4be6-ac48-55e54f28716b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,bc06f36b-fc4a-41db-865e-1a6381601b1c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,3b9f9043-9cf7-4b3c-aa9a-de28a7507c89
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,18c5dfc2-e93e-4d92-82c9-ef6b9a782ca4
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,1aa9755f-d1f2-45b6-8bac-6f81269e41ca
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,4ca35919-85d8-4bdc-abe8-1bd02f085bb1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,1bc874c7-f3cb-48d8-98d1-3e9aad686662
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,e39a562b-3a46-433b-950b-4a7a42cc6ec9
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,310e1896-a5bf-4f5e-b18a-12abac3d8c86
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,3fc78d05-7446-4e1c-90b7-32a57790ba55
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,dfad3cdf-4475-4187-8581-4fa5b19527ee
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,34a4f0ab-1dc9-4eca-aed7-4ca9d906f394
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,dcbc510a-b105-4827-8ee8-7dd1dab65d0b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,89841ea8-2f3b-49e1-923d-a87361fca688
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,648337d9-c8d3-4354-b972-64d02789c704
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,81d2b5b0-9cdc-4861-a5dc-8fc3ba5bd4ef
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,a24359d2-dd12-4ae2-8280-6d8bd76a8523
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,929d5f40-ace5-41be-94f3-f6f24300cfca
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,b7326d56-0e8f-4a0b-b37e-46e4dcb391a0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,36595b87-947b-41d8-b08c-e0f2735bbfe7
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,509daf14-76e3-4538-9f20-20b286518a04
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,66ede409-677b-478e-914d-f69a1a49f4e8
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,dd7bae07-dbf4-4479-a8c0-d913f02897e7
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,5d6df8ae-adfd-44db-9271-fc834ce93ce0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,293e2da4-6be2-4bcd-8712-ada4c04bf5f7
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,98787290-3d2e-4377-af7e-8abe05c56175
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,11aa80de-beff-425e-ad16-94041eb6b60f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,c99cf361-7958-483b-a921-861fbf283d0b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,fcbc702c-e97a-4a19-9291-bb621985bbf9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,f311212e-9bef-4121-878d-8fb5629591f2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,8509342d-cc9c-411c-8c29-067885417100
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,ab0aa9d6-6945-4df3-898d-4da99d77a0e8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,047ca913-3bfd-480e-8e71-07d1d174350c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,bed55d32-1ad9-4c32-888f-46989b44947d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,c4791171-be89-41ba-b7a0-5dacabde132c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,f7993de2-94f0-4271-aced-a246b831aaeb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,0979cdb1-9986-4a2c-afc2-370645ff18d8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,c692a656-b475-47bb-bb8e-97e8d579697e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,b419dfb3-5a17-4e74-b10c-1ab5f20f8ee2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,1b6413b6-c7a3-4d23-a2a0-3a49304af911
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,4401c7fd-a688-4201-87d1-0a0b4ce644b3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,fuel_combustion_consumption,ee29bf13-532c-47c7-baca-2a3ab7ce5a60
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,sampling_scaled_data,7acdec56-e570-4d49-954d-ac2d1c2e7fce
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,kg/m3,modeled_data,9c16b094-20e3-43b6-a5da-0336cb422283
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,8cf6122e-c822-4f8e-8ff5-79ae14b6d427
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,415a6726-d24e-4a99-b67e-497d8e19c158
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,ae893298-b2eb-4d14-8fda-803efd1de772
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,5019ea51-3805-4d13-9129-6379889ad9b1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,765711e0-b37f-4b65-ada3-3486b8ad2821
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,e0a17c72-7e81-47e7-a33f-21719ee532b0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,5620d427-22ff-4104-a9d9-5a9ce79b4ae0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,dff904b2-65f1-406b-a890-0e6a14b6d174
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,c5e7895d-8690-4953-a37b-310b1910eb50
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,e9d06e5b-48d0-4be7-9fda-45e464bbc49f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,0172c035-be20-43bc-a58c-9cadbf59d9dc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,49f7bc62-62b6-470a-8be3-e8b2ee04cc87
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,05de9fdd-d0d5-4c5b-9eb3-dd6804fef7cd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,f1faa1cc-5886-4d4a-b435-b16c9c6d2340
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,f9e1133a-5102-479d-82ab-52d09ac17dff
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,fuel_combustion_consumption,5038fa72-1190-4f90-b1e6-857335adcb1e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,sampling_scaled_data,fb0ee5b3-2ce0-4de1-8c37-694fc9da8962
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,kg/m3,modeled_data,85f14d84-8338-489a-a411-2a9add27d4ec
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,e0015767-4e5c-4ab0-8b33-dffe2d72bd34
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,a495716b-183e-4099-a6d8-73028a2c79bc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,8835e2d4-617b-493e-9712-f72ae3b6706e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,2fd688a9-e839-4e09-8f61-ddab505cfc27
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,190f1acb-a6bb-49ff-8307-31df80371ba5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,12dfa9fe-64a4-4da1-b574-01a5bacbed2b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,c138adeb-8805-451f-80b9-f36da81d86f3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,4d8c28ec-665f-4e27-94e4-a23e90093813
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,589b4805-fce3-4a45-951b-77891bb8c912
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,d448c9a7-f37b-4fc8-bb8c-cff029a9aec9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,3f0e8b48-f15c-4c01-baf2-f10ccaf27993
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,a3d56dc1-2f36-4f95-b857-40616bf5c469
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,4e076f9b-39aa-4b48-892f-abf4e199b7a2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,86695083-b8ba-4bcd-9680-c4dedf3aee12
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,e8378db4-b5b4-4327-9457-fe4d8708bb17
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,fuel_combustion_consumption,09dedb3a-3d94-4f3f-be13-4517e08e24e7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,sampling_scaled_data,a9aede11-0b0a-459a-9ec8-bff099a9d735
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,kg/m3,modeled_data,c0ef0230-67d3-489b-9aa7-58f9da15ec2c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,49215d90-cd5b-4454-b0d0-2ac016136547
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,bedbfd8f-f59d-4beb-bf27-404b8497bee4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,e904dc23-78d0-4285-8956-3a462fcf8e8d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,5f1aa359-2957-471e-966d-b74197e8f2a0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,7fc5c29e-e4e5-47e7-b567-aa294ddb2e81
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,56327342-9ee9-422c-969a-39301c6808f7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,b20b186d-db9d-41c5-a40a-81eeb415cd09
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,1ee2e1a7-e80f-43dc-b8de-76a035434cd9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,c5cb44f6-f5d0-462c-be24-3f0010d3842c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,0fb9d42c-5e9e-4584-81cb-bf43758df604
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,3e1cfc3d-a83c-467d-bcd7-39a9365fab78
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,814c3003-429b-4852-a140-f1adfd8a87dd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,5c277054-6d61-49b8-9fe6-c1fcbe5db6b4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,91b11a9c-2b15-4259-8fb6-14dd1d7e1c21
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,e9916091-aa1e-47a7-bafd-3096116f58ee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,fuel_combustion_consumption,64ec0a2c-19e0-4520-b69c-c5e6af05f842
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,sampling_scaled_data,45424ed0-1142-496d-bd21-97d810cd31ad
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,kg/m3,modeled_data,85047c0d-05d9-42ce-9967-116d45a75ce1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,558c2ded-45a6-4a33-b4d2-48f9e60eee87
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,dad9f25f-2eaa-420b-bac5-18809c01b068
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,d65eb2f2-2d94-4035-a462-573e162b286b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,55329b93-d5db-45e4-bf7b-273b2f5608c7
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,b9971c89-d53f-4d37-a777-32e6728097c8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,c3f27de7-c5ac-472a-a781-568a9068ae32
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,9e004fd3-b41e-4d40-b396-6822447b2947
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,387180f9-35f9-4de4-967e-e1ca423467c5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,7d30c7ac-d29c-4200-a1b8-b2d461a9b731
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,2cd6c41b-7e56-437b-a839-e174ae19126b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,a0dfa1e7-07a4-4b8d-be40-ba9e3f131184
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,e61c4c1e-13a2-4c14-bd31-26a56957b680
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,a91588f2-250c-40c8-9904-60eb281c74a8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,97c9baf9-79c9-4f26-a8cf-3ea8f1231ed1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,5e39f561-5c4a-41fe-a8e3-c7f4857eeac3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,fuel_combustion_consumption,e432e66f-735f-4b48-9553-4ac2b65883f2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,sampling_scaled_data,fe906fa1-17ef-4923-afc7-22d4d40575e5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,kg/m3,modeled_data,56c3b9cb-af50-42b8-ba22-805b8405452d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,62e09d0e-7a78-465b-b8c0-462e72166a92
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,f2552c70-1546-4539-b858-f03aa9b4386e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,12a98ad6-02e3-4b5d-ac65-754bc3ea216f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,5e9f9ba0-c7ba-4d6f-9e01-f271f6df2c21
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,278c0ede-72da-461f-9f05-a5589afe8b80
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,8d4090f7-ec8a-4779-8017-7d95bdc105bd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,d16ccec7-2fa8-410f-ac4c-5287358e7fe4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,8efb6e09-0781-437a-ac96-812f26496a02
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,02fb7f51-e5bc-40c0-88fa-28c5bff7407f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,2619362e-1b7e-4138-8904-c1325e96e656
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,8d5094c9-116a-417c-9d9d-7e67b6c5cfaa
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,66d4cf5e-66f8-4869-9204-f95c113d7734
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,365382d6-b9db-46f1-8542-2bdb3d4dea79
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,0a98b424-6ca1-426d-94d1-71598d6abbff
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,2f0daeec-3cd4-41a3-a8ca-310f7d618669
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,fuel_combustion_consumption,55c920e1-66c5-4833-a680-167bddc95f75
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,sampling_scaled_data,48ca34bf-ab59-406c-8562-989698d8372f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,kg/m3,modeled_data,90113899-9e3f-4dec-97f9-34b70b006125
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,39edb647-9863-4fdb-8bb7-e76d64546674
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,a06cb283-e11f-4f6b-a988-c7bcdb751b07
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,28281503-6d4f-497c-b4c1-d3ec51ad1a25
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,d98ca42b-6e9c-48ca-ba51-133bed832bee
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,b22fafd3-a770-43fb-9e7a-02dc29aed821
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,0ae67607-d7ee-4c0c-9bc7-80a79e66c8f1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,207d4bc9-bb27-4838-8ba6-deb0ca6844c3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,580699c9-af80-4344-8f38-7a6b55aea830
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,b1773f68-50a3-451b-9b70-0f952c351f5c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,4e6d6121-1490-42f1-a650-905199f76d28
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,785154ec-a8df-4b7a-b75d-8d3d0720cfc3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,2814bf3a-04c5-4921-b63b-3e202f1e1c49
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,1bb9aa77-30b8-457c-892b-ceb1d48eb371
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,7d4f01f2-d65c-4306-84d1-666f195c44f7
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,6e8bf3da-71d1-432d-995b-3d1480ac152e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,fuel_combustion_consumption,25dfdc13-cecf-427b-a6f4-192e4966e38b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,sampling_scaled_data,a4e48bde-bed2-46d4-a557-414420340ad3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,kg/m3,modeled_data,fa4e2f48-a3b0-44cf-ad3e-cce5b5082473
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,c510e82a-98ed-492f-b11b-10fe5c5ff4e4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,59981b64-e32d-4de8-8678-2d5a4e5f438c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,4b58a2d7-b0d3-4821-856e-bd985a9158fd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,37ada393-0bb5-4df4-b2fb-1dff2594f0a5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,a5904827-c0d4-4e37-b0ec-8d231396286f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,91f37880-6f30-4f55-9913-5a305365e74c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,adf2a989-5e6e-4f16-bb85-357a51689231
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,5aac81f5-8ba3-403d-8f1d-a511b40d8d94
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,712ce5a2-ea9b-4307-808d-56078392ccf2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,b69e3073-2dd7-4a7e-9027-fcd241b5e9f6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,05918d82-3d90-45db-bd53-3812cafa8e75
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,020faaea-f0d1-47bb-90d2-f18fa734bda2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,7cdf1eef-eff4-4bf9-9d82-519f56c904a5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,ba609201-32a9-4900-873e-136d343cfe0c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,eb0273c5-115a-4c1c-bfcc-33c208556897
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,fuel_combustion_consumption,7293626e-190d-4ab5-b369-68c4306d7176
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,sampling_scaled_data,f1cfb554-5e01-4790-be3a-3569fd6ec17c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,kg/m3,modeled_data,68df6aa0-734e-4551-ba99-cdd4feea1908
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,37195917-3c4a-4e04-8139-62284dd6b5ec
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,50a3e171-10e0-4fdf-bdf6-818ef2345bf2
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,db7bba85-dfa5-46fa-be02-29bfc120c0ce
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,a4eb1c36-f342-481c-a661-7dde6370d0a5
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,c0f39c71-10b7-454c-bf8b-935ed4b61795
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,e4764c0a-4b81-43d4-9c1f-b701c6aac899
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,ac31b6c7-1aaf-4bf5-8dee-f6f33cd5b5f9
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,8f49d0e0-922b-44a7-94e1-ecb91f24b13d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,0d1347e7-a7dc-47f5-9c51-2b0d92176044
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,046a0c71-cdcd-4355-b7ea-2c84f18c7171
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,ca9b396f-ee8c-4d21-84c5-a671f822177b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,968a3149-5bae-42c3-9c0b-08faa6fd0bb4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,7171e767-06ce-4408-be9b-2ef1f93df2dc
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,a0e9e18d-5aef-4025-aaef-2deb427a8a75
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,66704ddd-eac8-4b18-9eac-ff9f6c1f68b9
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,fuel_combustion_consumption,7949ef96-33a9-45dd-96d0-a25e7c743274
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,sampling_scaled_data,68c8d8d0-99da-46ca-be2c-9e5a9e8185f4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,kg/m3,modeled_data,8a6f3e74-da2d-472e-ad26-e68e6166dc01
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,dd6b5615-8cdc-43a2-8ca0-40db5aa99217
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,3909258a-b646-46d6-83a9-ab5ba9d13527
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,660dbd51-2774-4cb7-bdca-3b545e300fe7
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,9d69c793-0428-4834-a102-3b65fe619eaf
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,b80b865c-d883-428f-b077-ec5703090bae
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,29a32edf-4f2a-4ef3-9b89-cd5722fcf226
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,1d6bcf51-0f9d-45b5-af86-bdfd453dcf52
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,8af58690-03cc-40dc-b2e4-657235022132
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,d0ece822-63fb-4a7e-8777-8072b448437b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,a5956c55-0265-4543-a8a8-1c5dd973c841
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,51403ce8-8cee-4988-832d-df257af9de24
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,615c7b07-8af0-4e01-888e-2a1e301f286e
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,bff6f050-b5c2-4383-875a-6940d373c1b9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,81bff6bb-c2f7-48b4-9412-3bccf98aa479
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,058b6a72-2581-490b-aa71-93db524e16d9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,874ae0f7-64d2-4f46-97c6-b9aa6b6cd430
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,b9c6f1b0-a464-498b-ad1f-528b88fbbb12
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,8272294d-858f-4fb6-9fda-3d4c953bff53
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,8c5caaec-2d96-4716-b876-b7c84f789bb8
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,3820e1fa-4486-4e29-85c2-bc12345e56a1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,b10bb860-801e-44ce-8108-9893df2c39cb
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,a2145652-f0b1-4695-89d3-4549a6bdddd7
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,d2e240e2-d681-40d6-89ad-711b7c78e5f4
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,762fa3b2-0acb-4535-9fe4-10b6446d587d
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,81fcba18-8c07-4fe5-aaa4-b0071421f02b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,8ed9d90d-4224-46da-9155-4f2226c44ed9
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,ae04a6d9-5841-4ccd-a40c-59340d9aeaaf
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,af4793cc-294e-47d1-a5b1-711bd2941b3b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,c2986422-e102-4bef-aa60-6228054bcf6c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,fc3350ea-196d-4087-98bf-2bed5f6760fb
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,ffa3c378-b5dd-4ed0-8635-609c10df8bbc
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,288a6f85-721f-488f-80dd-010aab8fd0b6
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,70d97539-0809-4c47-807b-0e68a80d7a06
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,fuel_combustion_consumption,c99d34b0-6b0e-4afc-af26-bd472fcb7bbd
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,sampling_scaled_data,de3b2dc9-a755-4b08-8def-1ff08070e7b1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,kg/m3,modeled_data,76748b8a-ef40-4178-8b87-d5a612dfc7b3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,727448f2-9f93-4bf5-ad5a-49af79c20646
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,1d313b00-d0f5-4454-94aa-e2e20d310be8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,c1424c58-1758-4290-acba-cd5213ed672e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,8f19dda7-0022-47c3-87a5-91bd1704a6a7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,da4ad917-99ec-41a7-9d8c-84666d964307
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,2ca775b2-d113-42cc-8eba-9491e2beb4aa
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,51ac2f3d-a4a1-43e0-8757-cf0849a61279
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,20be7c7f-28cb-4ab3-a632-eadc6fb6a26e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,9029a1a4-eae9-4831-babe-bd777f82364a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,5a02f852-3fea-4a9e-9e31-1e7fcd86ba29
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,c49845ba-cf62-4657-b822-118968ef871b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,ba7dc32c-f5bc-4009-a3cc-6f86d9034c38
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,3a746d07-8adc-4c30-b12f-722589bf056b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,31686427-d45a-4b83-a8d4-1bb837b44dec
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,672a3f3d-3178-4304-b8d8-3806fee9fdc2
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,c570688c-0531-45f8-8138-a6d973f9e044
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,0a002f88-88f7-49b4-8965-f361f7674078
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,fe47e3fe-f217-4f6a-99d9-40970e1ec078
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,8f0fb45a-37a5-4f9a-a917-c0637e4ecd0f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,0034d510-685c-4e3a-a48d-d5f9b0b4a477
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,d00c3ccd-1023-4325-9ac3-d6b9061ccc44
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,4ca81387-4868-4d7d-88c4-ae3c6d6c0639
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,c6a5ad14-34dc-46eb-8099-8c91bb7f3320
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,e9aaea45-c730-4c7f-95ae-697bf97533c5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,3071574f-fb68-4db4-a8b0-ba62ef507ab3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,fefc663c-23e5-43df-8e2e-966a942082da
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,f5e74a65-28c3-4bf4-9e20-4968897a93f6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,5719c6fb-9c48-4352-8ef6-c50a2eeac9c6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,b7398563-2561-47fc-8565-5fe1df629e5b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,9fcdf36c-57ea-430c-9433-5250c2d682c9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,9dd1745a-5220-4c7f-adff-3ac1b9e7bee1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,3037339d-9ba3-412d-8c9e-004d8d537be2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,0d836645-77c2-4452-9eb3-b7f01b642877
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,947777fb-f13f-4404-9bd3-acce3744d075
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,4e585cc8-375a-4e3d-8d41-f62cece839e6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,2150bb9a-3823-421c-a8c8-74705d7c9464
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,dbf9c476-5b04-470d-9383-863869fc9d87
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,05917814-eef5-4a4e-a9f4-d6224d8515c7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,90c8bcab-f1e8-41db-a5b0-6d2a75505e33
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,5aca076d-39cc-499f-a5d1-37b94e8bee03
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,6d00d66a-7e4e-45c0-b9c0-4003d71476e9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,07571673-e839-40a0-8748-8465db2db7e7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,df455837-2bd3-48b8-a5ca-4a87b9ae87ca
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,8dcabf93-13eb-4aac-b8cf-0ba62db903da
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,da268d98-5c6a-4194-a177-c5ac2f814600
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,7d70140f-ce07-4e97-bdc2-28d2a17da5f3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,558947bd-190f-40f3-b6da-acc02cb260c0
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,08cde62f-eb04-482d-b3ea-c3915444c3c6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,ac5619a3-7a62-49de-8f61-5b783b866719
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,66a8f64b-4c0c-43fc-89b6-94bfde7f0139
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,8c4d41d3-c1df-40e6-a1a7-7a07c2d3a6df
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,fuel_combustion_consumption,27981da5-d21f-4fd4-b915-66ab8921dde1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,sampling_scaled_data,36c6d992-67c6-47c1-9dc0-d66cd953e265
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,kg/m3,modeled_data,3cf547f1-24a7-457c-b092-788c82d6cc0b
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,6b7808bb-c0bb-4bfe-9d6e-361f53b836e3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,0f51c2d8-eab9-4bf2-835e-0a8ea8d18673
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,755d2158-45fa-415e-964a-d764e31cfe3d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,d837eb64-1f42-446b-8d7a-7035e223b241
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,95a05689-880b-4589-8c06-85327ae1f8b9
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,5f45dbeb-50ef-4ecf-bef6-1899f6302517
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,28a8175a-2dd2-4234-8f3c-8187ebe6a728
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,11a7fdfd-3dc1-4e7d-96bf-779152ed14c8
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,1696453f-2dc7-4bf4-ab81-7bead0df169f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,54c6c07e-2bbb-4af8-a8a3-98a15aee6602
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,1c3b4616-75ed-4e64-8fae-57fedec734cf
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,e53122bd-3299-474f-a32c-6fb184527a28
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,98bc8c2b-dbdb-493a-8629-80cf00f55e47
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,44012896-292f-42d2-954c-124a6ea90f44
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,52184f0c-4e7b-41e9-95ea-28cbf9344e1f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/m3,fuel_combustion_consumption,fb930740-1a9a-4c18-ab3c-39f7c06c8962
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/m3,sampling_scaled_data,5268f956-40db-4de7-b63e-0a800dbe8d8a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,300.0,kg/m3,modeled_data,55c1e6a6-7cb4-4e05-ac70-3d7d3e491240
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,ba46795d-6c2b-46b1-931e-274b3f4ddb28
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,2b8fa23d-5b99-4c0a-9834-f0d653557536
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.1.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,e6a5ee96-9169-4cef-9215-a67a3ce4f075
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,a346e74e-7455-4f51-9fd0-132d5934c1c9
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,dff54530-9ead-4e83-9cba-5ae591731873
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.2.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,0ecf4978-54ec-4fe3-8c47-4434a2b0f5bb
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,a2f13c13-e7ed-4e13-81ed-927c9e10bc7d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,2eada8b8-bea0-4405-aa69-5b0761bd73b5
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.3.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,7a2f5385-32ce-41e9-b579-2e480ac99b83
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,e0d87e42-77b0-4044-b0b7-27a704397880
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,f0e0e548-9158-402f-9f3e-3059c69cc947
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.4.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,0d86b96d-1cb3-4954-aa51-558196e0a544
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,fe811aee-337d-4f9c-b621-6342e0cd64d8
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,f1901d74-8620-4a6d-8b18-637a33fda06c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.5.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,c927ae31-2651-454b-973e-ac73744e1cee
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/m3,fuel_combustion_consumption,596a7829-7fbe-42b4-aef4-b886261ad8d8
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/m3,sampling_scaled_data,b55c6a3a-ec20-41b0-af83-1ba4b45bf7b9
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,,,I.6.1,,,15.6,TJ/Gg,1000.0,kg/m3,modeled_data,c68897f3-654a-4a40-9f7e-5871113ada61
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,6fa3ccbf-7494-46b0-81bb-6d2327e0a786
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,b9dd0b8e-c96b-432b-a80e-4dc2c30dde1d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,9ae7cc05-804b-4221-8e73-86515997c235
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,ac3a630d-ba01-47e2-a10f-79cac6d9b68a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,542cf0d2-180a-4081-98ed-a21ebf0bccf7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,53b20406-d07d-41f2-a1eb-81dca092bf36
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,0efd8c9b-c819-4735-b390-374328e5324b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,3df2ced8-383e-4929-b6e5-a0f631389ea5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,3804b51f-8355-42b1-a646-c79a9c2f5dad
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,237283f2-64e6-493a-b702-5c7743bc31dc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,de0845bb-7f49-4b29-acff-8961ceaed7c4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,338d030a-4f2b-4019-b3a0-d36e46475159
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,5b7ae604-2cc8-4e49-9e50-5ac08f0fa4d2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,04025b5d-f2e3-45c2-a20c-720064e7e3f6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,7c87fbec-4719-427e-9b35-ed219fa10315
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,9207fa32-b93d-4236-8452-fd3428972c6f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,dc68b128-68fd-47f1-8560-4c1ea4ec74b7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,eac7fc37-57bb-4865-8412-8c0fee49a07f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,bb4349d2-715d-4378-8618-14b3c36262f2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,46654f07-2389-4c91-85c5-935e40aa7db6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,61b78d20-3c8c-4d7e-b333-cf1816331621
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,7516d97b-af00-4299-9f9b-c8ec87c9a8c0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,2e327cb3-ae29-4a6b-b410-1ad0e0834c90
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,e4748414-e1f8-46c4-b6b5-7f99eaf933b4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,1116b7f1-3076-4560-807e-68f0627d43d6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,164d1c1e-768b-4758-a3a1-31acb06290ca
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,9c510178-2275-4ec7-82db-da17170086b7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,5b88d2bb-a405-4d93-8949-ba492704a0fc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,504795dc-3d8b-4f07-b0b1-387fdcad51bd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,a0bf9788-184a-413f-b9d0-97636b5689b5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,89e60f27-1db2-4344-8a7f-c2ca688ffd93
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,6310770d-768d-495f-bc92-2d1129eb1abe
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,03b8e3cf-39fc-462e-abdc-2662fb9fb747
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,b9b1337d-7b87-4188-8b17-895f6eae1775
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,775c1489-e67c-44ef-9a87-65af73182e33
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,b1d55f42-9a24-4298-9540-a5fb05a6610b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,a86e7b0e-8953-4a7c-8c08-9e1538527322
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,1af8c151-8d23-45d2-8b5c-aed1923657a7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,61c4c38d-040e-4dd0-8bd1-c29cbb9d74d8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,ff6d9af5-1d98-4e32-874d-2a051b88eedc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,daecb6ca-b186-49aa-9120-6f3d7ee95f16
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,102c507d-0980-45be-963e-2e24d5cd8ed2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,6b484f30-8d26-4a40-a352-01293705cd9a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,6fc0020b-ae30-4262-8ee3-939d040973ad
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,b6f4c9f1-0b03-4cca-bbcb-f996f29b1ba9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,1363ea94-05f5-4c00-afcf-f6eb8767347a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,52f345c3-4cd4-4f86-b1f6-2b199545992a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,3ee62b84-50b0-498a-8021-92310cf5f4bf
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,56c37842-cdb8-4d27-b39d-73b680033220
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,05e353cd-4db6-4164-a22e-063f203d39a8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,a7af933c-53e3-4c65-9224-98d5ed44f125
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,a51c1568-d163-4ef4-b7ac-2afd7d458745
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,ba2bd244-e3a2-421c-973d-d91194d29930
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,6ef58dfb-3b86-41c5-b96a-cdcf0495fafe
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,73b668bf-3970-4195-a106-c2680cf5ccd1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,0ff22c3e-2e6e-4d6b-bed9-0fae13f1018a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,f5d5e144-443b-40ba-816d-cb6700a29714
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,475f1596-5b20-4d98-b65e-5d0aaa2cde3d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,656beb52-a22f-4379-9413-0462d68f9f73
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,ed743b64-471d-4508-8ce0-9765b0d67f99
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,78633547-1e6d-45d0-ad21-d770c98e7a6b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,9f0aecdb-ec90-45ee-bbbd-4a680c9672de
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,fec98e27-3b0a-4e26-8d7a-d8d1b6192e9b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,b8864315-3356-455a-91e4-59dc404da43a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,cc6e3c76-9b3c-4b88-992e-f80a9ff03c36
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,6c923b8c-d643-4045-8658-93efa2fba99f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,5f055efc-9201-4c59-a499-2b6d628cb961
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,8413502f-6804-4257-8d2b-4fc533bd681c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,e3e4b7db-59b6-4780-9e61-2b2110409da8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,3069172d-0bdc-455d-9939-e01036a785d7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,a84569ae-12bc-4870-9800-0194b5649251
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,cbc810b0-9dbd-4d66-8a9f-cf12070a3938
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,1362901c-a609-4a53-a547-984c54660b17
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,ab7acd66-dba3-4ef2-9ab7-a62a46c5615f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,f294af62-2915-42dd-8308-0985554640ff
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,027feb93-5184-408a-beae-c67f2af102f9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,16b36274-9193-40fd-996e-5c6694e13dde
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,689f4197-46df-4ee3-8ebe-3388e7d8bcd8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,d4ce948a-9240-45e3-ba3d-c955c848b6e6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,e0261976-4e1e-488f-919b-b78d7ccc8428
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,f958628b-c10c-43f1-9b1a-5351e642a1f5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,776b5798-b017-4210-946c-967550a72a4d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,bad291fc-c5d0-4b34-977a-6aa03bb8667f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,8eaec6d8-540e-41d1-a5bf-6702ec90affc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,7106ff33-ee8b-4077-960c-f1a1d7a6bc28
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,f8954e2d-deef-4cf1-9f94-d4d6cbb1c452
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,e473889d-13ca-4eb2-9d65-9feb3b115f97
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,fuel_combustion_consumption,19b3c597-3e9b-4bee-b642-8282cbb148b6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,sampling_scaled_data,9a849884-6dda-42e8-a773-68879d061ba6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,kg/m3,modeled_data,734f497e-de1b-4039-8d85-a4602d0af896
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,35c3cda5-3658-4ca7-9bd5-5ce23e26f5b4
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,ee836b16-fc58-4a49-81cd-c11048184bb8
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,5a0dc2c2-d924-4eb9-b6e4-384ab772aa07
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,9045433a-4c58-4394-afc0-84b18e311d49
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,f2ccf7fb-a3f8-474e-a837-6f8c425fe284
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,c7ef3589-42e0-4182-bb16-64ed9a5d0051
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,91303072-aa43-4ae0-8968-7ffc3d4fc1da
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,e9936a5b-be41-4429-84f6-a6545da70d29
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,66330b4c-16f3-4f51-bd1c-d981d8cac0b7
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,fb487813-389a-4b37-ac7b-6ef23255ccf5
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,ea5130c6-a4b3-42f8-aaca-bf20dde9c5a8
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,59853c3e-4505-4d6a-b03a-5c472afdf27a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,1a61c579-e797-4eed-bae9-f768ad0dee7e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,9c1488f4-d9b2-42e2-ac55-9ed65efc8e7d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,f2434d69-308c-4012-9f76-4ceb06a8a030
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,3da65658-6adc-4f23-b547-59ee6f5efaa0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,e0fb7bdc-7f8e-460a-90f8-4297411fc043
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,638f492e-c5fd-49fb-abb4-8ea72b5254da
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,15391010-c242-4785-afbc-f42c0363a63d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,387f2b34-f34c-462d-b798-65b93a68c887
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,c3c78582-2b58-4558-805a-45f5bf4f7efe
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,270b4042-88cf-4241-860b-a809d517b43d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,cd420f8e-ee43-48fd-83c2-fc1129c6d21b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,924198da-4719-4fb0-9f3f-e3448ee512b9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,b2413493-1a81-463a-a66f-1da1b85b0792
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,0847a248-cdb2-4b9d-9c44-e95c3b8b9524
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,9b9b0c33-bc72-4e45-80d9-55b880e234d2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,2293bf07-9960-42af-9db4-7c4f7ec87e7d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,142a8881-4189-49aa-9dcd-eaa188ffa67f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,98177723-830f-4179-abe6-d977440c3591
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,6474307d-9723-488e-aa9d-92c03e4df6dd
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,23a6037c-1460-4eba-9955-e6bc11802604
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,b1808dcf-f5f8-4758-84b1-11a07fb8e16c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,02edb708-4ebc-4c66-8efb-533341e44347
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,05a94516-aef3-4b27-81d1-8327bc4bd90d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,afdab920-8930-47f3-93d1-002aa40c8a61
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,474e1222-77ac-412d-bcaf-7c21908f8359
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,e3ddb959-8c11-4971-a955-974c298a9169
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,db3ac995-38f8-4df8-b668-dbd864070cb1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,6ffc6267-93e0-4b5b-bd11-d11e4096703c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,71f8294e-54f3-4608-9f20-039df0725698
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,e5dd828f-41bd-4759-a4d4-c15068c27c4a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,c65b4fce-7e95-45e2-a64d-36d7471c94b8
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,ca1e9b00-89c4-4ce2-be0d-8e5f43dc1d06
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,63d769b4-e5f9-4f8b-bb1f-ed6885e573c6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,5c0f0763-54bc-4144-87fa-a05287a7a3af
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,2c87bc64-8186-43b1-99e5-17d992ca3057
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,edc226e0-23f5-484b-935e-d7f1953a53a9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,1bfd5316-50e9-449e-8a5b-73d7f7cd3312
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,d1d98e08-7eca-4115-b62f-03bd7134349e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,22a25ee2-b50e-4b26-9195-91add2f0ae6e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,fuel_combustion_consumption,a144bc71-1372-45a1-b337-22736e5714d2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,sampling_scaled_data,df266dd1-7fc9-4295-8c04-2996c7ac59b4
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,kg/m3,modeled_data,c0208ea7-f8e6-4a1d-922d-2aee9ec76dd1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,8cb6dea7-3735-48e8-a555-d6e949c54da0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,27c78fb4-de31-49a9-b83e-d64e95ed74e7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,9059036c-831c-4724-a682-5c32fbeba0b9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,ad5c3699-b52d-46ed-b5b2-6a89327c83cd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,f51fc7e2-fdcd-4f7d-bbd0-25d72d30492d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,61259039-edfa-4670-bf54-61509a5424e5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,57e73563-0e4c-479f-a4be-d0ccb8ba068a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,7048b223-a400-46c0-ab54-549eb001c116
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,95b7d6cb-524d-4794-9387-0674871e6231
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,5159ea81-40d4-4abb-a852-d80946666162
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,46b4a1ff-df3c-4d06-944f-27f67fbe19a4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,b1c2a6af-ffd4-4f14-a605-c32c59d77bad
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,7d202f75-4ee3-4e5b-9c50-2fc6da258483
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,1f82010d-ea0c-4b24-a88a-b50e3f75c1ef
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,c3dbae1c-73e6-4bb1-83e4-610b8e153d23
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,4143c001-9fbe-40cf-ab62-44a84ade23e1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,320da210-161e-4cda-837f-07d0531a6257
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,296a6b94-7cf5-4b78-9414-7fcb10cf071f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,02cb8103-caf3-451f-8e2b-bd0e2373ed39
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,2baec036-8883-4810-8470-8ae6c866269e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,777e122a-6c7d-4794-b3d9-210983ea163c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f3496471-f66b-44d3-b9d9-79a230c8aeea
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,c4ccf07a-74e0-4806-a12b-99404f9d4a5e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,8db3d095-5dbc-48e1-a619-0b2132c17710
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,486e26d6-197a-4333-afdf-edf82034ea2c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,1010ba3a-97c4-4141-affc-60afce211fa1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,acd88117-2c9b-444a-bd06-a9a2b9ae6616
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,e64938db-c70b-4f11-8301-b226e9fc7855
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d9c5b62d-4e80-4929-be18-5d5915a79407
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,e036ad1e-bf39-47d8-95da-af636a2a6941
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,440dc68d-2d75-4ab6-bc12-c8ed2232d93d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,febcdbab-1ce0-4535-aaa6-80d1a95e3f52
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,cec742e6-bcea-40b3-b7fb-4d63a2659ab4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,d1fa550b-ce02-457f-a495-6c8f833de2e4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,fc8e05a4-f1ed-44f8-af64-f8cb63f76bb7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,23475342-8617-4ba7-b1e5-88cbeafea629
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,5b335f73-cb6c-44fb-97a7-1e97393f7b75
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,79665409-2ba4-4313-9d78-f638c595aadd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,ae32b528-086c-4fb2-aee9-44e1c92ef385
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f42ee582-8931-4298-8a6d-b5dd1ce279b6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d29be5ef-59e0-4339-acf2-fd72e9cee4ca
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,a5ca03fa-8b39-4ecf-9774-d4cd0368229a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,ac36f8eb-d8c0-4c87-9cb1-ba9b938b27d2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,219fc2cd-9edd-406a-8337-39ce956bd01c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,69bcacff-e2b6-4fcc-b3ca-5ee5f515e62a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,2e7d0254-3f9d-4b77-aaec-e708fe10998d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,10ee7e35-8cff-4b97-8cf4-e716219f41bc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,7059ed4b-d470-4006-8150-85a02a684ce9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,e7095c32-6fb5-4647-8a97-fada26818347
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d9bbc056-2635-41b6-ac7c-824b822876a9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,5ee9b58d-dcb0-4f0b-9b93-11b28119e61d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,1b61a75d-26b5-421a-839d-cca0f5156126
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d2143bc7-239b-4ee0-8af1-3e3e03b87622
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,152e0ba8-77e1-4c09-a83c-3f4c7bf72b69
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,4ad1ca7c-ea80-4cf1-ac4b-eeab2831550c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,72c471df-42a8-4a8f-88b2-4a3c1fc4ec34
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,51015cc9-a5f4-41bd-9b2a-50221be67f67
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f6a65b81-85bc-4ac3-b44f-8e81dd045271
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,42d115b6-e573-4a66-ba15-9239e1d35fce
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,f6fd33fd-d7bf-4dcb-9a3f-263fbd3142cb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,c247a3e3-c94c-40ad-8bf3-263e5a7aba93
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,64c96378-1fcc-4c05-b721-c1cb78780f67
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,5237f523-5eaa-4238-98bc-f22f67fef11d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,61c3aa64-4e3a-44c3-8ce9-96291a25a961
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,1a9d3935-699e-4bb1-9a56-d92f898dafc7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,81881b26-8333-4c80-8b8a-9a3e6f30d09a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,709c101e-f95e-4e29-a47e-c4358173b715
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,be2344ce-1a28-44f0-899f-6fd6e4b06a8c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,f8e10ea0-f399-4128-8df3-ab0eeb8c50d0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,00a42f73-8117-4218-a8d2-eb36275dd942
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,a2df76c7-1a18-4c26-9fd5-b72b444a670d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,0714c1de-a57d-4be9-8609-856db6a90b36
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f7a52f45-f13a-4939-8cf0-3df99d5b7e73
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,944117bb-0d2e-4c14-ba04-d83933d09078
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,9d6d30ea-c294-49a8-8156-602b8c7a4dd7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,d37b8875-1c80-4842-b0bb-968a3ae2d7ae
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,e22fa69d-0a95-43c7-b15e-0904d44dc189
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,084955e2-2410-4bec-815e-c63fa1c170f3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,5537e24d-adc4-4a0c-9df2-3350b85a356e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,a668a7af-859a-4533-b832-3fd039dae5b2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,4817fcd2-ca23-4e60-85ce-ff4b210f80f8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,2fb93843-5f92-463b-b2ec-7a8354360dad
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,aed54335-4ad8-45de-a172-fa0a2756e106
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,100c48ae-e1eb-46b3-a177-a275a841e220
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,26a41930-a569-4371-bc3b-c4758b1f05ef
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,f0600c84-73f4-437d-9320-1b858c82b87c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,d4c684ab-e635-44bd-b2ad-2cf1d905c137
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,94c2508f-ea81-49a8-93df-afa9e5c2e773
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,9a7f4aec-ecd6-4d94-81a5-1c6877096aad
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,ed048610-1a26-4606-ab02-d7e389e2b67f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,9478aa50-ef8e-4343-bd5e-6dd1cd580cd8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,fafb0213-12df-4606-83df-48b9766957bd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,6f783d9f-45dc-41ca-a55a-a364fc9dfc9e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,abe85403-6f5c-47c9-9bf8-fa94d167da59
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,d8e55cd2-96a5-405d-926e-c0419a1295dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,f52c822c-a416-4c91-8908-0c4ba5bdf842
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,bdccf25c-3951-4be4-a954-9f62341bc0d1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,18332d6c-b4c9-447f-9f45-3fb54cc32d6e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,dc9248f0-c3ec-47ba-9d76-ce7c0307cc41
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,f1941bd9-4d3b-4d95-800d-a890787680a3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,7b821c2c-e0e6-44c1-ac48-00c9554ae03c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,7aa4e8fe-9c35-4742-a44e-a86deaaf2e35
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,a5fc21fb-909e-4d8f-94ad-c56333de94c6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,64829d37-1fdd-4d6b-9796-8a22e97a6604
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,482dc387-fee0-41cc-b2cc-99d1cfd93572
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,fuel_combustion_consumption,a8eba1d0-056b-4fff-8fe1-7e9334d23fe2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,sampling_scaled_data,4f4e776b-0fe7-4065-ba50-b83e37d77e21
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,kg/m3,modeled_data,b820956f-5c4d-4ed4-aa23-0bfb231dc7cc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5d7629f8-54bc-4335-93a7-2e2fe8d56c68
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,759487ba-0f8f-4c37-8285-173b50320b7a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,40bc6256-8618-434c-a02b-fdcd896c98b2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,27742ff1-d3d2-4a55-b8fe-0bef6ddf0d38
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,1a8b921e-dcaa-4bed-b35e-d61891035a19
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,43302f6b-be9c-47c1-941c-c3128228834f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,9868a888-bf19-4517-98f7-d615eceac588
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,f9aeb2e8-0642-4a63-badc-ab033de0dcac
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,8a3883f8-42ff-4f08-95ff-07031f53777f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,0946fa2a-2e1a-482c-852f-147f313a5a5a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,7084da44-a854-492e-ab16-68cebef235e2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,a7829973-8b41-4ad8-92e0-d9214d0eb5e6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5194df8f-0412-4c3f-918e-65e42ff25c87
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,921e2e07-7a7a-4b59-adf8-e71e5dd5c920
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,475c1a22-139f-49da-865b-2ed445c006d4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,39a9297f-40bb-48d7-8e5a-d2184d26b72f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,e9615da2-a2e2-4d58-90b8-96a291e43ff8
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,ae5cdb89-a3ab-46d7-bbfd-94c3e2bc7a58
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,a454e369-7049-4ac0-abbc-d1365db6a5bb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,bb283aa3-3048-460e-9bf8-f12f2a430961
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,6bd9f7bd-25e1-4c00-80f0-8666d50452e9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,d298af43-5a24-4734-9b40-4955a6efbf26
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,8d9fae2e-5609-4465-97f8-0e45dc339e94
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,44bf651e-e4b7-4f8f-9540-6d49ea6452a0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5e8ceb0b-9343-44cb-9255-319d45866636
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,97572297-fbc4-4524-8358-c1acff731ff2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,806a8a34-abc8-4415-9fb7-f996e2a0a2cf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,e81a0f0d-8392-45b4-9d1f-7cd7f5a95509
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,52699510-bba9-4fe1-ad90-86f520ae849e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,7e958838-952f-4777-a7ce-ba04ed5b6a81
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,d361f14e-d925-4d15-bc17-4139dc6ba827
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,1361ff79-fb6a-4f0d-97ff-62edd07181cf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,cb47d4fc-8f7f-441f-89d6-74df88ac36eb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,178f5fb4-14e3-4824-8bdb-47cc0452f48b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,5227190b-8e0f-40ce-939f-b2b4ca32e7e2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,96ae119e-7da1-4a47-a786-32cab67bbdff
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,7cc932e5-3179-42cd-8188-c78938fa4bc2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,e3f2dd2d-bb2c-42f2-a872-b734d02958ac
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,4362fff5-ff67-4a68-9e60-d46434545021
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,8b32ae90-75ff-4201-a10f-575fd7327e9c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,74f1fc36-f196-4f63-8d07-49510c15a39b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,e2ab499a-c6b8-486e-8363-b5be1f9b408e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,4a797427-26b1-40a8-8119-7d0a1c5d2b9d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,bf0c524e-6466-434d-be33-5cebb921b540
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,8574cfa0-3ba5-4a2b-87bf-d340c94573f5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,7a522125-82d1-4ac2-9945-ce1fa53826a6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,42f6610d-9ca9-400f-88e9-714d35b7e0cb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,e4a25c3e-5e5e-4b9d-9281-9dba7a7341cf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,ad9913c6-980d-4ffa-890f-0a039f3fc8cb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,b03f1239-35d8-4dd8-9add-7c1d82fd6f04
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,52869fb9-3b53-42f7-b8c3-d54ea97c3021
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,5b7d86bc-24b6-4b87-b27b-c9652cc591cb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,a160e6ad-ee01-4ecc-95f5-4b2fa9b335b3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,313c03cb-ca0e-4e7e-acc6-9a4231558f35
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,ea3f2f19-89e4-4d5e-a2fb-205423fb8ced
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,31e04a41-12cb-4e1b-a6f5-d5c15e275b8f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,2785ae48-65ad-4716-8232-09087c45ba68
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,1fa2fe32-2685-4daf-9f0a-2056a42b7782
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,2cb6a661-93aa-429c-85a4-9ed07b946404
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,caa5fd63-5692-4772-8465-deaa68adfeb3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,cec7a671-686e-4c20-9b41-e640ed37d33d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,51511142-0aeb-4c30-9ac5-9b65772714d9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,c0d756e5-1298-49bd-8d78-4dd5a88ab04e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,ded1db68-7465-4fe3-8576-201cead8d9a6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,9d224a3c-4671-4bdf-a4fa-c323c5b2569f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,ec8513ce-a96c-4a4a-a3bc-dc3a909e3abc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,e3bffc7b-9030-45a6-8124-a5bb79a1fd1e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,480a9e44-1253-4796-8714-feaf77efb3c4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,32823eb7-f692-478d-bc3d-d982cf633d7e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,25b2e2ec-ff42-40ab-bd2a-6bdc3b47a1bc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,1b1511f8-da58-4cf2-93e0-1b6918855244
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,fc83175f-e619-47cf-841a-b27ca73eb61e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,f8ee9bee-27a8-4090-b197-9f6ab15c071e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,e1ec63f2-1191-4448-a034-93b52b58c9f2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,97876beb-5b9d-4ee0-b1ea-e1b8f6bedc22
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,4c7181da-2868-4082-bcb5-0f1f08facc5d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,c1e93ef7-f770-49d2-b7bd-6fbe6d81c81e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,956a975f-84a1-4763-999d-87dde1350b14
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,3d05cd1b-6a40-4e7b-9e49-f3534cd16f05
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,a76fb1b4-29f8-4435-9f50-8e759f9aa828
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,6eef7070-c619-48dc-9268-8dbc2d9f0339
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,52c708f3-50fc-456d-bdbf-f1cbf6e83fae
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,2f972f00-0b64-4c51-8170-ff08ed012a7a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,91e2ba06-e13f-4b68-848e-271c4a192224
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,75723035-9beb-4fa7-9bab-55e34b9c7c01
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,5992839d-a44c-49b1-932d-1dbd15c2749b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,b26e7828-7c1f-4ec8-a40b-b5aa666b9c49
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,fuel_combustion_consumption,f100ea8f-9673-4947-bd37-b43294df0c61
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,sampling_scaled_data,a18fe8ca-fd1b-494a-bfba-dcd99ae0c644
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,kg/m3,modeled_data,6f1b23c1-e987-4c41-87d1-887455c78a1a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,dae19dbc-96ca-4adf-b7ec-b07c2e5320fc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,759a1970-872a-419d-93fb-c454f8de4425
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,f05ddfe6-83f3-4ec8-87e5-426f16ae1a4b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,97876c23-849d-48d5-873c-d45d84a0e4da
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,6f245904-a25e-41c1-9c4e-9a37ca68cd67
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,61ae5ac1-dc6b-45d9-94ac-93def6d5f1b3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,a1de5e71-2405-4eec-a747-d0fa5daba189
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,7cec5af7-4590-4772-b5ca-dea9e716727f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,ba9594de-97aa-4801-bd83-c3730c676054
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,874365f7-9157-4627-bd1b-73101ab48c02
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,9d03992e-04db-4ed3-a75a-51012ca60bc6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,f8ad0b0a-699e-4e62-8afe-bf8cee6e7e1c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,4a4edb97-7fa7-4975-972a-cd9d206b9381
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,70f8cf6b-d8c7-48b6-bce6-c44ee1b18e5a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,0ca192b4-7287-48fa-ba01-33a38023472f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,8ff8b318-0c5a-40a2-ade0-565798f48334
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,64002134-5f80-4e9e-9a2a-c67094c8bcc6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,a1dc1082-73ba-4057-a898-a65e58f78452
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,a89b4105-fb2d-4ed8-8a6d-acce91725b46
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,e8f720e5-9756-4685-b127-543771078cd2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,1dfb2c99-4879-4184-ad10-0cb99ba0c59b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,6afaf96a-3ce4-43ec-bdf7-8ff59ef3a11f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,8a356296-02d8-4dc6-bd76-65d6c08f124b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,db2ad3a6-3cd5-4177-8c10-f716f3605432
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,937bcaa6-a0fa-4bb8-a848-4eea06c70030
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,8325dd88-7ceb-431c-91fa-dfb5954a953a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,5713c5f7-bfe9-4c7c-9305-a970177232d6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,9ecf306c-9744-4675-98cf-c12f3b470309
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,9474dc76-c8a0-4406-9ed5-946f99726667
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,3d61fcd3-efae-4cbf-8d7b-ca9e1f3db2f3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,e4d6e4c9-4bad-4b28-8482-89e8442d3e68
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,c41908b9-20f5-4195-a119-906a49637a50
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,c527fb34-f980-445e-a535-ac9afb5d0af4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,87855113-40c0-4231-83a5-0b3b4eea521a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,ccf1911b-856d-42df-a449-b221a66f8098
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,9fe4d928-8e8a-464d-990d-7057a0b548dd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,c974b793-3099-4c26-939d-4e629ccdb5fa
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,dee8b5bf-6589-414c-bea7-b7ee00d39702
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,0bfd0de6-a0c8-47af-8782-79dd0b43d2b6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,2a2da906-d413-4047-b384-90b41a6a57c0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,a7a8207f-9433-4f8c-b74a-030302e702e3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,a1fd3d88-2425-4d5c-bfda-f8d51cfb0fe8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,bdf031e5-cf07-4d0b-8e09-4986be4ebedc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,bec2bad2-70e4-4ffa-920f-ea04dc362bba
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,8345c668-17d5-4bbd-ad0a-42d86e8736b6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,e9c8a282-360e-4d8f-a210-1deb0c415ffe
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,ff975c78-d209-435d-b894-66375d901085
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,06a8a8b0-f853-4f37-95cb-e5af3e0bb0f5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,2de143d8-2298-42c3-bfa9-d2e8daf9e0d9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,164b98ac-1849-45e1-bf10-f91d4f446922
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,2f9d9201-b446-400f-a773-92ac89cd4dd5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,87e0a8b6-70b0-4279-a332-6a1e322d2137
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,380bdf4e-629a-40ea-bcac-853aa0de7fac
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,9d9a6852-ea8b-4862-b326-7f858c9da0cb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,28466042-321a-4857-b0df-e634f4e0991c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,d4c66c1a-f48b-4572-bbe3-885b601b4e03
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,6f208736-a4f5-4bd0-ab79-6f1ed957464c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,8f1dafab-2081-48b3-8a36-fb0433338c8b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,8f9b4680-2f7d-4ae6-8a58-75f4adb98ae9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,776e6d38-e6fd-41ec-bb0f-845991b8bf8e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,b403e850-fdd5-46bc-b168-897cbd5222e2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,17006b84-2107-480e-9e10-abd57bd968b8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,43378ac5-1f26-49ec-a424-09f004356080
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,09588506-e3e6-46c3-ad33-7ab3fe62f58f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,6a83fea8-81ef-4beb-b4ee-bfe30bbaaae0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,22d31c75-07f6-4ff5-8fdf-2b3f90d9c915
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,51e793e4-615b-4a63-b76d-78240e3bf33b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,add22bc7-8019-438e-a9bb-2f61a0f34aef
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,8e5502e9-3660-488c-976d-f572b6322b9c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,f9be0335-3d62-4903-9fec-067740e1a687
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,f33e5b4a-96bf-44ed-8dd6-87181a928974
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,0dd820ef-6acd-4875-8725-8d681bb588cd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,36358893-fc0d-4965-b467-4acc7db47f1f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,b431dabf-b08a-47de-a377-009ac659d6b6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,1b7a57ce-82ad-4565-ba22-d02a8275d592
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,f6b9b592-d541-4bc7-b577-09522d7f5290
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,20aeb14a-3103-49a3-bf00-71cda8fbbecc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,66cec86d-56f6-42d3-9bd3-e96ab67628ec
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,58d53b7e-297a-44ff-8223-56001ec9e639
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,b5b12754-9580-403b-bba3-65f244b83d95
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,e7bd73dd-d2ab-497c-90ad-89b752f70f8e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,bb92d30c-1925-4bb2-b4ae-c3d816ac6814
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,2d5100e5-42f9-4282-8502-8f967e28794e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,fad68acf-b4d7-45c0-b69b-8c7ef1d479da
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,5e605f52-05da-4e97-b10c-900ef6902e5d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,610823e3-7867-404f-8aab-fc8a39aa4f51
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,ef400ff4-9470-45bb-b8e5-9a98a8f04118
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,fuel_combustion_consumption,dde4efbd-4c0e-4f04-92ba-90f3f811d04e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,sampling_scaled_data,b9fed749-a964-4502-afa8-9b712a8be393
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,kg/m3,modeled_data,2373d25e-4463-4874-bc8c-33855b0c4611
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,bc80cafd-a7c9-4f54-808d-ceef64183519
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,dc962326-c405-454e-92a8-e784f8064c46
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,f75b23ee-833a-4288-8215-cbd9ab308725
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,78941740-6e3e-414d-95f4-7bd5f3b4bfa0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,f98cc667-548c-4763-af92-8ec6c3f6777b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,7e7f3952-c0ba-41b9-aaf2-f13f6537b802
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,3404543b-b5d0-49b2-a739-016aac87e023
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,3f0ae83d-570a-49c7-abcc-d01185fe35ee
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,fb2d45c2-8eff-4c1e-983a-41bb67d9fd00
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,84de0eb7-2cf0-4d4e-b1d9-1932f8af677b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,2f02d6a7-232b-4be9-a9cd-441f4ca3df0f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,eb9139f4-3b18-4a6c-a4fb-f9687d133b8b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,3ce7970b-f2cb-4769-bde4-a4fc03841ebb
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,4236cc60-866d-41e7-84a9-9ca990076a87
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,34617f9e-f725-4f4c-82c3-42426df6ff5e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,6d844114-9840-48d7-a1a8-e0304826f8cc
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,3f989bf4-fbdc-4685-955b-d6a6b792877c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,49ee5c4b-2254-45eb-aa00-8b7e4ebce6a5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,20fb0768-0377-43c6-ae6c-0d05a1327071
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,1b164cfb-3021-478b-8206-78e7cfe394d3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,5e46cc41-8a3f-4785-909e-414fbe20bc53
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,940bec54-bac1-477b-be25-a3e3b90e21e7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,b33f52f6-ce19-4e75-b269-935171d266ac
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,fc88dcae-a7ac-421e-8628-0de2f0c834b6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,9bb16c76-c2e3-4884-a336-2dab5cacb7cb
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,5c499c4d-a1d4-4ac1-aad8-9a5862c32f4e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,1af12fbe-c714-45e3-8a29-5141a7993b43
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,69706374-46cd-4412-8fc1-36a50b16e497
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,99200b3c-5eaf-43d5-b72e-5e229ab42955
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,7f6b3304-299a-46ac-8921-9a1acdb307ec
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,8ee5f97d-b125-411b-a5d8-b456202b3849
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,5ecf546c-b37f-478b-9c18-918220ab79cc
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,188479d0-4b11-4d91-a00f-4475fb7d73d5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,e794ab4f-7ef8-404e-a068-91a8dcc2e94c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,b0f72928-a0bd-4a73-9131-617f62f8eb64
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,185b8dd8-8245-4688-b143-18e6ab016970
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,fd10a555-3145-4beb-8fb1-4a6a4840e7d4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,bbcc21ac-1744-4016-af8f-e82dde3ced41
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,1e73872f-7e1f-4b76-85df-79fc3deb9c5e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,8474a904-31cd-4f4a-985b-958d874406e4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,6343331b-f1a8-452a-b457-a6418732bc8c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,a1dadd82-00cc-49dd-9f37-464b86e19830
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,7264a7fd-3874-4422-9c96-04ae7a26e1b6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,28a374c3-35d7-46fe-ae65-8a323f6fb3aa
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,ca46a8a5-49c5-4a2d-b315-26ffc1d415ed
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,af644159-e78e-4168-8c82-73b566cc8db9
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,0579d48c-e4b1-4083-a7af-4882fd7537cf
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,c787ecf3-d92b-4587-a795-7357d54ca5f2
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,f122a757-98ff-4934-8410-298b3c039cfd
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,20127c2d-6c95-4d10-9100-ef6acc0ea409
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,45908825-9e50-4122-895a-d760093b68be
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,fuel_combustion_consumption,b417d801-f209-4cab-a547-aab56e1a0b52
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,sampling_scaled_data,42e9433b-43df-4d50-ae09-db1a58e6a038
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,kg/m3,modeled_data,afe082a3-bd4c-4335-a3e7-f6f212e8d10f
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,5f95c8b3-9d1a-4a2f-98e9-95c1dd118470
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,be9b3b92-8f25-4a41-8365-252e8b02becb
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,f1fec123-63f6-475a-bb96-caed08d32381
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,adca9d28-4f21-48b4-824c-ef55bed92f28
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,aadbe2c7-9cf4-480c-ae22-3dcadd2fc6cf
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,1211893a-6545-45d6-bcfb-a06252182c4c
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,8278d264-ce28-4152-a1c3-1615713e566a
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,4051f23b-aec9-450a-89f2-50ed92dcade7
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,d6273fa0-4823-4715-9a64-0e29e66d144c
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,9d837e8f-43dd-436a-aa1f-94ecd655ad4e
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,ce5fb55d-eb5d-453c-a02e-4e08fe631468
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,9d04b3a5-4173-4696-bdbc-6bdeaa5724a9
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,fe1aca28-d085-4f23-a3b9-4d23e86c285c
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,8cfe7000-9102-4eac-86cc-e2321bf09845
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,1307d1ab-5e3c-4c6e-ad46-dde1f66c2186
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,fuel_combustion_consumption,05246d71-5fc6-4ba2-94cb-fe900da94bef
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,sampling_scaled_data,d6ef361b-3d95-43ae-bdb5-b63a5625b798
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,kg/m3,modeled_data,74333478-7ac9-40a8-b177-3a30dd9813ae
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,e5f7dab8-4a25-4736-b643-71e16d76921b
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,6c0e2eef-7bcf-4907-9951-d0ad6cf528a9
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,01b4c18e-d3da-4b3b-abd4-acf7412f5b7c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,83599e4a-259b-4de3-a087-a3caf3a96c96
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,4079358f-2feb-423a-81df-fd46ac5462d8
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,4ff59554-3797-41ac-8bfe-e1fe5788a79a
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,0b6fae98-5797-4931-a338-4a02ac57c694
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,f48f3abd-656e-4b88-a491-8a54d06a6ee3
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,ece6a91d-f55a-465d-a8ac-aa7a3a72e4a5
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,7f2fcc86-d21c-4fee-a673-6d7a6b1a9dbe
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,931bc694-1bd9-49fa-90c4-baf352962dff
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,6f798681-8a38-4ab6-94f8-564dc4dcd589
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,77fbde8f-c4ff-4546-92a0-38898e5719e3
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,8e90cf14-9a7a-47cf-880f-869c68f50522
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,530d3a58-1075-44f0-bcc2-26b7ee8ccd4f
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,fuel_combustion_consumption,806cd8c9-4b15-4ceb-a770-9fa4ddbb620a
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,sampling_scaled_data,aa30be3a-7706-4f9a-873d-c82331519755
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,kg/m3,modeled_data,4096db90-00a8-446d-8339-303ad07b0ee1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,416276ff-2c9f-42b1-9a4c-81200568be94
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a5e7e485-834f-4b26-892b-1785431e60d1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,00c2d251-dba1-4cb6-a5d8-472cd0507773
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,1741d3c3-620d-49f4-99de-f91f55fc3f3e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,9e58232c-2a0b-44e1-be7d-38cf40b96e8d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,0500c904-c50c-4dbc-be7d-95c44a773bbf
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,2b192382-f307-426f-96c6-cfe00680c65f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a417225c-03b7-4f70-b477-7dc0f26fbf90
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,6dfbac91-deee-4a31-8cd4-df0d90e0da95
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,e835e774-085d-48c3-8e0c-b0fcc932c8ae
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,6a356624-94aa-4312-9670-b6d515a0c8d3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,9e3dbfe8-95aa-4476-af51-08bf648e8d13
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,b1667799-e38f-4104-abda-ba7d9fe03e26
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a6839dfb-783c-4b9f-a081-0951320f8009
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,a4751384-0df8-48e9-ab68-83991cd344d8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,292edda5-de3d-4c16-bea9-2f89bfed741e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,f026325b-f87e-4ef5-b53e-e63a4f03dbc2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,cdc41ac2-c69c-4a94-b7e0-e16d785ff870
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,5e8d7770-6ac9-44ba-8a50-4d5861c7f2de
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,4b7c3421-5bf7-4204-a25a-0959974ac680
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,79c5effb-48c1-413e-ab8c-a1a1118c8a25
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,1beac141-98f0-4c5b-9c84-1b4ed22f314e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,72299f44-6bed-4a41-8b7c-6d7815e6ed4e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,5dc4c51c-e05b-400e-bd17-d8b3de79d3f1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,6cf3cb01-128f-4be0-937e-53d1f07db091
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,940216d0-d111-4f2a-8e03-dcc13cb64643
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,d31f853c-3b8c-462e-8689-762a7aec285f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,0ed030a0-bde3-48a5-b96f-aee9aa29fc4f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,a6ad69c3-21ed-43f2-a198-0eb1799235bd
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,489304a4-95e2-4082-8359-b9e2136e4ccd
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,e0784ce5-b1f1-4133-8274-152842059e62
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,4e7081ec-fb61-490e-b439-0f8489884ab9
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,c7930709-34c3-4a2b-bdaf-bcded628a3db
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,f7653263-8e28-4c5b-92a1-0b2355a79169
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,81a20985-fbe2-46f4-ac98-4d169f276230
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,4860e48f-c1df-40e5-9593-23254b1f2dba
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,100fd9fc-2591-43f4-862e-c17c4689145a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,73b3c9a2-b6eb-4d71-8168-d03f5383d7df
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,2f371709-e89d-4b1e-b1c9-943abf412581
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,195cb50d-a7e8-48de-a818-9c24e9279b07
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,5abe1680-c4ff-46d7-b709-d6b749b299f9
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,3c21aa6e-60e2-46b2-8383-e029951ef268
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,d44e0c3e-f7b8-40b5-91b3-04b331db85eb
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,8e1596f5-6ce3-4779-ac40-5e5d804cdb2c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,7dfdf128-8245-4ecf-bc05-018be4cfdf6f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,22bd61be-aae9-499d-92f2-df8506f722b7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,cf1dc3a7-a6a9-4cb6-99c1-c482b4c3c536
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,4494bae4-79b9-4c8f-894d-11bb4ba399e0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,e71d6e44-8650-45d6-a953-9b8ebd6a585f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,6f8f641a-6357-4d9e-b503-6ab24133c624
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,e11bff17-facf-4a2d-8188-36746a23262a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,fuel_combustion_consumption,705cf5f1-b417-4223-b308-723098caa9d4
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,sampling_scaled_data,0c2b8b1e-787d-465f-ba33-edec4184bab8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,kg/m3,modeled_data,d31804ee-9ea7-445d-a548-6ec1fd7b51df
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,37fc592a-e3cb-430c-8032-a932b956de20
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,754913bd-0a79-4a7d-b415-9c7a30a5d981
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,5bde076f-5b89-4187-9a22-e9a4dc709c26
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,44bcb612-fc29-4f59-b7c4-0b139a5217d7
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,605ce52e-9669-41fe-81a9-dac89c7d503b
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,d1904b99-55d2-44e1-937d-0fbb719e0398
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,153fe2f8-1a8c-411c-9152-ea93486b8214
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,f51c68f7-6f61-4fbb-8af7-66757c0d120a
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,5465e00a-5436-4b12-bfea-4fdf15988864
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,dc8c2cf0-6577-4832-95d3-7419eeb14bda
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,cc9d042a-d01f-4e45-92e4-cd00d6ef11eb
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,f769f4f7-951f-4a20-827c-80a30ce9f8d1
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,c4fd212e-9160-4e8f-97c0-75f70549644b
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,b98b61af-fd31-4c6d-8846-a287ae5d90c9
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,3494f154-3116-473e-96de-a408cdf34df0
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,fuel_combustion_consumption,6215d64c-2737-4fff-8262-5c9ece9d7131
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,sampling_scaled_data,f42e0ac9-bce9-432a-957a-a1ee15a03e08
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,kg/m3,modeled_data,a7cb025f-637c-4529-9d60-f9c489cba630
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,b4c73e72-bee5-4d03-80a4-1853300e8172
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,99f60fe1-8c76-4370-9a40-b938880579cc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,5d99d028-0958-4621-b571-39ff9148a65d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,26f8253f-c8cf-4069-9e42-6368d42a742d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,bae42358-6516-48c8-8a3d-a26ebfa7b010
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,243cc22e-ea01-4e82-baa2-523a4d93a0c4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,d90e58b7-d37f-43fd-9b63-b592a2753070
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,e76a8764-e43e-48be-8e61-d3554afd3650
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,6a62277d-dd9d-4dc9-96f8-ada4e89a4029
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,79e92658-8436-414a-83f4-991dc343da3a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,21c20491-8da2-4e31-a881-31f7b82a74b3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,e83fed94-b17e-46bc-8ff9-600c5443aaae
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,a593b9e8-e76a-48e5-92bc-563f002cbe76
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,b53a7875-c066-4da7-ac10-58c5cedff59a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,ee39dbbf-e5a9-434b-ba35-6972d18ecfe3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,db50822a-6d1d-4bde-8af3-43d6469b37ef
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,d7e053a2-8e69-42b6-9d9c-0fc1a3479d7e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d4760c24-a841-4972-bf9d-250fcc2e4bc3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,c9bb91e8-38db-4041-b1d6-72bacefb5f06
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,4ef2acd3-ad6e-4790-a635-9ddb3ead286c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,90fe466e-fc52-4d82-ad3c-704eb1ffe31b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,27e7b13a-48ad-4b40-9340-f999bdd31069
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,79bf7b37-e4bb-4293-9171-5328bc47bec0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,c77ded39-aeea-41d8-b892-51f8cea8a602
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,c591aecb-feb2-45dd-a183-462401d6a0c7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,cffa02d4-73bb-4da7-b9f7-793f9f8b539c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d505cee2-6cc2-48a7-aa55-06f551c4924a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,427ce6cd-cd43-4ee1-9945-15bbd646d05e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,ebfcc432-65fb-4bc4-a280-38cfee0b55df
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,14d62ddd-a19c-471e-9f53-56c6a25191c5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,d29e8046-5d03-4719-961f-99fd34491368
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,d968e889-953b-4208-a0e5-f34f7c5890ca
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,03d5092a-f1fe-4e6e-9532-e99552588bfb
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,579f0866-4886-40a7-ae8a-ca3cb025d597
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,7dde4a58-3ec4-456d-9a0e-c221158ff23b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,9e3eba36-0173-40f7-a94d-b6f39d653545
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,701281ec-7d45-4205-81cd-5ac36bab0d1d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,33a514a4-a61f-436f-897c-371a9bd6b0c9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,64c77688-2494-4917-ab4a-b008cb132983
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,f2fe9c97-06f3-4560-b379-0eec2cce9707
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,0f413db3-c9b9-42e8-bed5-c7088bd5b637
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,fbd69b08-767c-4347-9485-12e28f8e5d16
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,da9a4a87-58d2-4946-b113-4e1b3538d362
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,f6a5ab2e-d34a-4ef6-83b9-5f99c1cc028d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,5f4c6ffe-986a-4507-8ab7-3de385baf858
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,4bc664b8-f48d-4116-9227-362b2c604d2d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,52666b48-dacf-4fca-a44d-0a6386687457
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,2a1cee6b-4b74-42ea-86c3-301cf16c4ef2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,55945ff0-b1ae-48da-8f60-cc43827c1186
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,9eb2d494-d35d-44c0-b087-baa766acd260
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,5f58d700-6c29-4989-880f-db77290fd07b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,13dcf322-3f63-452d-be78-c0bebc32a421
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,308d5e4a-19df-448b-bbea-5b4a99979d52
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,e2817664-8dc3-445e-97cf-a90b9a0c1d92
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,a0e003f0-f665-46ad-a9a0-947f978f32de
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,1a9241cd-5b6f-49ce-8b14-00c07fa05319
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d2626144-8f42-4529-885f-356662fb1b33
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,68157d79-2c6a-4827-8db9-70133c51d89b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,d5ec3d6a-7409-477b-90b2-db746b0043e0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,394d7797-b495-4c50-b021-3b9ae893209f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,f051e0f1-88ab-48b5-b078-960ce8afad75
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,1b254b6e-dc56-4eab-a114-6dbeaadc569f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,d9055ee7-914f-4d47-9db2-b3979d8d14a9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,104c00fd-bc1d-4ea6-88cd-e2b19c5bf444
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,abf9a7dc-a9ad-4d05-8131-321116cc4415
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,8d1bdc8f-cf6b-42cc-b897-b70652d22ed8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,6365beaa-c41c-4cce-9b61-518069c4c4a0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,061b7663-1be3-4ca6-8bc8-d15109aa1bc8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,20e5037a-87b5-4e47-be10-b3c179e4cb43
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,25cebaf8-94bf-4aa4-a32e-3af6adaa0986
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,3b6eb067-c3bd-4615-94ae-a13c36ce29e3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,682a8ac3-3154-4239-a9c0-1e351c6a6125
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,57c49162-f682-4af6-8051-c3e78cd9af73
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,6726ed14-a3c5-4dad-97bd-c42367f89ce0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,50da6732-0933-4e2e-9881-2d4e1860bdd1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,88bf988c-f412-432d-b6cf-c6305a06ebbd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,c9d4a2ce-138b-4e24-8699-abeb529a2a58
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,2c37b4ab-e3a2-449f-8ddf-ccb4030c3ebb
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,03f5ae2a-36b6-4896-b866-490ef102df59
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,c17032cb-77f1-42fc-8102-2f1549b3a297
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,919a7766-4d0a-4960-8e5e-758ae910189b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,4a861e56-2d76-4952-b4d4-a49a7980fa51
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,391e08c3-f628-4e32-ba73-e7715b6afc6e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,4a3e0c6e-6f4e-4da3-8e48-feaf2f635f8b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,505147c2-46ab-4822-b1e3-6882cdb0ead6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,6438f82c-fe17-4fff-8adb-e8b65bfccdb7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,f23ad2dd-dc1f-4e9f-babc-9c300de141c7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,fuel_combustion_consumption,29e1e77c-9d52-4c7c-bbef-4e901b42b51e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,sampling_scaled_data,4da15014-9130-4442-9bd4-96425040cd87
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,kg/m3,modeled_data,1e30c02d-22f9-410a-aeb8-0749cdedcb06
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,kg/m3,fuel_combustion_consumption,1a40508d-db87-4b8b-b6e6-61e833d87149
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,kg/m3,sampling_scaled_data,8d06474b-c04b-44d1-ba27-8392481796c0
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,kg/m3,modeled_data,8ef071ba-b595-47a2-bb69-7d7d0e19e53a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,cfcf5a9b-ff26-40dd-93fb-ec891c219c8e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,bcf07263-f512-4654-afe6-9e0d7d7c33fe
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,b5de1d65-21a2-4222-91f4-59c1a1b263c3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,41006247-ea70-421d-a750-ad7299c3b98e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,ba4e8890-2763-4c1f-b02c-570c961edc8b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,14fd2fa1-e0c2-44c1-8dd7-6da64cdcf5dc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,4d20107e-da53-4d8b-b87d-95a87e883865
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,38741dd8-3eef-4fdc-bfb5-7d3c27815e6d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,4750ab76-55c0-4544-9f52-659068586e52
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,17aea046-a1f4-4a9d-89d3-814515b3b461
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,4d5ee214-b1a5-4d47-8727-4bc52c168c1b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,d0cad689-28be-4686-a0e2-5d4125f0f0b8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,de2770d0-5122-4489-860a-84890879fa72
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,835a3119-2668-4f8c-bcef-73f1c942fac5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,79c8a7d1-bd9b-4fc6-8282-5a2fcbd698b3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,028013e9-2200-4a0b-80c6-3da58f895b8c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,644b0071-34a7-47e1-b193-77e66141fa00
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,4a8affbd-bfc2-4509-bbb1-81adcf3491b8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,0b58dac2-6112-4a4f-a59e-c1b4f2c34e7e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,ef9319e2-91dc-4b2a-bea3-0d392dbd17c1
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,f98ee314-1a0c-4d56-a667-891d1adcb85c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,d525998d-37ca-497a-b276-7d8e1d39e6e0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,732cac51-d267-4cf9-a1cc-1c612b499106
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,87d474ab-0b25-493b-8518-d77e1773b6d4
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,49fb90ea-5002-46f1-963e-11f19dd5a72b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,d995e751-d3c8-41aa-bf04-1b79a54463b2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,3ab4f64a-1bff-459b-b85c-d3ca2d7cf98d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,747f05af-4b0b-405a-abdb-721f4007ad38
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,68f34471-add9-4d73-9d97-7de747ac42c4
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,39b6519b-c033-40a7-a9ae-1ae8da517b93
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,e063f479-e738-47d9-917e-c54dc50d358a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,3f150de1-5102-4f3b-851c-30edad6b5803
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,d5c09612-589c-4657-8d89-5e44be4953f3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,2510e802-caed-41af-9f0d-9a253012bb96
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,142f5053-5b48-4ed6-88f1-5fef258ff692
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,0df58b74-e82c-4d60-a911-1e8780b89bae
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,706a6c87-ba9c-4afc-9daf-506ed5113222
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,e78cd2e7-d790-4109-8b8c-a83183110cf1
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,ac3a8cf0-fc0d-4cee-afc7-26a3d81fd49d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,2fb3c626-9e49-4630-87f5-003c07b24602
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,ebe7b250-a132-4e02-8ce8-b399866391e5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,ea2b32a9-9e81-4aa7-9638-9e368f5ec29f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,c0e014a6-3107-4aac-a6d9-4fd7288c5ecd
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,cc17a6da-3855-48c1-85f5-ca5d80ab8ecf
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,6286b9ea-7316-4fd1-8b73-a94db019c05b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,5da7aa40-34da-4ba2-9cc3-480966b55c54
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,3d354203-0bd1-4ac7-aa4e-759ad693947f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,f2418d4b-4565-4374-9e2c-7640657d27bd
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,c44ccd80-a2a5-40e8-9664-7db1c77156d7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,765ed85e-43a7-465e-97b5-dbeceb453d00
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,94098a02-4652-4830-bad4-d7ee21014e6d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,fuel_combustion_consumption,cd540c06-c8ab-4135-a471-342b44951fed
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,sampling_scaled_data,9edc0c82-2c9c-4bca-bcf8-25c1c60f2350
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,kg/m3,modeled_data,12dddcb3-9d6e-4eb3-8f3d-a8b4f9cc2bc6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,4873c5b8-f0f7-4640-9fc5-83ec3f8eaa44
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,7e375c04-3dc6-44f4-9619-c9ad024b9515
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,f78970a8-2ff0-4165-9be1-724cb8edcdcb
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,193da2c1-bea5-4a89-a2c1-6f0f5e52e620
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,a377287d-b411-43b4-932d-13428218e8b9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,017fce23-7db2-4d06-92f7-cf8a28c187da
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,47537821-c78f-4189-b02f-ab1369b29149
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,a846cb12-4b3e-4ae4-aa11-b54b960d28dc
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,4c310e33-ebb3-4ce4-9d8c-95a003f7d929
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,362773eb-e89b-4071-994d-3091a3f66ebe
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,f38d2860-a5af-4e29-aa45-7380e810ba48
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,f1f81169-12ed-4c3e-9501-728f37152859
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,36dccc5c-0ff8-4053-b7f8-cffa715eb91a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,453e8c12-3e0e-4070-bd8f-27cb3931b470
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,14606842-f2fe-43d4-97f6-f3d5b45d62a7
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,fuel_combustion_consumption,92cab2d9-340f-4020-b3ca-a26b6cccfa54
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,sampling_scaled_data,a3589e57-46af-47f2-afd3-f17af05964b3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,kg/m3,modeled_data,027d604d-2d5a-4547-9636-19fa1d903d66
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,037d16da-2536-4e95-876d-97fad3b9d8c3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,f55df834-3f00-4893-82f8-b09a082b7cea
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,f7ea2d4a-1c41-4502-a9bf-9527e0296232
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,0e73d564-b09f-483c-bd4a-8006997b168c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,de99948d-7e5d-4e85-a4af-20604e9b7897
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,0773965f-ee29-4fec-bbf2-e0795b085879
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,e8b4e7a7-7bd8-45cd-9360-0c5c624064ff
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,f4c6825d-e517-4b3b-9acd-820c1d79069f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,9e99e8ed-a8ee-4af0-81e2-aff265e45a35
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,4d739b9c-e968-4dc4-ad0f-d600fb260c10
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,9d386b2e-7480-4f2a-9a85-d55c8373e3cf
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,1cee9585-b74f-405c-af2b-fc6556c885af
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,0e9c1969-6546-4d40-8e2f-cd6636ce8ef7
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,7482a7ba-64b0-41cd-87a4-1a3bafa57a98
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,483a6a1e-7ed4-42f9-9694-58bf91406e3d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,fuel_combustion_consumption,b773f93a-087f-4d20-9bd7-299a0cb3b955
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,sampling_scaled_data,46d70209-99b7-4115-b1d8-82a0a2a03f6a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,kg/m3,modeled_data,d17775a1-2987-495b-b487-34136ca9c03c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,02057d1e-fdcd-44d5-8dc2-aafc9ddf63e4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,9e39e1af-b0ca-474c-bc51-92cdcc7f9272
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,577b8105-3eb3-4e98-93dc-a86052f3113f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,6bbdd17d-8aa5-4004-a516-1c3ba5d15985
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,f59f3c42-5466-45b4-a5dc-e7b9d789270b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,b6eff31a-c2bf-467e-9b46-d874b757bfe2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,ba103155-4a49-4491-8d54-d77d25eac0bd
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,ef7e83d0-77c1-460e-81d8-0b1f90b02317
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,65b49bb8-ea2d-457d-b77f-fd04d81bb6a7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,257234ee-847b-4374-a992-cf23a28e32d3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,3a4b1eac-9ade-4e0e-a8d8-d996785aaed4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,a07d2efc-2953-4083-ba08-790fe6972e90
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,9c217c32-c2ef-40cf-be36-167729a41d80
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,d892ffb5-9550-4aa2-81cb-a4cb243b9f19
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,3141d804-51b8-4f42-95ea-8172ab06802b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,fuel_combustion_consumption,4fde30d9-768b-4761-b722-9eb02bbf0361
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,sampling_scaled_data,e8bc8850-da45-49db-b181-0ec5492e3631
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,kg/m3,modeled_data,56a0153a-4a33-4d93-afea-1690ccd3f901
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,c6958d99-2a3f-4eb8-a6ea-e9ff8a057b2e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,25ddf89f-4359-404b-9cea-ea620d4d095d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,c4ace840-7945-486a-a989-4e5121e572d4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,24d87cdd-5e19-4561-a194-d400ee2bbc9a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,c343e775-4ada-44a3-8f15-a58baf1cf866
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,66f8c4dc-c060-48b9-93bc-eff7d5ce2534
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,a424516d-1d59-483b-ac93-163e1cc74f1e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,8fd9d7d4-5fae-4376-a65b-cb58f67c6cce
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,f87786af-f91c-4659-a41d-4c338611fd86
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,5e74f5b3-898e-4b3b-8c92-ebd46180c5b3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,2fbcc7f4-a010-47ba-b0b1-7384721d6e43
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,7018250b-58ad-44fa-9b09-4abfa8376f36
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,d6150410-3630-4d50-873b-bf47320333f5
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,2b2d7b83-37fa-4c7c-8785-47dfac35acf9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,efec0099-a3e2-4d44-8735-11fb69fa5fb1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,fuel_combustion_consumption,634594f9-13e7-4220-bde5-a9129ea29425
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,sampling_scaled_data,707c6f83-1048-4315-9b55-1530497974cb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,kg/m3,modeled_data,768294a7-b281-4c29-90c6-22d060e3a0ad
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,8e5e3261-9295-4939-9f01-d27364ec7763
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,e0720628-83c6-4861-ac28-5f6498c9859b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,3b4599d4-dafd-4c80-8cb5-ed7eae8f9385
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,ff042570-27b3-4010-929d-209219569a91
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,80308960-d4e1-42e9-a21e-e77b21db440a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,6088d5cf-615d-48cf-b0d1-c173f98cde49
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,7ae7a6e9-4ec3-4904-bd9d-a130f8df6874
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,def867da-3026-4835-ad70-c8faff9a8c2f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,81887e26-eae6-451e-b7b0-8fbc710bc9a5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,257fdad8-3a8d-40e9-aa7c-c78fb7835514
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,0bde4c1f-c3c0-40b2-a277-5004ef8df3f3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,5305c0cf-20fa-4abe-9102-ef73d97eb0ab
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,bac9cf5e-2d79-4346-89c3-8aba0cb27b6e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,acd76d5d-0509-4cf6-b4a6-83c0dbf23167
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,4b74511c-f62e-4966-8f41-f5a45f16474b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,fuel_combustion_consumption,58b883e2-8921-4a2d-ac56-6410b5d1a5d2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,sampling_scaled_data,36a5436b-6cc0-4068-a442-7e718eb25294
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,kg/m3,modeled_data,56c024d8-b46f-4c8b-a52c-c4dfd33e579b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,ee0da152-7040-4604-8e15-bc7d22f61ac5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,b7d4680a-377e-4968-ab20-4525127207fc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,9d41639e-d055-4790-bb3b-1785ad1be4e3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,0cbb9fe7-d640-4464-ae2a-9ce8aad725c4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,7fe163ad-d455-4b25-8d25-cc8afa8e667a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,4fa14b7e-bf88-48d0-bf1a-963e7ec7e7a9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,0efe385d-127e-488f-a896-4d1cfc298281
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,aa19ac86-6a52-470f-838f-d9c9b7ec5be7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,c4718bc4-9bef-43ca-8643-1bd26be60ea6
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,6932ce55-3635-4c12-b2d7-d1ca6e361884
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,ae8da015-b125-46c3-abbb-f6f8d5359469
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,1fcdb1c0-de0a-489d-822b-ce960c2dee8a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,cec69d63-2307-49c7-a3f0-9d553f1fce32
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,2a22a4e3-f2e3-42a0-a75e-bdaf5cbee375
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,710d6c9c-9fc9-48d1-89ff-c0449d4ace48
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,fuel_combustion_consumption,281874de-987f-40af-baf5-3ac981c74a58
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,sampling_scaled_data,a7a73dff-5a45-4cc1-949f-2cbbe196c09f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,kg/m3,modeled_data,e29a730b-08df-43e5-a27f-618babf7355c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,fdd7f189-8d0b-4c77-9dca-80b70b5321b7
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,027934c0-e538-46da-8af3-8c052b6f9556
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,15f2305c-06c5-41bb-8249-a7de1a45ee90
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,f9a33269-b1cb-4bd8-a7c5-7cb61ab76b30
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,7e81bda6-a29a-412f-afda-8a7cfc7d9308
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,6824782f-cd82-42df-9c37-926bd2741652
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,982a94a1-0fd8-44b8-a400-53c7b7fe2696
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,64c64dd5-9598-4ead-b51c-e090dc1fd2e5
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,f7c70520-715e-4524-b6aa-101262990a70
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,3a776fad-b0e3-48f1-9731-732454d8beaf
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,5a2173b9-f8b1-4b36-807f-a1e633703b53
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,8f0076f4-e5dd-428a-be63-0eba54ffe7eb
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,37b8d8fd-1ce7-4c1d-8e68-5e4ec2145595
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,a61b2b08-d0bc-48b7-b14e-bc4abd44f5f1
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,2b4979b9-f038-4678-9b13-f1f645ab9c55
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,fuel_combustion_consumption,2c11e153-ac9c-4dd0-ac45-d189bbccec33
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,sampling_scaled_data,a37421df-3670-4550-8463-2caad0b891d0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,kg/m3,modeled_data,f0b28f47-fac4-4fb5-803e-b4ca9c8d4009
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,05a95a4e-0325-48ab-bf7a-743ffa3fbf5b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,6511ec38-ab83-4ce6-a807-66e32c74cbed
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,6f59c752-d114-4db8-ac58-a664d1f71132
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,77c12b47-8e40-4777-802b-ed93365e7410
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,987b8c32-a417-4c1e-893b-b09cce01e22f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,e5f8379e-cd71-4622-b91c-bcedaf8ad530
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,94e2a4a8-7a08-4f0a-8f60-c0ef0149d527
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,5f35a4de-9cb3-4652-9096-1a89027f627f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,6295a4e6-869f-4032-863f-6d2ffbd9d1eb
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,7754d8ed-d816-4f76-a627-3afec4403834
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,484dfa34-ae7b-4556-8081-091e36760c12
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,f7429f17-28d7-457c-881f-139c17583527
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,231a7b8c-bc68-44da-8718-b42827bddb74
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,c32ab6ba-b8bc-410c-b121-df3c77ef148b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,de1dc0fb-0c52-4c2c-aefd-c189d2271593
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,fuel_combustion_consumption,4b76f038-41da-47ff-943d-7d46dd8e8a40
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,sampling_scaled_data,809e8544-9aae-4cd7-9479-aa0d2c0d2832
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,kg/m3,modeled_data,11614a40-7bb3-41fc-860d-ba2d3c4bf8ba
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,a1f3423f-37bd-4fec-9113-6e175532f939
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,9f1587ff-ac63-4af5-b9df-cb45408adad3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,3d98e3a2-bde4-4b3d-be71-7a860f135fd8
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,0af785f0-ed64-475c-b2a0-60f6da6597f4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,e74884cf-2a82-4d31-9b77-d7faed12ce24
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,e027e43d-bbba-4344-beee-1c68905d4579
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,1e975d9d-b0cb-4a72-8120-5ddc06029af6
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,83d987f1-40c9-4b8a-ac63-4bb39cd507b6
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,43591a39-5410-4f5b-9795-724c9781493c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,8b07c974-269d-4c65-bf71-4acabb664ff2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,ccb2b5a0-25ff-42ec-b20d-a02e579ce472
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,48300a16-c924-4593-9065-4095aaa38997
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,4e4eecfd-fd82-49ab-bb76-3a75a30002f1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,275769ac-f52e-4779-9f75-c9d59ad52c76
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,eab3ee83-a4c4-4c6e-8fdc-7de473f67dbb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,fuel_combustion_consumption,0fddbe72-629e-40fb-8f6d-784d7572b3a3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,sampling_scaled_data,9de7a55f-3821-4833-a7c5-14b1b8e069c4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,kg/m3,modeled_data,d6a57352-fe05-4560-b4c8-f3a412fc9b96
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,07cf0a66-fe0e-48e1-a160-0e5d2c46b0e9
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,ac1c7805-1a6c-42cc-b808-8087234b7220
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,93681458-e6dd-4145-a6be-63791bf92e4b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,d24efa38-8c89-4f26-aaa9-8d74f61c19a3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,4565dbdf-2adf-4468-9607-81344d408068
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,d0a17a53-eece-4891-8d90-366c0db84605
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,d05d9d57-e402-487d-a3a1-7a9dee9ff3ab
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,80eb1c64-f3a1-4500-b5c4-1a8864af14f5
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,20f90a24-8442-411b-af80-9063c7e33ac3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,73005c30-0ab7-43f3-a515-b05a356b3491
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,dd84ed7f-c3f5-4a50-8eec-425568a9e673
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,e5274d86-6795-45dd-96c2-62c2f366229a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,74c7adce-aed0-40c6-a273-2ef08bbf9757
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,8e6aa51b-89e7-4d39-b7fa-6ac403bd0d4d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,485ddbee-b449-4c7e-973e-cef2798175af
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,fuel_combustion_consumption,a5872a19-af05-49ae-a2d3-b014076a76a4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,sampling_scaled_data,d4c646da-dab8-483c-aa69-3f42aacb66ce
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,kg/m3,modeled_data,f4382d70-70af-4108-9d55-de909f7186ec
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,0ebba3b9-bf01-4bd2-8981-38833c590d85
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,fcf1fdf9-2cbc-449b-982e-727853d73b91
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,9308a83a-8194-446b-80fc-0cd79a826069
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,0f294673-101d-4e0a-8ad4-6c98f717f045
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,edae736a-4c00-4d05-9c83-e0a3a550c908
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,280fb66f-25fb-4125-b368-ba20d4141a60
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,dc48e70c-69fc-402f-bd47-05fef030faea
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,d7be0202-3ae4-4d58-bdd2-fb161497f69e
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,81ae1462-e4ec-4a9a-9908-bc9ad397210b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,93c0e838-d792-4787-b557-7bcb65c7d978
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,c465a346-dee3-4075-b8c4-80f3d5b29462
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,21c47295-3283-4d1d-a2a0-b420442d68fb
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,64f0b145-25b6-4213-aa0c-b2ea1cc2fcc8
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,645e3eae-e9ee-4c45-82d1-ce43bea7bc3b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,ddfe9495-a9ac-4348-8d1b-a9956bbe60ff
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,fuel_combustion_consumption,c703a984-f28a-4ea1-a513-92923756cf04
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,sampling_scaled_data,5a71d35d-66eb-4351-ac91-30588a1b725c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,kg/m3,modeled_data,f0a0b428-13f8-4492-aeb1-bbbcb7cda1d7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,7f9686c0-91cf-4877-a096-a46de830c518
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,c0ce0f8b-d04d-49fe-a39e-cfad341032aa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,f664159d-bcb6-451f-a2e2-55d3dff9adb4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,f8779c0d-6223-45db-90df-f2c861acac12
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,e55a56d9-ad6a-4bb6-aaaa-f35b1bb3d20e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,369fff7e-5e51-45a8-b4b2-41c3ce443c0d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,8765ef3b-882e-4112-a301-54b6964519b2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,9204281a-9600-4d5c-bdca-ffd1ae81f1d2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,a4265738-0e25-45de-91ea-900fd52ca1d5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,be8e019d-3f2e-48ad-b2cb-da1a5f1d57ef
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,4ad86379-8d6d-45ea-94a9-59b74c82e399
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,21885917-04ea-4a55-8bc6-cae13aaa1f36
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,c671448e-d9f5-4b9f-80c8-d76244a52d5d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,676a0ef3-ec5c-4d6f-aff9-702a94ce9b32
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,30b9a197-1504-492e-b1c2-c477c2720780
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,fuel_combustion_consumption,2e4320c3-51c5-4c63-86e7-efc1999f7dbd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,sampling_scaled_data,40c04895-c8f8-459c-9ec6-43c93e9e2b08
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,kg/m3,modeled_data,c64dc7f2-b2b5-4eb3-85de-b03863ab8a3c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,2cd21020-7743-402e-bca6-b4cac37d540d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,f8199ae7-6ae4-4f47-9743-34e5e721f46f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,0b475649-9ad7-45de-ab43-5cf711d30578
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,a1f30fa5-9c13-414f-bbe0-547f4ca76554
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,c5b102cd-eaa4-4b66-a60b-478ac472684d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,cc8af5fc-0777-4c99-83bf-3d351b3dcf67
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,9cd0dfbf-c069-433b-b013-1827a1299dd9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,782bfd0f-a0eb-4a18-8fe2-bd660d90094e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,1e4fd719-5515-4e0f-948a-c1de494fb2c0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,e6b95733-b6dd-4ae3-93ca-8fea8123b1c8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,ba15fcb4-02f8-402e-85f4-8ad667d82bf4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,820b3a65-ba4b-49cb-9212-fc8b74d470cf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,b7529d50-99da-43fd-bcea-4daa2ac91db4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,d45d2b8e-363a-458a-b43f-2aa3e5a96333
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,f7182255-0bb4-4ce0-a12b-f1e460f694a6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,fuel_combustion_consumption,99cf90ef-27fc-4d51-9b86-5c6d1ebf5bd0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,sampling_scaled_data,593f0515-92c6-4acf-bb24-c36849727f98
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,kg/m3,modeled_data,36cde12c-ae95-48a3-8edb-fe96faa2afbf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,a48e6cfb-c85a-4946-b144-5b2dbc624553
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,4925004a-0b3c-455f-862e-700720980dad
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,e43fbae6-1378-4fcb-b707-0ef1a2a9bc47
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,0ab01889-974a-488f-8782-871e9a8106cb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,79a826d9-9e23-4f70-bdb3-ad3072abc8d5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,dc030368-6cf3-4c43-8f49-269c759328d5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,91d2566c-634c-449c-9687-afa01670421d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,83e1d313-0fca-458e-ab83-873f49c5478f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,d31ccabb-0e1a-4b03-8a45-a1fca66a8413
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,685a9d31-339a-4257-b447-e233db7897fa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,4f9d62a3-c086-402d-aa92-b8e9697bb5cc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,94af2557-a559-48a2-9967-09306f91a2f6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,58943bd2-845f-41be-beb5-45c40543c432
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,0dac0140-dd6d-4f72-a01e-f51897f828c3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,0ba8d7a3-7605-4482-8137-243b71e75494
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,fuel_combustion_consumption,76c16347-c4b8-423a-ae83-dd245ff99ca6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,sampling_scaled_data,596b9446-2436-4097-89f2-075ab88ebabc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,kg/m3,modeled_data,4b979b78-fb49-44f3-821c-bebdc000822f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,e56782c4-5c19-4f7a-b523-d5433b4b3f91
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,daeb8571-4d5d-4596-af14-bb238e3b71ae
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,45245ad0-6819-4e23-b7ab-ab5ef6522025
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,f1a39a54-a43c-4b2f-beb8-8ea5ec85c15f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,c96acbd9-a1df-4f94-9d85-df499f2bde42
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,d5be3cac-a0f6-47e0-ad74-7b2067df4bdb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,6710a38b-a755-4d65-8459-5546bcb8160c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,6c172494-76b1-4dd6-80b5-3bcdf9367cc9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,e7bb4dd0-c86c-4d6d-8a40-cab450a1ad1a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,59848cee-154f-40dd-8185-6420f1e91a7f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,64754a13-c41a-4216-af04-8a35ac3a0263
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,2c6ca242-cf4f-443d-ad9e-7159284a4fed
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,3cbe7110-a375-49d4-8624-3c3568380b4d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,053d11da-663e-42a6-80c6-5c4af756b254
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,d8de2c84-ad66-4df5-a177-e6fe475c8e28
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,fuel_combustion_consumption,08109a87-ff3a-4c9c-acc8-6d85526330ab
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,sampling_scaled_data,55b6f79f-144b-42b8-af14-f470d3cc5f62
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,kg/m3,modeled_data,4165e33e-9bf2-43d6-9c38-7e7efc386c3a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,cbce4964-fd9e-45a1-89e7-e5058f030c52
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,f20dc7f7-ab0a-4115-90d9-bbf85e8895b8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,c517441b-bd00-4109-9a6b-19b4443dfa9c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,af6f6932-e6ea-4b7f-8e3d-511c2281cd7e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,2c29c66c-539a-4b96-a3c0-3303076f691b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,16b10559-fad2-4db6-8f36-e81830257776
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,7045d559-72d4-406c-a4c3-13e9b564c97d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,9b174432-bbda-48d9-85d4-0af6a0180a42
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,67cffd00-7e66-4832-86b3-911a7ccaa5f1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,a80eda1f-19b7-4e0d-9b72-4346c1a8284c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,bf597450-9ddb-4072-9b4f-bcdefcbab6a0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,ff36ceee-7971-4aea-a5c1-fef14114bf9b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,6ce67543-ede9-443c-9f82-394cf3c5f259
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,ecf6b5a0-fba8-4b65-81c0-8a63db1d039d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,cd155940-da33-4660-9b79-9570d958dc60
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,fuel_combustion_consumption,a3f0d3b2-bc48-4c44-b614-f6f46af60fe8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,sampling_scaled_data,b0f5eb4f-c4cb-43bd-a26a-fb9a36e11ab4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,kg/m3,modeled_data,323ec70a-b249-4938-beee-9bc01d6a6a68
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,19ede2cf-312a-4e1e-955f-cc7434535bc3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,91f6f2ed-6546-420b-bd5a-bc1766dcd240
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,6d493c8b-41f5-4203-9e7f-f91345664229
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,21dd99b2-418f-4e6e-8eaf-f882951d7b09
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,d7b67071-5fff-4d66-a00c-adbe7ebe6a75
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,0b0bcf24-e1c0-4e73-980e-dfbbabe4fdc4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,77da1131-2eed-48bb-92db-614227c86132
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,3244ed2d-d699-422d-ae07-3c28bd1e31a1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,12457541-0730-431a-9654-29765240d945
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,ce484efd-996f-4938-8086-42a363933681
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,c3cf0eae-58c1-4ae3-b7a5-a6e24856f1ca
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,244ee34d-1db2-4a1c-b2e2-62fc76181abc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,7c371cee-07fe-4670-99a3-1c5149084489
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,8210e7d1-8873-4fc5-91b9-c09d8916e358
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,5a407a04-cd60-4446-8c0d-049c959c014a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,fuel_combustion_consumption,91c10bfd-6156-4744-9069-36b8472dad44
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,sampling_scaled_data,23077c52-7ea8-4306-a290-57058c4c5f5f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,kg/m3,modeled_data,09804c4a-5793-46fe-9922-b91ecf3b8fd8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,4513c013-d483-4f82-a0f2-8d41293c8f01
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,4de72238-a6f6-49e2-9adb-3bb93aa46653
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,0c386a18-2658-4cbc-9916-048b8fe64657
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,8ee84c10-b6e4-4bf7-8e98-7cf23a59e4df
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,f46149bf-93b4-4029-b344-eb19d98eacda
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,7413de22-dbe5-40a4-9a78-289f85b03c9e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,1a236aa1-f577-4d56-9505-0cc467b39ab3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,416af61c-9a45-436e-bb01-45f3df0d28ef
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,02ce732e-4b91-4db9-8ae1-c20a5a4b986f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,98633a62-8cfd-46f2-a12a-a89d47177897
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,94726eb3-cb92-40af-9162-6eb60f5dee97
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,facbec02-c09d-4ba4-93f3-63f353f46b5b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,52ee6966-fac4-44b4-81a0-f6d7c92c5448
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,6e91c741-0723-4bc7-9471-a1e7fc94259a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,de3f3dde-ada0-4af0-84e8-cb64722e565e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,fuel_combustion_consumption,5c4d4847-c04b-41b8-9685-2ee3dcba49b4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,sampling_scaled_data,065f1154-095b-4349-b09e-eda1b4489673
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,kg/m3,modeled_data,0c00177c-6cc8-4a7c-9376-0629aeb7878a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,1c649fe7-161c-49a4-8209-0b6777821264
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,51807b40-c304-499c-9189-573c4f4d6693
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,7154ffe2-feca-4c11-8c0b-a6ed2c25b231
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,f8f2764a-c0fd-4299-8230-df65f21272b7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,19cb0749-f727-4b7b-9beb-993b67ceef4a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,615dbe1c-3175-42a4-bb7b-67c28741a48e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,36cb8b23-295e-4848-9cf4-1cc1541a20ea
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,56015f91-170b-4eed-b5d3-1da48f7e8a78
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,29935d36-0d89-4b2b-bd70-38a1910ecf48
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,bfe2b682-ce02-4774-9590-b40368a709e9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,31c9ff60-ff13-494f-9fe8-721c3bd4eb9a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,617750bb-d096-4569-aee3-e242b20a0196
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,e3da7fca-d939-46d0-9843-d8f91e472af3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,c1edac81-a7a7-4704-b9ba-f3b0de03463d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,28cc425b-acac-4074-b1f2-3b4d9e120b38
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,fuel_combustion_consumption,b017a938-484e-42f5-b8e4-cd39c974efee
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,sampling_scaled_data,9549a196-4cab-49f7-9ebb-6c632b5923c4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,kg/m3,modeled_data,e238a261-a02e-4071-a4a7-1461ed99f735
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,d67e978e-f036-4f85-90b0-c652e3546f33
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,f6c776bd-ed83-4ea4-9e36-01fb60e464c1
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,8610b717-c0ee-44b3-83b0-099fe47ce408
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,65ecc38b-f698-4a3f-bcbc-79c3f51972aa
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,0756925d-2fb9-4191-8b19-6673fdf51694
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,976daf20-5717-4327-b101-d3a0113d9487
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,eeae3671-f90c-42b3-9c34-7476b293abf9
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,7e3a24f2-71aa-4323-9d6a-be15f43b7208
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,dd68fffb-812c-44d8-9d64-0d0b9bd2c3ac
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,4d60441a-216f-4cf7-b5df-c2ff1785c07e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,d98d34a4-d9fb-402b-a326-9af760d73a6b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,d023f5ae-d1a8-44f3-af5a-6d7fa328d021
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,2a2d9f03-1530-4df1-9b13-7ea50df0fa93
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,c58eebfc-7081-44e8-9dc4-c4149892be0a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,077de421-437f-4f83-bfb0-964c39cee30b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,fuel_combustion_consumption,b290ea01-6537-4aef-8d09-76a45d8e36ac
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,sampling_scaled_data,af1eb86d-0e4e-42c1-894f-cefcb1e5057b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,kg/m3,modeled_data,aacaf5a5-4393-415c-81f2-4e350c38f66f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,bee57705-76ae-489e-b562-7acc68214e58
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,496f14cb-c3fc-43a8-bb87-f3235432ef75
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,96aa08f0-451d-4c35-bb73-e6640162e874
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,9771393a-ab0c-4442-b0ed-14aaaa1f7cae
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,9b99fbcf-a36d-45f4-9bf3-44f20a2779c1
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,a093941e-1a66-4f3c-b859-fa025e436556
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,31cc3cc3-7f13-4b2e-96cb-a8c4b05791a0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,279b9fd3-744c-4a60-8101-eef12108d229
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,c09a6a14-68de-46c4-9a3c-8f259be58072
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,98a32293-8443-4919-9fc3-07727dc8d5cb
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,0fdca4a8-f031-4f58-9849-10bcac69a35c
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,77c5f24a-62c8-485f-88b6-e9fff4f7e4e8
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,61018f5a-bb85-4a11-b124-37b2df2c6f64
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,d40b5e6b-387e-4f80-9eb5-1a99865ea6a3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,836d15ef-2bc4-460d-ab3e-28398a9be77a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,fuel_combustion_consumption,cdb4a473-db24-49f1-8ba2-7e41872bcbf6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,sampling_scaled_data,9ab2e0ad-3061-416d-8c18-702e4d79dde8
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,kg/m3,modeled_data,326aec09-8f28-4a3d-8688-57983ec10f83
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,0e5d602a-087f-41ce-9267-d4e3f0c360ea
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,b94383b7-be74-4ad5-bb71-431be3277ec9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,7b146cc8-17ef-4942-9197-a547202990c9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,1a7ebf17-1990-49dd-92f8-2b7e11421639
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,19be2063-6131-477d-9e5c-7a82b8314047
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,a9a07b11-552d-4706-9273-40d3dfe9dfd2
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,0f1c6c12-2dca-4a46-9b6f-2b31a6e9fb1b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,f4fcfaec-f4cb-4705-811e-d6bee1dab028
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,4682b7b3-d720-4dc3-a78c-a95c6f2def80
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,e0f30330-f0b1-44f3-a6c9-607ab49c229d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,f6352e84-905a-432a-91bf-6dfffcc4d438
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,0cc3c05c-ebaa-4e37-b782-65aa7fafb686
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,98f88154-3f9e-4538-8791-34b811b026fc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,3c5ff135-ac94-44bf-b70e-21c9e8c1eb59
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,2ac85a6c-ebe0-4baa-889a-3ee954ec2159
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,fuel_combustion_consumption,402c6300-e391-4b8a-86ac-1f92b8c04b6f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,sampling_scaled_data,9a77dcb9-5ec0-4e9a-b400-eb91e4ce30c3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,kg/m3,modeled_data,4ceb7840-474d-4b8f-bb10-4be459883f3d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,75d6e318-cff5-4e85-8814-104d191d3807
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,5426cfde-9f76-4765-a254-793f29221fe3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,085e992a-a01e-459f-8c1f-8336f1b4a1d3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,87183b3e-16a2-4dea-8eca-a66b8a6967f5
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,8045b046-e010-4aaa-8569-f598f259a7cf
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,63d73861-c2c2-4b1d-b45f-8465ce06004f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,fe89a8dc-c35e-4455-9ab8-6c6a1aecc523
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,767d3061-bf4f-40c7-a48a-624024f146c6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,25491fa3-150e-4015-9077-46be56576dce
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,3ab90e27-42b1-4fcd-b775-25a7116b502a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,883c62c9-bdbd-4554-8a5f-b59311c52364
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,7ef03242-f5b3-410a-9f05-ab4b0193b4e2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,315a8f18-165c-4a5b-b3f3-44275fac2ca6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,3fa7b59a-2faf-4540-8ae2-e284316202dc
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,125ac88f-2f10-4ea7-950a-d3c05c8d7a99
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,fuel_combustion_consumption,ff8d3b09-df51-4c42-8626-402455a88807
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,sampling_scaled_data,722784ae-18e1-40a6-b139-f2fed6a3cf90
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,kg/m3,modeled_data,d20f9414-6ddf-4fe1-ae9b-ee54850fb59d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,3248f09b-c363-4a9a-b5a1-a89295a613ee
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,f5918d55-5f2c-4aa0-bc5a-12f9b9272716
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,4accf4a1-84ca-49ba-8ffa-e07d6de12023
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,26b49e22-fbfb-4f8c-8ac0-94c2703724b0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,102d4651-2793-423a-855d-b788ab8f3f92
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,48c4e930-4f35-4b32-9a73-d19982f42dd3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,d5064989-54e1-4b01-86a6-ffec26c85afd
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,90aa44d3-4e2a-43a9-bde8-df8140c9ad88
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,01b20300-481a-4fa5-9c5c-8ce4d0300789
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,b4d886d5-d811-4f7c-be72-765f4e456d35
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,51ecd66a-361b-4303-8ba9-8ecca4030862
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,85bf189f-4149-4a13-aa58-51391ba11ab3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,4249dd59-47bb-4d5e-ba67-6a73e31a6bb3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,4020ad9d-f87a-4cb2-b2d4-5a83cee95e3a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,9fb63d64-e593-49f0-ae42-94195d402295
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,69d4cc68-d099-4f41-b2c6-a52a9b4eb8a1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,61ce1dd0-05f3-406f-888a-5d4c82337481
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,683f5e68-9018-4c08-96fa-e50ab4a5da3c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,9f7ce94b-98ac-4591-b350-39c0ff65d25c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,816e6dc9-16cc-4f09-ac45-0cb308982c0f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,e9c3b670-2cce-4050-ac64-3cb2e99b6cce
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,afa948ad-40e7-4e8a-beb9-6d066432bf3b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,73fca653-2d13-4fa9-b0af-2ea873fa7036
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,c53d393b-c7f0-46e9-a322-7baacbf8cd15
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,f3fb9c98-6ddb-4943-8637-00170d820af6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,7c3a8fbd-e84a-4e10-b194-3853b755e440
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,ee0f96c8-5329-41f1-9d1a-c934749ee93f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,f334ab5c-7897-4dd7-ab0c-d295dc431302
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,0a4e8cc1-bf65-427a-bbe8-b1032c0c0933
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,ccdf576f-0791-463c-b14c-860d6c07ed43
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,b5f5fe4f-b700-4996-a689-0d57901b3cd6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,08170b99-ab42-4691-872f-ffdab7a27d98
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,fcfa7640-21d4-49fc-a982-d74bf9a9552f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,fuel_combustion_consumption,cbe578b4-df80-4c61-96e2-c1217f6caf53
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,sampling_scaled_data,e73b0b72-cbb6-4e48-84c5-27a7590525d5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,kg/m3,modeled_data,c29184d2-0686-4e0c-8d58-e9c58b1306d7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,24b2362f-742a-49a2-a760-667f396cdf98
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,8bbf381a-ff58-482c-9ef4-bd921fab12ef
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,2f4f9be1-f4e5-4aab-a61f-4a7950585787
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,c54bd59f-4e26-4fda-9137-230d7f28d90a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,e9f4e8de-9cc1-42c0-b870-6c0d10fce0d0
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,6395662f-1f8e-4c71-abce-809af6f5b3ae
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,7ee85464-42eb-4373-9b1b-41ca448d35a6
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,7646c040-85ff-428b-82af-00a943e13a83
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,5ea6deff-2f47-4d46-bdb8-a785023c4ff2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,67c4792d-de42-4668-b9dc-b474fafcddaa
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,84b257b5-ee02-48f7-8c10-2346486fe3a0
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,2f944cb2-494c-4e7e-8133-f017a9968fa4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,89f90d96-9e42-4f3b-bf02-2d70f8b931aa
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,7c81f0f1-1d57-4f73-ba13-09502b76afd7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,3a3525ed-3b2c-4777-af48-00e857e874de
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,fuel_combustion_consumption,76b4877c-b0db-4564-b9c8-6e501737faf5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,sampling_scaled_data,a52b3689-e779-4577-81d3-b8f48d48f88a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,kg/m3,modeled_data,771be18d-1aaa-42a0-9ad7-adb89bb30a67
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,e4b9d0c9-2c16-41bb-b51a-a6152c105262
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,e6ad774b-6af4-4570-9921-d2a037ff0216
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,7a641d7e-934a-4d82-a000-b67877a704c2
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,98bb89d1-20bf-469b-9dab-abc75bf9eeaf
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,02efb8fa-c95b-4e70-85aa-48ad3e97f3f4
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,3576f368-6725-4a83-bc49-17d241ca29b6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,f83dfea8-7874-423c-be05-17f8894de2be
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,c9cbda7f-50e9-441b-aed9-acaf16beb084
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,0673491e-2f4d-41ba-926e-15e1ba788134
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,d74878d1-d137-422f-973c-cba31731fbe1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,8990ee32-24f2-442d-bb52-bbb870f928cf
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,003f1869-48b7-467f-bf80-762d1852919d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,58220883-cf22-4c9d-9145-abf8b8ca5e0a
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,98027f8e-7ca9-47e2-a496-564eb4385d07
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,0fd55b59-bedf-4f15-ac73-2d05bb94f67d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,df05f814-77ef-498b-ac94-b7464bfaace9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,1f1a7065-fb11-4f0c-b89a-a61a7cabfebc
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,bc6507d4-3d60-4634-a637-fa257960585f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,6d4f524d-48aa-4676-86f3-c614cf1c17eb
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,07c8e3a2-ddc0-439b-b8b5-eb69fcdfd431
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,ca19f3aa-0422-4a46-96e6-71d33bf055bf
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,f713189a-fe6b-4133-9f8f-c66aeb7edbf1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,6786c98a-4d61-468a-aa95-ab9a99d872a7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,9ddb4f70-3d04-4bfb-b234-fe485744574e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,f74ea485-434e-4843-95a1-035d08028f9c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,984ee2a6-64c3-4428-85ec-e6e964b518c1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,9f6e0c54-9841-4250-b8d1-894e054715eb
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,5bb70f71-f1d2-4685-8025-ebcfc1eac529
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,9f3c013e-3c8f-4cf2-ac07-6a64cce51ee0
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,14807341-3bcf-4246-ac7f-2bd0d254e10a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,31cfd976-81b7-42b4-9ebb-c0d1f2219861
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,c6c119f0-90be-4efb-8baa-e9e2313ebd0d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,c2bcf689-df93-4c35-a956-7fc93bcad4d5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,fuel_combustion_consumption,ea7aa65a-6592-4e67-a178-ab840861e1d2
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,sampling_scaled_data,13b84286-2d24-4b11-bac1-ca0ea29e71ac
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,kg/m3,modeled_data,f70feeec-380a-4ec1-b100-cb7114086fd9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,6a541a4b-4544-4971-b538-dcb73e236325
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,9bd1f102-c23e-47c4-89c1-5931041cffbf
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,d4f343f0-f937-462b-8b44-8bf511a4ff53
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,839a6405-56c5-44da-a424-f6f75a92138e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,7d09ed2f-7810-4452-8f18-0256e782cf50
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,cd8bd095-9f08-4bea-952d-e6d5f895ab86
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,a6c15d81-5ad2-4df4-b816-86014d3cb07f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,89a486c6-7673-42f9-be93-7630fbb34c0f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,18a3638a-d666-442c-9d8e-565fa70c8f7a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,6359e6ac-e5b9-48a2-b917-e1942b6173ee
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,4c9f8be3-ed86-42ac-8fa3-897c1bd3d961
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,12f05981-d2bb-42fa-858d-ae618f5c5911
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,b0d09cf3-d50e-4188-b41f-e66cdfc8d33b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,a394f032-e1b1-49bd-ba89-99beb71193e7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,c5a168f1-7a98-4e95-ad0b-c01fdc93c26a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,fuel_combustion_consumption,a760b43f-f5ad-4039-a179-8abced5aa1ee
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,sampling_scaled_data,ee28d24d-0367-49dc-8705-d3f944ac7331
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,kg/m3,modeled_data,a59b45c4-9e0d-4b37-8c8c-870da9ce130a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,c7a6bfc4-236e-4652-ba2d-68654d4ae84b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,64963362-4cc4-4fe1-a403-b2d03ad28865
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,40ea2040-7c17-479e-a003-26b32e9bbcfe
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,baa8f4e0-fd0c-4839-962a-c63972030712
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,7143bcd1-5536-4dc2-acd1-a053127472a2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,cd8b3bed-7cd8-47cc-9fb8-8ac106959eb4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,b0820ba2-095f-42a5-88c6-0fb4eac81a6b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,d3954f86-dc60-42ad-8b36-0eadb0605b0c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,aaf0c706-375a-4130-977f-f0a24cbce25d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,99d28ccd-ba8a-400a-9267-766d6bf9e9da
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,314c0f20-aead-45af-8f51-6d46b1c5d2fc
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,c92183c1-b90d-4701-ad01-bd5baa7e3478
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,d0faa3cf-10cc-40e7-8a33-b40f6664c601
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,ef93a585-32fa-4fdb-af4f-a92f9f9965a9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,6dfb5a32-992b-4323-92de-d2f994a3d4f4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,fuel_combustion_consumption,386af9f6-8618-4680-976b-dc5a05943c65
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,sampling_scaled_data,5c523398-5a5c-4d1f-b33f-87df7f20de20
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,kg/m3,modeled_data,7401974e-da96-4fbc-acef-deb6ec8bbedc
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,10a9b413-c623-49be-a310-4c67984e994c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,e00961a9-26af-4c68-ac1c-775dbc89c022
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,622457f8-eb4f-409e-98a2-f38105bcb758
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,51083fc9-67bd-4c77-8a12-aa3ed122c24d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,a594dfd0-245d-47ca-9ad7-61895ccc02bf
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,070d00ec-5d5e-4b84-a07a-f47e236abd5c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,c098f403-b090-4706-80dc-2378db4230f7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,50e5815e-335b-4b2c-a87d-3c80c44f73e0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,7327d63a-97d2-401d-9e17-3a5f58053e2a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,42fbbce3-5187-413b-85df-21d017e92093
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,cdd446a0-5dc6-47d6-aff1-c2f11df8a7e4
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,b3f983c4-5bcd-4441-b6d8-e9d81741e83a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,ed9454a9-5e68-4d39-b336-0c806c2fe1e9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,9dd9d1b6-036f-4bc8-adb8-2ce38d450261
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,5a54690b-df87-4417-9676-4be41b5b1f08
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,fuel_combustion_consumption,4cb3cecb-ee75-4fe4-b99b-7d574ac5062b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,sampling_scaled_data,14af6222-5f96-424e-8178-e714115e15be
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,,??????? ? ?????? ???????-????? I. ???????-??????? ???????,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,kg/m3,modeled_data,b11bca40-38ea-4d56-9851-71538d9fdec2
diff --git a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/Emissions_Factor_Stationary_Energy_Scope1.csv b/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/Emissions_Factor_Stationary_Energy_Scope1.csv
deleted file mode 100644
index a2edf1b23..000000000
--- a/app/seed-data/emissions_factors/data_processed/EFDB_2006_IPCC_guidelines/Emissions_Factor_Stationary_Energy_Scope1.csv
+++ /dev/null
@@ -1,20392 +0,0 @@
-EF ID,ipcc_2006_category,gas,fuel,description,practices,parameters,region,properties,units,equation,reference,GPC_refno,density_value,density_units,NCV_value,NCV_units,emissions_per_activity,methodology,emissions_factor_id
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,6b5ab3ee-46bc-4026-a02d-bce70c8ec22b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,06019252-cf4c-4160-b803-7a41072faa8b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,af9cffdf-3b42-4bcc-a88f-5330f1e7519d
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,e197c549-6aba-4032-ab79-e8d7de072f40
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,30f7c8e4-675a-40b3-8f78-8096bcba8614
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,8aca5166-bd78-44cf-abbe-7662ebda0558
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,680f15a5-a8b8-4084-a5ab-acd43015cf07
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,58cb1272-2383-44b0-8e2d-c3a122e8a486
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,dceac096-9a2f-46d3-8501-17d94348e253
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,9874403c-4470-4ed3-b823-6c80c78e2d83
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,21d71a70-3ae2-4035-aa1d-58a7d9fd7ced
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,ac96b78b-286e-49e4-915e-e16168eb587c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,d3d95ffa-29d5-4c64-935d-754dd4e79a7b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,823077d0-92e2-4102-8665-e6d8d39a0c87
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,a58eec51-73d8-4512-9d69-340607bdf356
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,fuel_combustion_consumption,bfa44eec-bdce-47e7-9e49-8e3570995cb9
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,sampling_scaled_data,f893db27-f9d2-42d2-adf3-3e11a02387c0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,98.26666666666667,modeled_data,c1a4b72d-f0ce-4190-9629-13fb5c349332
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,3c082bde-8c7d-4eab-80c5-0209776b43e7
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,a019ac8f-7bc4-4b2b-a07d-c39153e6febf
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,d134b98c-264d-4b1e-89a0-fba2eef194a0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,4bf20207-9128-4b0b-a347-5db9a58d4c43
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,569fdc6a-7a28-417a-a088-c9f091e2612b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,fc56d792-0b6f-415e-bc96-5731711842c1
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,f8aad96e-61d6-4a5d-9c44-fbd7f8aa5989
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,67afb053-d2b3-418d-ae31-abc5ecec46e1
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,cb2dabbf-ef32-4aaf-ab12-131355853057
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,79c1b8da-272f-45c4-8f0a-dcafb5b84d93
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,a08613e9-b14b-46d7-9ef5-fbf50213e85d
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,6b33bbc2-96e9-4253-8cbb-7a6a904dce2a
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,dad8a6d0-73d6-474d-8701-df3c928326f3
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,6cc26d1f-e4a2-4d4a-841e-b3d4e5b8a459
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,a1a291b5-5785-433b-b819-62f9bfe65674
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,fuel_combustion_consumption,b3e10099-bf3f-4f16-9c3a-e63c43e2aff3
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,sampling_scaled_data,8d1648f5-ac44-471a-ad48-6f49e2eab326
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,98.26666666666667,modeled_data,771f881a-66f5-4820-8d20-e2def11bc04a
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,2dfa1292-2abb-47cf-9d7d-6dd23ea63f82
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,e8e25ace-77da-4d1e-9987-758ce30ab5e3
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,7364159d-945c-421b-bed7-9b4443771978
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,603c312a-c057-4074-bb0c-fdf17813e412
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,6b5b3610-1fc4-4058-8092-f02b166dc451
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,fba6ac71-b66b-453f-bb8e-b7b69e4dad4b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,52970779-8158-4f5f-a7af-233f19a690f0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,97737f57-7f25-4273-95cc-d35e953ec780
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,dac9feea-2cf0-46b9-8acf-6e75d494ed55
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,513459b4-ca8c-4073-9912-2a24acf61249
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,162e158a-d4bf-4259-a420-8ee20cbaac45
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,b2e9ed94-f6bb-4e92-a220-1f2a9f92345d
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,c11f5d5e-be12-4b47-8b1e-f174e7f99f6e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,5f4ab33d-c003-41e7-915b-485dcd3622d7
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,cf5fdfc2-20ed-467d-b346-47b1c425d32b
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,fuel_combustion_consumption,89a2a425-5fea-4f67-a7f2-839034e46525
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,sampling_scaled_data,7f811952-4c4f-4349-a7b6-1d100b8bb396
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,25.92,tC/TJ,98.26666666666667,modeled_data,e64d5817-0a10-42fb-b857-a06bcadc1250
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,40ebce60-99d1-47b3-9b7d-ad613e05298e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,5827b3bd-6e14-46c2-a1a1-4990973d40a9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,45b76d7d-7cf2-4f0a-83c6-c2eef1c5e6af
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,9ee97bd6-cebc-477d-ac8e-df89aa095962
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,3c43f491-343c-43c6-a627-987dd09b3110
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,e7899d93-9257-49bb-8218-fb7a5feb8027
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,7cfaca54-20fe-4b9c-b515-7ae553d05850
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,bc7f346a-ab98-4143-beaf-2674f80447b5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,df6a40d9-998a-4d02-9beb-08837b45c9b3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,ca2ecdf9-f3b0-4ff2-9979-3445deb6cad0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,765a1358-6f03-4f2b-a78e-d43fc67b1340
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,2543e945-bf3d-478e-90ea-5a0896417d53
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,16340e20-2249-4aef-bb8f-18bd12aca0cd
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,403648c5-e8ce-49bf-b352-c4e1036ae6a3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,1464623b-cba0-40db-9859-6be082ad4694
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,fuel_combustion_consumption,716fe256-d05f-4bdb-8f4c-d2521d1449b0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,sampling_scaled_data,ed43af18-ad84-4d1f-94bc-8e8b61865fa0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.5,modeled_data,6266f0b3-ef66-4352-9141-0458d50991c9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,89df5e5f-9b1e-45ec-8b5e-026db6bd4691
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,787ef48f-3d66-4496-b56f-c056e115d452
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,4c62f0ba-ab33-4534-8651-8e89b1b1aeab
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,62f3b4b9-80de-46ef-aca0-5e8971f10cb5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,e23365c9-0c6a-422d-b95d-f9822c189235
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,647e3ebf-c1f6-43af-925a-230e1369acf7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,f420b5e2-a77d-4d9c-a61f-ca6d23490640
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,f235ecab-06d6-47ac-899b-9f851b9cd335
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,f597fb76-39cf-4b28-946a-bfd9a6464ff0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,97042ded-ff90-4606-8736-fd26ff634a66
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,957804d4-8ffd-44e2-b0f3-2bf896d20f47
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,dedc17b5-3a44-405d-8fa0-da6373ea2aee
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,47ecb0ba-2d0d-4571-af62-8e4699c8afe4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,58c8cf2e-1452-4426-bc8a-a795e9001bea
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,d569541b-3a45-4cfd-8a32-ebb9791445f1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.5,fuel_combustion_consumption,4b62ae4c-ee3c-4967-80ba-4ef7d7ce3f68
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.5,sampling_scaled_data,dc5e59d2-df1a-4b94-baef-61d94387819f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.5,modeled_data,7f5659b9-c61d-4ce3-823d-8bdefadb1ebd
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,cecc4c8d-36e4-43e5-ac9a-cdfb219d1f0a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,a8098802-e40e-4f76-a176-0a54561219a7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,493e4aee-cfa6-4882-8f19-bf56643a2cd0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,56cc575c-6878-4b11-b35f-65160c333b4c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,d85a1e08-cf2f-4993-99e2-341f1ea7c60d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,f41887e8-7a09-4370-bdc2-11a03f5b5eb3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,4dc8d863-b436-4c1c-9492-449d022f0620
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,a7ff3522-4fe3-4277-a3ad-5df96993460e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,dcffc8ad-afd6-4c61-8681-e76e102be5ed
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,6c526783-46e3-412b-b7ae-8a5e1480e9b0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,53a07136-a325-4cca-b5cd-951f9a5b17b1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,1bd6d9ab-55ee-4652-a2b3-86d029cdb4fd
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,d5b34081-23d9-47c3-a040-2ad5264b7eb0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,1d38ec47-2dae-4392-b75b-9d1019bcfbc6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,15aa4b17-ad09-49b8-82ab-333c04582b38
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.5,fuel_combustion_consumption,2e48e0c8-5209-460b-bcf8-44a1a448bdbd
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.5,sampling_scaled_data,2d3c152b-bb62-4987-9afd-76ab1099aeba
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.5,modeled_data,2df5edc6-6011-42f0-bf8b-90aea96d7e7c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,8f4e7e51-5f95-47b6-8b4b-551d56b09bc0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,cf49878a-1421-4535-ad2a-c9f1c6ebc7ea
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,f6b1f327-a5ae-48df-8193-58d7e4ee5114
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,1d287013-5902-4b60-ae8e-18d8f8f77328
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,6aa647b4-3846-4aa0-b97b-2c147311252c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,926ce778-2163-4b14-b0b9-9be698ea0bbe
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,560786f8-f6f0-42da-848d-9345b687b428
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,3ce861c2-e072-41dd-b06e-65dcaedfaf75
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,cc34880a-f892-4433-a9d3-24a1954b04ea
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,1107a30e-c9bc-49e4-a4c2-d5bcde447065
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,1c911c7d-7406-4930-bfef-7be945adac7b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,e011b493-7403-4852-a6f1-5163cd88eca3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,ed9deda2-a171-49ef-9c1a-a374c636cc25
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,39b6f301-59de-4c52-8378-6dca41eaca5d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,3de661ee-2a7e-40c7-9ca6-ef90c2f6ffd9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.5,fuel_combustion_consumption,fffc6cd6-ccb1-4196-843d-5a5373010827
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.5,sampling_scaled_data,fa1decc3-a4e6-46f3-9363-dfb05fb3adf7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.5,modeled_data,27249d2c-938a-47c5-84f2-df0681a25cf2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,5d06acb2-d1b3-436f-ba98-e37b12b33b99
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,dadc43f7-a4ea-4090-ac6e-28231b96fa47
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,b41c857e-96eb-4477-9bf0-a4b107965f7a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,582470e1-4d61-4948-8f3e-4bcc4350cd95
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,896680f4-a9df-495d-a080-6c988ae819c9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,590f3358-fcac-4f47-b127-b53d3cb2abe5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,082d31d2-8750-41b2-8859-9e252d8ebf20
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,459024f0-926f-4be3-b012-1e543e806363
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,5b00eb4d-21b6-41b8-8c5e-3c6bb52ebc6a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,77cf4895-11b7-4226-9f40-cda38e33bb40
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,e2dc1e8c-b4af-4b4b-a667-9a34bd6d136a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,066028d9-cb97-4b1d-aafa-c4cfed3241c8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,9e4a8014-a7d7-49d6-83ae-d3831127124c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,b438032e-2db5-4c19-960f-f96ef9968e2c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,d17c7740-5163-4e0c-8623-4b52fced8637
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.5,fuel_combustion_consumption,fab5fc7a-3b8a-405b-aace-6ad5f096367a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.5,sampling_scaled_data,962cd562-2686-4bd5-b465-4258eb7a6a41
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.5,modeled_data,fc9932f4-7c1d-4add-b3fb-d976b9644a79
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,a92a95a1-08af-426c-a8f8-83c3968f87a1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,6c546453-1a70-44bb-a440-6a6bc257872d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,5c5651e0-5d7c-4841-a2bc-e4355bd7967b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,10ba4577-fbb0-4e62-868f-70e85dbcc3ec
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,4a922f00-cd7a-43d7-a3ae-f2ff6e42a16c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,62ccbb60-7afe-486a-b4cf-e4e6bd80216e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,6b4e2942-ad25-4c79-9d80-6ff7dc8316e7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,355e2246-86c7-474f-afa6-610520470387
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,7290d292-9ecd-4e40-a6a6-38d1793841db
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,b2b38497-b897-4a18-8bc4-2bdfaa8ed078
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,739b2308-f244-467e-99fe-9a404992533c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,a47fe50b-4738-4d6b-a486-e6dce82bbb80
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,05f160b2-6751-4ddf-9195-5c72c73e9045
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,1d0aa377-126b-4964-bb78-ca0d67d3e6b1
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,a9751416-5c24-4e4b-956d-24b5ee3a75bb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,fuel_combustion_consumption,13903419-a654-4ea7-821b-bffd10d4cfb4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,sampling_scaled_data,e5d1b044-e548-413e-8b3f-5a8d3550497f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.5,modeled_data,cd3206e2-e66a-4b0d-9a9b-75d48258f14f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,9bcad770-eebc-4ea6-9a2f-b9d70d672ad0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,ee46c3ff-e146-415c-85aa-8954ab9bba67
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,016a4d4f-f801-4a6d-a1aa-26b224273949
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,44e4b3e9-0c7c-45cd-85fe-c70b8e65185b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,20d505f0-cc33-4f16-87d3-bfcf2f345866
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,e666f3ad-3529-4416-a1cb-60b09c5ea5f6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,1d461ac9-1edf-4468-8ccc-915b914ceb65
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,1728dd52-d6a3-461b-94c3-afdc3d69a6f0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,0bb63eeb-b357-412f-8103-73b7379f93c8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,8a5c01b1-8a43-4562-8e2f-88ee8cea044f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,01b39b42-82d6-4945-b1c7-8f2a7d0ead72
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,5be90619-c5c7-48d4-a817-be03584c6af7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,a8adf398-a0a9-4d42-912a-c952a83bb6d7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,00df4d78-9b95-4fb8-a3b0-0ab0440d2c1f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,2de00c40-ca16-4dfb-9593-ed79ea634622
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,fuel_combustion_consumption,67d795bb-7d1f-4876-8ef7-d5ee71be87e0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,sampling_scaled_data,459e25c9-47fd-4c7c-95dc-6caa63e78ccd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,93.13333333333333,modeled_data,23ac671d-5b16-4dd1-b2df-e32464e52dc3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,20342d32-3518-4ccd-966d-937ce6c3e846
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,862d820a-f654-470d-8180-203315d4e330
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,8b5a30dd-d40a-4514-b27c-da80f80b445a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,e29ef160-aab6-4a8b-89ff-f2bb65b6ea46
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,fe096d08-7d2d-47ef-afdc-165f8a26c795
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,fe528275-2c64-4267-8e28-2cbab0a1ae8e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,994b3e7a-d1b6-467f-a9a3-74ed42b9aad3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,dcf2ee73-36c6-4dcb-974e-6448574b14c3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,4c1a4d49-c3ce-490f-abb5-e82559c3f1f2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,15fd9c3b-bc58-47f6-907b-805456b88d84
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,af87908f-abbd-46a3-a788-b516a7f23d61
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,67276499-1a0a-44a1-8e7e-8a8d9a1cf9f9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,695a08b7-b51e-489e-b968-56e1eccd5d46
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,6e22ac9e-c648-4a52-94ca-d326ac1d701c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,8a461956-43d9-4c15-911f-5a704482cc20
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,fuel_combustion_consumption,48e03214-424f-4ac7-8054-4846af54dda4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,sampling_scaled_data,c042ad39-3cf9-43b4-a0f8-599737305daf
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,93.13333333333333,modeled_data,e8c97f61-02ac-4bb1-99ed-993ddb5b5de6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,e73409f5-91d4-4f05-bdab-db5e29a6ea65
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,338fcdb2-cb6f-4fb7-a86a-12339aa213bf
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,b273cf24-5dc3-4a8e-9556-4f0dd6e0a29a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,a4f8b1f3-d619-4598-9052-6c72d96474dd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,27b2ccfe-d844-445e-81fa-94621d9f8220
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,62543b5e-9ec4-4d1a-89ac-c1eb9f436552
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,02b20354-49bb-41fb-ba51-84bb48d44e67
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,80ead7a5-9a61-45c2-9592-d4de75569ccd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,0dee13b2-b35b-4906-bceb-8f4c6dfe971a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,8527af65-58b9-4290-9047-aa2f3ad21215
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,e3a0bb87-a475-4c9c-8893-0d3e84d074e6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,c342ad85-7a9f-4153-aa07-53c42362d31f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,f35d96bc-dc38-4498-bcb9-e7799fba63d6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,b719a1ea-1c82-425d-bb05-eb4dda9db32d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,8a859792-24a5-4a7c-9133-d83b81889350
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,fuel_combustion_consumption,ed530b0a-8496-47dd-afc4-ec5a3f85e06a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,sampling_scaled_data,14dd00e5-b8b1-4799-b9d8-f1e5e161bc38
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.06,tC/TJ,93.13333333333333,modeled_data,148014ba-2612-4cfe-bedc-59e2b8662f09
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,e3752d2c-f882-49a1-a574-e237a126a9ab
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,6c1daca6-7de6-43fa-a900-33f771185862
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,119b2e11-4a4f-4c7c-a9aa-80049167011e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,095b3638-f0bc-4bdd-a631-508a41cf12e2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,b07da0fe-610f-4383-830f-8b7b9fea8c2a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,065271e5-1d6e-4f04-b795-65e8020915c3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,ad25379e-c242-4b9f-8445-e3bd5efc4f64
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,f9daf701-8f64-4278-80fd-74e3294a387a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,2d662b1c-fd9b-4b0a-b40a-34cea41f5ff7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,641ac30c-52cd-4224-a5dc-a107c8ed7d9a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,c25b7c3c-84be-46da-9a1c-738b4086ae1f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,52741ebe-757f-4dcc-8b26-93b6003c1eb5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,17eb6400-c129-4578-9b83-a50e0174b7e5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,9cdd8b70-5b95-49ca-b18e-41b4fa44cf45
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,2574d8e9-8718-4874-aae0-50e1c99fc9e6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,fuel_combustion_consumption,337f119a-7ef8-4406-b26a-669ecd4a94da
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,sampling_scaled_data,457345f9-4a45-403c-a37d-8cd99094559a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,93.13333333333333,modeled_data,dbf3dbf3-3267-4071-8d39-69591f0ab013
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,fbfa61ea-0395-405e-b3d9-e126c3afba84
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,b04e1399-2dfd-4e42-9822-c4c790441eb4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,e69f3f0e-f414-4073-a91d-8f3ebd289d78
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,5b53f928-d62a-48ea-afba-1e14eab32fb7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,25e4b862-e3e1-4b3c-918f-f8351348fe63
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,76921a8d-c5e3-46bb-bcac-54122161270b
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,3b4146d0-3250-45b3-8cc9-7dc4fd9bc8ed
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,6a0cd8ff-305a-4712-b95f-8fa332c1a5ca
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,2cb0b0dc-f6ee-40ba-89c8-7673be96194f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,dc65a337-4ffa-45d5-8e07-35ae7ddfaf97
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,3b7e5998-246e-4676-b822-019244eba790
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,d6f08a29-c7bf-40df-a244-fb968a956185
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,4b292886-9bcc-4da8-b605-0f4f47abc38e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,a1634d00-f5a3-4706-acb0-ac5327a3a458
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,d7c90aee-3b9d-42ee-8a33-6ddaf0ec6761
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,fuel_combustion_consumption,be502814-e4d2-462b-aa4b-fe0c9675a986
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,sampling_scaled_data,f1a6309b-1ac0-4029-9ce6-309c84eaf7dd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.42,tC/TJ,93.13333333333333,modeled_data,3aa3734c-6611-46b4-9f9b-f97cd2d79ca3
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,a5b41af2-b1b5-48c0-9b47-4504efa91f25
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,f797ffe6-9c12-4103-865e-0153c672be3c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,a8e8987e-06e7-4aea-a2ea-b56a8b738234
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,6956de11-48e2-498b-84de-a38711f9ded0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,75caa1de-03ad-439c-a93a-20aac7a7e4f6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,de06535d-d267-4d0e-9f94-d3cfd43f6820
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,00cc66a9-6f90-409f-9045-739c76c4a0bc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,01245e5c-1304-4417-af82-24da748e48dc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,a326e245-f606-4434-aba3-50f7cc93e9a6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,e5054897-b1e0-4ead-b1bf-76fe945acf36
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,7a011136-26e0-4d5c-a83d-9f3a296e83a2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,25369e93-79df-446a-8054-75bf9f12f45d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,df865852-c8fd-471b-9a88-93bcf88cb773
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,a2493bcb-6db7-4367-8ddf-7ee173da5671
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,fbd96c4d-42d7-4f2c-a942-dd377daf2bfe
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,fuel_combustion_consumption,172f64b5-b052-4cda-b1b4-f4221bbd768c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,sampling_scaled_data,dcd9268f-f7c5-4a13-a7a2-c7c44ae7b3d9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,93.13333333333333,modeled_data,addb9d30-847c-4854-bd22-d1f2e8e0a0e2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,7dde69f6-1673-4577-94b5-ade64ce30c20
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,1977fb91-6618-4261-ad2a-465f1b1c9c77
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,7321c3d0-9ce9-4ae3-89bc-47dea192fc1b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,037f0b3a-b598-4fb9-8d99-34abfd097627
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,e42ef6a5-4e4b-4ddf-b6ee-722925b4531a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,8b563690-884b-4ea7-9ca2-e7ee88ad29ea
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,02633ad2-3684-43ed-b0df-4a95ead81d09
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,49c93981-e382-46fe-b1fc-f6a4c5acc159
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,bf15e4ad-825e-426d-99ff-df0c20c7c569
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,0a65c97c-74db-4035-85f1-5ae721dbdf3d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,a8284637-d9ed-472e-9c6a-8c9787fed897
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,ae2b96f1-e7fd-4a88-a610-f0f21a8d54f2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,858fc98c-42c0-4eca-bc4b-3f8d62104613
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,b89fcf5b-34b2-4e6f-9896-28cce230fd55
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,b569514b-4b4c-408c-a53c-5533b1eff562
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,f0f179d8-0346-4f16-aca7-5f1346d6a69a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,864e9836-2870-4b04-973d-2ebc9e75815f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,60ea001a-9bb0-445c-ab7f-725bc04326ba
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,70399e59-014d-40ba-998e-1121d5af48ff
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,58b25464-a111-4662-a4ec-502a33f0b5d2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,1e257080-e6f7-4e7d-a8ac-9a20f299040f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,a87377a8-515b-4d38-b721-e3df6d887202
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,84128f74-9f7c-4788-b40a-1b0fd90f9153
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,db2e5cdb-aa22-4d88-a641-f41a2b59099e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,57a45275-7eaf-4214-9639-203fd0dd3079
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,e2348a58-4c65-485b-880e-4f7daf84e5c8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,ce07f4e5-ba61-4dfe-b6d5-7a5cb55bc782
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,6a1e4b3b-0946-4efa-9dbc-081daee089b4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,97a3fc5b-a702-4b88-b4a4-22171bf89da3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,3d706e3d-af82-4279-860b-6fa725bdc7aa
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,8b5c23a1-44a5-477b-b6c3-af311274030c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,67afbb0c-2f0f-42a7-ab1f-ed79694640b6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,a82592ec-dbf9-4218-9446-d62e9854afdf
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,288a12a5-4467-4af0-8fda-4423dd1520a7
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,10f88caa-fd99-4dec-a421-9e2b91471e6d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,8cd56e0d-f974-4121-a1c0-471a64c3d7cc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,4ca1f0cd-5ac4-49f0-817c-48d83f631784
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,73eb0b2f-6d00-4133-9d5e-0f31809e0bf4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,03af98c0-680b-4834-8d39-fc474444b337
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,1d27fc45-f41b-4644-9fd4-f94f07e6073b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,f221e96c-f8a1-4a5c-a27b-722e47c9afa0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,f221032a-7a60-4fd6-92df-e5bf09a1484f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,297284e8-9ecf-4290-b202-95f690531f6f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,b0ad7b5e-4b65-4466-9ef0-5afdfc45be15
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,4ab48a20-e771-47ac-a088-08dd1b531389
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,ed6e6471-1e29-442e-b569-c47139b6ea9d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,c83c0168-06ea-4737-ad93-96846e587544
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,7f4b2176-c6d1-4d26-bb41-c6a73c32a82a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,282b4bf3-9028-4d9d-9e31-82d447981c90
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,0a815919-ccd1-4935-8b57-9ebe78902fc7
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,a35399ac-3a93-4ff9-ae61-07ba443757cb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,84380a9c-bee8-4561-93af-16264f5d35ba
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,049fb9cb-9e08-4379-b1f7-fbb3ae5f5095
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,356c5723-0855-48b4-86fb-fac0d4da93f9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,c69ef9db-c6ad-4f50-a96f-5bf3fd6d5b69
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,f4dc413a-5143-4da5-a470-23e759cfc160
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,b8035fe2-5854-4a99-968e-23dcb55e2fd6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,16b03f0d-bf26-4412-bda6-98fbff112bfd
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,25080f06-87d2-4d66-b952-5802e535c935
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,490d5443-2a2a-406a-9489-85699a5ea8a5
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,922a703a-8de8-4dcf-9adc-86dcad25e341
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,dde57b2c-f51d-40c7-beae-c808e83b61b2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,1d53f9a5-d635-4b1d-aa08-994166cc203b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,5d6df53a-686b-47f7-9700-c91dfa48a7d9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,94c94e97-0f60-4eb5-a03e-d810682db97e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,a877682d-0ca4-423a-b5cd-f24a9a4e44e9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,cc3d8805-88b5-43de-8327-35cf15194127
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,4e893d96-543e-48b2-877e-d48fec614135
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,16bc9f24-fe5e-4b29-9b05-283d5f4b986b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,9d9ed530-a084-40a4-804a-07fba135e1b0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,c571d5df-f86c-43eb-981f-601638ddab43
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,27bd5ebe-6bc2-4051-aa31-09ecd5b9efc3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c14c7259-2ad6-4b45-b061-e656815a3f27
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,d062b1f3-3c43-4e9b-9b68-963692f9be89
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,c20edccb-da2c-404c-b547-0b5644326da5
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,9b3345a5-c2e4-4f4c-bcd4-36e51ac42e1f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,b87ff1c0-540d-4635-9d4b-bb1b0c370166
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,58ebf120-27b7-4105-89ad-c933937594df
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,fc47514c-ace9-42f7-ad40-4c9295ebd3f0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,843dd98e-9fe6-4782-a1f5-88832c4dbe5d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,c4537222-7ce6-490a-98bc-379e3a0951d3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,96cb2e23-1642-4e53-953f-00da66cac9a3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,f3602f94-4c38-4246-bcec-2ff53bddce54
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,a682faaa-562f-4486-bede-8095e848fbd8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c4eb0065-9380-4140-a19a-9d7593d4cc9d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,80323891-4957-4a47-ad26-7eb7c894dc06
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,afe72c2a-59c5-4acc-8d33-2ce3213e7f46
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,72ef2076-552b-491a-a8e4-c1e49b3181fe
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,c31d38cc-828a-444c-9f54-6e562cd87ecf
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,35212003-c3f8-4c77-9df9-460d670f3675
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,09781cae-aef8-4b8c-923f-23ecfe1e51cc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,341069c3-11cf-47a1-bd52-6dba99bb4859
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,a3a036a4-fc15-4f50-844d-58875fc77069
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,3e9a7a1c-7706-457b-9d5a-8a81f2b8b6b6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,ee26a58c-93dd-4e1c-b29d-891deb463cf3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,9ba70e37-e52e-4fc3-adfb-2bb266b11b47
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,e640f0ce-4b6c-416b-86f5-63fd3aef09ea
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,2101577e-d319-4b7d-b3fa-9a3dcf6f37e4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,1c545e22-2280-4412-b598-2d8b8da90199
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,ac42a56d-f081-4a72-ac97-8c338f274ce3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,0e7b8702-13b7-45f1-9a85-14cd5f4a599a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,6c6a12d2-cb1f-434e-9db4-572096e3332d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,06cd4473-0d67-4f82-80f8-581aeaa1e6b6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,c1507411-013a-40b9-b0d3-8c38b8eb0788
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,1c445a26-3451-4b4b-b205-fea415e874f3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,a86cef59-05d8-4671-ad9d-e8c0eeed8ea9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,d7bc5c80-debd-4226-84e4-96d89f462a66
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,bf5d3117-e6f6-4cbd-9144-89aa8ea092cc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,dfed88a4-345a-4866-9f8d-8436a98cf8f8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,7deeeb85-e902-4e9e-8605-70a3c9ac62cb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,6d2990e8-7246-478b-a709-a8550e459d09
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,0cfc53fa-defe-470f-9239-a1b7edaf02fb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,60363951-fb8c-4972-be89-50ed1d677624
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,15bf268a-b9fc-4705-8980-1f2c8f7fd596
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,ad12d6d6-2aa9-4c76-bbd6-7337fd21e5e4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,e89cdcdc-8382-440e-8f4b-59179dfdff4b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,a018d3ca-ecb2-48f6-9ad8-c40ff76841b4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,4e0c3d20-4999-4c7d-b405-8721e27a84f7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,dfcd01d3-9172-4e52-aea1-c3774aeec3d2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,52647125-a2de-4448-a43b-e4a3b1d32f7c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,ac249c6e-470f-4928-a7fd-308f4175bb21
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,c8b605ce-1b83-4749-b9b3-54dfe9feaac7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,3b0b71a7-4f98-4ac2-be66-08f8f5e889f6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,fuel_combustion_consumption,3cd30401-6f84-4f5c-ae85-b9ab5f9181d6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,sampling_scaled_data,0232b915-2407-4b78-9bc7-63ae81d1e3c6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,94.6,modeled_data,f2284e72-30fa-4828-9ce0-edeebc556035
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,d1db193f-0524-471e-ac58-db8943d678ae
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,a4950534-aa4a-422f-8dd2-f206ef2dd020
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,382df10a-02f3-4615-86a8-f08248dd3317
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,bf544637-0588-45b6-92d3-86914d24ae99
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,b260b9a1-a014-478d-b340-bee4d387ef40
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,a7a0f174-4471-47de-9057-a64ac7041f85
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,e670812f-4433-4b0a-90fb-ffef41306c32
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,8055e93a-35c5-414b-8298-4a6e58f17143
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,7738dcc0-8d08-4ed6-b94b-b0fe81fcdc45
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,4e7e012b-c35f-4d4a-8cf0-75f705a08165
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,8d85adbb-e018-4a7e-a71d-3bf9b8b01909
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,c67f6229-b8a1-4aec-866f-21795dbfdd13
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,45e92b40-3c7c-4881-8689-7977bbb6229b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,ee611226-63d4-4f31-bc77-b9dff07a2db2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,f7f4c40b-9c48-4973-911d-116af6aa6d29
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,fuel_combustion_consumption,2535bd68-836e-47ef-9217-083cac69c351
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,sampling_scaled_data,b8ea9e64-ced3-4936-8b53-abf4ca08430e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,94.6,modeled_data,a5ff64c2-78d6-4bc1-8021-75befc815a1a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,fe623d5e-eeed-40bb-94ad-2806e868ce08
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,c68cd3d4-d780-47a1-bcda-137ad2c4e366
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,39891d39-e531-4041-b8c3-966adce7fe85
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,228a7e29-2400-4fd2-8eba-42ff36c14692
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,35d24760-bc67-4185-8686-71013eee2fc6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,1c4748e8-b371-49b6-a1fa-f52cda0f2542
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,415832f7-0738-4a24-9aee-c8da117bbe86
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,c7c3ac11-4416-42ec-9873-d53b7c0a94ba
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,1eee5552-c9a0-4a62-afcb-fef6d9bb04d1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,6323410e-5f02-43a1-94b4-ff7a4d440cf6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,4f189d91-94de-4bdc-93b3-6026260f0c1f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,ddd893d0-60cf-4eee-b363-e94625c77a41
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,82da0fa6-718a-4c56-9cd7-b49bc910a4be
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,e758adf5-0fdc-4dc4-b577-6d3bdb9f7f41
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,6d2e1aa7-df53-40d9-a14d-fb76fa561040
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,fuel_combustion_consumption,74762454-efd9-4284-96d6-5dc1371d8f45
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,sampling_scaled_data,91035520-5684-4fb3-9603-d65805d51779
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,94.6,modeled_data,8e731dd8-027e-46ca-bddb-3a336402478f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,e4e44017-ff9f-4700-bd36-bb25a0126072
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,b17d2f97-d436-455b-8934-78022144ee1d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,d0817dde-e57a-4f63-b93d-86b28bc2ca3b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,ade95f6e-a0c4-4bdc-956a-4b22e90b709a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,2690df1d-77f5-425d-b2e1-858cc8b36f88
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,e74fff81-dec2-4e6f-a0fd-b75e17e1781d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,476b560b-f577-4566-a7d0-52f9316ed1a4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,8ab98962-0ac4-4e53-a9a2-c1d153f7b1cf
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,a2b3c057-7a92-4240-981f-ab92b89ec51c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,939f1f32-ef43-4db0-8dc9-eb8d1159c709
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,d6b1ea17-4138-4327-9629-b0a1e28b9b1e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,62027f23-47ef-4e27-95f9-e6b5cb5b8064
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,2b75cea3-44fa-4e3f-a9b8-61089d02d641
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,a822685d-2e0c-4c87-a216-0151ac467e4f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,b8343c88-d9e9-4d4b-bc1d-4018208a7003
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,fuel_combustion_consumption,a8dd2d07-b12d-4dbf-8d71-7e802f0ad079
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,sampling_scaled_data,a5d39915-7186-45f3-8d68-e7185cb0a290
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,94.6,modeled_data,d721e514-b49d-4603-b429-efae259b650b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c131bcaa-0bb3-4a5e-8f9b-a10db5b579ff
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,4de84979-262d-4c38-a467-f6411688de8b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,f318d1d2-ae92-43ee-b904-372de325ece2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,22790ed2-bee6-4267-8c4d-03d1765f5378
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,ee8739ea-3605-44c0-bc6b-e6836e504db0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,d9ad197a-409d-47d6-8913-e12854266a73
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,bfdfc0e5-7f20-4e58-bc8e-dc5e33adaa87
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,5cebd852-5076-4997-ab87-f592d09dd505
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,28555053-9d26-4fae-b7ec-48ca9291aaa4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,0fddf496-5949-462b-8782-9e5233346cff
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,d585c66c-f3a1-41c4-a0e6-a88fa46f2dcb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,c2962986-9444-4e83-9085-230bcbf9f367
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,b6868ee4-ce37-498b-ac90-e4103c3d7447
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,5a6b513c-244a-4c2b-97ee-8e7a757132d1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,71b523fa-8452-4677-9a51-5ecb30d19312
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,fuel_combustion_consumption,c0f0ea39-ca5e-4162-871c-2631a0b2c66d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,sampling_scaled_data,6131c41c-85e7-4e7c-9f81-8f1ee073d2cf
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,94.6,modeled_data,e801e67f-f39e-4240-b0b6-fe220c5d53f7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,ff941aa2-0e84-4897-bdd1-62115a66de52
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,88bdb8fb-232e-4b26-979b-ccb259b614e4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,4ba07dcb-6939-4fbc-9060-52d40b084acb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,0e1902f1-ab0f-4f10-b347-2a4a58ec420a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,2c17d8aa-fb5c-499a-bffb-b2f07981bcdc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,00d5c565-b308-4c82-a3a0-36651a93b24c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,36ce6dff-d92b-4c7d-bff4-ad6dcc8eccde
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,cf6267b3-6c3b-45cf-a99a-c4f3ca40498c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,e2cc281d-c0dd-4e3b-bf32-fa01298079a3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,03ff7646-7a3a-4d66-9422-ff4f6d906523
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,ca8097f1-d217-4c12-804e-0d4718497752
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,463165fb-094e-4186-81a0-ed7288496729
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,2d048194-614c-4de2-8b9d-3072faa3042b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,425fb7ee-82ea-44e2-83c8-8fa3efed7e8c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,0f1be629-9ba6-4777-ad51-a78608663c31
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,fuel_combustion_consumption,ff399254-ee37-44c4-b150-b004a347797f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,sampling_scaled_data,219f6d2b-bfdd-49f6-b97c-77ecb5949ee1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,94.6,modeled_data,ce2a8045-9eb0-4540-95d4-3708b0eef2b2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,5167c28b-0750-4b8c-b412-966c61c010f1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,00c9f730-4f69-4499-8a00-ee520a8cc26a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,dfdb96ac-934c-49af-bb72-8bc154970941
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,4cf88cc1-cf7a-4380-bf31-f89d283e0000
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,7aa60e96-4622-4ed2-873a-5b27fd51dd9d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,c11035a5-ffb9-4e41-becb-888ffc62c170
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,88173ebe-1802-4a58-81e2-dfac9d308a37
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,9acad0cb-3444-44fb-8aea-1bcd287d68ca
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,767cac97-c3c4-4e6f-a538-674ed640388f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,822bdf4b-a0d6-4646-8f89-8b9238c2fbc0
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,eac6e0d5-cece-4fb7-a873-614f68bebb97
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,96fd4051-74fe-4f65-92c9-5d462b0f4ee6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,041f9729-0ffe-4ce6-83a4-0a719d8a2b3a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,1f675636-2fd7-4b32-9e7e-d9ba188cd27e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,658400fe-6a20-4e46-b590-d01b128b75aa
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,fuel_combustion_consumption,da1a0f64-eff3-433f-8baf-7f506173ee9b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,sampling_scaled_data,4ccf66da-0fca-4b88-a547-fa4eac9e11de
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,101.2,modeled_data,3c370f73-432a-400b-8590-c621ff6a1420
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,8060cbca-ebe6-4aee-8b52-2e8685b917d3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,4399a763-5548-4c7a-ac81-d64fbbcf3f4e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,c47429c7-6b42-435e-933a-9033c95ba46a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,20a1eed9-abf2-4792-ad58-96c57ca95a4b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,e849fe5c-b1ce-4b9f-bf29-9addbc60f1a7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,bc870dfa-93a9-40fb-9b83-c2251a8110dd
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,d4703ce9-73d1-47d7-af91-39a3c0e3cbfa
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,c2a6c15e-40ae-4e27-8640-a058ba8a750d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,16513ce1-9b2d-4bba-b768-4935e1f6e84f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,c9526083-8703-41f4-b4bc-b3de53ebc729
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,9fe953a1-fe37-4420-b67d-deab545fbe65
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,9bf94129-d29f-4884-b6f0-f35f935c9d9f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,777d83d4-3cc8-4e62-acce-fa9af7d2b47e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,5abe00fa-cbfc-4251-8ea2-abede5a6b128
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,7bd0f1f9-e3da-4aba-9be4-2d48fc133cad
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,fuel_combustion_consumption,6d8dea36-feb8-4fff-ba7a-d445a1f2cc63
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,sampling_scaled_data,dce931a9-6fcb-4216-bef6-4f31206bd08f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,101.2,modeled_data,045118bd-ab91-449c-80fa-6950ad15ea7c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,9519604a-d9a7-4d43-9ce4-591411e15fe7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,5ce5ca60-f971-455a-b4aa-1c7b1e2b199c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,1cb8e5b9-baf3-46d1-a5b8-3510ff53d4ed
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,f8890b8f-cf9d-4997-aab8-ce31cc77c873
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,fe4b2cd8-ca1d-4f1d-8450-0777b4d85c54
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,035c6a20-2db8-45e0-b61e-08f15c2495ea
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,349d828b-365f-4e00-b44a-f26cd6283e03
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,97c83cd7-44be-41e2-ad0c-31b5c8a49b68
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,3a0bba3f-9627-46cb-b45d-b3b8b71c1e51
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,a50c1944-371f-4ae3-ab96-ca91c863389b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,4ef161cd-d5ff-4c63-b56d-e11e7c771771
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,7f0a0c08-4bc7-4876-b699-fc6312dedb47
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,81208411-61e1-41e7-b81c-d61eeae97457
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,74e26606-64b2-4b82-99ec-844ab61cd0c2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,72c2defb-01ff-4959-99b3-1cb4c0617009
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,101.2,fuel_combustion_consumption,c3dbb07f-48d4-448b-939f-f50e5b226fc8
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,101.2,sampling_scaled_data,cb79c792-14c1-47e7-8208-33520ec77a87
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,101.2,modeled_data,19d4938d-7465-4044-b83e-87ac1b0d08fe
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,3b555c4b-807e-47cc-82f1-c4d2a4ce2e4b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,0909fb7c-938d-4e12-917a-74e1c162fdc9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,7cd8a48a-3e2d-40a2-b992-1cacdf3b95e6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,415bc06b-d49c-492d-b9d2-5fe178a5b518
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,47611971-cab8-43f5-9913-3d804f98f3d2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,b9a3acd9-0ac4-4c35-83e4-be3a5563e29a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,0d3a85db-c104-4884-8fa8-ba4894c112d9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,8f8fa6cd-2b15-49cb-a87b-5dd0848a371b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,b49c47c5-af16-48d6-97d9-dc82f460d9d5
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,5cd1f8b8-1d7e-4677-a7d5-7ab354c03361
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,6e78f911-1dca-4cce-924c-fd4c25c4c769
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,e4701948-34d3-4c09-bde3-b324a098fb84
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,44e5c8fd-62c3-44dc-8596-14b4926f2c2d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,88f66bc1-769a-458a-9f6c-cac118f1941f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,0f0e2573-36c9-479c-92a0-90afeaad53cb
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,26.82,tC/TJ,101.2,fuel_combustion_consumption,af428f54-5348-4bc4-bd80-2a5a7674d757
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,26.82,tC/TJ,101.2,sampling_scaled_data,0b9da084-356b-4a69-98d7-29368564762f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,26.82,tC/TJ,101.2,modeled_data,ed2b3b7b-725b-4c47-9e58-28b9814631c1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,a5abddec-6264-41e2-b8b6-8f245a44fa82
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,36e254df-5119-49b1-9856-34f22229cef1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,f8cfbc81-70d2-4d4d-be91-04afcf31ef96
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,3519bb60-62ea-4732-afe6-b86028cdd88d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,42acabe0-9e0d-43eb-ba70-fa88774a4422
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,d72abe59-52ae-482a-9194-ebc0fffd2bf3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,e3ec8792-5a13-41e8-87a9-22cbd3b4c51d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,652c27b7-0d91-4b3c-a915-bf4b62ca7644
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,2e22e1e6-4bad-4402-ae18-35ae4383c2ba
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,0c38d42e-3544-42bf-bd5c-17a74dab6e78
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,66e23797-37a1-44f9-928a-c226964b30ca
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,53346cde-f711-4f2f-9ccb-2db9ab827c1d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,3ef74fad-3a9a-4c92-8a7f-b72bf9f95759
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,7237f952-1555-48bc-a778-a65a569bf1b4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,4fe87761-16f6-4a4e-9c04-7ee45c770953
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,fuel_combustion_consumption,6c4cbe2c-abc8-4f7c-8e23-e078a588596a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,sampling_scaled_data,a8b4f024-07c8-47ad-acc7-dc9894d64069
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,101.2,modeled_data,d14eec69-4845-46a0-a585-bc518ae70b21
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,a8f8db77-bf9e-42eb-976e-30ff893852ac
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,dc2562af-128a-4481-af70-6b8cf82ec6d4
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,17281846-eb01-4714-a384-7f55e3312769
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,87060d50-4f6b-4bb5-8e29-3799e0d926f0
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,b8b3e5c4-b21e-4335-aae4-ee0a6c0c45fe
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,c93c6b95-3a05-47c5-a8be-1125a9c4a940
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,3df4b34c-006a-463f-adcd-8c19cc0277c8
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,63a09821-db97-477e-b30a-f7c86fad5172
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,a0611719-f3e5-4ab1-a998-0e2eeb91a740
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,22d0feba-03ab-46eb-bcd5-6c9b79bee02b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,fd71f704-2fd9-4263-8735-35c01b164c96
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,7b2af8bb-2eb9-4131-9695-608d70216145
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,96739a9f-7e2d-4a9b-bebc-e071f5ad9f2b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,03edbbae-7877-4d88-bc09-73b580bcd88d
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,56caca33-fb2d-447e-b0ff-50e6c797fc57
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,fuel_combustion_consumption,77e6276e-6756-47cf-a53d-8d2f923fefaa
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,sampling_scaled_data,7eaab809-20be-440d-9bdd-9ec0d7bb1645
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,105.96666666666665,modeled_data,be4265af-3606-4d2a-8879-ba174568793b
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,204f3a75-e64d-4bfb-8136-3b67f2e35cde
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,bca43849-bc3e-4ea5-a166-7136a2d8dfb3
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,010f9354-b6cc-45bf-8e87-318efe29c0ea
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,f525994f-7aaa-41d7-9fc0-de5a344218c1
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,f64a6a63-be98-40cc-bea6-d1e5cb812543
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,36136b3c-a729-4967-94ca-c5bc32a14a0c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,4ff959ac-620b-4249-bbe4-a07a88c2f2df
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,dea4d43b-b762-4452-bebf-ec7694a77707
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,1905c5fc-3290-4617-b3a1-cefdacad77a7
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,2b58fe78-14cf-4977-9410-3572e5a8966f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,32266732-49de-4729-ad00-58073020e42e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,75e160a9-289e-48e2-adec-b9b3555bc939
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,9caaece6-6712-49bb-8f71-c22ddfd8a505
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,3ff5cbc3-f351-46d3-a380-854521c15a03
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,b0bb9a2f-9e5c-4100-81f7-e0ac90f5309e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,1157612d-304f-42b8-a2f8-0af44cc8b602
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,09f7dd69-4dfa-4e2e-979a-812ad7c75067
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,ab8b2a1e-cbc6-4789-a38b-4574299836d7
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,945aca71-1853-4199-bc4b-c1854bfdce72
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,77bb1e37-095a-4f81-9025-c83615fa8104
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,9e82f72a-375a-4144-8c8c-db08aeaa6a5d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,39aa7e79-c165-472f-89cc-e77480a18278
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,a54e84cc-1c96-43cd-ae4d-04bbaff04cc0
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,b95ec404-fd56-49b6-aa11-bffdb293e4ba
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,25d98600-357c-4ed2-b585-db237a0662cb
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,96feb7a0-5f70-46c4-bf94-45515b0de757
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,d64f8303-2d00-4f91-a47f-f6ef40648b1a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,c525be16-ba28-48e8-b816-c89aafcd9be0
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,1e85458b-7215-4d18-9d76-fc8e3e8a5353
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,394a07e5-0445-4880-9816-1b36703d97a9
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,6a300ed0-6834-4b07-acde-998b58283c41
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,380c5cba-b8ab-486f-94b7-5c8a966fa7fc
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,508b7b5d-49ae-4529-915e-a58c29d22299
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,49d1df71-a939-426c-8ee1-b7a527a7fe99
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,7a3137ff-00ed-45f3-80fa-9731c06e2098
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,9ccfa0cc-5e29-40f0-9b62-510b0f60a972
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,9de13aaa-0b25-4399-80aa-7d7fdac5b009
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,f8577eac-42c5-484d-8af0-6e8ac302602a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,a8b3542d-e659-407b-b928-94fd518d8af5
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,6e8dde95-8b2c-41d7-93b4-ad5c609479e2
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,4459c0ee-21c6-4e76-8de9-ff9b71d8078c
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,78f54833-1cea-4804-a08c-44142fb59b1d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,f0b7bdab-b514-44b7-bc46-64affecaafab
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,f475a938-6b28-4ede-8060-6ccf02a12aba
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,2d488ecd-ab68-4837-b594-7c27cfdf3f5d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,74e1ba2a-7e3e-41f3-86db-d077284be750
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,e67ccb3f-81f6-4312-9341-a60b57c28ee3
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,4c74e959-72b5-4b8b-913b-7f399b6f0eed
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,94401f67-53a7-4d0e-8635-66a09ee1bceb
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,6c76242b-aff2-4dec-b835-1cf90d7b65ba
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,e669bf1d-9fb4-40f8-8a28-3babb8995cc0
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,119bc8a9-9c48-4a2e-b0e2-c1cecd9f8e18
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,f91494c3-46fc-4a7c-950f-78b265b9bda4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,38d9ef6e-c862-4729-bb98-3544dc27f50e
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,ac2f79c3-9a9c-4be4-954e-242c4cdc40f4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,6680c7c7-f26b-4c45-a959-c748fbe03afd
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,dc06519f-c3c3-4702-bc1c-302af368569a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,d2842a31-7a5f-4618-8657-354d1d4b3909
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,40b8b155-417c-430d-89fa-24d68a0677ce
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,8c96f191-fa10-46e4-b2d8-245ec4531788
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,277d945b-75c3-4be1-a264-8161272cd92d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,427caebf-fb9f-4d68-980d-f58389ad6f3c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,903dcb0a-0f29-4934-a7ef-67f89e65cc68
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,edd9bd2d-550e-4b60-8e20-05e2615a8181
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,4b71f264-70ec-4854-b479-84296af16d2a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,fa59078d-4fd3-4df6-93bd-a67c1dd72acb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,33fdf40e-e6b1-4922-a0f9-b9b1647f03c0
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,5ac4d989-afeb-4ac3-9150-759ee12bc47a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,a31bb58c-e03a-487b-9f6b-b51193fcf909
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,fuel_combustion_consumption,2dae3b87-48e6-46cd-9830-6944d89bf5de
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,sampling_scaled_data,ec374c99-fe37-4d5d-9537-2dbc42f6ef1a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,77.0,modeled_data,61e4e561-381c-4dab-b93b-cbd8aeaf0058
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,92e6f071-d240-4852-9c52-d1a76bfe5d1f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,20008561-cf79-49f1-8289-86bd5ba29ac0
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,e64b8d7f-6d23-4f07-a446-1691dfd1a49c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,893b2f0d-1691-4321-8347-9a4666845947
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,522659da-7b03-43f4-a365-3cd15cb99ac2
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,250d5a1f-dd94-448d-94e7-7f7a8aa6ad33
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,55910638-a9f9-40e1-9f9a-e9713da407b3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,3f320e46-3d13-49f8-ab21-5ff7ceaf51e1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,a51a02c3-920a-4d5e-bb9d-756b47cddd12
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,58af0eb5-5ea5-407c-b4ab-bf865c6eb0f4
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,9c5de581-8271-4043-b7b1-444f784665e3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,13425ccc-b44d-4f17-8879-a0ba66d18373
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,8ccf2000-f8b0-42f5-939e-6ad98df026fc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,9dade058-6746-445e-a7d6-9c6b172847b8
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,1fe08984-bf4b-42ee-ad20-6ae65a1af543
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,fuel_combustion_consumption,14cc322c-2d55-4c9f-bf4b-72a956d7d886
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,sampling_scaled_data,1c88767e-807e-4eca-b6cb-31ba04cf4365
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,77.0,modeled_data,040e66be-075a-4612-9939-77cba19ce687
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,84061562-2284-4b72-bf54-3eb57833a82e
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,950c26eb-bc59-46fe-a823-3ee64e039474
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,7b1e1dfe-d84f-46f2-aeea-f5e1a40f8047
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,e2baf572-b8a9-4f72-b103-c78240dc3058
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,1af35e9b-5d2b-428b-9bbd-179d4efa45a3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,cddbec87-1051-4639-9941-533e4e7d308a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,dafd22a7-57be-43fc-99bb-547d729cf55a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,098916da-10f7-45da-a2c1-03291a2b8733
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,16563c45-4874-45f6-bae6-f494f4e3c863
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,ef15e0cc-6c4d-4fd8-891b-856b3519de4c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,054ea7a7-8a6f-4851-898a-479481cfc405
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,ba3f4938-8bbe-418c-9cd2-c37e6bd6a2ef
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,40eda9a0-7d26-4494-a35a-ecca9c4df02c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,b95adf74-e418-4ff0-ac89-143c78966c28
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,ce8d1128-2090-47f7-8299-805406d58eef
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,fuel_combustion_consumption,348a16dc-b540-4279-8234-f2a61cf6f8d3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,sampling_scaled_data,e0e0c1bf-cdec-4059-9745-7ae5610fee55
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,19.0,tC/TJ,77.0,modeled_data,9c408c92-2a34-4112-ba42-128ec59067e4
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,98f770e2-c38b-4a27-8266-7dce886ccbbc
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,4d91670c-9e3a-461f-a127-ab8dbcdb88a0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,f0a84881-26fd-4516-9692-4095fb4b9cca
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,2e3c6c86-00d3-4173-9234-c4133162384d
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,3bf3b0a4-b472-46b5-aaae-5fe3d728e1fb
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,2c1c49ce-c6ac-4756-b427-6725fe42db93
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,d20e801d-b06a-4a21-8185-b7d87d38653e
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,bf803085-83fb-4d32-9c35-9c00e3320c69
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,3bc35eba-aa3a-422b-af0f-9734a166863b
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,5addf892-7c4d-41d5-a928-1ed09de8f09f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,7f7298e5-7855-4c8d-8de6-87af7823e780
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,b8813077-9eab-41be-962f-a6148007dd1c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,9e1e5aa5-cd5a-4b87-bbed-adec6a54e172
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,98a62473-475c-4155-9590-ff7969247e84
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,a054f615-45e2-45ba-862e-0375a8af6dfd
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,19bf7fee-6718-43a4-9bd1-d4f72d11420e
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,c69cb21e-dee0-45e5-b8f5-65301ccac4bb
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,a8da387f-03d7-49ff-b360-07e48f257ad9
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,daeb16af-d1fd-462e-9076-c25f01635389
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,9292f2fa-cf96-460f-905e-d3a209d4b983
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,88624ab8-5e99-4340-9fda-c76eb4a222e3
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,159482a8-62ca-4fea-9506-82bdbc5d0c95
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,85a5843f-f735-4b32-afa7-210ed9da2f62
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,0dac4b97-5397-48c1-9ff3-f20602c9a2b7
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,af0850a7-6f4b-47d0-9541-0fcfafed36b6
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,3b561fe8-0de8-4906-86b3-022c6d5ddcd4
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,72702c42-e11a-48de-ae11-9355a641db28
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,d8cee69e-1dca-4b71-9744-6c09e4989700
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,d39fdd83-7c42-43de-a9a2-423bd9450db3
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,e4054b56-484b-490a-8b93-5869607bcd0a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,f919f952-69f3-4a06-927e-6985fa0a0af5
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,1cfd8e23-69b9-4ee2-b75b-68911082ace2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,0a786cb4-a8e5-4de3-a4ca-f0dcaa0123b7
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,968680a4-ef7d-4fad-bf61-73bf28493fac
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,7fc4d1ec-2b7e-4018-8097-16f33f6f1995
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,87e12be6-1018-4217-b2f5-296a4c22e2ea
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,4cb8253d-2a9f-4aa9-a5e1-f4e041522b53
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,254f6061-b050-4d6c-8141-82884b23fe8c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,6ec816fb-15bb-485a-8c07-52a8e0fd439e
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,5d46814c-e080-438d-955e-088d575fcce0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,aa1c4c25-a182-4be4-90aa-04485f374d2c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,7d2afe05-6eb0-42a4-afe3-06df71b000a3
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,44e613f5-a8e6-4ded-b2a3-2b78cf12ea69
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,89708b10-97ad-406f-b80a-ba00be595836
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,8b2847e5-1324-44b8-9547-da2f3488ea60
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,48164aa9-2de9-47e9-a3eb-2d64820da8a0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,29c22612-ce1c-4c2e-bcf5-4d026bcf1df8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,3426a2f9-372f-498d-99a7-69179477f63d
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,3c82f194-1264-4a6a-b5d4-85c3bcd51044
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,d967fcba-b61c-48c3-8c07-4cd7ec65e6d1
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,105f58c9-23d2-4641-8bf3-c4994fd7ba21
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,2936bb51-771e-47df-bafc-6f9cc86f2f1b
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,6733c98d-c454-42c6-ada9-47e012f680cc
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,bbd175e4-e2b7-4033-b21d-fa425335c5f8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,7f8d4962-9a20-4cdf-be00-c8455384b14b
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,96edfc7d-de61-4e1f-9808-742c8a86d039
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,9183fb05-30df-4b2b-98ad-d16465282c57
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,c12f3f07-561a-408e-9547-50b6062b4966
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,e19298c2-c3e3-48c4-a097-abd21d7131b2
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,6855aef0-7f6e-41d8-b10b-d0c94c7c3f4a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,8d8462a9-4ee2-4057-8610-e075d307bdae
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,89c791aa-5eeb-4334-ac1e-192476f2822f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,1be7b758-c666-4d59-a248-2dadd1df4f3a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,f33cdf21-00ae-4f40-ab87-ab4f5f267c9c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,96134cb7-5fc4-421e-9488-4a46dcfe021d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,290532a2-4f24-4bb4-9ffa-fcaef5254af5
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,93ad5697-0b8c-47fc-ad52-ea5d62d2dea5
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,3daf8f4d-7903-4cd5-971f-fc74dc93482d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,2c2035c7-4a97-417e-b447-14858f03e48a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,fuel_combustion_consumption,2d56c44f-a298-4c04-b02a-a7a9106aa44e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,sampling_scaled_data,9d865471-67c6-48a4-af38-ac71b7b42864
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,73.33333333333333,modeled_data,7957acf3-c282-4a00-9206-4ebb6085416a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,a0dea33d-303c-4fb5-b100-83ed38630fba
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,67fab8e6-1b1e-49b1-a2db-632eef186891
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,c9f19d64-0c69-4e1b-8f53-2cf66b46675c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,25b055eb-9706-47bb-8ca9-eacaeca893e7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,7ce7bca1-4b80-4d2b-82b1-a8c8cc3bc592
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,d21332e3-f320-4d73-b09d-90491b07ac00
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,4f1cf220-ad81-4383-ae88-9cff4bfce15d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,508bbb11-dd97-472f-895e-5b83d19836db
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,4b82a815-972e-4748-9488-ea27e30f345d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,761507ce-5454-4cfb-981a-33dc250cd492
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,95347f69-a310-4180-b3b6-04753f37160a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,cdee7201-684d-41bb-a14a-47f74fcb3943
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,4bb3ecb2-c5d7-4ef8-a544-f9fa8e960997
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,5ee22867-c19f-4056-beb0-7f556d8558a9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,6f314e98-efde-46e0-8d7c-fdf1f8dfd168
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,fuel_combustion_consumption,fa8f3255-392a-4645-8a48-1e66fb3da604
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,sampling_scaled_data,d8501e12-47dd-4c17-a0a3-9e67a6b5bada
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,73.33333333333333,modeled_data,409049d6-cac4-4355-8047-4dd426c3fb85
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,0be65077-219b-4969-85a1-cd630432c87d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,14a08f56-14c7-487e-86f7-4c709bd02389
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,368d9085-4e97-4bfd-a82a-49645f6f4a2d
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,abab3aae-363b-49dd-a490-765d0e8babd3
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,378defd9-cd71-4b3e-926a-4d95db3a9cf2
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,5bc6a3e6-8ec1-42db-81a8-bf4df1559d87
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,cd23e3db-3aa6-4d06-812f-b39c78da0473
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,110a4d37-26e0-4d01-9648-5457ed127a15
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,082a78d8-72c8-4a37-b2c8-6e39ebed4b0c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,a14a685e-786f-4e39-98ed-9a71cf8ae200
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,b1e5deb1-69a9-47e5-8ea1-430d2caca8d8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,23842caa-0ce7-47f3-87a9-cf433ff985d1
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,c22614c0-2c3e-4f8e-96e5-4f4bb1914c85
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,2ad1fcb4-87e1-4b69-9863-0957e62ef0bb
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,1e39465b-2a57-46e3-be12-64bb2cba0286
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,fuel_combustion_consumption,293859a8-41fe-4583-b8b0-1558d4431bca
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,sampling_scaled_data,a24b3708-20d0-4be3-8969-577eab427652
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,19.0,tC/TJ,73.33333333333333,modeled_data,2a2f9331-ab0e-470e-bd5f-f09b823a27d6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,2a6f5d81-2004-4396-a9d4-322c1a4f9205
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,e819428b-5c2f-405a-956a-be8ed8303e0f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,4ce6afb8-c9e4-4fab-a564-91385dbfb322
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,439b3c35-d41d-446b-bc7d-aa997650c1e4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,78ab0521-2a51-4f0e-a876-406d03dc0ecb
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,7ff3cfbf-a866-4878-90ec-8ca6cc3731cb
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,8ecd320c-48c7-4d45-82ac-412d1ee50e10
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,4752fbb3-edce-4049-bdb2-738cfd5fecc5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,ee59fa4c-2ba5-4560-b959-1066a7e9f19d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,2b52a354-7775-482a-ab24-765c008d433f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,0af96583-acee-4363-98e3-b2974cbc5c7d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,9779157b-8623-4aa5-9ac6-efee82877f9c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,891a8c39-24c7-40bb-906b-40d949e53107
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,d97a051f-6d29-4c89-8884-96508c2677eb
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,a46e23b0-a33e-4653-80f3-46ef5dfc66a6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,fuel_combustion_consumption,8edce348-b8ea-4a27-94ed-8226c236110f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,sampling_scaled_data,7986fa66-aa72-48d3-9fb2-3baa22329e72
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,71.13333333333333,modeled_data,11c694c8-80bb-424f-b8ca-7154ec694226
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,c23b94a2-aa93-4910-a21b-0cabeea72fc8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,1f71a0a7-0970-4440-827d-4addb772b875
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,0c0addde-eee6-48d4-bb38-2580c8e39cc4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,df4af0b5-9f7e-451a-b273-618c8e539926
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,1765a4f7-fc99-4af5-bbec-e16ba0e65af9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,0e68c997-44cf-4725-a1c1-883a4b76e5ad
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,59fbdd5b-900b-45dc-97f7-40e2682e2c3d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,909bae45-3fca-467a-9dc8-2fbedb8799ca
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,3eeea309-01c4-4c28-8412-f32111fb1c0e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,64bd7a70-3b2f-4163-836b-0b5c4d7c8b36
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,3fc35c1e-e9da-48eb-8317-baa524b1e6fc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,15fd0b3f-e330-4ca7-aa2a-eaeb922d3a0c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,9a3454f9-cb51-4f27-a262-745f802fb028
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,85f85b24-511d-42fe-a9b1-8295c8c17c16
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,7aa11d6d-6862-43f7-a145-0680ca46c390
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,fuel_combustion_consumption,097d4fd9-5661-4828-aabf-798e320f4149
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,sampling_scaled_data,e6fc222a-28cf-4576-8192-02f5782282c8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,71.13333333333333,modeled_data,5bfb72c2-744a-4bfe-a2d7-35f4b01aecd6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,dc2428e2-3f6a-4869-b3a6-be666ece5fc7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,7956620d-b33f-47dc-96f8-64241fe5703a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,2fce6b87-d592-4137-be09-a01a4c08c7d8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,a655161a-8b46-4d9b-a562-d7bbf40ab696
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,736a19a1-919a-4062-b8a5-03cab040c3ef
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,20c0261e-4067-4324-962f-19eb552cd1c9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,436f77e8-e49b-416f-8590-d0d0681fff39
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,cd5101ab-3b4f-49b1-99b7-9dbd76fe73f6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,7dfdd604-e6e8-4d28-9978-c955a42f9f9c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,4668ae40-ab91-4a08-b2bb-ad9ce2ca3ff9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,b19a8398-de29-43fc-81e9-d09b3bfd9da0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,77e7f108-d1c7-4eab-be3a-7c4d372664cd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,9a1c333f-8f5b-483c-b8b6-2f644b862089
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,a16fa231-4235-4071-9a10-8f83913c0141
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,71bd43c4-d4a8-43f4-8283-ea7e64f35404
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,fuel_combustion_consumption,630142e1-51a7-46ad-928e-f941af2de1bf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,sampling_scaled_data,9b737db5-a38e-45cf-a162-175d53ac5900
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,18.72,tC/TJ,71.13333333333333,modeled_data,455ecbfc-4207-4070-9d0c-1d0b6b0d30a3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,c27a7f0e-a475-407d-9c0f-d5220276bc75
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,846369f1-5490-4c4c-bd01-3e388248c170
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,90355760-c289-44f4-9f2f-2a5da688c89c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,4aa3866f-75bd-416e-b6f6-f580baabc577
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,e01b0785-661c-4ed6-a211-6a99d044f82e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,7721e58b-5df9-4114-8414-32dd38be2a41
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,377720c7-48d1-4dbf-bf3e-ee8bbaf60770
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,8f122220-be3c-4129-969f-30fc10992e18
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,8ea80b6f-edeb-4439-9057-8c959d997e4d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,fa3519d2-9037-4c7b-8096-37a9452ca90c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,aaf2cf1a-9610-427f-859b-fe32fe5c62f8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,42177b78-23a4-4057-8f94-0869d8ee5095
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,1496bf45-deba-4b64-96af-65345478ef63
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,5aabcbfb-5e4d-4e01-9952-19309bce418f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,38bbdc11-f275-4521-9b99-e371e2a7bdba
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,d74428b9-bfd9-432f-8889-514ddce2a84c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,sampling_scaled_data,02a98131-fccd-4b59-92ce-cdcfb323c143
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,71.13333333333333,modeled_data,d2443fbc-2d9f-48b2-bac9-2a7596c6fd1f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,1d53e7e2-ea5b-4e9b-8695-3b39322a2318
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,6045b471-92b8-4577-aeb1-b1dd1ecc2f7c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,6f17847e-6983-4736-953d-4e2bc8536013
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,4535b4dc-0252-40e7-8533-f17046009808
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,a4fcfd00-389a-41a6-952d-01f9816a6af1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,4d145b45-55da-4208-ae5d-d9764ed551b4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,797d087e-d3f3-4511-8edc-40863c923839
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,3f2911e1-ac34-4bad-b3db-672aa4802dd3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,557fd436-470e-445b-b4c9-4449bff07f88
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,2266e85c-c596-4ccb-925e-9eb9999309c1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,2db5c625-d6c1-48d4-b68e-f88832e94fd4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,ec910a47-2f59-47eb-a173-de04e69af1e1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,ea04e73a-762a-4455-ae81-7d8f1b0252c3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,9c69cc0d-83ba-4b19-be61-54f040ab4f26
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,b1f0e84d-e61c-446a-a4e5-d38162913051
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,557f3b00-602a-4430-b58d-114f3face408
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,sampling_scaled_data,166a3e75-2701-4d02-91ca-0f40e52ca903
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,71.13333333333333,modeled_data,0b8abff7-8d42-44bb-838f-20c1ddf01bb7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,59265959-27b7-440d-a18f-f33995cd5cf3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,5826f5f8-5667-4baa-a6b7-4063d97f5e4f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,efb29349-5db1-4d4e-906b-73c7e983bd1e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,d8d2a2b2-fd8c-45de-acf0-fe0625ae44ab
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,5d14b746-7a7d-4c76-9f84-d62f66cfccf6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,e6e1849d-0143-4bdc-99f4-318ddf9a9f08
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,c7ef95a9-779b-4033-8a3a-a67d01406221
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,2ac7ba90-8503-498a-bfa5-d04f3a41f918
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,7caa3494-0997-42ed-9629-74ad957fc34d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,a23138bd-3f59-456b-bc15-630913aeb50e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,4407f705-5ef7-486b-9e86-98a3ab093fd7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,0fcfeba4-8103-40b3-9854-a348016f0572
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,88a53973-789e-4afd-a1f6-e87ac1a2a3f8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,9430e68f-7c38-48da-9e7a-8eeb74bcd559
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,80388f10-8285-4aa2-83b2-a9f1709210c9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,fuel_combustion_consumption,dafdb146-eb97-4cb2-83de-6999757b1a6d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,sampling_scaled_data,a84d9108-35e0-4b88-a573-88be51960959
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,71.13333333333333,modeled_data,6d556c56-ba01-4750-857a-9d08c643e882
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,c91374a6-f77c-4253-b9b0-19d69392edbe
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,98f615f2-c1cb-437f-8b22-ec230e2af817
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,db62cada-dfba-489c-8f09-a01a7b7d5bc8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,6d687de0-213a-4ae0-8dd8-f5632782afdf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,4ca0f181-f6ac-4d1b-a5a4-a67f38c1b4b3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,0966aecc-2e4a-4907-a204-eda9ff6c0be5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,c08f23d8-1360-4421-a4b1-ff2b2bf7ca04
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,c2c7a7fa-ff25-49d9-9e20-fcd3b3df3bba
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,5cf9ae90-c9c5-41dc-867e-92d80c172c5e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,7f6b7760-422a-4e9d-bd5a-074506763081
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,d291b1ea-7c45-437d-b042-7f5c364616d5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,fbe56eef-bfda-47e0-8b08-90d13a1d4ad3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,490ac60f-19b8-4434-98f2-f65ef68ad9f1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,d2fe2d97-5e34-43ee-93f7-0c745ac7cd60
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,0eb069be-d8c9-4e43-b02d-a73cddffebe2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,fuel_combustion_consumption,8cc14f4b-fbaa-4e40-9bdd-7f807df9e311
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,sampling_scaled_data,05319436-8a4c-4a0e-a368-9b244bbe2df0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,69.3,modeled_data,025c8eb2-a5fc-44fa-b689-b8033223cbe1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,0ccae2a7-919b-403d-8ec4-be90286faad3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,b6b656cc-411a-4a84-9ae6-6276385963c9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,7025dc7a-9e9d-49f9-b5c8-5f264fae21ee
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,052321ed-a903-4713-9d95-1b568bf3b344
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,a018e319-4453-4c2f-8e9c-7a950adc808a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,f312799c-1dab-41a5-9810-9bcf3c2b1afc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,611f5641-ca8c-48d4-9b22-983db95e6bb7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,2dc21e57-af6a-45ca-a77e-f74ee741015e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,66d92747-8691-460e-b045-7d6dab3f73b0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,26386c4f-5ec5-4a6b-95ad-5141b858ab14
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,623c9ca1-8a4a-493a-9b77-15c478ec5249
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,22243fd4-5a51-4784-8b55-86bf6a518c4d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,861c1d17-b574-455f-9e25-762988e46ed2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,4b5ddca2-111d-44f9-97e6-1ab3c046129c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,5bf9aa85-ef23-48f1-af33-2a9440bfbe40
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,69.3,fuel_combustion_consumption,5d0ec518-3358-484f-816c-c22402cf0560
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,69.3,sampling_scaled_data,796792c5-19d3-40fe-b048-03542308d3a4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,69.3,modeled_data,a4c52bf9-a1e6-4303-8634-6415c74aed39
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,93be3506-f732-4f1a-9788-51cfa8d78232
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,27e41540-2560-4b4d-85ca-46e5104893cb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,6657a52d-8c71-47e0-96a0-5d08590cdaad
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,fc6d5a32-b485-467e-b8df-3e0f789b1bd9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,5c9ba9c6-56d4-4f20-b87f-5a6201dee8ab
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,3b5eeb27-04b7-4e24-953a-45898f32664c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,9df90fea-c3c6-435a-be3b-2f33c17ba9d4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,797dda65-fcd3-417e-a4bb-f2cf7bf1e41c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,97083117-c5c0-49ff-94bf-f518143242a3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,02952ca5-c385-4189-abe1-50d3e9f2237c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,39eebfc5-2783-47c5-8f99-424e8197d118
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,5954487b-1c6b-4cf9-8d1c-a120079a3b6e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,c6430044-af4d-41a6-b39b-9319a976a374
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,579626e3-06a7-4fe2-a3cb-65856f33416d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,b1b4cdc5-273e-4f98-a120-df9b824b2cf6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,18.72,tC/TJ,69.3,fuel_combustion_consumption,a255eafd-c611-4d3e-b6b9-a0c2fa9155e0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,18.72,tC/TJ,69.3,sampling_scaled_data,b1ef453c-08b7-4ceb-8a64-13004edf93fa
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,18.72,tC/TJ,69.3,modeled_data,dd2bfced-b521-4ab7-9716-3eb646c3c9a3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,dcfda74a-4361-4777-ab4b-b63f937ec9bb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,6443c0b8-f298-4e07-b0e9-13d794088a90
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,67c93426-e735-4aa3-be56-2c8804d83e78
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,6abd4752-4fbf-4484-951c-a8b91282ed59
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,4db994a7-768f-40b2-8412-5a25b80de636
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,09aabd23-2468-4143-ba18-2d22171a6238
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,89ad5f50-eb12-4681-a21c-e3254f8aaa1f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,19318b97-948d-4e6a-a848-71831c450b36
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,898b4793-deb3-46ac-a66a-0941061eb64f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,478ca518-632b-43c7-9aa8-711d74fa55f7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,963cfb4a-9d72-469d-a1fd-b68882a51918
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,062a57af-2c09-43f9-abaf-157ff1c0d904
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,72e0d021-57d7-4659-9f41-385475514358
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,6464627a-e855-4026-8157-ef7ebf26e924
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,04e2c1fb-736f-46a3-b838-a6ee0a4821ef
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,fuel_combustion_consumption,991cf4f6-0a4e-4cad-ab39-fdffc4552bff
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,sampling_scaled_data,e16f1637-5dba-4218-840c-f349c090fe2c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,69.3,modeled_data,c02bdafe-f530-4651-95dc-dec483329e17
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,c987b22b-3f00-4a20-baed-3637faeba082
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,e3506f85-c08e-48a8-93b4-b5fdf728661b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,af742a28-2d62-4aed-9687-4701dabe0615
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,8d07cd76-3446-4da2-bf96-9c6a521598ae
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,2c4462de-14b6-4e3b-9efd-ac3aa1505ce2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,f2839880-a4d1-4e67-8ef2-025ee0eaef57
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,2de727d7-5f24-4356-b9f5-d917f55736c5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,76a8109c-e0ba-4a9c-a6c9-8b959ad55af2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,0fb39069-b26b-4960-9949-05aa649c3fc4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,80c266de-a955-4659-a62d-cc6d476aabb6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,8129f814-3893-4389-a711-a47fb913d5dd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,7e3d70fe-be26-4b2f-ad35-f691cf23411d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,fef94da4-0fd7-4448-8f1b-1c4c34b72980
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,3986131c-1b01-48c2-a113-eaa5a16f6f0f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,c77e5dfe-0cc9-4c1c-9ce3-3588424f3f35
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,fuel_combustion_consumption,e83132be-7e5d-4d00-9f2d-c0ec154e0342
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,sampling_scaled_data,13f63d1a-cd3c-4347-8369-1366a5411562
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,69.3,modeled_data,cc3589c1-55d2-4798-a795-8602fe3965af
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,656a1011-d77d-48dd-8ba7-9214713e06a3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,4e9011c4-623d-45e5-8723-193a440587af
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,266ad2f8-4fc2-4c0c-9aee-fb081e75a009
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,33cb2744-684b-45df-8b74-ec34e431c138
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,44937d01-c9f6-44bb-9e29-e22469b95880
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,19d002bf-c93a-44ce-93d3-acacc34d3952
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,6309a319-7bc0-484c-a945-99323a8b8b37
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,9dd58869-95c6-4624-8374-4a7f9404643f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,364db96a-5a65-4135-8f09-876d96b4b585
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,c1c261ec-397b-439a-841b-578633b61221
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,5b29091c-e2d9-4c31-bc08-0397df064fab
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,d3c49ecc-267d-48df-a777-d56ac7a401b3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,74fbe432-6891-40a5-b18d-b9bbccd15d06
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,6fab1c7d-e165-45d3-814e-178b9c1d9a13
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,ae23d746-1fd8-4c67-af52-4f9cf6745cb1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,fuel_combustion_consumption,f8e9fa0d-bddb-4501-8199-a45351d00f9c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,sampling_scaled_data,1add0164-a4ee-4075-b03a-28e4535108a4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,69.3,modeled_data,42493e70-1d46-4a18-ae1d-f32c07894694
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,364bc009-4628-41ef-8633-da33389fbae9
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,3a4512d7-b248-496e-83da-30e315682fe7
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,31938ce3-73cb-473e-8cb9-1ef969300036
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,faf21310-fd2d-4c18-b72a-ee976b2609ab
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,f04e198a-4bfb-4005-9ccc-3aafd5047d4f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,42066c4f-5dea-4759-bda0-9dd92ea74472
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,69e869b8-1acb-4b36-bc18-b68852be2cde
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,3f221b36-df42-4af1-8548-d143bd3022df
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,de5c9cd0-fa8d-407c-98c2-dafed389a04d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,13996b8d-db05-4d4e-b6f0-fbd54186e6fd
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,26292edc-ed29-429c-861c-ad32e0987209
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,90191f86-292d-4625-b7d1-505e03f846cf
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,8aa01ebe-15e8-4c5a-81bf-4824c4d5decc
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,d728587d-3034-4cf8-a922-0f25f59372eb
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,e6434358-38f0-4e4d-83b8-6677abbd3c80
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,fuel_combustion_consumption,2b61e1a0-ef7e-41ce-8c22-945d4265da03
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,sampling_scaled_data,ec229935-727f-4023-959a-1095a2229c33
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.13333333333333,modeled_data,cd168228-c8e5-43b3-98f0-c7324e918f3d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,0eb4d31c-32b2-4d4d-ae91-f965c7539b3d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,2c4855ba-f8a9-4793-aa0f-82ecb1d9f39b
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,b316b926-023c-428f-82ac-10331369f25d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,799268cb-b7ba-49cf-a638-7339a0295411
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,761878df-b627-4935-92e5-bb80668c67af
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,33c35f53-47fb-4533-9e4e-483117155500
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,cb097dbb-65cc-4010-8903-26950300c4d1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,7a1a9598-7180-40ad-983b-606a6ddf6546
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,b04cdffb-6e5f-41ef-984b-abbef9112bb3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,e46b1d79-6810-410c-9168-f71112afb19e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,8e0603c7-df7e-4ede-9ff5-cae711e2ff46
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,8b319129-25c1-413f-b385-7f67114e8f3a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,193a4ddf-2050-483b-9e24-9d75118bb5e0
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,1607e96b-4cae-46cd-bbe1-35c559a14eb4
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,0cc2717d-6cf0-4c16-b51b-7138282acc31
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,fuel_combustion_consumption,bba9f25c-5449-4ccb-9ea9-35404488fdfc
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,sampling_scaled_data,bd516d05-e4eb-41cf-8e90-d9db1c0f01cc
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.13333333333333,modeled_data,55ea1e13-b7a2-4352-825c-ee3659256b01
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,c369972c-e4bd-427d-9ab8-e2dac4f4b8a3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,47e56918-5b2d-4f7c-8d77-7fb05af8ab51
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,8f603886-8c9f-41b4-a32e-ff2a0a57b168
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,4d03bf6d-4cf1-4b66-94ee-98277629cf38
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,6e5a56d6-b52a-4d28-9726-c7817a15c43f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,8ae3220d-1ff5-483d-9fa7-f4ac86f9c3e3
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,7307f2dd-e048-4fc0-b46f-29725a6ea9b1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,9b30e532-6edb-4692-ad78-fe3b983c1f12
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,32ea6676-8f34-4040-963a-cecf70bda5b9
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,a5dffe9e-daec-4795-bd41-924ec979dc0a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,94631d39-0812-411c-8b0a-4eef111dce94
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,be1ed42f-efa7-4451-ac43-2c543853f910
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,cc1ba6ab-5134-4b69-8d51-651f1528e1de
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,1f57f0c4-8b2c-4073-b1ad-082a2fd4a59c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,6872dfb8-7187-48dd-9ed9-b086af78b7cc
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,fuel_combustion_consumption,cb375258-dd23-4199-914a-2b4dd744f643
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,sampling_scaled_data,eb18993c-06e3-4f3b-b1b0-80f7616ce0c1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.13333333333333,modeled_data,a6281b17-601f-47c3-bec7-8563ea607c44
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,322fea1d-6042-491a-8dd0-1876f73f9670
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,6654bd8e-c14e-4ce5-8648-e7d40b4c0f54
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,7dbe2366-38f1-40c0-a91a-3ad0d4d3f5fc
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,f4c84b2d-e987-4a6e-a6ea-3b143bdf20c8
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,e9239718-fe64-40f8-8d79-419446f5ac47
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,3e188f44-b3a3-44ad-abd9-58b139deab20
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,c0f1c19a-bd49-4cd1-b4b5-8bd3c53447e8
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,d7c79124-eeb3-4aa1-9926-0b0af695bc3d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,94be0fe0-249f-4129-8e3f-269d29c90898
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,b3305b10-1159-4820-9861-2600452e84f7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,cfa7e9fb-d2de-4674-835b-1cf913a1f886
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,97293332-f1de-4c2b-8078-91439f8e41bd
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,8ccb8a32-d3f6-4b55-ae83-4b8b333f293f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,1729aef0-49f8-40d8-9856-32222501631b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,e2b07389-0ff0-41cc-979b-c66eddbfa3a6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,fuel_combustion_consumption,e6c81a63-d698-40a2-bca7-bc608523cbda
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,sampling_scaled_data,f7ca09af-734b-412a-8a4c-25726ca5bb14
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,71.5,modeled_data,236a98b0-245e-4573-a7cc-a325436dbd2e
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,6166c46c-77aa-4558-864f-0b79caab2a8c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,e6c97454-4a1a-43e8-b264-5b2d7ab34857
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,93805941-ff5c-4d82-8862-558e7250f56d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,03f9e5aa-7b98-4cf7-8019-36c3ba1f6ed3
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,d5dac994-d937-4372-a3a1-39ccb52070eb
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,3f214d66-b886-4065-a5af-22aa27f13698
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,f4998665-64aa-45cd-a172-78fcba95618b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,f2b1829e-270e-43a9-8253-4cbe88dcda2b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,1514c234-f0de-4820-b779-01866253839a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,fdbfa024-c1fd-47a2-93c3-ded6e1d8585c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,406e7359-7ba9-43f3-ba91-99ac33543c92
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,e4a0ac97-ee16-4909-9952-fd110be20cd1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,0c5532ce-9314-4012-a7db-c35cdd3a2a1a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,7483c9be-dad2-44ee-87c3-5cbb797a6806
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,d62b5b37-cd1b-47b6-a4e4-4608b1f74bab
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.5,fuel_combustion_consumption,b25ee06c-cb04-4384-9b6d-6e9b6458c2bf
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.5,sampling_scaled_data,31845dd3-6bd8-416c-adeb-fe96c55b9515
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,71.5,modeled_data,7a708b4e-e2e9-440f-9d29-3fa457775000
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,0e62156e-82fd-480a-b5c5-98f4f4118af0
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,f0c52b6e-b90c-47c6-8260-4fc86bc0a876
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,038fc5fd-844b-4551-8531-3a710979d46d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,9209c9da-34be-4990-a77f-da39b99dba8f
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,51209af1-37cf-404d-8f5f-343259046731
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,6bb731c2-e699-446f-ab60-457a524e5ec8
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,f6a99749-ca97-4362-b3df-299e6d73e936
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,da5f4bf8-aa50-4fd7-bf8b-0865319be81c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,e8aab4eb-42a6-4d81-b508-59204963f634
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,25e2c103-5682-47c1-832e-9dc49b8f6075
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,a8a58e3f-1b93-4530-ba7b-c55950f1609c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,e47df8f9-c333-435a-b2d9-09043f67a5e1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,e64fc009-529c-4634-a08a-9e52ee6f41b3
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,0a74bbbe-ac57-42a9-ad76-f1555755974e
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,866038f9-d252-499f-aa44-fd1e0dfd70f5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.5,fuel_combustion_consumption,e1fd5f4c-eae5-49e3-a88c-6b3b38884316
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.5,sampling_scaled_data,39870945-c683-4515-88c5-0241602e719a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,18.71,tC/TJ,71.5,modeled_data,fa9929c3-4815-4845-8f1a-4a5fe37b2a75
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,8382a2e0-36a7-4f61-a531-f8ff4e0e09cd
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,a76091a9-a759-4d48-a797-c282f8a2f33b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,53f88b65-8059-4c33-a7ee-26bffc897c14
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,4eaf1bfd-45a5-4142-b96c-939764f14425
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,7699279d-5bce-4983-9fc8-16adf0f930c3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,076c81e2-d6bd-4ebd-8204-3389607aca42
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,53ffd333-9ba6-42fa-aafd-3a663ce6161c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,4fefda52-41cc-4d1b-a887-e9d054a72dff
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,14fb1327-5e26-42a3-9592-541d80df3600
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,fc700cc9-896b-46e4-bf99-f6fa6392fc8b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,46098d8c-76f3-475f-b8b3-081ae15074b2
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,e8f56c9d-f72c-4f7e-a220-b8489e871baa
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,799c4ee8-1b1b-41bf-807e-abd072bb64b9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,14b282e6-d203-417a-83fc-53f001ad38cc
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,1d47cc74-1321-4ac3-b15d-94d81804f345
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,2fcc7673-12af-4770-ac96-055d878179cc
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,066387a7-f070-4201-93d3-83107123bcfd
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,e3a9e6f9-5559-4463-b5dc-c02e581ab5ff
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,591becd1-c157-491a-ab6f-b8507ebada9b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,a44b8f56-d54e-4f5c-b745-e8b98159df64
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,3bbd52ff-9632-4d64-90bf-9e36a65c56bd
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,743b2730-fee6-497b-a013-3fb0a48f45f3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,957c608c-86b5-40ad-8c77-f0ac6b3d322f
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,7ae5c5fb-9e98-41ff-9b39-f2017bffc287
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,f69d43e7-494e-4fc3-ba71-e75a736ef55b
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,d0b22052-268e-46bf-a34a-1f25f9b0f678
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,e1a6500f-2e83-4217-9e99-b7f5cf6ab543
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,413a7acb-d1ff-47e5-b846-5334831a377c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,ca4d2ccd-5ba9-4deb-8db0-2102aedab342
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,c6f465e1-e015-4312-99a6-2a088e6f4cb9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,bf98283f-cf47-4db6-9801-37dc04952e3d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,afc59312-a926-403b-8b52-fcb166f62e4c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,ca820ba7-d867-4697-8bc7-cfca06fbe0e2
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,fuel_combustion_consumption,3a583570-00d0-4cfd-95aa-c71b1373b942
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,sampling_scaled_data,3273afca-c941-499c-bdd0-07cd17090697
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,72.96666666666665,modeled_data,49984e45-a93c-431e-97b1-4f1511a39375
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,3f04c69d-cf03-435f-a1e1-df63d0bfd51e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,980d23ca-0441-422c-82b6-4fdd08a42f5d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,b271a50e-9bcd-4054-bfd2-f197e1ecc302
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,ab0669bb-1f26-4cf1-8744-fbcf0df7e8f1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,aae7f027-622e-45bf-a4a6-766633d4b5e6
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,56a33ad9-8dcd-4b7a-88fa-1b942e5ddb31
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,83b21f5f-c4c7-41ef-a163-d4ae593aa60d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,fdf2d9f8-5610-4d36-9c90-7996294c425a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,973e7718-3e6d-4b53-9c4b-5b5307cea93c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,033d768d-88b0-4714-a90a-563707b12e96
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,b4f2376b-04ca-4e3d-8de4-7b1dc4f1d907
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,ad865359-7263-48e1-8700-4f4597c3704e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,d06258a6-8a19-48f0-8118-061cbe7fffc6
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,fb2e5007-6fc4-4044-bdb2-e3464f0bdd4f
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,f2341794-e87d-4a7a-a8fa-00071375270d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,fuel_combustion_consumption,521366d1-0f12-40c1-b7e9-7f49fc2d58dc
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,sampling_scaled_data,0bc7571f-e468-43fc-a8e9-4b7218b86aa1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,19.32,tC/TJ,72.96666666666665,modeled_data,1141691c-a488-4fa4-ae7f-e645aa98b831
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,3347f200-a169-4608-ae9c-fa76c2db7ce9
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,59f6c741-8774-444f-a227-efa54c4d4f2b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,5cdf867e-1d53-411b-9e83-fa06eb2fc9fc
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,1cadc6ef-be04-42f4-98d1-95b29169ae9d
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,bf7963b0-5031-4a56-a8ba-0fdb2a0157b4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,f385ca44-62ce-4ae8-b52b-e391faf302e4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,d4540aa6-782f-489f-a24b-d42940712135
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,0562b4ba-4ce5-4750-9cf1-3d76de57a875
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,300501a0-9870-4e08-96d1-e2deecec173f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,9e7249d7-a679-47ee-9400-cd125cc6c44b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,0d0e0a31-cedc-4309-8bdb-798930aea1e3
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,02b929f5-e85e-48b1-9424-c866c60ca4b4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,83a7dab9-3836-49c0-b082-d82e6ec13b8c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,f5f52ebc-3c90-4137-8236-47bbce47c050
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,fce9dde0-0cbe-47be-af2a-d07f83d54930
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,5567c6b1-8ca4-4131-b0c9-4c520e8a65bf
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,5cb75b4b-e025-4c66-a93a-fda34b271753
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,6ebad083-8ec1-4ccd-8fe2-e39c30070e96
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,f5d5dbd1-3046-4a6d-a484-ebc21cb2a67e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,5eff637d-6116-4b3c-a60c-15f169571f83
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,e0cf9f95-898f-4d84-a1c0-7079a3fdbf39
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,e35ff7fa-7ff6-4f9b-b9da-eff40abbb940
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,addebce0-6281-4f47-a2ec-333d79c95117
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,ea053b59-0a2c-4e29-ae36-03cb588ba131
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,cfca827c-6787-471e-a7af-8efe741e5acd
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,8699674a-59b5-4d4b-b9bc-8955f707e3e7
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,1165ae36-3f0d-4ce7-bd07-67446bfc88c6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,2d5651e6-6a06-471a-8d44-566d98c28b4a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,ee7586e9-841e-4011-9174-5a7b3a654991
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,b8a8cd96-8d5e-438c-a1a4-8a03e9a5dd2a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,65ed86b8-c6d3-454a-b378-0324492f0854
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,935e1a02-798d-440d-aaf7-bdeedab8a3f6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,05523edc-f903-4233-a386-d67f09a125b9
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,fuel_combustion_consumption,9cbad102-13aa-4c65-a961-ac926dd10126
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,sampling_scaled_data,00a2251a-737a-429d-a143-129390799b5f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,73.33333333333333,modeled_data,81ae8ae0-b1c9-4d26-9500-f76723228058
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,f400479b-a2fb-441f-9480-4e8017056dc4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,d3a21abe-a831-406c-9fb7-83b32f45089a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,f53c3e54-38d9-433a-8eb7-aa7a270e56da
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,f6eb342e-a9e4-45d8-b29b-786703264cdd
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,ade3bfca-b539-499e-b7f4-db4d53b054ca
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,b5f144f3-c2f4-4cfb-81b0-5d172bedf373
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,cd93304a-3e82-4f4c-ad28-e3a926ac4850
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,2a87908e-08e8-476c-8f3b-46efc5f7091b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,c5d4847f-d41b-41a5-8d1c-5959452d7a30
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,bc23ea85-2d94-41dc-a8ca-8dc4e7866211
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,e9db84d7-c1b5-4edd-8a93-d5970699f0d0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,797e7c73-9b0f-481a-b8f1-6c16f769453b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,6334b7f5-e978-4f9e-b5c6-d50510a0055c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,60229dd2-9da4-4bf3-922d-dd16fe2ec005
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,06d0be7b-decb-41ce-8cab-986455e78b7e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,fuel_combustion_consumption,b5b894d7-a14b-4a23-80bc-4ed75d9401e8
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,sampling_scaled_data,ba6f2a20-5286-4d8c-9053-f518ac6e66d4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,19.32,tC/TJ,73.33333333333333,modeled_data,d38e6126-cdf7-4dcc-a207-d586fd5f8d8d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,6b7907d4-8a2a-418c-8569-3617077968db
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,b30c07a1-9936-41c0-9027-1a6022a82783
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,ae469559-b26a-4038-89b3-1c2488a409fa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,6b797418-316d-492d-ba82-9b49a93792d9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,b435f895-9044-49ed-9b4c-67a921c6b5c3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,85d59003-f4e8-4e46-81ae-1e43e98aea2a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,2acfd66a-e56a-4c1e-8efa-845640cff629
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,c8a4d455-e414-493f-acac-5da29d440d7f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,c92ed2ab-f1d6-4602-85ad-a361c1f1922a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,daaf815c-b98b-4130-bd42-fa466037b81b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,2f5dac69-6912-40c8-b971-95804a60862b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,40c79391-c0c7-486c-96dc-c29177ff6f37
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,82033af5-d2f9-4ce6-887a-2cb7ac4a9bbc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,0f32be47-3996-4d2d-9228-5d036dc416d4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,aa5bbf80-d8d4-4cb7-80e5-eef5e4f8aa1a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,fuel_combustion_consumption,cb3a7257-98f9-4e8d-b151-e398caaf5487
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,sampling_scaled_data,212ea73c-7645-4de8-8849-6e17bbe7885d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,72.96666666666665,modeled_data,1a045bc2-5a8f-49e7-aee1-8c4231c0c72c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,807e5c8b-0a59-4c1f-899d-aa8592d86c86
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,b7c5a361-9416-4fb3-98ef-faa8a2c171c8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,df917b6a-638b-497e-bf63-f76ee25872de
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,27ac25de-e2f8-417f-9232-e117029e2ed7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,ca015f5b-2387-484b-b6fc-e40a7a64816f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,71362940-e5da-49cf-84ba-2bc69a5d9f35
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,f87f8b1f-3b8e-48aa-b309-430fe262d986
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,f7954c9d-e8cd-4722-a2b3-4faf75582dfc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,30206e56-7530-43c3-8aaa-cd39e2dd8e60
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,87521d13-0d3b-487d-97a3-57bcc20b1bb7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,806d90c5-43a0-4714-b2b8-338c3ac0327c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,2a40d459-4001-4406-9346-44ef03e0f50a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,45dc2ebc-6492-456c-a37f-645e82383b79
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,2d752bc7-ea4a-4989-8a3c-1b523752205a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,716e2179-8d92-47d7-93a3-4ed22b2b507e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,fuel_combustion_consumption,c52ec0ab-e240-40b6-9659-bef7df06b848
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,sampling_scaled_data,d7d7d680-d15f-44d7-af12-8fbc16669d31
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,72.96666666666665,modeled_data,240f27ad-db5a-4509-84f2-06a29dc37bf6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,9f48762e-883b-4cda-9f10-3e680c1e6f39
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,3ebdb940-f0d9-4b3a-9c02-b3220c67dbd9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,e1b803e9-10ee-4cd9-9db7-ade4d9dcf6e1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,df1da6dc-9480-420f-a98d-8afbdeec7b5c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,211b8e43-cc9d-4afa-b3ea-1f3931510c29
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,3f83f6e0-3e4b-45fa-9722-b1c6f9a749e7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,04c951d0-0095-44b5-99c6-ac59007a3be7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,51733491-ea34-4f27-a02a-604d26f58209
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,b368d3f2-f14c-4465-b1a0-73223a54a4a0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,a7c1b457-5629-49fd-8103-98c8c57a8d31
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,8de71cde-d5cd-45ce-a31c-f28b8aca36e2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,b3ddbee9-e81e-48b6-9ab4-12671cb8d8f5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,092ef174-f94a-4adf-9ac8-8026dc0624ee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,3f789b24-93c2-4f60-8f5c-daa863b373ac
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,384110e1-36cc-4492-a69f-5565bb8d226b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,fuel_combustion_consumption,c87556ad-763b-4654-bf4d-578f14fc0fe4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,sampling_scaled_data,94f0125c-d338-40c9-8ec5-24936e94af57
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,18.79,tC/TJ,72.96666666666665,modeled_data,cdeb956c-d352-4747-b774-1fe16ba1e822
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,96c2c194-a6c6-42ee-93db-ad076d711cc1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,68e50e38-a80a-422d-856a-5ec3218c74d7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,9fced048-ca67-4810-8c2c-d7af43d54447
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,b3f4c96e-4bfb-4617-8f42-1709700d7f89
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,4835871b-eaf4-4b11-a1ad-f2572eb3b35e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,0ba523b6-4b14-4f5d-82e9-f0025e24bce8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,05e4fc11-d7c6-42b0-a5cb-16b1b7769413
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,d2b9cf44-3d23-4cfc-be0e-a94b54f32401
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,ad83bd25-5342-4c3d-bf0a-237b5843f5bf
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,bd50d860-bb94-49b5-8ec1-8bd927a06075
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,5a70b976-da68-4e39-a494-9e1883dcec8c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,97585f53-ef94-40cc-ab47-157c40fa6591
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,e3ba1f44-036a-4aef-8a7c-ade33caadef0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,0f83063d-5146-4484-a2d1-13b6fa7ccabe
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,faab0c6c-f198-4087-976c-89f2d53d0b25
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,8c6082cd-4e4e-4c30-b042-b7a9dc511a2e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,sampling_scaled_data,10b96536-426f-4e70-87dc-d23f11103d1c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,72.96666666666665,modeled_data,3705aa64-7d5b-4761-ae3b-2b292e2026e3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,aa9f3840-5af1-4c4c-a657-76a7cdb5848b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,2d6e5242-c6b2-4964-be3a-7830cf96cc92
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,d836cc29-8693-441d-8296-f3b3774eab89
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,c2a4cde2-11c7-49ae-8052-b3d0e1aa3a13
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,09b5b734-0dac-4754-80e8-d74cbb7ec2fb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,154d2de6-8a69-4473-bdd6-cea2792ac88c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,542c180c-054c-4aca-ab1f-20bcbf98cada
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,c60af8c7-1da1-4e02-9b55-328fc4695b94
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,399b817e-fba4-46a7-8538-6030da286376
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,e85e2b1e-3cbf-4b15-b5cc-f51ebfe7d005
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,f126f119-a6de-49ad-8ad9-ae08fc754002
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,ab6f487f-87a6-4566-8598-4f01b3d3bf12
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,e0029a3f-1978-4e7e-bb7f-28636637f494
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,eca71a6e-3243-4eea-9e2a-b9a135ea9ca9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,07d75b8d-6ab1-4165-b631-8650b7d2df72
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,6c59db98-2883-48d6-a608-f11f47a21de6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,sampling_scaled_data,2f4c90b4-135e-49cb-9b75-ab1505a47ed3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,72.96666666666665,modeled_data,c9fc005e-ffa1-4932-bae1-0b06a5b3fa4a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,fb5d7772-858e-46d3-9cce-42fa09b8a7bd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,5def0e5a-75af-4c5c-bb39-a6976e34ac2c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,d51f470d-e465-4b1c-926c-2520b9ca72c5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,d8eee36f-8f8e-49be-b17f-8c1716121f52
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,a1d02fbd-878c-4aae-a4e0-853a92eba5aa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,cb77a256-927a-4a4c-ae73-d502cf934226
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,ead00986-915c-4bda-bc4c-95cea84dbd26
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,532186ae-5f27-47aa-9550-8c134556894a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,5f11ca16-e98f-42af-9764-06c30156504e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,da4d5fe9-03da-4937-8b0a-cbd968d1d0cc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,3955e8eb-6c79-48a4-a1ec-bc6be1d975dc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,164fff5a-9bd3-4e7a-89e6-35c5adce331d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,6df2ad30-6efc-4d30-97d3-7a2a975199f4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,6e5d855e-7d36-403d-a933-6cb826be5175
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,1bf9c1b2-210a-42b8-a75e-49817c369c94
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,fuel_combustion_consumption,7f33425f-12ee-432f-9a4f-c9e478f110eb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,sampling_scaled_data,52729238-ec97-4068-9513-5030c7a4af2c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,72.96666666666665,modeled_data,09dcf878-c892-4ec7-8767-6d15e44b5b34
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,53bac2a5-4c31-44a5-b53e-e596beb6956c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,47dcf43f-f691-48b5-a97a-dc2d1ef7ad3a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,5779f237-d954-4b9a-9a55-bc0c4bf356bc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,4a4148c0-a7a6-4f61-b6ec-bddc743a213f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,3b31a86c-3e33-46fd-9109-91b2d6df4f18
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,a0ff03e2-7ac4-4967-a789-8bb81f55c406
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,c097f43e-5c0e-4ef1-bd51-d11bc8f24d62
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,2ff5453e-a370-4123-a3f2-2a99ff6b83fd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,17297f03-249d-4d95-88f7-09ad8e7c16f4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,790b1c7b-d3d7-4869-8f80-51adcf284170
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,57ad72cf-9ca6-4639-bbff-7bf56b02b6be
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,cb155f71-2a75-400e-8c9a-ac7c88dd92f5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,188a3d32-98b3-4b4a-8d85-ff46b5dbe4ae
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,bc5de0db-e0ef-4d30-aef8-a3a8c543619d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,8b245764-4eee-436d-bf1f-67948f3af56e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,fuel_combustion_consumption,550cead9-0d29-4f7f-8bdf-6c388e5994ab
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,sampling_scaled_data,2d135f2e-043e-4f90-9247-1e77654b8b5a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,73.33333333333333,modeled_data,3229a79c-cb0a-41a1-b6c4-9781fe2b5349
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,80f72abf-4654-4907-9edd-77e2dabfe695
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,8fea6bcd-2043-4637-b249-4b231366e00c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,f53a8095-165b-4b8d-91e4-9cdc0633bc69
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,082bcbb0-6ac2-49ce-aca3-fe9cf877f3f8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,086be268-ac7b-41bd-a558-949594db5c1b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,c6ea9b0c-d5f8-46cd-a67f-2dc25024beaa
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,fd06cdc9-1c18-456c-af6b-59fa2f073e31
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,cfd6229b-06bd-4edc-8896-07e48a6f4284
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,90365898-c7c1-43c8-bb3e-22df8bda91ee
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,c7f021db-81c0-4f61-bedd-cce090f7f5a3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,9c2712bd-aa97-4df9-9561-3e9a841e88fc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,e86650a7-5c11-48d0-b9c2-56dd8b4efe37
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,178f8b99-60bf-45e2-ae68-b9b0b6aeb016
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,53d2ccde-65af-43d9-9b4b-4eb187ef6aea
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,cba429b3-4b3a-406e-a9e9-d973429b1aa3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,fuel_combustion_consumption,0a63bad8-805f-46ab-a788-ee522682a53c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,sampling_scaled_data,a5b99265-f88a-49bc-9664-24c27cd4ee46
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,73.33333333333333,modeled_data,fa804e93-e554-462a-95a0-d1028ca7fa88
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,779ce7ee-2d51-43cd-86d4-df7c435961b3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,f4632743-bbf4-414d-81e8-bf0474ffa76e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,14ddf11c-ebe1-4795-8d4c-6f181dafef13
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,190514db-04dd-4b14-b8d5-f5d04c7640af
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,1544fdd6-2280-4691-8343-32bf3e0be5cb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,b64f6aff-5fa6-48fc-9ec3-53d077d36093
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,8437be5a-3acd-4532-8b1a-b27b292bfb38
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,89046809-508a-40cf-8230-490c7076dcd8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,90aeb918-2e5c-453b-8c1d-a6a2365aba66
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,ec9ad41e-769d-4b40-8575-dba89134bdec
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,bd2592bf-726d-4529-9bff-c34a4457c49d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,faf9f4cd-1b6f-40ab-8bf2-7128968481f8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,d89f0459-9fb3-4093-b83e-07cd70af3fd6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,216d8455-3a0e-4045-845b-a02ae86d197f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,9b5563bf-7869-4efe-b3ab-87fc9b2a531b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,fuel_combustion_consumption,e614864f-31ba-4988-ab88-761f5912432e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,sampling_scaled_data,d54bceef-6ad4-4ff9-ba84-2f66f856c195
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,18.79,tC/TJ,73.33333333333333,modeled_data,eaf516ae-54e1-4206-84dc-ca3af09ca62c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,564d97c1-b1c2-4bcf-b255-15ea9aaada29
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,a84959d6-221d-401d-9ed1-1064297d4c2f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,85404e1a-1654-42a3-9811-4f550fd9bebf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,871c1890-4b20-42b8-8b85-532871f51ee6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,20a4c50d-be2f-441c-908b-4d754142b384
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,2dc64697-9482-4b19-9c17-8eed4add5774
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,821615b8-80df-4a1d-88ec-dc9fb673a2ef
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,61970e6d-3cfd-42d3-8e70-eb49c6b83d93
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,b534e805-39a0-4ff7-a86b-8d444467b06c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,e9097c37-e0b6-483a-9734-14a64d6db6bb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,38a30bed-dd95-43dd-806e-7598f04a447c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,455a4bf4-2069-4cb2-97e6-9aa054dbb9db
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,d07c68dd-1904-4a7b-8ac9-e12a971cab7b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,33e3891e-f0ce-4d16-924a-bd59cf569456
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,cc8d248a-24be-435c-9492-af305073a7d4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,a8b19dd3-c14b-4018-94f5-54fb6748f3f8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,sampling_scaled_data,92d9930e-41bc-48c7-897b-3ac98f919268
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,73.33333333333333,modeled_data,aa027dfb-a7b1-42ce-8d18-5ac525f87c59
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,109fa6fa-ae0c-4bd0-b6d9-ffae2cf74e1d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,b6975a84-e4cd-49e5-bef9-a6a0e3490c3c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,102d2ceb-fd6c-40e2-877e-e172c2d064c4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,76a20352-80b5-450c-b72f-3c002399fc99
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,718fa7ff-0d81-46b8-9001-e990bac8eb5b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,7a9b5631-fe00-4d7f-b43a-48966e057bf2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,5d16cc66-cfa7-4576-b686-fdb2a7a66a5d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,841e0bfe-10a5-4096-bc92-b0ca0bf62bd9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,4f91f4d9-849f-4d80-97c5-38db6fe77b70
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,3a59df94-8286-4790-a243-17696dea29e3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,ac47c283-0190-4df0-a182-6753dab37d51
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,f7b002a4-1bc2-44b2-ad2e-581538b27c73
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,e230985e-b571-4885-8452-bc6f636ea65a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,76e58496-5138-434d-916d-8cc853806db3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,05aba364-db4e-4527-ae0b-edeefa0c5e63
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,0252f6fb-64e2-4e46-ad09-1191762da6a4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,sampling_scaled_data,2e3e0e84-3f79-40ff-9a61-70cdfac9f2b9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,73.33333333333333,modeled_data,c619dca6-1148-46c1-8abd-153bed9983e8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,b52ea1ab-1667-4d28-bda6-fad412c99616
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,7325687b-7636-42e9-9b67-465b11b230d4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,4d80d0bb-8d0e-44e4-9b85-c005efbd6de9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,15897452-813f-4d55-9f2a-fca890cf06be
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,433a16d2-1e7b-4bd6-bfb8-30097bc238e1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,1a9c0522-e1c1-459d-8e62-abed20f9abd9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,80dffa97-dfe8-4476-8166-7c35dba4a346
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,7927c56a-03a4-4e93-b640-4720751dc31e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,2e3beb51-6549-4d06-965d-131b0166ead8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,aef758c8-3929-4f45-a11e-92ab1fab0e79
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,3a5da5cb-8deb-4fcb-8bd0-0893a68d667b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,3a3e84e9-9021-4af9-89b6-5481d13548bf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,1cb6c1ff-13dd-4594-a8b6-49ec631e5a8a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,a4020b80-1a47-4127-ae9b-afc3e3f4b6c4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,dc5610e4-b755-45f2-a1ce-5307307ad9d1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,fuel_combustion_consumption,a8eae9a7-40a6-4117-8d51-8b56aaacd00c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,sampling_scaled_data,160a5da3-6412-4a01-a745-16c1d9259a22
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,73.33333333333333,modeled_data,5bedbbbf-424d-45df-a0d5-221d41d3673e
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,edb23132-45d4-480b-b3d9-9af0908fb7ff
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,19fbf12b-5a5d-485f-b46f-c9c4c184878b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,5dd24f30-8c1a-403e-abdb-d0fe15600900
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,d962ff9c-dc47-4690-9114-fc523f9827a4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,2ac211a7-1dbc-4e97-8e43-c79b1439d149
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,3efbc401-d3df-47bf-8e84-29432c1994c1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,775cec53-f5ae-4a20-a1b5-ed0e3d9c6410
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,599e0158-18c8-4cb8-a996-c9917aa9bafc
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,201d5d69-3af5-4ef1-95c3-c830960c1f76
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,14a194f0-d8bc-43f1-910a-89799c43e028
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,3125c349-50d7-46b1-9228-ded37d96de54
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,e471ebc6-51bf-4bb5-a24d-259e459727a8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,a16e524e-27af-4f2d-b06f-b83daac1c8c2
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,070f37ca-7305-4481-ac56-33c9c009c697
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,d6ca533b-cf65-4820-9eac-9d9f4d509806
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,fuel_combustion_consumption,9a5afe07-c64c-4334-b820-691de071d366
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,sampling_scaled_data,1ab03ace-2992-4427-8cda-a08540dc6a8e
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,55.73333333333333,modeled_data,87b9f45a-4804-4cb2-9e1d-d389e5336b3a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,cd51c356-a4fc-4983-b8d3-47f202acf890
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,1f56f045-0e77-41c7-9791-9430aa0a49f1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,ba1c3c10-6cf6-4a83-bda7-34a5d6d9090a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,4aab2942-9420-4f11-b29f-12697b8364c7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,73e0f8fb-4e2d-434b-95f1-646e075d965f
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,eb2c5c78-d833-46be-b24e-90ad5cf9f960
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,f46e3192-f1c1-4b1c-8f33-42fdec25849c
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,eb2d027b-9c9a-4890-abe3-f7d4b3eebebe
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,7e2b8ef0-36e6-4412-81cd-b2615535f03b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,a64a53eb-b87b-44fa-a994-d5485d0a6b16
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,4dc7d3eb-135c-4f14-a68d-06922ea5e7ea
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,997a12ee-707f-4a72-8c9c-f5246fc0e985
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,d4a96d47-73c4-4061-937a-b17e86038194
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,f5a86cae-8ebd-4ba4-a82d-d78d3828a155
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,b190aa0e-09ef-4496-bee9-45bab8e3d432
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,fuel_combustion_consumption,94c60da3-db65-4ce8-a119-15f15adaa6a0
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,sampling_scaled_data,05b27ca4-35b2-42ae-aff5-a018b877e80f
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,55.73333333333333,modeled_data,173e183a-d84f-49d1-b722-509cf962cfb2
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,330a7c4f-77e1-4bc7-9d7f-8ea71a286c77
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,6df6af3e-0fc7-4649-a18d-fafa5f2581b6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,8430bf9d-c4df-467e-be1c-887201dc87a7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,2fa3244c-7f56-4b08-bc28-731beac5f741
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,e6997a17-33c2-469d-bd46-7568002ad3c9
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,864dd50e-573d-4b30-b88b-110bb1cb9c48
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,67732720-4e4e-4dcc-90af-a6ff56bbc1ea
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,ac668d72-791e-477f-a6c9-1b0b9d1b6392
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,a8b32d28-46ce-45d9-a7ba-cdfe0c8753b6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,765348a6-e027-4de9-b90a-d304fa3905d0
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,c10db718-168f-44d2-9474-6f810e5c9e9d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,acedbac1-5921-4f19-b84d-41bffeda7b15
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,25359216-e455-44cc-a219-ea1d22802f29
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,82cb3b29-2fb3-4254-ac28-fc3a358158fe
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,149d7532-da0d-4218-9bc8-b724499aad86
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,fuel_combustion_consumption,13683e74-f080-43da-a421-b6664ab9289c
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,sampling_scaled_data,7a13ab2b-1d1d-4bde-aee0-acf62c94ccf1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,20.17,tC/TJ,55.73333333333333,modeled_data,6a028a08-a98e-4d3c-a342-5e9cb76eb302
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,07fc8f0e-64d2-492d-8267-e1de2b0db96f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,30b51912-1982-49e0-9fe5-05c3862d0ee9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,84e07270-2ed4-4e9c-a1d8-76aa1a8f000a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,0a752b81-ac3c-4944-8d0f-ec3a1d8f6c4a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,5056f0ac-cf34-4e0a-b5aa-4f2af3dfe764
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,2364653e-9477-4683-9966-dce851ef3017
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,97b69dc5-803e-450a-8942-49abe1b52fa9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,53931d3a-f570-45e4-931b-6f7bcc509694
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,8385fd48-9358-4cff-ad6d-1df889cda878
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,673ba1d5-b29c-466e-ae35-3f9c51a95fae
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,d4747c00-52c7-413b-a797-aca91ed1b5fa
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,a5e80adf-aaf9-4a92-8f37-a7b91487a979
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,9d27541b-2abf-4bff-815f-680915611509
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,c99a5650-4f80-4072-a1ba-917047a7d161
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,2c6156d8-52b5-4913-b2fb-7de008b45232
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,5a78e094-07b5-43a5-9b94-4155b22cfa3e
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,819723ef-3b51-412d-b2ea-516b5fb01111
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,fad1e67f-c0ff-4b24-b36a-7773910e2919
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,8d26cc3f-94ce-41af-9910-4d56319a272a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,25e593ca-7f0d-47df-8aba-5f943539fc5d
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,3e1a7af2-fd82-4497-845f-97f1db9b1da9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,a5549752-baf8-4f6f-b385-72dca8d0cf99
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,336ab25d-5467-401a-b399-301266c4884d
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,afcc8703-295f-4556-bdc1-fc243dfd01a5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,9eb3a4a5-3415-4819-bf7b-9f28aa548887
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,be276595-5efb-4728-ac04-0a18890112ea
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,a1f3e4a7-d92f-4c9c-81b1-24c7ed92169e
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,aae8bc86-e6fd-4916-b57b-4c6c406cabbb
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,4d6b87f5-918b-4197-bf8d-6353308dbd62
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,5aafab0d-27b8-4904-8fa4-35745a6de63c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,3cfbdf5c-04ae-4616-a8fd-b0d713ecbcf2
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,4c36dc0d-15bf-4951-8a17-7fd75e160a8b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,53d4f1b8-5974-4038-9f33-931e3be73b56
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,3587675a-72c0-4c59-875f-15df9d032e52
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,1856ee25-2159-4411-8ed3-b0e730554164
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,fab32a83-3cb9-46bb-8283-ac878f8f3e9a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,23426aa9-7a22-4c71-a229-9f3bb91976ef
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,02dbd6a4-e2bd-450a-986e-52ef8fcfccd6
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,d8278d2d-3b9f-414b-b6e5-2164ae25d54f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,4b860e5a-856e-4f03-8ffe-b77381d249b6
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,f23d087a-4133-4774-be20-97204b70b296
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,e0373943-8cb5-410c-a45b-442ee140eb4f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,7b8ad0da-4329-4bd1-abe5-2512b0cd3c43
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,5ee2c92a-e54c-4d65-aa26-ae0794590ff8
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,03eaa68b-1f28-4c2b-b728-9a47d02e4660
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,61259614-232b-4953-8ccd-235691c358d3
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,35bb303c-be54-4960-9eda-3861a4e252a2
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,8021b09e-7d08-4fc6-a144-0f6d5a600b07
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,2f69fca1-3e8e-4a71-af94-055361e0d108
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,779b22e8-6108-47fb-8ecf-420f19208b3c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,e6894eef-0a1f-4458-85c9-d371e94b8d16
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,73b56d99-44e4-4309-9fd1-ce1567e32bc7
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,a913b2cc-1a3d-47cf-a8cc-9ec937a223b3
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,16e951b8-020a-4aad-80c2-cff70c592634
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,cdd7dfff-c661-49a1-bd15-8d2a88c31e45
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,e4e80a19-0858-4cbd-88df-341132cfdad7
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,e8a32374-c8a8-4006-982b-8c5a780d1b29
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,f8d334e1-d3ea-4138-b1f3-6ce7df3253b7
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,b469e485-9445-438c-85f3-b5e9fabd8bdd
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,c51e3030-8f38-401e-b7d0-5289210a883b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,c7232c13-04be-439b-8b5f-ef481f67556c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,9e46aa19-637e-4715-94da-7923d44d5b76
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,1a636cc9-f70a-43b1-94ce-df54e6177677
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,4e16da8a-f4a3-433f-85cc-219a3859ac8e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,f170e504-77e3-43fa-9eac-3b471c49e524
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,9add52aa-d3df-4b6a-8f6d-fbaa920c9368
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,e80c2bba-7bf1-42c9-9c79-6477c0f21c68
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,c1647f70-8828-4d8e-a7f4-619c40842462
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,6f571932-b9c4-41a4-b349-0762cc86030a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,fuel_combustion_consumption,9d4c0826-3880-4e8f-b362-d211e620b9f3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,sampling_scaled_data,546d1cb4-8eca-4f4a-80c3-6007c2b42b7b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,77.36666666666667,modeled_data,bacd6195-6e4c-4291-a0e0-7939d5d5cfae
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,a4c0725f-c419-425d-b2a3-286f89acf45b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,40d27823-eea9-4455-b576-b53b54785eb8
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,765cfe9e-dea3-44f4-b6f4-c47c0dcabece
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,4a40ce74-ceed-4185-8686-dfac6697b10b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,6898e8cf-3397-4356-8ed2-80626bb50c8e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,51edaed6-995f-49ce-8604-8e9e4215e24c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,be4af607-b887-4186-a5e3-cb4c39c5a778
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,7f4ccc30-83fc-4e66-ba04-158a1d61f325
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,be3939cb-a6f0-45cb-b77d-fe241975173f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,4c983000-da73-4762-9b06-d0ab400efc15
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,470dc1fe-b57f-404f-92fa-eeb10731b6bf
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,0b115936-0152-4756-b168-1e4d2f451cf9
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,9d777509-a8e5-4275-a160-70e9ab355461
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,b8ea741e-810a-477d-a2bc-76a1a7d6f584
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,abbdd7a9-1333-4c47-80c6-1ac8b7f82458
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,fuel_combustion_consumption,fd63151e-4a23-4672-8178-282722057211
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,sampling_scaled_data,354d6586-6c2e-4205-9030-6e16f237faa5
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,77.36666666666667,modeled_data,00980a23-6dbb-4ea1-9f8f-4e30552225a9
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,d5f5a360-1dfd-4d5d-a83d-2220427703a3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,13ae6c92-d027-4968-937a-966d90427352
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,79bd5386-6c73-4a9c-babf-bd59c99c2406
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,b5af11a2-93b4-426e-bf78-b929293df988
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,00d17c0b-6ad2-4c08-b5d6-42c83c42925e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,904388fd-f74c-4f0d-921e-2d5aaa00f962
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,95233b17-b08e-4238-a1c0-5e593215e9a9
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,fa3303fd-821b-407a-afed-ea98b14392c3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,1557b4ff-112f-4ff4-b7d3-f74f982b3b88
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,7bb9daf5-a0fd-47c0-9187-8a65f427f663
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,29804667-0265-4a5b-8943-23ed2b826de6
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,5d860265-d83f-47dc-a080-ed2eda48140b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,8eefae1d-a7a4-4252-baae-3e0d33df3358
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,8ad62d06-dfe3-4440-bcc7-43e96eaf169a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,43f10864-e55b-44e2-9c81-0a38fc13f53c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,fuel_combustion_consumption,b5caaeac-80c4-47e1-9782-65fb77797aa3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,sampling_scaled_data,3893f20a-6dba-4962-90c0-7375440ea27a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,20.17,tC/TJ,77.36666666666667,modeled_data,cb6a489e-4b2b-4d98-b1ff-f64dbaf1d94e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,ca9bdb56-7112-44f2-a854-360942fc8666
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,e9efca2a-9b96-4d7b-acb4-22e1ef15668c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,1dc141d0-78b6-4918-b3ee-8abbcd916203
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,033f0f3a-440c-442c-b4e5-47261366aceb
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,c86fbd17-f6d7-4c5f-b9ba-f08713e55bb3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,b0b970a5-87d7-4544-8f99-4aa72689a97d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,d4ac7e53-5c7c-40c9-b363-d6b084ba676f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,3cc49e61-81e1-47ea-9d7a-f8aa82f0600e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,0b21f940-8f5c-44ed-9b9c-248b0e36e9a3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,ed15643c-9d90-42b7-8e7e-34f139dd586b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,8a5bd9df-2ccb-4542-a055-083ec6e4b5fc
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,a461db5d-4725-490b-b9d9-0ed587b1100c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,81175a43-d859-42d1-b2d8-67ff34d915f5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,cbc8e30e-0757-4745-98ab-98cc3de67336
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,60f8a0b9-90be-4cb9-8559-1394e2051c16
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,633a8749-bfeb-4bb7-a7cf-348ad4cdc8bd
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,e285ea25-b0fc-41d7-8cb1-41815fcf76d2
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,12a2cb10-15bd-4811-b596-9320378145cf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,46fa720a-e0d1-4145-8fd6-34a5b6e0fae0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,ca32676c-b9cd-4784-b358-ea753181cbc1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,ce291bd9-ac34-4016-8ced-0e2cc9fd5bbe
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,53409997-0dfc-4c25-a900-9820314a3643
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,7c07e6c7-b0fd-40e5-9d55-fd8b442e52b5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,eb334768-7255-49c4-ac35-5a2797454298
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,13d630f9-fe17-4617-85ae-7c5403a3c435
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,d0963b69-00f2-4e7e-a1a3-3b1e36870134
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,34da2cfd-8645-4089-adbe-d38996620f87
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,bc39e9b3-c040-4c05-abac-695d5897fa43
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,94043416-1b37-4bca-a6df-984f4bf58544
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,f1ba2d0f-739e-4c51-949a-037905ec6463
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,5c4983d7-d8ac-4c0b-aac6-4d9062b0bb73
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,86bf016f-2606-435d-8010-6bc8e2281789
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,1cc6362c-6698-4c15-83b5-7c0bd16328f5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,4b1bf796-b51d-41c1-bf6c-05f0247a4be7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,c86e3a69-699a-4dda-b4cf-4333490ea858
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,11e985c8-8819-4507-9155-d328f219f1ab
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,8a88a6a9-36f2-40cd-927c-87c34c2d3251
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,529489cf-318e-4f43-9f88-2b3992ef36f4
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,a7bb27b6-b440-4597-b09b-5615d8ee19e0
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,a60e70c4-b297-49e8-b0f9-09a559d4cc30
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,9c96ce9c-25cb-432f-804b-0cc2bcf8488a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,055da114-039f-4973-b3ed-3d9365259120
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,f970b914-ca4b-4736-9488-090dcd207832
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,bd5fdb45-275a-4ce4-8195-fe053dfe4f5a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,2490a8d8-bf97-4b0b-941e-f95435af09dd
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,36937094-6873-45dd-aaa8-c7cccf242e9e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,4c1255aa-befb-41d8-a324-af7037632bd5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,2527a7bc-8d51-4ff3-8f9a-5b7fd3742109
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,b64150ee-3249-43b1-9738-767df9552132
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,07a7a864-ed10-4555-a72e-d4c90e6262f1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,c092d25f-8a71-4b75-af7d-08d89cd41d1c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,219eac5f-f0da-401e-9b6d-91cca587ba3b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,baf2bafb-00f6-44db-ba85-1f73d2825158
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,c60d7955-a030-4fa7-8db5-3a9620ac4c2b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,8a3ea336-0d2c-41c8-89c5-932a81d53153
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,13f2c382-ebad-47aa-bbbb-69f76b65484b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,c503737b-5525-4cd0-a622-67c7b8b6aac7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,0d8343c7-b7f0-4cc1-95d1-ddaf22cd67ae
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,7aeb58b8-9e45-4347-9a2d-8f50dbdeac9d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,41c2042a-1983-4d1b-845c-d27ddfd8468c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,ce2179cf-f878-4cc2-a4e7-38be5b95e555
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,48096a5b-727f-4c08-9bfc-cf15d7170f6a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,58b93675-a734-4eef-9ff2-2812a9ae634c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,700d428f-4e7f-462b-8996-0c97e11268bd
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,91e04932-7268-49c6-b467-413733b9a9b2
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,fd0cf8b0-ec1b-4c2b-b45a-8e287c9348dc
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,1c8bca67-e1ee-4870-8552-6bc96137a363
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,0cafd6ac-9eef-4d6b-a6f5-6b8a2b41adaf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,e13fce53-cbf9-4701-b494-80953427cf59
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,24994097-3359-4d5a-81a6-3d4fb815d712
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,cf1271f7-dbb6-4992-8a8c-4e725458188a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a41c5449-8f97-4453-9a24-2496c11b7b67
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,fca83b97-f344-47db-89e4-09baf8a7e6ab
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,75b63f3f-9096-43e6-9f54-fff62c38c026
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,42532755-588d-4b36-8762-29446e2e2f5b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,f6688792-3c34-4fee-bd20-3b64ef281dca
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,45055c5a-91d9-4748-8f8d-25ae48b866d5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,1f1194d8-dda5-4869-8a17-2c22f91a255f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,b671f46c-3952-46eb-9fa1-2325ccfb8163
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,18c86725-9439-4e01-8f52-91d87817d3bb
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,1073d581-26f8-47fc-99c6-995263e77a73
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,38340d29-d4db-48e7-bec8-bb5d201e3a75
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,383bd6ed-1003-4354-b99a-228e9a368892
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,f8b6a316-b2c5-4be4-9b89-9339850c3e76
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,9a26faab-ac1c-40c6-a2d5-519ce8b4e603
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,94bd8ed4-e90a-4195-a2fd-d7633b4db851
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,6d2429be-0f95-435f-91ea-721ac0c7a540
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,ac6791f6-10fb-472f-81bd-716329a0360f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,04ae11c9-6e84-4c5b-a11b-6506ad1a3cde
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,9f8f246b-0014-403f-9b65-d7733b0e98b9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,3dc6ccd4-5eff-4cba-b8ff-03f427fcc4e1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,b6593407-cc46-45e3-b6c6-00df4792d96a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,5d3e8084-82a8-4e60-9608-027af7c0f00b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,c2efaef0-b525-4b2c-90cb-85cf23031aee
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,15b961ba-9510-474e-9f16-c796330a7a32
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,0412e3f9-8d61-4582-be7a-331284abf8ce
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,27d0a0b3-94d6-4b0f-bcab-11477f440091
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,1bb6d16f-350f-4fb4-8dee-a7f3b981ef6e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,2504f6e4-3987-418d-8045-172a5761e571
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,e4f15af4-f7b7-4f1f-9d9a-2293a07a9881
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,355406bb-3f4c-4785-9d74-22cf9dafbff6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,a64542f5-d123-4a7c-a471-b92503ace29b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,9f2226be-b725-4375-a3e2-d22c44c4e1e9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,0f3adc0f-0436-46f2-b4bd-a4dc8a15f2e6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,b99feab4-c36e-42c9-a42c-4dba16be4157
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,1258e3c6-818f-4d37-a574-a41f44aa1b5d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,b97abd42-e9cc-42f1-8bb0-5fba71cdd332
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,871ec3ce-7757-479c-8f66-6a91ce0d8f33
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,42382e4d-4076-4b41-839f-c5dc2f153fdd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,ff41a0a9-aedc-4c7d-b63c-2345ebf0dd2d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,90edc051-722d-407c-9843-0a4211ae842a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,51a36f28-58de-42c9-baaa-86e239946243
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,87f8a621-037c-4f0d-8bb6-d02d0dd66b1a
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,d13b5879-0668-4cef-8b75-f1ca752d6e35
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,c25b5554-4da1-4753-bb90-69ca14ed0c14
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,cfdca711-43cc-4c6c-bd7a-0d4a39425eb2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,5b664cdd-4317-4965-ab6e-c30aa251ef6f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,ca327048-4c07-46f5-a349-c399a7c47752
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,d21a940c-875c-4499-9303-2362d75051e5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,74f82adf-a18c-462b-aa58-09b5258a7e4c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,167939d8-70b9-439c-a188-95f2a22e8dda
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,2c76ba72-44d1-48fc-93f4-c6d7dc3f0692
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,cda77590-2c0a-4d35-aaef-81381f3a9050
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,ed5cfa90-5e37-48f3-ac6a-aac719b222b7
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,933d0fbb-3bf3-4a4f-9b6d-7a5b2949640e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,235a904c-42ca-42b8-bac0-08c336e18a47
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,5dc5dd93-c82b-4231-a366-c20f437d3caa
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,4e765dc4-f57b-4b15-8b5e-cea4f4dc1ca3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,bec851f2-8d86-4104-a537-e849035942bd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,b34395c8-76ad-4105-a7b0-6f993e9f5fd1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,b31b0ecb-f88a-4c67-a097-256e2e556238
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,7799adb0-e8bd-4c97-9e5b-cccb6f8337b7
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,2f6af810-0bd9-419d-ad75-2e98feae0b9f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,3d0aac41-1aeb-4fb3-9e26-a7a13d17c2c6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,15d72e60-402b-497c-ba69-80560dda1ced
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,97bc0345-d90b-4b11-b728-dec1ff9cf61f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,99d644cf-d659-45ab-af4a-e093098b5caa
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,09772179-932c-4114-a7e4-d49c84689b59
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,065001e3-02fb-4dd4-9077-3c5d678d30db
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,d44dcc1f-626a-4805-8a92-ab0024748d25
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,1d737351-d7cd-4335-ba7c-c10aa794e50c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,9f8f8e46-6bc4-4dbe-bc8e-a763a1bbdab5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,8710708d-6005-456c-8bc6-0f78e3a185aa
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,ce93b455-a38e-4522-b64e-71c635ddf7f0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,f87df20e-2a29-4a8a-8f42-2b0c765d57cf
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,06e97981-da21-4492-9c9b-b0ebf58dc052
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,5882b342-39fc-4da2-87db-949a9a5a26a1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,6a8aa02f-afe9-4bdb-afe6-82c34a001c00
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,ad5f26e9-b3da-42a4-a9a1-a432035d2d6e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,1507c178-907c-4856-9f5b-2d35fb393a31
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,e2cba49a-1bd4-42a4-bd16-e57446fa7cd9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,d48bd093-f434-42c0-9175-038ba444ae67
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a3f5f943-5f43-4828-aacc-72fae4a33261
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,85a510d2-10e8-4912-b588-bcb03031ebe5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,7c5568c5-219b-4d3a-8073-a2ed6787e78b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,3597379f-8522-42cf-9d7b-c6d29c4cd1b1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,91276230-e632-42bc-86d9-4a9f5cbf39d4
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,27b2efa6-8607-4607-8d70-4b4514156d71
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,1591ad25-3e85-4f95-ba5a-1b3150b9327e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,a8b5056b-5e8d-4926-8fc5-835340488f40
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,10bf8578-98ae-4f6c-81bd-efe5f26d3f15
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a6e8e5e4-9f26-48d6-af8e-b2a0b6e2b5e9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,e0d9fbae-f98f-45c6-96f4-de82967f55e9
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,ac723e72-60ab-42d7-8768-ae11641d9be2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,cb717d83-2884-45ec-a012-981986a170d6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,51b380df-8bb4-4fd2-aec2-fec584f67378
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,1cd1b2cc-2059-4fc2-b52f-f9b9564e9b8c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,6e92eb23-40f4-4c35-87cd-81e594507c9e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,6a71a85d-b16c-4ed1-983c-941bdd5b17b3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,df42d325-9b11-44e5-975b-1d4cb23810bd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,f9577d74-280c-4bb7-80d0-c48a4da9599c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,7f2597fb-789a-40ae-93fd-dba2a37e4844
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,ebda70da-0700-482d-8e1f-7ca530139606
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,6b17ae83-b2b9-4d76-9211-6b52911e9bf4
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,6980d5c1-53ea-4ae4-b7e6-f5bc63b15946
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,77468e5f-a534-4e7e-bff5-2b88ce68a2e0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,db8a7fb2-92b2-43a4-86f0-e6b9c4e60c18
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,2252a01f-783d-4063-8f21-ff57fd20d3e8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,3098585c-74b6-4121-a366-86b5548ec2af
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,17fed60a-d595-444e-bc04-47de2ead783d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,de3a0f91-40a9-4fa2-83da-9fc1d77ad75c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,5998741f-ec62-4383-b850-9506e171a0e7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,075a1759-6040-45e6-9543-569f88d449b5
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,4dbd602e-04cc-45cf-8f83-8dd8894a7996
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,532cf565-1bb6-40b6-9e1b-3e8ebcad67a4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,78824a79-9612-4e7d-9f0b-8535d83804ac
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,341b13ea-2bf1-4d8f-a26e-a46cf7530871
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,c3919ba5-5d6b-407e-be1e-45ac62b44900
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,8db0ff2d-4167-4dc1-b9ad-e6ca79ea6ad4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,d26e80d5-fe53-4af6-8b0c-366bbb06cb98
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,c4fda172-87fb-4a44-ad2c-91d5cad3159c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,bdce22a6-3f7f-4893-8e98-a45918ee1e09
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,982dc024-2f1f-4ae1-9363-ee3a92ac2e47
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,8df9da10-2761-481e-ab1e-836aec771fb8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,7fd3bfe7-28b3-4f6d-9c57-87492a6f7627
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,fuel_combustion_consumption,4425cbeb-a99c-4773-859e-baa2dbf82dfa
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,sampling_scaled_data,da340610-cd07-4798-9287-81199b9ef062
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,56.1,modeled_data,41e24ed7-4ca5-47c5-bc8d-202f2b15d0ad
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,b8df9a27-e088-476a-ae78-3703b2999b31
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,0668818f-2cd4-41bc-b5db-334bc3a12718
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,b9981f55-d751-4a92-8013-e37b04a72f95
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,b3ad639c-a635-424d-ad8a-a4c23bf2c45a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,5ad56968-1996-41c0-90b7-0884390da612
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,b46e00a1-6401-4311-b837-22431a3f46a6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,63e47db4-93fd-4d4d-bf28-adf38c0ecf20
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,16dee155-ed98-4617-9854-030fd25b5984
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,fcddcf7d-5a3d-4a02-b546-55ac77b4c74d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,d63e294c-fca8-4d1e-a52b-cb0f07dd658d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,23ed21b2-d70b-4b90-b396-58dbc3dc3e01
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,7f05ec72-cc9c-4372-a62b-c5670bef57c6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,87595275-b63e-40a8-8116-8cec671e0c78
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,6050410a-e2c6-4417-be5f-0c2b70bda45b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,1a412fec-384d-4c7d-a609-dfc078a9c141
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,fuel_combustion_consumption,26183447-951f-4aad-8ed7-bd5bd06fb79f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,sampling_scaled_data,60968f01-6680-4922-9a48-46ffa1bf0d12
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,56.1,modeled_data,7811c1c7-d223-472d-8ea2-4ae1609bd9fd
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,fa9a7cf6-92ee-4f1e-b3bc-6604eac8be5a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,d2fee1bd-26b5-4096-90c3-75b5659e27d1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,69425e1a-757f-40a5-bde4-f377781b3c7b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,dcec3270-d9fc-4ba1-a535-fd32c2c9e074
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,2dd358bf-40d0-437f-922d-8c91f488357e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,67110adf-1aa3-46ce-8187-40335d4d7618
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,f29b1cc6-e455-4a44-a5b3-949690dcd94c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,15f7a9df-ff5f-412c-9307-9f34c110606d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,3d36b6e3-84b0-4fa5-b2d2-62ca219982a8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,06b48b19-a19c-4777-9dc9-ac3ea4b30162
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,9caea00d-5690-49c1-9f35-8f9320b4d7d6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,59e7ba23-2495-406a-a4a5-238fbd000a78
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,e8a258f7-125c-43bb-a842-a19d376587a5
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,8b22665a-12cd-4b36-be83-956c3348f268
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,1e2d5521-5209-4e2d-b4e0-972aa98891b3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,fuel_combustion_consumption,6f48ac15-ca9e-4002-8ca0-7d87ac77e04e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,sampling_scaled_data,5afd4252-e28a-4961-b012-326144bd5275
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.95,tC/TJ,56.1,modeled_data,8ce823f4-b527-4897-a4dd-f4f60d8797be
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,894a7e81-7cf3-4206-a85b-8de551d85bcf
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,03bee2bc-90b9-451f-98f1-ee7763f103df
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,06b1e697-d0c5-4f03-87b3-9f66fe8a8565
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,e795d391-2129-48c7-8f42-8ef02d680293
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,ae4522cb-74c0-4eb1-90f6-520c3c27aa6f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,56f4fca7-1cf7-43ef-942f-e6170dc3c692
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,ec5b8858-2acb-4a2b-8647-f5842f748c78
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,c7efb5a1-90ab-49f0-a04b-4b2ba8f56492
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,a2d03ae2-dd75-47bf-ad23-b1250df15ff2
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,fd12d46c-27e3-43a3-8700-437b70a17159
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,a8890931-e0a1-46d1-a0e2-9528c59650a7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,4d87d537-0a58-4a5a-9919-b74308575ae1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,6dd1799b-058b-48f7-8f38-7f271e91fd29
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,1f5825d9-78ff-46fa-ae0c-f7c00184c5c8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,06ec8bc0-af99-4d16-bc61-cfb1ae372ec7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,fuel_combustion_consumption,8bc1d464-da37-4a0e-9e13-f19928149010
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,sampling_scaled_data,03b1e9a2-799f-452a-a881-ea6385ee2976
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,56.1,modeled_data,9a506230-7c4f-433e-ab77-e0719b464482
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,762f6a09-dc29-4dc2-a401-07897b582b65
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,6722e6fd-cab8-4c3b-9455-dd77fce8f0c6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,17fe3aae-c1ec-4d0f-a1f5-1a67cafbfaef
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,206603ae-bb8f-4b17-a028-3ff2961846a1
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,d6457615-492e-4b60-a935-696fbe1d6ff3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,099c84ad-cca1-4ea9-92e8-6caf491f0564
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,1ff0aa15-54f1-4770-b680-643e796b34d9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,21538348-4a4d-47a7-ad60-dac2643870d7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,a584fdb9-e175-434e-a2cd-12628b1d3891
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,be080039-f463-4ab4-991a-0917d1f88066
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,48a43ad1-c359-4df3-a59b-b59f3c44ac69
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,585bec60-1b6d-429c-928b-38023d6f2b02
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,7aafe2bc-58df-401c-af3c-e9550a9f93f6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,761fed93-9cec-48c7-b605-f0b63bf26d27
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,9b18d9a3-4d9c-4f28-977a-3379d3cc42b7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,fuel_combustion_consumption,8b02420a-a285-43eb-9484-47f9827e255b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,sampling_scaled_data,b66216cc-347e-4767-aba9-586c8e93ac31
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/TJ,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,13.97,tC/TJ,56.1,modeled_data,95d59eef-ad13-49e3-acc1-bfed28de583e
-18143,"1.A.1 - Energy Industries
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,fuel_combustion_consumption,65f62cf1-f1d5-43d5-880c-b67d464efd6a
-18143,"1.A.1 - Energy Industries
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,sampling_scaled_data,b2708733-cc21-47df-9039-df03e6e7b897
-18143,"1.A.1 - Energy Industries
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,30.0,modeled_data,e950992d-9339-470f-9302-83b5858b6083
-18144,"1.A.2 - Manufacturing Industries and Construction
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,fuel_combustion_consumption,423a3060-edbd-4c14-adf7-d26bf6ed377c
-18144,"1.A.2 - Manufacturing Industries and Construction
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,sampling_scaled_data,d507652b-5ab4-4623-afed-ccaebb2d5956
-18144,"1.A.2 - Manufacturing Industries and Construction
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,30.0,modeled_data,c8fd1158-4b81-4053-801c-0f901890b37b
-18145,"1.A.4.a - Commercial/Institutional
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,fuel_combustion_consumption,a03afddc-069b-4b4e-84e6-cfbe0eefed0c
-18145,"1.A.4.a - Commercial/Institutional
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,sampling_scaled_data,9f92bda9-4b19-407a-b83d-3ce963302c0a
-18145,"1.A.4.a - Commercial/Institutional
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,300.0,modeled_data,cbe1c92e-4d76-4f7a-a6d4-ea41503ad95d
-18146,"1.A.4.b - Residential
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,fuel_combustion_consumption,d1a3c66f-85fb-4574-880e-3e24ce9c76ba
-18146,"1.A.4.b - Residential
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,sampling_scaled_data,693bdbf6-c4f1-406d-92fd-3994160ced7f
-18146,"1.A.4.b - Residential
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,300.0,modeled_data,a98d7c1e-d0da-401c-808a-da677fe65e7e
-18147,"1.A.4.c.i - Stationary
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,fuel_combustion_consumption,f7ef97ca-c883-402c-a0da-eeb2ec2225e6
-18147,"1.A.4.c.i - Stationary
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,sampling_scaled_data,75e4a1b4-8a8c-43a0-bfd5-c075e6eb0e54
-18147,"1.A.4.c.i - Stationary
-",CH4,Other Primary Solid Biomass,CH4 Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These CH4 default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,300.0,modeled_data,f1f703ba-0391-439e-9150-3820a58f8a47
-18155,"1.A.1 - Energy Industries
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,fuel_combustion_consumption,5b5915fa-89ad-4838-aa61-2a63b300747e
-18155,"1.A.1 - Energy Industries
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,sampling_scaled_data,dd962f5f-a7a1-4875-948e-978d21127ced
-18155,"1.A.1 - Energy Industries
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,0.7,kg/m3,,,0.1,modeled_data,deadebe2-278c-46e2-96cc-a509c3fdc74a
-18156,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,8473110e-0935-4cef-a41a-0ad6eba44aad
-18156,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,sampling_scaled_data,698cc5b1-141f-45e2-bbe2-4eb6dfa9699b
-18156,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,0.7,kg/m3,,,0.1,modeled_data,85187603-420b-45cf-9c5a-aeba8d6dcdb5
-18158,"1.A.4.a - Commercial/Institutional
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,6b9e9ea0-6473-4b53-abb0-3dbf7c3844f1
-18158,"1.A.4.a - Commercial/Institutional
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,sampling_scaled_data,135306bb-d7b1-4a62-bcb0-e34334610dfa
-18158,"1.A.4.a - Commercial/Institutional
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,0.7,kg/m3,,,0.1,modeled_data,4b3f16d3-c314-4a25-bb0e-8adecaf55e8c
-18159,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,00a63e1a-fce0-48b7-80a6-fe91d9f3277c
-18159,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,sampling_scaled_data,ab84447e-6950-4e88-a8b7-f16ac82441ea
-18159,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,0.7,kg/m3,,,0.1,modeled_data,f87d5417-d7cc-47af-b240-e2a17906efd7
-18160,"1.A.4.c.i - Stationary
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,fuel_combustion_consumption,44d804f1-a180-43f5-a350-da2aca3d7ff3
-18160,"1.A.4.c.i - Stationary
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,sampling_scaled_data,cf4493dc-81f0-498b-938a-16ce4c0226bd
-18160,"1.A.4.c.i - Stationary
-",N2O,Natural Gas,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,0.7,kg/m3,,,0.1,modeled_data,8299fcfb-3d15-42ab-96b7-8ea60a1c56c9
-18173,"1.A.1 - Energy Industries
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,fuel_combustion_consumption,0776f2c7-bb95-42cc-b0f7-7666b881a8bc
-18173,"1.A.1 - Energy Industries
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,sampling_scaled_data,d3af41c4-d924-40ce-90c5-b745792e31fd
-18173,"1.A.1 - Energy Industries
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,modeled_data,6aa3c765-072e-4dac-8a3c-33a4d3cad308
-18174,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,fuel_combustion_consumption,2b0c15f6-7e88-4402-9057-bdd08b256e3d
-18174,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,sampling_scaled_data,08c698c4-149f-493e-bad4-7dd9ec2df9ac
-18174,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,modeled_data,943d2520-e65c-48f9-941a-a8db76265091
-18175,"1.A.4.a - Commercial/Institutional
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,fuel_combustion_consumption,143ec670-2c06-4b81-90f9-bed5543e9a4a
-18175,"1.A.4.a - Commercial/Institutional
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,sampling_scaled_data,058d96d4-0768-460c-8c39-0bac21460679
-18175,"1.A.4.a - Commercial/Institutional
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,modeled_data,8458bf11-fdef-4e80-87e7-ab61cd8c30e2
-18176,"1.A.4.b - Residential
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,fuel_combustion_consumption,a04ed513-0e99-4039-a677-25c13606ca28
-18176,"1.A.4.b - Residential
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,sampling_scaled_data,5b958d65-a824-4ad4-adc0-5a4baa7fca8c
-18176,"1.A.4.b - Residential
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,modeled_data,1536389e-9ec3-491c-a5a4-ac1efec9846e
-18177,"1.A.4.c.i - Stationary
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,fuel_combustion_consumption,da970aa2-cae6-433b-8bbf-9bca53d92393
-18177,"1.A.4.c.i - Stationary
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,sampling_scaled_data,e547a95a-1464-4538-9173-4a7ddb1490e2
-18177,"1.A.4.c.i - Stationary
-",N2O,Wood/Wood Waste,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,modeled_data,e6210822-426e-4231-8ad6-122e5bb3d8a3
-18178,"1.A.1 - Energy Industries
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,fuel_combustion_consumption,3f7f8641-d17e-4adc-930b-55c5f23aadc1
-18178,"1.A.1 - Energy Industries
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,sampling_scaled_data,3345bba6-fe6e-44a5-bed9-c7e102fc7660
-18178,"1.A.1 - Energy Industries
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,208.0,kg/m3,,,4.0,modeled_data,e18dfc89-7a8f-49d4-8719-c09a99f020cc
-18179,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,fuel_combustion_consumption,934b5f98-fb68-44ad-9688-abd54790fba3
-18179,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,sampling_scaled_data,016ad13c-19c3-48f6-812c-4819626dab47
-18179,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,208.0,kg/m3,,,4.0,modeled_data,476d98e8-6d3b-461e-968b-ea0a17a8b94d
-18180,"1.A.4.a - Commercial/Institutional
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,fuel_combustion_consumption,bfb5fbb0-44b2-4ba2-a06a-f56eb0f0f15c
-18180,"1.A.4.a - Commercial/Institutional
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,sampling_scaled_data,5511fa0c-df6b-4132-b0cd-e5255bc9c875
-18180,"1.A.4.a - Commercial/Institutional
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,208.0,kg/m3,,,1.0,modeled_data,12e55d06-2688-4f44-b4ec-e770156e0b3e
-18181,"1.A.4.b - Residential
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,fuel_combustion_consumption,9ed99afa-c6ad-4d08-ba43-5c1fd3b72a3f
-18181,"1.A.4.b - Residential
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,sampling_scaled_data,c16dfaa9-73c9-4dd5-8351-aeb590650b1b
-18181,"1.A.4.b - Residential
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,208.0,kg/m3,,,1.0,modeled_data,f19a315b-0efe-41f5-babf-3c9b7de4f47b
-18182,"1.A.4.c.i - Stationary
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,fuel_combustion_consumption,c793a802-6095-4079-9502-b5a4f24aef4b
-18182,"1.A.4.c.i - Stationary
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,sampling_scaled_data,0b558564-0706-4678-8b3d-3ee7d77bec8b
-18182,"1.A.4.c.i - Stationary
-",N2O,Charcoal,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,208.0,kg/m3,,,1.0,modeled_data,dec2206b-9f32-4f16-9fd6-dd91716d6945
-18183,"1.A.1 - Energy Industries
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,fuel_combustion_consumption,dbe28011-2f7f-41e8-968f-b857a0304131
-18183,"1.A.1 - Energy Industries
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,sampling_scaled_data,f8ee28fd-087d-4a32-9be5-cc67c70a41ed
-18183,"1.A.1 - Energy Industries
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",1.4.4,,,,,4.0,modeled_data,fb7d8e38-6239-4e08-a178-f169e74d2486
-18184,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,fuel_combustion_consumption,5761fe91-f9d9-4f21-9f29-8e5d1fb6ffac
-18184,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,sampling_scaled_data,d69ef1f6-1a8a-4a52-845e-b9e4902570d9
-18184,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.3.1,,,,,4.0,modeled_data,ffe92b26-c714-4be0-bd5b-f66d0d36045f
-18185,"1.A.4.a - Commercial/Institutional
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,fuel_combustion_consumption,20f2205d-7069-47d2-979d-3629a083fb15
-18185,"1.A.4.a - Commercial/Institutional
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,sampling_scaled_data,bd31ee42-ac6c-4296-bc06-eeddffb32bce
-18185,"1.A.4.a - Commercial/Institutional
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.2.1,,,,,4.0,modeled_data,2bbb9dab-115e-4de4-b31a-b6dee945d57a
-18186,"1.A.4.b - Residential
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,fuel_combustion_consumption,85596676-1eae-4133-88d0-9f46d922ee99
-18186,"1.A.4.b - Residential
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,sampling_scaled_data,697c5de3-caa4-427a-a92c-f1ec8ccded7e
-18186,"1.A.4.b - Residential
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.1.1,,,,,4.0,modeled_data,5a9748c0-6aa5-4e4b-9c91-50ab4818c2c9
-18187,"1.A.4.c.i - Stationary
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,fuel_combustion_consumption,30711923-dbef-43a1-aa29-77a0f5916624
-18187,"1.A.4.c.i - Stationary
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,sampling_scaled_data,64e9fd58-596c-4b81-951a-3300f84b8969
-18187,"1.A.4.c.i - Stationary
-",N2O,Other Primary Solid Biomass,N2O Default (Uncontrolled) emission factors,,,world,,kg/TJ,,"These N2O default emission factors are based on CORINAIR90 database, the CORINAIR1994 default emissionf actors, EDGAR Version 2.0 database, National Communications to the UNFCCC,Berdowski, et al(1993 ),Radian Corporation (1990) and USEPA(1995). Additional research is needed to improve the quality of the emission factors ",I.5.1,,,,,4.0,modeled_data,be148c64-075f-43fe-8a2e-fa0ff09fa5c4
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,bfd77f59-033a-4e32-a45b-80cca333c401
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,55dcfb00-d3c3-4244-85ab-e59bd82b068b
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,300.0,modeled_data,6c557c9c-7750-493b-9d8a-55c08a539d07
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,33644260-c576-4a84-9015-0759e1540fbe
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,78f2341a-b7dc-4aaf-a458-67fbe6232d38
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,300.0,modeled_data,81047dc3-2a22-4a5d-9d5a-fa1ff317b0bf
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,c07229fd-2afe-417d-a4ae-70674075074e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,4b21c323-9eb3-443d-937f-3e2f41ff88ad
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,300.0,modeled_data,293cd938-4c7f-4f80-9710-51a7399ad398
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,a9793d52-f984-40e7-9941-6f28184be7e2
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,91f8ca6e-9c45-4256-8ca0-07db8d677e62
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,300.0,modeled_data,cc2c2c0d-0896-4f68-b1ee-5fb61dc4f54c
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,619ed7b9-a0e7-4158-8885-7be89fa04263
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,30cab6d5-0bf2-4d7d-ae6e-778e9fabd7c3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,300.0,modeled_data,91c83657-a1fd-4aa6-b818-3b290f736819
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,28d63a9b-feff-436c-b98f-e0d3be680e4a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,8df62b35-9269-449e-9d55-61b4fe25efa1
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,300.0,modeled_data,ef1bcf77-14bc-48ec-b0ee-c71ad50699a2
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,7048fd88-1d5c-4fc0-8467-6d8362529754
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,acfeef60-5dfe-4165-999c-4f51e52f2e76
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,300.0,modeled_data,716c9ced-508e-4f3d-bc33-2ed4aefebb58
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,a899de46-e705-4099-bf55-db19a9e19579
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,78f73294-8bea-4075-a70b-9b85945a88f3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,300.0,modeled_data,1c7790ba-2811-4e69-bc23-cc5a8cd045e2
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,d7c9a962-422e-4765-a5a3-f79fdd9085ff
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,c6224bea-74a5-4fb0-8feb-9e5391564302
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,300.0,modeled_data,ce46d8aa-8be4-493b-81ce-ba4bdf0d5bbc
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,e8c47e35-1eae-4b1d-b28a-a6b37930b7b7
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,1cf778ba-0155-486a-8c6a-0079ba9eda3b
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,300.0,modeled_data,3abd3d0b-6663-4a9e-9b79-f69d9e90a97f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,6ab16d17-476d-48f4-946e-294ae0e894fb
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,5b466a13-56ec-48b1-9ae3-f15b73c35166
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,300.0,modeled_data,a367228d-2b26-4bfe-b4b3-61cf49946964
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,300.0,fuel_combustion_consumption,d4de3ead-8270-4cf1-8d8c-dc058c654c10
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,300.0,sampling_scaled_data,9bf9dc7c-afa7-4f39-a92a-cf1ff156b0b0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,300.0,modeled_data,3bba40d2-35ad-4183-8e6d-5730ed52cba0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,d5f6fc0b-cd9c-4671-88d2-9856288cf40a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,ce688604-2ed3-4b55-9992-9031f53b87c9
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,300.0,modeled_data,f0d737d2-8a8f-4d33-afdf-c4da7e9ea140
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,2c0654c0-f03f-4146-a30d-ff40e1a0bc0a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,e83093f3-32b7-489c-b85b-5f2daceff375
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,300.0,modeled_data,a27a0583-ad2b-480d-90e2-653cfac0955d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,d908b340-b690-4427-9db1-bd49223366a6
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,394bcca8-f536-4df4-91c8-047ece7fdf73
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,300.0,modeled_data,816cb386-3270-4d9c-a8f0-de9c690475d6
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,ea185e4e-4c3a-42ee-af56-009f1f5fe430
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,192798b1-3c32-4bfd-8a55-b7f4d8db8769
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,300.0,modeled_data,981da196-3b42-4018-9318-b7fa60503eea
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,46498e83-f990-4b76-adcc-59bda39605bb
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,956c5001-155d-4474-9ca3-ba6c55f1fbf8
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,300.0,modeled_data,930623cb-abbf-4da7-9ad1-21ee6bb81c78
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,300.0,fuel_combustion_consumption,8bcc4229-3802-444e-a4c8-aeefec5e512f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,300.0,sampling_scaled_data,e61cb3c6-28f0-4e64-b427-f7b7568513da
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,300.0,modeled_data,78cf8f8b-ed2d-4ccc-9d77-634ee0bba3d7
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,81f7022e-4ed5-4e57-ba67-b76746d57902
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,1484d8f1-a666-4dfb-9f95-c44adacd327d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,15.6,TJ/Gg,1000.0,modeled_data,58f7d3bf-0322-4582-aeef-39bd900c800c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,7af104a9-a0d1-4566-9edf-bd88f56a4ffd
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,358860d4-0129-4efa-b70f-a655a8cfa823
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,15.6,TJ/Gg,1000.0,modeled_data,316153f9-0aca-498f-8637-47532a3d5570
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,4dd8f7c9-ae89-4b51-9628-9d9b562635d2
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,b970a7cf-b7c6-47b9-a8a8-29945aef5dfe
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,15.6,TJ/Gg,1000.0,modeled_data,ab2abec9-5e05-4151-ab39-e00421f5ec2b
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,ff1b68a3-ac1a-4cef-96d0-4b1232132f85
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,afdef328-0317-43f4-886f-e6c95927d808
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,15.6,TJ/Gg,1000.0,modeled_data,9199488c-2eca-4664-9cae-580ee53925e9
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,8d7cc35e-ddad-487c-bf79-03eb82fedb72
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,a00cec26-cbfb-4c2c-9100-ad52e762f43a
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,15.6,TJ/Gg,1000.0,modeled_data,68ffea35-ac25-42a3-b343-0a54070ab60c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,37164809-086c-4371-af09-5fcc1fa2276e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,fe2d19ac-56cc-4fda-a566-c40b239260bc
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,15.6,TJ/Gg,1000.0,modeled_data,f32f965e-f599-4466-8bbe-3c36ab5096d3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,2eb40370-b323-4232-a557-f750549c887f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,9f252d46-bc9a-4f12-b641-cf0f658148f4
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,17.06,TJ/kt,1000.0,modeled_data,f23edaee-c2c1-44ba-9843-90302e1946f7
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,75bdba36-57f0-4fad-b5d3-ce36a922e656
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,bc9e40ab-0c4c-4a46-9238-1d23f4f9e753
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,17.06,TJ/kt,1000.0,modeled_data,8767ed3a-cbcb-44b6-a92b-76b369f0c47e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,5e03eda6-1267-4555-b182-d55481a43480
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,183f699d-d249-4091-8c73-a0afaa21fd45
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,17.06,TJ/kt,1000.0,modeled_data,6d21c3ef-8154-4bf6-a251-3c6a37d9fcc3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,ee5b009f-4b83-45b6-b859-fb61a9c8b33a
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,75708993-b151-4a21-94e0-700affdc3e98
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,17.06,TJ/kt,1000.0,modeled_data,4c2d2e53-cbda-4431-a668-fbf8566d7410
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,493d185d-a2b7-4017-bc9b-c9a46a8601bb
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,493a66b3-aeac-4499-9cf9-b38f94b1b8a5
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,17.06,TJ/kt,1000.0,modeled_data,b940780a-af92-4033-81ff-e6e0338f43e2
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,1000.0,fuel_combustion_consumption,2eb5b891-eaf7-4626-98b2-e27782c66a63
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,1000.0,sampling_scaled_data,186f6f73-da34-4629-80da-8c2b451b9b1f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,17.06,TJ/kt,1000.0,modeled_data,a1b1d5e2-494f-4525-a9f9-01d396dc75ae
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,f957fbce-5871-400c-bdea-64dbe550c9e1
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,ddc773cf-b27f-4f88-bde3-5740ed99cd2f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.1.1,,,29.55,tC/TJ,1000.0,modeled_data,c666f947-89e6-4f72-b29f-9f93758b1dab
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,e1b7609d-0e28-46ed-ac74-3e0d4a3efaaf
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,01f02609-b399-465e-a642-5c792aedf667
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.2.1,,,29.55,tC/TJ,1000.0,modeled_data,fa4fbb2e-6ecf-4e77-a623-5b25fc78d309
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,b1dec62d-8a3c-4091-a687-5d0141c6ae06
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,98b4ee13-bba2-42c3-9a4a-972d1252c031
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.3.1,,,29.55,tC/TJ,1000.0,modeled_data,00f04734-d40e-467a-9edf-4b30d1d029ad
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,f8a541bd-bd6a-4398-aa58-84c48d9719e1
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,c0664430-e3c3-4163-a8b0-8ba75d77fbbf
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.4.1,,,29.55,tC/TJ,1000.0,modeled_data,73a35a79-017e-4c29-8a73-9533d2d91089
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,cc9b3a88-2eb9-49cc-adfa-32792445887b
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,b3bb4501-8f5f-45d8-b9a9-f4dcce66f90f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.5.1,,,29.55,tC/TJ,1000.0,modeled_data,83781049-b90f-4edc-9cc2-248834b53c16
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,1000.0,fuel_combustion_consumption,549b9a93-0ccc-4ffb-8a26-f8d5ae111a16
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,1000.0,sampling_scaled_data,8469ef8e-f546-4fcd-a0e8-76773a132fa3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/TJ,,,I.6.1,,,29.55,tC/TJ,1000.0,modeled_data,88c066ff-e02a-4a04-bcd3-411b9e4896d9
-118500,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,fuel_combustion_consumption,8b21732d-7b5e-4067-bf4a-e85fe625faab
-118500,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,sampling_scaled_data,3de4af27-9987-4d66-856f-2c383663c730
-118500,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,modeled_data,b31f7777-e3a4-423f-88fc-0acf3bdedfa1
-118501,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,fuel_combustion_consumption,1cad79be-1427-4f1e-8a3d-2939154df009
-118501,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,sampling_scaled_data,4a2db9f9-b905-458f-8785-c7005a4594cd
-118501,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Sub-Bituminous Coal,Industrial Source Emission Factor,Other Bituminous/Sub-bituminous Pulverised,Configuration: Wet Bottom,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,1.4,modeled_data,78d7f7e8-b9a2-4105-985e-0caefb3e89d5
-118502,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,fuel_combustion_consumption,1f806d63-8b60-4a17-b697-3d27de773800
-118502,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,sampling_scaled_data,1c2fef31-3b64-4355-8cf8-77c21eeb31d3
-118502,"1.A.2 - Manufacturing Industries and Construction
-",N2O,Other Bituminous Coal,Industrial Source Emission Factor,Other Bituminous Spreader Stokers,,world,,kg/TJ,Equations 2.3 and 2.5 in Volume 2 of the 2006 IPCC Guidelines for National Greenhouse Gas Inventories,"U.S. EPA (2005). Air CHIEF, Verson 12, EPA 454/C-05-001, U.S. Environmental Protection Agency, Office of Air Quality Planning and Standards, Washington, DC.",I.3.1,1346.0,kg/m3,,,0.7,modeled_data,968a331b-05b1-4253-bd1a-2005a82a8233
-122309,"1.A.4.b - Residential
-",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,fuel_combustion_consumption,1dce4322-c7b5-4c64-9da5-5a93b2164921
-122309,"1.A.4.b - Residential
-",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,sampling_scaled_data,301ba9d0-8afb-4d36-8a1f-06a495c6921e
-122309,"1.A.4.b - Residential
-",N2O,Liquefied Petroleum Gases,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.264,modeled_data,cb883a77-42ea-4f33-a0b1-2788d9cbf8bd
-122310,"1.A.4.b - Residential
-",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,fuel_combustion_consumption,01fc1af7-838e-4906-921b-a760526cd913
-122310,"1.A.4.b - Residential
-",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,sampling_scaled_data,02dd61b7-740e-481c-8320-fed79bcbbe7d
-122310,"1.A.4.b - Residential
-",CH4,Liquefied Petroleum Gases,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 80% -100%, Flue gas(dry) : O2 12.98-14.49%, CO2 4.66-6.12%, CO 46.76-61.6ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,540.0,kg/m3,,,0.022,modeled_data,5d0b0e7d-1173-47d6-9baf-6822bb9683f2
-122311,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,fuel_combustion_consumption,bb064cb9-eaec-4579-893e-2d19dc159ee2
-122311,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,sampling_scaled_data,76387ca7-405f-4cf7-9ad9-3034ceacc8a0
-122311,"1.A.4.b - Residential
-",N2O,Natural Gas,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,0.204,modeled_data,75d1d1dc-5800-4316-91fa-8401a65beed6
-122312,"1.A.4.b - Residential
-",CH4,Natural Gas,CH4 emission factor for  heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,fuel_combustion_consumption,4e06803f-37e9-4c30-a819-94ed8ed253b0
-122312,"1.A.4.b - Residential
-",CH4,Natural Gas,CH4 emission factor for  heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,sampling_scaled_data,27949aba-10f2-4460-8604-33f78dfaea8e
-122312,"1.A.4.b - Residential
-",CH4,Natural Gas,CH4 emission factor for  heating boiler,heating boiler,"Load during measurement about 60% -80%, Flue gas(dry) : O2 6.01-13.06%, CO2 5.08-9.23%, CO 14.28-60.13ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,0.7,kg/m3,,,19.807,modeled_data,263fd034-f536-4864-91b4-f65f7d079436
-122313,"1.A.4.b - Residential
-",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,fuel_combustion_consumption,76aae0d0-43c3-4508-a77f-1a97ed64afa7
-122313,"1.A.4.b - Residential
-",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,sampling_scaled_data,0019cfad-0ff6-4d08-8737-3273721603fa
-122313,"1.A.4.b - Residential
-",N2O,Other Kerosene,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.217,modeled_data,1860fcb6-9d61-4c29-bd7d-74b477842415
-122314,"1.A.4.b - Residential
-",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,fuel_combustion_consumption,084e36fd-08dd-4f49-af52-0d42c851c2ec
-122314,"1.A.4.b - Residential
-",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,sampling_scaled_data,454b246b-d8bb-4b4f-bc59-85370c2183ae
-122314,"1.A.4.b - Residential
-",CH4,Other Kerosene,CH4 emission factor for heating boiler,heating boiler,"Load during measurement about 60% -90%, Flue gas(dry) : O2 2.62-9.36%, CO2 9.1-13.72%,CO 2.59-61.43ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,800.0,kg/m3,,,0.018,modeled_data,7481b220-f962-43a4-ba49-076ce4a8cd7f
-122315,"1.A.4.b - Residential
-",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,fuel_combustion_consumption,1a59065a-a54c-4cd3-85d4-7361ebcda609
-122315,"1.A.4.b - Residential
-",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,sampling_scaled_data,2151cc60-dc50-4436-9fdc-faa7e476a097
-122315,"1.A.4.b - Residential
-",N2O,Diesel Oil,N2O emission factor for heating boiler,heating boiler,"Load during measurement about 70% -90%, Flue gas(dry) : O2 9.8%, CO2 8.87%,CO 63.62ppm",Republic of Korea,,kg/TJ,,"Byung Moo Min and et al., Development of Country Specified Greenhouse Gases emission Factor(IV) (2011), KEMCO-20100338633, pp 47-94",I.1.1,840.0,kg/m3,,,0.572,modeled_data,51e665d4-f37b-4fa7-bc6c-0854be838f44
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,81516d98-3449-4368-8651-a2a5f6d674f9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,ba116549-ab49-44cc-825e-697ec6eb0fd5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,82996262-743f-4a33-86ad-e781ed38ad1e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,d66a6c8d-5bdb-4a99-8b70-8ff4294b672a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,04a96088-fcbc-4131-9b0e-a9ee5edb8e81
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,9fb7215f-7928-4cea-b248-d0cfcebb2123
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,3eb2ced4-1fb0-447d-ae6e-026bd0fe8426
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,b78b3af2-101b-4e4f-80ef-6ae74233ec28
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,792bbf6c-5570-47bc-aed6-6891292d44f2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,5288607a-842b-4da8-a4d0-7f89dec2693f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,50d45ee0-322e-4932-856a-efcb3ffab761
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,51ae512a-4195-4710-a387-1df379232939
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,993fd9bc-f99c-484e-a17c-473d7d720075
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,112591f9-436b-4871-93bf-d2fe6a10be37
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,fe8ba93c-cf8f-402c-a44a-eb6e251aa9ec
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,5b8b753a-deb3-4aa9-abb0-33963b564929
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,a9ca76d3-d02f-43cd-8add-a1b8dc0eac1f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,260a0169-a8f2-4484-8719-2beb794b3797
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,e9ca4e90-37e7-433b-aa68-8c26083cf179
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,7a36a1bb-1678-4e05-869f-466ec2f9770d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,4a180590-4326-4095-8b20-c040d6c94e85
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,d15c8dd0-c01f-42b5-a784-fa2fa1f5ddd4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,7a47205e-d009-417e-9a0a-f26895b6d9ed
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,777fd324-2198-46b0-ac83-66950c52cb01
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,2aa5062e-d900-4d45-95ee-499bb57d77ec
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2a4aa8a6-4ca9-4d8b-92a3-4bbcf5763f21
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,588459fb-9fac-4216-97e2-0479d58cacf4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,ed89e6de-1403-4b2a-91e7-c40a1bf409cc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,fb11bbcc-fc26-4c5f-bec4-47d5715b078c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,77ed9aa4-4fd5-430f-906c-012b3c259216
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,f4afba6a-c1ad-4c91-8c59-e0b897da37ad
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,4d3c40f7-1583-4aa1-9b76-d29324aa31c8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,65777228-e622-4007-81ff-c777959c89c0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,f5c9eb0f-431a-4b92-aae1-d8de02d6e36f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2af4397c-c356-4ccb-88fe-23f823f51278
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,d43ab203-6d9b-4bc7-851a-b911b750ea0e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,bd53abac-1ca6-4735-8d74-2f5f14ef2745
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,ffe275cd-ee81-4999-8677-9cd16c11ab75
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,4331b7cd-3063-4956-bdf5-95b23b8b10e3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,30659b24-8780-4958-b7ad-39eb53b84c6e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,ab9b811a-3504-4255-96b5-cd7c84c3ca85
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,ef99cf8c-4866-4c7c-aec5-ce04734ae732
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,25cab412-6d63-4621-85bd-a1938ca7138d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,1a9a4a19-ba6c-4f4a-ae01-fa6c3bae9efd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,3893a354-c18b-40de-9d0f-5a7d04bbe04d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,60a75bde-85e2-448d-a461-4b097ceaf099
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,969e2834-971c-489b-af80-d72a38e9753d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,1e1ad558-bec7-4391-8451-817790601ecb
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,c68738dc-6886-4046-abb1-f70ac341c4b9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,69447e65-41c7-4472-89f2-c28ce6014446
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,ddf6c508-975c-4f53-9998-5d05f0493401
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,fe01e014-7948-4eb8-bf79-609f8b70cf30
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,c48c800c-6f6a-466b-be73-31dceaf6523f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,64a9d284-815c-4000-a296-bb2d11905a46
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,79b78e2d-585d-4fe0-b0f7-66b636570230
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,6d982878-ad38-4035-af36-45968b375cbe
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,0c6e10e6-0366-4d47-96ba-351fdeb7737d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,996fe593-077f-46fa-adec-2be53a870691
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,f25ba670-c4d1-468f-9f09-aacdd5b780d9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,581f11a3-51a4-402a-a6fc-8ba91cda65d7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,d2f8b7b6-1c86-4c37-977e-28f8009b495c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2ad9bf79-83c0-4caf-8c93-6926fe7c64fd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,d017f966-cb93-4db1-aea7-9cc01438a303
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,59ab47a1-b601-4bd5-adb2-3d446e075f54
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,1c786758-a086-4c4d-84be-dd5e78f5c611
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,5659dd7f-c421-47a6-a8ec-82f6607f67a5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,b29e9733-fc0d-455a-98a7-7482625f56cd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,2615cd76-06a9-401b-8bd8-071e300fb079
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,c0cb1607-bce5-497d-b2ea-086ba73c3eb9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,f391f2e3-48bd-4931-91c9-bbb5a48aa5a7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,1756e18a-a819-4ad6-a698-92684a630456
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,4443ef77-6270-4ade-8858-abdaa5356df8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,7b19363d-c8ac-441a-b304-52fcabc347bc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,85a3ae23-0b8e-44aa-b27b-74a0854e024b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,d6ef2317-7bb1-4446-96bb-2133fb30792b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,bda5789b-7f3a-462f-90c9-18d9ce67a0b3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,d43f694e-0b95-4688-97e2-1d3b4fcfdc71
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,36ad09a6-e79a-4960-9e73-aa57b441ac3e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,acd5d61e-167a-46cf-8f17-e5ce67aeb26d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,a54ad3a5-45b9-4fa8-8470-694443b45d11
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,7a7b60a4-1885-4752-bd21-0bbfbb558685
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,8147f54d-d136-4f71-b4a5-b598f37a9ba4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,4ee4d8f4-a672-4207-8219-06b6e9588bab
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,ef181851-902a-4525-83b9-1331c93e6d1c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,07b7d10f-a417-44f9-8892-864523d3b694
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,f0ee5e0a-44a9-4a39-a6b2-8c5a01bda54b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,fa6dc84a-75fd-47ec-a095-6c8a4d74b42f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,fuel_combustion_consumption,9d62eadf-3d1a-4ea8-977c-8459e48c790a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,sampling_scaled_data,e1d03e59-05ec-4d59-9360-0b242333eeab
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,106476.0,modeled_data,7d293375-3ef0-418a-835b-90904b1913ab
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,4f8711e7-4723-43d2-8c55-8bbc487edb72
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,9f5a3af4-ca92-40ab-979e-d4e3501c3c06
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,28169ebd-8212-49b0-a12c-8726ef0c85cd
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,22d1b9fa-9d2e-4116-98d7-ba0801fa4814
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,8c015280-0e0e-4f70-a027-6693add72ee6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,cf4a7966-9e50-4e24-b5b8-5f4b5741c86a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,7ac24fa3-7800-48e7-aa02-03de2e44eb42
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,448b7f18-cb62-4a6d-9260-694d46df8136
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,e469151a-a2cd-4c03-b09e-67531e984dec
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,3c19e667-d0e2-41d5-be57-f4c75ffc3878
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,2f6acff5-91fc-462e-a2c1-271b70b25e90
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,d2f0475b-431c-4252-8020-b75e36d4e473
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,7a2c3e41-bae8-498d-8b67-b7f1a0737485
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,3f2df2d8-33b6-4640-88ab-8126396fc9c0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,6653295d-3579-4564-ba46-2fd3aaecb91e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,48329ea6-fff0-421f-9433-e5e628934c66
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,7d2b1b15-80e9-48ba-8173-d84409bf7c98
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,dd5a7ae9-e36d-45e9-a4b1-60da0f4fbc26
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,f3854a4e-4ee9-4f6a-bdeb-ddd1dc3625dc
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,b0f5e23b-7e8a-4152-8ba0-ab124c1cb55b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,b1658aa5-62ca-47ba-8aea-e1e1d674028f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,b3d94ca2-c3c2-40c8-95b7-f2a0e95efb1d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,537bd68c-7d75-4239-bcf2-251b7b38f768
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,720ca301-ed53-427e-8b88-2c9ec01aa0a1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,349806c9-4476-4378-9234-d727099865e1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,9c141f48-d1e9-424a-81c2-911eab7e6f86
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,18e3f300-47e0-4091-b590-3992b368294f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,7c925ffe-c28d-4961-a766-f1677d3c79c1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,e6012052-0662-4603-87ff-35a9038362e7
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,f8da379f-6f7a-41b5-97eb-d914f8c0ee07
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,3396414b-0b15-4e59-b925-e1adfc03b122
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,aaee7415-1bc1-4ec8-b9f8-78d5fb252a63
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,37b46ab7-e31f-48ec-8843-9131e139d55f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,39409e30-91c3-4037-83ee-898f5494d2e9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,1d683849-cfb9-401e-b897-93daa138f689
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,64e03cac-234d-4808-8519-7f85f2df4bf8
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,fd4f3180-de38-483b-9103-714fed6a7b52
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,e9b096bb-655e-4dee-9e31-4b1f806288ee
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,f9862849-3d62-40e7-9dcd-25da748f79de
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,4cde3148-c5ef-46c3-9450-33ee4c6db57d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,6c4343fa-fc44-4c2a-b847-e43f90a99f24
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,c2fb611a-d91b-4144-85d3-9528dd320acd
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,932a483c-8180-475a-acf9-3f786ae54bda
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,2eeaf2c8-fb41-4f45-8783-4f0284b30e91
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,ef9b1efb-ac44-4800-b688-e4326b2cd061
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,f9a651e2-efbe-40ac-b21d-2c1be6ab0ddc
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,096b5cad-b705-4514-9ce1-1b73fe30084c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,53d16003-b407-4778-9752-1323b44aef37
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,20767467-7e1c-4296-8ed5-8072fbe6db72
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,ba024298-5e0d-4907-982f-679675e67986
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,010de659-a54a-4b9a-a753-51be1d437ee2
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,fuel_combustion_consumption,9f819f81-0ea8-4e74-939c-0333385d0514
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,sampling_scaled_data,4a7ed304-886d-4db7-9aa3-4682efa635de
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,100575.0,modeled_data,93e3889a-ac18-46ca-ad80-9ef87f9506b5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,24df22e1-f62b-411b-8796-d86e67ad9a91
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,596daf4d-20f0-4737-acaf-976e3d270c0e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,7491a3b6-b17f-4534-904c-b5b872f5f162
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,06c05bce-7ebb-4adc-9746-b9373ff5b3b9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,e2f1e748-8593-461a-99f6-3e48ba6ff689
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,72de90a1-46fa-4498-890b-6fc7aee079e0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,830119c9-a00f-4aba-ae2f-46e94d8b9994
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,cda774f0-9338-4392-8dc1-e97319ae60e8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,ac6bec7d-e2b7-40d0-bcc1-c837747c430c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,29a163e5-3cdf-4f42-938e-d8c47162f445
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,6ddf6d06-ea89-4ecb-b585-d98c15b85a13
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,8d047960-4eb4-4b72-aac4-5bfd54f91c2d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,ff830ee2-ba05-454f-94a0-4b78a74b6758
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,8e649577-e0ce-4df3-842f-21d59654568a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,d64083b5-670a-4f0e-91a6-106257065902
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,5d62a4d1-0841-4ed8-b761-3851f4fdb683
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1c101ca7-ef86-4bea-a228-f5e1209fb5fd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,de580d98-46e3-4be1-b35a-d8f5f9d2b911
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,252da0ee-6ed7-4ba3-9e3c-afe4172d7890
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,6278d93e-c46a-4acd-9e46-5a752a34b7b2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,e1a4043f-8d26-47e5-93fd-50bd80d4cc18
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,dd26c89a-6372-4556-9306-0ec0e02911f6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,72ee1918-46a0-4f84-8901-222cd08bced0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,19ea75ad-5ca5-467c-9da2-13d3dce5126b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,1674b2a2-650f-4f67-999b-e843ad53b3a8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,b1d8114d-1662-445b-8432-a0fd181e3621
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,6c9e225e-e403-4d04-b275-9d908a8fbda8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,58498e8c-8666-4ad3-8abc-4708173d4311
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,a86eea2c-df43-498d-a2a8-41b036dd2c9e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,885760a0-a993-46a0-b9a8-5116540785a1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,ea1c62d0-5a97-448e-b12b-6f203947a8b1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,0474d438-4b62-4c58-b108-bad42200ff72
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,ea7ed360-3b9b-4944-987c-795a4fec5318
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,bb746437-b77b-4d73-8a71-d690ba390c44
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1a207f9a-902e-4402-86d8-be308da2e27f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1a5c60c2-97d5-4912-b0bc-26efc922bfba
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,7d9908d6-02e6-4213-8a68-fa1f052c6b06
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,d4c99e3f-6c7f-4d5f-9c48-96bbf4ce870f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,6e19e51f-a3c4-4e08-9696-fac036d7cebf
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,acaeaff9-eb84-47ec-bc7c-4a76d01c9df1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,4fe2dc4a-b110-4217-a2b8-503cc7486073
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,5c548c9e-3a05-4ec6-86cc-d2f15c68ae62
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,110e9bbc-a7a6-4d3f-a257-d5d0093d94e2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,3128bb11-906e-4c64-ad80-aab2419a64a6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1d4a535c-2a58-4681-b046-6b5d3f03d551
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,93628767-e0e3-42b0-a105-3298ed6732e5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,0bc0df37-6227-4d12-971d-2fddd282fe28
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,44867ca1-dca8-45b8-9611-fe85b7fa9d85
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,749b1bd7-aa9b-4b51-b570-eb1168e51c24
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,2c156660-0d8a-4086-a1fe-b0bf46798a73
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1318ed0d-a4e6-4b47-b378-a0c92cebe96a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,4a18cee3-4a79-483a-b7da-50bbf6030c47
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,e9f39377-1d58-43b0-8227-31ce85f45d81
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,d9285952-21b9-4cc1-b16d-25a873bb2e57
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,759c5edb-fec6-4160-a808-c0693dc03093
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,77b75985-fb5b-419b-84c0-177d70352098
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,6402a56b-509b-47b5-a1f7-9da66847a9df
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,328706ec-7979-49b3-bef0-a9de97a2492b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,7babfa9c-585b-4840-a4f6-50d1f12ddeeb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,1b7d78ef-4ece-4487-a6ae-b6d0841c485d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,6e0c0cf2-8c1c-4087-8023-d9892bd50160
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,39052999-61d1-4dd3-b2a8-f115278355ad
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,40af4062-5f80-4f8c-ade0-ef5576852555
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,caa895a1-190e-4580-91fb-de322c0e64c8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1771a917-bf0f-4c44-8923-d78cc97a477d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,48e234b7-3a7c-45af-ad54-0ec34b85116b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,86edfd3f-dad2-4719-b49e-1c6938074fa3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,0e914996-b05e-4669-887b-770af9d8f976
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,441102df-1901-4d96-9a4f-584abd355a19
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,fd852eed-49b4-428b-901b-451a8a2b5915
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,774cad69-c60d-46d7-9f7d-804b8fd0ac6d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,f4f19bf4-b561-44e6-a027-b96d032aad03
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,b1f3e497-7da1-482c-8842-239ad89aa1b5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,066021f2-52aa-4167-808e-7e8ea5249cea
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,2b9bc097-8cb9-4751-9c85-cf92f226be17
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,97757df4-e400-4880-875d-dae2676daaa4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,7392f6dd-508a-4168-8290-a04544b70eb1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,58d08c65-1292-44c6-8ad0-a9864c883246
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,73f5f1fb-3afe-49a6-9462-09fed3ad9f7f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,26367ae4-6cb0-4036-a9e8-70cea5d553ed
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,92022e37-e31a-454b-a541-5f6efaecd961
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,32d68674-bedf-4e4b-80b1-6b4e963c6d89
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,9928165b-bc96-45f1-bcf5-8fdf0d2d96dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,664fb8eb-31cb-46b1-bdec-779740dd6995
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,7261bd74-4d3c-4625-8f8b-a2b9c43976f7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,83e6ca6a-824d-47c1-ba9b-f6d63f42d755
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,d00bc6be-a591-4987-8219-d1978d50d326
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,09b2a796-e53d-4328-a63f-e25d7f25da16
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,1c3a1bb3-36e9-46ff-a616-c93a9f1bb5f1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,33351a44-cdae-4c9b-be08-d4aa5187d501
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,015f9abe-bee3-464e-86d2-0cf10985d8e1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,46a65c73-1952-4ffd-a781-570a0afe8d15
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,31e2bc41-abbf-4f27-9644-88469c49aa69
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,dbf85c35-2318-45b1-b565-6224daabc37e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,288e9240-6007-42a3-8f90-9ca993480a63
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,145f6bd1-25f0-43ee-a4af-b3ccec2f3841
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,eabff09c-182a-4760-8010-26f7cc1ad956
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,75217e40-fc11-4dee-b41a-ea1cfbab8c4a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,91ec6fcb-8ce9-42d0-8cbd-62e1baff7e6a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,fc755467-ea64-4265-be45-f7790eb0efaa
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,8d01d56e-52d9-49bb-8cd2-cdda14900341
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,5e64d69a-6989-45b3-b87f-5893d3957f43
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,b49ed3ef-7168-4f66-82b6-17a8ca25fc44
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,b3881757-b7a7-463f-a030-a819076b3a42
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,a0c21298-f88e-40b6-80b9-666f01bcdd98
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,fuel_combustion_consumption,cde1bbd5-ac05-419e-8836-28ddbe3bc7d4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,sampling_scaled_data,8f9a96a2-faa2-4e44-acf4-5f29b20b278f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,94715.0,modeled_data,c8e2b21f-1d8d-43bb-a677-be72ab3a7bc2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,5d8476d4-53b5-44c1-a230-809bd48bc409
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,5832c459-6ff7-4c22-a35e-cd2b7c207de5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,bc5d46f7-3016-451d-a3d3-c203032abcca
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f35ed955-5eba-48e2-85a1-4946d7dd66b5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,fdf15c98-25e3-46c7-ba81-4485d1c2d528
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,972de304-c794-48f4-ae10-b41d67828a10
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,63d98812-2776-463c-9450-84a2f57cece0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,4cf4afbc-1e53-49ab-a0bc-ef266102c92a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,6344a0e5-956b-4607-883c-a5a6dad214a7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,59343df2-58cf-4f97-9aae-831a196dca66
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,11a5be27-30d2-494a-9c20-33a65ca72a9a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,9fb9550d-9cfd-4c69-8068-226f52df19e1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,ab5119d9-7f13-4a58-85fb-a59ca241f600
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a764a013-4f78-4996-95f4-8582b0a5c190
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,18cfa2fd-1045-4ce0-a98b-06d649cd0288
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,e90fe010-6583-4587-9020-7cf07edc9c5f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,8ff1173b-d547-4f83-b2e7-d1757346a05f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,e49e30bb-4145-4ccb-8d72-149fc51388ea
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,36e3d4cd-e135-40bf-bc36-c799e1d69575
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,40242f03-fa5d-434b-8a6a-ff9f7eea6450
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,16f255a1-2da3-4e75-a7a1-a0a2d60d6655
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,c2bbc087-fec1-46ff-b485-9604b6a9b8b6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,4823d54d-cc16-4b06-80c8-97bb26230dc7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,e01991a1-f75c-4b32-8551-6d97f724e7c4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,93c24cf0-e95d-4d29-bc9d-a5e97dc44ab6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,813293e0-8f91-4a43-9f74-a28b378b5bdf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,2f7167e7-7156-4129-995a-9ba8d44137f2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,0685d0d3-cde2-4b07-b6fe-3945c13a2d12
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a742046d-6d4b-463b-9df7-bcd6f0fb30fc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,9d8e9a28-8e47-4eec-947f-d976942029de
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,b65404b1-0497-484d-9673-c3b309667735
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,fc27e995-4420-47fb-ac12-8285600cd721
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,4df94b7d-5e0c-45ef-859d-49bb41b504dc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,65e288b3-02d3-4da7-9d67-0def6cdfa591
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,62fc6304-97b2-4ec3-9e03-458fc7430d37
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,a31f3d69-43df-4399-a1f4-539f4dcad004
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,9b72bb3c-43c0-4ef1-8e99-5edc7895831d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a55ba5e3-2ab9-462a-8de3-40feae3d74c1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,3a1553be-97fa-41f0-ac90-d11ce242fb70
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f9490f51-eae1-421d-bfde-33601776509f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,c6c5f498-9bec-499a-a248-2558ab3c3789
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,e1172add-34e8-4ff1-b00a-30b6c39f66c2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,83d1f4b3-c815-4a73-b408-12bd0bd900e1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,e7ff3fa5-158e-4a45-8102-9ca0053a738d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,18f9dc66-c8ad-4b60-a8dd-c1c17bd400a7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,88afba50-6045-4652-bd31-b5490a7497cd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,d7ac68df-9a55-44d9-bfb3-9699a693562b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,d70a44f9-4ff7-46fc-bce6-993533f68eb6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,994d051c-347a-4346-b448-daafcac33b14
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,5db8ffe7-1bd8-49d3-9054-5b14de360601
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,03fc0110-bd72-4596-a46b-e7f74e86b871
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,5ca2c439-b9a9-401d-bac9-abb73f599a69
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,614f2dc1-8360-4cde-80b3-65c5a2c374b6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,c3212069-894a-4b71-93a5-4c26b310404e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f52405c5-2273-4cf5-ac8e-94a0f76c0473
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,add5a4f9-cff5-4135-9e13-71c69de963e6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,5802632c-363e-47db-a141-b5f6d47620b1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,0afb32ad-1ff8-4684-8e7f-5ec91314c301
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a29fa1a7-2b51-4ff9-bf2c-af29f58d3ba9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,a80d2bcd-eedd-4707-b694-405b8c375d15
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,f6ad80bc-a657-4416-a6fb-5295ea70a4d3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,7e6c6f83-7a92-4fb7-a204-15de56fc0f3c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,928a888a-243c-4d92-9f37-e1f3b4846534
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,469b6aa1-5877-4a34-9bd3-c2385a5fa8ec
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,188a1ec3-c909-4e9b-8def-d0c80bc2f38c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,25bd0f3f-1423-41bb-820b-77fafd79c226
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,a6c2275c-093e-412b-8cd6-625350cacd76
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,a309af8b-9499-47b8-ab30-7f99773f93da
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,246a3e74-55bb-496f-a470-8455f2517109
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,5d2e3b0b-5b8b-4b8f-9cef-e1abeeea9218
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,2e6c0800-c16c-46c9-8e84-eab6de752e54
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,dc7d90c0-d850-4bb8-a795-e1b7bcbe1506
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,7080b13d-1840-4a1c-948d-0bd6cd4695fb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,21a61e82-91dc-47a4-8229-a730007af16a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,98b2c88a-7347-45b1-b3e5-c361e679a79b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,9d94a45b-620f-4d70-99c4-e3a698118583
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,9301420f-57fe-472e-b7f4-ff06bff75fbc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,a99a540a-f9fb-4730-aed9-51c9d3fd2242
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,ebf0ec83-a9fa-43bc-bbdd-5b2455c85762
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,f3350b38-2f38-4f59-80ba-6224f086002a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,0d372226-66f1-4924-b4ee-b5c6fdfbc016
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,b920a877-af8d-4b5f-9fce-54d2400b8483
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,c90e0ad8-cbeb-4c16-a9b1-9ec68bd45ca9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,54af0c11-a352-4285-b6ff-0770df3ebf51
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,933b7812-36e2-4e5b-9e59-063c88d153cc
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,15247dd3-cd82-4f52-b44b-ee12c6444fe7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,973779da-5a03-458e-b306-93c9a79fd37c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,fuel_combustion_consumption,0b0f7838-0348-4a56-946e-1bb5644db5c8
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,sampling_scaled_data,1fa713e4-d087-4cad-9bfe-b3e5dc28ae42
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/TJ,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,95062.0,modeled_data,7a486222-4499-4420-bce0-a9febb14a271
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,19b1e5a2-2e35-4d30-a07a-67afbe706781
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,ed4ac465-638b-497d-aef5-2c240000832f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,950684ee-92fc-4fdf-ad2b-eea6efd1e7f9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,c7fe2bf5-c591-45d2-87bc-97e3bda22e77
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,e84b9d0f-1be8-456c-b156-f6dcfdb4082f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3111ff48-34f4-46c6-857d-bdd118ba61d6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,a603a070-99a8-4851-8369-ad44a84f74e2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,efc95db6-a6c4-436a-9b27-1413e6b2854f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,8639eaba-b05e-4fe3-82c1-238d24568b23
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,ae788f6a-79fe-4d4a-80b5-4940f1f9b96e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,1fa58ca7-d56b-420c-8763-250df35fa41d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,f5f6ef1c-32e4-4024-8d10-21989a05054e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,7c392ec2-aad3-4b58-9ba0-5383df5ff827
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2104226d-36ef-4abb-adfc-b29c08c2b923
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,fe7fc5d3-a1f1-4fb2-8d66-0b517e46f2f9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,553f28da-499d-454e-8940-1bf70fcf7ab6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,87493f66-3690-4a96-a63a-d400c11beff8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,0c9c5612-025c-4260-9d07-ae58f4caf8a2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,af89e882-bc2f-4eab-ba28-347485ddd5bb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,9a65eb69-3166-4b6e-a57e-7303212783f6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3c0684c5-c561-4cd4-8226-d1d5247c0286
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,93943228-4197-4ee5-9b34-5b8546c86a17
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,fb5b1f76-e627-40a0-abbb-c8254a9c2a4e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,5268ce46-4b0d-4021-891e-518bb296ce48
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,d5c6c572-6719-43de-a18f-8dc612f118cd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,e3b0a95e-8e16-4655-a4b1-54bee31b82e7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,ff058cc8-f361-403b-8b1a-f61d0a0ddc51
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,771a04c9-c4c9-40aa-ab43-bbe97163aafd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,bd04b4b9-cd9e-47a2-b6b9-a217e6a78a3c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,04d6b047-6de2-4434-a044-d09a0c857cad
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,a418ca6b-80b0-479e-96be-bb24fa0a9a0b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,a82866f4-7265-4984-8bed-6d84d68c3d4f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,170178fb-2bde-45df-ab95-a4e0d0806688
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,e0db5ced-d6ed-4a4a-a381-c60dd5c81187
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,301c0828-c66e-4f8e-991c-defcbc701279
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,ff2326a0-afa3-40a7-8202-d4307e76a3cd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,2f2e5e07-88a7-496a-a650-f33541b20446
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,b1841125-b360-4bfe-b5d5-f7a353c020f4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,2a9c5cc7-be0c-458e-b1d1-f317e2f7ab39
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,8f26a8bf-6169-4067-b382-15123f18114b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,42e28fa5-d9b9-4984-8f38-b8775f03488b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,51314877-23ae-4fb8-ac40-d7d18ca70c8e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,37cd10b0-87b5-4b25-bce9-e0fc4d6ab7a9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2dbeac22-cc24-444f-8b13-6a75c998e5ec
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,c00fc53c-7285-43da-ad6b-faa5e76e0a25
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,c5693cc3-606a-4551-812f-6d7a040cc5b9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2e804c78-d310-4566-a5d0-ec4817642a4c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,46cb4873-4285-4ace-b8b8-bd4e814f4073
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,d5eeb13b-760d-4e88-a794-b56b53abc560
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,95f3c2d6-45b3-4b9a-a3e0-4280be1b0cd9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,399e253c-d3e2-499e-a492-1cd813923d00
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,80ce455d-28b5-4354-9429-9d9231732a41
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,3f40246e-cf91-4f8f-b36b-cd3959b0eb8a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,296112e2-b164-43e4-bd32-18c2eb0dac31
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,45faac2f-2cbe-480d-a2bd-aa1e620a2195
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,c741d507-1c2f-4282-9d58-0b66b0078e16
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,9ec4cd66-be07-4fa0-a7b5-f49ec440bbf8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,bec643a5-46dd-4b44-a687-cb2bf6c56b3d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,e0782840-b2bb-410e-804b-fb026ec0bf97
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,af3409bd-5f5c-4639-b9b1-a3eda9bd55c5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,2e20104f-9c3b-4260-b8b7-f34c93e90d7d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,caa4b323-3237-4e43-bce4-24c491ec4ef1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,593b7d5b-5755-46c4-b0bb-b89665bef3c8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,192c5e6e-46f0-455a-b442-eeedddc4ab87
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,805acba6-8ca5-4ecf-a2ab-fe4e90dfc4ae
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,9ac3e6bc-b0b1-4ecb-963b-ad5f25a4452a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,4a76a261-698f-430d-9405-572230da3c90
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,a8a582af-958e-470e-a2da-1c86024123bb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,e376db45-256d-4283-adc6-9a290526eb2e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,3d0845b4-be5e-4c1a-85a2-f36bdbbc335a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,cd843eb8-a9d5-48ab-84f1-1c236bbf2f5e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3fb386ff-3bb0-4607-a425-6e0f7ef7e170
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,0862ed93-6ac2-4657-aab4-8a34493d1eb3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,c777c184-2b39-4a7a-8de9-73deb6d306b7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,34d3e7ef-2311-4ceb-bd7c-5946a5118bc9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,cb05be2e-80eb-4e0c-947c-7424aefb17d8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,71dcc4c5-af4b-4fcc-ba4d-b3d2e288bc60
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,fc715ab8-f5a2-471d-b950-9bf3f207c9a7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,054f566f-f92d-4040-b13c-d8489111a3fd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,2483aa39-bf2c-4f47-8b89-6eef53935ed9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,c18f15e6-dcd6-4e0e-9f39-5d14466cd90d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,6ff40b52-3faf-4601-bc84-2fc349b99fb7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,50577f90-9cbe-4877-8cc4-8241f4d63a08
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,3922ae6d-f8f5-4cfa-a62a-82ed95d44fc6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,55a736c0-3d5b-42ea-ae0d-5ae2b3d7ec86
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,f6794b30-88cb-4386-a530-432e28b04f1e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,06732a9b-8e2a-4fb6-b601-004b6d6982bd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,fuel_combustion_consumption,32db62f4-647a-4f6e-bd1c-a8dba4cf236a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,sampling_scaled_data,f83120e2-8a0f-49d6-8284-a97df61eb435
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,90911.74,modeled_data,6ac4902e-20d9-4d57-a3e6-48aa1a473635
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,4ca77d5b-a0a0-48f3-a091-54a32a9c10ad
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,5a261328-f783-4c50-8652-dfdbb1541e8c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,353f9782-1e4a-416e-b4bf-b5de10ef26bd
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,9ed8701a-d710-4431-940e-52f653dbe0aa
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,f3909c8b-ca82-447a-91f8-d0e592ec4b78
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,21a5a01b-01a9-486f-a43f-75b5e4dbcd68
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,21e8ad69-aa07-4c65-b43f-f4cfd552ce71
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3f51a66b-02e3-44a2-afe5-bbaab4246f79
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,4b4995bb-c818-47b5-8881-fd450da166c7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,abda7acf-506b-4435-8fb5-6e254c32b158
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,55e1cff4-e1be-4e3f-a906-2150c14c356c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,61f78b12-19e6-4558-9b34-6cc833645d1e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,43b61416-9fdd-49d7-a22f-b7c9a6a27bed
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,ceee4a6b-ffa2-432a-9f77-593ddbc8238d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,495f6cb5-288f-41bf-ae26-4f288a5135a1
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,bd518661-d112-4845-8a5e-c48ed89cb922
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,9b4b482d-94b9-4850-90f8-8c71c421c05c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,20c28ae6-6736-4a93-a859-c39c61280eec
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,dfdde3b0-0f4f-4d5e-aa77-1f1604dd3ef9
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,8aa9aff1-2ee4-42e3-8112-9f752670be0f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,a083dad6-6f2b-4a5c-bc40-8cc88384425d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,77229491-8853-4fb8-b659-dc1c191e70b4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,854bda5f-a21f-4a83-b5b3-c58aa93e9785
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,8e884db5-361a-4645-ac44-59f03bf074c0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,45f519d5-4431-4d7f-927e-35407b211f95
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,f8686058-7a29-4f99-accb-ad0914f464a4
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,939f5f36-7c3c-4101-bd88-56203f1f7c70
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,c35ef5de-0a4a-41d4-9f88-a87717e27b5b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3054f077-d1ff-4bbc-bcd4-3278f905d708
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,f3d7019e-ec8b-4027-82ad-82a28a85f6f7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,8b064516-bc8d-4a40-9241-e2022c5002a1
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,eb2e155e-0d3c-4b70-b577-f9df7b726399
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,6aceedbe-4f53-404e-9bb6-59693b57ec1e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,1c60429f-51df-4842-b7b0-6df679eda773
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,e03cbc2d-65df-4038-a12f-d9f01e8bae2a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,ca609c83-f79e-4a51-b2ba-a867b1e3fe5f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,80a31818-ac21-4ab5-879f-fc6bac8ad13d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,f6b2c22b-c231-4410-88df-51e91ea459d9
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,4b732894-00c3-427e-b3a3-4b0d114b85cb
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,ee10e070-d2e4-4771-bdec-a081fad45d4a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3f930fd5-ea07-4ba1-a104-0f90885502e1
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,eb253b0d-eb01-4733-b1c4-d6c7abe5935c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,9da841e2-2840-4dc0-b1ed-0affe959ff17
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3d1019ec-f5ff-4360-80cd-ddab65472eb3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,312162e9-e71a-4b1c-94c5-e90425c56f7b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,978bb37b-d7c5-41a4-ac43-4aed80cf1b7c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,97a9d828-2d46-480c-9cee-f87e72ac71ed
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,61c2ee7c-716b-4ab9-aa5a-8132061276be
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,6ac9ed7c-3d8b-4c03-bfbc-5103de7a580f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,cd4462e9-1c64-4f29-858b-165a2e1bc8e2
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,47964195-feb8-4158-a3c4-16867a41e372
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,fuel_combustion_consumption,74c3d062-ff08-4074-af88-d86763258bca
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,sampling_scaled_data,3e25c539-7e80-4ba9-8a17-fb50d601ef16
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,109598.01,modeled_data,34a0f730-3ab2-46d4-8414-481ebdbd6f12
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,c5878616-cc4e-4bae-b9d2-392ca511a5b8
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,02009790-328e-44f7-99ce-7aad1501ad19
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,1e11d78e-3410-4aa7-90b5-f50034160c68
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,35a1159f-abd5-4f11-97ec-7d3722fe0de8
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,eaaf79e2-1fd0-4f91-a65a-8b19174df400
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,209f3887-0439-4e97-b6f2-af61e823065e
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,7791509c-d9ea-4ab8-842e-1c86b65a9236
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,025dd80d-b06c-44b9-830a-99c853f2b4ae
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,663a2006-7ef1-4c05-8b41-d2d24289aed5
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,488d99be-db0e-4724-922f-73640b6c1885
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,80342ef8-8c84-4491-bf1b-2e9a0c69600d
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,af9a5db5-95d4-450d-9e0d-d9337ca09aae
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,98aade0b-fcd4-4a22-8144-4660ec360d5d
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,7c3054c4-3434-4093-a1be-5b30aac70365
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,6531fb0f-55bd-4f17-b4a2-c3b916bf3115
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,42524eca-718b-451c-81ef-acc947d8dcb2
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,1b3f8b4f-4376-4fc3-9c03-8789f2460775
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,900d183e-eee6-4ddd-9f93-d5453d5c4978
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,d82d54a7-93c6-453c-93b8-0332192aa655
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,d871b968-9429-4c9e-8cbd-7ffc7b08ce29
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,369a61a9-aa7e-459a-8894-4d811824235d
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,a89ab419-4efc-4882-8405-9356b326ecb4
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,feef9d20-128f-4896-9a1b-5cbe7e99e2f4
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,32a834e8-53d0-4772-ab6e-e043bd6a75a5
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,ea366b47-4690-4452-b28b-a8f8d65e6b21
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,e3696c52-a455-4b47-ac47-0fdca30fcc14
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,26d21042-300c-4e32-8d93-92c0917d7aba
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,d0bed7e9-2f5a-4dbd-b858-f4f8bfbd4b23
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,71f66902-806c-494a-8525-ff43b115bd39
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,010db586-5a4b-4fd0-82c0-0f4cfebdde21
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,66ceadac-6ca2-4791-816a-c685b4e38a52
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,bd95babf-bff7-4c2e-bc99-0ebee9fc0f1c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,74076026-d14f-4dda-828f-e129bf038067
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,3781a1d8-18ed-4bca-9ec4-9d92525669ea
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,a485a3dc-fe33-48c9-8da5-47826b7a1ff9
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,d51ceb7e-e362-42f2-831a-87e4050ff368
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,20bc54f7-fd6b-421c-90c2-5c40d6fece37
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,fea33666-9927-437b-b9c7-3c9fd2113f76
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,a22dd5cf-a545-4bc7-9774-14da34ebe75e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,947ae7e4-1ff5-428a-af51-6ea5038251b0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,3c225057-d32e-4ab0-bb57-f96bf9123b4f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,185137ef-046b-4a22-9ea1-534016db36d6
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,fa282308-b3aa-4aa1-987f-efc791ee314d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,781273bc-25e0-42b6-b518-aba8532a042d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,3f0f10f1-dae3-4521-995c-5c30c2350479
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,f4fbb867-42ae-45c7-bf00-9ba8faa12b53
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ca501eb6-dbd0-4ec2-aaf8-2ba27f8a47ae
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,a5d610af-9ca5-4875-9e30-5931edd77451
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,7bdabdfb-5222-4cbe-b964-376d48790ef3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,94f8fac6-57ff-42d6-be00-fb8768dce8d0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,ef428f0e-2b9c-4fdb-b766-677c4b4fc34f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,bf5033d5-7f2a-4576-bf87-389773832a75
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,3c6ef9a3-261d-47b8-92fa-dbfb0c8ed0ce
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,bdcb2781-fd40-4dfd-b204-385744fe4968
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,a9122ede-e9e0-4c02-ade8-81a81628bd25
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,2eff2fbd-30dc-4128-b7db-93dcb0b7b8a9
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,dfc42099-16dd-4db9-b0b6-172833e31d95
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,f49cc7f4-4715-443e-b036-979c61c3fdf0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,43b67cd9-c4fb-448b-8fd1-16b8d084a228
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,90747c46-00ce-4c99-9229-5fdeaec9fb2f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,570ad537-fe69-4004-9a0c-ff6bf5752256
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,14515cb0-df9e-4ffb-bcee-5fa5ddb484de
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,357e04b1-9986-47ac-8e1b-f32c8f911b8e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,1e69a0bb-6db8-4868-beb6-2393322ce14a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,90c4b8f6-8f15-4649-99f6-202abef0d3ce
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,91b64778-ca6b-4e86-876c-68fcd4be6a23
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,a5086bd7-a759-4dea-a6b1-c95ab27d8e68
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ae05063a-8f5e-4fc0-ac03-4e34e6b112e8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,417dac49-f2a7-4a51-afe0-4699bbb94227
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,43de42f0-895e-497c-91dc-98d964586bab
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ed0bd8ad-6dd6-485b-98db-d5788a25c85e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,614f0014-f3af-4390-9a42-a59f81e79521
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,1b45fdb9-90b6-4319-844f-cb5a251e2305
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,b9c7c184-74a2-45a4-b00b-b6b22f56e3e2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,8708276f-851f-4db0-b050-27b8e4c5d885
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,5164e5f7-06b0-4652-aad7-008bac93cd0f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,d2b40718-d945-45b4-b410-fbe3edfe4097
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,a5b2d8c2-04dd-4977-a067-3faf86987363
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,80e1243f-0b3c-498e-bb5f-e59487d0ef3b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,ed1a2d4a-72e6-4be1-aa4e-0b99476d90b2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,48ad0307-7d97-42eb-82ff-d79cbbbe3d92
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,2b7c3890-7fdd-46c6-8989-225b76252d5b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,fd9d8fa4-c412-4269-a2f2-fe010af71076
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,8414feb7-1afd-4f00-8d21-488540d07b93
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,2d31ba38-ec55-4fd6-81e0-69a0d50e93a1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,31343dc5-56e9-4ca9-a94a-7b10f7f04aa4
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,b05d0cce-89ba-4606-b60d-8a5f1a72362c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,fuel_combustion_consumption,38779cd6-2690-4745-af08-fde027189b44
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,sampling_scaled_data,bff13348-2faa-4ba0-9530-9c598d124175
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,69552.71,modeled_data,ebd2c817-7416-4bf0-aa09-1b7184f106ec
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,d634b8f4-2b2c-4524-bb19-84f207ac2d42
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,88e94493-e3ef-4283-9d33-5406f06af7b7
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,b0bb9043-0a7a-4f25-8848-ed2ca4e03ff7
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,5cef7217-a9b8-4268-934e-d5e0856f9c93
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,2677da60-ea3b-47c2-9059-97c1b016d71a
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,13858948-4a9a-43f9-bcf9-c04247920490
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,591e7d55-4001-4b6e-8b68-413af1c87cba
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,cb24949a-d877-4b95-b7f6-165cc40a3e44
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,a4885831-582c-46fa-b146-413e615467d1
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,1afb3e00-2497-4306-bdb4-b35744733b43
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,06a7840f-5c71-4c53-8c78-d83a4f4d94d3
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,9432e83b-4d22-4cf5-b89f-3f4e65635fd6
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,d99bb64f-38e1-4591-9f82-3e21d6a4db0b
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,ea51c573-54eb-4388-b602-ac279da58ddb
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,98b600a7-585d-46a2-8a2d-5ba96e764051
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,17d89030-8397-413e-9db7-32e1b8de69b9
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,0040eb6a-14de-4671-8fc5-a67c1f37580e
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,8e1ed489-0161-4976-b64b-65ec4a97e2dd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,4f80fd35-57d8-4fbe-9d37-0acac11a9bd0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,6d57b815-4b81-4d47-8a1f-bf7c547406b1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,729ce022-a55f-4a50-af28-977ec36fb2ff
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,e644c24a-f97b-4e98-8634-162021105c72
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,efb786ea-289b-472b-9fbf-55d889c6dd93
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,528c3c08-d3ce-43ec-bd8e-8ebd212f070c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,443df079-49a3-4606-84c1-8bdb5554dcac
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,5df4213a-ecf0-4aa9-a6f0-7ae866574ee0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,ff000609-1ca6-4dca-a71e-9da38a8243e4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,0b911cfd-0e02-4fe6-8962-b3861b8f8847
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,53ebdb0a-0b03-41db-9902-f02a7e76e7ad
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,efaeed04-2bc2-47f5-96c0-385296e2941e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,7f1b29f4-bcee-43f9-a79c-24e7f3f22f8e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,27c69fea-fde6-41d3-bb39-1b6fd0c909bd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,fb0ebb8d-3da5-4dce-aba4-36f7185042df
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,c7fc34de-b42f-4f72-af4c-5570aedd6b04
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,ac5677c2-7e94-4b91-8fc0-97e5b1118483
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,8c4a7108-db7e-4802-b0cf-baa3b8658f01
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,44f45a2f-9c89-4c38-a238-295c009104ec
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,779d5ca4-1c65-4b57-8021-fa26d94a2ac1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,f3152116-f0a1-488e-bc45-73a483432ab7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,22fe646c-d84a-4fbe-85fd-0321c0131d8e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,3cfa1121-619f-4123-a8af-9d86afed3be4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,1b94a954-f1a6-49f8-8cf9-4b0b6ba90d4b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,4d5bf215-7312-4b41-9721-6d0e31b3c19b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,71747a74-2513-4d32-9ea4-2593b563217e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,860473ca-bc74-4475-8ea0-e6a5211f6933
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,76ba2803-443f-4342-8fdb-96a45dd3f0ba
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,a3a6fb47-5c6c-4b86-9b7d-29a978059316
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,7a8f76be-cd7c-44f7-9b02-d05c4022a50f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,a524ddf3-5a34-4193-82d8-dc1923cda70c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,536e2eb9-5780-4e69-9498-e44c18702cce
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,26861635-f327-4e5f-b9c2-c2211841bf6f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,76e7c79b-3136-4dc3-a317-b5e26cd784d9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,2783acc2-d4fe-4da6-8a6a-6b19e4e417d3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,fd9c3f05-4661-45ea-a5d3-7a6c023702c3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,9e41a6d0-031c-4401-809c-c92ebcc74b51
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,a4d46829-cade-481e-b03d-23c350cfd2a3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,c88727a6-c6e7-4903-bec8-01e338db39d6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,c5f048bb-0a7d-40ea-9bfb-5e7b401a8ac5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,5c3d76dd-e67f-4157-81d9-a6e06f788b3f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,17e4cbb9-f574-4e7f-9ea8-4ce98269063f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,1fa24445-9cca-4879-a97a-8ee143b3f7a9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,f5677b15-36f1-4a9d-aa17-f7d15518490d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,d9b50aad-6bd2-4365-b481-2e8481db38b8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,ae4dec1e-0889-4b19-80fa-510b70bd674d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,5f182075-1030-4b07-8e88-4127cafd6dfd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,4ee4c298-1871-4b4a-a554-8cd1ae0a1ea0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,07f36690-655a-42da-8f1f-b8faea4e1c4c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,eb66d0e8-238b-42cc-a51e-6e6b8bef1f79
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,ba06b748-084a-47a0-ab62-66743e7b6a68
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,dfc0e422-e6b3-4d77-900a-5c59bbc8df1c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,653f1c61-5b11-4d8e-aebf-d5265c712375
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,f6f698aa-a9d6-49e6-94d0-7344e446c154
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,dab5f88e-ea99-4095-8e3f-71fc149caa64
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,eeac2928-6cbf-4dd1-b82d-fcd5903548cc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,9feb94c3-81b1-4ba6-a9aa-bb9187045477
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,fa0df964-605e-4305-958e-2e18d4d1e284
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,73f968d0-8bf5-4ece-9450-b822b0175450
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,128f5fbd-090a-4467-993e-5c3d0e204464
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,808deb62-75bb-42e5-b04c-4b9e299a3a93
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,4c137fd7-b98d-4680-87fe-57bd8b32e9dd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,9983d83b-8eeb-4fb9-88a1-a94216de1228
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,4150f69a-69cb-41ab-a53e-c157927789e6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,d06d5f88-a6f1-493b-aab4-f93797719e8c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,a070063e-be11-4513-9af3-93244a4f7fe7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,c8aabaaf-1539-4648-97df-257ec71c13be
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,bdf5d971-46fc-44f5-b220-365923b59167
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,8853b951-ee28-4aa2-a8c1-8cbe12a16f98
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,66645b76-efa1-4f05-9c30-9e591674013f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,1e1a73f2-eae2-4c67-a206-dd71dc3556f9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,6f828cc1-d98f-4ac5-b81c-4ce3770a8dd9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,e543763c-6298-40ab-9ba5-b6a215e5a577
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,aee83c90-8cc2-45a3-876d-0d0f41d5da0f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,23f15a1b-8a4b-44ba-bed3-1978b808fc09
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,2fe582d4-f5fd-4347-92fc-145016c8a5de
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,68c35459-a9ab-4c56-92da-4d596356d837
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,17157633-8692-47d5-ba76-be1a458dca61
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,2c4b797c-4f6c-40c7-9a3a-1877a20ab93a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,b17c70a4-64f3-4c07-a13f-f96b9f4889fa
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,85c87ab3-d954-4eb7-baa3-ffbd7be12bc1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,b0074b74-a02a-461c-8f52-56e918aed675
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,03e76511-04ae-4a75-9a34-dd50b00ebc8c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,f1b1132f-3da4-4e7e-8517-efb8afc5c5ed
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,a8735e72-a9ca-45b3-8349-5dbcaa2c97e1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,1fec5ece-6404-4fc8-ab2b-b04ea1678fd8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,5e90c4f3-2535-4bbb-8c9b-6045afe9a425
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,fuel_combustion_consumption,bbbeb331-70dd-4570-ba8b-9ec7df7c1d88
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,sampling_scaled_data,db339b4a-f1b0-4c61-a5f9-290af7fe7aca
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,57755.93,modeled_data,6b7a1760-f355-4235-9ba4-ede30925a925
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,fuel_combustion_consumption,13903bbd-7e89-4bc1-99ac-41492c31f38e
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,sampling_scaled_data,4a8762dc-7724-4237-92ea-d50d9928f877
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,58170.98,modeled_data,fef38de1-f84a-4820-a01b-54b159a9b4c8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,490e3cbc-d980-41cc-88c2-1540d6349eb0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,acabf258-deb6-4820-aa49-b9a0a2db87bd
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,6e0d1676-810d-48e0-853d-be12ab70ebda
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,32d829ad-43a4-49e8-9a3c-80287946274e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,554bbe39-14d0-4253-a500-2a5cdc2f3717
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,26d770fa-2198-49c9-968f-291f5ba051b9
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,79c6728c-ed8f-43c7-bbe8-c1eff3744659
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,57f4c191-b3d4-4de5-ae88-565c785e08e8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,9f7ddc63-08b6-4654-bef4-0373a861db1e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,bba84fa3-17a7-41e0-839a-732965c7dce4
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,4a6ad64e-2930-4a37-899e-f36aa187b571
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,e2278c96-a799-4e3a-8e7c-034edb94efa3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,df0ab44d-c174-4bd1-a0ac-a59a7f1d603b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,c49d6c96-2cbd-4f4d-9fcc-8f0e63686119
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,c8bff9cd-05ed-4516-bb40-e0fe67f678b2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,0de72209-7ed8-415e-814f-9b8e540661ae
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,dd5b9eef-64a3-4c9d-99fe-41728425ca4f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,950f79e9-3b25-43e0-8fa4-19dc848a4ace
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,8c3b2d76-edb1-4e9f-a43c-8b3fae3c972a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,e25ff6ee-ec8d-4603-bb83-f6912f03fff5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,303dc24d-5622-4732-a413-11c0b8c007d1
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,1cd36e8a-68bc-49c2-8078-c95b74040ec8
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,ab591e57-e702-42ba-a812-98b5fecc7d1f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,3c14dea7-6c56-4b80-9472-510c9f5bf61d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,32e8f249-20a3-4baa-aa61-7d0f4166c54a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,98166a7f-1f4f-4337-8318-357b90f50f11
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,f8ad43b8-4b68-442b-80d2-b74ab871b531
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,b2a21b6a-adc0-480a-9625-c8cafc2ccf3e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,8128d0e4-3811-4f2d-9203-b9412f2f2909
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,702a30ef-72dd-4883-80de-9452d67f3998
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,5c771e2a-5c51-4ec6-8d9b-db56d7739dca
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,59dc4565-eb82-4876-abf8-724fa071407e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,8dcf5176-0ddc-4c2c-a05c-551f53075414
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,47bbc8ee-324d-4dbf-9e1d-5e8ab3e2fd85
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,78d72f99-ad1e-4535-8592-1d5e337e6c63
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,0514d8eb-add5-4dc2-9ebf-ac4eb083f595
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,b0d9aaa0-e4ac-4ea0-85e7-84e508e2e366
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,6313b6dc-c566-4ed2-a9f5-1951771e8244
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,d7002b14-87bd-4051-aa7a-5da92ee73c9a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,c7254bce-db58-4a41-a218-9956f8bdb365
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,0608eed8-f4f6-4ed9-833e-4bf39c38f389
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,df411ae0-f588-4ff1-9ddf-933285f2ca5c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,bfd249cd-4427-4f8b-b7b9-bc8b1fc67a99
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,9fadf53a-9724-4f21-b8e6-7ba72890faca
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,fccd2430-1e66-48a0-b2da-2a6ebdc3125c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,f8a08231-f62b-4003-b468-0072636660b7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,084323e2-643c-42ba-b6ef-9fd94d7d19a7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,3796cb22-6b5f-42e2-9e7f-6c958544ddb3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,c48b8eec-d40a-4fb3-80e2-9f33e30a41f5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,a6adf1ce-0cd5-4bf7-9b3d-7ae973ddff11
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,fcb8051d-dec7-4f3b-852a-8b9a70d0c5e9
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,fuel_combustion_consumption,c4a7f576-9178-4dc0-8601-b9b9431fe952
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,sampling_scaled_data,bd330fab-434a-4ff4-9696-2625b0a871ce
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/TJ,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,65082.9,modeled_data,e648b4b6-b9ed-4ac5-8267-2a411e5376a0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,7339943a-6c85-40ee-a038-79bc7287dc57
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,faf91edb-8092-4e43-8de8-b5aa19eddb5e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,b724d925-4505-4847-86fb-805be053711e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,f0576ac7-5ee4-445b-b9ea-ac42a83ebc96
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,dd777ff4-28d0-4575-ae27-ebdd0f8189c1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,93c05fa8-8031-4b75-9e99-cf5604ee8f3e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,c7d11b80-9165-4a21-a0b3-e50050c9ac1a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,6c5fb87a-3115-4e13-83f1-32f15274694e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,ee2e7144-5d29-4402-9b4b-0a6aa17da55c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,b25d5abe-2786-427f-9061-b998110fd11c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,a2e0c4e5-6e60-4b1d-87f8-1bb4e0de02bd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,2712ebca-d4b7-44da-a3e0-04c2bc774089
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,6f3954e6-7ddc-4713-a1eb-8d90daa10ff1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,61d03751-574a-4e45-95e6-aac4cb1baa59
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,6ca95c6a-ec94-46e6-b28b-4d31b8f9d6c9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,fuel_combustion_consumption,3fc6a0c8-0a69-4c2e-b25c-3cac28867a25
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,sampling_scaled_data,922e2466-fd36-481f-9c4f-fbb2b03e0511
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,89.68666666666667,modeled_data,095a98ab-bb82-4cef-afc3-9765c56ea447
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,f5a0a636-4c31-4930-80a5-143bca23bc3a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,272a5375-f5bf-4a67-a251-752562873419
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,139e3832-ec09-451f-bfd0-b85639218f45
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,6b0431f3-7f7a-463f-99b3-b837e7673820
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,9707ebcc-6540-48e4-a313-af7814373fec
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,4a8978bb-275b-44b3-8181-b249a819d404
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,c9986020-0a3d-41e1-9cb8-b4f66facfd3f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,43da80f8-6585-464b-815d-5437ffc7d20a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,2689bb9c-0772-48ba-8066-c2a22181bb38
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,ffb61e48-72c4-434b-bc36-e8cb139eca50
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,9894d4b2-a60f-40d1-9e06-3cc243e40c9a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,e4df3f47-07d6-4306-97de-cd9c62cf14d7
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,2e8484ac-7323-49a3-81f9-839b980182a5
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,d58bfaf5-f71d-42ef-9cea-a6f830d50362
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,dceaf15e-fb71-4ce8-b3a2-7654d53ac538
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,fuel_combustion_consumption,2d03ecb1-9c3a-4e58-9351-978421684d89
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,sampling_scaled_data,3415a06a-ef6e-439d-bbee-7bd6e8e65f15
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,89.68666666666667,modeled_data,68ca4928-ea1a-442f-b0d4-6edae4ba82a9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,6d0bd8b5-434f-4a45-aa74-e69e7f83058d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,80f41782-7352-4866-901f-617b7263fa99
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,ba4345f1-a1dc-4097-a573-7c3fe02c18ed
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,82c74b92-d290-41a6-b1eb-05fedad0d4bf
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,6e27589c-5866-4db0-b60b-5ac47cc93c2b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,99dac883-f0fc-4821-8554-39692daaf37c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,93af0ad0-f8a4-41bf-8185-e8f8df683159
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,0820798f-ff29-4a81-8b37-c125b9f93143
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,bca22d39-a8c7-4fb0-b063-757bfa3dba0f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,557b22f8-b645-4e41-b657-adbdaeddb616
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,c31eee1b-954d-4745-afd1-6c0853c39788
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,243ef989-6f67-4bd9-805c-fabae43ff1f6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,4a569d14-2923-4b72-bc10-fef7462689e3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,f2c68f08-f9a6-4ebb-ba1e-341f7656793c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,48e53ca5-705e-4df0-9e3a-7be340610673
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,fuel_combustion_consumption,c51bcc45-28e3-4d60-821a-881b830d1d1e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,sampling_scaled_data,c25181e7-aa18-458c-a39d-83f56e1e2142
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,89.68666666666667,modeled_data,b784e40c-0650-45c7-82a0-a0aa31c4a33a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,f98c9ca6-9b0f-4553-a15a-91954cf9e6dd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,a79e0ac2-eadb-4d48-b710-75a735eb16f8
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,b9da3d66-641a-44f2-98aa-19bfdfdc16ed
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,4e7fe5b2-edc6-4c7a-9614-ffc52c00f26c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,8d8ba513-797b-422a-af2b-3c7381fee439
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,869bb648-2b3a-47cf-abd4-ddaa3f767427
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,b4a1057d-27f3-4247-a261-cdd74529939f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,cef92590-4f21-4076-8dbd-0442e87dd806
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,b8fdb176-974e-49c0-9db1-7c558e7a311f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,20cb0688-fce9-4a9f-a957-e5f4eef78e21
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,f70d32d2-ca69-4876-bd10-9ea4893531e6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,8d6371df-986f-4908-a5a3-ff451c5a3793
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,a85a99f6-620a-4498-ad47-e9c6d378f823
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,aed9cb9d-ead2-4037-9943-e945b6b704fc
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,dec90bd1-2315-478d-a634-87610936fa87
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,fuel_combustion_consumption,b92cb71c-1155-4e9d-8754-2bfdbd630d7d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,sampling_scaled_data,6bec794a-beb8-476b-b141-6e3fe5565800
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,89.68666666666667,modeled_data,6ad41585-7086-408c-88a4-24626a2e2364
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,0ea0a31e-0a2f-4f55-8012-b71c07ea9484
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,c6d64f13-8266-417d-9690-7e3c17c63154
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,952e53cc-8628-44e6-8d52-5499a9260010
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,c407b1fc-38e9-452f-b2f4-5e827f756e82
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,77f0b020-8976-47ad-8006-4865dcf0a6ec
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,af2500e1-d293-41da-aa25-1c0080e95d5f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,259f2b35-b8d0-48f8-8193-1ab3fa94a914
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,6eff5c39-8c97-4a12-a763-038a0d037f4d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,03a0e2f2-676f-455b-8977-68ebae39649c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,965331d2-51a2-4898-b942-7878478d8797
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,d2721b48-d971-400e-89af-97811a4b3cd1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,f74c6f1b-9597-42a1-b378-03e554be6df2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,29874ef3-65e8-4040-9914-6aa305be0257
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,8eec5797-18e8-4e90-b157-cb19a7987f92
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,420745b1-32a7-4beb-b4bc-ddedd5b359cd
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,fuel_combustion_consumption,27535997-c5e7-4b8a-9c0f-abaf6ed55e25
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,sampling_scaled_data,97d6235f-5043-493a-aea0-e2ddbbc40ea1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,89.68666666666667,modeled_data,73c2248c-e334-4309-b92e-2dc72cc1390f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,a02004a3-3a12-42c6-ab47-14453b75ca53
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,78675790-834e-4748-a271-e5bce97ca295
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,b760e4c9-b148-4829-ab0a-2c6927575c4d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,f1c79cb9-427c-4596-b400-d0366b8329d4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,1b97b42c-119a-474a-9178-c3c87e11beba
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,1ba61140-53f9-46bd-96ac-1cf90b617383
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,64bb74ed-a4cf-497f-a612-4cac7680381f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,748cbcca-7a65-4acf-8328-6f6c806d0f2e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,c23aeacc-700f-4ce0-b9f3-005b8f6bcbaa
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,a14a7531-fe71-4a4b-bb07-b6effc0bbc8a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,3426a511-4579-4aee-a3f4-7fc96600323a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,e8f89f41-1266-4ae6-bab9-f9ff170e0a72
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,46c3f0c4-1884-4e71-992b-9205d42d0fd2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,6f61276b-d222-4f24-a33a-d117f40e3aaf
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,b9c51a1d-5780-4b95-8934-eb9587f559be
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,fuel_combustion_consumption,18c4e796-2e6e-4257-bcfb-bac4024783f1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,sampling_scaled_data,a922be82-d20e-4f06-81bf-3ace259b4f70
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,91.99666666666666,modeled_data,1a03f256-42da-4604-99d3-8e84eccad401
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,6043e123-2c47-4d2c-80bf-222566564e8b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,3512ce45-9b0d-41cf-bc61-19d3b6befdc2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,37108ae4-7ba2-4292-b820-016eea3e4823
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,bb196a85-edcf-4c1b-a0db-f4ab236ed13f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,32fac5ce-de26-43c6-9390-a2ae1fe99b16
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,f6a1063a-7aab-473c-a66c-9fc8ac2fd5ff
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,4130b82b-d633-43a6-80e8-4ebe86db2427
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,a84c108e-f16c-4dfb-a66d-1f5ec9c274f7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,e3d389b6-0a0e-481c-a3c5-b686b40f84cb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,a08bbb51-f949-4ff6-a61a-c800c1495db3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,a8947452-4ad2-4c06-8fdd-67d3a3c36d1b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,9975119a-f598-44fa-adce-99b4947c4e7c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,3e8e1e1b-d2cf-447c-ac4d-188f3865aca0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,231874f3-f713-4ce0-b2a2-bd9d73774d45
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,d752a08d-b198-4c09-9215-0b02021953c9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,fuel_combustion_consumption,ddf0167b-2043-47e6-b645-c93d9acf2c8f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,sampling_scaled_data,c5d4a4d3-09c2-4d12-911a-3ab17dc69d7c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,91.99666666666666,modeled_data,bc340361-1b14-4fbe-ac24-6402340640ac
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,562fa848-f506-47af-9f53-99149086054b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,7cb2575c-84a6-4d6c-ac9e-b8900de01689
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,5a4603fc-426b-40ea-a3a9-363685bfe452
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,e9367a40-1b9e-4879-8b04-776bd96a2f23
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,6a554246-f79c-47df-97d9-b98f7c8c3752
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,8b2b821e-c607-4d7d-9ad4-f98ade8c131c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,cf9a0e87-207c-44f0-8100-5675bd187028
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,62dfd0f8-c2d5-4529-98fd-f24d8ccc5b4f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,4cc0917f-e04b-4b78-85a4-ea33d7194dcb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,ca1153d7-8d6f-48c0-b358-a6c5bf9ec8f6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,6b70211d-3a25-48d9-b459-12d115f3e8fa
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,9e9641b7-e061-4f55-9867-c94b483d1040
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,6b99faed-ce6a-4117-898c-ed96bb24e72f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,ba1da50b-d7c2-4c61-8810-1b53d3cb94c7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,2c154b51-45fb-49dc-8cbb-c4fc6c804a40
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,fuel_combustion_consumption,eddd0680-105e-4c46-8923-78f9809b8561
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,sampling_scaled_data,3cf85e0f-4709-438a-9112-a41c75c877e9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,91.99666666666666,modeled_data,80a4030d-50a9-4b82-900f-16c8cde200d8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,d05a80f8-f13e-4350-a916-4f773575ed4a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,caa3d701-171c-4e45-88e3-e2662c368537
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,cf1dd2fe-c769-41ae-bf3e-5a9e87f73d1d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,3e63fb67-544e-43f4-9f22-d0470579617e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,4f28d5ea-98ba-43de-bde8-d532ba71df44
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,e7c95b9d-a57a-42ec-bcd7-875de5e7d2d7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,76be34e2-6359-4679-9358-558eb4140a3f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,cb1e7a32-16e2-4203-af15-f141b422b844
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,430759bd-6cac-4d5b-83df-b3382faf5bd1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,b71a5501-2692-46c1-b89b-d26c0d248e3d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,d048fcb1-38f4-4667-ac03-a945ed4cf87c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,f212b7be-443d-44df-aaac-b597abe958f8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,b24255b1-87c1-45e9-9dd7-4bccd3e805c4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,87f5ca49-594b-4738-8ae3-27fbe3142099
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,92b65178-c9f4-413d-a010-ae3127d2b25e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,fuel_combustion_consumption,30f4e6c1-6304-465c-9e8e-be8268e50623
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,sampling_scaled_data,edaef023-d260-443f-9fdf-06f2ab940616
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.42,tC/TJ,91.99666666666666,modeled_data,34095a76-503b-49ce-a7be-7e66457e00ff
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,78d7320a-6a2b-4317-bdd2-4584ec8ec406
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,f499a11d-ebb4-46d1-85e9-0e54d75e8730
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,6aa30790-1c78-4226-9356-c3c3c257ff70
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,b1bc148e-336d-46bc-9a4b-e8e0190a4fc1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,f4354822-1cd2-4212-92ab-87ed2fd7209b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,ee200a80-bd60-48ff-ba04-67c0df961a1e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,563495a7-0208-4e1c-9b3a-0c94d9f65095
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,250c160c-c796-430e-8a74-0ed9fce493ed
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,89011ed3-7eed-4789-900c-96fd57d567af
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,4685d360-5dfa-418c-a6a7-a090059a5b3f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,9e8254af-39f2-4dd7-be2b-e10390d8ece3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,318e8a5b-aff1-4a80-be91-c8b535a36815
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,4f3eec78-88a3-4c3d-a1e9-14892f0464ce
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,93423b3c-8569-4afb-8ebd-3e99e9c39ccc
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,dded9c37-788a-4786-8f8b-9830b476a48b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,fuel_combustion_consumption,57591437-59d5-4b9d-82f0-64c3026ae0eb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,sampling_scaled_data,35f074fb-7938-443d-ada6-37976021e2aa
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,91.99666666666666,modeled_data,d68bacbd-2a18-4e93-b301-3e148f7a0044
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,b7fb05ce-2565-40fd-891c-65863592116d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,05eac17b-cb4f-4bbb-a6dd-bc8902335102
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,250197f8-a21d-4074-ab6e-8e93825cd748
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,cadfc4fe-9255-40c4-99ad-1ab1161e4c6d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,a85b7019-b9a5-4a92-95e8-ac5f854fcf85
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,8f6be1b1-8d32-4c50-a8eb-eaba713b832e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,e42e3658-1b4f-4018-b540-34f29d662f08
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,e0ec793f-5fd0-4865-9787-f504b774b1c5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,ef47c7df-9370-4b73-8d1d-96e84daacc0b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,ecb9ed8d-f98f-4cba-b911-56c98e1b0d52
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,2218b9c1-1fae-40d3-bbb9-2ed1c983bdc4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,48c44156-61ee-4270-b153-1d6397200b6c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,a46a17dc-d241-49f8-9288-5abbba971f3e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,57cdeb06-bff8-4769-9f40-cf59a4cbc14b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,1f249fea-1aaa-4801-9632-3bf8c81e1724
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,fuel_combustion_consumption,94b370d5-beaf-47b8-836a-80566e5dfce9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,sampling_scaled_data,9b35db6f-801c-4a08-9073-301985c4ea05
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,89.06333333333333,modeled_data,13d87779-b36f-46b5-8d47-b135fb16f009
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,a3b475e1-6bd4-4cdf-9853-f40e786061ec
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,5d7b13f7-290c-4238-b34a-a1b68096dcc0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,00116683-a2f6-4b98-95fd-b51e716307ab
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,c2ecf674-541e-43ba-8d28-a9bd30026c6f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,c4e900af-a0ab-47ed-aa70-80dc042607a9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,d117d599-6e54-4626-8dfd-3e4268030b47
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,e57d27da-ffc2-4c8f-b72b-cf300d7ef8e9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,5c8f4f78-e650-4f61-8b02-7e90f351efd0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,fc2206d5-721b-49ee-8003-6fc8a941954e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,e9197661-69d1-4d78-a403-5d4a3c45da0e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,78a0bc3e-1c4a-4b9e-911b-89b1c22ab64e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,6397e2e9-8d49-42d1-b3f8-546724e7d277
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,e8dcc110-5cdd-4fd2-ae1e-3c6349fce214
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,86d4d2f3-d089-411a-bc7c-f13ac8c99c86
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,8b4ce312-a2ec-4b40-89a7-dc4363c1280f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,fuel_combustion_consumption,968d9b15-dbd4-4d82-8bda-bdaa9470e9cc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,sampling_scaled_data,b11003da-351b-4cc3-b651-f7c42cdad9e9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,89.06333333333333,modeled_data,d67cfdaf-14b5-47c6-b1fb-41feff9f8fbd
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,9786dc5e-edb3-40fa-8003-87806adf00f1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,b87ce3f6-e304-4457-be32-f63d478f0f79
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,f7607d33-6fd2-462d-a1c5-82311b68b08f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,e3ac4b19-90d3-469f-92d9-33f0d7e3e098
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,3a440d3f-af09-4431-b004-09029deeddec
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,aaa91817-c074-40ef-803e-6b3726b1c9a5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,1612ce02-4309-49d3-a801-c7a325a2e6d8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,58c7772f-6a39-4774-ac71-1bbb4732c508
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,99def8cd-2c81-4990-a94f-8719d80d2934
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,a9cac34c-a0d5-4174-af37-4d7e8b9a25a8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,2bbee8cb-5151-43ca-ab66-9059d99da2d4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,851db968-8c65-4412-afba-598300996c74
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,2805048f-e31f-4294-b922-dbd5870ab777
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,a2ae6cba-1b9d-4672-8d48-110b3f4d8096
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,30f3ae5c-b6e8-4101-81c4-fabb1f1e7739
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,fuel_combustion_consumption,eba7a0bd-75b0-4fe5-9b57-5d4394de151b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,sampling_scaled_data,29969148-b03a-4545-b276-c1c4aab2ffe1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.06,tC/TJ,89.06333333333333,modeled_data,0824e5e0-dbe2-4569-ae16-151eeeb1137a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,bc2b4aee-c052-445c-98b4-d9a34f41124d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,13af1131-716e-479f-8794-32cd69d1a723
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,db71fcef-082f-4e99-a3a2-37f4fbc259b6
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,a4530032-1884-40fb-9c22-64d4c0bab9b2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,552b1ef2-f1fb-4bdc-8324-7b41ee4df991
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,f24538e7-828f-477f-bdc0-98287a1304d8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,4e9ecb4b-236f-4d12-84f7-b57179441578
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,eacfce8a-dfa3-4bb8-8114-95221f6dc911
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,dd20f9d1-1df4-438e-bba9-9ad705625c70
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,83056db8-fd47-48e3-ab6a-bda8aadcfc43
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,809f4b99-6df7-41ac-9b0b-9f465ff0e6e3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,03e0edeb-4421-4c38-90f1-0771f3ac14cb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,4ef035b4-dc54-4a6a-8de3-0a497c9200aa
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,7027fc61-ef99-4e25-9c6a-c26663b38e43
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,65d3fc75-0ec5-4557-ac36-67fb753e27ed
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,fuel_combustion_consumption,f6ae48cd-5c11-49a6-8f4f-c47f63688891
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,sampling_scaled_data,2ce2e276-088e-45f2-9a9c-86a6afb1d52e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,89.06333333333333,modeled_data,a870927d-e657-4222-a12e-b70127b5b2f9
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,057ae5b9-3b83-4871-9ace-82cf09f3c064
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,bb1d0833-957b-4048-86cc-915eb8844477
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,0f6a08a3-d1a8-4f0d-8090-9afbdef2c642
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,4fe89642-2244-46a5-9406-b14914acffef
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,72d59997-7251-4d78-9a19-e26cf33a0279
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,b3a510e3-4718-483e-94b5-59be2212da44
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,300fb53c-ffaf-41d7-b4f5-dee150d3986d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,532c5c24-bc37-4c01-b521-8659afec5c5e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,89629517-2363-4f7b-96b3-1a65446934cb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,714969dd-acd9-49e9-a3e1-1328c48275a7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,0e5d7299-a951-4da3-975b-c2e8e3e834f3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,912c4a12-4b71-41a3-9f8a-055373eb4e03
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,bd4b2da9-c841-4b27-bd5f-4e056e94ee6a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,25ce1722-6c1e-4d98-b1cd-0a79d0d4cf2e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,1c5737c5-5e3f-4613-86e1-0fcff23cff6c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,fuel_combustion_consumption,b7b9a165-1187-48ee-a62d-179368ecf6d1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,sampling_scaled_data,f159ced3-f01f-47f9-97cc-be6530d4a1b5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.42,tC/TJ,89.06333333333333,modeled_data,c92eed5a-0962-4ad0-a446-e3a1a3e5b13a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,62553d80-316e-4f1e-a93d-42ad2e1257d3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,5602013e-2a11-4d14-a2b5-f9f89ed1b28f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,bb49da24-2fe2-4ea0-baca-d99f6ef9698c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,57092424-95a0-4ce7-bb26-a48d655042de
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,8f830d8d-b679-428c-bd2c-0d4d425a877c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,3d42d265-2624-4608-a729-7dddee742437
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,94f11367-32c0-4ed7-99da-003300c2e3b8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,a463e43f-f2cf-4c47-b201-bae13177f9cd
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,bf42487e-78b4-427c-b166-8815a5c06902
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,2d68bfd8-84bb-4beb-8e68-6db9ed2a3dbf
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,df229220-1f7c-4592-9d3a-b5854f84d4b4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,2511463f-3a50-4a51-906d-6ed6ce1fe988
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,8bd635b7-c888-4074-9b95-db53f79b697c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,4a742458-36e6-42ec-9fb9-f7122ee48d22
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,edb6086d-94af-4ef2-8143-3e2a8659c195
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,fuel_combustion_consumption,0715a6f8-f288-4623-bd27-7fd5c05f6a96
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,sampling_scaled_data,ea3d55ee-0ff2-4f44-87f2-053c4e0d0eef
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,89.06333333333333,modeled_data,0e9e90f5-1f64-459a-847c-76da73563909
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,6dc3ef03-2bf0-4658-a6cd-7c8d194da6d6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,d93e83df-6d8d-40e0-b56d-1bde8debedd3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,17b5c6f1-b735-4ac3-a6b0-de41cf2dc134
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,6474e640-d1f0-40b8-b11b-610326f162b2
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,ef12392c-853d-4935-a958-6eba30d3f13f
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,b36bb835-4bee-4f41-9936-783909679e6c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,1d1d381f-b460-41b2-98bf-ddbaee6cafb4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,704376fc-7f3e-40b1-b5bc-1a45007b2afd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,6567645a-7b52-4f88-830f-fe8729c6ff09
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,3df7f03a-5817-4dd2-9f71-2f34fd4fcf4e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,8f2b0f32-94bf-45ce-b30f-61b7a831f347
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,3b0b0dfd-7673-4b97-85ba-aa498d4636c9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,f692526f-6cf1-45b2-b41f-d8fa823dd9e4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,867a6a87-4e5e-42bd-8e33-441c88189364
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,88a950fd-20dd-4cb1-830f-9580c67d8973
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,fuel_combustion_consumption,cb8f28a0-b88b-4adc-931d-de4283a32bde
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,sampling_scaled_data,c6914218-4383-4b98-afc7-b58306aca9f3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,109.55999999999999,modeled_data,9126eb1f-1776-482b-8b39-603821ff98bd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,1a09e3e6-6e6a-4b1a-add6-6b40f5687b13
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,60be07a6-794d-4b6e-849c-9ca28f154f86
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,ddd13b9f-cefb-4728-9305-c04ef29fee83
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,2a436891-2593-4569-9f41-3fb3ace694a9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,b9c1b346-8263-4afd-9a4f-d3284ce38efe
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,be825532-ac12-4c29-a22d-a84d467e4c97
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,3128fe9a-c1dc-4456-be90-37dc435b0e82
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,a3b61a31-b3b7-445c-9da3-8bf845b83fe5
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,f5e73bad-db43-4570-aa75-ff8cf21fdb07
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,50dfbc62-07e5-45f1-bd8d-7e18d908e14e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,c1667558-20de-4035-abd9-3d20c55f4b84
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,0866504c-eb7b-4b2b-a6d4-60f669dc4e3a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,f119a5b5-2e6a-4083-8bec-f4e39631d26d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,285be65d-b46f-4ec8-a91b-0be6c7e400d0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,3f744b5a-bc6c-4697-8ede-b31d4f4bd221
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,fuel_combustion_consumption,34fc3a13-4d28-40c8-ab2b-4a471d8c8588
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,sampling_scaled_data,d68e6934-9902-4e0f-b831-cec9e8f6791d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,109.55999999999999,modeled_data,16b7e233-8447-4945-8241-36564de171ef
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,f22e2728-1ac3-42ae-9ee4-91f919e9ec86
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,f6c4dc96-ce84-4f43-9124-c6028efd8f0b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,f65978ad-aa57-4a44-b46a-ed0b288a4924
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,0faae7fb-cc0f-4736-8177-dce17dd8e748
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,7f327749-5815-4fb5-a39f-a32b23a5c3f1
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,8b992f2b-a122-43a2-a3b0-c543cb31af60
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,bb26477d-e6d6-4f01-8076-13d8ccbc03d2
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,680ff1ab-500e-49d1-99c7-74f3a8aa0e7e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,475bbe26-e497-40b6-b3e2-5eabb132d932
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,4c2d334a-adea-40d8-8daf-a2b133ef2d41
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,8b8117df-05e0-415c-8f25-52c4b725b857
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,f57115ed-32f8-425f-9732-fb9e464cdcfc
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,57e3cea3-2d13-47de-88a5-a877a9de27f4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,87f30095-5f77-4275-8759-8f2f08a6e2b4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,91762cb2-e58f-4544-959f-2452a9e5f7d9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,fuel_combustion_consumption,021b91bf-6e11-47a2-828e-549d083d4554
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,sampling_scaled_data,6bf9b804-a00d-4748-b850-b7fc96e10ddf
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,30.22,tC/TJ,109.55999999999999,modeled_data,eaed851b-e7e3-430d-9c36-7313a1bece55
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,00995746-19dc-4223-9748-89bf746afc9e
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,6e2929a6-87cd-4a59-8b34-adfdaba8d718
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,0fff0110-76ce-4166-b4b7-e17996b3f97e
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,1ab166d7-ddcf-4091-89bb-13e60ae10fc9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,1f8ecb4e-56dc-4c0d-9cc6-c32edd73594f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,475ea6d4-da9e-45c8-a08f-57a1c4cc3385
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,1e87e79f-092d-46bc-94e2-e74844596f1f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,fe270ca4-54e3-45ea-9586-2490baea2e52
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,81a8cf33-3c83-4f1e-b2de-03d18d3f9248
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,eaa628f0-38f0-47d8-b7d1-c197b49b9ff5
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,5dceb46d-5193-48d9-be43-ec29231494ad
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,4ccf749d-af6d-4b96-b72e-10200092c31b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,92764fad-65a1-4ce0-8102-b54b203b0822
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,1e19c327-5aa1-450d-915f-d44b71016686
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,376a280f-7772-4c60-86a1-b771f67c4ec8
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,fuel_combustion_consumption,272446b2-f322-44ed-804b-20825f5b5fd9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,sampling_scaled_data,263a9d48-f0b4-4ff7-9157-8e15642133b8
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,39.89333333333334,modeled_data,034ccef7-3830-4c7c-af81-c57f4679824a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,e3a2ed7b-f912-4a05-a087-08a017dbefc7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,49381883-7718-4697-8219-508d4d475242
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,cf27facf-6507-4af0-87f3-96be2b92aff6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,4a06d9e9-7bc6-4446-9b34-79828a07d011
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,8b1f4cc4-d683-4ea2-977c-92ed0141c3a7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,ce70ccf9-8936-47e9-9c80-d6fedcc7cbb2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,9d079594-4ad9-41ad-8dd6-aa4aef60bc00
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,8e642e67-634d-488f-953b-a1b756cd6b13
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,28fa934b-fea3-40d3-ab9f-7dbe2793b3fe
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,b29fabca-e631-4987-a2d6-e1a601da32a0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,8f3c08e2-8141-40c3-8fa3-4adbadbd56d7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,70ac5784-5ce7-49f5-8971-f0493bb5c875
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,356edc45-0a54-4e96-96d3-e1f715832a92
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,b65517b2-204a-43a7-810b-f38bc3c1eaf7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,afe7bbe1-5231-4b25-b834-05542e14b7e6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,fuel_combustion_consumption,93cc6d51-9f3c-4e0c-8d64-6c9ca656f8e7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,sampling_scaled_data,77acc915-1308-40de-b802-aba3ead6bc1d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,39.89333333333334,modeled_data,26db9085-3305-4c58-893a-473b25c00d0f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,7f79d2d5-9a3e-45e0-8bb2-09a604ee22ee
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,41b890a2-2ea7-4778-9e48-85a050f78022
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,33edb420-f109-4d48-acbc-2b6acb0cba20
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,737f76f2-c834-40b1-820c-8d3466830879
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,03073427-7ea2-469d-8b79-00731a9254e6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,6ed0a590-77ac-4d07-8225-5b1dc6a92484
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,7cafb798-0adb-4060-ad4e-6e8f9e73ccae
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,bacc63a9-457e-4adb-8ed6-570f502f8aab
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,66cded11-fbdf-4f43-b210-c5f30a8777a2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,7ccdf5c8-b8c5-4ae6-8526-f6f96dad0dac
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,d11d60d2-5977-4923-baf9-b709d9cda354
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,c9fd0302-e159-4c12-9d7d-9e0d4f908f73
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,082de9b7-4806-4cfb-aaf4-a67244beb6b2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,e5e3437d-823d-4e94-a35b-715946ef3922
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,bd1c030a-e338-4cef-be21-03a094f354a9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,fuel_combustion_consumption,066fd5ce-7e09-49ca-9daa-f954398e1d9a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,sampling_scaled_data,a2fcb878-1fd8-4f43-9962-20a187e9fac7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,10.93,tC/TJ,39.89333333333334,modeled_data,b912d182-cb86-40fc-a2ca-c73200ccebe3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,388a24e9-eedf-4ff8-a7b1-922786c353e1
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,c395b04b-963a-4128-b0e5-5c136f34741f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,bc0198fe-f8fc-47da-92e2-05bd9c48491b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,e935daf0-3c1d-429b-84a3-6225a6864fbc
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,99f033f7-0581-4b13-a388-6260f7223f3a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,c65b52a0-9bf6-4312-917f-1f5b0dd63fc7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,f96b92de-de5e-41a1-b225-bd5d884b2e0b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,64a12e4f-b52d-49d2-8d68-b0c187d92f1e
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,ac9d2dcb-5d1f-4284-92ad-7d3758737a65
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,aa70e595-1601-468d-a267-fbbfabc47257
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,085dfed3-c8ad-4421-a700-a6bae96f9ea3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,c949b0c4-3e3d-41ef-bd77-6f78b53cf845
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,139e6d6d-865d-4d34-af8d-450f1a8470b5
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,d826f049-29ea-4257-8b4c-842c23b3572a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,ee6e77d5-8f73-48c7-b8da-ca0895be9562
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,fuel_combustion_consumption,ebe487ed-969e-404b-b6bc-0a3defa1fcc7
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,sampling_scaled_data,576aeaa4-aa8c-415a-8c98-c975498ce5c3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,39.89333333333334,modeled_data,971b4aec-db65-48c0-bad8-c7f69412c41d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,767190f7-56d4-4b91-bfcd-d0816a3c96f1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,7efe9f8a-b840-4228-8606-e2dd6cf930b6
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,f56bf4e8-b00c-4840-bbde-6adf0eedcfc9
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,d43e8711-58e0-4de5-82b4-9d0a08d62615
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,b144e936-9cd0-41b7-af72-a3fffade1dea
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5f14ce72-52b7-4ec7-b5e2-b2b6b49a8f7c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,bada2145-25d0-4ae8-902e-42aefcd85919
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,0c81c692-3df9-4f5c-ae79-6e136b45db2f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,b0cb3056-45ef-4276-b63b-40ad3438a362
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,5c228a21-2e06-4a98-a34e-a1064d51cc2e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,9c230133-d046-44a4-b485-e5028e1d7a7c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,0f142af8-3ecb-4d0f-8e3f-55f99fadfca3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,d5a1ee8d-78a8-4e8d-9727-2d20182a6be8
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,3e02a9c8-4d5f-4aec-92e2-6eaa114335c0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,ebde8d09-b945-4205-882d-b722d5bdfdac
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,0934eb3f-d604-40a5-8858-865b577c68f7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,c2cb3ecd-b307-4890-9c08-c7be54d4c67f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5bb7d65b-a876-4c96-998e-230307725007
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,cbe12a98-4ce0-4577-8c35-623db51868e1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,c5e3dcf7-7ce9-41de-a7da-0890dfa5a473
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,ecde06d8-029b-43c2-8549-c3a39db7cc77
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,72874b1d-a195-4faf-b77f-37db7f5bee04
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,7de05b5c-6726-46b8-ab18-7671231dfb50
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,24354350-9d23-44ee-9e9f-90c6fbb1ba8f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,f53bfdc8-77cb-49b7-aa15-74922189268e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,0fedc614-1f8b-4c6f-a5d9-17e0113f3ed5
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,6eee5d89-f383-4b44-a2f2-ccb5364acdbb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,66bd85f0-6d8f-4847-8812-f89b6be71f22
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,51910689-ffd0-4d1e-a29e-3436e79f473d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,509d06ab-4a66-4b12-ab15-629037884b7e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,cbaa48d9-08c8-4e30-8ea1-d564a282c546
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,6c5b633e-7889-4136-a56c-ae6d39f1d080
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,3b955d7f-f41a-48f5-98a2-186beb3c812b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,153.85333333333332,fuel_combustion_consumption,cafb512b-a1a7-4c72-b6df-282fc5fa4a53
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,153.85333333333332,sampling_scaled_data,b860699e-7745-4be9-a76a-7235c0de7ace
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,153.85333333333332,modeled_data,dcc1471e-11f7-4ece-8596-d25038b2ed77
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,023e5603-5578-4fee-90dc-e9e3aff5a000
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,cc042b24-32e1-4540-bd37-388e8ff44e11
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,b2c983ad-5ffc-4331-bd1d-b5bda769c531
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,4546e2e6-3e05-4e60-84a4-d80414acf7dd
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,be572f50-56b6-4f7f-8fe5-a76f216a4683
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,14fae756-f8c6-40d9-9035-f62db5cc3025
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,95462792-cc11-41d5-bc89-d130b631e93f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,d7643954-04dc-4039-bec1-209f16a275ab
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,92ca35f9-0072-4f81-80c1-061c0b9f76cb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,bf3eb442-9076-4578-a571-eddc892fbad4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,8554b5cd-d653-4364-86dd-69dbee6543bb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,5a705d5e-a06e-4995-98d4-9dc4abc31ade
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,baa70cb0-1745-416a-a58c-a22e9701e3bc
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,5fca22ea-b33f-4ac6-821e-c953abda5f47
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,9afebe2a-2dcb-4751-9f9d-b64c56a4ae0b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,51.94,tC/TJ,153.85333333333332,fuel_combustion_consumption,508621cd-4a3f-4a45-9607-1664ade82c2e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,51.94,tC/TJ,153.85333333333332,sampling_scaled_data,131bda4f-f7a9-48b1-99cf-87650420f4a3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,51.94,tC/TJ,153.85333333333332,modeled_data,d58b6867-fcc9-4ab5-9644-3915ee0ad316
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,0fad3687-0feb-46cf-a360-6764b765d73e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,fc0a9892-2c93-4d7d-8d5e-b5ff55d73d6e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,7789bb1a-2255-41d5-866c-8e52cec65439
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,dca8b50b-f43e-4447-b7b1-9485e7d0f7b2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,760aca96-3fcd-4d06-b6cd-250a759f2050
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,27d68e65-b8dd-4bef-819b-ecd67669e89a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,213c5bc6-6b6b-4db4-87dc-76af7be1091a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,1774cef7-1914-408e-93b4-4a0edbd08b4e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,ee5e040d-2f48-44af-8f35-51287c55d00e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,02317dab-603a-4022-9d93-68f0a40ad6a1
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,722ad324-dfae-4c9b-bbab-b32ffe78bb31
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,693dd802-2fca-4490-8553-f3737d6ac89a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,f9eb4992-ed40-4621-9a0d-b55ce383075c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,bd319407-cc20-4c60-a956-7411d2e85835
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,aab936d3-1774-42bd-98fb-bde272a62697
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,fuel_combustion_consumption,0938471b-b44f-45f7-b59d-7fd3dc8c31dd
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,sampling_scaled_data,403e7f1a-36b7-4bae-9743-6cb392b6e259
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,153.85333333333332,modeled_data,e50f4155-eaa6-4fb8-9906-bf600d314c3b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,c404e561-b808-4eaa-b6e2-8ec6995d3ff1
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,ec1e4de3-5b46-457a-a3d6-9ecde10b693f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,c61b887c-251b-4741-845c-4adcaeb33b25
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,8efdca23-5470-4855-8f70-558b84a9013e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,e96d1b7f-d1e9-4be3-9ca7-0d9664d624dc
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,0956b586-db48-4325-86f5-ade9a1b9747f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,2dd38ded-8b0f-495b-a9ea-3f7d02d52f57
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,e1deef8d-4d89-4fb2-b615-d82000babfa5
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,23442419-6765-4e33-a717-85b063528f26
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,b78b6fc2-6f15-4ad6-af2f-dd5473874569
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,7c61a0ac-bd4d-4741-bcc7-03d90974d576
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,2f531fcd-cf1d-476c-91e5-1be7f834c58b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,d7054962-98e1-49d7-90cb-5d756d125be4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,b517b130-2d84-499a-b5e3-ef8ef5bdcf2f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,6473db4b-611c-4735-a1be-d2ce73665aef
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,fuel_combustion_consumption,e211a0f8-ad29-48cd-8dd7-cc06ab5be997
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,sampling_scaled_data,0e2f94b4-9c90-4553-9e1e-358721e2c881
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,69.59333333333333,modeled_data,95431470-a5ca-41a9-8933-52816407c803
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,94135789-5945-485b-ba54-85350a859f48
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,e943b501-9175-4644-8bf0-602d94050256
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,237c4e8b-2c3b-48cc-904b-db3ec23a9588
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,2dcbe5e3-816e-4ef2-8894-102e94c1db5c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,685a2feb-2499-4045-aa20-e5276d1d7451
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,45386aae-6847-4f59-8463-3cb0aff7227b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,9e89e598-64eb-4315-976a-73b6fb4200f1
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,edbf6a52-b54b-4787-97df-cfb7f768a10b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,e1c0ac4d-9175-44d6-ace2-b00e4a612f94
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,798cd738-bb92-475a-a62b-16093810445e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,46bed969-223f-4aa8-a875-3b372ec8c1bd
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,77f38972-575f-4a8e-9c6e-c5be8dc92a98
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,6b02a6ab-6e3b-4e0a-9cd0-a97846925d24
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,50ee321c-c174-45aa-98f9-31264a062f61
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,6111d639-778f-466b-b151-0842935ac14f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,fuel_combustion_consumption,a9b836ad-5e81-4d44-b659-71b69355d1ff
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,sampling_scaled_data,621d5da4-8487-43f8-973b-538f20532b90
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,69.59333333333333,modeled_data,f14c0ceb-e272-43b2-ac76-b9a5060f780e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,8ffb944c-0f88-4a24-962f-680cfd84c892
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,4bbaf6be-03c1-404f-b885-3b1d22d65f9f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,b575fb51-02d6-4903-a966-fca3839036c5
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,ee27c14e-80cc-4ae0-873c-4176c07a92a2
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,6b876f6c-9287-4fe7-84d8-56af73496223
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,98ef0304-143b-4aa8-a712-93ab20f163bf
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,a98b0edf-1e75-4dfa-8fc1-69307c306484
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,65198ab7-8be4-4477-9257-a6fabdd8b66b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,b9a9d8f8-9e16-4950-9750-82d1b29f91fb
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,6c23cde6-622f-421a-a408-6f04f55d1cad
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,73e0ec1c-5e70-4e00-95bd-a4aaf17d48ad
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,7d4f7113-7652-471e-b6de-fec621b2d83a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,02fe6bdf-a178-4675-b56b-3048601fdfff
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,3a3950b6-3770-465d-b6d4-79a4327c318a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,a966c949-f78d-4703-ae16-ace2488b1c2e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,fuel_combustion_consumption,81797570-b348-4225-aff8-cf98f9d36bf9
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,sampling_scaled_data,b2bbd587-17dc-4806-90ce-1a81395c154c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,19.0,tC/TJ,69.59333333333333,modeled_data,be4b9075-00fa-4a51-8224-7bd69bce7de5
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,e83b1baa-1736-4d48-a9c7-d67ef99f033d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,49255236-7806-4319-860c-8e0ba4cc5e8d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,b2e2afbd-c921-488f-b6f4-5d767561bd02
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,ba9cdc89-e934-4790-8d88-c1284f626a37
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,e6abb7e1-c3ad-4905-9a0a-1f16bde5005a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,1a733006-16f8-49ba-b101-942cb084cfc3
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,4a07bf64-61ec-4939-a385-4655b94127a0
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,2dea7fa8-2a88-428d-93a1-50bcdbf1d944
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,e2b642f3-10cb-4487-9e53-557ac778ded7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,d9fedc63-6149-41a1-bf0b-b77ec15f9286
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,a9a5693a-0776-4acd-917a-c194639f2f37
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,7462c9f8-dc06-45aa-aabc-8c427f6f5127
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,1c809362-c7b3-4320-9693-77501e2a9179
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,828d1928-b165-4f73-8226-fe01167a4caa
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,9a4ba535-b899-4909-9b48-7fcbc60547dd
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,fuel_combustion_consumption,2c4f11e3-2f82-4a5d-b7f8-f1df77847929
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,sampling_scaled_data,85e480df-a010-4b3d-be22-548a4d4ddc64
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,66.80666666666666,modeled_data,417fa41b-531c-4fc2-a8a9-8b263f8a01c1
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,d4a39fec-efa0-419f-a37c-b08a9f478001
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,b62fa3bc-e6b1-49a9-9a22-42f38d71c918
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,f19b7115-65a3-4777-bca5-95d3c94a9351
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,e62ef0a0-1b96-46e5-8de3-c8fdd201e27a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,68d49536-07f9-4484-b16b-f5c602898c07
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,4496d143-c385-427e-97a8-24516f7945a0
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,132fb5be-0fee-492f-8a02-42b8bc71ab61
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,170ea04a-1df9-41a3-8858-6b6a3d54630c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,85644066-39dc-4230-b787-1cad216c9f25
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,c6396bc6-5354-4d65-b99a-2af6cfd7f799
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,0553fddd-e2f5-4bbf-a794-07c54cfd9896
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,3cfecb93-ec08-4563-8d56-25db96bcba39
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,c811d886-c659-43f1-98cb-399e37bba954
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,c0c1c363-aa7c-4f03-b409-bd3973c32174
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,a7eeaa22-001f-4999-a6ae-e15a37862019
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,fuel_combustion_consumption,c7f468f3-4bf0-4218-b254-a1bf795e6a41
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,sampling_scaled_data,48fbb20a-6325-459d-bdeb-ac45c02db68b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,66.80666666666666,modeled_data,a478c6e3-d253-4ebb-bbb9-2d9a33e4f3c1
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,29b4b496-5b33-4136-af7c-c5f559ff684d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,a2a7ca5b-7a86-4092-b08c-b32263a16066
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,3152489a-72a2-4b22-a004-bbe9cea95f43
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,72316ed2-c558-4030-8ca0-3b6b670755ec
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,8be35c34-b2e8-427e-98d8-9eda5aa5f744
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,ed8dd7ae-9fe0-482a-a2a9-b04b3fac4faa
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,d354b6ec-9773-4ee0-b6e9-66fa8b923320
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,bae264d3-b126-4ae0-85f6-6a26c27f768f
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,38940339-8dd5-4035-96b6-c92111abe198
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,035575a4-63f0-4131-8e46-726472dc0d11
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,324d18ab-e034-444a-a14c-a5fc47c13388
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,cfa87903-eb28-44ca-a44a-610b721fd132
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,946429ef-90d9-46e8-8536-993b710e8edd
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,6a00ae92-e9ca-4d91-9788-5745ae0e2e3c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,6d7e50ce-e8c3-4347-8bae-d0d318f9fd3e
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,fuel_combustion_consumption,48af9335-a38f-4014-b975-6e5a945f8c07
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,sampling_scaled_data,c1bc11db-b847-4e72-b665-05e0b2b0866f
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,18.26,tC/TJ,66.80666666666666,modeled_data,f924c5b2-6473-4a62-a962-1da27c7ecec1
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,ae35895b-03ba-414a-8e0c-de1644b56780
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,c54b2210-f78b-4ab5-8c15-bf3bb3c25dc0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,dc17093b-f07f-4928-ad2d-3ebf70fd0d24
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,50e5e86a-541a-4f4d-9440-e507db865728
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,151f761a-f8c4-4e78-88be-56c2b37a4c17
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,39e878e6-f40a-4308-95c8-bbb03171ddfd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,018d2877-8287-4356-b61a-36da514ec136
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,b301ebd0-5a14-4cda-ae59-8dbb234ef215
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,0ba08a87-1d42-49ce-9031-4e319482aaad
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,2428df8e-6d58-4770-8774-2b1bb65e9def
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,d2520bb9-41bb-46ff-bd91-551e32e70cda
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,fba20487-fb10-4044-90d6-2d1999aaa517
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,6dd9b619-22df-4da4-a66c-fc7979fd4060
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,3c89af6b-4fbc-45ee-9c97-0180340113eb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,6fa61ca8-6bee-491d-a3b1-71a02d6c7c4b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,fuel_combustion_consumption,1a717c84-bb61-4bc8-bd89-6d1ec7ea5ed8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,sampling_scaled_data,e2ac15dc-aa90-4744-8cc8-91f1ec892a61
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,68.60333333333334,modeled_data,28c88063-af11-441e-b1f7-d16f28628a11
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,a64b2b2d-1593-4b7c-81be-3cfaea5dd076
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,20d4b500-6f75-4d7d-aa80-edd70f8e7bff
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,3288b7b4-35c2-4151-a5ba-f0e56b57ec86
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,32115251-c428-4201-9a0a-ed07e1c45264
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,fbfddb22-3491-4d5f-8b24-05b41c57fe58
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,44b439e9-db56-4b8e-8b55-5d8d92c98ff0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,51473b25-4f76-4af3-b6d7-f6617c1ed064
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,fc795431-4622-454e-ba79-cde9b2ebcccc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,281f0d99-8b6e-4bb7-b82d-cf0c62269927
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,921c7acb-7142-4b9a-ab3b-6cff5ea0af22
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,9beee0cf-648e-46e7-a5f6-6c8429cd1b4d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,c03e10d0-1e22-4975-8d56-5158c409ea45
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,035feefa-23ee-4105-ae34-3de7aa92a1a3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,4977de0f-bd5d-415f-81bf-1148cda3661c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,c928e053-eeb1-4535-9318-060729623b72
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,fuel_combustion_consumption,a5d3e7ab-1ce2-41a3-a773-4256a321a390
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,sampling_scaled_data,da1d74b6-cd79-4e87-9010-98eb64491135
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,68.60333333333334,modeled_data,68de9d50-1399-40f7-a675-6eef25ed2bd2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,3d0c6ed7-b352-4c5e-a72b-be5047392e01
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,103fad33-e433-442d-a1f7-6e8c08d46bf2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,dab7aac7-863e-4076-8977-a7c593128f82
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,274bef82-d5e7-4cd1-911a-fbe3241a2de6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,889c552e-bb79-427b-8f48-a910a245cd7b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,2879b4ed-6572-48bd-8a95-f21eee4468aa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,ada2fd02-3d64-4ef3-b079-12c9fbe3ba94
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,73af997c-f701-4e69-8a6d-3ea202e88674
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,0536fb3f-30ce-4380-89fd-5354bad4ebf3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,3836c32e-115a-44cc-ad60-d05f79953c36
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,2e7c3416-6272-403d-852a-516bf1025623
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,229e291b-aa53-4b4a-afad-d32a948fd57f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,b4560fda-fc67-4858-9a73-5a4c9e4dbf10
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,32ee490a-3974-4d5e-93c8-2ce9f6942a5f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,fb573941-d87b-4c8a-b456-1dd6731619f9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,fuel_combustion_consumption,f9cf7d78-108a-4c53-a074-f96ea8cbb4af
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,sampling_scaled_data,df2b4682-5d28-4f83-b128-e82536a332d9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,18.72,tC/TJ,68.60333333333334,modeled_data,49d0815c-f68e-4c52-99b5-d5683cf3362e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,74b07da3-a75d-4a8c-91b6-a5567f512c90
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,e70bdf65-cd97-45ac-8b95-40ee667e8a74
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,5ed4addc-572b-4d1c-afa9-abe15056e095
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,571067a1-e568-429c-a7d3-31509b4e35c9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,a6ac24f3-2af3-4e6d-b163-3b86ef53ecd7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,d130889c-5a2a-46f8-8f91-fc461c3735ff
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,9c94aecc-cd82-4ceb-ae11-3ff8a179d863
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,b7880791-c52b-416d-b242-b164ec8a9b34
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,2a4b4e17-4134-423a-824d-68e9db1a105d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,14b4569e-c035-4c6e-aa72-296884884c4e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,557132d0-6a7c-4e99-b2a6-bf444ade959a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,3481fea5-4716-4c73-9f59-39e55319f7dd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,e1270b08-2598-47e4-9690-6607cedbc1e9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,d25ea4e9-67da-407a-8705-b21cfac2acab
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,73aea4c2-dd9e-4e6b-b77a-3f763a48a128
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,844718b8-22a2-46cf-a9ea-787d38e93f54
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,sampling_scaled_data,20fb4f24-1796-475b-a69a-fbd6194bfba9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,68.60333333333334,modeled_data,9946ab6a-6a10-4835-83c2-bcfb95a567b8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,98336d67-c649-4617-a370-4452ad32a64f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,b351735b-5a69-4b7a-a1aa-a5a0af957406
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,52941aa0-4f1d-4ec8-8344-42c75c61ca11
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,a016c197-a7e3-4b2a-aab5-a5ea5dde31aa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,fb5ee1b8-8948-4a84-8d04-987b566ddfb0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,47277d9c-4aa0-4279-877c-c35b408b64f2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,89e6bdc4-c762-49f8-b133-01cce241bd33
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,9c6f6f9c-0e53-4c9a-91c1-767946cb1c0a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,e35390eb-281b-48bc-9d23-07d7bf2f3251
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,ca7b222a-6666-4d05-ab3d-7f93eee1567c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,360da4e2-42a8-449d-96ed-e45157f388a2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,c336af7e-1c85-44e3-9c84-e25aa4828d7b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,26e9aed8-7d35-4658-97cd-1f5ab8406a6b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,3b4e238d-6a87-4abd-808c-cf31d7b9a789
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,c13ac717-622a-471a-8b09-482ded2906ba
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,e139ce02-0c08-44c5-bdf6-bf2acd963113
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,sampling_scaled_data,4060d433-5205-4355-b472-5a7e0270bb7e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,68.60333333333334,modeled_data,b31bfa5a-3b82-43a6-935f-1c1dae6255ae
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,7605e921-2ebb-4a6f-a904-3d608f2e0868
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,e592452a-909d-43ae-82d2-b7aae9ca566a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,1fe3d44a-40d1-4dd3-be8a-04d07be46349
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,e10ed77d-7c43-493a-b84c-0ad8c97e9f46
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,9f36f120-79ce-463d-83b3-194a3620d2db
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,800e4e56-a68a-42e8-976a-94afddbcaf0f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,fbfb7597-46a6-4a49-a796-bad1b06129b4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,f6153df1-3f01-4e9c-9df3-8e59f726b143
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,ce24892a-69e1-444a-868e-cd3240f83fbf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,d3870e2b-34d8-4d02-a5a7-8a789d6ba777
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,55e4b834-5458-4455-86f1-d8ad786bf4b3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,9c0b1a35-3dd8-4337-82e7-b6b471a8152e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,db010afc-ca0d-433b-a0ed-e8ea26f7c034
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,47ccf04b-683c-4d30-8768-aebeb93e79aa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,090ffff7-cf56-42ab-a517-597190302121
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,fuel_combustion_consumption,aca316ca-f761-4f80-834d-9975c3cf3d86
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,sampling_scaled_data,b28bf5a6-cb49-4086-b3e9-5a8e837a790f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,68.60333333333334,modeled_data,67caaade-7f92-47bd-961c-d011166a0526
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,ddca4696-14d0-4cc4-bbbb-cbf73199574f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,cffac861-9f3a-486f-902f-b115cae571fc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,64ed3a1e-53cb-4a3c-80f1-919e2d7560af
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,1e92aeee-55f8-45ff-ae87-48c378a4664c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,cad98901-3202-4a07-aab2-65ed38e85e54
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,4c975786-3865-4600-a3c8-29b1e2fec282
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,43f9ae67-d330-4c08-a3b7-1e0476a06c3f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,ef28a716-a017-4c11-bab6-062059fa46e4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,24042e11-c24b-4118-81b0-bf00d2a4668e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,16d4fab1-f892-43fc-abce-88e6aa5085f1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,010d0909-1e2b-44aa-8ea0-3b1a02163d39
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,6cbfd1ab-61c2-429e-9291-b2115f30d630
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,cd5d5058-6b76-4d0c-b09a-70bef16cbb8c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,8d44f00b-4891-4f73-af8a-bbef3ee47fe0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,5200e46b-3782-441c-a500-3e39f455dadb
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,fuel_combustion_consumption,d012bc44-e7d2-46e0-a1fb-36fcadf2dc5d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,sampling_scaled_data,85ab3c6f-acd9-4940-a7d5-230df9a8d930
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,68.16333333333333,modeled_data,7fecd1eb-0a1c-431d-a219-250569ca5cc7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,7e703542-96fa-4ca4-995d-f513357f5344
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,43e9915d-91f4-41e3-bec8-7e6bc8a9b9e4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,7affbdc3-33b1-4c88-8622-b19358885b8f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,a8e1f84f-ddaa-446c-a772-7bc8919e9be8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,a568de18-ab62-4b53-bedc-1e1f06f5562e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,63401599-d86a-4349-be23-b5f7ab1e4216
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,bea8cf0a-c95c-4e04-90b6-ce0c90f490e5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,aafe3493-bf5a-4dd0-b46b-d202ece38196
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,afac448a-c6cb-4d02-ab68-cb44a82a45ff
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,0b5a3967-8d47-41eb-b09b-5d743d7b14cb
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,cdeb1d7c-5828-46de-a551-c8b9dec9d1e4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,cac8ecef-8770-435d-a37e-8bfb88f2c619
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,28400a89-b778-4b9e-9c84-e98935f107b5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,397bd178-9c05-46d0-bd35-78a36691e78e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,9848ed3f-4676-4dc9-a29b-cd68ec0132c6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,fuel_combustion_consumption,d8fa0def-0eac-4866-9f6f-3ab45ec721f9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,sampling_scaled_data,9360dc01-d68b-43d3-827f-03a8b46c6236
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,68.16333333333333,modeled_data,8c798dc3-0e78-46a8-b013-d5b451c047e6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,5844dfb2-58af-4d3b-b116-6b1c85986491
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,7eec3abd-a94c-46c4-9236-204dcdd8d830
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,d1317ebc-76c9-4de9-baff-07105d8f48ef
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,e5b90d03-10a3-4670-a158-7431cd059c93
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,9aeb25d9-522f-4b90-b6e4-a5d31537a544
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,59b302f3-0a92-496b-90e8-1b949ab6c8da
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,13ca94be-19dc-47fb-a942-c895ecafb312
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,b8fa0bde-a25a-40f2-8f4c-65e560063934
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,02e0959c-020f-4f5e-99a3-01100e01e7e9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,c5ab2d08-ff49-41b4-a901-e5525c651dee
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,000a32ec-d761-4d3f-b0d2-d5996d48ff42
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,b3081ef9-2f77-450a-869a-4ee2dbc3b51c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,b589661a-2d5f-403f-ab3b-6661f221615a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,7b82fbe9-751e-4c62-bbff-449e170be205
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,6b8cb3ce-8750-4b35-a222-8b9271dba0c8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,fuel_combustion_consumption,0daca1e3-c982-41fc-bcea-b367a0a08d32
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,sampling_scaled_data,46076175-8159-4849-9e7e-28c4458ebd31
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,18.6,tC/TJ,68.16333333333333,modeled_data,04c91fb5-4ed6-404f-933e-bf7ddc3eed93
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,b889ee59-dafd-4f1e-93ff-ea9c265805d7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,523fc7fc-d93f-48c3-a314-b27ed7fc81dd
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,c08dfa7f-6c69-45c1-8153-4f8b8e0b6e4a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,8c46d8a5-3148-42bd-b71f-5ba42ce5178a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,f48abf67-24df-4137-a54b-d9fbe62ee861
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,bd820883-9de7-40ab-bd71-4ed23f19c3f2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,44150397-a69a-4ad2-bb43-d018a4f9502d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,e5cb698e-6d3a-45d4-b043-1c9e1158d905
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,bc8721a7-284b-4818-ae43-f3fa58943789
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,f97943ec-c2d7-4720-9c03-1405086e80cc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,532d26a8-3c29-48ad-947d-67fb600da466
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,0b64408c-d3c9-47c3-a1b5-328a9bbd1b8a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,20d9d9cd-388b-48f0-9872-d5814f294f9c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,ef7f35ca-91cf-4baa-a689-e1d23b12f544
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,b5166f91-a003-4fc6-861e-f070780159f9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,edf3138a-e7fd-4593-8ebd-1872a09b9575
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,sampling_scaled_data,0a53607b-fa38-4f33-b922-faabb89a159c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,68.16333333333333,modeled_data,eb17d295-a061-4d91-8f58-ed0eebbcce3a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,9cbff887-4c3e-41f5-bf82-2de31a887d83
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,109fbe8c-a94b-4e49-ada6-8fb5b284a222
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,807502c3-6581-4476-b208-f0ae91f975f7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,969dbe3f-50fa-458f-83a3-1a974edbb2e3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,c7e7e037-f73c-473b-9b20-7db42e10f1a8
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,612c8387-0a0d-4450-96b8-6abdce08abdf
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,9eb18785-5a72-4ff4-9f1d-f0f7d2287d2b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,b8f8c3b3-cf2d-4620-a4ce-37bce34d1d61
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,d1ddc44a-ea67-4fd5-9db3-7c7a6d8f803c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,f503ff74-7696-4faa-ac46-dd86637aeaf3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,486331b0-ee63-4da5-a3f0-e056f8bf6bc9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,541315ff-223a-4d9c-bda4-80d88991d18a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,6ed098c1-066e-4aa9-9f16-fdbaaa4521c7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,9e0712ce-14cc-47e2-8d83-fd64d6899e3e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,8dd3d684-d0ee-499a-aadb-d48b415925be
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,01fb7421-05ce-438b-98be-b9f20d0d1e30
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,sampling_scaled_data,7d6753c2-7baa-4f41-98aa-48e9cb5cc591
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,68.16333333333333,modeled_data,c60809b5-493a-4ada-b4e8-2c97a1851932
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,3e493258-97d3-4d90-b84e-358b4034b7c9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,1b4cb32f-db72-490e-881b-d5e3acc85f10
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,44992471-e283-428d-a2e9-ae9592ad0d4e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,269bef11-76b5-4a5f-95fe-9aa2fa52b0c7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,417da2fd-00f8-4abc-9dd7-3ff256b4fc74
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,026163cb-8054-4272-9405-b035b5ac35ad
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,ee9e399a-01ec-41f8-9308-c57a47502292
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,c7b89007-ceb7-4b1f-abfd-24a59dc15a9e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,3e454da6-43a5-42bc-81b7-0ea1ffb4ddab
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,dcc9f5ff-8ded-4272-8e1f-2a73961cc33b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,e9b6060d-a2ff-45fb-a65b-089f382ed683
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,ef532cc8-edbf-4a96-80c4-0b5414cf4fc0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,ca2812e6-7282-4145-929b-67ad1db1096a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,ec68e2b6-3b5e-46aa-a302-1b03dfc78ad0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,77ddd861-f3c7-4ef7-9d15-c879e0a972e2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,fuel_combustion_consumption,82424c16-7097-4266-8a0f-b8c169fe0ecb
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,sampling_scaled_data,16abc9a4-bb4d-4c3f-8e4c-c9d76cb39722
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,68.16333333333333,modeled_data,7d316f08-9602-46c5-a2a9-06f2c4a00563
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,3b26f710-c67b-4aeb-a316-f115ecef0058
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,2c57c604-9a9d-4faa-99aa-d2efb45fecff
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,aa989c18-fdca-47be-91ae-5e23bf4e34dc
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,8622bf7c-91af-4109-b8b5-c97dc473ab85
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,a47424d1-55b6-44d8-8bff-c2b94ece89be
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,8865f245-70d4-4eeb-bf3d-fa4f83360182
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,8abb9e89-a5d2-4e69-a8ee-d315de2f08f9
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,b2f40e9d-ffd7-4d46-9d0e-d7ccf0cc5834
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,b1534139-8bef-414c-bc0c-e01e47747907
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,29237526-eb9c-4ce1-ae00-ee07c57fcf54
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,5d7a83da-6efd-4907-869b-6eaab3ba6958
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,7f05bb57-3b45-4f43-9977-f94fa5cf5295
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,e522a755-0ba2-422f-bf65-67876747c85a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,e9385ca6-f8f6-4259-88b0-f63298725a9d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,1ffc88ce-e635-4d9a-8f2c-07bd7fd5ecd0
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,fuel_combustion_consumption,2bd1e9e8-de14-4637-a786-02dac75b5c28
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,sampling_scaled_data,a07734c5-43a4-4dc2-bebb-44d5dbfa02da
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,76.19333333333333,modeled_data,096ce050-c40a-40bc-896f-29b5f0a9b59f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,c7d635da-0e87-49c9-99c6-3e0dc19ee57a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,07dd1f6f-5697-42c9-9fe2-2842d0c26197
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,6244711b-b8d6-4af3-8737-e4d07c2c6c5c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,e19a2dca-7d37-45bf-a188-1dd69801ebad
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,3adbec9b-afa3-4db3-aecd-ed3ada902a0d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,dbb78945-e9bf-4ee1-a62c-f8b5f6b13ab4
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,b122f3de-4b1e-4727-944f-65682d67bc32
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,4da269cd-ab8f-4802-8cda-eccc7b879bdd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,fd2e6a51-8c8a-424b-88ae-ef3065d03f99
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,f9b8ebe4-fb1c-44c8-b02f-ef40b21b8e5d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,7561b49c-5ba0-41b0-a985-1429e4b8a1d9
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,a69053d1-314a-4768-a8fa-1d18e7713b66
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,84c446db-7996-4b48-8d73-f9f3054b795c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,70d2684b-52ee-4dfd-863d-fc3687e30a14
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,4ddbffa5-2d26-4eeb-a919-c067bbb83d2f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,fuel_combustion_consumption,b4ff9dca-5f3f-4bec-8d08-f6acf3cf3160
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,sampling_scaled_data,db3a825f-dd0d-403a-afd8-0c80fda1343f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,76.19333333333333,modeled_data,7604eb24-5953-41ce-9df6-52b019d3cdb3
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,211d99c4-aa1b-4664-9c07-18090ed080f3
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,6ad37c67-4b68-437b-8b27-86ccf97f0007
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,1f38495c-c7cf-491c-be94-84a827ae8707
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,0c678a2f-0470-4133-bd15-cf725db64474
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,ffed96f5-fe12-48d7-890e-35f07ad28cd0
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,98bb0cf9-e34b-4ede-83f2-f1f875235121
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,e192a30f-3b83-4e00-8720-8faf0c0b85be
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,203aae57-d89f-4859-b63c-c41b27481fe7
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,e2bf255a-ea69-4a13-a1a5-42789d1b1768
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,e7ca3cb4-893d-4603-89d7-9b93ca6a8338
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,7334d3d5-95d1-4c56-83a1-b13944835c09
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,fcda1c5e-4c9e-44cf-b8da-940fb163c096
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,745d157d-c485-421e-9624-e131b2f17ecd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,c88c64e0-709c-4848-b847-418ca2a9aeac
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,f5e8360e-603c-47c1-a826-185e46eca28f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,fuel_combustion_consumption,f2756542-5b1c-47c7-a2c1-d81c760887b8
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,sampling_scaled_data,a2eee764-e043-41a7-aa86-a05f2dd97755
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,20.41,tC/TJ,76.19333333333333,modeled_data,7edb7609-526e-4b9c-9e44-909254a19275
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,97a2a52b-a9b0-4de6-8834-b92ced7c1a29
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,4624f058-bf20-48a8-accb-eed430231603
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,f06bfcc2-843f-46c3-88e7-613934cde094
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,8aeb908c-9a77-41c6-98bc-5fb6c14ca5c9
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,4344c369-fd0c-433e-b700-a55dc184c43d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,2b17533e-de44-456d-ab57-b3a7c2e3bcea
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,95b8b30f-0ac5-4c02-bf07-4042405ec50b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,8d5d807f-703d-49a7-8a99-b078a31c648e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,e47e15bd-6035-48e4-9faa-3cca1a3649b8
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,796c5d71-918f-492d-abbc-b7780f7e9079
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,5fbb8467-55ba-488c-9171-4f1d1b4da269
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,6291b82b-8e93-4dc1-9032-b6bfe0f5d468
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,6dbdeabe-eaf3-4074-8037-96069f0097ac
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,132fc5f2-a658-4148-9662-286f5854d0fc
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,2cdc11f2-0e48-4ef3-baa4-1e09430d6e55
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,fuel_combustion_consumption,14eb43fb-7b3f-4429-8fbe-e32bf0de952a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,sampling_scaled_data,d4733358-e563-41d8-be10-16ac71eeb8b1
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,60.02333333333333,modeled_data,0f3d005d-ecd1-47a8-a6cc-1bcdfccad3bb
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,1fc7124b-4212-4e81-927b-0a8c93776ab6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,bd941923-e683-436e-a24f-2872c638e179
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,fc8422b6-6ab0-4757-926e-da344f9e2546
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,85444714-afd5-4e42-96e8-da0f3357f880
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,f2f414b8-beeb-47a1-8c31-144388c44174
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,8adb7a3f-7390-4a49-81f1-60f3fbb63e2b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,4b352cb8-4c01-47e9-823c-cc14e0c072d0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,79c2ec0b-c59d-4559-94a5-bfda66a9c81d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,6e1bf280-892f-447c-942b-82ae00378f1d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,fa25202a-3af9-4880-89fc-667034bc676a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,f95d54f1-d40c-478a-aad1-ea64be382c2f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,9aaafb4a-ff15-48f1-9354-9fee1d295289
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,612fa49f-a7c0-406b-8f72-25128abf4b41
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,6815d679-4fc9-4c7c-8f61-a70bcbb9fb8f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,d197ef02-8726-42c4-8762-4e0fdc66ed28
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,fuel_combustion_consumption,bf5f2136-4b9e-4332-b443-651186031195
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,sampling_scaled_data,a20c71b9-457f-4c51-9227-1e82a02d9107
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,60.02333333333333,modeled_data,0626e446-f4ef-4e67-a413-15c8d78954dd
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,5aa0b56c-de24-4b13-b5e8-209f15a76dec
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,b364f823-a7f7-479c-958b-0f2951bce8cb
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,ac8530dd-39ca-4e0c-9f64-c7a478ab845b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,bd78b247-f695-4fde-98cc-84622f6e6a93
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,a1d61e6f-87b0-4281-a39b-04f44dd5aae6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,49c89b02-3577-435b-8e8b-29e670d504d3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,178635a6-9622-404b-af5d-764c38e48cd0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,7f86751e-c11b-4ec5-97b3-be240cec54b1
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,b33fbc7e-c44e-4612-b5d9-ee4adf07ebc8
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,fbf6bf28-47c3-4e96-9e60-36ff31753c1d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,f48b4542-3e0b-49e8-accb-99cab64a6222
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,78cb4cb9-a5b0-4a1a-bdc6-d285b2ec7ff3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,8e82e951-5a7d-4a6d-9a79-064258558d4b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,1cc43d1b-dd50-487c-b4ed-4a5f3ff23af9
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,66edc953-fb3c-48c0-a6f4-4df8a0844837
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,fuel_combustion_consumption,41e95340-f66e-4062-8c72-de9428f4b83d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,sampling_scaled_data,74c89055-06ef-4253-a261-80f7a9ed68bb
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,16.38,tC/TJ,60.02333333333333,modeled_data,f1adab51-99c9-4637-853b-09e987fff2ef
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,748cae20-7f9c-4eb8-b0ec-e981b575cfdc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,784535d3-8dae-49ca-8200-1afa5f561cec
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,5e19b712-f06b-4366-b324-470267976253
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,0216fdfc-e8e7-4dea-91e1-a031fc3bb1a4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,9b002c95-167d-40f6-8b65-37aafbd44361
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,8318dbbe-fad4-4a07-9fe7-8deddcc12dca
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,b787c47d-5944-4513-a879-efe55b8786bf
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,13d7771b-9ef3-4307-8475-5ecc8ded8697
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,73ed638e-84ae-49f3-8823-77dee385aca8
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,43af2dff-1c21-4ddb-a438-e88b31e96e1e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,a8fd0a20-a11a-4690-b624-f5bf5ad8d6d9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,b938e838-7ddc-46b4-bd82-d044329781a0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,ecda0d44-10b1-40d2-83eb-d50002327993
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,27aed873-72a1-4ffd-96c3-769fa7a8f08c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,4cd806b0-e4de-4d57-bfb3-6fcbe59a098a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,fuel_combustion_consumption,e9f85dc8-d5e5-4d64-8e85-50b843311638
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,sampling_scaled_data,2a360d75-ce15-4bdb-8df1-dbd8f572ad5c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,50.85666666666666,modeled_data,c26f205f-a151-4e77-9a02-2c4840be53c6
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,2b3c505c-6e14-4059-bebc-61fd530c4b9f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,a5f27d9a-b61c-4c45-be95-7d10c79c3e48
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,2d631565-ebfe-4c33-99dc-64044d5d046b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,eb11ec09-35fb-44de-851f-82cc8d12ae94
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,108867bd-361d-4215-9437-a19d1762bca5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,5c323372-4f61-42f2-8d71-f0aec22500f7
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,db9fe56c-8e19-4939-9404-71af208caf69
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,3c22ed3a-25b1-4f47-9b26-7eb349d43671
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,0a10ba1d-fabe-40de-a97d-ca6262ac4f33
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,1ce929e7-cc0d-4299-8e52-d201a9731120
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,cf3e85ff-108f-44d5-9fb8-13c56d95637e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,db28ab24-0448-49cf-bc05-787c9de10c03
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,9893c25d-3bec-4b74-ba8b-15aec0f2d8b6
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,9acb6b8a-50e6-4961-b6cc-a11a04457373
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,d6fffaf1-6024-4fcb-8ac7-21d31f59463a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,fuel_combustion_consumption,bd6a13de-3cbf-4d60-8b41-a17b260215e0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,sampling_scaled_data,1ec3e062-47f3-4c51-a848-dd1465613808
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,50.85666666666666,modeled_data,6d7db620-76e3-43b6-8065-bbe7c845c25c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,2431a23e-b41a-4af0-8ea7-c734a454b881
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,f92a3fd6-70d0-4dba-bcfa-62e9929f8d01
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,2e33e81e-5849-4f06-ba87-64ded7738776
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,c82182e8-154a-43f9-bcda-db682a58f689
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,ec3a18c6-79aa-49e9-9c3b-5ecd533ee640
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,9e62151a-143e-4534-a1a1-e4aaf98a6fa4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,601bc20c-9d65-4376-82e0-5838b2d6a2e8
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,0eab8e28-9b7e-405a-af27-249362f2458f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,c9ae97d8-876b-4fe1-a7ea-a23661a975f9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,44c15474-b1db-4ebb-a49b-7304362750fa
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,c0981383-98b7-4e1c-8c9c-c5d23caed8c1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,4b4712a9-5bb6-4f7e-8d71-e1f6da1483dc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,54edc27f-7d64-4369-b9ee-3caeef653256
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,e607d3c7-3a99-4147-8246-3b3d028fc159
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,fee26dea-0a45-438c-b361-4f819214311c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,fuel_combustion_consumption,73b990e4-9204-4c0a-b742-8b139f1788b1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,sampling_scaled_data,ff51ebec-9d52-4fd1-8a26-f03b6e7c6011
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,50.85666666666666,modeled_data,59b2b21c-5075-4c92-933b-1e2e4cf520f1
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,9ac277b3-4f47-4738-8722-cafff3f6e462
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,cdb435d9-4825-4337-8277-9ba58a3feb67
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,60b7f020-f510-40c1-975c-54c0041a036f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,daf1a797-6e59-4beb-9923-759443b5f654
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,b90444cd-d261-4418-a4fc-dec2454118e5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,03dff311-4059-4200-908d-47167961f69a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,a85f6983-f030-4b3b-b9f7-d80d230c1525
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,ca0ab8aa-9423-4160-a2bd-caf4fc485dee
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,f45ab37e-004f-45fa-a81c-ac37b534b0e2
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,400e73b4-73cd-44a8-ad9d-11353c6c9bbd
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,9241ec0a-f4cd-41f8-8c4b-89fc8fe68d55
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,5d14afa6-393b-40fe-bff9-4f3075f87996
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,3cd77900-329d-4a64-a677-9b33f75cfd6c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,05531573-12ba-4ab4-b4e0-595827bc4fcd
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,92be276f-8bef-4581-b876-643dd423a0ab
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,fuel_combustion_consumption,645d132c-9531-45a1-a8c4-7f361d854008
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,sampling_scaled_data,b9ced913-b362-4516-9233-fd7d8f227eaa
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,50.85666666666666,modeled_data,6572bcdd-dc99-4574-a257-327b7ed8528e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,e81c2599-54a6-48d4-a775-ae796c6efcff
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,8fe0bf6e-bbc3-4853-805a-a97803c53661
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,5fc58d00-ca24-4c40-a403-929e2bbb326b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,9610aed9-4837-4792-84d1-6e2f6edc31c9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,ff998507-84c6-457c-b8e0-1856d7ca2d2a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,8364108e-6924-440e-9da5-e8b863ffe5d6
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,0cbf83ed-1b13-4b7c-8106-277e39756141
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,63d1712a-af2c-4fab-b391-ce5562a8e3ef
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,bd854a22-2f09-4d15-94bd-4b1dccdf3d95
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,985bf279-3ef2-4c44-bd4c-cb3d075e8347
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,5796f65e-8f3b-4ff4-8fac-0f750c18f00e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,966a2e85-bc0b-4589-abd3-7bc801a066ba
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,06acf29c-392f-4897-9eea-20d17b4ced8b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,d7ad60e6-963c-415f-b9b4-bb4221051a61
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,a4325903-91da-4a51-a064-3573ce7c4024
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,fuel_combustion_consumption,1b1af1df-aa47-47f3-a8ad-6e7383f30362
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,sampling_scaled_data,7f42c048-9a5e-4ea8-afb4-c495e1a7fbd9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,50.85666666666666,modeled_data,4d0d3434-71d2-46d8-aca7-eba47110dbed
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,e6d83ebc-6559-40a7-8971-4d2ac3aafdb2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,8d094298-b5fd-4888-96cc-37e8bd51d198
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,afb98a2b-de12-4c08-a458-2a554eb1291a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,c65c56e5-d382-49b8-a2bd-2c7f7a088225
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,e5969961-4919-451f-9b42-f34faf26d2b6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,bd24462e-5f49-48bd-bc01-a8a948c3dc5a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,c403010c-ab45-4684-adea-f4c7235b7f9d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,19469644-0504-4928-b322-d5f53faf94a6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,f72b2743-1b91-4cdc-8363-168406f834de
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,01cb1ed9-6056-4b30-89d3-bedb4e898a74
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,da5338a0-260b-462f-9aa0-293649b36dc9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,0943c751-483c-4ea3-ba00-83b139b896e3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,a66d53b4-17d0-4011-a0cc-34f2ccbb5cdc
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,bc292540-049e-462a-a30f-63422e30660a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,299f2da5-eaf6-4ea9-918f-1a5ff405d362
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,fuel_combustion_consumption,7270b248-77ea-4b6c-9eb3-dcf18611a694
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,sampling_scaled_data,6c8bdc12-35a9-42f0-9b38-62519756823e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,51.00333333333333,modeled_data,a7127c77-3a08-49a4-b34a-e9b13224c7e9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,20f865d4-0dca-4941-8718-32d418a4aaa2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,7161654e-3f48-4737-b7d3-eaec26a8e2be
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,5398ec2a-dde8-4892-b06f-34a0c1f3aa45
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,c9c50544-38bb-4371-98dc-a8b05a2403fc
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,8cd0377e-93e9-4bca-8f3a-4c817752ae45
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,4d14b4ca-4cbe-4aa5-bdca-0c856b81266e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,0de4a4b1-8f33-4e4f-ad25-9b190b5f6787
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,d68047a9-3ca8-4c33-a79d-cdc10e2a8f4c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,d843cf71-9d92-48a0-9ec0-761f0478af32
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,826f2082-460d-447e-814c-1b9761364216
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,d5c3dedb-c22d-4dc8-9b97-cb84e7204a4e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,4482cf3a-bc27-4161-828f-534d15a842ac
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,e4a7e23e-e919-4fac-8f47-8dc8db66a702
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,c997459d-cbca-40cb-9977-a6710453fe83
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,af5a2407-ada6-4dc8-86ba-c06a4f1d2d9e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,fuel_combustion_consumption,86df2777-3f7c-4b88-a89d-3eb614148531
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,sampling_scaled_data,8e9e52ae-9ead-4387-a3ae-5375053e4201
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,51.00333333333333,modeled_data,8858ad46-8761-4e1c-b936-3321b5681bb4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,d823ce71-c3d0-48b5-bc21-75d1381be4c5
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,a2f23345-06cb-432f-83f1-86adbcb8d22f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,a033cb8a-531b-410d-bd5c-c697aa4c4fe6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,ecf1443c-3ffb-42b8-a228-76a1e5c2ad13
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,8957e0f1-95ba-4062-81e5-cfde4f364ecb
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,8e68c493-b91a-4247-928b-ecf1a8486598
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,0b3c86e7-7418-4d31-a781-94722c915ed8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,31f56545-6833-4e9a-b7ce-2ab04783346e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,0c7e0400-9344-40f5-ac89-c0ea4feb9600
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,2502baca-9fb2-481e-8579-f14c203a7e38
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,22c90e06-3d1e-43cd-be70-fcfbd75072a0
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,bba1cc33-da47-40f5-8b74-c5ed180fc757
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,2acdaee9-3f8d-4e27-889e-eb120e939878
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,f44baab8-1468-405c-aafd-94bcadbb8a15
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,b0f46a88-3b17-4524-89b4-1010824c24d1
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,fuel_combustion_consumption,6fa191c1-10b9-489c-a296-becd4fb051ef
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,sampling_scaled_data,c4f2223d-211d-478e-824a-21fd7120e6a7
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.95,tC/TJ,51.00333333333333,modeled_data,2f16a426-fff0-474b-938a-4c46963d798e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,17b18d19-699f-41d4-9596-7a26ae758dc8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,8d312aa1-7fe1-4d96-8bb6-b81a30ff66a3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,768f8d92-451e-4228-a66d-e8f7e7e180a2
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,eb4d5a8e-ca39-4567-b77b-c21cd8103001
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,45488709-de41-4733-b908-a800e33df7e8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,ef453f59-b8b3-4325-a2af-a71c32a3e958
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,ca46b02c-721c-4784-8a55-507dc0bc9991
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,87d4da14-b6be-483e-9193-dca9d2b2eec8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,929edfa5-545a-4c05-9e11-8f650c728fd7
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,34710731-793c-4617-afe4-1d1089c61e41
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,d8247ba8-a0c6-421e-b0fb-95a34ef6c23e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,f3bc8170-2b99-4772-9d74-cc078c8275a6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,ed19f876-e86a-48b9-855a-a255e3e99a08
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,e09470f3-789c-403b-98f9-59ca8571f236
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,a674a9ba-c4cd-4431-9ab6-c0bf307f2142
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,fuel_combustion_consumption,1562e65d-14c0-4de3-b6f0-7a397904e0e4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,sampling_scaled_data,6e8c9174-feb6-458d-b190-b99dfbe99b02
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,51.00333333333333,modeled_data,273f5370-22ba-4b99-80d8-b2fbccdbfd00
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,b1b12071-8634-4e97-8aa7-0857e54ca17a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,f741d99d-d189-4325-898b-f62c8f34b4fa
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,3adedf47-847c-431f-a3c9-27b82521f609
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,02adb248-9537-4664-be13-315715153fd5
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,f80b03f9-fd42-4389-a402-fb0e4c2960c0
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,e3f274c6-1579-4329-8f6c-20120382c380
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,e5626ab3-11fb-41bb-8331-c725ece513c3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,b062e4a9-071c-4c08-b813-e897cf9ab4fe
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,4c6d1d78-4f01-4f0c-9dc6-d182c24d4ffe
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,5cac06a4-0775-484e-9e59-5612e8f492e8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,8897f5bd-c5b0-49d0-b86a-71e564f1d501
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,0938f7f2-30c5-4c32-9362-40cda17b5495
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,8f1acb1e-eb10-461d-9620-609bd2dbc192
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,b9947a74-1fd3-4fac-92c4-54dae1e87901
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,a6798aad-3a33-4781-9551-c15ac92d5c5c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,fuel_combustion_consumption,07ca0ad2-5a3e-47be-b6f1-f9cfd900215c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,sampling_scaled_data,2c4ab0f4-68ae-49dc-b48a-7c52dc6fac36
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/TJ,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,13.97,tC/TJ,51.00333333333333,modeled_data,a232ab9d-048e-414d-83e1-5b05d84e5aae
-125841,"1.A.1.a.i - Electricity Generation
-",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,fuel_combustion_consumption,8242a595-cfc8-4c37-8290-2125fe61c597
-125841,"1.A.1.a.i - Electricity Generation
-",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,sampling_scaled_data,5c85bb4a-487b-4e8e-b3ba-ae5e07749fb7
-125841,"1.A.1.a.i - Electricity Generation
-",CO2,Anthracite,"CO2 EF from anthracite combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1506.0,kg/m3,,,96430.0,modeled_data,5a2d3cf6-afc1-49e5-a698-e51aabaddad9
-125842,"1.A.1.a.i - Electricity Generation
-",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,fuel_combustion_consumption,97344001-9270-4ecb-a515-c8005b0a8cd8
-125842,"1.A.1.a.i - Electricity Generation
-",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,sampling_scaled_data,2e7552dc-4cc9-4fd3-b9f6-dc525fe25e35
-125842,"1.A.1.a.i - Electricity Generation
-",CO2,Other Bituminous Coal,"CO2 EF from bituminous coal combustion at the TPPs in Ukraine (as an average of values measured from 2003 to 2015 of carbon content ""Kc"" and of carbon oxidation factor ""Ko""), calculated as Kco2(ef) = (44/12)*Kc*Ko",Combustion at thermal power plants,,All over Ukraine territory within boundaries recognized by the United Nations,,kg/TJ,,"Chernyavskyy M. CO2 emissions from coal-burning thermal power plants of Ukraine since 1990 and the main factors for their calculation // Intern. J. of Energy for a Clean Environment, 2023, 24 (1), 97-113.",I.4.4,1346.0,kg/m3,,,93500.0,modeled_data,e7ee2c14-73f4-480c-8f20-8f2d01cce204
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,b2d3054a-4f8b-47d7-b2fb-c7b60f797c3a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,9ac5b0cd-22a4-4091-965f-92379b898751
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,0c8595a4-8ee4-4297-96d7-7f9cbcb7c306
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,f9a80a05-62a5-468a-8a19-071fd1fecdb1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,e9e076e4-c850-4c45-a369-5bda530cf4ca
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,d70d6e3f-b720-44e1-befe-051c1773a322
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,22c4f296-a4e3-46e2-9fe5-fb39aab715b1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,7a662e18-9576-436e-b21f-b94af3f2b4b0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,2f471e8b-3ceb-4de1-9f7c-b03165f06eb3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,0cfddac3-e05a-4975-8e7f-9c876b995935
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,2cf78355-cf79-40d9-9a5d-e0d09d85a80a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,f7f3d8d8-f53d-423b-894b-0027f62ef117
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,59087bbd-75c1-4f95-8a7a-fdfb2c537c75
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,b1005701-747d-485f-89ac-1ae9628837a9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,0fa877c6-740d-4cf9-900c-22207e73ae97
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,feff931f-a357-46cb-9e7c-01436e9e043c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,544057ef-5154-452a-a53c-9b790eedd776
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,cac9f1b0-f537-4409-aebc-4580519d24de
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,36218b9b-169d-4a11-be9d-ea56f4b6238c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,4b8db99f-5c2f-40ba-8cb8-09742f0f1c1e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,1107f20c-227f-44f7-91b4-64aad01b5e5d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,22705bf6-0b67-43a8-9ec3-557f23abccea
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,88314621-05d7-49c1-bf9c-c77469db722b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,21ea5dc5-baeb-4b80-a73b-6d5a2e363e1c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,226345ef-5fd8-459a-a088-0707999238d6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,fd8885d9-155c-43e5-b081-8b1028660a18
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,ce2f6e65-da4c-4e4a-9e85-68fef99f9876
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,46fe0b4f-3511-4e21-8073-2fc138f19c98
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,a3121431-753d-41df-818c-9e3fee0d9f80
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,92f9ad68-1052-4440-8a13-d644bd6ad8db
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,12e0ad3e-30e8-4bf5-b032-b7cd392873be
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,5d950b0d-f1bc-4ee5-a917-f2514e35b6d0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,bc2bd4f0-05b8-44e5-b0aa-f0e075fac8ab
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,39cb325a-ba43-4e96-9c3b-2db00ab87cb0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,8efdd68a-d2b0-4565-a685-8043b5e2f088
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,027083d8-fa81-4ea8-8357-d98da754b778
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,4aa74af2-d34b-406b-9111-dccc65f9f77a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,595b5727-2e73-45b4-9c56-0508a2f515ca
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,a2b00eeb-6f8a-4371-80cd-bc3015c53ba8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,8f4607b1-7e8d-40dc-8462-0debd21a902c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,db37233c-75aa-4322-88c9-7fd3ec0ba860
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,6f42b9f7-ecc3-429a-a121-112d9981b92d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,6c2f687e-5fdd-4c37-b206-4be548f2d16a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,d7920164-b0a7-4533-b81e-d863c4a473e1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,b6f2d027-ecd4-4fb1-ac72-91721fb4e3b7
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,7e2cb3d5-ee25-43bf-b9c6-75a700916333
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,ede716f3-ebcd-4e9b-8d29-e874256aaecf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,eaaddf39-f696-437d-84f2-86d2c70aa32d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,dc10a0cb-60da-46be-a529-aaa7a438466b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,004c1636-9552-4a94-aa20-334f035eb4bf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,bc5ab051-b727-49f0-9f57-d1108f7e3ef2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,3c48a8fc-418e-4691-ad35-89742ad8a5c9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,938e0671-5f9a-4690-bd9f-14234313b9bb
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,3a076c7e-1f58-48ad-8989-00bb4c7bd775
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,0e68cb47-1390-403a-a4e5-6049bdb88d5e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,64195b25-4f3d-4401-b44c-e2d311ca1843
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,a175a3f6-50a9-4d4b-927d-73f46658f346
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,f049c530-ba65-4de2-b87a-a41afeb9428a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,6727de76-ab75-4224-90f3-a892462c58de
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,b20232ab-b3c9-4145-8c09-f333e2158baa
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,e530c26a-0713-43e7-bb27-a85289fee5dd
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,2f541df0-7497-409d-9544-c972985340f9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,fa6f935d-b2d8-46e8-a4ba-54c1fc8a7ce0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,538e9dd0-9c29-475d-9533-5d730f10a425
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,0b6b8aa0-050c-40c0-bc41-d3867cfc60b4
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,dff4bf4b-8396-48cc-8f9b-a203b67c11e5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,6fe92877-6575-49a7-9970-d11c24158483
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,79c54514-71e1-495a-84e1-264b9b6bc943
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,3448c318-2253-45fd-9a7c-35be89e0636a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,5175188d-5b07-4cab-be7b-d5a9a05818e4
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,48333b48-cda6-4232-a36c-de44768b476f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,6b25ce2b-2ba9-4c06-9338-a262e83a06f5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,b496aeab-5c15-4a3b-be01-076542303870
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,fdf5c035-be81-4db3-8f1d-f5370a9e9858
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,9192bd4d-1761-40f2-bf6e-7cdcff6b0ea2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,7cfbd69f-7291-4d94-bba5-5f94e36b4dc5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,c9acb0c9-4b7c-463b-aabd-1e53aa591f43
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,0c2c44c7-a072-4848-8122-be334af1500a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,bd27a2d7-3cf9-4768-accb-76d3fb033106
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,66ee183f-5dd6-4a53-9178-89d8df5eb581
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,e10a8443-4c25-4bd0-92a2-0b2f36ead9b3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,85d4e9b5-399c-45ca-b762-ecdb22a5410f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,56240c5f-9a3f-43d8-ab8e-27c92bd7c3a2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,6255b9d0-90ec-4bd2-85e9-15e63a1ad0ab
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,f2cbef52-e014-4111-b3fd-74d2b5cde686
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,a37d8148-a9c5-4a89-bee2-cbad433b4501
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,d0755004-e5e5-4116-bb18-28704e95533b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,ed531303-474b-4c18-a1cb-c003c4301b66
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,ebd86809-8da6-4214-aac8-ae5912764279
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,f5508a2e-700b-493c-a49e-2ed1cb93f310
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,0a1c657c-3b7f-4abc-8900-3d7a90b10097
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,83c41530-3605-4a01-b0f1-80a9ca00a73d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,eede98a9-bc7b-4ff2-b7f2-76e4be140a76
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,9abb6bfe-8278-4ba5-8bb0-29be3c73619c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,08081e2c-dc03-4bfc-bf1c-42f94066724b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,f752a996-5bb2-4303-b3b6-97d503423e2c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,0b7d8f7d-71f1-4860-b0c8-926420d348a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,6fa2cb5f-e0e0-4c75-83d5-27fa5f059d48
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,26e3b81f-a905-4d6c-aa96-712ab312f408
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,6f7be35c-b545-41a4-affb-971d7d584fe7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,4765678f-84b8-4dfc-8fc3-516c86b769da
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,876b407a-dee6-49e6-b7e3-7f3cd6d94731
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,c5cdb0e8-3f92-49ae-b4f3-2d985750d44b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,0b232e5a-dc0b-4214-b59e-438d6d1eb318
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,68f843c0-1c47-44cc-9a82-26235ebc1da5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,fuel_combustion_consumption,3e7c1004-8fd6-4836-94fd-78ce7976ac70
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,sampling_scaled_data,bacc8634-d315-4cba-8a1f-c38273713d68
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.07,modeled_data,d50622d0-26de-435d-ab02-e1822b461ec5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,08add260-c7d5-45ff-97ee-57a2f5d59e96
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,ac8228a3-8a73-435b-9b50-79c8ca04134d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,b0bf5a97-cdd7-4ad9-9cd6-d8b7fdd1ec9a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,1396a92a-bf8a-4a6b-88b2-3c2b13060685
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,794c7ac3-b4f0-46df-9c2e-1a2844b8b799
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,7eb684e3-bea3-4e7b-b22e-ec71da135cbd
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,bd63230a-5c09-4253-82d3-cf9fa673e4f9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,25833262-610b-4702-bd5b-1a513d702600
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,5f782777-3266-43a3-9b38-6647a399bc28
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,59a6fed7-d493-4b6c-8b17-0b5221c7fcc2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,ffc02783-9684-4c69-a140-1030eda0bcea
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,d419abb8-cdfd-4cfd-982b-6290d7b53f50
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,3681d350-48b7-4249-934d-41c52e39fac5
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,f88754fe-b893-43ee-a1d7-477e4c8cc7da
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,7e788000-50d6-44cb-acd2-9e1d2106b0dd
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.07,fuel_combustion_consumption,31571e84-1d55-4dc7-aa72-af03783d3f32
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.07,sampling_scaled_data,b7dfb36f-097a-42e2-96d6-1109fe1ba17b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.07,modeled_data,13f8d9f5-084e-425f-8488-378191b01e60
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,e7d40744-55c5-4439-8b75-4c6fec26d87f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,fb05349d-f21e-4428-8078-2e020aa8fb86
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,8836a9aa-6f6e-46ea-9828-87ae859fe042
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,547e211c-968e-46ef-8303-c557a9dfbd59
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,1af9dd5d-686b-40b0-b3c7-cebba0d9c87a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,7c60db1a-f96d-42a4-8c4e-272b4894fc4d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,f421fbcf-2634-4362-a25a-87e28d01c2c2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,af43e686-772d-4c0f-b376-1f135d81c03b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,e9b78ce3-28cf-4907-9fcb-73efae8c62fd
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,66b587d7-2f31-47e3-b275-c85650bb272f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,499bffdf-9092-42d4-bde9-f0707288e1a3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,eb360edf-502d-4297-9ce4-f11be3a38b82
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,adbee5b4-f402-41bc-bd6f-c21dd1e25ecf
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,02a0cd3a-db83-472e-887d-b5263953c4f7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,03b88a31-22ae-4356-bb67-8656e2419efc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.07,fuel_combustion_consumption,8ffb6826-68f4-40da-9ff8-96e322f0b153
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.07,sampling_scaled_data,0ed2ed8f-7d2d-4c59-8912-b3e25e2091a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.07,modeled_data,7d7353ed-437b-4650-bcc7-679f96242c75
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,49ce08ea-ee58-43ad-8c4a-91bd6e0070f1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,b3427fef-dc89-4edc-82f1-69ed23ea8ce4
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,d93c5c7a-5810-4c27-81a1-d0901dd0364c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,2d13ef66-7c7b-4575-8363-2d2afe1cfe44
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,4d8c0d8e-0cad-47d0-b9bf-b5d43028cc27
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,f3b75be3-27ec-4a64-b6f5-f4e6803d9ba9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,1ab6334a-af23-455a-829f-fd3ebed04466
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,8be8e89f-e538-4b95-871f-aa3a4ec2c69f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,b127f01b-dd5b-4b6a-9e47-8634ccf5fb5b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,8847dd3e-1e59-4c9b-8711-087a65f4c380
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,74998911-2c0d-421d-9bb6-ec9013c76329
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,73585fdc-816a-4783-b17c-4803269ae052
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,7137c823-6c7a-4faa-b692-db42103c2d68
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,9360888a-6ab5-4f8c-a673-081bcd7cca13
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,f4fb248f-d620-4e2a-8352-5ad50395123c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,fuel_combustion_consumption,6027355b-04df-4612-908a-6db988d3e41c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,sampling_scaled_data,50d8f0c3-d76b-4f4f-8192-735398ad6c08
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.07,modeled_data,bb359327-2a51-4394-bfd5-e8fcc9172f57
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,d22b4018-dde2-4979-97f6-301a5d9a49be
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,94508e6e-76c8-487c-8652-fe32eb914047
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,686d4cd1-84f6-4dc8-87f0-7bf282e5f98c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,2bb49454-0d43-47ac-8908-96396f77e208
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,c349a072-2153-47e3-9796-5461331f8938
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,21a7c9dd-5b68-4eb9-bdc1-a12fc6e66241
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,5baec719-e7fa-4a47-bbfc-0e0d76b3c810
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,dadae4ca-12c6-4dc1-8579-5554048a30c0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,dc4d6432-a273-40c4-8a66-227e63ef0e99
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,58881111-b419-4a4d-9245-334f6bd8cbb3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,d77b350c-6c41-49e4-a7e4-a3c680a869b6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,b1a90a80-26fb-4d5f-8cd9-74e7d5255b17
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,848a780e-ba5d-44a9-a9aa-8e795145ab7e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,2f76808d-07b6-4469-871f-d797d1cdf8f7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,ad5c381c-f4ac-4cba-9d70-f6ea5d88725b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.07,fuel_combustion_consumption,8271a042-347e-4793-b6b8-a9325f423728
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.07,sampling_scaled_data,cfb1d5f8-5909-4282-9068-b5c3aad0f87f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.07,modeled_data,270a0b26-65ef-44b3-8ed8-201c417df775
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,3bb8b053-f336-402e-8537-96a0bd25cc04
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,5a540e98-6fca-41be-8e88-b4c74cbab00a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,30470f35-1f04-4dbd-b05e-0c773485c9ed
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,8841fcb4-368a-4722-83db-bc05a1ebb466
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,5d2538a5-03b4-4cc2-8aa6-b04ebd068e3a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,d46ce1cf-1282-4b25-875d-4c85653697c0
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,df61a533-8eca-47bb-970c-01e178071b7f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,32630813-43ae-4875-be52-b9b2af64ddd0
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,ec953561-c2b3-45d3-8cd9-bdcc58d16ce9
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,c6612172-b246-4c42-8b53-14f19cb83885
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,7c2d1043-0510-4bc8-bd6d-463b7c6688a6
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,297ccf5c-2e39-48eb-849f-c2173fdec346
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,6f32d0ff-1a20-401f-b3a7-1b9374ff05b0
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,686f225d-cbb2-43ad-9701-c4240f57d091
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,dfa8f2c1-80a8-4392-94a9-0676186fc3b1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,fuel_combustion_consumption,a5be72fd-8302-4162-a813-8cc718b0c9d3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,sampling_scaled_data,80ba38a4-9497-4e0f-9f4b-bc715d2b6ec3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.04,modeled_data,d6e36d35-eee8-49b6-9c9a-85c7e4e45c44
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,8ac560b6-76fe-47d4-89a7-8027396af5f5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,cb825db1-0134-417f-a43f-cf5982a4f33d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,6e9a71d5-ded4-4109-bc28-8ac6ba1d329e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,234d4f0e-4920-4e37-b5a2-41811ad9293b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,a59c48e8-56d4-4586-9be8-e079aa8d16a4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,dd03b871-3fb9-46db-b8cd-577c4e09d10d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,1db0503c-3c52-4111-bc33-f76a6cf69e79
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,4e861a98-5abb-4a11-9d01-1112c75b1a07
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,e354ac31-aafe-469b-845c-619d5450e324
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,8bb45ebd-65c3-46e0-b89f-b205c4aefca7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,a7283b59-214c-42b6-a610-ee64e9cc8065
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,710c9ba6-68d9-4adb-9016-de0d29af16e2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,b42bbdc3-936c-4ada-ba5b-b73dfd7dfe59
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,7e27625c-ec42-43bf-9f65-d9e905053995
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,2ae40105-40a8-4e35-9214-97ac38028129
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,fuel_combustion_consumption,d2659c3f-6261-48e7-912c-6d823d048da5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,sampling_scaled_data,e4794ed9-8426-4344-a239-f593bc463c08
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.04,modeled_data,fde4f200-6d20-452c-a483-299981e57369
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,b9a21b34-1153-485c-b739-7673b5d58b63
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,e325a1f3-d66b-433d-8e8e-0beaf3c5e45e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,6c1a4e6e-5e46-4851-bd42-feffdbe44b8e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,689d1f81-9912-4a8f-b524-f3ea25a8b552
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,cc95e8ad-8f03-4007-9f36-12021daace4e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,49264cdf-fd57-450d-94b7-3d8cd2bcdf13
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,c23c06fc-8bfe-4189-a795-01e43f177d57
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,1ed5e50d-ed3f-4a54-8d44-a3be0bb28411
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,22e3f9fd-bdf9-494f-806c-7bc587efee74
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,09eb5af7-47b5-473e-a314-3380b9b9030e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,f983fff6-21df-4ae0-be66-efcdf005e3cd
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,5af7ee86-5a08-421b-8a31-8deb467c9667
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,e2bff4c5-8c85-411c-9df3-5e61a4f9569b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,618b67c9-4eb3-4cda-8fc2-a18439f18e72
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,4b3d72af-19da-4448-bea4-0c1458a701bb
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,fuel_combustion_consumption,dc53e173-0b6d-4767-ad19-05e096eab91e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,sampling_scaled_data,6c95f2c7-e46f-4ed3-ab31-443af8ebba5d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.04,modeled_data,1b30d057-3bf4-4a19-86af-0859171f978c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,a20d7baa-6b3d-495e-a375-b3fa576757f5
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,dfa09a86-1b7f-4109-8709-1211a3186315
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,8e1c0d99-5e35-4b29-a044-58bca6fd815f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,4d21f44e-9bcf-4967-ae64-e6a5fa6e9937
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,7f2b9d50-4d39-4228-af8f-3b8dea122ebd
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,411234e2-7054-4ed3-ae48-4e5ab19fa349
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,f56a6706-cfa4-4cbd-9410-5347c9b9c682
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,fe8ee1a8-60dc-46d0-815a-18053972e3f1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,a2c2f532-365a-4f0e-9384-ebdab233aa4c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,f9fed204-0480-4769-bd02-d8653ed016a7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,6b0228ae-e46d-4c66-9b5f-56fe58e11fe2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,0d848257-dfc6-4bc1-896b-a83a79fc13b7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,aa6bbabb-a513-4693-b801-bc22130a94b3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,11b086e4-a070-48bd-8d85-2f64c812806e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,c9f368fa-5869-425f-af85-b9f2bbf8b442
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,fuel_combustion_consumption,1627262d-6166-448b-8be5-d87a6fae88f1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,sampling_scaled_data,a5ee1be6-90b7-4eb5-ad3c-f1700d4f7ce1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.04,modeled_data,1a3c4cbb-c076-4ade-9898-b6a9104be39b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,59347f89-7ecd-4f39-8a58-31736f18c7ae
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,33e634e2-35b6-407c-ade6-2335c0f061d8
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,ad6521a7-97cc-4924-bad4-b32618b53d82
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,19304c23-1e2d-4c04-a453-9845b3987019
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,379f7c34-93f2-404f-8026-7bd294737704
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,fcb3e0e7-1187-46c2-8cdf-e22d9f782270
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,ddfd6a97-df78-4147-8319-df1c0b6aff61
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,5c820563-7ffb-4cb8-8a24-fdb162c5f9c7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,08fcf72d-af87-40e6-a588-41b0e1644197
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,d2dee2bc-25e0-4525-8943-91740a7b3840
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,aae906c9-59ab-4ad0-b44e-d053d9384497
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,679b8812-f873-4570-94e4-59a1bcb0b7ce
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,46681f23-6915-4bb9-a6de-29eb53e4bdb7
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,aa06a67f-0581-42f2-b223-6207a9afaf05
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,7d7fce7b-9f60-4228-9536-253fb8203608
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,fuel_combustion_consumption,7d1c7908-32bc-4e08-b309-d047dfd1b89c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,sampling_scaled_data,0d8d1516-dfa5-4c74-9558-a0c811a8b40b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.04,modeled_data,fb01f69f-00cb-42e0-b70d-2ff537503749
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,10f1568b-d31a-4ec9-84d6-2aeba238235b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,b7ef5045-e3e5-4776-b186-6cc50c45254f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,447d94d9-a7ef-41df-8dd5-460cc42f39b6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,cbd21c53-9cb6-4bae-9717-93a0d8ca71cd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,5f8637c1-f90c-42c9-bc03-8d43a12c0c32
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,3943ef44-1241-4327-a055-f5ddec249122
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,b7f892e6-78d3-48ea-b0c8-e1cbe340d431
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,9ba0b41a-0dbe-4d01-a390-fd46be883061
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,13835ee5-2ada-4b26-81d1-d7d3fb6e14ae
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,92a7a523-a9ac-4479-a9a5-dd9febf6e0ba
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,bfa32928-783b-42b3-b60f-e1c62a928515
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,fe5f3ecc-f1e2-4631-9dc8-752cd4485d5d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,75fd226c-3027-479c-a7e0-cac6c85747c0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,8f85f882-3191-4895-bda4-1d20005dea4d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,b86006e3-96b8-44cf-ab9e-a9efeea37054
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,5433a16d-d550-43ff-af63-e1433ea7e1bf
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,1148a9bd-d7ad-4f71-9ef3-f856e44ebf8b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,02bdd903-0bea-4552-b63b-e40f1898eece
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,d5d0fb37-ae12-4f40-a19b-34246d931778
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,839116c9-50c3-4ef9-8a4f-31f03273120d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,6d3d75ea-0ba5-4bfc-b491-881360c7868d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,a3767dce-64ae-4cf6-aae6-96ff1c88abe9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,b2c40564-2b64-4862-b315-4922178f9135
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,8f60bcef-724b-4c05-9aa1-610bffd9f183
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,2169f1f2-e8b7-4bcf-a969-2e905e287d95
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,a901ba11-1935-469e-bd86-72291b8da151
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,bc8adef9-e61e-48c7-b40b-42331038bc41
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,5102b278-70ae-42d2-b79d-06004ed16039
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,8416de3b-cf96-437a-a536-1aa3879dddae
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,fcde6fdc-89cd-45e9-9836-a65286939e01
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,e666a285-1ebf-42d8-877d-3a020e717167
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,f68fb1be-9566-4368-b076-501f8bbe4767
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,835c8087-fb1d-47ab-b49c-dcc6f020875d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,fbb01099-a21a-4236-b56b-2a314cd98624
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,01b52e82-96c2-4447-ac7a-7502960b7dd3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,3d3f0875-ccf9-4bbf-8375-9dde410ef774
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,0fcf7f16-6a9d-4a30-b911-515f7da3b22e
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,fc4a2528-17a6-4e4f-a177-bf6841a3afa0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,c6fd9de9-e0c6-4de5-b254-c548acadff7f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,7fb789e5-0e6b-4940-bb6d-27de13a7c653
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,ac771948-b348-465b-ae50-0ac317924dd6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,1bd53779-c90e-4cf1-8a42-94a2d4e86ace
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,17fe7a41-fd5a-468e-ba9d-3a72ef4c3538
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,429e8825-6949-4928-a13f-1b65a3696f4b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,f22cff6d-2760-468b-81c5-bf83b063150b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,3ed96311-71b7-46e5-b696-d9eebb3d6c51
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,1fb66163-986c-4e2b-8bd9-19ba20bf4e05
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,6e103a36-203c-4b68-8f85-9c66f842dd06
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,9b1534c4-cbb8-4f65-a23c-8edbbbc623af
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,217ac42f-d0a7-4167-95ae-2ab6de3331d6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,94c025d4-cfc5-49e0-b4af-c57d7f4777ce
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,cee529e8-ba23-4664-a429-bf88b7b19604
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,e5f77481-0db2-4fc2-a6f7-c8346cd6f931
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,7992c39b-b2b6-451a-9719-118e63362f19
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,5f8a12bb-8398-4799-9a72-e4eecf83cb9c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,27f07599-17ca-42f0-a248-0bb7e02bd258
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,fbfd2cc8-f227-4506-8754-132b0b40ec1c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,e83e5d9f-2476-41ba-94d9-29158b81ff51
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,477d6e84-90ae-4d7c-8fc8-a807eb94efd7
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,73843800-7746-46ab-92bd-53f2ed1a7cde
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,61562e27-059b-4f1e-84ef-bd275fa11a0d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,c37b1160-329b-4d2e-a5e1-f379e8385765
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,8d55e3c8-57bd-4d9e-9d1b-b479f6a8dd39
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,8a2f91a4-bd95-4592-85d0-2ea5c8165dfb
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,893f6666-624d-4c6b-8d95-da22763f11c8
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,ffd2b01c-2628-4eb4-8500-a37d2bc59403
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,60668f3a-ade3-4da5-b64a-8078f9bf732f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,3c946145-7b05-400e-9355-e44ea1ed0385
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,0e0dbd58-2b62-4658-89f8-e5402ef8b499
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,40bd0341-da49-4a9a-aee8-1d6f23c32977
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,b32cf478-d62c-401e-a120-fb6ead3e69b5
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,ea690bb3-cd5b-44c7-88f5-c0972e6652b8
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,fddce2ab-4854-4288-979d-b90861a5f863
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,e0c778f7-7306-46e2-a1a5-bb3ccda44359
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,2b3a948e-8263-4a5f-a9e1-f7e66c96cc10
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,501ad9c1-3b90-4052-945a-c83296ab83ba
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,e9bececb-ec1a-4fc6-9068-729530e3d3eb
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,27142889-9ae3-4a5c-902f-c8a56b620a77
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,4502e87d-a501-450a-bbdb-6da07bf96d85
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,c32674e9-9638-41f8-92b2-5bbe4a0333dc
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,80b0a545-6b43-4afb-ab8c-c2e153f89ff3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,273d87b0-d558-45b7-a351-ec2e61a8ef01
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,0647f620-39ae-42ff-882b-92853be1eea1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,6cbf5cb5-0140-4c8d-a2cc-04bc84c63f30
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,5d55329f-1521-43b3-be8c-a1e63fa7c4a9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,d88b23cb-5651-4942-ae40-2716c8d4cf70
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,ed3e9f32-9855-4f07-b88a-7fe6a5ac779b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,52abcee1-f162-44a3-b658-931ecb81fa40
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,d4756ecf-4a30-4f96-b140-6eb89d45dd9b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,799c4d9e-886b-4992-8bde-5241f726d406
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,d000adf9-0974-4380-8d07-d2fa2a162514
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,5b8d5385-4360-46eb-9def-005ae6bed81a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,bc77859d-c184-4429-892d-d5d8df3b9a08
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,ef2adc89-e49c-4aa3-875d-6fc1732b6809
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,574f9aca-3dba-48dd-832b-875e2ee85236
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,74f7abcd-c772-4738-bd04-2eea5372754c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,852fc013-fc22-4124-af70-a30faa8aafb2
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,aa535ab4-4d4c-4fe5-93ba-53f027d4ebba
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,944086c0-d507-495a-b93d-c23233e76656
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,4dde392a-8a08-45a6-8927-166e63a6bdd1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,2f120a16-fe4c-487b-9954-e000a004b8e5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,00254155-db67-4a8a-ae64-f7b12c2810e4
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,4c0eb0be-c78d-42ea-b9ac-b2e7b7aadc76
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,cd68467e-77d5-4e2f-9d17-90afed043c69
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,9babace1-6385-4be7-8d02-928ed26a5f43
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,fuel_combustion_consumption,1fcaf973-60b5-4436-b354-6ab2826b3416
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,sampling_scaled_data,39167e84-603a-49bb-b1d7-d118a0d46ccf
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.19,modeled_data,1f41f4b8-74bc-4700-b2d0-f78954c18c3f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,748aa118-5038-4cef-b8a6-67b737f12f3e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,13129517-3691-4d04-a74e-1c79ba8b4bd5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,88c2c1b5-8e42-478d-b276-6a72b8d79f5b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,b32a587e-4fc4-4bae-b10e-44958be39468
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,466ac0aa-c763-4dbf-ac6f-addbe251a3d2
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,e6c61292-67ff-4e5c-9c17-1086c33f9442
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,989ae7da-fe0c-43ef-828e-e91326301128
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,4a226f10-e7d5-44f2-ac8f-9d06261b3b00
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,a9d89588-8302-4c11-96f1-1710b1c217b3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,4cb485b5-c39e-4466-b828-37acc3181209
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,0f48cfed-9773-4813-a41c-d36b931e4c3d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,dfab254b-8199-4f76-8756-dad660ba5368
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,7052b433-d3be-435d-b127-93363c8e69e8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,463eb644-be13-41d3-822f-d2189a753af3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,ac195c90-8b0c-4aed-8519-112a958c5b01
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.19,fuel_combustion_consumption,ede7e392-3e8f-4a83-b42c-2455664f87e7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.19,sampling_scaled_data,2d43ef29-e84a-44f6-a9c0-2d8c6c5b423a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.19,modeled_data,fa89091a-4ae2-42f9-9619-49e50bfcaf25
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,4f1c6eab-7497-4665-bd13-b4af043fc972
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,55706a54-1981-4116-a009-4b24c0c41eb7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,310c5149-b65d-47b6-87d2-43293c59d6e1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,35355859-785a-4c7e-a5ab-3fda4f2a68be
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,01c574e9-1487-4550-a315-7d18448a2a23
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,6d0d1c62-cc95-407e-af3e-f3103cf61f93
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,d102aa26-1797-4872-b671-4c4844320db9
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,8c1e86bf-4ae9-4213-82bd-a136b0b1d5e1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,6ac264c6-ae99-4360-a8ce-f5b5960ee9ad
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,cedd14fb-4f3f-4769-bde3-c4924e7ba549
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,9ed2ca74-21e3-451f-91e5-71433f4b281f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,b28978b4-2126-4073-9782-406a5089bda7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,a7b89845-ef84-407c-a44e-0937facb5fb3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,8f683c85-f8fd-440a-9bfb-e0a2075b847f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,148b2894-09ed-4857-84c9-664453e002fe
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.19,fuel_combustion_consumption,b9e6ab79-8f8e-4ade-83db-37437219362b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.19,sampling_scaled_data,4f61267f-e0b8-41ee-a7db-76f09f3a9f2c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.19,modeled_data,72eae607-4722-4fd9-8d5e-9bd42c860ba1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,73c59e49-3de0-468e-a765-6b67779a0003
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,8e605279-ca7b-45e4-a7a3-8998fdf3ab41
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,134356e7-2809-42bb-bf7b-f0159c7c4740
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,891eeede-7d87-4d5d-b90c-91b94798a586
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,d839ef39-a338-4218-ab53-de3a6f7a225f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,6bb26b08-c9b0-485f-9506-e5bfe8e602af
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,96dee70c-8a38-4ed1-88ac-b1189428b37b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,f2f78464-1f9b-4300-a581-26d3285ede4d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,fb402474-d36e-46f0-b0ce-842f3a5b0384
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,97af729d-5377-422b-a405-4fbecd7891c6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,24687bbb-5b1f-45d4-b736-04bcb8436e41
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,b1020c9b-b7af-4fd4-89ae-5b99cbfe5a19
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,4afcd1bd-2d44-40de-ab5e-713434248408
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,e3077f78-f79d-4a23-b4c5-44de70a90664
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,daad6c41-0d42-416f-9c13-9645088a00f6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,fuel_combustion_consumption,c111cc59-6204-45af-bfbb-cf2fc909a9f5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,sampling_scaled_data,eb022ccc-ed23-467c-8631-0c933179bf1c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.19,modeled_data,a4d15388-5728-4f02-ba7f-1ecb14bdcf4c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,3c6dc189-3a10-4b89-8111-c2b0d12e7890
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,417e7463-500d-4472-9d99-dd2dbac834c7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,367ea6f7-8503-4e6a-894d-3cb492f6a0da
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,a0db9390-b39e-45d1-a42f-0f2a1bae1447
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,aa274b49-6ae4-4d43-b484-abd666eadb72
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,e4eab549-cb31-4524-9cb6-831d27508edd
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,e7094329-8915-48f1-8bf7-af6171149dc5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,1cc17b43-bdca-4b33-83af-f2b4643a7be3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,d9030926-be98-4c38-b62c-b79181701e5b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,10a051e2-4ca4-45ec-b363-c6684fe10bc5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,b98459d6-66cd-4b1c-894d-8e994babdef3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,c9c146f8-8b8d-48cb-b57f-825a58e1555d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,0b81e112-51a9-405a-beb1-1d067db05522
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,2dd17725-7d0e-4463-a5a0-198316e33ea5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,5e17e2a2-1f91-4e1e-bc64-19c34bfc93ee
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.19,fuel_combustion_consumption,70f82af2-c425-4767-8f54-dbc910b7dcf1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.19,sampling_scaled_data,9fd856a7-7d73-493d-8162-16dbfcdc0697
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.19,modeled_data,51149afe-a641-4914-8653-3178ee39f0f3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,e45e0a2b-39c6-4707-9fab-2ff2e3e0b343
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,c39bf0db-8b68-4f82-bf94-a5a87e06b390
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,a2f1cd0e-4710-4a51-9e4d-5772fb9a895d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,d220d46a-6e39-49fe-bfe1-e2cd02218a19
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,b804b42d-1613-4dda-bebf-955656fccba7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,61f913fe-6f04-4337-88d7-275951abde11
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,1162b8d4-f3a9-4170-ba77-26c7273aefd0
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,a1d11030-7b35-491b-95b0-424579fc4523
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,6aa55d5c-0318-4686-a4a7-da8d5268ccf5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,e43a58ab-2dcd-4f6f-8934-26821114bee4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,f7f33ac0-6130-460a-83ea-f821fc1fac90
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,6fd6ff48-1299-45cd-87e7-8d3f2991beea
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,6d009369-9f81-479e-b30c-6deed92526ee
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,5dea41d5-3039-4053-96eb-9c8ed4ebeeda
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,0d437ac5-0198-47db-a2e8-076a97bf69cb
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,fuel_combustion_consumption,e7d3418d-1ecb-4d1d-92d0-ab8d977c1d70
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,sampling_scaled_data,fa24af3c-88ce-4106-a37b-17ef328e9f94
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,15.09,modeled_data,08dd372f-7750-49a4-b1b4-55988f93fe42
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,002d8a28-3569-4f4c-ad2a-efd227b08973
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,73fe317f-3efc-46d9-9bcf-ff4791848a72
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,94f6695e-9c22-408f-9353-44e53b75e86e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,bd7410f5-b1d2-415f-8091-7c963a59eb84
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,74379c10-33cd-4a9c-9863-c97a704448c7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,61bcff20-66a0-428f-b9c1-23f3566da91a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,8ba78cc5-b913-4ed4-9286-3dd12d37f29d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,e21d4497-39b5-486b-afaa-f21b00bc4b26
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,7bea2d7f-efe3-436e-86db-9f842d39ef52
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,a91b5b57-9325-4a53-8fb2-1ac592778126
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,80e29689-833c-46a1-97a9-dedb52f576c3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,8291b64b-d7c9-4920-8065-2e60dc421d28
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,a73f5d7e-ef69-4f09-8f59-de16395fc818
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,a4cad2fb-0804-429b-9685-c8fa9e037623
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,e865c4c9-dda1-4368-85c0-530166717c91
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,fuel_combustion_consumption,361f31d0-add0-4af7-a1a4-2e750eff13c4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,sampling_scaled_data,a53cb91e-1d60-4ec5-872d-37645026455c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,15.09,modeled_data,a76db897-b447-4dcb-9517-d6477bd78c13
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,f12fc17c-1ce9-49d7-92f8-8fe5886321d7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,e7b58707-214a-4301-b749-4d6b437c3dc9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,50ca1296-8ef9-4945-b4c8-2782e79848a4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,8b048f57-6914-41c9-963a-9d714ed7bae9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,33ddae20-abfe-41de-b707-43cca1306f64
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,a3741998-5992-47b1-bb7a-67eb16678a69
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,6bfce501-a518-41b1-905d-ae464747e4cc
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,35c86961-d8e8-4d83-aea2-c7bc51ed8348
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,768b9868-4e35-411a-a7ad-d50a4da85c0c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,46debbee-2d1e-419b-be3b-f33e8a317c73
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,485ebd89-7f96-4646-adf1-10b7854efb1f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,274be16a-5727-4a7b-9816-0f5a601e7bc8
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,366df59a-abde-419a-9e14-69079579dd10
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,23909812-940e-4357-87ac-36956435f464
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,fa41a3d6-eb69-443b-8577-f7d6eb57ebd6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,fuel_combustion_consumption,734c9ce7-32c0-4d28-8706-372a912f1973
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,sampling_scaled_data,01335583-6810-404e-a124-6c408272cfb9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,15.09,modeled_data,cc0f2ea2-6d94-4fe4-bbdc-0d363db0e661
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,7a50e29a-2cd6-4c27-b668-b01862f3e9c2
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,4b61282a-2dd3-4035-b40a-84d8cf72bb1f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,dec36a37-40eb-413c-9028-3c5bf3709df8
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,a0da404b-38b7-47ee-abf5-36f2794ff0b6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,55fc58cd-81b3-4280-8d20-a55aee487858
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,dfdfdd8f-0ed5-4403-9b8f-265822efaad4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,ae2a2f39-58fa-44b9-b1c5-91bc0c9cb070
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,8f5bfad5-efe9-4362-82f3-a640f47b7d6d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,c1f01a32-2f4c-4a64-8378-5021eca49aee
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,9e8b6452-20d5-495c-8dd6-1e525fdeb5a0
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,72bf34ae-0912-4620-98c4-5ea35a3848d3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,40262c69-7a5f-4cde-9b08-a00f9ea5e9d6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,20dda63a-08a3-4678-afd5-070e836ba808
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,35d71e98-236c-44d4-84c4-e0ae7c851c2a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,2440b316-47e0-454c-a043-b35f0e251846
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,fuel_combustion_consumption,09234127-52e2-4ab9-a049-5de792f5ef1b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,sampling_scaled_data,84aa39c6-3d64-4f73-9e08-acc6777ccf68
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,15.09,modeled_data,66952782-30a4-42c4-a2b0-fd63e80a45c7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,2505da91-15f8-49ab-88de-93c7ec2edc9b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,099b6357-590a-42ae-9280-4907737b75e0
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,bacfb0b0-20e1-48c8-9e25-31341c0d9d88
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,e20032a8-8dc2-4c74-867c-511b9eff85bd
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,9312b600-a014-44a5-a5c2-7be27e40a84e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,749630b0-6ef1-4271-91d8-6451a75b27f3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,a0c63773-a1f6-4b4b-869b-3800a75c0223
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,0fe6ded4-c20d-4745-ac53-601650a79d77
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,29bb58f8-2a93-482e-a03b-0b2afa06ef2c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,ccb266d8-5dd8-465a-8217-02d86a6d1118
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,0bbd9efd-7d2e-4b7b-af1d-305b427da3d1
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,09f70627-6bed-4d83-90ee-707a6d0b68e7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,83e258b4-652f-4f8e-84bc-16cc520644e7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,4a576cd3-f5a7-47f1-b6fb-aec962fe91db
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,f03a0509-04f6-4219-916d-d7c71738ec49
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,fuel_combustion_consumption,d448f892-4c90-4586-a563-492d1339c8e5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,sampling_scaled_data,5d67a152-1ddc-4d6f-86f1-fb9c0b222cf3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,15.09,modeled_data,48d4271c-1f43-4118-b729-af92d62b84fa
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,214d348c-ef48-4f32-b55a-86aa4e6d2d5f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,84d4fef2-2c8b-41bf-b25e-4f00a84c0ba7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,ba862dc9-2d41-4d2a-94df-e28c71567701
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,0d1d26ac-f9f6-494f-b2b6-70405b9fc0ef
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,1689d58a-dce9-4746-8e30-7ff800ebe1fc
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,16608f61-2db7-4cd9-998c-2a594516cbfd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,7541cdcf-5241-419c-8588-50fea55613d5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,70646111-e602-4872-bd00-ee8a75c4aef5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,28c72d16-658a-4325-b3d8-95fd98f7c63e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,055b73f3-80dd-4b7c-93df-4690d19b2a51
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,d79f8da5-62cd-42dc-8df9-7bfc717fa6b5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,9789a263-8864-4546-a5cc-9384dfe35de8
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,57c82c34-6cd4-4393-8948-a86780e7a4f5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,8365f22d-c8fc-4225-9d33-58d4a7a4c231
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,bdec62c6-3008-4ff6-beb4-c80650dde40f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,fuel_combustion_consumption,abe2ba51-59ea-41f1-a4f4-4e2dccea27a9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,sampling_scaled_data,f1ddcca3-fb5e-406d-b956-9130b213e454
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.92,modeled_data,9e0ecce8-9740-460f-9bc0-90352ba85087
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,c6a6a663-2cb1-48e2-bd73-2886a61bfa87
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,d9db65a5-833f-4e95-a6c3-8ea75876d698
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,bd9cc5fb-beb1-40b6-bfbb-368ca5e7d1b2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,49e18d54-51a0-4f89-b21f-1d0fe8ccff8d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,dea8d645-0b15-4b9e-bc46-3e6ae83bb080
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,6ea2258d-11da-467a-b539-999caa9eadfa
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,f2fa20a9-0c4e-4b7b-92f5-08b956ccc5e7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,63c16555-1688-4736-9345-e32ebff7aa88
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,d72ccfc3-2e6d-4ab8-9728-5e6acd213881
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,ac3c0f8d-79e6-4d03-b2a2-4ff12e12b59a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,d5c061be-fa15-41dc-bebf-6bd71ac5564e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,e52719e5-241a-4356-9b73-d423e31d2cb9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,f37485de-6775-4771-bff5-baa606018078
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,54dedea7-3b28-4332-a35c-7ec7a5b185c6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,e68ff341-cf42-4b6b-88ca-052ed66f3473
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.92,fuel_combustion_consumption,269a562d-9b53-4f9c-a0d5-487b860d1e05
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.92,sampling_scaled_data,8c3ed442-e8a4-489f-a18f-dc872eac21c3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.92,modeled_data,ae4a4205-0ba7-4c54-b256-91f81c9a14df
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,d7304c9f-ee07-403a-8791-2c0a7ffc9a1a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,40e9adf6-f857-4ed5-8af7-142d4331a5d8
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,c786a33d-a091-4718-99fb-c1462770ad1d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,a1d6d523-170f-4028-bfb6-65c352a92bc5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,178647d0-ff08-4aaa-adce-e79f6d853e3e
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,e0d7bef7-35aa-47c4-996c-573db6144b41
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,30c0f200-da99-48c6-a813-0907c3213d7d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,053cee49-0625-4cd1-9a74-8d96a6dbae13
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,c8084ca4-92aa-4cca-a7bd-f4fdadfe1ef1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,c2ece58d-9c69-4316-8308-c1aa93d6cd73
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,e8323650-79e6-4952-b794-24f04514b908
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,b193c003-1b6b-415b-8705-762f5c1e4c40
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,b8917859-b85d-4d63-876e-06785a0505ef
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,3b8106b6-1b08-4087-b69b-78a739b3e815
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,37f7a884-636a-4134-af29-5eee562bf778
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.92,fuel_combustion_consumption,0e03db80-06cb-48e4-b088-16b5a9a44393
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.92,sampling_scaled_data,71a8d629-807b-4bf1-b291-9141b9f4e3b1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.92,modeled_data,e03c01ad-232e-4e7c-a2c9-7d2b929a8922
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,388e082e-9b29-4bb6-8e3d-0577df980914
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,7757472f-2ade-4b0c-89b9-0a16eb5cf951
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,c5157b96-3b01-4893-87e5-d637bfce396f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,5937f5b5-7cea-4cc9-8e0b-bd404ff2b411
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,b72f9e6d-f363-4504-bb0b-818165357176
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,43832706-4146-497d-9d12-3163824484a1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,499ade27-160e-4858-9526-c463c20118f1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,d5d4cb05-7bf0-41f5-b053-d4b145886da3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,a48acacc-be1d-4364-8411-76cd43ca3325
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,9f0f35de-4c04-49f8-a62a-e631071d2955
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,d1cc4c8e-dd84-4681-9e13-4d062fc60cf3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,40250723-2f94-4216-b2b3-d7a95f4017ad
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,c0caf890-b166-4f2b-a2d9-22c6ea133da6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,1bea7bf7-db68-468f-8f4f-8b10df081b26
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,ac66bb94-beb5-4675-a45c-338b4f45fc5f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,fuel_combustion_consumption,cfecb32f-020f-44fd-9dc4-b2ef4d08f7e4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,sampling_scaled_data,e2e6117c-a4d3-4a9f-b18d-e09fed7d70b2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.92,modeled_data,828242bc-14bd-481b-95dd-277814c9d466
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,65faa900-975f-4f71-8258-cd508401cebd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,f660e74b-323e-4179-8106-55d9dc110efc
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,08045159-4261-4549-9eec-df44d68df6fd
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,55bc59e1-9802-4858-9ae5-2f308b802e9d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,10e9d27f-2d38-434a-9a43-132053e0f342
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,55375160-287d-4ad4-ae12-71a2c2043b49
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,8753ebe3-7d5b-4c2e-9305-329f6907a756
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,0f4dfed5-993b-407f-8326-3afcca9c9246
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,5611d047-55b4-42c2-a01b-fc94ddec0d08
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,f9da4a11-790a-4760-99d8-ea897b34c45c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,ab23a652-69d6-424a-af52-dd9a8df1c212
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,6a87e130-97d9-443b-a16e-8a09db5af985
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,9c71042a-e858-4345-8988-80da1f2ce797
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,596428f7-fc1a-4841-8f30-99a6d7483d39
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,89cec0cb-1f09-4cd6-90e2-246b9a5e4830
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.92,fuel_combustion_consumption,c4f6827c-fe63-4406-b9d9-23c6fcd318b6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.92,sampling_scaled_data,f553e2bc-f6ef-46ac-b4b7-42224c9fda06
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/TJ,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.92,modeled_data,3018bb68-1ea7-4a65-8179-9cb65b48ffcf
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,19f869d2-9275-4049-a1d1-183d9f8fea5c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,5733f13b-19b9-4e62-a72f-11fea95b0b43
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,6094d694-8189-443e-952e-7f74e8dd64c3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,d489f9c0-c7a6-413b-bccb-2744a0d2510e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,d5df88aa-b48b-42bf-bfa0-8d9f1a05a9c9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,80efcdb3-5f87-478a-a6ac-c9371848b71f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,027cc5d1-3bfd-45b1-8878-3c1599871fe6
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,282dbf09-b171-43c9-9bc9-321ebfea797b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,dc828e68-ba7c-467c-9b5a-7e783b8852fc
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,0dd20c72-6d18-4e9d-869e-5a8f76c418bc
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,59ccd30e-e201-4ea7-bcaa-2bfc4b8b3b7e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,0499edce-1900-4409-9465-3194dace72a0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,98eddd7d-4694-47c8-923e-7eb5a29535e9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,df8a0484-caba-4907-b232-0f8785935124
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,cec1a170-5d47-4164-8669-9fa606c0b24f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,fuel_combustion_consumption,de3bba63-474c-44e5-b1c4-7bc3482b895f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,sampling_scaled_data,4b119e87-9db5-4ed9-8af2-f4609e9bfce1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,14.69,modeled_data,a6a2df9c-5554-49ce-a516-7501e38cd154
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,24766388-3025-433f-b797-9041da0f1835
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,378a0b1c-e708-4548-8809-48714ce8089c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,ea60639c-9a36-4803-9571-5f606b927404
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,e44086b0-f4c8-4f1a-9831-eb1e32aef00b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,ed384df5-0038-4df2-8958-3ab57523d815
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,c13d7a05-72a1-4b6e-b454-901fe431bfad
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,e005dece-34bc-47de-a821-4844af63aadb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,d40f1972-4625-429d-acd1-c4c27e90fed8
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,1d8728c5-81c8-48b7-a3e8-76e6d9e63692
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,958d9239-998e-4271-ac5a-3201a845f08e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,e5390f5f-7ab4-4bfa-a71d-1e22ac561cbd
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,6f0e4327-4ab8-4299-93df-82148048f332
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,41bd43cc-2c54-468f-9b3c-4e7680db3c85
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,e646f537-c99d-4e2a-9e78-0ed770c056df
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,0627e899-58bf-4e06-9baf-ab5253b1ff81
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.69,fuel_combustion_consumption,17447850-2cb7-4fb8-bb78-bcc4bcef47c5
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.69,sampling_scaled_data,cec334c9-7ded-4d66-b2bf-81c5e1b3ff26
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,14.69,modeled_data,52a4092d-8437-48bc-8692-8e27737fbade
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,1d8cd077-0a15-4cc8-960c-4437c42d2333
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,93d2f483-3e36-4f40-b99e-38c9f1610eda
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,3a1385d2-3231-4a37-90c1-8956b783ff19
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,6b0a3954-be84-476e-a13d-da1d0aff6d63
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,04b8188f-c1ad-4ef8-b23e-424b2f95a3fd
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,797c3782-920a-44a3-afd6-a7400469bbc3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,b76dfe6d-e476-469c-9eff-1fcfe269a3ae
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,00e2029e-9c3c-44b5-8f7a-c1543ae3e34e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,e8a9de27-dc7c-4fb1-9b80-39713a572d9d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,5ae0078b-069c-46ae-ad37-323c8d8327cd
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,f2cdbd2b-53ab-4c9a-a35e-c33ad596cebb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,da382e9e-ad08-4852-aa7a-7e4e9612fa31
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,1e9b1fd7-78c3-42f6-ace9-39325223e48f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,3e81d83f-eff5-4ef6-bc4d-f1137bfe72eb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,b52cc9df-1d8d-467a-899d-67d23459295a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.69,fuel_combustion_consumption,493534c9-91ec-4f10-812a-a79b319f9f9d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.69,sampling_scaled_data,66ff0c03-74eb-4ebf-ba02-97974135a7ee
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.95,tC/TJ,14.69,modeled_data,37d597c4-f7bd-4994-8e72-652e3a470f11
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,b1bca128-ae57-47f5-a9ca-98be4d67fbba
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,82dae83d-2d9c-4610-9a07-babc65448b5f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,0cd30b8a-d8b7-48c1-a081-4160d3ed5881
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,469b6ddd-6b9b-47f9-a53f-994494d87458
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,b4e9835c-ee1c-40b0-b2ba-b2ba8f96e31e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,50085c8b-803c-4d5a-a4fc-d7967ed167eb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,97d9970c-13eb-453e-b4a8-87da05fd5a38
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,c61860c1-f627-4ef7-95c6-cba09e200984
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,8071d74e-d129-4481-8ef2-d60c901f6855
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,76a570f5-25cd-4fb4-bb72-f30ad64cb6e2
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,7039c4a8-5c66-49de-aa91-543ddd83f69c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,6b5664f3-44f0-4aa0-ae7d-18182fe28e7a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,b4987960-5a13-422d-88bc-1584c43b8791
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,84f20585-65fd-4221-8e4c-70f3aeef8e2f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,1be2f0b0-775a-488a-b063-44a5f4496bcb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,fuel_combustion_consumption,f327cdea-6a0b-4bf1-a524-c5743c49a757
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,sampling_scaled_data,e3cdca50-43fe-438d-8d54-908b3ea2f2d0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,14.69,modeled_data,6aa569f5-09f7-4981-8496-ac83f7764c35
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,4f60f05d-cf51-46ff-a1fa-6b874cb2f419
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,221731f3-d839-44c9-a4ff-f9bb07ad121b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.1.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,371581a8-4d18-4f21-a64a-f9ea3e1f9acf
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,0912295e-c6f5-4e73-b58e-1279f7b138bb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,0bf5dd15-e630-469a-bd82-ea5425083ab9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.2.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,fa4c3155-d7ac-4f6f-ac79-43ffe9d038f3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,c1f7f4cc-5440-429a-b846-7ca39b355ecc
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,3ef4a849-f38f-4e22-9cad-3313a36ffbf4
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.3.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,316d5698-ecf4-4ae9-bc1f-d9728d5ea548
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,6c1f2a13-4ee3-402a-8336-44700dd0fbf9
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,d6392113-3fec-4ee0-86e3-fc3818563258
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.4.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,71779a4b-2362-4a09-93ba-7d4d1a9ef7d0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,2b63893b-b299-45d0-8830-4330dd1fd93d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,05693edf-8db7-4d1c-825a-0b25c689a00c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.5.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,82f83352-bcc7-479b-8339-debdd157b3ce
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.69,fuel_combustion_consumption,1206aaa9-116e-416e-9901-b32340144531
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.69,sampling_scaled_data,90dc2cfd-ec4b-4e83-bb71-92fc36875095
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/TJ,,,I.6.1,0.7,kg/m3,13.97,tC/TJ,14.69,modeled_data,222bc817-38e5-417b-a77c-7cb9c7f08fe5
-126987,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,89500.0,fuel_combustion_consumption,c3fd484f-8379-43dd-ad0a-0be308090f1a
-126987,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,89500.0,sampling_scaled_data,97528338-0610-416f-843b-52101bdff8eb
-126987,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for waste tyres are presented below based on South African research on waste tyres,Combustion,"CC - 82.2%, Fuel Heating Value - 33.7 GJ/t",South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,89500.0,modeled_data,655c84a9-5e9f-426e-a451-90f48424f35a
-126988,"1.A.2.f - Non-Metallic Minerals
-",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,105800.0,fuel_combustion_consumption,18e9544e-2e7d-4b03-a685-67986046f100
-126988,"1.A.2.f - Non-Metallic Minerals
-",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,105800.0,sampling_scaled_data,0e4046d6-e253-4304-ba1a-e5a77c5db785
-126988,"1.A.2.f - Non-Metallic Minerals
-",CO2,Other Primary Solid Biomass,Tier 2 emission factor for saw dust are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,105800.0,modeled_data,4a7c14f6-aca6-4c60-853d-9b95f432b19c
-126989,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,86300.0,fuel_combustion_consumption,e71f6f0a-165d-4f09-bcb2-bcfca8b37e13
-126989,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,86300.0,sampling_scaled_data,47e653d4-24ce-4413-a427-656670138081
-126989,"1.A.2.f - Non-Metallic Minerals
-",CO2,Municipal Wastes (non-biomass fraction),Tier 2 emission factor for Refuse Derived Fuel are presented below based on lab anaysis and research papers,Combustion,,South Africa,Cement Industry Specific,kg/TJ,,,I.3.1,,,,,86300.0,modeled_data,19146332-42f1-4490-bf6d-ff674aa125da
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,52202103-fa45-476b-935d-97f2f853728a
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,89be54db-0ccb-4e3b-85a4-53416aa3de19
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,a5e3e32e-0673-449a-be9f-485e238fedcd
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,182b625e-c036-4957-a0d6-8b68b28cf2a5
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,7f3d5713-083d-4938-b008-3c12eb915e41
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,dd2c213b-9bf1-47cb-b7e0-013f19ac306e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,d5fe6b4d-ea87-49fb-83a4-d61a3476decb
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,10edf75c-da59-4918-bd51-a0eb4db67752
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,1bbf8bc6-cc97-4450-918b-a1ac90e5c5f6
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,884eca6b-9e6b-4206-950d-dc516d6c9082
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,c0494ad5-e08d-4ed5-bc78-937e34dd742c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,46d8395f-18b2-4ace-87d5-f4f7bb452f23
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,c6f5c6d5-8f20-4cdd-99cd-dc5c9d769d25
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,85211151-82d3-4e58-b58f-1341e7d2d403
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,959ba43f-c7f9-46b3-8f3d-d3ead3f55283
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,fuel_combustion_consumption,3874d4d3-fb41-419c-a23f-cc63dfff01ac
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,sampling_scaled_data,ad9f4b88-5cf9-4dba-8d06-175d23e8a967
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,0.0026237199999999995,modeled_data,70490f28-ff4f-49a6-a7e5-1c92eb790fe5
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,4146fcf2-79f5-45ce-af41-033f231c47f5
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,a6c15220-a1a6-4ccf-82e1-cff165128d6e
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,acfe8bb7-8a1d-4184-957b-e30e163ddbfa
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,9f64e666-12ec-4ee8-b6e9-5d8ab6c7b252
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,36b8a662-aeeb-47a8-8d4a-84c17cdc34db
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,3adc67d7-b935-448b-a5bb-9052dfc6be11
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,c13b0d07-8218-4c75-be3d-5b56d66bddd0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,12d8d93e-da23-472b-8044-8fe8f43be90f
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,9c5f272a-f04d-4d61-a652-a95e2aacad8c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,67c31fe1-8840-4553-b86d-800c5947c279
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,cce1d3b2-4b11-435f-b0a3-0dd7aeee6577
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,9742722c-a3be-468d-a034-d8098ba66ceb
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,5b11937c-38ed-44b9-94d2-046a22a69504
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,48a2ba1e-9bc6-4eb9-bd54-482b66146cc0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,2478c758-b74f-42ab-9603-dc978cb04f96
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,fuel_combustion_consumption,9bbf3a66-4222-420a-8325-cf771decb959
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,sampling_scaled_data,8da662e0-901c-4160-9bb9-5c9212e73d2c
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,27.8,TJ/kt,2.7318133333333336,modeled_data,0b67f442-1461-4691-b1c0-2e188bffb719
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,28e225a1-af14-4a1e-93aa-dcdfd2f95943
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,d790db18-ab24-489f-a881-a4bded64ec1f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,9d58b00c-abb1-4421-a422-1e0f8ea85d18
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,0468d5ab-b190-4d86-b128-1e42a1c696e6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,49ad5733-745f-4023-8614-b3e5b6534391
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,14c8d036-0d61-48e2-90e9-0d0a09931a78
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,d235ba7e-46d6-4591-96b9-fabd6068ada2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,0d6ff124-4134-45aa-b6af-d3918bcfd798
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,9c68c965-c47d-4cec-8816-6f43dd7430f4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,82c935b6-2adf-490d-b4e8-a8fa50ce0fff
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,43cf5a5a-3f01-4809-9edd-8037927590e7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,0f1ab29f-2173-4ae0-b066-f94c47224f2e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,04c98350-79d9-4535-b0b1-1677fbb975f0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,fef82bcd-141d-4126-87ab-059726f4c54d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,3be582c6-c21e-41b8-9afd-ff99799d1f67
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,fuel_combustion_consumption,db9b82c1-5003-4f26-89a8-c7d6cbc2e4dc
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,sampling_scaled_data,a1ee9a78-d516-439d-9628-213061776b80
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024123,modeled_data,fe2298f6-d017-4f30-a48a-8ba8d7988bd5
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,e6f629e8-36dc-429a-b70c-ea5bbdf7833c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,f5b5ce98-bf5a-4f46-9bd1-b6d621bf8a47
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,6adc287f-6279-4fde-b611-164ea154c3d4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,469320df-dc60-490c-aa5a-ec0690ad3f6a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,b5518f49-a2f2-41b3-bea3-daee5aacc5d9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,4833bc17-eb20-4ecf-978a-67ca69c75d57
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,792e2803-bb25-446c-9896-86dfe17402bb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,ecb134ef-f65d-4ee5-9640-e1607b32af6e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,fcc9e4ae-1846-43ec-9465-e992b824bac9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,786c846d-842e-4957-9c2a-e077ad55272a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,a5e93673-ad93-4202-b9de-c373118430a8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,e217d09a-2dcb-4fb6-9be3-553c74526844
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,e9a7b2bc-7b6c-40a0-879b-2a57f94f4f9c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,17e602c2-c28a-459b-bd53-8638a2476e53
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,d9a886fd-8496-47b8-a9bd-4aa09b59959b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,fuel_combustion_consumption,37834837-2af8-41f5-88f4-92179993009f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,sampling_scaled_data,4d47a459-4c2d-4321-b18b-fa53b3d196da
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.618935,modeled_data,d455bbac-38eb-4603-a8f7-032a722636b2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,d14e09ad-957d-456e-892d-b75585b1b2d9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,0e7fdaf6-c165-4657-a414-225b95f25f0e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,54ece0d2-39ad-4b4b-86b3-8554d962e958
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,5e8a3292-09c2-4ed9-bf3f-ab2ec411ae39
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,a056f910-5c66-473f-9668-7ff995a353d8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,2512c0f7-badd-43bd-84e5-acfd5ddc6139
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,437f7994-fec9-4c94-8937-2c4311183b36
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,7bde5c07-cd58-4f07-9ee0-985486849283
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,b12a6441-fb8f-476f-9693-284866fbb687
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,fa46c72e-f568-42b4-a0cf-b8b1d534d9b2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,36286751-3e41-4860-9834-bb24d5fcf5b4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,d83a0aa9-2c27-45e6-b3a2-88b8bdb9a5aa
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,90751905-cb61-4be4-9753-bc1ee7080bd7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,5325ae12-8efe-4934-a389-2b5b1404e64c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,272d16ff-6e66-4917-a010-36f4f88cd8df
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,fuel_combustion_consumption,840f68f1-18b7-4284-ab3e-07490eede7b0
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,sampling_scaled_data,974bc59e-97dd-475b-b013-832a58ede8e8
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4281949999999997,modeled_data,aae3c82c-a342-4357-84ba-8a0230c582f3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,1bce8c43-ea27-4880-85dc-0cffb7624aa2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,69f87cd8-5753-4ba1-a6c7-9898f79b04e6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,f4ebd5db-d006-4d58-825b-b6ce7ddcef57
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,dba4586e-5511-4457-a725-5e74ef1e7361
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,def5bc33-509c-4f20-b28e-d7d398204f0b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,2b81a3d0-9521-4770-bbdd-ffa779299e7e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,94204e48-7787-4852-830e-29cf72cae313
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,49a9c35a-8244-4410-a260-136c7fa0b3ea
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,247b3c3c-8959-46fc-ba4b-6831ad85514b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,5de6bc20-fcc6-4599-8c57-f0b12b406dfb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,064002f4-0fe7-4955-91f1-018fa2d2874b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,c1aea0b1-098a-4a12-97af-8886a867d19e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,9d799b4b-5de5-4624-a526-4c7ea6ed6483
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,952b8c7f-deb5-49c8-b3fd-b64794e9860c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,b6d66a21-1f97-4bfd-89e3-0d4c9dffc442
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,fuel_combustion_consumption,179cfa1d-021a-429c-bcdc-1ede45526742
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,sampling_scaled_data,8a2775e6-40ed-4a47-979f-f38377bfde92
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00225335,modeled_data,95469349-d2e1-4a84-826b-b020b90608fd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,b8adcee7-1ca7-4405-8108-bb58dfb9cdfa
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,ef036533-f22c-4956-b175-e74e2ed63644
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,0d9e4397-8d69-4035-871a-1147bf5fb284
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,3feb101c-945b-4220-a345-a9cc2e708462
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,cbf473c1-e60a-4ef2-87c3-5a1b776d56a7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,8f0f9cfc-96d5-4beb-8da1-8a5eadd41156
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,55bbbaa1-b110-4fc2-9142-090b6caac836
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,e877219d-be46-433f-a993-b330d2c67eb4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,f55e0e9b-9c92-4872-8701-662df4ee2007
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,06b67340-b79e-4e52-8451-3a533bdcff75
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,1262f7b8-4d63-40b1-a38b-0faf06358655
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,7d4f2ed4-a21a-497a-ad9a-963e8b98c0b5
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,a85f5669-4eb6-4f3c-a536-eefb68c30b6f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,c37367cd-1ebe-4d75-9b53-4911383f954e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,0497ae65-db67-4855-872b-8089f5236bc6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,fuel_combustion_consumption,dcadc623-ebba-4998-85ed-5514f5a555cd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,sampling_scaled_data,80d6f91d-e6a4-45c7-9703-d8d6e7f22469
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024028399999999994,modeled_data,ee132d54-e976-44a7-b201-30fae53be09f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,e0a175f3-8d6f-4394-81be-5a14a141cb24
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,793d7480-1966-4589-bab9-bef49374ee83
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,a1d27052-d11a-4651-bb08-1b4cf26f02df
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,d5876fa2-7070-4429-8fad-018fb2fb0955
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,6ac55f15-0324-4dd2-a928-64e78de2f964
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,af0396df-845d-4b88-967a-4f4dc8b50fa0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,f6430e1d-0a52-43e0-bd5c-f0d012a1160d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,53cab776-6639-4a36-b0ae-134f701c69fe
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,86888292-48d8-48af-9108-a50ae5e3108c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,71d22f01-8c8f-4139-b599-4d0520f01beb
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,f4a9f4dc-85b1-4d66-a31f-75b676b22c5c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,0dcf928a-f5e6-48d3-aec8-77d48da635b6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,0f46e87c-e7c4-4dc4-aefd-29180fe98466
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,bf847517-8e11-4651-8dd3-40c9fc58f1b6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,20ee04da-8df3-4c19-85a5-1fe7eb121fcc
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,fuel_combustion_consumption,ba8eb9f0-519b-4506-95e5-b837085efe43
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,sampling_scaled_data,487ca6a7-7cb2-4b75-82bb-095d234a7a72
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.6086646666666664,modeled_data,59f295ed-4960-4d9a-8d68-284870eaf133
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,cfa6fbe9-b839-4da1-b5a5-5e1a355977e8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,b5940da2-2ac0-4b50-a3fb-59939e81469e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,edf74bc2-7e6b-4800-914a-10f446c22ce6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,f1cbff7c-1c81-4881-9de3-d4302df126e4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,dc354f8d-61c0-44a0-950b-fb827d076a67
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,8f0caee4-1585-4bb6-8bc9-010f87fef61e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,50c758b2-e15a-47a2-8812-be596d61c7b9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,14aee757-8b1b-4f22-aca4-d4af1621d328
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,0bc9afc5-52af-46ef-8d4d-07c6c41d11ba
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,6eb5ade4-ab16-4ba3-9379-44eb1f5cd67a
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,ee9986b5-a8d3-4352-b099-d637c9b8ae6d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,3b193f6b-e32b-47da-9b8f-9416f1f8bf83
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,53175522-4f9e-42bb-8e15-34197ec85cc4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,815160c4-75ad-4d1c-93bf-b5cee93336ab
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,d547c3a3-dca0-4759-86c5-878b005c4ac6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,fuel_combustion_consumption,2b1012e0-45f9-4a41-babf-d296c3f87127
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,sampling_scaled_data,26a7059f-a392-40bf-a6c4-678fadf5bdcd
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.4186726666666662,modeled_data,26ac63d6-114c-44ff-ac12-c247df782f49
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,37360426-39b5-420e-939d-fbd03a5268c4
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,ffba6d3c-6130-4f50-b52d-84394f7077a7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,8401cab8-3d2b-4786-a1a0-15e703e8d66e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,a56919af-3b34-463d-a037-04ef656fe701
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,4b8173ca-1e5c-45c7-bdb8-49019a6393bb
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,b765e31b-eed0-4770-9aea-cb2495174a8c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,35536d13-8236-4996-aac4-774dd657b516
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,fee47e6c-3eef-4782-934f-e89c075120e7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,948159d5-d6e9-4b20-9a00-ca386f89b6cf
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,14a88fe8-685d-4c76-bebb-728e724b3ff6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,fc0ed462-fa41-4ca7-b1ae-41ce459d8f3d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,e2937776-46a9-4232-a090-b90882ab8d32
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,315cc91a-7cc7-434d-ab2a-6066779aa316
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,1ca13701-02b3-4f0d-b0de-6144da4e7b73
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,9f62a1b6-a5a0-48ab-baf3-eb48b3048bf8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,fuel_combustion_consumption,19f52483-2d2f-4f63-a321-18f962c99655
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,sampling_scaled_data,0ecdbc84-ae3c-4878-9e25-27da8badbf6e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.0022445133333333332,modeled_data,9862aa19-f9eb-4d8a-9d8e-750cc7cef467
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,77d01f68-d8a2-49c4-8b47-6e57d0c7ee72
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,a3831e2b-0327-426c-ad45-1f2eba27f823
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,33cdd8da-b6a9-4624-84bb-66a406f85521
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,6137113c-01d4-4ae6-bd3f-3ce133685123
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,99f9eaf2-0605-4b8b-8daa-2cb7d70568a4
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,2cb4fc19-91de-4aaf-bab8-d641122b4006
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,f77e7968-738c-4db5-92c3-d40d4096b227
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,468b36f2-f9e4-470f-9545-c46ee540ec8b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,823d65bb-f244-472d-b06c-fd38ec9ce8bf
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,95c88901-d4a9-4dea-8b04-2f3df789503a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,cfcda974-f1a1-4f68-abe9-2f7897fa5fed
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,fbbbc687-a570-40a8-9f7f-018b247f542a
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,95e6fbe3-4f0d-433a-af41-45e7cbeb3bc3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,879c24e1-5b6e-4553-835e-287639cf4c45
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,d7c5e8e6-0690-4a39-9e92-a1610697dac9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,546598b2-67f1-4100-b7c3-d4fdf361377b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,51cb6d3d-274e-4589-9aa1-18e769f130f1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,d17efed7-b42c-4f21-8f92-6895b2dfdaa1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,844dd1c6-354d-44f0-9bc6-c9ca07d73ff2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,46e7626d-0e2e-43cc-bb71-51b6d8852106
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,8a1af197-ab36-46ea-9528-b0b1432799b1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,7b486c18-8054-46de-8582-479209c143e3
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,68b03189-85c9-4ca1-8240-9ad46d85e1cc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,9ae53e67-7359-45cc-b577-9e99a8d43179
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,8cecd92c-1550-4aa2-bfb0-e86545e57bdc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,9c38306f-bf1d-41be-8059-53df09dcae80
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,f3a65757-f91e-4df6-b6f0-c37d06ccbf5d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,e8b0d56b-c96c-4842-8617-3f2bbf5c511d
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,e6a76acd-9da1-4cd5-8993-9da56c530706
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,af8ac966-553d-4647-882b-50943647bd88
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,59cf4364-c053-4b37-a1e4-6a807c64b5a9
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,9948902f-735e-457e-b3c2-d1debd8ed8aa
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,5e8ca935-8a47-4a58-8e98-8a5f1cfd40af
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,7d192698-ad1d-4b94-bc89-b47465bc51bb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,6df96ef5-00c4-44ef-a8b0-2255d41f0705
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,cda6830a-fba0-4bd7-8dee-9d80b298ab88
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,162b7622-570f-46c3-baf7-34d950bf61a2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,e6ed8e05-570a-4b9c-8d57-737e5be82ebc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,8f382b28-1458-42ec-9945-f40add7a1098
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,d1925a3b-d36f-4d8b-8292-70a05cba23ae
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,e3c25585-a7c3-41af-babd-d1c9e5718fac
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,d3aef6df-6ee5-41ce-b767-ae7774f0e051
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,16a82368-31a2-48fe-af6b-0d9ea6cb3981
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,a982ed4f-f0ae-425c-ba0a-774751b2dfb5
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,cf723ce2-05f4-4234-a606-234b2a454ea8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,46dae412-006f-4777-819f-c1508c41db30
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,5b448221-1870-4904-82a9-88068fb9d5b0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,c696965b-7fa5-4800-bc8d-b4acc633d936
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,c8ba8dcd-236f-442f-b3df-cece1c40f53f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,8da8a172-2e0c-415f-b605-a078f27cd45c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,33a510c7-806a-4835-a767-f0d180ca9a2b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,20a407d8-b49d-46f2-acb4-71450b358a51
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,2324501e-2b23-4323-87f6-5a866c37aec6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,31dc1461-d6aa-4e94-9fb4-c02b2e05bcde
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,618f94f7-a11f-4b95-9095-ad577aee4544
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,b49a8627-288e-486c-a939-f6988fd1c018
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,419574d0-5235-4c49-b397-2ad34e7c8606
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,30167f43-f124-4fca-a2c2-d462d6f0b1fb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,83378030-c276-42b2-ae23-ced562651232
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,b06e98e1-7aa4-485a-9bf6-ae8dd3c60553
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,93b9ac24-9003-47fd-9043-771dc0d372b6
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,96f7fa06-dfb2-4784-82b8-ef21054acb13
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,098072a7-61ba-4889-b60c-139c5f8ec474
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,5f6029aa-1f97-4b2b-b567-861b97afaa15
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,8633d0bc-3000-4f3f-bc33-462c59388c2f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,f37beb72-0dc1-420e-8a2e-dd34ce0d137f
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,7f226c12-6426-496b-87a5-3d24fe4799e0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,ab3ed2a3-a758-4982-b728-e9f9ae3a96d8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,3c8f0bc9-105c-404e-a0cd-a92bb36900eb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,089d1450-ced8-4ee6-b946-6fa8b8e69e90
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,f82e287d-3722-49c0-9b5b-891d3e30ebdc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,759e2154-d1bc-44a9-9f3c-b94ed6dfda93
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,a5d48030-d5f0-483e-b3ce-921645504096
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,07d0973e-4523-4c9f-8fe3-20ebbc399cf2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,3d3f6a1d-0714-4c15-b3d8-0c0938d01b9d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,a92b3752-a797-4d95-b603-7c3ee06447f0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,29c73f0a-c159-4e79-a2c9-79ea4f7a4fc4
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,39a9a565-ca86-4814-82d2-81e29944145c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,670baa3d-9454-49dc-8aa3-098d944bd9f2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,8c8ea4b1-0992-401b-bcb8-5c8f603fa65e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,11068526-f623-439c-999b-e839c009695c
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,3639e8ce-a26c-41f1-9f91-d59f13695eae
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,38655be0-5b7d-4680-8a44-8cd63e2fb670
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,31205fc1-1f3e-4634-8469-38b51c113518
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,9d9679cf-cc70-4874-b786-f76eb862c4f2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,6981c559-e44f-4c87-8a8a-f6b1e7d0ea35
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,399c4be1-9c7e-4caa-a8f0-394339065cdf
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,fuel_combustion_consumption,ad27243e-975e-43fa-8e2c-b3faa073d72b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,sampling_scaled_data,a8da8d3e-2630-4726-acff-252ec0d1282f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.0024406799999999998,modeled_data,64547d4f-34f4-41f4-8a7a-b8f81fb8d245
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,c760d2d1-5f90-4d54-b553-b08df861226a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,3960cae8-01ef-4d79-be9b-51e6cd414fca
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,b41940ca-d3b8-4c6b-b6a1-97f5615f4c1a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,98797cfd-d1c9-47ec-a955-1dcff5131e0a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,b2459bf7-3df3-4c1b-a4a4-4b8a2f9c7463
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,1506ccae-62e9-4c16-8857-dd58bdb11ad2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,15d40e65-446a-4cfa-9425-fb18e55bba40
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,371faf24-26f7-4b00-a752-0866eca72aed
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,163a88ef-4bd0-4229-aa4a-0bea249defa1
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,43ec90a8-04ce-4f75-a49a-198b89d49fc6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,0dd92aae-0c5b-40ad-a218-8c0f9ceb28bd
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,8243a143-de58-4289-8626-5c74c3d75dcb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,8d74a5ac-2663-4b58-b6a6-fe2b7286f46b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,ab874c79-1e3e-4291-b95f-1ca794916125
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,1a4aebc1-97a4-4784-b172-4a37a6e71c38
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,fuel_combustion_consumption,b43aadc3-961c-428c-a2e7-a05e3100464b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,sampling_scaled_data,2524b99f-0be3-4b32-9cf8-bfafb23d6229
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.649746,modeled_data,16440d1f-48d3-4555-8323-2868d3a4d448
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,b40dfe74-0ab3-4092-bf86-6cc70a4156fb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,83d4ab19-a058-4003-97b4-5c93a9bdcaef
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,3c64dd84-d8bc-43a1-aef0-718ef818c964
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,78ab4c77-6ffb-4390-b58c-833c288ecee9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,904aaf24-2189-4a18-8893-c3a700380e20
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,74193f8f-1561-4018-940e-9f92c1a839ef
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,37dc9d45-cc26-4cd9-9bd3-1a2d8e4aa29a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,4bcf71d5-d69a-45a0-a36b-6d5fabe0c672
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,024b293a-a8b3-40e6-b159-211ea05f16a0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,4a47c980-9b9d-440d-8e56-30d80fd2e7de
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,b7ce3de9-7add-4750-8cf0-1071a89cc0d8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,ebf3f094-7d62-4f5e-8af7-70722ffe5ce9
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,6b257db7-929e-4b9c-a6da-0d6fc46eb269
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,98ab4dfd-0998-42f5-8b50-491b4647b947
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,b81eaff3-25ea-4e00-9300-52f38072dc70
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,fuel_combustion_consumption,6d60551d-daa1-403c-b3e3-76437e7357bc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,sampling_scaled_data,f191f6ac-8b06-46ed-a219-4ff33027275a
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.456762,modeled_data,174c434a-9b72-4d65-be6e-7c20d69b8549
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,8fb7d1a4-3404-4df7-ab5d-b8347df025eb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,6afc6885-a4c4-4379-8714-9a3fc14a99da
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,c6709481-759a-4f47-b542-55b4e628d548
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,1997db58-2e21-4ce0-bd8a-1313b47f1ea0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,51bec831-5be2-4a7b-b8b1-76c88889e879
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,4bcac469-1f9a-4322-a5b0-827dab92fe21
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,5e9f0147-2b59-4efd-b6ed-24657fab45d3
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,c15c3372-3b4b-4fe1-9e75-c100943939cf
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,b61c7082-04c6-4dc7-8e4d-b017414bb3d0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,b1d1757d-8917-41e1-bc68-46c5825af9ef
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,acd27be1-658d-4023-9c8d-bdb1c085411f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,724bb487-155f-4c4e-acac-5469d470c722
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,18d3b132-ecd7-4709-a2d4-372eea307aac
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,8be85eac-b7c3-40a9-9ed8-2967c42bf23d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,8d23220f-5b26-4c9c-9d10-5bd9b2459770
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,fuel_combustion_consumption,12116514-f190-42bd-89f4-916d9b6f5aa5
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,sampling_scaled_data,a8a84a59-f711-4ae8-96ca-b847f780164d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.00227986,modeled_data,3007e6fe-84fb-4610-88aa-cbb423dddd8e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,3f25eb8b-f747-4345-a983-1c00d2f6227b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,c04f5a6e-520a-4369-984e-45ac3a241a36
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,8f52225d-97bc-47c6-b759-3f9b2574e167
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,9a7e54e1-d26e-4273-bea6-ee69ab0394c0
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,d894d0a4-b7c5-44b1-a2b2-a175b068f881
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,5f4857e4-6eb6-4508-b747-c5d107c0aa3b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,408ee41e-eefe-42ba-b22d-d42b5a632554
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,3698d28d-4f9a-419d-afa7-2a57c29ae535
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,597c4bfa-ffc9-49e3-9849-629f4fa34b5f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,e7e572f6-995b-41b9-9255-0361db3e91cf
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,72f7fdf1-7291-4955-909c-c2a1ff8367f2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,95c2906b-b126-4221-8da9-2e4f6ed3e772
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,ffa726f2-7f39-4bd3-942c-cdbb25457376
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,ed49acaa-8ff0-4181-9e61-5c31c0e73b4f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,530c8eb5-dd85-44e6-b95f-e70f51046fb0
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,fuel_combustion_consumption,07189235-5571-4b55-b8df-bd7e4a57ec09
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,sampling_scaled_data,16cc663d-0bef-466c-acc9-f6e0dfb28afb
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.0012042799999999998,modeled_data,98a33da2-332d-4702-a86a-7e5250ead2af
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,c75e9415-66e7-43a6-8e97-b185288c8a93
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,7d712778-a6ed-4ec5-9b66-4628943708c3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,11ab92ed-a04f-4f07-be69-556c747d35ee
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,571939c6-d700-4907-a7c5-8faf47332914
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,b037cdfc-e079-4f71-acb0-e2b90638a2b1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,857ad801-131b-422f-9d8c-ce5e285d1b46
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,a1955f99-9d09-4b9b-8e41-67c27bfcd732
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,85cf4909-70c5-4404-aeae-08154d9edef4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,5098583f-410b-4cc9-8889-aaa503c6c842
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,133b7c42-baac-400c-9b66-1d3e5c064357
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,08521761-fd76-4455-90db-f69de060e37a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,ac7da4bf-47e1-485d-a8d5-e16a431e7477
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,5b10cb21-61e3-4b0a-a779-df2514c4f868
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,99543cb6-6510-45b4-969c-60ea1b12fabc
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,0865b02b-26c5-4b58-ac2a-9cdff92f5ab9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,fuel_combustion_consumption,4309994b-c7e9-4f61-b673-1c4b3c60e971
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,sampling_scaled_data,2b13aa0e-a947-485d-a632-5b36b3531339
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.69,TJ/kt,0.9806279999999999,modeled_data,c6b2c59e-0684-4cf3-a828-1d7da22ae65b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,768e7d4b-5fee-443c-93d9-dd506b235bf7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,ac31285d-af0a-47b3-8b8e-cdb3259242fc
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,cda3d353-8778-4f18-9e79-29bfb80c0a98
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,e2ad1baa-ca84-468b-a323-4c3bb1a5085d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,e1bf28e1-e43e-4b87-a68c-063c86c8f0a1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,38c4919f-e5ab-497c-b124-cfeccc25226b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,b6d6cc4a-d6b5-47db-8365-ffa9eddbd772
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,54c8063f-4827-4829-85ef-796c4dab4c99
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,c5527a07-badb-42e6-9513-3da4406d5eff
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,33f689bd-d26c-4b14-beab-47281359786a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,f96e97ce-b447-4178-bf7c-d103ec33eded
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,02bc2250-aba0-4255-a6dc-cf572b7ce2e6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,b8325291-2ff3-4668-8718-8be23d90f289
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,5c3c8752-73f9-4a74-b858-30b0dee60dfe
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,6242b7b9-28a4-4fcf-ba0f-d0e720629ab7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,fuel_combustion_consumption,7487396e-a6dd-4c5e-abfe-ae6b930c2a5a
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,sampling_scaled_data,56897cfc-2519-4ba3-9c72-eee3696a5ff1
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,13.05,TJ/kt,1.3206600000000002,modeled_data,9cdeff90-7341-418d-8094-8fc2a47addd4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,cb58fd9e-b5aa-4a52-8b23-c6939457f96e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,32fb579b-f117-4328-8191-0db3d0eb0124
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,dde4d5af-2771-493c-bc31-51c6ec5bff6d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,ea8dc0b3-22c1-4f20-b34e-e5b86c3e757d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,0aa3324f-a2f9-44bb-a83c-7e68ab01ac29
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,284ae4c5-225b-4229-986e-a786e2c373b3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,5b0ca6f9-7376-4cdb-b9f1-fea7e1ed34e7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,238c0f2d-db6c-4556-b5d4-945bb229caa6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,4ceec1b9-3d4e-4dbb-8ae7-3c82c34e6457
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,c2416f26-1665-4f55-b428-29ecedfa0ba3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,42433301-95e2-46b1-947e-f6189705884b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,5fb6c0d2-d3d5-40db-96d4-c6f24c45b0b6
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,8b6af23e-43bd-48aa-80b7-bfe2cce679bd
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,d176135e-8300-444c-9eb0-57f30b4f1fbe
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,d2443d55-fc3d-450e-8427-ea03dda7a4d7
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,fuel_combustion_consumption,72bf9a4c-9475-4425-bcc3-f22ce6145e95
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,sampling_scaled_data,151f0ee7-3c57-45d3-ac22-f1a2484a3b1c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.00149776,modeled_data,bade51ea-0bef-4e70-bfb3-7bd2a802ab60
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,e8220736-9496-4233-b6ed-c70c39777dd2
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,dcf8dda0-ae69-4b09-bd8e-0bc05f511148
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,5c8c2dec-5a12-44ad-8321-b2b2d23b7209
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,b7997558-ffa0-4993-b2ff-89474ec61cb0
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,bbd17e32-04dc-4d8b-a327-eea1e27a69b6
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,adacfccb-1b9f-42b6-a75d-9eb5203e85af
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,8c5d5e4a-f7f3-49d8-a8d3-76422fa3dfd9
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,94685b5a-888c-43ad-9567-d25535df4772
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,159049f4-395a-48b5-8529-19cf6951baac
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,04b2aa97-5619-41c8-896b-b42bf6c9d815
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,401a6627-341d-43c6-b4c4-df00a7c1b56b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,40c61c06-2281-4660-8a1b-d2a765820bae
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,b1fe86aa-4b75-4afa-a716-4943260a4c57
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,04c1f25d-00ea-4eaa-8caf-364143f60f1f
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,d5c4af9c-833e-4946-aa65-b1d422cb131b
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,fuel_combustion_consumption,be79f96b-d394-46c5-bba4-43a3cb0adc2f
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,sampling_scaled_data,2b9c5653-bb6b-4244-b540-f23e7c7b5bb6
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.0010342346666666665,modeled_data,9b50d384-feca-49c7-b7a6-fa5325315efb
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,81f2f4f9-c541-4ce6-92f9-440172b9d9ab
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,c6eed30c-e61f-4b4d-98e4-4583bc5e243d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,6b88ebe7-5f57-4fdd-9295-a6b4340af89a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,f5d42399-5faa-45a2-a9a2-cd9a79ead768
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,3f09b757-f0a0-4c8c-9ce9-e6a4a84876e8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,c1c18cf8-f603-443f-ae3b-1975f62ed6bd
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,f5af0091-e984-4eb5-8c8e-f2bde7a4fcd4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,6adcd253-2751-4a86-b9ac-6329a5b28573
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,e8929132-f9fc-47db-8133-58c09e01905a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,c30212b7-089a-49a2-9393-24c455d05335
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,28e166c9-c59a-44a6-8945-87a4fd912172
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,f02fd20e-8bb3-4a5b-ad8b-a116a5c54d22
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,ac6ab27f-bd66-4bdd-b08a-faf54c84c10f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,975a5689-31da-4bbb-926a-fef24b34b678
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,22d8357c-3a9b-4bbf-b9f0-4e8a1fb33162
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,21036cc5-ab7c-43f3-b07a-adc57bce4b9a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,bf509f6d-0ae8-459d-81c1-2689ed7a0c69
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,6bdb452d-bd8d-4834-9ce1-0988c9109f8f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,da1f5f87-0863-47df-87fd-7faf35c252ac
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,07e2f2b8-18ce-46dc-8070-fbae852f9ced
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,7afbd0dc-3e79-49c9-a13b-cd7458a2303a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,7d7dec42-33da-4757-af2e-d25082cfd5fe
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,a467167d-eeb6-452d-b671-faa50b954d36
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,14b72fba-4c9e-4091-a518-cee9260ac1bf
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,cbd6e315-dfa4-4788-ab70-242c354a1831
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,a48f6de9-2f53-4936-9113-1f4e3527ec56
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,ad272210-7e1e-4670-992f-61cba117ba2d
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,2b5c6228-5e98-46ba-b287-42abaa4107f8
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,658435f5-1adc-49db-9ce0-b599d2a6cd8f
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,e59a9b4e-f828-4c06-af9f-b2fff2c496da
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,324ca410-dbb5-4869-92f1-d2ef5c3a7bfb
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,c631b11a-922d-4ea5-b256-cb5f786c716a
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,28fec717-2f06-45b9-b36d-eefb24fac3e0
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,f187fad2-122d-4d48-b4b3-78def106d961
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,b4cf2e46-aabc-45b7-9280-65917a29ced4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,2c06b9dc-b360-4418-b812-23eca6397ec5
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,ff6f9559-ac05-493b-98c0-14e0df8458d1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,34c21ecb-63b6-4e17-9bfb-25bbf9b9f20f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,4ff1cfaf-29d6-4cb5-8f6c-2ab5111d96dd
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,72d7a7df-5738-4471-a7af-024187578384
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,5c8eeae6-2f44-488b-b74c-7073e6ef4dfe
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,6d82dc11-67c7-4e0a-86d5-97562a34c519
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,f9195bcc-325e-4a16-9511-986238a150b5
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,e4bcd3b9-68ec-4f9f-8e44-f3a4d2fc96f0
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,13007ce1-30a1-433b-8211-e6a14e067673
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,8f1288a8-4971-4c2a-b601-faa74ddcd69c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,95d5443a-e4a2-420c-9396-4e7d08f9de81
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,4556ec79-f095-42f0-9c45-d86e14759dcc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,936959cc-ef56-4c43-a1d9-ac8aa91aa8cf
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,15dc5158-03a7-461c-a565-5abc4c10d048
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,aa476e12-9ccb-4ccb-b05b-a6cf918e3c79
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,fuel_combustion_consumption,1bdcc8f8-4a92-4baf-b145-17c2124d6e6d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,sampling_scaled_data,799b7eed-4d76-4ed6-a4f1-512d33d494ed
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0032570999999999998,modeled_data,e45156a5-dd62-4771-a6f5-ce1f5b8b9c67
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,15da0ab7-b419-4dca-8b50-3a217f3a56a2
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,ef4cdd25-fa2b-4aec-9e3a-7f49bcf0db15
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,a1a528d9-305d-4685-92d9-ec717f91589c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,2241f6a5-0187-4d69-90f4-1410fcb20ebc
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,2fd85fb8-32ad-467f-927c-2fbc08f4b84e
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,9ae2c7ba-3585-4867-9ad9-6b3bc20608f8
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,06270461-fdc3-4ed6-a056-4143f3a68816
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,4b067c47-bdaa-4c54-a968-655bb0abf69c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,efcc5d71-551e-4de5-8137-c9981a1bca3a
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,1ac62371-a81c-467c-b1f5-cecc21cf092c
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,a7c308d6-d653-44c0-b3d0-6530794678a9
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,775a6174-0fd1-4514-a0c7-1ecba9a143ab
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,72ee0532-8de8-43ac-8b31-1e4be5d2b264
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,fa01224e-b5d6-4cb3-917f-9aaac1000ce3
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,2c38d369-68b1-41e4-b8ea-62906f3619df
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,fuel_combustion_consumption,3acb11c3-9f17-4f56-9ec9-e042fcc61c4f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,sampling_scaled_data,bc191cad-7600-4ddf-820a-73ef6d2a0cc7
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.94765625,modeled_data,b54690de-b1b6-4975-abd4-5cb708e9aecc
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,6ee30286-2776-4f4f-8017-79a209665fd2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,93a9fdf3-d27e-4373-8a5e-750476780b71
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,b3f560a1-7156-441c-826d-f084576b4525
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,51a7d40f-7231-4482-9b98-2c5fe7eab950
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,82971c1d-60b7-4f82-899a-0c31b5e85142
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,e6b98d79-4dee-4354-9df7-035786f42b55
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,53298322-6770-428c-bbec-875d6f3e8a0c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,d6214944-7fd7-476d-b87b-2ce0277b2373
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,f37126b8-8fc1-4c95-8725-627c32014383
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,3301d694-3016-48dc-8181-1a0ce1afb77f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,e36819f1-9580-41ed-8bc6-2ad1eca64703
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,57848198-178c-41ff-b00d-5d195015b4e8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,6d4e0512-af23-4156-9ab3-ba36b06c9301
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,ced411e6-823f-4909-9768-99c09c7074cc
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,6f1ddf5e-7d8e-47c8-bb2d-7f04df5bdb7c
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,aa9aacc1-e855-41df-8bd1-ce9ae1e9cdcf
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,0bc034c6-3fbe-43c1-8f50-238db98e2d6a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,f7ebed7c-f63b-4c80-bd23-d204c284cb5f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,c6af16b5-39f7-4b79-ae20-b52e475037c6
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,b30c1311-71f6-47b5-ac66-0812abbdcac8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,68524a8f-d044-4480-a588-ea6ef78a38c0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,e4fbc06e-7a51-4950-9daf-068b5b906807
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,41a949e1-8e7e-479e-b29f-77d9b6d10a2d
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,96845855-034a-4618-a325-db9becf66f75
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,834fe3e3-0cdb-4aa7-bda2-06a77dd81e28
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,ebd0aed0-1c46-4f65-92ca-55909694f6aa
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,a5b13c85-c84b-45b3-821a-83000c4da35a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,affe4f06-d408-4145-89d4-1779365a90d2
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,6812d997-5a72-49a6-8e69-6371ca2e0a2a
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,731fc13a-aea5-4511-bb02-e6b30ccf7624
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,f896a356-4a62-44c9-a7c8-42ee50318b31
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,d01fba5b-574e-443d-a0a1-b974be70bbe5
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,fcc522a2-40fc-4487-84cd-744c96fc88d9
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,ad10e441-f7b0-4473-9264-f19ad6b437e8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,9ed4ef9e-cb65-4a78-9dbf-259731dbd8d5
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,eb13a738-29e9-4de7-a6d3-87c68bd0a0bf
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,c2688ef2-4ef5-45c4-aa85-a71134c9bd19
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,dd01f6fe-a6e6-41f4-9f50-4a06305e3084
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,50261b72-d7a1-4e79-91a1-f669dbc64d23
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,c6793687-0f1e-4bef-a07c-86d493efb8cf
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,1f9ecd8a-bf7c-48a3-8905-4d1aa01cefe7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,38f6cd52-f29e-40a8-9705-3304beb7a41a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,0fc34029-4c78-436c-994e-f5d8a0c4a147
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,6961b7ff-3564-4130-9019-dd17b3bce456
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,119966dc-afe6-4066-a211-1bb8cdf2658a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,0b716736-0622-42ce-b632-1bd792343291
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,19ee8022-ee8a-4142-af37-70c19f8e51dd
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,da95304e-b770-4ecd-b026-820cafa92145
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,106168a6-1150-4630-976d-1e3cdd17c650
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,d4608226-a7aa-4957-8f6b-a47810e0439e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,3b847b01-cae5-4af0-9e79-590e3cb5b632
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,fuel_combustion_consumption,cf88d475-6709-4c0a-a08c-773d05ebe4c1
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,sampling_scaled_data,850a3358-6bb9-4793-8f26-680486b761e2
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0031019999999999993,modeled_data,3798589f-adca-41be-a14b-b3054cc7875c
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,ed0fd6d8-db21-4d24-85da-dd2f8ffaf5ea
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,7ce7b88d-ed31-4fc9-8b20-f75803834e9a
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,c2a1b544-46f9-45f0-a5a9-fd06c7e6212f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,00a8a080-023b-4ea2-85f0-9ec178e5a924
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,20971580-22bb-4176-85b0-0a6d87886632
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,2fad5a4a-545c-4a5d-a672-470ba86eea67
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,314b52d5-8e9b-42b2-91d4-89195a9f6770
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,206573e7-d7fc-4a06-98a9-1f8aa918ecb7
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,6728ff81-5d37-4331-b5ea-5815d0817046
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,7d9d60cd-b3be-40b6-b9c9-14f7893a0066
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,88a0759b-281c-4b1b-8588-f05000a05f03
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,7d72bd06-770e-4800-93ec-551bcb21d6e2
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,4433cb68-5340-48d2-8588-83b08ca0f1df
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,7bf91c90-afc4-4f5c-ac77-0e50c0e12289
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,d90a3bd1-163e-4818-8d82-2361b6f1b91b
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,fuel_combustion_consumption,744afb1f-76ed-4225-af10-ebeead583930
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,sampling_scaled_data,ffdefd8d-cd55-48e5-b9d1-09e59c43503e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.8072916666666665,modeled_data,9e0bc126-605c-4a17-814a-13d807741e6a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,5f7545df-712c-448b-b192-e1f5186749cc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,b3303b4e-80ee-492d-a106-b861bbc54967
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,3efa47f6-3e05-4d4f-9ec9-9044ba0b9385
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,fc1315ae-86af-4ae1-9fb2-694f142144d6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,202de087-731e-450c-9555-c4f4bd20491b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,60201141-2271-4695-822e-1f7ac8b2d439
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,854fa4f2-bc8b-4658-b70f-229d975ac8bc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,db31a710-a2e8-41c7-ad3a-a94e9a08afc9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,a65993b7-756d-4499-97f8-22f999bb9493
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,fd096619-faf9-4efd-b629-1d0bc9b590ce
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,78a0587a-3e31-48f2-a1a3-ce9ae4196e13
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,03b0cb23-76b2-43a4-adb3-d2b74d9a52f4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,65cb6cc6-c301-4a72-ad48-1107cb4a4708
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,c7d98f64-2a2f-40ca-9b02-b556f67f3029
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,cd328c78-c46d-406d-928c-a61fedebcb08
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,fuel_combustion_consumption,ccad60e6-75d0-4338-ba0f-19f6a942ab7c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,sampling_scaled_data,a98b6a56-6e0b-499d-8bb8-bf1bfd901377
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.003151206666666666,modeled_data,efd4e327-eca0-4db6-b1ad-b485c63ce14d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,a9fd8d13-a631-44f4-aed8-b00a48710f19
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,4b1beaa9-092e-425b-9e3e-474e6bac837b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,962186c3-4e2a-4b34-8fb3-0ceaace1180c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,f1465f00-d9a3-41b2-bf03-457b25cc3cd3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,4a68efa1-5c4f-4c95-923c-c36baa6035b9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,65d4e5d6-f29a-459f-b320-c38b9c5cd065
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,5c838fda-1560-42fa-9634-96e79ceccf5b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,5400f139-b3f6-4aff-ae97-2b36288a384d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,33a3d76a-f777-459e-a8e8-75b071901f5a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,3dd4b197-93f3-4427-b8fd-23dbf42027e7
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,a7a7ac73-0752-4d26-9079-c22449429934
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,cee5aa02-9a8a-4f35-b6f2-1501b9c07b5d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,23c2c99d-e273-4cbf-8c7d-563333daa185
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,cd3c2e69-c238-4a3e-9cbb-d1308cd69429
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,f8d144c7-6a1a-43dc-ac29-def05f4727c9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,fuel_combustion_consumption,85c340b6-80fa-404e-a33f-0f3b7fbbd14d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,sampling_scaled_data,fd1fcf06-72d8-4d3a-985b-31eb73772ca3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.374075,modeled_data,219e9fad-d1af-4449-a9e8-db2183ac6c6c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,5c56175c-d3eb-439d-a344-e8204e9db288
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,d0ec7162-2732-4c7a-acf0-07b0b5fa66ff
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,ecd02394-ca9d-4732-9cb5-099312eb9164
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,6cb4b50d-abd6-4ed1-8958-4c34d9d4b0e0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,97698db0-541a-41f8-937c-96ec55cf5cba
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,2fd0429a-39cc-428b-b1e4-c831a357917c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,e72fe0aa-d7cc-41d8-bdd2-8f1ac8ec426f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,1c4342ca-ab45-47f6-8441-d1164e5333f0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,1da44c2e-5e60-48ad-a8d6-7b0a4c6b71d4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,8b711982-0c5c-4209-8158-e82ab9feb823
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,044a4b58-419f-4763-9133-dd707d72976d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,247185e5-65ae-430e-b102-b11571593fcd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,a15ea90c-b667-42bb-bdc8-8eb6d39d2b0a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,6b64c677-87ba-4629-b7a4-764176ec2c6b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,d8bf01b0-a973-47a6-b845-90b24b191611
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,fuel_combustion_consumption,f617a456-0cba-4c7f-93a9-25f7c9a575ee
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,sampling_scaled_data,01ec9616-0bb2-4a69-b6bd-01665d64a98d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0030686919999999996,modeled_data,4fa87ecb-29f0-4d5e-a396-3f06313f1ab6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,e7442e18-5931-474d-9cd5-06e29c6c8d6b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,3b0c8a44-05cf-43c2-840a-c16071de4ebc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,3c4eafba-0e89-4156-9152-cd1d2cfc17ae
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,afe6aff0-04c8-4acf-82fb-5ac5466ca310
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,fc3f5a20-5993-4081-a383-c82d2363a9b4
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,d7243513-b5e2-42a6-acdf-f69ae31be006
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,22195e73-5af0-471d-98d9-e337cc4b92cf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,b92c159a-688a-4179-a940-25a14441e54a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,7784ad3d-5e6c-491a-8cb2-4c991a8df87e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,52c4d5f6-b555-4b7a-b118-f1798fcbe5a5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,d96a95ec-280c-4b5a-b7a1-9a90ccd3dc35
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,f42c3757-294f-4bea-804c-218595caa124
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,37490893-9c46-49ea-8f7b-ffb2fca61e92
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,0b4ebcfd-d84b-4ebb-81e5-14b4bbda28ee
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,f730e197-bcc9-4dec-9e5d-e51f9d8c231b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,fuel_combustion_consumption,5aecafbd-0553-43f3-8ce7-aa46d72b16c9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,sampling_scaled_data,cb76e2d3-e3fb-4882-ab4e-d0f8b2f11f32
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0030437953333333325,modeled_data,865ce704-5224-4ef5-a9d6-900065db6c4c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,a40ac5ca-8b91-4e94-bfd0-a0eb6ef375e2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,89be39f3-c0eb-46cd-953b-834e42992fda
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,644bf178-c752-4ac7-90fd-4670833ee4c2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,03a39604-4526-44c5-b369-035fd5a9b687
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,67dc1bab-5cac-431e-a01d-50f40062e072
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,a4831d08-88f9-42ed-81da-abb81d24afb2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,ad15f7bc-a993-45b1-831a-02f77d670728
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,e803c8fb-a913-4898-a155-0ab0f00c21dd
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,2cdd7a21-e8a3-4378-a4e8-3de701283495
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,ebb64204-46ef-4ff0-ae82-a9c2af5c0745
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,88241f85-7564-4875-b93c-78ebee84be8d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,c3614432-c6c3-4535-9d18-798926c5b0d3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,47805d7a-bc62-40e5-9f8c-a0f1e292351a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,f51f089c-585d-4b41-8cfc-1d3bbe3d6bf5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,01f7c5db-1c08-4d97-8b24-427313a9c998
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,fuel_combustion_consumption,1a3c838f-54e0-4de6-bfa7-3304470090b9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,sampling_scaled_data,6990c241-17c1-4a8a-84a2-f18ff3a1c01d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.003060867333333333,modeled_data,35ecdbf9-59c0-4328-860c-b90ee08dba05
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,ec619770-29d8-4d0d-8a44-ab49c60dc66d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,afe6a03f-5424-4a2e-b032-68854b9389e6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,2472fff0-0525-42b1-9fe3-6c614b472f10
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,60e4b064-a67e-44b5-8174-a1161d10b6ca
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,ece867d2-1808-4b0e-bed3-410459990efa
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,3e849239-33b9-477b-9d6e-d5c0f2effe08
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,27db1dd7-b81e-4a0e-bea0-5b433edf8318
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,aea7999c-235f-4554-a9d6-13c82ca6db97
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,7a920c23-584a-4970-b466-283de6032cef
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,0e93974d-440c-47d8-a833-be0b7e415049
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,0a666028-3979-4856-83ce-f70a7afdc2d5
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,3a855a3d-f298-4e22-80b4-861f3a6b154a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,8f5aa77d-c4e3-4c69-8d81-ccb54b13bc6b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,ae5c421d-6fb2-4acf-a669-6e33d9d0860d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,41b0fd79-3f3b-4af3-ba17-1da1faffbb6c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,fuel_combustion_consumption,b83f1d1a-309d-45d4-ad7e-ae9fda30b2f1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,sampling_scaled_data,8965c9e3-d555-40b7-8f05-d6462dab45b4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030699899999999994,modeled_data,b09bebc7-31da-4813-ab0e-d4dcf6ab1620
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,dad8556c-6a9b-4ba4-bd69-9883ed049232
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,2521ffd5-5aba-4698-812e-91f4499f83f6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,faea8b68-a458-4683-83da-890d6eddc95e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,f0fcafad-9c98-4b9a-8dfb-3cd5b6a9aab2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,c55ef28d-add1-4afa-8e00-922ca0d9a5a8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,0c4b1347-d2c9-42ec-8ced-5a93d13585fd
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,2767dec9-bd5b-4926-a57d-bdca53082637
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,1806d1f2-a300-4a88-8add-bd25f4f6685e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,149f41d1-0920-489b-8d98-3ae486f43b6f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,f0e3ffba-41ba-4059-bfc8-5215908bf362
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,c615bebd-8fb3-41a1-871a-568d4bbc452b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,8ad71437-3892-4d06-9f02-02860e3da783
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,da1ac30e-65da-4f05-803b-915dfa444176
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,765005e2-a830-41ac-9c7b-c6681ff83fa6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,a5fecbde-f1e9-4d5b-931e-31bf4a2b0715
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,fuel_combustion_consumption,bc4be7b3-6169-4ad7-b4e4-ba9f54079ec8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,sampling_scaled_data,8c8f7a09-9922-4410-9957-cd0bfa29f92a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.3128875,modeled_data,3f2635f1-85aa-4546-8655-a48c0efe5b15
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,d2aeba70-d82e-4fe8-81bc-83384e0746b2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,9dc744b0-d08d-4b3e-82f4-f3fc546c47f8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,a7ec49ab-7f6b-41dd-a238-22fd93db4a1d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,558b1c81-92d2-4209-be51-1bc7758240db
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,7e1e8254-ddfd-4b8f-b80c-6d8447acbe24
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,3c18c468-5761-4607-aefe-a564885d161a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,3e73a5a5-ed63-4322-af18-1b311eb4cc1b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,ae093a36-881e-430d-92d4-d59ea970d1fe
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,bed95c93-66f6-4a2c-840e-28fdaf57ce1a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,d5016c30-228c-4251-91b0-0414de9c9ad0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,fff2f855-2d4a-4424-b0f8-fd1c75eabe70
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,148392f1-b482-4f83-8442-116f57256436
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,cd04d899-0e70-4c31-855c-73ea325619d2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,8cc3a7b9-5bca-45a4-91fd-fa51803f952a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,e6dd8ac7-e7bf-43ba-9e59-ddfddcfd8ac6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,fuel_combustion_consumption,6f42dd0b-a41b-4800-876b-25787773a850
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,sampling_scaled_data,b7bc48ea-eb68-4dda-a78e-8c59273e720b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029896019999999996,modeled_data,8dba4f3c-b519-4870-8f44-0661cbea70cb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,29398983-d762-4e5b-b108-99162e6630c2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,d69c0c32-305a-4105-8309-c4043fc41b86
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,4f18fd3c-eb87-4acf-bdd6-1d13b338d734
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,bf81f3b7-7dc5-444c-a981-2f77db83033a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,35a7ca3d-49ca-4ead-a607-4b28e08a50b2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,d515f070-73b8-4ae6-816a-218369350124
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,c5527999-a5d1-4052-8c8c-30880f7b3a35
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,d749e1bb-36ca-4ca4-bb7c-ad8cdc798a48
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,0cad4a7e-d978-4c86-a2ce-256425a82ef8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,71c9eb92-d657-43f2-9ea8-0ca5d0580068
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,47d64681-612b-428b-9174-dd4fa98d111f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,cccd8e40-8789-4c7e-87f3-42d7b73379ad
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,dc723d3d-5cee-4f1a-a080-129ba5f36aba
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,0a9da634-9f19-4b7f-8fc1-ccf39aed9152
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,10f9aab7-6f6a-4b62-994c-8979278d09aa
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,fuel_combustion_consumption,af93493d-6fa9-4294-8ad9-8f8b7b3d2bc2
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,sampling_scaled_data,ba9c2877-7541-419c-8970-fa13834c22a3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.0029653469999999997,modeled_data,716fb613-59b2-4f9d-8ca6-6419b5319899
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,8ed5590e-6587-45ad-b0a9-70ada5a19bce
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,affbc44a-237f-4bc2-9299-35f39330b04b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,d29e4445-8612-467c-9781-60add2a398f4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,b309a6d0-9a12-4d33-958f-04807e55304c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,526b5773-c325-41fd-aac7-acb8afaca0e4
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,60e0d14d-29fe-4ec3-b92c-2393cb4af64d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,0386b36d-3eb4-4be5-be56-22f09cdfddbf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,ddabb72a-1773-4886-aa4c-0e7dc9cb7adc
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,ca97dc8f-3bea-497c-b32d-eae7e921daf7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,416077f2-ad08-44f4-81a0-b83e4978bd78
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,923db3f5-5e5e-4d7e-ab67-7917a69978c7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,3937e386-01ac-493d-989a-0773e015fc70
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,8c7c5c13-6aab-46d7-883b-7dcc182c867b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,18d7a3ea-3573-4793-9ab0-80e9cfb56486
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,079a0cd1-9a20-4426-9f68-3527438736ed
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,fuel_combustion_consumption,c14dba92-053d-412f-9870-b24b43d3d573
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,sampling_scaled_data,1feee014-819d-4f05-826b-fa3046f31f71
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.002981979,modeled_data,1e4be06b-0f46-47e1-b80a-5fff7fec3de2
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,132a36d4-4cdc-4b6b-9591-ccb8fd9e81f4
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,977b316b-c534-4372-aba6-5e79ddf848a9
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,12eb9077-4535-4634-824c-9d17fadc39a2
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,4f6e5d8a-b689-41c1-be9c-bfa0216689b5
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,ae3206b1-8257-4050-ac45-8bbcdd2bd6df
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,2506abca-23d0-48b9-bb76-5c9819ee1516
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,43f574f5-abcb-4ae7-a123-b42482e90a36
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,41e56d31-845c-4e9e-b1cf-61db47a4b4e1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,5e24e6e7-170e-4f14-ae05-b53a4939f7a1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,fc999472-4873-4946-933d-5dc4fbad15af
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,d66d229e-fbb1-4271-8c53-bbd8e7c3c32c
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,2f34caa4-6c59-461f-85e1-0278bb9e2b74
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,98ade0a1-67b2-40f8-a998-62e72f91a2ed
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,7585d3f1-3f80-4ea5-a6a1-44ccfe2c34a6
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,a726afcd-994e-409b-acc9-7e1b136fae7b
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,fuel_combustion_consumption,116a45db-8feb-427b-a6b5-885be2a27da4
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,sampling_scaled_data,e4d41058-5715-4df9-9285-2541c93fa9b8
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031156399999999994,modeled_data,2e8f464c-9b6e-489c-9cc0-ba50f8047307
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,2c012cbf-2277-4ab6-8195-93b6f0fc8463
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,be36ed5b-c279-43f6-ba0e-23993340bda0
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,16abb596-3f23-47f9-8bb1-9049d7e25d17
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,2e54a2f3-1cce-4cd1-95b6-d6a85d93d30e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,1867fda7-1a63-4aa8-b73c-725ee1b0907d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,b3f91adb-952e-418d-99e3-0a2404e808b6
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,3cc80b4a-13d2-4cce-862c-ada7377c312a
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,90d4a8f7-2fc9-4e38-a6ce-cf4f72ff33c2
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,0ad8d95e-07af-4ad1-bd48-266e5d02c108
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,4c431165-7c00-4aad-9c02-e5ce12d22798
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,259bb9c8-898e-447c-8217-a9d8ab97c2db
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,8c485e54-127b-431b-916f-c0db20e54edf
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,b705fa51-92d4-4db8-bc70-1cf2e7300aa1
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,236b56b3-c911-46b3-98df-1ca703818143
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,b01ae30c-e0f5-4813-ba57-123a956f87dd
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,fuel_combustion_consumption,c66ada8c-5f39-4fab-b485-ddbe93ac6ae4
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,sampling_scaled_data,5f82cbc9-72d4-4638-bb49-3059f5910b41
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.596366666666666,modeled_data,c202556a-1b80-49cd-bfeb-f064dab01610
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,de870e35-76a2-494b-8856-ceb286953658
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,c5ffbbcd-6ebb-419f-b1ea-81db7cf68cca
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,eaa15ee5-e02f-4a64-aab6-bc5cdddfcf94
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,666ccf95-ced6-486d-ab7c-d4c43a4a794a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,fa3c1031-a99b-4989-a9f2-08c42e65ad70
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,b8e25dfc-df18-4243-9e9e-f98a14d22d32
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,dd526e1e-96b5-4d5f-99d7-967fd889e0f7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,4b88c841-0c2f-4675-aba2-57c85a8bcec4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,270dd743-431e-435f-b0cf-9460200ad49e
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,ffc28f19-569b-4b29-9e73-160ef34d6d80
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,4c8fd0c8-c07e-4c91-958c-984e4296a4d7
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,3cde02be-267a-4574-b770-1f2d0fee70e4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,994560c7-15e7-44b7-8149-4895fca8487a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,49b44017-e555-46e1-9841-0f0ba752b91a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,cbf12a3a-cfe8-4284-bb7c-33897cada699
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,fuel_combustion_consumption,f6ebd72d-6eab-4399-9226-4e7b76a494e9
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,sampling_scaled_data,e6cc824b-8dab-47d2-b89f-e6fbda5fdd22
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,0.0031317,modeled_data,1d61a7ee-5c5b-4835-b0b7-3f6347c1e223
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,018a75c0-e24e-4527-98c4-b1b243fe64b9
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,6c1536b3-ec33-495e-a026-964c2377bf0c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,1cd95e25-59e7-49c2-a226-c9585fccac69
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,08937665-9ddc-4414-80c6-02c1c8389263
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,19dc8553-a852-4167-b910-4aa4608ea3a8
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,64d8f385-623b-4eb6-8852-b326be2c59e1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,d8696932-6ac0-462c-9e07-595c1c3eb001
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,91db586b-e651-4a84-963e-f661d83880a1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,f6c2fe89-d23c-4d57-8a6c-37954c1f88d6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,47fc8284-29c3-4cf8-bb5b-d265b3c4dae2
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,bc1e027b-a406-411b-bfda-bb427f4713ea
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,c0754c67-919a-4ec9-b455-bc272c9705d1
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,5f7fb54b-1c83-4240-a3cb-2cd58b96be4b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,3c97c416-93d2-42db-ade8-61b495fa9fb6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,20df4d30-e884-493e-ac68-9ea6f8a6eca5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,fuel_combustion_consumption,40d7b256-c17f-42f2-8947-055011525cb0
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,sampling_scaled_data,c753a3a4-6344-457c-a518-32ccf0f9074b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,0.0365,TJ/kl,2.60975,modeled_data,bc06a59a-8972-4e94-8102-3b4b0a35df60
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,633613ac-d01f-47d6-bff3-a970d29dafe4
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,1c4b6c2a-82ad-48d5-a070-e6210bc17a8e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,f1e27788-852f-4427-82a1-e1dee5ed22c0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,45445694-b2c0-493b-820d-4d0587eab4a3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,5bfe52b1-1c26-4d8e-b372-89f993e2d317
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,dc4ef8a7-7153-466f-aee1-b682208ffd1f
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,9e6cebf6-12ae-4211-a78e-35a002fe8499
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,6ec4515d-4ebc-491d-bdf5-9e5545a77825
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,69c68cb3-a80e-4fec-8da1-25390b61f616
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,eccd86a1-f5dd-408c-876d-d491d10b828e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,1cad2426-53b7-443b-b22b-f331e01d4df8
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,002e0b5e-3a0d-4edb-9dc3-3f38d9286db9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,78d47a83-d043-4308-b3b5-b941df2dbfe0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,370c6f58-7e16-4125-a61e-b2033645b1d3
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,994892b3-57e9-46d5-ab58-17d9d044c0ac
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,8925d5ec-ac2f-41d2-969f-17f45c6fd3e0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,3876cd0a-b900-4544-b6a0-a818d859d819
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,ee0571b4-e8a2-4848-ba7b-3d56b5943057
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,e22a5cde-8ef2-426b-afa7-41fd7da1fdb4
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,af2be7d6-385d-4507-b24c-a73ac4ee69b0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,b26880c7-fd37-4015-aed9-c07b2655824a
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,0a961ef9-523e-4c5a-bc2d-3b7a86c18224
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,54e03edd-794c-4a34-964c-ba8df9301dc1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,b71b3c2d-2432-4680-9aa6-4dd767fef42d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,b79f8322-5876-4f9e-a2cf-3c92370abaf9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,0222e781-da5b-4993-9481-f31f37ad5721
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,f197aa5d-8d1a-4cdb-8dec-462e559585f4
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,bd08a9bd-12ed-41e1-838f-7d5eaaf4b8e4
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,8e002e80-4082-4bdf-9302-549262fefdb0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,99156406-cd8f-49b6-947a-cd90a7d93f69
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,c94762db-b5cc-4b7e-bad9-6141a347f061
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,92f9f814-494b-4550-993f-d80f99debaba
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,1e08c786-14ab-49c2-b0a3-43484f3210c4
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,fuel_combustion_consumption,895861f6-b4fd-42d1-abbc-c076023de6a1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,sampling_scaled_data,609a1ad2-72ea-41a0-a312-8841a73650d5
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.8388593749999997,modeled_data,5db99675-9719-447e-abb2-22f469c5448a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,4d3a38e3-4ff3-457e-96ec-8d353bcf59ba
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,9e24a234-7f62-44b3-bf5c-5b6a7f9dcf6e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,cacf6d8e-6c04-4b65-be33-606e6f4759e0
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,1cfd74a2-ea8b-4af1-b546-e91c7b10ad7b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,162b5b2f-1aeb-45d1-9f69-37b3acbd5032
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,aecaf0bc-2e1c-4d3c-8b76-8cf77bdaead8
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,35b7d07d-0917-47e8-bacf-9b4646cafa15
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,3154f883-a4a2-4d41-83c5-9ae03e95add2
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,08160ecd-5805-4c43-9f7b-998cfb8baf6c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,2f04f18c-8e83-4e6c-863c-ec10d542d15c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,2b669c50-8f9b-4970-9372-6105afba1b14
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,2fb641da-1b5e-420e-a6fd-df7c42f2436a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,fff0043c-a861-49c5-af90-286dc5fad267
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,954d2ada-17e0-4447-a35a-e7ccec80b13e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,a93c8dc5-a5bf-4ee8-b288-1f9aa3e04430
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,2c11a184-99d8-4f09-b3f9-6c0949c93c57
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,e12e1f33-9df1-4ae5-a3e0-9d789253cf4e
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,740d81d2-81e7-4fed-8e48-938999ee1a22
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,a9a29a36-7acd-49f6-a4f4-f6839f6959ce
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,1a02796d-a7df-49f3-b473-98f36fd22d17
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,116b4def-065f-4ae6-936f-4c367c8a6702
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,449f7cae-edda-43e7-b4f5-441f7cf4d5f6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,dc636b9a-eea2-4363-950d-6554e6bcc79b
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,edf27e46-dd6d-4b9b-b0d4-a297c8982205
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,460bb090-4278-4f42-ae8a-57301cb4a67f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,43c680e0-47fc-4338-a92b-27986b67edf4
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,2de6a1d0-1e38-4f3e-994a-e035572597e6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,6592b859-8a19-4bc7-bbaa-0c26cc4a59c6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,61f46319-d021-4cc5-8890-62b9cdb91ae8
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,e51daa11-82db-4350-81ce-c06d586e47d2
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,3bc4308d-30d1-403b-86b5-ab306cdd84b7
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,4c415e84-ce40-4f0e-b6b5-49b541e5ff61
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,83296b4d-9416-4be8-a617-a36891953a82
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,fuel_combustion_consumption,02e098bd-5ea1-47de-9c12-a54ecc9a4ebb
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,sampling_scaled_data,5eab51d1-9916-4823-aab1-e99681cd60b3
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03890625,TJ/kl,2.853125,modeled_data,3115c0b3-ba88-46f0-93bb-609fecf84cdd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,52c0a221-cce8-4910-ab65-e22401b89886
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,4c59f3bb-980b-4535-944f-fc3ae3f7b6ba
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,607ee4d0-ea23-4a61-819e-584473d4e52b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,d73568ff-7df2-407d-a301-d34cd887c0d7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,f5edbc97-ce59-48b7-80c8-ce165d1e4489
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,c1fbcfd2-35b6-425c-bf09-f4f83c9e5449
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,183523bc-65b3-4bb6-afd4-405eb3d2ffe4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,4eb46c79-04d1-48b7-bf0e-6f032db20359
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,dcadf65a-d301-4e70-94dc-3725c0a8a223
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,5c77dbf1-dd3b-4cab-9dc0-dec3948246ea
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,f27f9942-c79b-4991-9e78-7ae371e1dadb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,346a1183-f3b1-4021-a782-652cb05c2cfc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,7f7d90fb-7b58-44a6-a384-94954948c601
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,6ba26abd-3b87-41b2-8ee2-69d1f5e2862b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,dd65d61f-6776-45f1-b7be-458fcbd830f3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,fuel_combustion_consumption,9fd60eb2-9ce9-4191-adda-bb8ab079e763
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,sampling_scaled_data,395c7da9-ad77-4c29-b95e-b53edd83cd7f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003137566666666666,modeled_data,f3edbbda-904b-4593-846a-bc9426997ea4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,a8c441ad-5a25-4264-b785-ff45a311d822
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,2c08fece-a372-448c-97ee-ff655ac8b5aa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,da857003-42da-409a-a6fe-2de5b7610b14
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,6264d537-28c6-447f-8914-15ea04387dc5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,c76435e1-4403-4e7f-ae0a-c6aecd715fce
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,c0ea3741-dde2-45f8-9085-1fc81c54543e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,f6b82a65-6c7c-4e0e-9c5a-c386d02f310f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,8468fd2d-eae7-4754-9585-1aa105b51bff
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,060a89a3-b8f0-4730-b41b-d8d9141261fa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,985ac113-7125-4490-8ec5-63d5a25fd550
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,094d2197-0eba-4fc7-a4a8-f114c720a660
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,3a1ba3a4-cc35-45bb-a1c6-01996831a2ee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,bea1cea3-0469-4548-9f70-4bc537ba7d58
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,fff8419f-0527-4662-a310-86af152cf7d6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,f4c3249c-a94e-457a-8b51-8655d9241898
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,fuel_combustion_consumption,936ede8d-dab9-405d-a07b-a3fb24d21a1f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,sampling_scaled_data,f938e209-1826-4c96-8b5f-0970c26d6940
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7750135416666666,modeled_data,9250098b-6ad1-4f6c-844e-e83eacf6bb2b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,2224dce4-53e6-450c-9ccf-26d1695be8fe
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,ecdf7c4a-9b89-4232-b77d-8a23080ac1fc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,971ed60c-35fc-4113-9d69-1c9a44ebe0bf
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,5d790d6b-971e-49e3-b7e4-c12abbab5cfa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,3791ef37-ed89-4011-9572-c6deb4c71130
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,94e25a4c-3614-4b13-9154-60ef26589b3b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,113c726a-c08e-472b-b12c-0c5565bc183a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,89f6c29d-fdc3-41cf-9047-6b61834b14c4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,c229971f-799a-4910-8fc9-5bec4e1432b0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,e729a9fc-88c9-432b-b8ef-2c95789d9f3a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,99d74c4d-f8a5-486c-b395-ca24dee5bdee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,3125b023-1190-41f1-a5fb-6f18c6ef88da
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,2698e152-f666-456e-b990-15942952470b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,e4538c6c-3b4a-4926-a2ca-7127dfef61f6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,865cf1fb-bfd3-4a8d-8682-37f82119a760
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,fuel_combustion_consumption,ee48caf7-321c-4d35-9e8b-af08ccfa0f27
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,sampling_scaled_data,c63f3aeb-ea28-4dc1-b55c-f1fe0df05238
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031215139999999997,modeled_data,aacba905-e9f9-491b-879b-c4897efbe305
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,cdec5341-8293-4484-9395-d46a9686a227
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,7e7a2333-46a2-470b-b7cc-84aa126d5c78
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,935a6057-2291-4b12-9704-8516e3bd513e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,0550c9aa-9236-4761-87f1-1818aea0171c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,9ae68328-c6ce-482b-8b50-cb6d1fb2c113
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,10c79d6f-1db3-4d27-996b-950fe69591f7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,816e0a72-8cfa-48c7-93f0-ca9a1ede5198
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,7a9ef590-8b6b-468b-bc6b-13a8a621daa8
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,de352574-15ef-427d-9390-73a318f0962d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,be029f2f-fe97-4a9f-8720-e3cb2a2158da
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,e98bd00b-265b-42f7-b33f-1e592eceba1d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,0a339fac-5e40-4b3a-b041-14b8ea46f0a4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,7f418392-c8c5-49c5-bc14-8a73267d1664
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,ca73de73-b80a-4084-bf4e-920d00d0232b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,52f27cd0-a3df-496e-ae9c-7c77990d5e27
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,fuel_combustion_consumption,82f853a1-9323-44c5-9cde-94362e538a98
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,sampling_scaled_data,869e0017-6cfa-46b0-b4f7-ce5e04d5bc65
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031054613333333326,modeled_data,568fc4d9-b057-44ca-97e7-eec9d9e48749
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,aed6833d-15f0-4baf-8131-70e051f1ebe7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,44872ac2-45a9-4c93-8efc-e40a041f7750
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,f39f93c8-ad28-41b7-886b-e377258232a0
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,4a22ce04-374e-4332-976c-b272d1fe2c42
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,399592d3-6f17-40fe-8628-101eea9e8f63
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,14201e14-79e9-4a65-aa4b-1b6039274b43
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,fd89ebdd-804e-49f7-9417-91fbaa28aef6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,9819e822-6dc9-4613-840b-2caa3e0a1b00
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,7bb2dbd3-7344-48e9-b14a-4fd46bac26dc
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,724933b3-0523-4f72-a8e5-2a77c3613f88
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,468417a0-03fa-4cb8-b86e-dc60b3737e59
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,2363487e-3558-41b3-8244-2ab0f8488e88
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,c49f0730-835b-4a23-bcbe-f25efaa5948b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,7ba96715-a9f6-4025-be3c-3f10ce2044a1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,8bf36ca6-05d3-40e7-b233-c18c98eba2e9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,fuel_combustion_consumption,97932007-1ba5-4009-98c6-ed2f561db6dd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,sampling_scaled_data,75de8438-6641-411f-a940-ecb1c018a5bf
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031185953333333328,modeled_data,cedbbe47-92f4-4282-a39e-bb5a0c4f0d8f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,6fb272d8-efec-4b92-b58d-e9043f66badd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,7e074470-6be6-4f81-b316-678331126a3e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,2ad8c731-ed63-4da6-8a3f-7c60dc158409
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,587132dd-4483-4a4d-8e66-9851059e7fe9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,fb9e6b12-f20f-4e71-8700-a5b2f021eda0
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,114f9a96-ff9e-4cc6-bcee-c77bcd02a4a4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,bd8fddc3-7876-4bf3-a634-276c2cb0b160
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,eef00b46-a46b-4e44-9028-50295ce6c079
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,ebc81053-e0d9-403b-baa1-f869e83cccbb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,5f93207c-7cbf-4b98-ab90-3189a52859f4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,4807a464-b220-4823-aec7-84c5099cb686
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,7bd78ecf-e524-4686-9d5b-a110fb44bf2b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,2968ac88-86a1-46b4-9dea-6e01693445a0
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,fe8216ee-246a-4565-8cb5-44e08fb1e8b9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,402fe99e-02b1-4ae1-b61a-0ef6c484c3e1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,fuel_combustion_consumption,5a5e101c-d4c3-43a3-b361-e84c36057d40
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,sampling_scaled_data,5cbf6f29-6908-4388-888d-1624708347ba
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,0.003153333333333333,modeled_data,801cfe0a-a639-49d7-8f49-d86d6e998888
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,db4cfa72-1d93-456a-bcc5-f282587c2ce5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,053531fe-c419-4cef-8401-4dc070e6db06
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,5fc0ed1a-94a4-4182-b374-c07f24688b9f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,09fb49da-8825-4c8c-871e-ae830d7ac506
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,8da3117f-e6ef-46df-bcab-34ff6a99af56
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,17122c61-3807-4e28-a46e-77ce9b652e80
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,9adebf6e-f313-4cff-94c1-2c9ae9eac9a5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,e484d0f7-3b4f-48de-b00c-3bd36dead8aa
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,83b98c56-09fa-4a22-916c-68640c3f9aa3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,32b35249-b5ea-4e83-9178-c49971a7664a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,b3640f75-eaf1-48b8-84f0-bf60f16371e8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,df46be67-2b02-493d-89f0-d4ef14589f14
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,d1106dee-5aa3-4fd8-89ae-1490f99a7ceb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,98616175-1694-4052-9d87-543ce433f1cd
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,64b812ca-f444-47a6-b953-23cca2baf777
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,fuel_combustion_consumption,a989d1b3-3595-48e0-99d3-0420a61eff97
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,sampling_scaled_data,5186cadb-3c4a-40a6-9e97-f85685e204d2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,0.03803125,TJ/kl,2.7889583333333334,modeled_data,b4e59026-a16c-4c30-b68d-43a712c514f4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,e075bcff-120a-485c-bf19-2c5db0abe5d8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,ef6ff6e5-8f79-4d85-8d8c-29d075b4fa0f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,48764bc9-4f3e-44d1-a4a0-991f29b402f4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,b8a9a9c9-ae77-4f73-b432-4c39b3ef8211
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,fc1e58ac-292b-4fe4-89ab-c7588e6657c9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,5aaf1b5a-7083-4bd4-98b4-77b5b4dae2b3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,e02e1809-2c7f-4f3a-b6cc-52b59b8cc8ce
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,c66aa7bd-d011-4f36-b335-9fa03f7b1d47
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,6948f535-4079-4d0e-96d7-0ba9520370ee
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,bb7a6e78-f693-4c5b-967a-884ca109c44e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,8e5ae084-ca0a-431a-9b0f-412e73e30b90
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,47caa4a8-612d-4215-a99f-f1dc6d12040f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,faedbac6-237d-4a51-857c-75873f4fc88b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,e7006803-d1a9-4194-ad13-b34971018845
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,d985e9e6-1869-4f26-a06e-304f9248b385
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,fuel_combustion_consumption,9bdef68d-37f5-4827-b038-d6f3ee9602c5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,sampling_scaled_data,04607053-fce5-4d4e-a8e2-618c9f6077c5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,0.0031371999999999997,modeled_data,3f23a8bb-2649-4c9c-95c8-4fc85a94613d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,9d0a202d-dc7a-46f4-a611-a0c3046dd0cc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,9f3b14cc-0181-4567-b661-38fde22b1402
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,b2734cbb-53aa-440f-88de-e45009d2d33a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,a8bdb916-8a59-4335-9de2-a3f1817e0117
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,f6052360-aae6-45fa-a962-1f4f746b6352
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,697d1e58-b333-4d60-96e7-833438baf007
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,7bed7cdf-d694-435a-b627-e46a6cacb5a4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,6334ccd3-500e-4775-b1d7-8801824e12ed
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,1ed5133e-8937-4dc2-8691-01faa0f1c103
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,472056e8-5553-4fff-8573-b109a1dd4733
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,d2a77465-a0f6-4273-8cac-0f8fbc04c63f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,fbe63a33-ff05-4e9b-945c-30fa716fb9ab
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,da0ba1c9-8460-4cc1-8c89-d200e73dcb9c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,0d765e81-09ad-4851-a06f-dda297ddc31e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,78255256-9e3b-4813-978d-b21847569342
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,fuel_combustion_consumption,33404aab-ca33-430e-bd55-12c0c461fca5
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,sampling_scaled_data,1f87545f-6c6d-4ba3-9edb-4b5089e22ba7
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,0.0031210666666666663,modeled_data,f1cfb473-24c6-433b-aac4-0324c5776e79
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,23cd7a33-af60-43cb-9b61-40ef13f9ad7f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,b16a0379-9fc2-451c-9412-00cfae3deaa1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,094aac84-2ff9-4c42-8097-81248af439c2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,20d1f1d3-d06b-4284-ae2a-e87f8573ccf6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,cab97dd7-e618-4bd2-ae0b-77905da5cd1e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,e3baa05f-435b-4030-93f0-5238ac1ec0c3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,1f014e10-c266-45af-aca7-74946e6432ae
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,e890123f-d260-4eac-83ea-74f721c7d399
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,e1668631-6246-455e-8c2f-3c3411b4b3c1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,1bc41dee-9f71-4e2f-80b8-66c9cfb95f3a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,23236a65-484f-4fba-a2c6-f54f6186df0c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,daf15825-8b77-45b5-9bc0-a36505159774
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,dbbcbb9a-6761-42ba-8ed1-fb7bdb24eb15
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,8ed11bd0-3afe-43bc-b8f6-6e1122572b4f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,c1638939-4ffb-44d0-a951-f5f638d41b42
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,fuel_combustion_consumption,a772a69d-e9f6-49c9-8913-2593134d483f
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,sampling_scaled_data,8cd8bdba-5140-4868-805a-1f9e66ae8829
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,0.0031342666666666665,modeled_data,29801ff2-7f11-4b5d-9825-f5fe14ac104e
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,d346b8b2-abb5-4a19-aaa7-c9e42d725740
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,63b6d21e-a842-4238-a4ba-112c6267388a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,95574384-b65a-4cd9-8b3f-5b22615dc17c
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,99ab3795-46f1-479c-9339-4d75aff56c1d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,4cfeff57-4cf8-4ee2-94a6-65069f3081a9
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,de4059e8-4606-430d-8ec6-af3d4f6e2251
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,0ae50ae7-e40e-4bec-8690-96aaa91ba476
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,b4f134d8-3e77-4a0f-b5f7-aecfde59bd51
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,3c358075-faea-43d4-ad01-7e2967835f31
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,a133c2f8-2b66-4270-954f-e6cf4f7ad06a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,eb0ac66e-a395-4121-a56a-a7ae1a7179e2
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,4a2c2fd3-60a0-4149-9c25-14f54fc4f572
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,e6b4e7f3-88de-44ae-944a-ac1e71e549da
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,896951da-16b0-4840-a14d-aaea66acc0b8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,7c0e6553-6c9d-4758-b0c8-f15ad28eefb1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,fuel_combustion_consumption,cb67cdd5-ffd1-4e9a-96ee-9d6ea6d817c7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,sampling_scaled_data,3cfa0d76-3a9c-4acd-9a2b-420d9b6a9f96
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0022516266666666664,modeled_data,8bcabb31-746b-4027-a689-531c3ca019a1
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,7a9f0478-32de-4bd6-bb32-4092a8ebf548
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,ee14e48e-931b-4dfd-84e3-a1d06a5f929b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,2681a8f0-e63a-4877-be69-dcaf5c7bf42b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,69b91344-eafb-484a-ab2a-17ec149f0cb7
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,e2889855-5a46-4c8f-9c6d-cd37e2b3dee9
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,c58f960d-911c-479c-a34f-97bc4e6d9206
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,5f15e3cb-fcfe-457c-ab95-bafd3a14cbf4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,ffc28a83-491f-4f53-8dee-52c2edb85ff3
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,aed86a3c-9af5-46c5-817e-df0f942aacab
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,d030aa99-6ae0-496e-8251-ef7bcbb81fd8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,075a1a74-5637-4868-aac5-f7eb3c6bcd7a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,21d0903a-53e2-4921-85d2-4609062a6fea
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,6f48465d-d515-4bb1-8eaa-931106e0586a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,5a108695-e331-4f16-8b77-1b02f2ebedbb
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,2b5acbdf-de6c-4418-a0a7-d061c0937062
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,fuel_combustion_consumption,95d1bd22-ba73-4561-815d-2031d8ddd7ae
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,sampling_scaled_data,48e5854e-551e-4b5a-a7fb-3e41bbd9cbd3
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,2.328608333333333,modeled_data,8dcfec19-0da9-461a-9218-06fe8b8501f0
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,62c2a0ff-14f2-4b5a-b0d8-ac08d9de5d51
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,9d331420-982f-4dee-bb64-5009ff870497
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,9ab53285-40f1-4d00-a54f-ec1367da9f49
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,538be49b-e105-4b16-a2d7-66bbbe0edd3c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,81efa617-1105-4616-8bc2-58a528e76670
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,fb2b005d-1766-48d6-b63c-59afc41ad91a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,e690979c-4413-4642-b2b1-e781fb4dfa1d
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,8814b9ba-b95b-4e98-bff6-636ac2e4aa8d
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,72736164-4c58-4691-8c87-d202730de8a6
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,938375a0-7530-48d3-a2c9-e18bb5706321
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,fcfd4942-2af4-4b37-b459-352cb671c0e0
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,1b17d11c-b6d5-47e0-b7a2-998827628f7f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,4ed38f7b-fba2-44fa-8edf-59ed9d9e2d9f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,e46ec2ca-0f15-4110-a42a-b35628321c21
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,18db2ffd-8ec5-437f-b97b-a441185c2274
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,dc1eea76-b826-4c3a-a67c-d5cd95f80b6c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,1497f257-c044-4bae-b0bb-38709940e6ff
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,897c318d-d1eb-40dc-ba62-1e797a881d79
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,13c46afb-98eb-4ee4-b1fd-2f70e7520cb5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,ad250df7-2b70-4f0b-a401-ee81d8edef67
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,33cc8347-9f2b-484e-bc10-f0c87e61ac2c
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,57f848a6-69ef-4c81-8d45-95719c0b80a1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,1625a06f-ff73-4326-a444-1e9af46960e5
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,a65266ac-5207-4b83-a7dd-ff8a6a90bb50
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,3fb72f15-8aa6-48d4-8adb-64ac97c846b1
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,b5481f38-efca-43ec-91b5-609d7bdd6b57
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,26710281-516f-498e-949c-06ebfef2c8f9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,4f599f8d-bbc4-4c9e-9c63-9bcea904bd40
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,1a8c3775-4d72-4296-8b1c-7ad2e3d00d3f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,d5f73802-b4de-48f7-b7f5-7e4c0c4352e7
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,5724450a-d1ea-421d-9a98-6e7bca77d7bb
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,cfef4dfe-4020-4855-927d-6eae18a501b7
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,bec964d6-e81b-405d-8dfc-ece1ec565b17
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,8123acc6-f03b-4539-8a2c-40e4287c63be
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,b2011029-9913-427e-96cc-60ef2ea9f7aa
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,88348513-b822-4a7a-8875-42fbca0da3cb
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,24365ea8-e0b7-4338-a913-805d4b41787c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,bb24bb53-ccfe-458a-b9c3-d17cfae88da5
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,89853d85-7304-4812-b4b3-a01e5fc9be6c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,fd91f558-1675-45c7-8f5c-cb2d64e12b90
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,cd8dec2b-b531-457c-8553-72fa272f2399
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,b3a18687-b711-4d40-9b54-a442b6b2d173
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,9a44503e-fd51-4197-848e-4d59978e9df1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,d5b828da-879d-417e-ba23-4220fe06270b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,a22e45da-3190-47c9-9857-e1a85ac6d466
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,3117a195-0e4d-4151-a2e4-803aa4285e58
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,840728b7-37d1-404d-99d9-5707326613aa
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,5c6fce99-bbfd-4133-be6a-eec75485726e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,a4f5e502-ad8c-4be6-b9d8-9d274c6d66ed
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,6888e109-5aac-4990-a2b6-beb503e743c3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,f376c76a-20e5-40cb-9bc8-51be9eb5f348
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,fuel_combustion_consumption,0d2ca1fb-e489-4d36-b5bb-f8d137116694
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,sampling_scaled_data,eca81e49-ae83-4233-a4ed-e053b21220b8
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,0.0031256133333333333,modeled_data,616200a7-65e7-40ab-ba68-b0048e2fd9e9
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,31a0fca5-b338-4c34-a8a9-484375d02c0e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,fe01b947-9ce0-4124-9000-705bf256818b
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,79cfe084-920d-41b5-8fe3-bfa6cd7ee7b1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,4c0737e6-c8bf-491b-872c-07587ea2137c
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,789cd519-aab8-4114-83c1-1e5ea9331eb2
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,857af3e7-ef56-43ef-b0cd-4db10b7c5d5f
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,29f3475c-5f61-43f4-9145-32f73ae4670a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,854e27aa-a6d6-452f-bb1a-e3aaed1370b6
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,7ffeb439-304c-4e76-ad0b-9ed650bc5f8a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,ebe5da98-2bd5-482c-a5d0-a5b05a4a9cdc
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,6576545a-e711-41a6-b876-694046f4135a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,02e3d6bc-ebe1-4906-90ae-9b59f34dbebb
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,3bd3c8b9-6ce9-408b-a0ca-2e4244291d3e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,9e097460-a8b5-474f-9799-e2c81e66d373
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,bb2c1e8f-f91c-453d-adbf-07357f102336
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,fuel_combustion_consumption,1402e84c-aacf-4d4d-ba50-5f719adce47e
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,sampling_scaled_data,f5aa3f8b-f291-4c60-98ce-1af85e0313c5
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,0.04178125,TJ/kl,3.2324760416666667,modeled_data,05157101-35bd-4b55-b886-955c6f9a087c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,3bce9619-23c9-4502-a798-40875d499503
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,0058a87a-655b-4cf7-a18d-e78cd5876c80
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,177212f2-2624-4161-9ae9-8894488688ce
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,e20be723-9a98-417f-964f-b0722589cd4d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,223ac45f-7063-4ae6-8176-640f2f3f1ef8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,958fe025-5d52-4384-885d-c875bf9e847f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,304f6fe7-b0b3-4e0a-a238-3eb3f7dfadbb
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,d5c9bacd-8fd5-4e32-9c6d-59d79e7ee552
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,3e96fd1f-125c-40e5-a414-4f99ad6df40c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,356875b4-c433-4000-b928-ba5ae047db7c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,010b7d82-9430-4f03-80ed-64de64fcc85c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,aef0d4df-238b-49cf-95a5-a6f2d081f378
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,487f9190-1692-46c1-ba29-ec900c1022b1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,9dcc9aea-3dd9-47a1-894c-9d93ac3da0e8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,82df507c-460f-452f-939a-7014f67304de
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,220aa038-ddd1-4722-8e11-28bb057ec6cf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,aaa91dfc-1658-49ea-991e-74325419387c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,bffec590-9926-4eee-aebc-356b7899d6f7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,45d43c83-4b53-4301-8f1c-844f05720a4b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,cc85ee7f-57e6-46df-8ec1-4bb1a115776a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,79b49263-3fa1-473a-bfed-d8c78870c755
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,a7027689-31b6-4058-9cec-51bb1d1f6834
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,04ea065c-a441-48a5-9f5e-3dc501aee835
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,3e8c25ab-7c86-4220-b8f2-06c2ea230145
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,864e35bc-83fb-44ee-b44b-07e4996076b3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,ac43460d-cc06-42ee-8e1e-ff635f6727a2
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,c5a122e4-90fc-4dbf-a80c-d5404ed62e1f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,d0107da1-caa8-4bf8-940f-16c87a038970
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,d8e6127c-8209-4c20-b5bf-f9aa9232229e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,46def265-486b-4b4b-bc11-a92cab1aacf1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,1109b266-f5d1-49c4-a204-b7c385112f1c
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,9437e774-1bf7-4553-bd89-c2ad2a3019d8
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,ce890d48-2782-47c0-8914-bb57c70e8d17
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,f352af15-05ce-487f-9074-2257a2588f7d
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,ee39eb89-73d2-4c23-bdb5-b47c10fadde6
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,82ebe7f8-2db2-458a-9781-fce140197d28
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,a1e464f8-ad82-4938-9ad0-b8f214c8cf5a
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,047b1ce3-92be-4101-8a8c-b32ae899f808
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,932396d8-447b-4ed5-af37-2d3877a8692b
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,c6ab430b-b382-412b-99ee-4eb8028c7079
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,b657cb6a-2421-47d9-954d-3ddbaa3b90e3
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,ba3739b7-4e89-4e59-93a9-1f2112917a39
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,9ae4f72a-8fee-4ce6-9275-6a987417ee31
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,684332eb-6aff-44b3-a5b2-b9deabbcd81e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,14fe26b3-eaee-49bb-91cd-9b1785b81af4
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,150bb3b8-3967-41d0-8a07-8a778921cac5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,cb6cdfc5-3da6-429f-9850-08920f1a6c27
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,8c648259-21d5-48b3-82f0-fcd5244410be
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,6813ac2a-a62b-4253-918d-de893ebde6c4
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,1e1ed4f3-a2e4-494e-b1aa-f81cb376aa48
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,68fbcdfa-e563-4d3d-9d25-1dd0e615be08
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,2d586087-4eeb-40c8-a12e-95a31fb704c9
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,345749a2-fdcc-42a5-9469-7edf1f941455
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,3368d042-d41a-4e7e-b639-9bfb11d08a21
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,3a6cde7d-4a37-4e6e-9011-4b4d52717f7e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,d2e7900b-f87e-4c45-807e-2e92c1e989e8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,cc71bd97-4cb6-4d9c-be03-7e8de99996a6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,3ae8b564-66d8-4906-a5c0-f89411bac9c1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,88ab1e0d-3b56-41ef-9c92-07670e385352
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,169cf6d0-effd-4334-ad7e-8f477251ab0d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,ea0727ff-f6b1-4deb-b0f4-d9a148c1ba57
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,5eb04074-1aae-43ba-8708-80ca65434557
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,0f3a65b3-c781-48c7-a66b-aeb5720bd054
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,2360c7b3-7e47-42e3-90bd-c277afc854e5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,2415dd56-aea3-407a-94f3-ba4e1b81fbaf
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,ddcc6727-52b1-4a37-aa41-4875d137ca0e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,867835fb-2d57-4e5d-a2cc-ea4f00f163ca
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,90117f86-0563-43dd-b163-b60ac10cacd2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,b2e1edc5-5b94-4d2e-a53a-3cdf26bc2eee
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,37529118-a27e-424c-b962-c147fee05ff8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,4fd77a70-fecd-4f91-8715-899d2c4940c4
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,dbc73ad0-00f9-4ac2-acfd-f2bee5513698
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,2bf8108a-97f9-46c3-91d3-8c8a13f7c3ce
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,7d910e6c-27bc-48c0-b8df-14887fc2d450
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,31768918-1ffa-4dd4-baef-cf69e2bd05c3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,cd074017-8654-4320-8c4e-b6ad966f1424
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,a4603628-564d-48d5-aaf1-0b61f6ddff9b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,599ef434-f33f-4d66-ace6-a1477281ad62
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,5c737782-64dd-4979-8b2b-c48506750380
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,92bbaec0-5741-4bb7-822a-db1b550ace7f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,33853dcf-0881-48ec-947f-c456af842272
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,aea28001-11c9-49f6-b46d-69b5d73343c0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,1a971b8e-f34c-47b5-a53e-22eea491ce96
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,3a37e56e-aabc-4616-ae14-84bd880ce87c
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,b5a93e0a-c915-434e-973a-222f2d99907b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,61a50588-f7fe-490c-9c3a-325742bc1a4b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,16cb7f75-0f84-4227-9a1c-7c487791fc25
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,c556712c-d3f7-43ec-9c91-22b658b417e8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,0723195b-b6f6-40bb-be8f-bdaf8f781332
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,45bf6563-126c-45b3-b94d-8a7d0d129846
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,23a7912b-32a3-413c-870e-9aec3f0fb55f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,10217f1d-e3e3-4da9-aca6-da1938b196b6
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,fce03a67-f7e3-4d0f-9d40-87fcb0bda836
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,13966d75-d2b5-408c-a67f-14c83105e792
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,9c4fcc08-7e08-4401-a794-3c0ee2ee31af
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,93f56d5b-763c-4033-bb91-040cda465a54
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,85246c3b-af09-46c4-bd22-ce43515fe539
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,cfef6797-32f6-43ea-a69e-9b5c7b608b37
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,e3add856-10b8-4731-97a2-91f421740610
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,cad27c9b-cc45-407a-b88e-a9ae613514e1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,41987ed1-55f4-4abf-bd8a-41715c221015
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,4e1099f9-7b34-4028-8ee2-0b6b9ccb752f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,cc53e55b-15b3-4413-9b6a-ddf5cea8531b
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,3569a02f-7b1c-484f-b4c4-72a5c4409416
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,08787064-c90a-4c91-89cb-947654fbffb1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,b53558e7-6df1-47fe-9008-8026da90c217
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,1ddf7849-1cc2-4a7e-a534-bf0e337f76e5
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,f61b7fc3-9f44-4b89-8a0d-e4aee0eeecdc
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,195ac736-9ca0-45cc-9c37-2401df08f8ee
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,480896b5-c324-4082-8cd6-576c49083ab6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,5b5483be-a8d8-4329-863a-a15c9ad12d6e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,2dfe2d81-bb21-498a-9fbc-2bfb8b607b33
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,2fda8744-1643-4900-ad0f-317c5fff3038
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,e1e79b8c-e1c2-48cd-bb61-4a89245248c8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,ce885078-da0a-45fd-86e4-6bfa9e2c2208
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,33355e9c-5d48-407e-8361-968c6d3d471d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,60c5ccc6-64eb-46ff-9126-356f86506a8a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,95ba5220-3e4d-452a-ad53-e248db343eef
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,bf2d7bb9-e50d-4dc6-93e3-8f749ee42456
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,6edc2dbf-2545-4923-9b74-5143f1301290
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,5d88d662-d4ca-48cb-b2bb-4916868216b4
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,6c138141-f744-4286-bdee-affa2aa13b5c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,3bb1dc4e-e53d-4fe9-b47f-a52d856934ef
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,fuel_combustion_consumption,28cac243-d210-4db6-8cbe-6fc32ebb6ce6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,sampling_scaled_data,c7a5a84e-f57a-4c31-b85a-71c2a42b6b0f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/kg,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0026928,modeled_data,415efdd7-e942-47da-a09a-7fe69d4a9301
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,44b0763f-5c96-4c37-89a4-3f1b786406f2
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,ed709572-103c-4e50-a327-64e75ca63125
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,b3bf84f5-3e56-415c-80b5-030e6ad498e3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,6ab8671e-45e5-49e5-93a7-e63522e3ecc7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,42293ac8-0b65-4a8a-8a42-a1233a37d8ca
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,c534c789-551c-490a-97a0-9c6d0c7fe723
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,2965f021-248d-44e3-9d83-ccd76a9682f3
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,f0ca7ec2-ee4e-41f6-9865-500273067210
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,507422e1-9efa-45f6-95a4-a97098841bb0
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,b21b29ec-ff66-4756-8284-97e5da235fd8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,44f62856-be20-4ade-9341-e7f71b6669fc
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,6400fe78-4dd3-43e5-be03-306c5383622f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,a05dd4aa-356b-4fd5-a996-7e5587a6197a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,30729594-b9de-41ff-9686-458064edf13e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,4d77bb2a-920f-4ddb-8aff-691d790a5ad5
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,fuel_combustion_consumption,3f4f7781-0443-49c3-a362-9c0027c8219a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,sampling_scaled_data,bc9a546e-140b-45b5-84c4-bc9f23365e0a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/t,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,54.48,TJ/kt,3.056328,modeled_data,f9b847b2-3b7d-444d-b1d9-152d1b12b44a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,1417ec90-f63d-4366-9bf1-97b2994a8113
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,7fe83d23-f5b7-4f8b-8aec-2039a52e71b8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,8cc1cd0b-260c-4ca5-8343-598aafcae55f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,ae357eed-917d-45ed-85c2-34814c62021c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,efa4b38d-3cce-462c-b786-1948f818a1d8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,aa819f20-05bf-4b7b-ad66-1fd169666485
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,311d57a6-43d6-4b03-8bcf-0f4a5e01f0a6
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,b2b06290-87b4-4ece-acbf-f3d4bb29b936
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,7cbe4a2c-cf6a-435e-8d7b-8a96341f680b
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,e66fca5f-8501-4edd-9093-675deaa44f59
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,dfd281bd-2d92-4638-ad38-d032631b9498
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,57a5ec2d-723e-4510-8022-7c8a4a56ae77
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,64c43fd5-2670-460f-9838-8ad47440ce6d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,1bdcd514-959f-46e6-bb46-e6ca368018cd
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,739262cb-8eff-4e9c-a32c-2a5af5f5e339
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,fuel_combustion_consumption,489d8533-e453-4d82-b9c3-e8a3ef5a9f00
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,sampling_scaled_data,36a2d6eb-577d-4fcb-98e0-664fa734adb9
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002252765625,modeled_data,8749d90e-fd46-4e08-bb0f-6e784d9768d0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,5846c944-9eb7-4efd-bf49-1bc3b6966a96
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,22a8936f-5574-407c-a573-3b312abedfc3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.00468,modeled_data,8d8a64b8-190b-4493-b9b9-61c60ebd0e85
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,54162d80-6b12-4b1a-9f18-a4a4248f5c27
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,09a5be1f-6927-401e-977f-9953850e0361
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.00468,modeled_data,354d0922-97d1-42a7-bc0b-d28214a438f6
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,4b357c70-d19f-47d7-ac6e-71e29fdcfe6e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,68a997d7-ce3a-45b0-99f0-db47332cdc5d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.00468,modeled_data,ed17390e-0ee7-4da0-aecb-8d102edf9456
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,1fe844dc-c55b-4a51-9838-e593c3b38af0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,09956c1a-8024-4c73-8663-458a42fc6fd8
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.00468,modeled_data,50c5a911-004e-4d5a-9c3c-9010fc4b3856
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,ff25fa71-6db8-4212-97ee-8fa1265a2607
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,14202930-1a87-4cb5-95b8-84b10516d3c0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.00468,modeled_data,fec3c3dd-adf2-4fba-bfd3-976ff4282143
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.00468,fuel_combustion_consumption,c116b557-b083-42c4-828e-9e00a9e56481
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.00468,sampling_scaled_data,fc44334b-6c30-4e33-a9ee-65ffc68fb0ab
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.00468,modeled_data,85e4a3cd-116a-46b5-b3e4-fc9fd26e701f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,9d44c1a9-3934-45eb-b1de-060489fb3b20
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,ed442c1e-8194-4f45-bb80-7eb8fdd627d3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,5.118,modeled_data,05667b03-2e28-4b85-b791-99e74cfe5b9e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,d3731559-7114-438d-b60b-d3f0bb43ca87
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,c73b080a-5492-4868-8042-a49eb069bb16
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,5.118,modeled_data,14faa724-a11c-4534-9142-2f38bb9deed0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,072a8b27-681d-45a5-b331-3a089a500e20
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,3d67800f-2e09-49f5-ac4f-7b17ea4af34f
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,5.118,modeled_data,e46d7f31-f40a-4c33-a7d0-2fe0a3db6433
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,3b62adac-80d3-46a5-8df1-0b3a5d6e0200
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,7e4c085c-2920-4432-abdd-e0704c81e4f3
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,5.118,modeled_data,d87d227b-4566-41cd-8bc0-ce4b8b4e1a0a
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,fa5bb924-32db-4fdc-b83b-fbadd88fefc4
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,286f56f4-ea6c-404e-bf19-8c8e400fc3a0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,5.118,modeled_data,be13ceb3-653d-433f-971c-ca735e35be5b
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,5.118,fuel_combustion_consumption,b34320a3-89b8-4fc3-bec7-7e52ff936f75
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,5.118,sampling_scaled_data,06ea2a6a-851b-4338-807f-a1f6c185014d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,5.118,modeled_data,627e846d-f2a0-43c2-a1a2-2e4409de61b9
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,f3f40f02-3dfe-4e6d-8eb4-04f958ccd1e0
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,27b8c22d-4c55-40e0-a6ef-4f0a5c5e0329
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.1.1,,,15.6,TJ/Gg,0.0156,modeled_data,ef5ebcd9-997e-4f45-8f3d-3d9403148f2c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,fd86dd6b-b5d9-4657-870c-08ae242d59be
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,588b9d98-b321-4d1e-99b3-e7f15f28fec2
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.2.1,,,15.6,TJ/Gg,0.0156,modeled_data,e656a4e4-054c-4a81-b99f-02a27c8ee544
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,18b90ab3-57d5-4202-9449-70452c46f315
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,ee65c7c3-5916-4a9b-a27e-39f23bae4df9
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.3.1,,,15.6,TJ/Gg,0.0156,modeled_data,b2530320-2275-47ff-a1b7-f90b6a4d6a5e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,fd40183d-5287-4ee8-a6f0-923aecc2307d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,9957e47a-c3f9-4410-a5ba-586ff1b82037
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.4.1,,,15.6,TJ/Gg,0.0156,modeled_data,8e694e52-c99b-4860-b37e-e8aecac5a04a
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,9626c4d7-e010-4a33-9e7f-fbfa0e999f3b
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,ed8061e2-7b7d-464f-bff6-924504acf451
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.5.1,,,15.6,TJ/Gg,0.0156,modeled_data,66d93095-b5d7-4334-b054-b3dbb83d6602
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.0156,fuel_combustion_consumption,c026ed43-a578-429c-8338-c305d8d9b31e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.0156,sampling_scaled_data,5b468250-945a-4126-a7ca-096ec3480d61
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/kg,,,I.6.1,,,15.6,TJ/Gg,0.0156,modeled_data,e2d6a4d9-f72e-42d6-b64b-d41479a087bc
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,a8c1f4ce-a8c6-4b53-b3d5-f4c915b4ec70
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,7d55b70b-8e49-4274-8321-b15d704c5ce0
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.1.1,,,17.06,TJ/kt,17.06,modeled_data,f4aaf51b-69ce-4998-b3dd-18fd91cbde9e
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,d11d6e4c-9903-4329-8f62-18b1cd23d875
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,34cccff8-1359-44b3-a9c3-2e3894e4a46d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.2.1,,,17.06,TJ/kt,17.06,modeled_data,909abd59-d2e6-4b00-8092-d431ee3f315c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,c9198f25-8d33-48bb-bdae-2178be7bf882
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,9a75adeb-22cf-4984-8fb8-04f2b020712d
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.3.1,,,17.06,TJ/kt,17.06,modeled_data,9e230b78-4510-48cb-a7f6-c6c290329704
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,62f8cd0a-e498-4db4-8a66-0880c6a7b456
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,8edb9ff8-b7f9-4581-84bb-92c8e7c3d1ae
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.4.1,,,17.06,TJ/kt,17.06,modeled_data,2fac3eae-acf9-426c-a403-d22e40af3a09
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,f4089afc-5713-46d8-aba2-e5316e91f48f
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,d081219b-545d-43ec-8b3c-3aabf9e3c2f5
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.5.1,,,17.06,TJ/kt,17.06,modeled_data,7b1f3100-b1cf-42b1-9359-040ad2871fd7
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,17.06,fuel_combustion_consumption,84deceed-ec73-428f-9b00-6eef9f1492c0
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,17.06,sampling_scaled_data,c5af500a-b116-43e5-97f2-f8cb3b72b7e4
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/t,,,I.6.1,,,17.06,TJ/kt,17.06,modeled_data,b8cac484-b97f-4292-b2fd-38edf04fdc37
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,9ca5a6ff-b0ca-4cef-a83b-f804c06da116
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,cd55e291-c365-457d-ac7c-3d9a35faae3b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,bdf38c24-b06f-4fb8-8119-86cf537b545c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,bd457de7-0a08-4ca7-b84c-973ed5818cc4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,d39724bb-05dd-406d-9249-9f81c922f2c9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,0bb04e75-c030-422e-9aef-79e1fb2a641c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,8d04883f-e3af-48de-9161-b69ccd36b68f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,604d7884-b154-4668-8626-2735f55c2a7c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,0b237bde-ce64-4d20-b920-271181a0eaee
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,aacfc218-e905-4cd0-be52-37fe97921820
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,b827ba84-d187-46f7-9189-01167fa987e8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,9d7eca4a-1e2b-4aa6-adb3-df809d801faa
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,408f0f3d-1063-4b0d-a835-f756838d04f2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,e9bb31b2-8b5b-4dd3-a64d-8101283afc11
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,58ccbbb4-9950-455f-9ed5-77d3ce719671
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,c5f7a354-d93e-4135-a82e-2e78a344f350
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,67a5971d-7539-45a5-9abd-043258bbd753
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,4f52373b-7b15-47e8-ad1c-6ae9fae64479
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,afe3dcaa-f310-4fc7-8bc0-2d172f21bf27
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,bee0af59-d11b-49e9-8c18-765acff4f7a9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,3b6d665e-1db5-4681-b306-8aad6bd673d7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2b45ad68-6ac1-42d1-b1b4-040a647a3ccc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,0ef4001a-f294-48b4-b06a-1dc765ec4c03
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,894d4efe-8069-4f6a-9640-cff1a1aa3e98
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,fffe10bd-1446-4dfc-a86a-a90ddac5cec2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,48201ce8-cf9f-46ee-a228-bf51a7695fc4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,4f529d49-1da9-4aef-90a0-f11ad744165f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2bc7f87e-14d4-4eb4-8ef8-87c1546c3b5e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,7b7cc8e8-095d-4c12-a394-931cc10b8f87
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,cdeac3e8-a940-40cf-bcf9-6a70ca0ffcfa
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,420325a3-e7c2-4364-be71-c0eeee624898
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,934c920c-af1e-4673-9284-ade32f5d44ba
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,f353d47c-9bbb-4953-8f07-3dc11e28725b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,b225ce99-0624-4e28-8ff8-2ae8a73923e8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,91b1398f-832c-45d9-8b75-354c06ae24cc
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,e0a7ff00-cd30-439c-b62c-ab9da7e0305e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,d1176616-b899-4348-991f-04b390970f46
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,18dfffec-254f-45f3-ab70-c9336ec8184d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,40fb20fb-7376-4243-aaf0-630313119c51
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,efc8f67f-17cd-412a-aef6-6bc361c349c2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,ff64e75b-3b9f-4000-a9e6-f09d76d4d5af
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,a2e79d0e-2153-4e28-82a7-62b2060a6bc7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,4d16a2a2-c9e1-48f3-95e8-3aaf4f0c033f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,7639058e-4976-4cf4-a03b-2f494e2ba28b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,1abe3217-f795-4002-87be-91cc26433d1c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,4e231ba6-ec4d-4b41-b3ea-ba5d3a521ff1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,8863fff9-3373-47f0-afab-1baa92ad8c14
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,f7f7acb7-3e99-40df-a7dc-0374618c69f5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,0119fa1e-0073-47a8-8892-5af6d26589f0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,90378fcd-a608-4b5b-b6b0-453c706cc523
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,3e052f55-810a-40c3-aa60-44eefd9ec851
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,418ee344-a872-4f3a-8269-7f81bc6be9e4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,e09a3907-cc48-4641-af16-a09ebe46c7a5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,dc2f0eec-a41b-49ea-8262-f13cf315fcd2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,3ed840ef-9752-4b32-9c1f-f8740a8937df
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,fab45148-6766-45c0-a435-bf963d8c5599
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,647dbdf3-d2c5-4879-8125-c0e911117a5a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,ac5d03c9-6c60-40fb-9eaa-72f00650d93c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,7943f475-a06b-48e2-b830-448325b5afbb
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,702b686e-7acf-4257-a6b5-3b4fccab6b55
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,8be0e272-b074-4db5-b9f3-3597d513b271
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,075a7c8b-93a3-4d3b-902f-079c34157b0f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,4ed09a42-c36b-40f1-9e26-004e7fed40b9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,ab3e0747-d475-46ca-a848-228e6f4cff7b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,ad6f4c53-700d-4479-b58c-eac5b180f0c2
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,ed872545-d5d0-458c-b903-2479e50d2d3e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,5f5f6a25-74cc-415b-bd8e-938f1c544b11
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,9afe7063-f868-4af2-980a-c12ef18710d4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,2da2b3b2-e9e7-49f8-ac44-dd2eaac43e70
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2a69c6ea-6e8d-460d-a9b1-c12072ef5211
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,d1f24eb6-2ad5-4912-864c-0a904326a24f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,76357c1f-8d0b-414c-af97-35ad24d64b17
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,06ada361-49d4-40a5-a09d-0a6f066fdf74
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,5a709fda-547d-44bc-8c81-149ab3a32b81
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,83c807ac-ba52-4573-8e01-cbefb3a40cea
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,0c01c1b2-2d5d-44e7-b300-f004e69236f6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,30b8d6b4-46b9-4a2b-87da-cabe322c9420
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,b5771c71-76bc-48c8-bbca-cb5896fd9512
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,2922f98f-5a16-4b4e-86af-cac3e5fe53f5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,d56bdd8a-06d5-466a-83f3-e56db2b8a0f7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,edb5a4f5-e847-406b-8f53-ffbc56f2fad5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,79d63751-bc9d-4eef-acb2-f40ad8c0b7c7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,65af1f36-6893-49a5-b426-580a84159325
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,007cb44a-a466-4ba3-8da6-5a008fdb5a59
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,aeeda7c8-11d4-4959-81be-760f47402be7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,528cc186-e9b4-45b1-8ac7-3e24ecbc30a0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,09bc9aed-1c5c-45a1-a959-95e18c0f9999
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,fuel_combustion_consumption,a0127ef8-c83c-4f67-9529-57f8bf9de1a4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,sampling_scaled_data,9b82cd57-6f66-4bf4-8542-2c0f443fba42
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,1575844.8,modeled_data,1bc1245a-36e1-4b68-be1f-a753da88ae62
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,e2ea855f-e01f-4540-bdd0-d044227138b6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,5a059897-2575-4a49-a1d4-8bf85774e558
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,c37e16fb-a06b-4b9f-b572-4389c7996421
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,5362841d-002d-4f02-9178-603a521e0afd
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,2d2a9434-0d52-4070-94ac-5e7f3a02a6af
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,9f4825e8-d4b3-4379-a644-04a2d204ae38
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,33c6ace9-4ec1-45a8-a5b9-514038ef3fe8
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,b0047820-87ed-462c-84cc-4297167fda54
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,784f40da-27ba-4e66-b773-4843d188bef4
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,4fcc2276-0e79-4470-883b-8ef7fcfab233
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,5cd520fb-935d-4e7a-a6ac-b5141af8ba72
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,4060d852-9d59-4fb4-8a5e-5a8eedaa1fb3
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,122a5caf-948d-4271-9a94-3aa4c7444bc6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,d7496854-c098-47a0-ad04-12b4897f0633
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,cd2949c8-349a-45c1-8273-436b26fb04b5
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,a3e6ae0e-3a96-4036-97f3-7dac92f6629f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,0daaecce-4619-47a4-9a75-16abbf481485
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,42eb3a57-5303-44d0-b3f2-0604b2432752
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,37fcd465-200f-425b-a42e-437c195f1e67
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,f94b4967-44ce-4239-a78e-2502a03fe71f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,5ae25da8-d0d6-430e-9005-057c97103f23
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,fb90cb37-6953-4cfe-a508-5de5a5ac5bbb
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,131072f6-9364-4452-973f-8f2285804b78
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,fe5b8744-a9d5-48e2-a1d3-e9f67293be99
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,e66a3e5d-33ac-4b6c-ba5a-79094e6fdcd0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,d5e6cc6d-f287-4133-8542-31828c9cf80c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,aa6e01a6-2950-4622-b2c8-f4272d341b75
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,f8de99ab-f508-4278-aa04-01f60fff256c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,49eb0d5f-db06-4f3d-92cb-01dea40f4f69
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,44e917f2-09a6-4c2f-b2f6-c6ea817e3d8e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,f5fd330b-4a3e-4e71-81f1-e2ebcc1f5d31
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,2512d7c4-af7e-4cbf-9fad-ae628bd09f03
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,8f7fcac1-565e-4cfd-aca1-6bdd97cb8c26
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,9eb6ead5-f964-422e-b39d-f0167d1bf65c
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,c26860a8-4465-4e98-a71a-750c59467cf3
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,6e772835-5ea8-48c1-b3a0-4349feb793f9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,6b2dcd44-8885-4816-96b5-b37101d81451
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,bf5e119a-e3b6-488a-9781-dda8e9e2408d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,b20253c0-f83c-400e-ae73-26a306b59ed6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,01693d5f-4b1c-4afb-a30d-07776221d3ca
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,a21d0870-103a-459f-b2f8-feea104b9e21
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,cd4e2246-0841-46e3-b7f3-97d1181aa011
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,c00e8e95-f5ef-4ae6-abb7-cccfee0bdd7d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,19e03393-0112-471f-95b6-abe9c1202c95
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,862d14dc-c5d6-4941-805a-bf58d424038d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,be72f1dc-885c-4abc-8f7f-763ce063c255
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,d335e24e-85df-46ee-b8fb-22b0f7abe535
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,2d3d9b76-817d-48f1-ba6f-662ffd2aa328
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,5dd04ca4-cd66-4dcb-af81-4f50be6f11a3
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,6b2a725a-c86a-45e8-91d6-d687c9b3dae5
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,1d7ea5b6-e987-466c-8afe-2c79369f3b02
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,fuel_combustion_consumption,a37ce3b3-d721-447e-8a5a-28076202e65d
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,sampling_scaled_data,5969e820-ec2d-4ac2-be29-d124353146b4
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,1880752.5,modeled_data,7d82aae4-6d06-42bc-98a1-5f02692207fc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,2d24e7d6-67ec-4976-8dd5-e36fad206233
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,7d319e08-aed7-4839-97c4-50876b935135
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,39efa16e-c566-498b-9cb5-89b31c9c48e5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,e66a28b0-2793-43db-ac80-25e799e20d4d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,d19b2979-0d83-42d1-8059-37b46bc7cc46
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,1b3c87e0-8b26-4a46-9549-7efe4b1f054c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,9c687033-e0ac-43d8-9e39-340932a8962b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,e517be8e-f20e-45e0-9fa7-6e398fa6a0c6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,22cbd7ea-6ebb-4afe-b811-8af9c4ddb16a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,7160d30f-bef0-4980-9316-72d47e7a4a67
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5a81b06d-99cc-4feb-b1cc-64749645a027
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,28f52ef6-c17a-4305-acb6-3b8329de2c08
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,76b48183-045c-40b0-a726-4640abde478b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,92ff80a7-817e-4e73-95de-f408252c42bf
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,5497dae0-57aa-4d45-8c09-4fb8f7d2aee9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,6d7e5f33-dfe5-4b07-9c92-7e24071ecd59
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,d08921c2-324f-4cba-9295-ca6703c96d07
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,332aadc0-3058-41d1-92c2-b5c660da90ec
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,37be55ed-ba94-4524-a87b-e49e5552a566
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,33d043f5-1a66-49ff-bb33-bdf9594cd572
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,212d7f99-4032-46a3-b51f-a64b6b7468c9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,e416efdd-7b49-4bdd-8589-843227c55733
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,8baa14e8-37d9-41c5-9757-af5d0547e20a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,17e9142b-466d-4c08-9fef-221fb9ca1930
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,f0efdda5-c687-4b34-ae62-b2b1cc7cedd5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,483deecd-5f7a-4102-8bfd-b1ff36d8b2db
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,addfc9bc-b876-41cc-883d-91dd517fa127
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,61f38be0-1429-4399-a3c7-b84b5b06baee
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,f872f60d-3a23-4de6-a8ee-0655f639a152
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,8d26c66d-34b9-48ed-a9f1-a3dc9cb06ba7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,b657e99c-b144-41ad-9e67-6cab848f6467
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,de475651-660c-4bdf-a9ef-d9d9c5da73b4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,9ede2fe8-4364-4313-9fc2-25090bd48a94
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,aba534eb-32c4-4810-82eb-b57d3170eb38
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,657d523b-bf96-4c3f-a7b7-7d8c96a204c6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,6880e68a-92ea-42b2-b75c-47051e3cef43
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,7b301fa8-1383-4eb9-b2e4-25f8b95dceed
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b964f24a-7d42-4012-a19d-b86b27426237
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c762d6d4-0f51-4272-85d0-5cd4c98c4bdb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,82730182-1a80-4ce1-a2cd-e704e8b4eb0e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b81c6a00-038d-4875-8794-f2a98bda1e4b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c11f57cc-0a33-4105-b6e3-63362dc13021
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,14719490-762f-4796-91e5-5946774bb15f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,3532c5f3-d761-4ec9-b52a-7701cb4729ed
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,424bafb7-54fa-4d36-9bb4-35c96a6dc2ff
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,5d31b5ab-4220-4b16-ae78-06da1d0c906a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5c309192-16c5-4322-bdf0-fe2ec3bf84aa
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,0ef21480-3e49-4458-9df5-c6687429dccf
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,553544e4-f1aa-4a8a-92dc-366248da26e6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5f3a97ef-688c-448d-bf6d-7b5b688dfbd3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,386af47b-b776-418f-8b86-65c9f16805f1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,35a7856d-dc2f-4b5d-ba1b-2b7186b8bde8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,a2191a41-7c45-4e09-b5d1-897ca3396b07
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,a7263723-d95f-46ec-9e34-80f741f6463f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,c0031671-b436-4752-a9ab-9659eb897ad9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,71baba9c-1de0-404b-8134-5690f27ae51a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,48902aad-16fe-432e-9618-f6014411c5b6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,831d67c0-3669-49db-b819-876b8a7e4d5f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,3da8c8aa-4492-46d0-93dd-d3ed8891cf72
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,3b7d5657-8663-43e1-a80c-392da339bbd1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,32cffa98-4e47-4ede-910f-48a64b270ce7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,cc251299-291a-42b9-9f9b-037b582711e3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,f75079aa-ed9c-4a6b-9703-854f0926735e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,1832fc39-39d9-4c45-a2f3-a5150fdc0e74
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,50a584f6-cb55-4887-bc6e-001149d252c9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,60b47f63-84a0-4e0a-91b0-010389a9a745
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,c1eda430-f89d-47d5-843d-9c898fffee97
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,c396795c-3b7f-43e9-996e-a0c6559a9aec
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c263ccf9-5ed2-4809-8f8d-c39555b308db
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,de344fdb-1f72-4f54-8f1e-37515fa7064d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,c94830b0-5f62-4adb-82ef-32eb37221d79
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,73bdabe2-fa1b-4271-98c9-94a6b8bc262d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,c39be696-bdc6-4bd8-a9c7-ce5be8819615
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,777e6a24-0b34-498a-a2df-8dfe67670310
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,3efce5d9-c38a-4dda-9a2d-1b996430fa59
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,80c6a5c1-9d93-49a2-8154-6ab64af7083a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,af783bfd-f168-4596-8589-8bf0ba2352a7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,2df472bd-2dfa-4ff7-a9ee-28a8cb003890
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,5fbcbae7-c5c8-409a-9805-5d3a26ddc391
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,5d17ef6e-d878-4e72-96cd-93f44ce3bb26
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,da76b2cb-d5ee-4c47-b591-e43e47a062d3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,360d1f64-aee5-401f-9c8a-72e01a16c643
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,3a534734-48b1-4642-93c6-ff774016130d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,43ea4a62-8736-4206-ad02-741680ebc185
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,fae78cd8-4e6a-44aa-b5d7-968e75892cfc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b6a584aa-ac29-4638-95fa-03480145262b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,e69ffa83-c318-4684-8853-c3e45e927bf3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,b519fe58-4e8c-4f3a-a15b-f33b62e414e9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,f034b033-845d-491a-94d4-c6a288b8f428
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,22fa2f56-467b-4d1e-b7cc-600391ef14d7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,83c073f2-d9e5-4058-989a-81ebe491fc1e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,6d78292f-24d9-4773-b036-0cb100450fb1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c7ef1933-af4c-4cb5-a117-eff05e478377
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,2860b0ef-7d58-43a0-8142-dfa4cdd9c16d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,709a9089-fdb1-4058-bfa3-892abad911b2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,6adc2e06-9461-4d7e-9bb6-2296768924f6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,f47890ed-35e4-43d7-af61-a60fb98ac2e5
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b410ef98-dce4-45a5-8e60-01e0065879d0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,76ef66d7-d19b-4f2c-9970-110e0708fd57
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,8ae39d62-3142-4eeb-9f94-ee058b8a374d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,9e3b838a-2bbb-4f03-ba63-dcdf11cbc01f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,6febc90f-84db-47c6-97ae-828b5824e447
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,49830a6e-4fc7-46a4-98dc-dacab1ae1ab7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,fb9c0401-49ca-432e-9bfd-09af3b842a7c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,568ce787-8c53-4b73-ba62-109990fbc701
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,fuel_combustion_consumption,bf7fb3f8-0c9a-4ee4-8a96-0381c2eef415
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,sampling_scaled_data,b1fb8180-1bdf-41a0-bc2b-f47f31bbc50d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,2282631.5,modeled_data,c3bcb5c9-1e1d-4532-a105-c730fc65ff21
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,55dce99b-c87f-4b5e-90f4-622e440b542b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,bc6d1992-918c-41bd-ae49-e1e8e49efdfd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,d9d084c0-82b3-4162-8f8d-35d544ef8407
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,858242cb-7453-47ae-905b-7c3e49afa12d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,2368da44-7da9-43ff-9565-3e7cdfbacfe5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,5f04b583-24da-451a-b9a7-2940cc26058b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,a2389ba7-5983-4435-8173-73349d49b87f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,bc018f13-5df0-4ab6-a418-f9f823e75310
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,3f13ef32-5483-4069-b17a-7eddc5570309
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,ce438958-d466-48c0-a545-8adef568f197
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,876270e7-677b-469c-9a4e-15fd15736913
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,d3fdb964-5686-4de9-8eb1-16a8dad3520e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,93e41285-0e1d-44b6-84d7-ff63ee23aeda
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,61d55ca0-808d-4626-a745-cfcf6794c596
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,649a0c6f-2a5b-4c50-880f-b27c87303c14
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,b7db4639-dc79-4d7c-89e4-885e76c0aba5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,5fd02354-d442-4b30-900a-bcf8d3e5b31b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,2de558f1-0007-41c0-abfa-f481afa47bde
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,060e1467-7d7f-4063-b1ed-c6f0f959a986
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,ac2a2714-8f0c-48ab-86c7-56fbeeb22d15
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,d805d8f4-2782-437a-b9fc-5133d6b2ee32
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,21b8b912-1361-4466-93b3-fe11b292b8f5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,0e29ba77-5e87-43c1-8b30-b07560a4b39f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,48b8677b-d7b8-4cec-bd0d-a19137269579
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,58846935-e037-47c7-a95b-776f8f6e40fa
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,9fed5908-ba7b-41fd-a5e0-8e4dcbcad9ad
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,5e39b8ec-83b4-4822-af2f-13779d8ba08b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,0435618b-57ce-470e-9bba-39b4734a4098
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,80cb456a-02e8-4941-8050-97f823a2a84a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,48a3f13d-c1f5-45ff-80f0-1e75d7e46e7a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,67503ae6-e3ca-4012-a8d8-f14b1f524131
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,a8cf78f1-cef8-4131-8e04-9355d6abdf41
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,0774502b-13ee-448a-a92a-eec1707b6d5e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,62010a6a-79d7-469f-8244-3bf6b0664538
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,64f5d6e8-b0c6-4889-8480-a89a3824815c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,1634e762-b7a5-4307-bfc3-0a429b8eee0c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4a900ac5-0fc1-4a25-b271-a3c2057839a2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,1e53d833-e73b-428c-87af-f3c2209c85f2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,289cd632-382e-43c1-b217-111fcb0a4115
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4fd030b2-574b-49f0-9ea1-051c784ab6a7
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,95af3275-43ba-491e-a615-5d059427673b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,0f6062df-6bd2-4329-8426-6ef11018afa0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,a80d344a-c139-4618-ab8a-80942031bce9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,326fa7dd-08a9-4ecd-a740-899d0e84f89a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,36835e40-5e7c-4f53-bf01-48e02aadfd7a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,74eebc81-c8f5-4378-909e-029b49eab6a5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,c42eae44-58d2-4715-8aca-588ab937f2e2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,e5547487-4c20-46ef-a808-ddbf71e50277
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,b123ccc4-69b9-4372-a43a-c7fa8f95e3c1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,bc088a2d-0882-4786-8679-dcb52c437b25
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,3e5794da-3534-483b-9229-87da0aa36707
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,a32d3f84-f7e9-40a8-92f1-61360b6835cd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,019c285d-7186-4dc8-abbf-472b9fa1c3e9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,b02770ee-81f4-4e47-a09c-688ede7a0000
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,6a062efc-164b-4a61-a425-58bb13e3c5df
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,463e24d9-ffb8-4135-9812-052291563fc8
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,7815f8d9-3c67-4193-83c4-eeece400194f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4ae9793b-f89c-45e9-a285-c2b71064b00b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,82d59b76-442c-45a4-96d3-75ef4a7b386e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,3fd7d70d-f75d-488f-8de2-afdb15b8ffc6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,230ba833-852c-403e-bb93-100436e5cf5c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,067a1bd2-4c2c-42d0-a0bd-3aac19672003
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,9b09fa20-2743-4879-a353-c42675c59085
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,953c951c-e289-45f4-93a9-4009ca37d82c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,8773b624-94e2-4292-8077-1583a1182f59
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,bfba62f3-4966-42aa-a3e4-ca933469afeb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,1cf562a2-3bd9-4df6-9181-f170b26da51d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,1ceb8ac3-0517-42f3-94ab-245b31f57680
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,1934d9b7-9e90-401f-a17e-ea800102648b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,c3d369ea-17fc-49a6-88e0-f64ec43f51f1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,558a96d2-ecc8-4466-bc80-7eb517e3d3eb
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,372b3173-3fd5-435d-ad23-9f87a241431d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,80255454-b369-425a-8b32-bded7af05d06
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,4d20108a-bf8c-45a2-b662-25d61643f1a3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,9b21cecf-5745-42b5-beb2-ddc5a22fbed4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,4fb9fe39-536a-4df0-bb3f-367aaed235e2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,a20700d3-ed22-4257-bddc-fc28297b7aa3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,4b447522-2527-4c2e-998e-86d8388108f5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,9ca19d7f-ba33-4db4-8e5b-159fb8560df1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,12693513-54aa-4c37-a3ac-10a564071ae9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,0f789f04-249f-48d4-905a-74716bd75452
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,635ababe-f183-49bc-94fa-f5ad14701e4f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,9596e7ea-4140-4211-b5cb-d235ff24c7c5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,35a08dff-a23b-4139-b5c6-1bf31a78ca82
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,87f8ed6f-17ac-4cdf-90b1-a7bd444d9fe0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,de0c3cdc-a680-4378-9d93-79bedcbf79c5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,a0ffbbc2-fc3c-4bd5-be3c-8b5e81a58db9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,fuel_combustion_consumption,dfe9ce0f-273b-4aba-b9a8-ebeaa9e1731e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,sampling_scaled_data,ed1a76a7-1d1f-430f-8551-1a107bffb68d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/kg,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2709267.0,modeled_data,85409f77-0d03-41b3-ab57-2b20f22f938e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,ea00754b-8b28-49e6-855f-01f3176e08aa
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,a48314fd-8024-430a-98d7-7e0ce8d7866a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,5359dab7-f235-4df9-8952-a0beb5184066
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,ba659d67-b241-4c42-88be-fbb5f846deed
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,1b0fc4b6-dd89-4b43-9faa-5668e5bc2a26
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,1e9b817b-e2ff-477d-afff-16199bc0aea0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,3df214ff-017a-438c-8f99-a9fd6e7df048
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,06c6fe02-4015-4a02-b897-d1028683c760
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,54992b29-2e60-4aa6-ba9f-45d33b753ab1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,f4283795-0cea-4d38-876e-696fa66254d5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,fb1927ff-3702-4e25-a428-dc28921f9387
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,51f5e936-b8e2-4a2d-9298-95be327f5c82
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,cb1636e1-eee4-4032-8909-f3e8cdbdf70a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2b3e0751-10b0-41d3-aa5e-24efec65670f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,c29f622a-25a1-4df7-aa7c-65396d55fceb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,e5e33f2f-fd7b-48d8-a2b5-ebd15c0d4401
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,82d53c1c-b243-4f16-a2e1-8ead537493b2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,91a740a0-0c5c-4155-b7a1-75e2426efbdc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,73d5d6c8-34a2-49b2-9f86-b89d825a0767
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,19bbb9f2-e62d-4030-8f53-768bfddfd5bd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,766f9abd-b84d-4802-8b0b-357e3ed48e9b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,1e9de46d-39b0-4a4b-9ed3-3d9e53defbd1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,7b32409d-b629-4573-8a5c-b5e531ef5858
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,fa29342c-7816-4afe-b3da-c82496da6595
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,1264092c-b667-4cfd-aab4-c91ad0c87167
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,7219f07c-7c37-491b-a95c-2de32476ea01
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,5618e3f8-65db-42b7-aca3-e4ee335945ce
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,14522756-e2d9-44a5-a880-7a58ff7ec3bd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,d54e696f-2aa6-4914-a0f8-2aed2ad94854
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,b7403c2b-b479-4e73-a326-9792e12218f0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,9d01bd7b-2845-4d7a-8055-821ef32d57f4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,0ec370e2-b6a7-4825-b90b-8d8bc5a88e10
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,55f51078-e0b7-4983-a0a2-570ef62bf0a0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,702ff121-3102-4727-a0e3-cddbe951caf5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,551bb5ec-d90f-4b6b-b517-4e5c4f31c374
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d322b8a5-c77b-478d-b95a-5ea08af23083
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,2b7d0d43-3db8-45bd-8c10-b7a9bbac2bc0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,8442ca89-a2e3-4fdd-94ff-475dc097b353
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,44a5d639-fb6a-4081-b8bd-6319fb02cf6b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,d2c08107-c04a-44fc-baf7-d1275f0017c9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2310f6cd-d93c-4c14-9895-57d3f7ddecb3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d1fc022f-52ed-40b9-b00e-4a42097b6755
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,070a2bcb-2772-457b-b464-7ee2681a8b8e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,0407043f-512f-4858-b4df-c378577b3d53
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d72a0406-cdba-4c0f-94f3-ebfa0f23378b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,302a6561-7150-4a0c-a0f4-d4404ec27406
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2991f595-958b-4a3d-b308-15d00e0cf28f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,d34c819d-bbbd-49c1-be8f-fd598305cf17
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,a3abea7f-3a75-40bd-8461-8794e73ecbfa
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,7c8220cf-f33e-4b38-a4b8-e044e9f2052c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,29cd594d-ab7a-4b64-a053-76d92ad08aac
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,38d89e5e-1487-490b-8ef8-dc381d006362
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2779b8ed-c81d-4386-89e0-af7368054273
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,c068cbb6-2222-4824-a96f-c332e7ac7e8e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,39888bb3-029b-436a-842d-f9e1895f54fc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,c02b314c-ca80-4e46-b378-d4d8e1f2db4d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,254a4734-1da4-4df8-b19b-bef92d3ca0da
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,2d936c4d-b530-4ca3-baea-654268972671
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,0b73075b-e137-4692-a050-80a12d07939b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,ccbb28f5-42a6-4fbb-bae4-00b5ab2d9391
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,62531cd3-22f0-438c-a61f-4ebf15c78fd5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,f8582a19-74b2-4baa-bc5e-bbd16e5a99bc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,5fc3b7f0-2ae4-4c76-93aa-4b9275c3f29f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,23bc725e-ca29-4b93-aafd-d70c695bd9df
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,fbec33c2-4673-4019-a43f-65635b254914
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,4b78700e-9026-4115-ba4b-73b67c33f780
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,56032124-7352-4474-acd0-349f00505f69
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,5a3a1444-9390-4390-a516-c88657720143
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,8c8b6f64-f300-45d1-b2fd-2c84f21b3305
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,df5a3705-2227-45b8-a28c-cfbc69b667d3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,ee2932bc-69cf-4b22-95cc-76cf846816f9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,de05171c-6c75-4831-b757-965ccca86a11
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,3f357d16-e158-4a9c-b5a8-bbcf130bdb43
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,cedf8197-6c36-4624-9c66-9fb3433f166c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,a6f5796a-b474-4166-a522-bca74d7b879c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,c93a8a2a-e8f9-482e-af2f-a5fd57faffcc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,ca592d65-bdcf-45b0-a052-de8e862ae1ab
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,cc2b4205-7ed7-4a9e-b42b-1a76845ac528
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,184b00c8-7ff5-4f40-af35-657bba4ff612
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,e97c0090-ea72-46ae-9ff1-a80e6d148ff1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,379d36f8-1b6b-43d1-a7ca-3feaa7bfc58b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,62d440d8-bf7a-464c-8b39-661bceaa7987
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,8d59badc-11c9-4ad8-9b8c-37e5f18f6b2a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,6dce58f9-36c2-420a-8c48-5873252e593b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,8e2c6675-927b-4067-b5d1-e3f96b2c9f36
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,2eb4235a-fd0b-45b8-b0b5-af6d19dc02c8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,9c47e70f-65c2-47f8-b346-b671bcc3f6cd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,fuel_combustion_consumption,49a59548-6cf8-44bb-b8b0-84981b8ca99f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,sampling_scaled_data,fb2e93b9-834f-4776-827c-9f236f9fed32
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2.7346251392,modeled_data,876688a8-b93b-41e8-84ae-b9cd847295d3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,30a409b7-9ae5-4450-baeb-bab80c5ff961
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,fdbfb6e4-0e93-40b7-9567-9a491fd26a37
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,0adb3938-23cb-4ee7-b56d-ebe6bf72de74
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,310922ac-1e99-44b0-b275-7f393b9c3c2e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,2282940a-1f24-4fb5-8df1-0c2479c67ee5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,b08fc351-a0c6-4ea2-a4f0-6d263240938b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,66c5f009-e7bb-4409-8caa-56fd34231725
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,2f495330-aa9f-4d4f-899e-85f25e1dc652
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,2034101c-ed23-4863-9cb6-6f572f433f14
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,615e0230-51e5-4acc-a8dc-372cf38aee23
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,35a891d7-4862-458c-85f0-b333a8c1f422
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,36d69e34-9e61-4ee3-853b-20d8a7ee2964
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,dcda00d9-dc78-4a05-95bf-829dadab6d38
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,007583e0-1763-4c3a-b54b-aa65f6e828b5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,909c8f08-9525-4b4d-9a50-afdff07a3ca9
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,723d8e46-0a9d-4558-8812-b2b5cb9bc579
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,9f879baa-9490-44c4-bf65-c8d6020d86e0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,5911b154-423c-42f2-b634-b5998bee27ca
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,90296d25-a5cc-467f-b656-0f14c44d5b67
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,91e6ccb4-cca5-4639-a995-991e0b79deb3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,92f0c0f1-091e-4d52-b090-cca726f73344
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,862df064-ed23-42c4-99d8-7c588a40196d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,468d34b1-0fc7-4cd0-9871-a22aba83f7ba
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,386cdb5d-1719-4c80-83fd-495d408a9423
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,35ab00ea-c21c-43a1-9974-0b750d780adc
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,c58d732e-c699-4a3f-a718-61033799f64f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,ae26df66-d6f4-4748-bb59-e6ff53dcaf53
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,8735a4ee-2503-4229-a46a-6003f80f837e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,350b9ce2-0d47-4a8a-ace9-ed28692a716e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,864b6b48-31bc-4e95-bf58-c28403dc679b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,76210adb-aabd-4229-b8d2-94148b14f666
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,31fd105d-bf36-4ddf-9556-6a342cf73742
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,2b91de59-8be8-430d-bb78-414e2819e825
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,cf6e5b75-cc45-4235-ba6f-ca5cd97a3c37
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,b2c57666-f91a-41ad-bbd7-0a16ebbb47c0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,93427415-7271-45ef-920d-ee77d9c670db
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,60887d25-d853-4aff-af03-b64266ff59d0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,24ca3eba-719f-4977-a185-751dd0faee03
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,c215c75d-dcc3-415c-b6d3-4345a7af85d2
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,8c7196b9-8c48-4869-91d4-f8dd700c1017
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,abdca644-62f2-4d60-8197-161938a049cd
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,d600afb8-89af-4172-b98c-f3e8a637089e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,49ef7264-07a2-4bca-a992-ecbdb5db25c8
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,8523e7d3-eea2-4ee7-a01e-abd6720ce3a8
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,202a883d-6ff7-498f-82d3-0282c6de872d
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,e20963ff-9975-4988-9daa-a8f25ba7faad
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,8aac3a49-cbba-40b0-b701-6b58cf84f999
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,06b606dd-0a39-4ec4-bf24-f9dfc89ad799
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,704a9d82-c854-405f-8153-e3cf2f1a78c3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,84535ac2-2926-47eb-9e25-a4439c7603bc
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,65828636-3935-4804-84ee-017a162ef2d7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,fuel_combustion_consumption,e2434c58-b230-4f10-812c-a0a72476bbc3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,sampling_scaled_data,baa6617e-87e6-4cee-af65-886cea3e8da0
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,2.7750216132,modeled_data,201ecf89-720e-46ed-b02f-64b9434ddeee
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,59b3cc04-868a-4e68-8e7d-6986840508f1
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,a76a3386-e1ad-48d4-9395-5a8ea0767f4f
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,81a6763f-7013-4ad1-96b0-1e33ce42aa85
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,85ece4f7-aa36-436e-af0e-4b8d76dd1875
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,72798e38-f3ad-45e7-b20b-6ef198f6c207
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,d7fcdc8f-824e-4e96-a19e-ba20607ec563
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,1a7bf9ff-23e3-441e-87d7-f6306221f6a4
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,808c1dd0-20db-44f3-8c6a-b20a61d694c0
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,8988cd7c-72e2-423d-b83b-4b396ae2388a
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,3104152d-7826-460b-92ab-e5f762e982e4
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,3cef8d3d-8ae1-41a3-aeb0-9e60da3d65b8
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,b83c537f-c178-4bd5-bf6e-a149342f6582
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,b3c2cc44-82bb-48a5-80c5-bf5b01c29c39
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,feef94fd-29d1-482e-89a7-09f55682eafa
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,c5053a6d-eccf-428b-8a5e-e656824268f3
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,fuel_combustion_consumption,16b9bc0c-a7b5-4a7d-9914-97b7982ea1b4
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,sampling_scaled_data,22b45832-6cc0-41fe-a0a5-ff9ba0e11207
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,3.0711766346,modeled_data,88f27588-c654-4c94-a02f-d4273fcbac83
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,7b5b8e9c-8f26-4c01-b6ec-6f2d4ba07394
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,b8c27d7e-6632-46de-b8e9-1b1935cd742f
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,4b60e203-7b06-4716-84e6-d31223739d3b
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,afd66c18-c0c5-4cd8-b07b-049319d9d8e4
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,bd4d98e4-4c74-4b0c-a585-74c381f18116
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,0f28360c-e3ff-479e-9bea-cea57cf0fb33
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,c8ee40aa-a427-43f4-ad0b-9fcb62830f92
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,4e6509c7-22e5-4ee4-b2f2-6ca2f0d88b3c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,1626e50a-9992-4b24-9284-1a68543fd7b7
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,a45ae8c8-dd8f-4c08-8060-e97dda1bbf10
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,2a9f6029-c5cd-452a-a751-220e245da798
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,a5110ec8-a245-4e5a-a135-de50404c91f6
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,7e90642c-4167-486d-8609-896ff6999348
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,94409e22-c741-4abe-b3a8-d865a085395c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,8e00c930-7202-4900-b6a6-101b39f7d0b8
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,fuel_combustion_consumption,77c8a35c-65b0-4a13-92b3-42b06f79146b
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,sampling_scaled_data,63bcf21d-91ea-4330-98a3-494f5b839bf1
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,3.2666930667000003,modeled_data,d91b6bc5-07fe-4991-af2f-0481fa5137ed
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,6daa8783-6673-4aa8-9048-a1cdc660f944
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,6474bf3b-c98f-4249-80cc-1953e2446aa8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,dbb21032-2d33-4d36-bf06-c312a99746f2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,19f645b1-04fe-40d0-94ee-8650285783ab
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,f01d792b-cff2-476a-9861-6f96e90a9fde
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,32ddd8fc-8846-44bd-b1c6-5aeb42b65531
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,448580b0-c487-4559-b62a-0d84c5861c0c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,d7476f9e-36fe-496c-bb87-0db28c9abcfe
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,63fc3518-89e3-4b82-bd92-2063c09946f7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,6c07f53f-f295-47e6-a6e8-d7eb71aca5ca
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,107a965b-88e9-493d-9118-dad41486be75
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,9cb67475-4300-4f81-848e-c4b806931669
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,862277cb-1782-4853-a670-6aa9a0a3fca6
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,98c3f39a-7213-45ea-b64a-2d3eec39196e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,7b1598cd-d7d0-450c-9be5-d41767bae1aa
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,303e4445-4df8-40bc-bdb8-46d37179a9c1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,7d533a4d-cbf9-466c-8eee-17f4cf9db01f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,1f7c488c-60e7-4d0e-b394-f564bdf6e915
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,4f2031e1-ab5c-4b5b-a66a-059553f53465
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,3893bfb1-1c60-47d0-ad87-bcbf8c7e9304
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,9b81514b-44a5-4a08-a971-7fc273026fd8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,df495906-f164-4a44-9db9-82c18db7c743
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,6d8f001d-ae23-4725-8f9f-113797c0c6db
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,66789d4f-a6fe-4187-93b4-802f91ac3740
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,9d8188f2-54ac-44ad-a706-3732ce2fa983
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,5cad5b12-4644-4049-adef-ec4ca6bab2a1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,f6f1e901-9dd0-4f52-aa3f-50d7ef0c37a2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,f11dd502-e7a0-43f4-94dd-620dc7773d12
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,1aa2ab21-6f4c-4279-b1dd-6832ac775101
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,8629dd08-ed28-45cb-9ccd-6da999b102e6
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,02604e77-91cc-4bb7-a675-0c305bf73355
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,6021b542-763b-4eab-a6ea-bd52987fe650
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,0f99c1cc-274a-4a11-b503-5a8a1e6e7d86
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,9ddf20c0-601c-462e-ad4a-e26e5d8114bf
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,8e25368e-6520-4444-a402-bcbc32886624
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,2ec1b514-e729-4e82-8dfd-4c876c27c1ce
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,38b3a8cf-3f41-4591-9ffb-adf6d28f42cd
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,f7f930b8-4bc1-49a8-a4cf-04775d53b305
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,36021831-0524-43b4-bbe0-fc17a9fb78a7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,0fff5544-182c-4210-8624-2e8dd3ccd47c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,51e954db-08bd-4ef4-9b1d-dd5e67f26ea0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,c9616b7d-baf8-4b0d-9b98-60bfd45828af
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,153a7ee2-22f1-494a-8661-3c682c717c84
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,4888e465-7537-4e56-bfa1-5143f4d668b6
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,fdbf7b02-2c29-4c26-b949-81fb76c05132
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,ee1b1af4-1538-463f-8fb2-0bc918b759a2
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,062d836e-a0a1-4e24-bb8e-ac56cc3107cc
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,8893d17b-2309-4d4f-a53e-51d040a58b64
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,942a0014-3bbc-429c-be6b-d51440b5bb5a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,2a29718e-e8c7-44e6-9a44-841c382f9c4d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,929af3d1-5189-4b0c-85ae-b014e86df731
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,fuel_combustion_consumption,49a79e0d-e739-423d-81b0-901921e6bf46
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,sampling_scaled_data,0ab076bf-9c0a-4f09-8d74-c59250459753
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,3.1451735462,modeled_data,26c4ea04-2f4b-4d6c-bbb9-d13b053eea43
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,c0830f22-7219-45c5-aaf0-2994814eec94
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,47aa22e8-d669-43cf-bf15-0a166a9a13f1
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,75b6d9e7-ed82-4eac-b1b3-e64799d1c37b
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,1c945bb1-ef54-4703-ba9f-c8937fe1250d
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,629c4008-bc1d-402d-adb6-b9db204b5871
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,e7ccaff3-5bbd-4174-a63b-89e020bf6445
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,1d16780f-0a1a-4b7c-b8d8-b4ac161d60ea
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,6648edb0-4dbf-4ab1-aba9-e781c313f0ea
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,95f0d7e6-c494-45a8-8882-8681d260d21b
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,b8c85fc0-7df8-4076-93f8-6e04996d560f
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,fffed7c0-b6a1-4897-a467-9211a531fd88
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,777444c7-ae6e-4bcd-a6a5-d600211642b1
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,ee9de6d2-f8b7-4215-9b48-51ec7fe2d661
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,20aa0f33-67f8-4af7-93e3-cfff050d5c59
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,2d45d6fb-cbbf-48b9-9448-34193abad062
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,fuel_combustion_consumption,cf7f04f5-8ed5-4b01-a89b-539e466ba27d
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,sampling_scaled_data,f07b3a5e-1958-4529-9829-bb134ab4d1ad
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,3.203345691,modeled_data,2ffb1a37-af33-43b4-bee8-3d82785e3f3d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,cf8e0db1-40c5-45ee-b351-6d6c911812d0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,e8ee5731-4b02-4661-8489-0b0dd9a43cac
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,62a04110-4b78-45c5-9729-4ce1f08e1056
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5d604cca-9fcb-4461-9799-de7095cdbe78
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,1e87a47f-8cdf-44f5-90cc-8a315e06e0b8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c7be6268-5dfd-4c1d-9b44-68c4ed867efd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,1de58f15-ec52-42be-8781-28f9702ddb94
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,11e3cf81-3f27-4d40-a6e7-742cafcf9778
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c437150a-834d-4855-88c0-b143d87963f0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,145bb0a1-3897-4893-b99f-f9de178b5709
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,596774e0-d49c-47fb-9693-e1c57c3c427f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,6746bd24-345d-4e22-8844-3300659df77c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,d97f4e7c-0942-4642-8e4d-1f0930c18f43
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,c96c97ed-03ca-485d-a41a-6e24f5f4390c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,7cf07a2a-0e78-4c7a-9700-318b0cdd092c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,4b5fafdc-2f27-4411-99ce-84718ac21b8a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,820ced97-2e23-40cb-b3d5-6d498c208d32
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c6d88361-8449-4d52-ad2a-08e33a005052
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,79c91429-b4b8-4c59-b843-882a9af28114
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,d5450e0d-c875-4235-90e5-ddf0822a755d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,4f3fc65f-7d0b-4251-a1f1-fe47a6e45f5c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,eec2363a-a6c6-404a-8f52-c4617ddf38fa
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,b29bc180-a57b-4181-b4b4-fe5808503d90
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,d316b6db-9356-45c0-ad29-e103a33ac008
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5cc916d8-e624-4512-9b29-87128fef49ef
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,62ab098b-9f55-41e5-84f2-c86ea7ab70ca
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,26c19615-5bbc-48d4-b1ee-59ba6b95c23d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,454f668e-15f9-464c-997d-5b72d418261c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,4cc35467-099d-4c8b-8bef-bb9cdf3d169c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,e301feb8-d430-4d0a-86c0-4bac10485bc1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5a74b74a-5a81-41d8-a7c3-443481e99e1e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,9ccc4622-79f8-475f-bbea-e67e66ccbdf1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,c6234cbc-7702-443a-b24e-4e612be9c95d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,4e46fb65-0484-42e4-ad69-9b1dbb1c4f54
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,6a35f6a7-3981-4ffd-b603-34b9100220b3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,8763ea71-8523-426a-8d55-64bee0a54a1a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,5221809f-6195-41ce-9b95-7dcedae5f1e0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,ec8dafe2-0bf5-4163-b835-9028e8fff958
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,02b1fe00-ceb3-488b-a3fb-b6b0d48a9325
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,2af1af9e-c988-4d9e-88b4-a9c494b305c8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,5241ce80-9c8e-40d0-ae49-89689d2e609d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,2e72bce2-9f61-4cea-825b-ceb67b5cba77
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,9b47b9eb-802d-4857-ada9-9350bf7da9af
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,59155481-ebc5-4f7c-907c-9d64c26bde00
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,00f309be-c675-48ff-b380-4556bfdc8ff9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,626a3faa-bf9f-4ac9-94a8-455738c81097
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,ca76cb09-af7b-489e-9c1c-20dbab898e5a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,ab59b27a-99a9-43fe-90d7-31469e7b2be6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,66416734-f23c-4d00-985f-9e7ae35f2628
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,0917b432-72c4-4ca0-983a-4eaebcef13c6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,6ffc2007-ea7a-4d2f-8cc2-554c85056bae
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,bf15d90b-da62-482b-aff9-96be381e409e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,e33ad5bc-5bcf-4139-9f8a-8424c4b5ba9a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,53df8c4f-a085-4d33-bc84-be7cfbe9b25b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,bed8a7ac-df77-424e-be50-bd9ac87e0c4c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,eb7cd325-fac4-4f81-9ea6-63f4d6276151
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,fe03d1b9-a9df-4cf8-9bc1-888a22af3081
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,7f68040d-c090-4e89-9293-e0b3973e2cd0
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,dfb47ad5-1fe7-4f39-a316-d1299e5fe317
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,35013d66-7437-4344-838e-7afd7adff11c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,3b2e0796-9c04-41c9-966c-1acd0c917787
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,59fa9a5a-931b-433b-b9cc-29558da065a4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,8ef7ea3d-bca8-4572-b493-c3d33b6cd7a7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,db7fefc2-edeb-4747-b403-ac2b6cc0fb19
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,f528c55c-04c4-4747-bb8b-fdc5496e25de
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,07463e84-32e3-4e65-b0f2-2f3379fb9f52
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,c5c585af-8a89-4af9-908e-5d71b784fe93
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,e67291fd-9040-4bc7-b6fc-59035eb7299d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,51fc898c-6d3d-465e-8fae-ccbca0d740f1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,3cf35631-0aba-4572-a422-cb2ed8d38fa8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,7bcc472f-4018-46e2-8971-0ff25eba96dd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,594fe870-7182-475c-b3a2-c1b52085a8cc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,b7bb4d98-4a03-47ca-8c34-e9a2decb4fb4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,680c5cc4-bc79-4aa5-b15c-d17a3de69603
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,0220066b-8413-4352-858d-96ca23dde933
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,9b4fa583-1221-4bbc-bd85-4b6307c74770
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,d15c8e49-4fe9-4c61-a2b7-9ee97da4fa84
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,d6c0fcca-9a19-4499-8cc6-80cedbd1dbc8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,48900d17-7fa8-4fa4-94da-3dd700c2f7fa
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,615a0eb2-c3dd-4cc8-b498-89ce0a39a27c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,5f74b753-1d10-4c02-a278-d6020c8cab33
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,29dcf19f-57e1-478c-9326-d16401e537af
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,543ce062-d53b-4d96-96ff-45e39d68287b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,13b893d3-d121-40a5-9f98-bc6a7f2c4866
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,681b3e09-938f-4043-a4da-b3d7c68baee9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,34e33429-9f07-4f4c-abba-b497978be035
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,4e82d1d2-27ba-4c30-816d-1fe0470af43e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,fuel_combustion_consumption,15434395-6e2e-4aba-80a0-532ef74c4162
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,sampling_scaled_data,92887582-d4db-4fb1-9afc-d055bd26f7c3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.6995121682,modeled_data,7a4c10f6-9325-4318-ab80-914c3e4142af
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,fuel_combustion_consumption,6cd90469-5d00-433c-bc5b-caef57bdbc2f
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,sampling_scaled_data,06dddcac-30ca-49b6-9fa5-ad94768b34bb
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.6560869468,modeled_data,26a60f29-12f6-4027-89ab-747c9c4f2ebb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,388c10a7-0342-4b11-b08d-d0e99f50dade
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,e86a46bb-f809-42a1-9a7d-d40b95f7e891
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,fdbc0105-b076-4f1d-9c19-63c1ab608a9b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,af3ae528-49bf-49e5-8310-08683781fad3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,67ad0520-6be0-42bd-bddb-20fb92dd971b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,521bd8b0-57d0-418e-b195-fb2b75e01baf
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,a12eae64-e215-4653-9cb1-0e112fdd2f1a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,15080b31-5c20-4300-824d-d3d7eddaa1ea
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,db0e9c2a-9d94-48c7-97cb-93cb76cfadcc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,374ad5a7-707d-4732-9810-82ec45d99b85
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,de66466d-aaba-4eb0-a85b-0932cc9d4fdd
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,3f75eab5-cbe1-4941-83f9-d0ba9f02e5fc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,586733b1-6255-4112-9abb-096fefc2088a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,1514fbb6-a888-4923-95f9-af309cde1fb6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,a03c7edb-aa53-420d-aea3-1405ccdfcae3
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,771bba36-0e83-4627-b1d2-56cd5c0b4cb2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,847593cc-1e62-40b6-92d9-a7906e98363b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,e226917d-0125-4aa6-af16-9b44a692ec9c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,8d8bcfb4-747d-40e7-8e27-9b5d4efd93e5
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,49984dc0-e030-423b-96a7-5d85c541e66f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,5075e7d6-f055-4ced-befe-0b795456f7eb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,d8812347-e02b-4d6a-9cd2-1a323f17ed0d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,40f03290-f551-4300-a8e4-776211f397e4
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,9d3c87c3-a7bd-405c-a7fd-63deea7046ae
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,9f8f75ec-68bb-4821-b120-45d4887e2cd7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,fd33cfda-4726-43e7-b537-f07f6ac7df00
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,535e5649-ae13-411f-a43c-a0f359d4de37
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,757bccb3-d1ee-46d7-91c6-6865a55c7d78
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,4c2dfa42-719f-4352-813a-2f94936f005e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,3aac7917-eae3-4375-ba4c-7870e8cca4c2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,b244a946-e859-4c1c-a244-4b4ec108dadb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,2ad520ed-2029-4d32-abd7-c2c6e2fb20c7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,37c76ba1-2ad0-47dc-b28a-c2e3a5f1240e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,a9b61456-18c5-4bea-bbb7-344a58b3dbbb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,f4104e61-b176-4a2b-b4d0-e3d4644c4661
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,8bfc61b7-0586-417d-9087-2d8bed0c718a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,7359fa85-e272-44d3-9e3c-92744876e5e0
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,a8bc770d-3213-4271-a920-fdf55d16be72
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,83e2ce02-c913-4d81-b8a6-27f984725273
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,6c5a2658-7897-4a7a-99b1-03a144ec5cb7
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,4e9d508e-03c4-4324-a975-376dbf0324cb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,aeccea26-1dff-4d37-b019-d5673e735455
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,a5eccde1-5c77-4255-91f5-2843e8a092fa
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,cb3f7b10-82d9-4dd2-931a-ec3c10ec173d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,9b916691-cb94-4bb8-9578-00c7e624a8f6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,01f27e36-d8c8-4792-81b7-7678cfc95a82
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,5ea5d343-5b29-4aa6-be22-913a50118a71
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,be5430e4-d734-457c-ace6-697b55ab4333
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,0d66567f-2676-46d8-82d5-1ab762205c73
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,b810b004-bc49-46dd-88ec-88ea322b3b61
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,b2d44ebb-d2d3-488f-a218-ca553999f06a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,fuel_combustion_consumption,0b5e33ca-9685-4908-85e5-e8356c0dc481
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,sampling_scaled_data,f1bed798-5143-42a8-89d3-119c3f4a574d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/kg,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,3.0042266639999995,modeled_data,2289d901-6df0-48d4-bd7e-eb889f49de6e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,948d0211-40d9-4b10-8dce-708b335e1d9a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,806331ca-0c52-4299-b470-d28ef63c0a76
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,d63fe809-fc4a-419f-b4ab-3152017c2494
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,deb8c506-b3e5-4187-9210-e8108ce364a4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,bab6d088-273c-47eb-acdd-e6502af08122
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,0ceaa173-e0cb-4544-b9e1-d09aab6d0659
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,46b78381-c8da-4a8c-aa45-550873fbf48e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,0f98886d-bf8f-4541-9639-49b475f1a03d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,87b3ee83-d6d9-446d-ac68-6a150d7a3445
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,a7bc7218-fab0-4663-928d-78135635f86c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,cc1fa802-0aa5-4adf-b719-b3de6e525c07
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,c0dac2c9-4c78-492b-9164-fcb6ac157169
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,a3a59686-9203-40f5-b1db-971b9e9b0305
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,f5f36dc7-dd6f-4789-8f2d-b4b418577ab0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,f781a895-fd5b-423d-9175-d2d5dccb0875
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,fuel_combustion_consumption,06fbe7ba-8dbe-4bf1-9229-fc117b6dc1d6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,sampling_scaled_data,9b8a0c41-e173-4f13-b1a3-366d983d4fcb
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025291639999999995,modeled_data,183eec0a-b569-4d04-9931-865fbebf2d7b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,560f9fef-6b64-4f7b-a7ba-1ffbcd81ee45
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,493a04bb-cee5-493d-9aa6-d0a0dfafa3f4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,6ee1269b-6a9f-4920-b806-58345620f9c1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,62aff1ec-9169-4914-9487-eb19dee8d8ea
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,b9f1b806-0273-4061-b506-4ae1d6723ea1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,40b0a2f9-becf-4e3a-aaed-f9f80cb9c844
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,21121508-fe4b-41f9-9636-ab01574a841c
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,fa1e595c-4b5e-46b8-918a-e7572b2bb24f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,6a9f2fbb-4682-48ce-b693-423748c80187
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,0127bad3-01a2-46c3-be15-d5b8a4726254
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,6108277b-2296-409d-9d93-e01746574003
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,cf8d6003-29d2-436b-a370-480e7ba850cb
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,42eb9fb4-1c7f-45fe-b953-0cc55465a2de
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,7a9ac5b4-9204-4792-b1dd-9aedfcdaf95f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,4a684809-95ca-4641-82cd-24b4d4fabeb9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,fuel_combustion_consumption,3c2326a8-b150-41f6-a8aa-23e4ca5328ee
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,sampling_scaled_data,593dc351-8387-4f20-9028-db634650d98e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.1686236,modeled_data,15f385e6-c5ac-41a9-8a70-fc290f5a5a7e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,14196b54-c73b-4412-90c2-79bbaa95029d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,5a562775-38b4-4b23-bc93-77243143928a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,1ba13727-e748-45a6-9862-26ce37f81c5a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,c7870f3e-87b1-47dd-aa1e-09740ee1a4e8
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,5f4819e7-cfd6-4a1f-9b5a-69bad9c171c6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,f01e0582-21fb-4057-864c-462b7e653bb0
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,afe63e6b-2161-4925-9bec-8206bd7cdb71
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,effa20a7-9a6a-4e6f-a629-67d1d4e2d8d4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,eff604c3-9bef-4afa-a9be-c9365c5cf80a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,4d7a982b-b21e-429f-a340-2cc4a175d136
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,b80f18f6-2479-4ae1-a37e-59f429330ce4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,29b61f26-16c2-4393-9d06-8a4f5c66cc27
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,49f40f2a-907d-450d-9e0b-dcdc48789cf6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,6115344c-f2bb-414c-ae82-e8f5805a4b59
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,98256883-641f-4500-abea-9b524a79a7cc
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,fuel_combustion_consumption,714f2d3c-b723-4bf3-8fe0-50da2ef0246a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,sampling_scaled_data,c6814b62-a32c-43e0-8305-cfc12d334ca9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.5955321333333337,modeled_data,774ac442-adc8-4874-9dbb-af645ab79d25
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,8f0d5049-3e78-4452-b3bb-7350662b28f1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,0ef2603c-d29d-43d3-90f9-fe2f237f9090
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,4f169037-8fa1-4254-a386-59cacac1101e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,69ecaebc-8019-442f-99b6-244c0acd6974
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,721a51b3-b98a-4c02-b814-33c09bc7fd33
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,6fcdaa2a-fe60-46ab-895c-f60b61c8df7d
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,4672c750-bdec-427d-8d0a-eda5fcce6d07
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,939bc674-c64a-40c7-bc1b-62476b5e029a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,fb8d2833-9a0c-41df-8dfd-c000b9092807
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,28d1fc50-cdb5-41cc-a20a-d378549bf771
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,ad705d9b-37f7-4b42-8b5e-a9a45f78a1c3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,fc7db3b1-641c-4d34-a478-d70bf5e6b7cb
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,f2fdb96c-f36f-4f07-b864-c58999b6505f
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,68a8ff53-6c4c-4fc3-ad63-0a0707118a2a
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,14ab9318-5613-46e8-a3c1-25a1b1e31951
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,fuel_combustion_consumption,ad3990c4-13ad-4b6a-beae-8df348a2e36e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,sampling_scaled_data,a84224e9-48a5-4d80-a747-f7bd141d0d22
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.00255607,modeled_data,062d86d2-7ae7-4a45-858e-686dda7cf7e5
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,afbccde0-7674-471e-9943-a8d9554780d6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,4d7c4d54-c0fe-465e-9cf3-eb81a810751b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,6d3ff353-d595-40c3-853a-70775e99fff2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,c4e5e377-34b0-48af-ac5e-265845bca21a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,e877867f-d726-4a05-b99a-d6c9fbfdf7a8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,20818bf7-ee51-448e-be17-f6cac7364593
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,694cf85e-a0c2-49f8-852e-77a2ba6f9030
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,caf230e0-41a7-4ab4-98e1-c9fec75a5468
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,b1f40030-dc6a-4757-8a26-a6d7cd93e3c9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,ce369b35-e81a-4af1-a492-9d6a4fe00caa
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,2e2799de-c569-4422-9a89-e1993e90160e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,ccbe0e2e-35ef-43d6-9e7e-da5ac255ec92
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,1a947c85-cbb3-4897-952a-2432b18744dd
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,ba7fdb20-96c1-4206-a924-b17ce5692c0b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,23c4b453-4c93-48f9-8124-30d05d49a6f6
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,fuel_combustion_consumption,910ddb9a-c5fd-4d28-bafa-55f83c9c3986
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,sampling_scaled_data,240507c7-c486-4841-841a-b483621e2920
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,0.0025943059999999993,modeled_data,abdcdee6-2983-4134-9ea6-fdf01161b758
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,07697359-e150-4149-b01a-68d70da01930
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,d6fd0e81-bf95-4c44-a7b4-8e40ad55a45b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,252a9e17-4385-43ec-ba35-057971a7ce1a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,12532d65-1152-4c88-bfe3-3d3d452519f2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,c96ff948-0326-4ca8-8c3b-964f43f03380
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,29799f16-641c-4571-bdf7-092fd3b2df27
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,04900a57-ab00-4374-b39d-fb47141f5ef7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,3f9d35d8-a01c-46a2-a678-f4f788642e80
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,64b849e0-afbc-4951-9b65-5958ef97788b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,c3312dec-1942-4ce4-9afc-88fc66c2ceb8
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,095ed4d7-756d-4906-a896-5112ecc49d14
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,84a7e647-d78a-4cd5-9448-0fde3bb6433f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,26d445a2-0507-4476-943d-f6b7584cd4e2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,d9ae8db4-9380-4405-afb8-a3c9bd459230
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,9343e828-2eb5-4c1a-81ce-42997f732971
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,fuel_combustion_consumption,a325f350-57a2-464c-9b40-e287c1b8f666
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,sampling_scaled_data,807356ac-f536-4aa8-b2df-e97eb0cc11e0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,24.18,TJ/kt,2.2244794,modeled_data,43a06141-5848-464a-b234-137e45513adb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,a7ded315-1fb6-491c-824e-5c43ada78195
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,b125423e-4353-41ef-8614-80aa1985848a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,0f89eb20-f5d8-4c9b-9158-780187e26eae
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,84573ba7-a798-4e5f-9df2-f52ff43cc58c
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,10f54a8d-d66c-43e1-9e1d-377c02c2d77a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,f477c6ae-c803-4e0f-966f-0dbb58dc5b77
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,1d02c082-2b67-44ca-9958-877c7bd6363d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,cbbfa943-0059-4bd3-bf69-c1330e83d2c2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,776d8e37-ca61-4862-a3c7-89ce7a39d10d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,1ea29922-31fc-4002-9e54-3990cf55ec2e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,5bfc3e26-6e3a-417d-9c3d-a90459890e79
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,1516e6f6-7a09-41a8-b342-a27249f68902
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,5abd26ed-afdb-4e79-a62a-d49e5f8e0d73
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,8b00e48d-eedf-4b23-8eb8-4dcac509d26e
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,38226c17-5888-46e0-9e02-a7cf9afee349
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,fuel_combustion_consumption,aa740cbf-0c7b-40f7-a3fa-e192c5cea5e0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,sampling_scaled_data,8f8d2453-83e1-4dd7-8beb-bc00c4c88749
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.94,TJ/kt,2.662383533333333,modeled_data,f9b82d05-3ebb-4d93-9b04-00fd4ea266e0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,2a7d796b-8ca8-452e-98b6-94226211f312
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,bee49a62-2489-4f59-a3d7-67cb5bbdb7d3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,45a08738-bf67-4c4f-99a7-d651ce8f6b53
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,10911d70-500f-46f3-9c3a-8ddb353fb8cc
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,a2f193d0-5840-4cff-92a6-7812209087f4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,97b932de-22d3-433f-925f-bc9739fba9bf
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,6c89b740-cc1d-432b-bd7b-4c111396b0cc
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,2c80a547-6a1b-47c8-b60e-04d33800e33f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,8f7eeb36-0669-402c-8113-11ea56f88391
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,5d2201cf-3641-4c40-87c6-22143a892991
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,4eb0236c-fa64-497e-aa7e-abb0c9145fba
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,63d1f451-a08d-4083-920c-d9c09b9776ee
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,7ce43fc8-f7f6-42ac-b74f-1f8a3dc08503
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,a1adb41b-76b4-4ca2-bd70-4d576d04dae4
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,5a4deca0-a716-4a70-804a-1554d69b908b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,fuel_combustion_consumption,9e32d798-d87a-4319-918a-d4bf02d3fa6a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,sampling_scaled_data,3cca4332-d3ae-4dc9-80b1-ae79e9985bcb
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,0.0026219049999999995,modeled_data,1f9a51ae-fb20-42a9-9de6-c980a60aadeb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,25bea582-1bb7-4ff9-abd9-e94c2f4fcb0a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,b6997e90-56fa-4f1e-aed1-5566cb59ffae
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,c952c0b4-408e-4c01-b74e-6769cfa17a74
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,8a6a5fee-454a-4c74-b734-d4005bdb2924
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,ba69b6cc-0978-46dc-acb5-32f3eb7bdeaa
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,79412856-fa81-4f4c-b933-5159fd09f85e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,ed0ddb0a-0fa6-4c42-8c65-986e20cb9776
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,69d2daf0-ecda-4a6c-a359-91906e4bc7fb
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,8653f525-86dd-4131-b524-16aba0a75bd2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,4536345b-bfaa-4957-97c7-6f18d45c6711
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,26a30e51-db02-418d-9b39-8f1747293d57
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,87fc8f11-97a4-4536-ac64-b8730098e545
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,a7fec866-663b-4bb7-9a75-e83ae4b7e292
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,07f79bc3-e593-438d-ba6a-c60879779b6a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,a9902e5b-cf7b-4bf3-b314-e3f4d20c613a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,fuel_combustion_consumption,74fd5558-7817-460f-a192-066c5a3a867c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,sampling_scaled_data,da2063ad-9c56-4a98-aeb2-8012e32adad7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,0.002297834,modeled_data,bbf300cc-068e-4c3f-b90f-12cf72eb4ce8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,8799679c-44df-4ab8-9f96-c9d5155c128c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,7c384bcc-8f62-4524-a81b-c832bb0aacdf
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,1a38d78b-3e9a-4078-b4e7-0c0543496e66
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,62cf2818-66e0-4628-9202-429f0726cf41
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,f66413b0-f391-4e51-aec9-0e7b8329b7a0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,23916af6-c4ae-481f-a654-f56b80b129cc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,9252444c-54f6-4978-8c8b-bea8893bb1a2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,7dfd6915-036f-4fbf-b527-8fdae9694197
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,59d46532-df15-4ec5-b4cb-8a01e2d5f3d1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,e4be2daf-aa51-4a1d-a27f-0f43c28da44d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,464cbf33-2507-4a35-9921-1fea20236aa3
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,d8be6e06-65d1-4eda-bd0f-1d5f35b485d2
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,ce341110-4299-4753-bf0e-b9ef138bf9e4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,72ccc1a8-e3c4-4612-a5dc-da8f39513e52
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,15cc3c4b-a5a3-49c3-b6af-ca82ec5b7ea7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,fuel_combustion_consumption,e03866b5-9d09-4263-9504-87e90748c293
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,sampling_scaled_data,1e47aa1b-f203-4839-84cc-69d04904e2bc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,28.01,TJ/kt,2.4946639666666672,modeled_data,43b2bd18-cc7f-4d2a-89c8-ef7d841c0029
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,b24992a2-eae1-4675-8f0b-e297f17a8374
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,747cf984-527e-4402-a8af-b4f3ed14542c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,98bab81c-a272-4479-83ae-a2a87b2436b5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,8d7b4f29-b738-47f7-9191-c1f5b29b56f7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,e6596e36-6676-4f9a-84db-e2186f6d1ed5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,86dbcb5f-37d9-4f1f-a1c6-27e15a73f24d
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,1755d171-070f-4e90-b51f-f3ce34a8d7be
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,3045afd3-52dd-439b-88a9-38c5aa1cb1f1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,2c712e88-25f3-47c5-94ea-3be8ea60395b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,995eabe5-8d22-43fa-9748-b6e65bd520dd
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,dd6830e8-326b-4df2-abe5-2d5eaa302c28
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,58527c72-425b-4cb2-9960-52461b344579
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,67f45aa6-3cef-4f5c-96f6-d6ca1f554235
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,e252094d-0623-41b8-8e57-a7755d3adf28
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,f203e412-5d68-42d8-820e-cb19fec0ff18
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,fuel_combustion_consumption,3189039c-f05f-4300-80ad-0d6b51a45b09
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,sampling_scaled_data,f7b12295-a789-4a81-803a-b83d3e4e2b2e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.97,TJ/kt,2.3129747666666667,modeled_data,ac837720-e47e-4be7-89d6-98dd1b485448
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,cbf589ef-6835-4450-bdf7-878486e64313
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,5f9c5409-8b3e-426a-8924-c2510be33f40
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,e408a8e7-13a6-40be-82ca-3fda87020f9c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,76e7aedc-862b-40d4-af99-1cb716eb3443
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,8665481a-3f33-4ac0-9714-6e1315ae0bec
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,096a97b5-09ce-4fbf-9b17-f93666b9b15a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,370a7898-6850-4942-8ca7-774fb459b9bd
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,50c6884d-07f1-4fee-85df-fb84d1c6f40c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,2e5323f2-f431-4ccf-9e65-f1b6ed5e6c96
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,926b0241-e77b-48e0-b94c-836cd1523b7b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,bc6ef924-c9f8-4f1b-8e26-4786027ec310
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,7c027c32-70e7-4509-8af7-ef714f8409cf
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,71f2184f-544f-4c09-be1a-909408fdb289
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,6a814714-1972-4065-9149-1da52afcbf67
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,d3aa0b76-673c-4f11-87e6-a9b17bf0088a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,fuel_combustion_consumption,f4c9f02d-6cd6-4446-81a0-8d4cc5a10bd6
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,sampling_scaled_data,c581669e-097d-43bb-bdde-3cae44dc6b4e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,0.002146426333333333,modeled_data,9f5f4676-c6e5-4c63-a392-fdd9e1186510
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,f1813652-0c45-4110-8892-ed2d9c5ba2e4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,9ae911c3-25b6-4cc8-87e6-899ecb3d5f91
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,916b2223-679e-4df6-a5a5-9a5b779ca514
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,4f8befb1-2d57-4a54-a31d-e2584c55c458
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,03fbc2da-c266-4bb1-b8f3-db1629dd0473
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,5029ed1b-9bca-4d69-b35f-1099b56bbb65
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,fef214a1-cc62-40d3-b3ea-978464a9a3b4
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,e5d8c242-8b8b-477e-8083-e4fd8fadf34d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,db9b8c29-6928-4fc1-983e-b78d7a3de5d0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,2774df42-b89c-43ba-81a5-aee51778fd78
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,df0815d2-6172-450a-ac88-269b09376ee8
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,f578f7fa-8869-43f8-bee3-79c6f3400bad
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,006428fd-d396-47eb-9b21-abc00854dacd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,b5509188-5b2f-42e7-98c8-3e3669c7c0cd
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,6ef71708-4909-4e2c-90e5-f58d92899f2b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,fuel_combustion_consumption,925f50b3-d8a0-495b-b4b1-c8d82c651f1b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,sampling_scaled_data,9b154cdb-521d-4f2d-bdc4-27742b5d41f1
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,0.0030895919999999995,modeled_data,91bd30bb-bfc9-42e1-accd-289552476edf
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,114cabf1-5abf-4852-bae8-a37ff723a454
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,e34cf8eb-1a24-4a64-b1e8-95a425601a91
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,abc4cef2-f4c4-42ea-b7fb-7aadca3eb82f
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,462e1ab7-ccc4-455d-8e29-dafcf4a39fda
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,62f22a4a-1005-4938-a741-5ab86410ddc8
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,e3ffdbf0-d277-446f-b126-4eba520a8163
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,e7cdc215-a2bc-4481-8007-7bc53880b70d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,9ec672b2-792c-4bbd-9573-2d005c76ece9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,f5cef4f7-61fc-410e-8db8-846035783ec2
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,24fac35b-025a-4ad7-9f01-be31c1b1b2c6
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,266f4691-7e3c-4aae-bcbb-a1fbdc2d1e66
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,ab94d0a8-76bb-4672-ac2a-1050c21f7739
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,8df9a3dd-fc05-4e7b-ab32-b6f98bf197e0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,029443a1-8b59-457b-9e89-ef5a8e3e1ebe
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,96363db9-1fe5-4638-a707-186ab045a0f5
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,fuel_combustion_consumption,b3507d45-4f7b-483d-846e-b55b9f3191d0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,sampling_scaled_data,4d5c2393-dc9c-42fe-8b22-44885a65fdd0
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,29.18,TJ/kt,3.1969608,modeled_data,b305b259-a500-4e3f-8bae-e99bb9a6a713
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,f95a18e7-5e97-4122-82f8-1e73c8fc79e6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,d2529e39-e128-47ec-852b-897261b35be2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,aca8b74d-ed21-4be6-8d7a-f030d05e693f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,62b85f44-75f0-45b7-91b4-4f2390641e48
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,74376138-0ab3-4a02-b98d-59a86ba89aa9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,9b4ebf5b-1ca2-4cfa-8f84-2eedbc4ac155
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,41a16d56-1d55-42b2-93ca-1fbeff147801
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,aa3ec524-27ea-4d1f-acda-c7086bbb04eb
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,03bdf740-66d2-436e-bbc1-dd274710d7c2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,6fc691a5-3919-47d9-9bb7-482047620255
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,279d8a21-4a5b-49b2-9edb-6316d4b79833
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,d616d2d4-a6b3-415e-a59e-41c1cf8653be
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,54f40f07-2dd1-4d17-8ab1-bde35852540a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,27a261ed-b0b3-40e8-8d95-b25dd5ca9d63
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,c0262977-fc84-48f2-8da5-a6a63b8b1d8c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,fuel_combustion_consumption,905d8aaa-0fb0-434f-aa9f-1421920fee78
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,sampling_scaled_data,fd8c5fb5-484a-41b7-9a9f-ba6a8223bdc2
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0015438720000000002,modeled_data,0767ca4a-174f-4b56-99d6-bf6c3a5332cc
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,7b65d491-2817-4132-8534-38beecf37344
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,41c13f6e-53c5-47d9-b84a-53543a70d271
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,c4a707e6-8ef0-42eb-8b2c-2ba528847a43
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,a5afecf8-6c02-4ef7-b91b-82700d340f4f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,d60f6846-3231-4bd9-a9e2-db2d82824f02
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,3124f24c-3234-47ed-8a47-74dcc54138fa
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,b6609b0a-e39d-4c15-adc4-443ef5202914
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,83d9a9b2-61cd-4d78-babc-08cd14232b59
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,fb1d1f99-ad6a-43cd-8951-64672538a9ae
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,38b5b976-4e1f-4642-9548-1a640aac9463
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,eafcab44-6bbd-4b4a-908f-83a13f3fdda6
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,0d3f6ba2-3288-4251-8177-c4c1f3b98b72
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,0ac4f38a-0767-43bc-a0f9-87a13d982c64
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,d8a1912d-1aa9-4fde-82f5-175f1cbcc089
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,6f0b591b-5f8c-426f-b40f-a8aa4a84a8c3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,fuel_combustion_consumption,c691d8f0-5bb4-42ea-9a92-9d9bd02c0460
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,sampling_scaled_data,126be9fa-d003-4c6a-af54-2b4e60f2d7ec
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,1.9125e-05,TJ/m3,0.0007629600000000001,modeled_data,5781a6ff-4527-4a64-a492-804fc1603dec
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,4b3242b5-dfe6-4825-b8af-904ee7c50462
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,ee4a230b-ce26-4764-b94c-2f9770d281d0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,3ea4bc25-8f98-4b06-84b8-19666b222d70
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,de0a9a3d-e934-4f6c-bd93-bd7120352833
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,6ba2cdc4-ecb3-463d-b0c8-b7a5be269700
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,4daa1d28-413f-4b5e-b498-8eade89f7b15
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,f583d03e-83e7-42b4-ab26-7a04ad1a775c
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,ae61d0e6-0095-45a2-b999-57515ab95c03
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,17b1a167-b828-4995-b879-e2761555d1cc
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,8583a302-3069-4af6-b250-fbf9cb5f143d
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,115298f5-c331-43cf-9296-e80bd614cfb3
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,3015afca-679b-4b46-836e-47dab4d5e907
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,d7b7a63c-5931-4656-9fb1-f96e75a109c4
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,87e8a78a-4976-494c-a66c-d4a3882ad27f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,bb75a5e1-5fbd-4cd2-a681-c1a430fce3f1
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,fuel_combustion_consumption,43a917a8-ed53-484d-b973-88354b2c7e11
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,sampling_scaled_data,bff40597-04c7-4b9e-879d-fc8b31a43dfe
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,17.521,TJ/kt,0.6989710933333334,modeled_data,76f73503-4a40-456e-ad03-9e3e4619eae7
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,197dee2b-6969-4ee6-87f5-5842cab4c3df
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,0b016e87-6d3c-4ac9-bfb2-e351c9e5d11a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,dd148156-d82f-4bc2-bb0f-307fad4e9552
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,249f0cee-300c-4db9-88f7-52a4b8a9b5d3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,dee5b5a9-7ca7-4a38-8b9f-7aee462ecc56
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,3f7740da-9092-43fd-a2a6-c5a899bf017d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,e6ee16a3-f74c-4bfc-abd6-8a2b6cd586e8
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,f178b485-e02b-44a0-944f-55c061e1e233
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,704afa66-3444-4e0f-8503-728dcc282dde
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,391c9145-490b-47c6-8e3b-57a55316f5c4
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,ca269d6f-89b0-4b5c-9452-a677e154c434
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,5d378ea4-c7c2-4d47-9802-af1458f552ac
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,b218309f-335e-493e-be9d-ca3f5855ee89
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,cd9a142a-2b7e-46b1-8877-6747946b9da0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,9a4323ca-55bc-4eb5-9931-6cd193f77c8c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,fuel_combustion_consumption,bb3e15eb-91e4-4b9f-9518-1da462e25471
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,sampling_scaled_data,44e1fea6-b915-4c5d-8966-8287654e8786
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,0.0010862045333333333,modeled_data,539cbba3-4bb2-4e1b-90db-17365d5f3c2e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,42a46145-8ad8-4867-99f7-fcf55400b5c3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,210288aa-bbbd-48c5-bb7e-cbc875c05c34
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,ad73459a-c8c4-41c1-a470-ce50d34f0a93
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,e1915d1c-a61d-4cc6-9ab0-28d65ab6c1b0
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,1d86ebd5-d06a-411d-bed3-1826aba0abff
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,839d46af-7f7a-4d45-8b59-69d6fd26a229
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,faf41dd5-d898-47bb-b543-de1da835d42d
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,7f472daa-7690-4f65-87b9-210aad00c7e9
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,18ac0397-02c4-4e28-a735-ea3897272d19
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,b6bc66c0-b895-4e63-bdb6-3c0621c1d322
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,8b7fdb28-dfbf-4da7-9d58-9c4160a032fb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,48f393e1-af5b-4172-ab5d-6d539549816f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,febfa232-3cbf-4b6c-bf6c-0d38fef74828
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,35b36687-b609-4fbd-a4a8-28c8b9467abf
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,3353a6be-ba13-40b9-bc22-7ec9f9c74e45
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,fuel_combustion_consumption,67dcc81f-7521-42c1-9acd-4d8a6425081e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,sampling_scaled_data,0fbe8aec-ddad-43be-a873-a1ab9bfe5c43
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.640625e-06,TJ/m3,0.0011755356249999998,modeled_data,497f6a7e-7cf4-40d0-b5f7-9c8c96cd3e9b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,e70c3361-1c32-4d0a-b2c5-b3df37109cb6
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,a2a7a175-2f19-47c7-a3eb-2f4fe1fc611a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,6cb860e0-2b84-4e34-9d78-4f6fdf8e5028
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,4d6c71a4-dfdc-489e-a50c-970ffdb160da
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,fd0a9169-6282-4f60-9404-1c11db48304c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,14b7ffe3-5556-4a6a-b33e-db3d1dc2ddfe
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,77d70d86-03bc-483d-b682-01721105922f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,44f7185b-85b0-4fa5-bd3e-a646f8736ffb
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,8145d6b2-756d-4bd0-81fb-592e905196d2
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,b5a4ad93-d738-42ef-af90-e6abbbed7ddf
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,8b95fbb1-fbaf-4669-998e-2fdc5e721672
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,96c41a8e-ecf5-44ff-9ab3-e44f0f9f5f92
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,c7c4ec52-1c1f-4c6c-8d44-7fd3832d079a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,0b4c1186-e862-4b87-8f3f-09de843099ae
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,e5ef3c22-f818-4c7b-9b0a-26c09e892f17
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,fuel_combustion_consumption,ee89181d-197d-457c-a7f9-9ccbd8f6f21e
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,sampling_scaled_data,54bf139b-7ca0-4d59-a156-18c28b819fb3
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,6.607,TJ/kt,1.0165089733333332,modeled_data,2cdf7031-ae96-46e7-9c6e-2689ff43a1a4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,15e26991-ebf0-4393-8f99-299de2f10d66
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,b791786c-4c38-4a5a-9c71-0e3a9dac3bbe
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,ea5970fa-b21d-498a-8618-ce596a507d3d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,80943608-6b3b-405e-978e-490996bb8207
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,7550728b-d5db-4fee-9e5c-dcaa30ff1e0c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,718a7240-5fc9-4cf8-94da-60673d684349
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,714cef62-08b2-493c-a3e5-994e288b9cfb
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,c09dd4c7-488a-43e8-b79a-7fab88549327
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,d07a191c-6c1d-4ece-91f6-d00296f79498
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,f816107b-4672-4882-997e-364076ba77ab
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,7964aeef-024a-4b7f-9b94-3bbd349bcd10
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,37e75281-fcca-449f-90c7-480bbbf087a6
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,cb02f8c7-ba0d-4d51-9c39-9bca54d05edb
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,49e2c319-f24e-4489-beda-0514d1cd17aa
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,545e776d-0e1e-4512-9b1e-997121b43460
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,fuel_combustion_consumption,968e1b1b-0633-477c-8a75-dfb4fed3d7ea
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,sampling_scaled_data,18bfb881-b641-4787-b1ef-5d818f6931dc
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,0.0029437979999999996,modeled_data,cae986bc-cd71-4ece-a087-12f6995de36d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,db4ebc9c-8447-4fb2-baba-cd241a02265d
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,1726a6df-9f3a-48ca-a9ca-d2ed0eb2545c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,be600fc1-1405-43ab-846e-9fe91b8bf8ea
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,057f2a40-3bd4-44df-8f1e-57d10c3e0fc1
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,19fa5ec0-c68a-4440-acd3-7e356d8351a2
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,b90d747b-fc5b-48cb-a688-4a23ec4b87a8
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,76538994-d90f-4b00-a93f-3709a39d4d50
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,b2fff912-fdae-4df8-a76c-0fca89bc30ff
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,d3d0951c-b041-4142-b332-6ca9742ec3d1
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,dcfd3785-42d5-4586-9d96-ad817581b49e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,39d7aa02-d30d-437e-ace4-5cad11d7cc9a
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,eecf492f-f1d8-43e9-9ec1-ee2936223e2e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,a7a78fd7-ecd7-4a42-b0f2-130d61c904bb
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,a0cce15e-8672-413e-af09-3bf5b36c63ea
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,eeed749e-5479-4602-a847-6b9878649ef4
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,fuel_combustion_consumption,3cd8ddf7-c4b8-4164-aa7b-e1a215985bf7
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,sampling_scaled_data,2e426914-c237-4f9d-8b2d-ba28468f1cbc
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,0.03828125,TJ/kl,2.664119791666667,modeled_data,d05610d4-ac4d-413e-86e4-137d8b4576a9
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,3ddda078-d8ee-46e9-9b83-23b7d26d9b40
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,23446f37-a31d-4b85-aed9-cd515a4d340a
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,be0f826d-fb84-464b-9893-04785c4a94e4
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,6af1ae2f-024d-430a-b43a-b7219adcf428
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,26f37561-564a-4b4b-8980-c9f8f4a625ff
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,fff32a8d-6a59-4d3e-b67e-a1a47534d118
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,34c17976-f54f-4274-95a2-263cb722f0de
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,b16cdcee-8959-4cff-aaa0-1ab79546f43d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,97b06d8c-63b4-4670-8d33-c99aba5d0170
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,cafc33f5-20dc-4185-89c3-7793358aa6d9
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,dbfb494c-a768-49de-8fca-2b976837a024
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,a6a50b21-c9d1-4fdb-b60f-083e400595a0
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,f5d52995-7932-44e7-b782-90426acfc9da
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,00223ae9-2c37-4e4f-b268-1a4b632a2c20
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,6596c215-8fe3-4b34-b1a3-d734e7602645
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,fuel_combustion_consumption,85033c4a-656f-4ac4-a2a5-57676852dff8
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,sampling_scaled_data,b9d8b569-afd8-4bf9-bfc0-b3b8b789ccd6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,0.0029528546666666663,modeled_data,f4c27eb8-3345-4005-81bf-d37b8754a318
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,bfcf3ce2-0e91-464d-9e39-3ad7789fffb4
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,0cbaffd9-52ed-4853-9343-c0dab5c44679
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,9c768f08-c358-49c7-afb6-ea0b8f446b21
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,a28f7230-fcae-43e8-b98c-534a316e654f
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,21c9bf7d-2199-48c4-989e-83e1c3b4b39b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,07d0579b-cc69-4bd7-aea2-1e5c543cc703
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,3d33b87e-fda8-48da-ada3-7209deaddd26
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,8f6cbfff-fb02-445d-8229-a5709cb2508d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,d4c58f1c-84c1-4b64-96cf-e9902241eee6
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,9938dc10-7265-45b6-871a-3a47a65926e2
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,1f583cdf-c1a1-442a-b291-f0b5fbc94ed0
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,885df02e-e517-454e-a539-ea8596343c77
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,f5b08a6c-089e-497d-b2a6-8decb11d8128
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,baeaa751-67c3-4b49-b907-f171a66a6be1
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,6c9f8300-c355-450a-97df-f331428df4e7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,fuel_combustion_consumption,7b6e6253-b801-420e-acf9-b7d771cc8e65
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,sampling_scaled_data,9ff922ef-b0c9-47b8-b1d4-4fcc2c8e146b
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,0.0349375,TJ/kl,2.3340579166666666,modeled_data,8d46d421-16e7-4981-8d99-b50ab6bc007f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,c2ee81d5-c1ea-410b-880e-a74365436f57
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,65466152-6270-4390-a0ef-d06943f152b7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,fddbb186-972a-44e3-9423-a111ca63af96
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,b11a7f8b-9df7-4716-84d9-0c37eb598347
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,67dd8c78-308b-4e40-8bfd-4469e4c297a7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,38ba53e1-47db-49d0-aab8-4af412587d2a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,b80bbbda-ea79-45dc-a1fe-4227772ddbd2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,b7fc01bd-a304-47f4-8076-f10c62d996c6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,774c8dd8-c73c-4edb-9d1b-2e14e60fd896
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,38dcda06-dcbb-47cd-831b-5b0fce813eb9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,8b364284-1a78-4d83-abfa-39918c35c4d8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,2a057976-2bf2-4212-a571-48d84f896ff2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,7aba34fa-5c7f-4690-a416-fb91a97a7ec8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,46908097-485c-4e6c-aabf-66245f7b01a8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,bd9eae31-3513-4257-b736-6e2222001874
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,fuel_combustion_consumption,0d6ac526-4cf2-4b54-89e2-6c96d0190234
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,sampling_scaled_data,bff74309-e4a4-42d2-9dbd-8d053e220fb4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,0.0030391276666666667,modeled_data,af548a80-3965-4394-9670-1f482f4b635e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,9177501d-0e79-4739-8fea-dbd67151ee4e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,af6c44e6-5f0d-4578-b914-ba568ca64291
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,373209e2-c6ce-47f7-9904-3a6378eacaca
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,d1afb320-b1fc-4ac1-89c3-58d4a38a1f43
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,7dc3a756-2e6f-4a6d-8252-ffde025191a4
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,4baab66a-5244-4958-bc5e-a3a41cac6eb7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,5a899e47-3ca6-4612-bb89-21f692a86944
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,e49e265c-85b4-47c1-b6d8-97eeb788e4e6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,d3daeb0d-9366-4936-acb0-9c5a249aad56
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,70f1905b-3f55-48b2-ac42-e1fb92a3dc88
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,2a73a08b-3dd4-4275-8af1-288246ca6b52
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,e7acb669-9bab-421c-bdf9-579cb85773fc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,6fa528b1-407d-486f-834d-263f7d4e9baf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,f4871289-0b38-4a9f-8608-9d8cea13acb6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,b40aba9e-bfc4-47f9-acd3-5576dc3fb8ec
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,fuel_combustion_consumption,953dff42-9d3a-410a-b3cf-e74cbbd2f213
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,sampling_scaled_data,c273f808-06eb-4b1a-9177-ba9ec825909c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,0.033375,TJ/kl,2.2896362500000005,modeled_data,7337428f-a479-4164-b00e-23633e52fa08
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,7b84e779-0bf2-4c7a-82b0-19e4979317c5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,be7f9738-cd2a-48f8-851f-479d548cc08b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,d2231092-b0c5-44ca-b9a5-53fb20873393
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,ffd3c7c5-fdb4-4634-ac3a-206cf07366d9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,8a951914-1f72-4558-93b4-7dd42392d59f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,7ed47aa6-b5f0-4494-bd46-cddbb2870984
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,bbc88810-bd9d-4fb8-b936-95733c5921ba
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,a9debd4a-e48d-4c8a-bdfd-006a04e6879b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,376ed172-0baa-47e1-91c1-d5d0b8926697
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,609a35ad-74b8-4bc7-b7ae-9961d65d4007
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,41efcab8-2dcc-4051-a5ac-96fa6647c184
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,d81979d3-e1b7-41ab-8a40-763694bdf5c5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,d3a7e020-66dc-4756-b607-55868cfc38b3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,6b118c1e-6e9e-4d12-9e37-805a8ac3f9ea
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,567c6377-b198-4df5-ac61-8aebc6af2d8f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,fuel_combustion_consumption,2f58b9af-346c-44a7-8017-d4f6c5277ef8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,sampling_scaled_data,ee2b1c37-78a6-4c98-bd07-6ebbe49a315f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,0.0029595478,modeled_data,4373a093-7b41-45d3-8d9b-1e7d17693e9c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,4a83a6b5-0e8b-43d7-b758-4c5651f93071
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,e799a45e-b28e-4c4f-9381-be4a7eae1829
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,5cd5d81b-09b2-4f8b-9c8b-7816551e1791
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,de58a13d-a4f3-4425-80f9-f0ec809a015a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,dbf254ac-d426-4c31-a48a-22430da33e38
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,13089690-48b8-4c39-bfab-37d854a45bf2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,6480a440-0355-4ddf-aaff-bd7ce090d9dd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,9bb93f01-6569-44a9-9845-25e51346cf7f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,5afde8a4-33f1-4c86-847d-9b6734111dfe
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,4c1e5860-75e5-4855-9674-5812db09480f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,1e632319-92d1-4cb7-8cef-ab245f8866e8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,3b6d17fb-67e6-48eb-9a45-c733d6f37d1f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,ac5f4c79-df28-4e2a-a1f6-29542312e53a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,c2b62f98-61f2-49db-9ef6-eae026351131
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,f4cdabfe-bc32-409c-b10d-c3877454a980
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,fuel_combustion_consumption,b7a21d51-74e6-4e9b-bc34-143f0d244ab2
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,sampling_scaled_data,c0b5b957-74ef-43dd-a522-3b9a5c2cce41
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,0.002935536633333333,modeled_data,94fac1bb-f40e-40b2-96d8-7db375f2aca3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,c475155b-2955-48d0-8b6a-125b015d6c50
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,a132a823-a34f-4914-90d9-3da046988708
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,f129fb8b-c031-47a1-ab1c-b1c65713cfb8
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,0c6e1bd4-2d6e-46af-bd62-3d66c241f7db
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,23a24f62-2c06-48df-b420-7b7270a3046d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,799f1b67-3d98-4c5e-b461-9174968dc030
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,191be3a7-8217-41df-9021-87c3ef948ac9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,fa580b59-0370-4410-8124-89f9c1535e56
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,b9332973-45c1-431c-95e2-8986511bb074
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,d73e56a2-56a8-4150-8b48-cab8f648ad5c
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,449c676d-a3eb-4c92-937f-2242fb01645a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,c2a726e4-ad6e-48a3-8660-1f1fed73c063
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,a8a49eaa-28b2-487f-9679-0ac7e5d86a60
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,0cd0f000-ec0c-4e99-9248-55713782cacd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,8b9b3d8e-da9b-4512-9203-66f98e3db40b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,fuel_combustion_consumption,67b82a05-9161-401f-ae7e-1aa7a76819c3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,sampling_scaled_data,fd5a6735-bc50-4293-97fc-89ab5a9e7f3e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,0.0029520014333333337,modeled_data,b4132ecf-2f82-46a4-b252-219906320926
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,09fc61ba-80b7-4ff8-8c7a-719b55ef9696
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,c890766a-9daa-40c7-b3d1-b378e1ac6b87
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,334d2ab0-24c8-4171-a657-1b4b1c184799
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,1c3c3f3c-3cd7-495b-841c-068e94d231b3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,8f11185b-4998-4f1a-a08c-df27754cfc6c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,64683fe8-2646-4e37-be3b-ebe37810f90b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,d1c7f9ef-0bb1-4e1e-b369-b5a37b35cacd
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,a9463032-02c4-4bf0-a783-fbe915bcbcce
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,c1cfff70-68b8-47c9-ab52-c536c81ef2d6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,ed84e009-6d31-4ef2-8a9f-50494db1f3cf
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,a8d719d2-7a5a-4f7c-9465-8d3299eefd13
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,0cf97380-74e4-4f5a-b6db-27bd41faa43c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,752547ed-2c51-4731-b651-ececfba46e6f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,bf55d572-a599-47ae-ad75-0bb48596ff7b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,5518392d-503d-4fb6-8d72-6c06f636ff9b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,fuel_combustion_consumption,31e842c1-5258-4559-b84c-2d67e6557e19
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,sampling_scaled_data,02c33b00-8994-4029-8d9c-72eaa2d645a2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,0.0030060029999999997,modeled_data,3b94be4f-a573-4be1-86b7-dbd93315c4b6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,09eff203-3846-4321-b019-fbdbcad4cc2c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,26b86905-7f52-4eb6-818d-df5bd5ad4bd9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,9b6eabab-cd83-4bdb-801f-b92d7414cc25
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,2996f050-6681-4168-8ead-3d876b003732
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,0869a5d6-6a87-48e2-bf3d-49bd5ad6ead5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,3c54b04d-b517-4e25-8921-3da0e5f5f6c5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,c88c91e2-8166-486d-a765-79bbf38172a3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,1c08c5a6-9820-4ce7-81ff-e1960dc46882
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,97fd3a47-7ae2-4771-bb2e-a91b8baf0714
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,11d62c94-dc6b-4613-aa49-073d9d7d2802
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,c13043c3-1039-4da3-8873-892ef1062e4d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,9779d83e-8de9-4a08-8053-e1710436a317
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,4415204a-d71c-4dae-9046-c5d461f75fd0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,96035158-bca0-41da-bc27-b62bdf4d8836
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,c6b66595-51b1-423b-8176-8d9a958140ec
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,fuel_combustion_consumption,44913073-2bf4-4653-809d-990279105bba
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,sampling_scaled_data,10e1e3c7-8578-4545-9e61-d5131238e01f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,0.03634375,TJ/kl,2.4773111458333332,modeled_data,d9d581cc-35a0-4d5d-a626-f5cd83536084
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,84a91c9f-110c-4a10-9a15-d63d98684982
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,c8bf4dc3-bf81-46c9-a059-39e4e9b8f83a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,5fc9b7a1-baaf-4357-a06c-b2ed3d8ebf8d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,ff395c34-a1d4-495f-adfa-b4eb27e41600
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,c01160e8-cfb6-4592-9465-7095fc30cea1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,d98660de-c0dc-43fb-80ba-70940abe6630
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,6c51f4ed-bbb4-4452-a992-2f4c79793231
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,051aae5b-488e-45d0-93fd-850091af9870
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,2034a2d7-4b75-432c-9855-e5020098c9ad
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,a4aafab2-c3c7-4e5c-bcc2-872cee18662a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,a4270854-ee5c-435e-87ed-b4f0c8e6c5ad
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,67d33d33-72f2-4a47-b2fb-40f1228038d4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,88f90d20-fb4d-4076-aac8-84fc0c422996
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,88601416-7d81-4fd8-a508-761769b91b3f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,95f007e0-2cbc-4961-977b-d3a7ccedd186
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,fuel_combustion_consumption,3b3dd5d9-0582-4923-b898-479d31bd65e2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,sampling_scaled_data,3412f286-654d-4020-9827-d60b3541b299
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,0.002961696833333333,modeled_data,79ba0f38-4532-4cd3-b4ac-f3b94970e296
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,7c770514-53c5-4003-a11e-4e91c52df483
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,6df82826-2ccf-4442-b7f9-8d3ebd23c028
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,b9c47726-bddd-4da3-aad5-b7db43402645
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,e88f0c17-6988-4441-b849-e9d900c2da7c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,ac7c1bfd-c5b9-4dad-bb3a-43c27fb77a29
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,ad2f90bb-774f-4eec-93b9-ea687593b69f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,29bdf6ad-88c4-4182-bdf9-d574a869f138
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,8a6f26b6-bea6-4803-9952-937dda2e8f5e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,6e21564a-10dc-4716-812e-bd8bac15258b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,d4ee0677-cf45-4542-b17d-e263411f570a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,a37e8ae6-96ae-4900-9c7d-5452dbca642e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,b1d15614-1e47-4a63-bc45-20eaeebf067b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,315646d8-c48d-4e35-a748-f094e1305802
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,16283ecf-ee29-41e5-b369-29b68aec5239
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,6506d14f-c315-4e4a-be6e-686585e13876
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,fuel_combustion_consumption,78309299-4011-4206-a642-754017b8df1f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,sampling_scaled_data,7da259e9-d26d-4072-a904-6d3857eeabd9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,0.0029691948,modeled_data,77784857-1f21-41cd-b00b-f2286b72792b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,8894940a-e8ee-4f25-9226-3a674f253991
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,0728893a-0b77-4fcc-b201-2c16820345c5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,cb8a2eb7-944a-4d7d-8045-d56f9f6bd8ce
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,b0aaf432-d4ad-430b-92c3-6131ebb1e5dc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,b25192f5-c934-47cb-a2fe-e45a0da98425
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,a950086d-a911-430f-bc26-3f0c6a8e524b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,97399a5c-2bd3-45a2-80f0-5cbaa3b49fc2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,105f2b9c-73c2-4a2c-a348-d5255707207f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,13c9dd28-0b7e-48ac-8e68-cbb3f04b6bcd
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,97504339-fb13-4672-a185-7c61c3e0bb24
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,fc3e5aff-adc3-47e7-b1bb-4af556dcd4a2
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,523e3316-f36a-4688-8f53-0dbb8bb6681e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,a56eb2c2-a462-4e90-ad81-34b3ab0f527a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,20cffc51-c316-4cdd-bde3-db482b1a2a74
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,8a923699-8f29-45bd-91a0-8271500c3ebe
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,fuel_combustion_consumption,96d6cb81-fcad-4848-938f-0a55779bad38
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,sampling_scaled_data,36f039fe-b101-4d0b-8c6a-8093f5fcb378
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,0.002967831533333333,modeled_data,dc272d80-876c-42ea-9db1-f79fd197c33b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,c050244e-8e49-4abe-9c71-33efcac19c56
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,d7b23b84-0b70-465e-b134-3f497d2bbced
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,361c4346-4cee-47bf-91d0-7376b813fc7b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,23e01a95-1d35-4042-b9df-da57dee68ab4
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,581f505d-bce6-4557-8f59-147fb166a534
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,d7d65572-1e4d-4081-9f10-608a176dde95
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,4bd524c1-68e7-446f-83dc-79e52c6d3ef8
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,a6f4075a-c1e0-4f40-9d0c-d954439de7a5
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,7943458c-8e81-4e98-8a14-e54dfb09d9d9
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,2ab862bf-f7ec-4e44-ab90-d279c7a2bcdf
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,263cdfca-4d3b-4850-b8d6-d1df378c4bbd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,53d62d40-3dea-4f48-9337-0d81d64f5c7d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,fe3f1f86-346e-464f-ad42-367743071930
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,c835f320-75d3-49ba-ab07-cb51dd11c8eb
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,2fc89d56-8106-420b-bdce-a9358a47a497
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,fuel_combustion_consumption,c6962289-0629-4b85-beb1-a1e523801ed6
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,sampling_scaled_data,00a8cc0c-899b-40b9-a0b9-b0d4b9d419fc
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,0.003062972,modeled_data,993524df-81d6-44a0-bed9-54453310a378
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,74eac922-2689-4945-9d39-42a2577ba133
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,6a50178e-9040-4d4c-b913-d5a38859c597
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,952f3e4b-f59f-4a25-8bb8-807d044c7f51
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,f030cf6f-c847-4b54-bab9-9968948eec79
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,f9c90d5b-95dd-4b8e-9853-2c74a1b6466c
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,5d107487-4660-4f2c-aded-cccc37948358
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,1220d861-4fc4-4fe1-8ad4-e3a69f8955ea
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,aad8d316-7e37-45cb-a773-830521e4db5e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,50dbf1c5-9431-4d88-9fc7-f0c7bd5290a2
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,66f59814-ef25-4277-9942-9174582e32b8
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,92e2e615-c6df-4b04-8561-43ead5a29975
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,36b2f926-d869-423f-a8b1-f105613d4fc2
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,edf2dfa8-0785-48ae-a03a-36ae18f198c0
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,675ac5a0-a4a4-49cc-a5e7-69ed2fef9563
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,86f00c4c-b8c8-4a45-8ff2-8474930804ea
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,fuel_combustion_consumption,172c6aa8-a3a5-44b8-82cd-4820f57838f1
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,sampling_scaled_data,de5ac87c-c7da-4ad2-8913-3dfeaebe6b33
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,41.87,TJ/kt,3.190214866666666,modeled_data,06e4f7f4-e6e6-4c1e-b62e-21cf3ce20516
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,171962fa-11cd-4b1f-b4f1-f93b8e623920
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,d4913767-f08a-4add-8797-2f35c813a987
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,58054736-efff-40f2-a72a-8e3bc91b2550
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,549f0867-d258-4eca-9ea2-6c69e66f7872
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,e7e86a7f-3e26-4030-adda-47efbd1e2357
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,daffe2f0-203e-40ca-b8da-3f19762760a6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,0d8c2572-b8c3-4956-9c33-a5dc78a8237f
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,a336ea66-f195-40de-b783-4c3c12bd06ed
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,72cf06e8-61a8-453c-8eb6-212ea4abb7cd
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,fafce26d-974c-4e5d-a460-071f4a3bfa58
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,11e08bc1-a3f4-4a02-a7e1-449e1bba33b9
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,3792c4b2-79b2-41fd-ad50-3ef650982c04
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,585e609c-1ebc-47a8-8e1f-467af00f9d4a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,84174e81-59c9-4f3c-a33a-f833423f7216
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,e747d20d-80ba-4417-a673-9158b6ef0e14
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,fuel_combustion_consumption,5cd08ae4-eeb2-4d92-b0c5-bd0a1a62c89d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,sampling_scaled_data,761e8133-2e69-49f4-9177-496312afcf26
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,0.0028391036666666663,modeled_data,2c78aa56-d1d5-42c8-bac1-d55b1bb357c3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,dc8f0ea5-bec3-4b34-9b42-f59ee6d79626
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,b3fe0538-5422-4f24-a9b8-f84356eea6ea
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,f8b4e92c-dbfc-4760-9202-a2ce07005785
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,c4c51b5b-a5d9-4093-92e6-ee2133af6cad
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,5ada81df-61ac-4da6-a582-f29f8ab952ed
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,f4c0397f-a741-483e-b8ed-c7439d834ee1
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,27995f14-a8f2-42d0-b10f-abec5a62cc1d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,1ff5a338-4ad5-453c-8a23-83e2649aa3f7
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,e0cd319c-820e-42f9-b522-abc9f502023b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,bdf37dfb-cf61-44d9-ac3e-66ba1af8de79
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,aee2e076-ed04-441e-aebb-f395a8ddbf0a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,7b4bde1a-dea2-4d51-9044-03c291396109
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,13e4c718-23e8-4500-a7bf-7db3a58304b6
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,5d3e5b2e-5f2d-4229-a077-a19597b2b989
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,7518ca7d-1b20-448c-8a4b-1308eee1961b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,fuel_combustion_consumption,49daf086-fc7f-4fcf-825b-943cb36c5a78
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,sampling_scaled_data,35b94c66-4d4d-4f38-91bf-3e560a70e98e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,50.06,TJ/kt,3.004768066666667,modeled_data,0922fe7e-db80-4fbd-a3ec-98e2a3e58880
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,3397fab5-e72d-4ce1-90a7-ccdfc3acc317
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,9e8bfc36-3246-400f-827c-b2e9124f8064
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,7bf35280-65a7-49f3-b056-aaba802d99c0
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,6f14c9f0-c18d-4486-99d3-f485a4001952
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,8ec6c21b-a545-4131-9885-a7081eccc5c8
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,50a201f8-0a36-4c52-828d-0610f090ce3b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,c815e3c2-0e81-4491-b3c3-afae983af03d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,db72dcea-be30-4836-891b-1bdbb6564a88
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,188ab6ec-f7ce-40c5-bfd7-6d948182b4fa
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,e0df6d12-d8aa-415e-a926-0a3713687c3a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,3cb66822-3e98-4297-a2ec-12db4d8cc03c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,205257ab-2bd6-4a9a-b9b2-ffbf70bcce6a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,77122200-1829-46d6-8fa8-a0ccc45b209c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,6e076c9c-0cc6-4909-ab31-7507060e25e4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,580fe286-81ab-4e58-92f1-954d75c3a705
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,fuel_combustion_consumption,8236d825-a39e-4c69-aef7-8e96f4f068c3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,sampling_scaled_data,ee6b4527-4077-4e8d-bcb8-4363a52dd666
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024411199999999997,modeled_data,d1f2a632-69f4-4c21-9fd3-2233bb505ea8
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,9c220ead-0062-4edb-a389-cda904b02447
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,4bd0d7e5-eec0-4941-a71e-7b1de9eb503d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,03543dca-d2b3-4474-b315-adc6c6b2d749
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,f619ae03-dd50-4c58-8a60-8530e3be1bff
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,41ec52e0-5f70-4d98-b62a-73aa94488adb
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,9eb2599a-9a24-4407-9e45-a4a567a21feb
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,70bb968c-6a5b-4bf8-b8c4-c819fb8fb9c9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,af515074-d7da-4d56-a518-ed0665bc14ae
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,97d29297-6f30-499f-b60c-cee4d8aa1026
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,13bd70a5-330e-4af0-88cd-0fcb944e2a11
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,5509eac4-2484-40fc-ac5d-a96119746b4d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,00b66e7e-4ebe-4b21-9dea-f23f1f89b70a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,f35b7dab-7f18-45c7-8384-a88695f11a6e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,e611b518-9214-4dca-9626-8ba279b9af71
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,ccdbc1c3-c80a-4fbd-9f5a-93b9ada69379
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,fuel_combustion_consumption,d13e6740-7e39-4131-8aa1-dff33f6d60ac
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,sampling_scaled_data,ff452bf1-d7a9-4e51-8878-40e693213ff3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7706712,modeled_data,cc1287bf-0d71-4e1f-86c5-b56edd5d5e07
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,51862521-9ee6-41d5-90b0-0fc4cf8cf84c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,c73a91ad-dc2c-4971-b3e2-69afee5326dc
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,33f0e4b9-2b34-4a68-bbec-81b7198e79c3
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,8f188e5d-97c1-44f3-82bb-823cb584b721
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,1445566e-79ef-471b-bc16-e10d70365c65
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,c6eab076-7523-4ca3-85ee-fa103f2bdb2a
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,28e65bdb-fcfe-475a-9874-51ead9e98a45
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,df77770b-bf3c-4768-a0f7-14e54001b115
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,5318ee8c-7505-4d40-b57e-741672f432b9
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,9838137b-b6e7-4609-b7d9-01fb9faa2511
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,c6fa4620-2e36-4009-a8a2-909151c84d99
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,6cf98454-b6d5-4931-ace7-df05c73ac486
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,7f61f01c-aac5-403b-a7d7-a00d61cbbe65
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,c22bbe8e-118d-4748-b962-c7b6775f358c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,ef516a24-7179-40b4-8171-3ecff84dbef7
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,fuel_combustion_consumption,735f9619-ee26-4e72-804e-ba38b25c1ea7
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,sampling_scaled_data,9a79d749-0c78-4f8e-803c-d60517e626be
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.002042213020833333,modeled_data,802af3b8-d711-4307-8a62-3c8308dcf56e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,6f772c2c-9d4e-4b42-afee-837b3ed57e9a
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,e49c3f99-2017-425b-9271-76ebc2ae1046
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,a735dd9e-1750-4f83-b2c6-8c3c93e1ba01
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,a007b098-d7fe-4e40-b974-19b72d2e21a3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,c5cd6352-9188-42aa-885c-9d554a435000
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,01c91187-2601-40cc-b6e5-6a13871a4c54
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,86dafb0c-660c-4fb0-b913-2de38104d793
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,00233f10-a4c9-447a-8032-fc9ba8afadfd
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,a46f5b59-cd45-464f-9250-f185815f509b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,434b205e-1d95-40e1-a6c1-ff0065d37d0b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,ba59037e-e11b-4170-ad99-d3a1130a87ea
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,49633edd-e899-4525-86f8-4b836db773d0
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,869be452-567b-4725-aa87-4f93b5ce3bfa
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,50be7ce0-e034-477a-b922-fcf87d065da3
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,78227953-4a08-4657-9187-e4b0c772aa79
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,fuel_combustion_consumption,953c6606-476e-435a-bd57-4c998ce697d6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,sampling_scaled_data,0d26a548-9c82-4204-ad92-3f5600d508cc
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/kg,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0024481599999999996,modeled_data,f3cc8e12-11bb-4db7-a569-030d31e44183
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,0ec4de8a-b6fc-4e5e-81b0-46c969737dfd
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,c6176a9f-89a6-4bd1-a033-78f2f24b5be4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,f1c0fcbc-98cf-4959-8422-abe4085aa6cc
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,e7a85667-ba2c-4851-ac14-fc1d0a5345df
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,31080657-e8fc-449f-bdee-a601983fdb58
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,45105701-92e7-4e2a-bcc0-e64132f0ee01
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,61ae5e32-0320-4ac1-b8c9-1efadb518f1c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,2e1cc0d3-acec-4e58-9dda-d2773af07bcd
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,a90095cc-22f9-449f-b342-3dec89360b7c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,b3a692a2-3367-4c61-91d2-33224dfc678c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,009c8804-1cfe-4377-94bd-68a3fe3a2f03
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,88e21680-d0fc-4b11-85a2-d6e3fe88387c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,1b28f3c9-1446-4abf-8c29-d8afb6064389
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,a6fa98e0-4acd-4748-a36c-cbc7dfcecd07
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,3faeda76-eb15-46ff-ab58-011a45c55a7c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,fuel_combustion_consumption,e42660a9-fbb2-4fe7-ad44-de5e884cb52d
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,sampling_scaled_data,8b6b26ed-96c2-4e81-85bc-4c97cc35bbfb
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/t,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,54.48,TJ/kt,2.7786615999999995,modeled_data,34ac7524-805e-4628-8cd7-7ccac783dfa8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,c79f81fd-d54e-450f-98a5-8a3d4f118e96
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,232a239e-2a54-4006-8b77-32faf6991d95
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,8da2c39c-728b-45be-9c80-b5b6d9585424
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,69c83195-ddd4-467d-b5ea-a240fbf88951
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,39d569eb-f79a-42ae-aec9-e88ee4d49e5e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,5636823c-b0bc-45f0-8da2-6a1d8763867b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,8c72002a-4408-4994-a541-e8f9f55625dd
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,d57ef675-3ce1-40d8-94c7-e7b6348682a8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,0e6cb93f-5317-475b-b748-f59cf27f601e
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,0c5c2ccf-eb24-4bbd-b5b1-71ce6d1ea3d4
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,97633102-30cf-463f-a81c-ee0f8af5e698
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,0d0917c6-f261-4652-9ecc-ddd1fd6cbf2b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,116b3b78-5b66-48e9-b3ea-d6f9e2fb3a0c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,414ecaba-c194-45f6-8e21-a1a22b6fd118
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,68e5594a-387b-49bd-b9ca-81d75f77ae68
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,fuel_combustion_consumption,7f0e20d8-8d86-489d-8ac2-4091d645db43
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,sampling_scaled_data,8c1f3cb4-81d7-4fa5-807d-8808c4c97dec
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0020481026041666663,modeled_data,64809214-e1a1-48b9-b7f9-9607964d6052
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,a67d0a8b-ccc2-4a83-8ffa-040d0c488570
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,0f3d03a4-ca80-42ee-833f-35b5110b1364
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,09266dff-6404-41c3-8612-9a0536eb68f3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,26c85a11-4092-4a08-9983-ab2e61714707
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,c34e44ac-84eb-4adb-93a6-0f2e00adef85
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,d1d639aa-8933-4993-a355-c9d0b8b40374
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,60b564b8-407b-4fed-bf6f-a9037edb2f0c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,479e6461-ff9f-4e7d-98f3-a9c60d020948
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,204e619f-dd10-4900-b208-a235b68461cf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,c5ca66a3-fd0e-4a88-aff8-37a5a803a92e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,c9ed4e20-2753-44f0-a297-b97f904d13d9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,9ecbb7d8-613c-406b-a560-6a1c9f5318ae
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,3a56d5f5-b7da-43e4-ba60-afaa50d82145
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,eff79d4b-22de-41f7-96ab-e223fcec4494
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,00d63b41-6cb3-47bb-847a-37926fe17e7d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,9990b3c7-7ec9-41af-bb60-8c4d5cf3dae7
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,85a26d9a-adec-4e7f-a426-c8ab7b71ce60
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,97a5faec-1dbc-4bd3-ac13-e7bad43b8c88
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,c2cba9ea-a079-4956-8361-fd23fd4564bc
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,06ed4fbb-5e65-480d-9981-5490a3613c4d
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,cda19522-6be2-44bd-babf-7114d1d217a2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,63dcc5a3-d363-4643-ac9e-a9c8744c883c
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,d1cb5170-6ae1-4a3e-b6be-5de1dc90a8e9
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,6e7b2978-ef69-4f74-b737-6c6676fae503
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,f594753e-69e0-4b39-86b4-2bfdc9ae1acd
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,7bf9f11d-9ba8-4a3d-aa63-e11fc7eee5bf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,2d5c2194-7bab-4d08-a999-c3e0d6fdc4e5
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,2ea30f16-1847-4fe9-b19c-d8f1d2d7b020
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,8fb91ec1-458c-496d-841e-099ad2b602b3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,9459c2ec-368b-47c3-a291-87d27c70a315
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,e6f104d9-e51a-4a4e-b8af-7dd10d1dc97f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,9d96ef90-ff80-42e0-86d3-0ca325d7f1e6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,7c08d0a9-bd07-4570-aff0-6494a34a95fe
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,b0458b4d-6a08-4234-aba9-18f6a04367b0
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,5c297dce-3427-4fa3-8832-64518be50c93
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,32e6f785-1c9f-415d-9fcc-42be9010b774
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,d769214d-0519-4a56-8fff-aacb490a6d5a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,9fd4aac0-bf07-4d9d-a13f-65b3814ddd9e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,1b3ee63e-a1a9-4d72-9785-0e630ac62e4e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,92caa35f-7500-4090-98f6-eda1b89a24e1
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,5512711c-720f-46f9-abb1-02102accf249
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,5ac64275-ab87-4a71-bfcb-0a9ba7592120
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,e2bee8b6-65b5-4e73-8ef1-f5805ea01fbc
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,df590e64-0bc8-4b1c-87db-718607ff9b4e
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,0907fc11-6341-4d75-b70d-dc3e05738c64
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,dac08830-7e13-41ca-b58b-599c67b42a91
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,33b9bc13-bcb2-4c82-adba-1f32598e65b8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,d25a5db2-2b95-4693-9ae0-dcc8388aba20
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,3688c375-8023-40f8-ace2-c059b52db812
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,36afd4b7-7fa9-43fa-988c-3aa968d047ce
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,f4bf3334-386f-41a1-bec1-fcfe10b14990
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,ea6dbca5-cb5b-4ce7-a881-1722bd00ed32
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,04cd3100-3ced-4d87-8b3c-836c7ccce884
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,702b6048-c697-4977-9830-2649e7e019c4
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,b1673649-b45d-4b2f-8e55-2af85e5904d1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,39cff036-2851-4d3c-851c-b48308c0b6e0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,68494d49-878b-4678-b899-75ec45920bed
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,7737c3cd-7193-4ca2-942a-1a03b9ac1c27
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,2d0be320-5330-43a9-a0ea-0aaca24b00d8
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,e2ac8fb5-eff8-4657-bb26-8ffcd81799ad
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,f8e42f2d-2efa-46ff-a10c-4a48fe3ebad2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,2f7513b7-7257-436d-893e-d8b29edb161d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,c149a29e-7448-4bcf-ac87-5e2e36be8d5b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,64b785f3-6c24-43c8-b3f2-4d8112e42834
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,12a6b8b0-6c14-4c9d-b99d-61fc3eacaf37
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,b79c11f5-adc1-4f12-8178-7d7da7978138
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,5dec711b-0eef-4cb1-a8cd-9859d5cb4605
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,fe9b6aee-ca29-4819-ba98-0bf3856b4824
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,488b72d9-9ca1-4944-bd76-165c67051f8d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,fuel_combustion_consumption,54c2693b-715b-4fb4-b169-b6ce72489e74
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,sampling_scaled_data,267f9a92-65ea-4f08-8e7d-76fd20b30dfc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007233599999999999,modeled_data,81dc66b9-aacf-4615-8b4f-ebca66e25ee7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,4d1a4013-341f-4575-80ba-d24d5fa53b21
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,73e7b779-d5bf-4904-b92c-3256689289a6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,c1a82c86-28b4-4659-80d7-242978e30fbc
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,01cd666e-df45-442c-86b5-62755aa6d4e7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,f7992b0d-012a-4009-83bf-039ce6555297
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,87fa6fd8-df34-426e-8956-f1d732eb50e3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,b5a6daa2-b1fc-4cd5-bdcd-00a80927c555
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,56106078-34dc-4b7b-9aa8-134bdc57008e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,8ac81526-a21c-4b12-8b14-983d056b0b06
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,6c202e11-535d-4182-a21c-f610338abcdf
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,d84d27e1-ebc4-424b-b085-fca23973e8a7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,2ed5767e-1499-4978-aae6-4a731029c76a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,1b15ee7f-a5e8-4564-b922-50cf03fea99d
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,1e1dec5e-5243-4407-966b-23605d2250be
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,e7627b89-721d-4b56-a400-0a730844bbc1
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,fuel_combustion_consumption,8754e172-63ac-42ca-829a-d3eff9b16516
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,sampling_scaled_data,ccc88927-39f1-42f6-bdf5-06cd15fd9225
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8210136,modeled_data,6a5773a3-b4ec-4376-bc5e-6d131a7aa1ca
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,fb477038-59d6-4158-a843-c29d04718872
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,75699828-e877-4532-935d-56a7e36831a2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,593b74eb-7587-4eb1-9392-af97f86ecafb
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,93d3ad0c-01ff-465b-884b-05935e9fd49c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,9ceb2161-c34c-43a9-9287-3a3f7777ec74
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,548ae92e-9728-420e-adea-2520b5d434a0
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,ba22a3d6-e6ee-4dfd-9387-b9bd7e14b1ac
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,166ef41f-8933-455f-b21e-d2e1f754ed17
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,601dd042-9742-45ec-b5c6-465d541db3e7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,f9ddc4a5-ea5d-4b20-b85a-9f3523bb5e4e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,e331ba18-5aa7-4779-ae45-b57e93bd3f1a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,509ff60c-5749-4b92-8eb9-fdaafe7d28e6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,e87840f3-b048-4063-92b5-ade27c79d2e9
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,3b7469e3-ed1d-402c-85d9-073e40cf9894
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,7600a5ad-2e3b-490a-8df5-caa9139542da
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,fuel_combustion_consumption,5f55cf67-499a-41f4-902b-bce518208e1c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,sampling_scaled_data,beda3043-1741-4d9c-9ae2-3c8546c01a1b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006051546875,modeled_data,a25930c4-e2e1-4650-a5c3-f6259fd32fef
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,2fd99f63-4351-427e-9ba6-3a484ae1c7a9
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,f7e694a3-96cd-4b45-90a3-7030b4653278
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,a97db6e7-5d53-47fe-a4cf-b3a7fd3c21c2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,20edb57f-597b-4508-a521-98fb2139ee7b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,c06146c6-fa46-4b69-91bc-2f152414842b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,5d7cfb5e-c15b-400f-9095-d4fe6d758580
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,e9b7de9f-a060-4cab-b9e5-ee6b9abddfbf
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,5a25bdb3-bc30-4780-8d7d-f641cc60819f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,861b3225-57ee-40c1-8ec9-39317c795a03
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,93978d72-76ed-4802-b452-941c4b06802c
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,2dbd04af-9ec9-49d1-8a87-36cb1933ca28
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,e27a3aca-c130-46f9-aa94-999d51fb34d3
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,9bcbbd1c-ba24-4543-b4fd-8907df1374ab
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,a66ee7ab-fae4-4ee4-9559-da12f2fe0b92
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,7922be5a-1275-49e9-8e54-60c27bf217a9
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,fuel_combustion_consumption,7b9bfcf3-3a94-4b0a-a72a-6c6468fb8fd8
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,sampling_scaled_data,d9ff9964-6300-4dc2-96e2-8d32d3812988
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007219199999999999,modeled_data,036dfb90-889d-45f7-8b24-ad2c74afe99b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,5fcf54db-860e-4fad-b2f9-02180a3d187f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,caef0d3c-b3d9-4a18-90dc-2034603077ae
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,16b8da96-eb4f-42db-941e-e2b89ff47e33
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,c226aa0d-933b-487e-b728-b1e420014901
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,044db3b1-33d3-4ba5-b3f7-d7fb7e51ec4f
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,22a028ab-8e6d-492b-a9b9-c80d4fd604ec
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,e3aac6db-8aa6-4bbc-862a-e169bb2504ca
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,4b955f33-e99e-44ea-beb7-fc9aeeabd11e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,87f335b6-fab8-4f06-9547-af26625672b8
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,2212c6e4-671f-4adc-897a-8ff82306045d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,48872a10-4570-4b7b-babc-1c7299506149
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,c7fbcea3-0ddd-4924-b6e6-28f37e885765
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,32f483d6-0503-48d4-99e0-2b4adefedf6b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,c0460b81-d2c8-40a3-ba80-af9368e77b69
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,6fdc75cb-9616-407d-b9e4-2ee06864fb51
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,fuel_combustion_consumption,9d384bcd-8e92-472d-8995-cbb6bb314356
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,sampling_scaled_data,1fa2f060-789a-43b0-b19b-0e1cd4ad6a06
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8193791999999999,modeled_data,ba378cfa-7bfd-4b36-a393-b353755e5fde
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,c0ab75bd-073f-483a-80ef-9bd1fbbd987b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,f7ff34ab-bc10-494d-b22c-2ab8fed81bcc
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,56a71107-d9e5-4e54-893d-8d040d8904c1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,6133da66-e2c0-40fc-8341-a24751f17220
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,276b744b-b72c-4654-bda3-3c41776305ac
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,6d1e75a5-b119-40e8-ba72-6de0348efbe1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,1a124a0c-a0a4-46c0-bce2-c20404c3b639
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,30e88475-27d6-4a9a-9ee2-8acb96ffc2b4
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,fde787f0-49b4-4318-9142-3dccfa8c166b
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,33c09a94-6e7b-4d8d-939a-805e146ea117
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,da9cb7ae-de18-4052-87e1-784ad4c8efd6
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,4360c880-4de5-46ef-b7be-21fb2434eb9d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,79f1c79a-6d79-404f-a1d2-b1da81d40326
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,0680d43d-d668-4af2-b8a6-465ea9165a97
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,5e18d455-f8e3-4648-b511-57e5a2a51664
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,fuel_combustion_consumption,6dd20d84-f3fb-424b-b00d-492dc800f921
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,sampling_scaled_data,a8d90ee5-1e1e-4746-88e2-cce34e7684bf
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006039499999999999,modeled_data,6ab12665-f50c-4641-b0c2-73d29f7e47c9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,3a5cd571-9daf-419a-9471-75b7e1007fc3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,a15dcab2-4e63-4267-aaed-43f3aed277bd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,3d095244-7742-450d-b3d5-9176ff1f6740
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,5833e208-8d17-4d31-8516-09cac293eba1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,445bcca6-eac1-4c4e-aadf-bbd369ab3f56
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,f901be0c-0367-499d-9959-d6a74af105c3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a111d17d-1174-4ca9-8360-f00758ea46d9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,5823ae1e-fe4f-4796-81bb-91365371b422
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,8a1a69bb-2b98-465d-9472-bb87d711cf59
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a2d55f6c-1537-43ae-a1b4-bbd97ecf46e2
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,6bb7e2b3-1512-4487-b168-fa1d0a393a88
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,c897547e-7be2-4399-842f-476f9c07c65d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,72398aa9-cc5c-422c-ab6e-fa8fc7b43ad8
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,5fe7533f-28d1-42f4-b963-c7b83efc4be4
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,d74c55eb-05c2-4081-81f5-8de368a2bf44
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,1c2afbc8-441a-4142-bcf6-2c33767bd111
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,dc104f4f-1ac4-4fc9-9df5-2ee352dfd254
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,50d7bc00-88e6-42d8-acb0-fd8f9d3f840d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,0750b2d7-1e1f-457f-b654-e8dabee1a677
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,07328c18-d159-447c-9f1c-dc277a08020b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,9e442f22-17a9-4b00-b127-9fa15aa3140e
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,05ae7046-e7f4-4043-9124-e7d217e5a1dd
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,c561c39b-2368-400a-a4e3-cf183de3cf3c
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,cf2e4e9f-abd8-4ab3-a188-dd1a3caebfe6
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,f464364b-feda-4789-962e-48bf3104b05b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,60d818b9-f886-40f0-83b6-0475f1dec173
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,66392914-0661-4bc7-8848-e1fa185babc1
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,bc134a05-333a-4118-b2cd-847dbefb6b53
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,00727f89-e6aa-401e-9bca-d4e3b1bc347f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,838a82bb-713f-489b-a20b-b697fca0c6b9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,e8edd280-715c-48f5-bc0a-90d8962239b4
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,3a0c4dfb-09c5-44d3-9276-62942f8ceac0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,27c720cf-89f0-4119-b22d-8854e75ee1dc
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,1658f172-ac8f-4bb7-908d-df5f188bce97
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,ca28bf70-bd5b-42ea-82a6-b84c15670514
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,6df9a2a7-591e-4319-a4fe-85c6b199fe0b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,93d4bac0-4054-4593-8a35-200b5d47f5d5
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,4341d8c5-27ef-4b63-b18a-91cacc755016
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,ea62d8b2-5495-4933-86f3-6aae7a001889
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,74eb546d-1846-498f-9272-0e87e150d108
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,59244b6b-bf26-43a3-a72f-e29c8d740240
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,1fc40a08-9211-4db8-bcff-a1e0297bcc2d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,03fa9fbe-49bf-47a7-90c2-d54d2e0d79ad
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,1cf93a22-3514-4c13-b141-388e649f34cb
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,023fca3f-529f-4988-b86f-7ca1b0f4222f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,6b531e8d-43de-47a9-a420-49f0d777cba9
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,6ae6fa26-2fd2-4762-abad-85daa634bcef
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,471b4da9-2eb7-48cc-ac39-ea926fd4d642
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,14bcb1a3-bbf5-4191-98ee-fa7d3b348aca
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,2ac8306f-fc4f-4531-9bbf-ffe6a8e1b521
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,1d0b2c37-d808-4137-8b4b-3d408390f195
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,eef1cfcb-6e4f-483c-abee-d5406955d43f
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,b53cac56-7b68-42bf-ab5e-2a0446266535
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,613d31c9-c12b-4d96-ab3d-cc2b19a8ac58
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,d46ca765-5a3a-48bd-af83-5efcaa54b337
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,e523f16d-2629-49ec-aa04-7cf5997545f1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,215958d3-870c-456c-a6aa-49cfeedf6a5b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,170ef9cd-d5d8-457f-8500-76d88e0d06d6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,81cc6c93-61b0-40c5-a4fa-5a44a1ca777e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,8cbb3c50-9616-4743-994d-a17622b41636
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,09c9ce71-4942-482d-ab92-9b95bd873312
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,f57ab807-c286-47b5-ba3c-b4b1c3111b03
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,6d9f3377-1ab8-4a5f-b3a3-f6d307e76881
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,8303a39f-7b25-4c7c-9739-6c4bee5cd64b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,cbad9e19-ffa5-4f39-bef9-754b39428070
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,0027ff3c-9095-4dff-96ab-9b8b0aecd9a5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,7237d883-404a-4e68-a571-9a4f819e276b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,c6cf392d-c449-49c5-a20f-37b544e1c431
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,32167717-b670-4cb1-8710-1ad6205e1c34
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,fuel_combustion_consumption,e184893b-7eda-4fdf-bb44-2e1d9e87ef50
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,sampling_scaled_data,45c6fb38-3b4b-49a1-8e33-36e44ff7da2d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00072912,modeled_data,c05d5a16-d56a-4bf1-9510-dea4b69ea978
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,ea8ff604-2421-4eef-9c9c-8fb6e976d27e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,870d12af-aaaa-4056-a41c-57108c81700e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,940e0cdb-bf8e-491c-a8cd-7e585c24a8d6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,cdfa1503-22c3-4036-989c-5b35759a4feb
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,2e87b0b7-4660-4835-9572-80e2440e2262
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,66f8b1ab-fe5c-4901-b525-bd455abc8da2
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,41005b36-8162-49a8-b557-3764fcd11765
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,e60574ed-91ee-425d-b61b-c5940e225255
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,8d1dbb29-f61b-45ba-b5e2-929565434418
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,bfd39894-1a00-4108-9126-e9269054b58c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,9b5c58e3-271c-444b-989b-537b21e50970
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,06a8d870-ffcd-4672-a3ab-699ac1692ef9
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,7a065e2d-5a0a-4cb7-b378-93debe776255
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,d71f8e26-7e3d-4b6a-85e5-bbd3a9efa81b
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,711e586f-e7a6-43a2-9ecf-33c6c63486e1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,fuel_combustion_consumption,9230a072-370d-48cd-9695-8e5c0a18a395
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,sampling_scaled_data,519b95c7-29a5-4efc-be88-3974a4c2ddf6
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8275511999999999,modeled_data,2cb3bccd-6bae-499a-98d2-2afa96169af7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,f18564cd-9f39-454c-ac96-f55b607eb584
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,b018c052-3c9e-4b1f-bb91-1958f3c537ee
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,74ada9b6-87d4-4d4e-bd85-f268378ef58c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,4313763c-47eb-436f-b2b8-a97a28e038ef
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,792aefbf-d253-4da2-9b87-e5d863e373e7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,e4336b6b-a052-46a2-ac3b-003804035959
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,a9d0c6fa-96ec-48da-a9cb-5addb653a2e8
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,4e6b8e7f-125c-42e3-b0e2-3d276254bdaf
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,1fade186-2cf7-4392-b332-18fbb69df7db
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,e595599c-4089-4af2-b121-a180708bfda1
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,135c7f41-6a3b-4528-b4a7-b1597e38d647
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,962b5536-8c5d-410e-9742-92c23dbe3276
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,fe83887b-002d-4e11-a30e-de48edc680d0
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,faf62845-66f3-490e-9a54-5db1f2682da7
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,cf1abcd2-2824-4173-83e6-5b4da856ee8a
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,fuel_combustion_consumption,67175c82-30e9-4714-9d3a-49403c3a6751
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,sampling_scaled_data,fc2d3454-5b95-42d7-b9e0-8aa660b05551
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006099734375,modeled_data,24aaaa81-4300-48bc-b509-ce1b4f5dd0e8
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,10c0fd46-2579-4699-86ac-61d44ef7cdc6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,46917c58-8bd7-4fb8-b34b-edf1790a74d7
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,1356cd41-14d0-4da3-aa87-7c29073362a9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,f0c075e7-99ff-4043-bfd7-e2132d006ad8
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,311411f6-49cf-4db6-80a0-b2f6e78fdd22
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,a0d2005f-7676-4c7b-b7b9-f75bd1cc618a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a62c0451-0aaf-4f9b-a5a0-7c0473c5603c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,1a4dbcab-1045-43e9-82ff-ed780b65ef01
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,6323b7c8-3ac6-4546-bf3b-76b25722ee86
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,3844262b-523e-498f-b651-1cfe85792631
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,caa358c1-1eec-44e6-8d56-6e4003083b70
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,737c407b-33d4-4cc9-9575-5b0db6a52c69
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,a238f9ff-36e3-423a-895e-933cdfa90df5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,80e27308-c631-437d-b120-8e6f87c761c5
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,5f090547-c5d2-4894-a8a0-cff672799ca0
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,fuel_combustion_consumption,7402b06d-c1b7-4821-9469-6938281113c9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,sampling_scaled_data,b3295725-8bb1-4ba3-b30c-13fc9d0fa476
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007243199999999999,modeled_data,4b4f6fe3-1181-4a7a-81ef-0d47313b2be4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,b3253d43-09f7-407f-953e-04ec168155dd
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,b6a9606a-ca6b-4bb8-b280-689c3a1a72fc
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,ef4af0bf-a2fb-4d53-bb89-fdd4d7dbdba4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,a32c3d2b-9aa3-4076-87cd-8e1003657252
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,928c7b96-29d8-4942-b3e6-579fcd675960
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,30f5ca93-6fc3-4d8f-97a9-b7b5fde1ec7f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,297e08df-116d-481a-8bcd-9bbf07222ec3
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,f42953ea-188d-41b4-bb38-012bf8d97a98
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,cb27c8d5-da01-448b-ab44-07f23b644790
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,537783d6-3a71-4622-9fa3-fc1c61546704
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,73cbb5f7-b8c3-4dd1-965c-f8fa83126d6b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,ca00801a-af64-4a05-8b4a-4d03c773c363
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,f35ae62b-7f73-4fb7-89bf-99140c148e56
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,73cdc941-5c2c-4895-9a8b-6d035246935c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,6f0d256c-8195-4721-aa8b-eb3c2247e684
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,fuel_combustion_consumption,4dd9002c-9d6f-4e62-a951-ad470602bf42
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,sampling_scaled_data,6724300d-3b1c-4fae-a45b-80b5e63b8fb9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8221031999999999,modeled_data,33c11627-4773-4a05-ad51-86c81cf49abf
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,015d67d4-1b93-445e-90f2-634fa45b8971
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,786a850c-2903-4b4f-9a8f-82413690c442
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,0e772849-d9ca-4d97-90f6-2fff245ba15f
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,f835b429-cad3-4d63-a2e8-e5f1225845fd
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,900f5c6d-81f1-49a5-8900-55db5f900d48
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,5b56416b-9d2b-4bfb-845b-b2e6dc420c5a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,4813a0bb-3c3f-49cd-a4ee-e72f521d694d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,7ce51c0f-df77-49a6-9d5d-f1d59f1bed04
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,e179baf2-236b-4f94-8b8d-2c6deb1e59a8
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,4a1061e6-9585-4e97-b886-b95a459caadf
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,ce680924-20f4-4638-9ae3-d0ecae454923
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,a07baa9c-c648-4c92-929c-bc404e2ead84
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,15441795-7c67-4eda-9bd2-5b1cbaf6fea9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,7c555ac6-687c-4cf2-9850-39c4e0cb68e6
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,7f2c28a8-476b-4b2c-bb73-05ebe8e2132b
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,fuel_combustion_consumption,6d38d5ed-0c2b-4fd3-bab6-57c40ef125f9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,sampling_scaled_data,76732f7c-53ca-459b-84de-077a6c0d1cdc
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0006059578125,modeled_data,742090af-3abb-409c-9334-c2150bc14035
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,4c55b397-0db9-46f5-8edb-94ab9948c8ba
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,925dcaef-634c-4f4e-8896-961c9e992fd4
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,e581eaba-d328-4fbf-b615-1a2d1df697a9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,8fc201af-8b09-4151-a83a-1e783df48691
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,7b8dd828-5c22-4612-b79e-d88b8d9ea0a7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,2acd03f1-9b46-4de1-aa04-11af5701f17a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,b4bddf03-b13a-4203-8785-8380bd4252d5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,42344ec2-030e-4e93-a622-3764d50cee24
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,1e239cc2-fbff-4fc1-b29c-64b06e8ba711
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,414dd373-adfb-4845-ae03-c7929f85dfc3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,fa5544fa-2207-4e5c-b819-214255edccba
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,b24abeda-ed68-4849-8f82-956ee93b20a3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,d0b9d4d1-c59c-401c-a72a-f4ff2f1221c9
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,f79a41bc-b2ad-4528-999f-98e66cda53d3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,b5e5193d-b838-4a33-ba42-a9592de13995
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,fuel_combustion_consumption,6b187e99-20f1-4dd2-94f1-3ea8e398ac80
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,sampling_scaled_data,7ca7d631-4a95-4d7d-b41c-dad7f17e8821
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/kg,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.00071616,modeled_data,436286d1-f09e-4041-9c37-278f0d58c034
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,0d5bbfe1-307e-405b-9aba-22743176f6ac
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,9cd983b7-beb3-408d-91c3-335e30f4e807
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,eed205b6-1db8-43da-a441-aaac92c31878
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,9a5d87ac-6b33-4ccf-a1b5-d904579c1cea
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,7e021c13-4f2f-4481-9ab1-265435c93406
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,f46c99c7-11a4-4f21-b146-6b9fcb3b13b2
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,9d568074-8c0c-4e7e-a55d-1d588916becb
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,713b56c5-719e-4eee-ba7a-667b7a5d66b5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,b66f3ec3-ded9-4807-9302-624dfcf252cc
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,eef3ce74-b053-4de6-b818-b2440c2bffb1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,421e5cf1-af6b-4f47-9808-270210778b83
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,1276ab8e-dbdd-4447-8453-fc30b6bd4ab0
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,c968aeb0-7635-4d95-a51a-babbf157b22b
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,45f415cf-ebd3-47f2-bdb8-61c35203d739
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,de839b5d-0a56-4cd3-bfd6-a0eb01edb6a3
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,fuel_combustion_consumption,aee1d9bb-1e7f-4940-b608-8aef86cf564c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,sampling_scaled_data,3c163ee9-559a-438c-a2da-1cd4b9f3c5b6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/t,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8128415999999999,modeled_data,0f5d0d82-0dc9-4761-8815-9196393b0d7f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,61cf41b2-b586-419b-a58f-a7f7069db34a
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,96c8bbb9-1357-469f-8edb-27f4df8629ad
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,8d576108-3458-4e99-9bdf-d27929822221
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,48eac9ed-eb68-4b35-aa36-0351df518192
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,a7e6aaab-6d5b-4086-8d8a-fcefc76f36e1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,4024ebe8-3731-41ef-8bae-35b751706f19
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,05416579-54e5-4112-ae22-02e98c64a9f1
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,9d39ddb5-8744-4191-a934-c6055375d782
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,e9c5b80e-724c-43d7-ada5-6c4bd49798d5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,083a0adb-bd0e-4a07-8956-49c96acfefba
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,1633ea33-b8d8-4c85-9d77-731d3b890980
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,4a73583c-6b9c-4d08-a979-d6fe03853954
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,1cd6bd51-06dc-4323-bb66-aef6d6da4d43
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,c3e85f03-af52-4c38-b589-12d4dcf4c753
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,e27ada29-de71-4955-8597-c7f2c1df6cab
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,fuel_combustion_consumption,10bd3a7d-fda7-4763-8d93-82e368e1d555
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,sampling_scaled_data,1241f347-5a0e-4869-b639-fa3e7f66987d
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005991312499999999,modeled_data,1aec9207-6f29-4bdf-a926-ed150ee4b25c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,c6712729-5429-4821-8a8a-934cbf5c870f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,2daca112-7172-4850-9d0c-10a02230bb17
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,a5f61132-70fe-44d9-9a56-a7d6fe030085
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,91926306-58b6-4789-af06-5a40bae3816e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,7fffa724-a1d5-4cf4-bb3d-607360d53436
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,9bb2ed86-1b3d-47cf-b204-1f9932fadc46
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,0cce0a37-e220-4950-abda-9ad84af6bb82
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,54f6d356-2382-4aad-b149-a4e392c9ee8c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,040851f6-1b28-46c1-a177-e2bb5c55987b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,72ee827d-e01b-4607-97cf-63cade16b482
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,2d01e05c-1be2-489a-b24f-25ba62bbdcf6
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,9b43576a-8e98-48e5-85b8-dfc5111e69a0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,a6fc1069-8a46-4b6b-97b2-e4e4cad47be6
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,4cf9d6b5-9bd2-4c2d-b5d5-c3d69650381b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,146e0710-4dfb-41da-ba72-cb30b7a43192
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,fuel_combustion_consumption,53dae8aa-21d9-46f7-a999-4397c9a5481c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,sampling_scaled_data,218c1648-b2a9-4db2-a9ae-067e3efb8e60
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/kg,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0007051199999999999,modeled_data,3471ec5b-2131-480b-9a53-046280f156f3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,1bd2cf24-4858-4b3b-bb49-a68da2534711
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,156b389c-0e21-406f-ad1c-fb452270c28c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.1.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,e3c71bc5-7418-4bf1-af93-ebd5224d1ea7
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,141e01f9-588d-4c6d-b8f1-3cf547c2125d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,7515a61c-1d68-41c1-9626-9d6e3294292c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.2.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,4b9a1846-03c8-469d-9444-85258b004dc4
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,0601348d-9b60-4bfc-9391-72bd0123dea1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,0c0820c8-d998-450c-a718-9dbe858e2907
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.3.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,daf14b32-d873-48d4-adad-5dc6c9bccadb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,fefd0c7e-b384-4176-b1e3-72024f86531b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,ef808060-ed76-4946-a859-d795afdc90b0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.4.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,55dafbc0-94be-45c7-ba2d-e98ba90f8e60
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,a05d928f-1312-445a-9d28-1a30a53b0afa
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,3e992d4e-f1b2-4679-b188-3ee3486a008d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.5.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,9bdd716b-722d-4c96-8549-797f87b34a0c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,fuel_combustion_consumption,73a2da57-97d2-432b-afda-2aad58c44f6f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,sampling_scaled_data,9f62096c-59f4-4775-ab0d-1ede5848082a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/t,,,I.6.1,0.7,kg/m3,54.48,TJ/kt,0.8003111999999999,modeled_data,a141c511-4ac4-4bf6-b927-8f9dd29b9eea
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,0e2a2314-1cd5-47b8-8b9c-77818f83c053
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,c5dd1731-70a8-4a74-a316-cd5c4f767af0
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,d40037ec-6e3d-4ae5-8241-c114a1c64970
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,f017c3a4-1331-4131-8cd4-cea7af053bb1
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,58cb44bf-5f96-44ec-8ba1-3ef16cb1181f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,4538b298-f170-4e16-b47a-43dd34050bcf
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,cb4e5037-8667-4563-96af-ba8033695e83
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,6919d3c5-1021-4026-82ee-e7b2c6b392b3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,c6bebaa8-f899-4204-a8ea-2a6d6865b0d6
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,5b228e69-f594-4f66-b6d2-dd884cfbe991
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,955c04f8-4a78-480a-a5e2-9fa13a99a501
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,78cded8e-4658-4afc-ad7c-186cd69a0a21
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,b42ccf2a-a32d-4125-98e1-f55f80dabb1c
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,0c0a270c-955c-4116-ae0f-bb9fa032e41d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,55e1ec08-4fc8-4dd1-bea3-39ccc40593ac
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,fuel_combustion_consumption,2cab1964-9fc1-4cbf-b409-dcc186d9d3a3
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,sampling_scaled_data,ef92c4cd-d393-4c4d-ab1e-33893413a314
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,4.015625e-05,TJ/m3,0.0005898953125,modeled_data,863041c7-9a5e-4d9c-8c93-cc9ec3c3db34
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,b345fcd0-36dd-4188-a2c1-d76b2e52f9a5
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,691952cd-c249-4659-b218-5d90c19540f6
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,c4b96381-7848-4867-8ab5-7a833cb3dc87
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,9ecae570-8315-4eed-b51b-23a4bc75938f
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,e2f62211-5e77-4090-9e29-176865b7900d
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,db6021c1-f4fc-476b-9d96-1fd45cf22d57
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,1834525d-823d-465c-968a-ae0e9d5146a0
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,e63cf1a1-678d-41e9-84f1-a085394bd574
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,5a4ab742-a01f-4b6f-acf9-f3877b8effdd
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,056cb2f6-d47c-43ed-b9cf-cfc424bc0790
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,83af8199-d186-4374-9039-3b242b90e80a
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,30cccf03-8d31-4120-ad19-558938070779
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,55ff26d3-6393-4b2e-9787-ff2806b01784
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,ff05b18f-197f-4ba3-811d-1a3436122bb3
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,af890e7d-fada-46b3-80d3-d588ce097132
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,fuel_combustion_consumption,87f27066-32c5-42de-be65-a5c5d61663bc
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,sampling_scaled_data,2b359ef5-b1b8-4b3f-878c-42e908fd98af
-17158,"1.A - Fuel Combustion Activities
-",CO2,Anthracite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1506.0,kg/m3,26.7,TJ/Gg,3.951322319999999,modeled_data,22ee058b-1a55-4e49-b9df-7a2c2a44ce9b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,17f60ff4-c0dd-4d2b-99d2-dbdcb75cd180
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,8ad6d5d7-9eb2-46f7-8d8a-dc7195868a8f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,cc60c23c-72c2-40b0-b5de-a1bca9348ba3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,fb9d4ea9-c099-42b3-a3a0-cd53d71f1d62
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,20be3fcd-29a2-4725-865f-be897b863c5c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,ebbe0b2b-e504-42f1-81b7-b3741788b67b
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,8da1c10e-f124-4889-aefc-710451d8b7c2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,2e1b6381-39b7-436d-8e29-b75ec84e822d
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,91f89576-19e8-4f04-a623-bd45fc53d726
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,44f93ac8-a136-4524-90f6-248c5b4dffc3
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,9b03257c-4ba9-44c2-8681-ef773aff2ed6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,0952ab5d-8a76-47b8-817c-5f3bcd8d1b49
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,dbd790c1-ffb4-4a64-950e-30405d563656
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,d307a1cf-e45a-4a9d-aab1-ecb96c51f12f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,66c2b138-0ac1-49a5-89e8-de200e3b4ca6
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,fuel_combustion_consumption,77992b27-e0fb-4bfd-8ba4-d85c10a1fa7e
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,sampling_scaled_data,1f502111-dbda-44e0-9d64-05e072746911
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2469558,modeled_data,14a89211-8093-41e7-85b9-7e224df8e6ab
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,180fcdda-4c6e-413b-a0aa-b85db9127d15
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,ed4a0c20-eac2-4d56-8336-3771d2ebf366
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,d45be779-14ec-402c-8237-eea4e3921ff7
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,c538c5ba-df7a-4671-b850-cee221b4a73f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,cf2a2c0c-1409-46d2-9e66-12cc9c4dd9e9
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,c9549a66-42e5-4394-b03b-13e4efd36a8a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,42798ec7-758c-4aa0-b25d-ac02e5004f6f
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,0135a383-670a-482f-8d06-cf373e289532
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,e000c83b-e769-4c34-b3b5-6315668b7a73
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,8cd85606-8617-49b9-b25b-2f099476f6c2
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,8f2bec6e-1290-4c57-9444-e9cbd610f0eb
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,6ac27a22-757a-4c03-8e85-79537be3848a
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,400cf654-3058-4476-901c-c80986027f72
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,91f46690-9b4c-4c40-a56c-80083f82122c
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,cfa4407c-ddde-4cee-9ceb-94aa16d90818
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,fuel_combustion_consumption,a7f20144-2418-4fc8-86fd-9d582239c452
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,sampling_scaled_data,1856af2c-3b9c-494c-8a99-5aea2d7980f4
-17159,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0330090999999997,modeled_data,67cb9465-becd-42e2-b4cd-828812759ba7
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,a0f6925e-acc4-4969-93df-c1de4e64ee63
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,d7dfd9e3-11c3-45be-a02d-56c306bc0697
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,437dc336-5d54-4f72-bfc3-5cad2b9adc97
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,d779f9ed-4844-4ec9-8be4-b39bbea9ffb1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,a81ab8d2-efef-42ce-83c7-c8147b807c1d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,676f910f-7aab-4068-ba80-ed9c0232ff2c
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,0a61b6ca-75c3-420d-b318-b3da132929f2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,35b46279-b17a-4916-9dcc-1936f0f33697
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,26f43bfa-6c0c-4271-8372-389fbda8d936
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,6b8e5333-4262-466e-af24-6e6d475a87f9
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,afc526b7-d54e-48b8-a1e9-c39c43646bc1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,ea995521-a84b-4086-a22c-f1196b8d8fd2
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,4101597a-ce0e-43b5-8cf8-5aee57f927ed
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,09437005-b95c-486c-a56d-519e1f8e3f97
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,4a656177-9867-4aa8-a94f-4a2cfc24d518
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,fuel_combustion_consumption,ddf1d0f1-a6ad-465a-aa4d-c7d127ea9e8e
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,sampling_scaled_data,08118d0a-f2e0-47ff-9a28-d05345ee7a3d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.234222639999999,modeled_data,414e29ad-95a2-4799-bb8d-1e0b8291bf7f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,ff8111e1-b6e1-47f2-87e4-84685a921f3f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,df046c7a-6bc5-4e05-93df-82a247024ff8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,0300db43-f9c2-4ba5-901f-0f4335e75b24
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,c4f5e9d5-9307-442c-a410-186136234bc8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,b4b08fc4-0f91-4a74-a02d-e317ab868572
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,3253fe8e-8132-4768-8608-68dade442cc8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,331b83e7-ebe4-490b-b587-fbf884a0c02d
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,956279ad-c730-48f7-a3a8-daa4e62f6dca
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,dcdda7f5-2aef-4508-bee4-aaaa43bbb9f8
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,9aeac6a8-54b1-4e8b-a5cc-a71c00569d11
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,f8cdee90-be36-4335-a805-c9bd5d137c68
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,0a022ba6-b0d6-4a1e-9740-ea67316d2d9f
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,a028c30c-ccac-447d-a603-3e1478aef4d0
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,58d61a7f-7e82-4690-ba65-545d87bbb0d1
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,5a08286b-457c-4c38-9f9c-2f8cfe528337
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,fuel_combustion_consumption,07b5f182-8475-4f02-8bc6-e306f3aa6807
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,sampling_scaled_data,7f17c946-0587-440f-8bd6-addf107011c6
-17160,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.0211149466666667,modeled_data,a31e7eac-9855-4e64-9c23-3accc8ba88da
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,31abed89-fe39-431b-94d1-0c22772fab8e
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,17255ae4-ab05-48f0-a1ff-9700c853bbc0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,20d5c1a0-f837-45c9-8d96-0c044e33afd1
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,a7673534-fb22-4172-a370-415ee9311fbc
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,66e03a78-741b-4522-9465-922f9e826775
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,df66b9b1-1857-4c63-875b-56f6b716f0f5
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,8cd16930-dbf0-463a-8311-3d21591a8767
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,aa0c35da-98e0-4242-b221-cdaed3d5ebfb
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,45cc2ce3-dc2b-46eb-bfc7-13f8d325d5a8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,260ab9e8-76fe-4d06-be22-d187225d2101
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,fa6789b3-02d7-4819-93d7-2aed4881bcc7
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,b0594aec-2963-4d3d-a07f-65f251937d32
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,7a4cc6f1-d35a-42b5-9a61-58f11858c9b7
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,2b716e6c-dacb-406a-8137-aef1e1aa8781
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,0233295c-9575-4d61-af51-f233fe565506
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,2d2d750f-7615-40e3-8515-85be4227bc07
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,52204d5a-adc5-4131-b019-b1dcf3d53ff8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,442a31c0-0218-4b6f-a350-53cde9edf467
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,626a7baf-d71e-48fd-8493-164f106e0422
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,473410c0-3ccd-4dff-937b-6e5a11338418
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,7a011670-577d-487b-9886-c6fca22ab68b
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,aa5ddb83-6bcd-4b3a-816b-1d42dab47cd8
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,7d717357-81ff-49ac-93c0-aa8f14074a54
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,cb1a67fd-3130-4bf8-a772-1c9aefd2f275
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,d2cb1948-18ef-462a-8036-49e1938d8d05
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,52bed9f2-87a9-4472-a288-68bb65770629
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,e5fc943d-bb80-47f1-82df-1e277e38ff64
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,465bae52-6133-4730-b63d-f5f2be7dbd72
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,103e8dbd-a220-4049-8322-290cc58c1c6c
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,2bc06a5d-98ad-450f-8c7a-76c6c2aeb413
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,d5622f48-e77e-45ae-bcfa-41571c686618
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,5531d32e-fe14-48e9-b407-28d96e1fa8e0
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,2d2ea487-d860-404c-8e02-bfaf5bded674
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,3eec654b-6f64-4855-8fa4-7231e13f3df2
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,fa207752-56ff-4e06-8a3b-0e710c2acb35
-17161,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,d1768154-3a1a-4038-88d2-f47222d7d899
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,b53d8e72-8f77-4adf-820e-f8e0c416a662
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,6a40d411-83fa-4bdc-a574-832f8c8893c7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,cb2af2e5-6cc2-48c0-8f9e-633b4d62b9a6
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,da089190-9f40-4538-a7db-c5fe3bcb30de
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,d6074c44-57d6-438e-9b92-87ddb2a914fe
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,a49446f6-48b5-463c-939a-840e5431a5c8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,33c17aa1-2152-4cb9-a9fc-7214125d9a86
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,be3ff926-c45b-4fc3-aee7-5a6368c9f82e
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,4195884f-c990-4eb0-9cbe-580c9a3027cb
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,5a0541dc-4b17-437b-8147-704575be879b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,16cabdcb-29fb-4998-ad55-87a328acba62
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,2b4b2acf-93c0-479b-9579-cac7017dfdef
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,2fbce85c-fa95-4e31-ba7d-59777d53ea08
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,c8064305-73f5-4bb4-870f-bbd47d12d274
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,e02846c9-01a4-4470-ad80-1d7ec069666f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,fuel_combustion_consumption,2b20a3e7-4e26-4a56-a229-6862c6b0f938
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,sampling_scaled_data,46becaa2-9f9d-46e2-8946-27ecd5abfde2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.2851552799999997,modeled_data,611ad1c7-765e-425c-9e1b-de0db85b09dc
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,66436d4c-f7bb-45f3-9daa-1f88c16b6ef8
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,39cb7021-d65e-425c-80fe-96c6640185ee
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,0f894130-22b2-4a84-93cc-275a10831c0f
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,52cbd43c-b327-4c73-a32c-70d63a9ab7e7
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,e60a0e95-4b7d-41ac-b199-fb546a1d279d
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,1fbe270a-5e39-4fcc-a579-77af407c7227
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,9d3d25d2-5ece-4747-9fcf-c53e4769f82b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,4b1d17e1-eb2c-4a8c-a9a5-502dcdc77949
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,105b497d-92a8-4a7a-925e-1c79b283d1b2
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,78edc774-974d-4770-82e4-f151d74d9817
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,fdd88fbc-216f-40d6-872c-44ec38f25774
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,7fd0633a-690b-427e-9e41-ae7d19408104
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,61370a23-f880-460a-9248-92bd39146367
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,ae12e3c7-3606-4b67-9a04-a8c1d68e4eb0
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,30abec0b-5574-4330-9d6a-d645ace12e0b
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,fuel_combustion_consumption,8344d6c3-6be1-437b-ab45-66ef5516e4dd
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,sampling_scaled_data,ba62b4b7-612e-4de4-8961-66460cc4d035
-17162,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,Carbon emission factors for various fuels from different studies,,"In the Revised 1996 IPCC Guidelines for National Greenhouse Gas Inventories, fuel type is specified as ""Bituminous Coal""",world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,3.06869156,modeled_data,fcaa5e5e-5e97-41b9-af34-e3dbe7ab2d5c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,8c8b843c-fc2b-4f66-ae4f-515c76c3959d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,6edfe8b4-8ada-43ba-a7de-e27b61facc71
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,afc8f41d-4d9b-4744-aa8f-48fe0b32a1c9
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,bd2532a3-344a-4bf8-ba5c-5c54f3364bf4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,ad38b8ba-6507-4475-973c-2c804fb27b34
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,9cec6e5a-fbc4-4ed0-92c4-a1235aee8588
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,bd448b96-ea13-4b46-9143-41b57fad0a9e
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,b065bd89-710f-43a6-9260-8bfcdf181840
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,d49d4ed4-61bb-4a5a-ab71-a563329eb63f
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,99800515-a0d6-4982-a269-4b35cc2b8ac8
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,95fd7259-4508-4a03-89d6-254c5f1e36db
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,992b2a05-4605-465b-9732-b8fa18f48640
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,38940d5d-e2a5-4760-a662-7d6a56c90652
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,defa4f38-4a32-4d46-ba1a-bf633a012c0d
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,11d32d2d-1b56-42a3-a476-dc3911572728
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,fuel_combustion_consumption,cf719ca5-b8f5-4d8a-8f0f-3bb8047e616b
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,sampling_scaled_data,eb16e7ca-c809-4258-944e-7d99aec7ac66
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,11.9,TJ/Gg,0.4817119999999999,modeled_data,63c62196-13d7-4792-9afc-793398f2d296
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,8a776a74-ea4d-48d0-ae41-673545a4712c
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,91000cf5-76e6-41a0-9a31-e6fc87ad2f37
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,018e278c-1e35-4f49-9cb1-10ad2a4a3ff2
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,816738c8-cea9-4da5-be7e-806953463de3
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,dc71d43e-28eb-4d2c-b736-adfbf1f4a9ed
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,acb86543-cda6-42cb-8258-38b46d331d22
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,3678395e-54d9-4977-92ba-5cc23a135d84
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,19298c53-dd65-459b-b2a4-b69eae7889a4
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,f5e59c8a-21f8-46a0-966d-3c095118de03
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,abda932c-5c2d-4a7a-8978-b2db76aee893
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,344ef6b7-8f29-4208-95f4-126ad2eebd34
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,6b2c089e-5022-4e36-b339-f83bbeee5377
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,385c28b0-450b-42fa-8437-34eaeb78fa78
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,64ff468f-ea34-4084-b863-df8dcaec05da
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,75783e62-0e87-434b-aceb-8f1a21c030bd
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,fuel_combustion_consumption,18edddbf-f3b2-4d6c-9e4e-9b59b2183695
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,sampling_scaled_data,a6c25fb3-d268-4bfd-ab6a-ed32f9a1cb95
-17163,"1.A - Fuel Combustion Activities
-",CO2,Lignite,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,14.8,TJ/Gg,0.5991040000000001,modeled_data,17ee0af1-6263-4bcb-8eff-5f70696fe330
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,5aa1bf7c-aebd-4ca5-9fb0-8d12cc9d438c
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,efaaf988-0ce2-4d1b-8fa9-135983a593a6
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,491aa582-b4e9-452f-aa9b-161aaeef09cc
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,4af7406d-36ac-4aa6-9d90-fb2e71fd1ddb
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,7294d533-5bdd-4676-a4ff-73042705189c
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,f67d9727-6004-4e1a-b38a-33241ee085e8
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,4b675025-9d37-4461-aa19-660cc6c6eb62
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,51f44c5b-ca5e-48ff-968d-9759c7ce3be1
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,9e721d03-1151-483b-9f50-961acd90e05d
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,01be324b-78e5-41b1-b914-391f70f22142
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,88d75c3a-0017-48b6-90b2-277e6c650132
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,39a67499-4279-4efe-8347-19a04d7ea8ac
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,5da801be-06f3-484b-b98c-6ca5eba341d4
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,2ebe0eca-9a80-4560-9c4f-8ef9d610efc7
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,4fbb6748-5ae1-4e8b-a76d-097dc6254c8a
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,fuel_combustion_consumption,ae737cb1-f772-4022-a12b-e745764d46c4
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,sampling_scaled_data,007212ff-1a15-47e5-8bf1-e0890d7c602d
-17164,"1.A - Fuel Combustion Activities
-",CO2,Peat,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,400.0,kg/m3,9.76,TJ/Gg,0.41369386666666663,modeled_data,cc1bcd4b-7114-4847-a5eb-30f65f17e244
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,b6577304-688f-47d1-9b08-b0f60079bbe7
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,ae4a510a-2430-44e0-a4bc-5b6d250bb677
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,429ffa5d-fc89-46b5-a850-c17883c0214e
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,e95697d6-d5e2-428e-91cf-1ae40663ddcc
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,a557f9c1-c576-457d-83bf-c7d6f4feaf89
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,069ecb57-cb60-4e7d-b6ae-3c8a1dd76d61
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,3e65b332-536c-4465-8898-b957df99f084
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,3adacccd-a914-45db-a7d5-db1cffb9b383
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,ea62ec1e-8db7-4a7b-a569-3b63eaa62ac4
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,9b3c6d6a-5432-4604-b9d4-4146c81fe9c3
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,f507c9bd-6a99-4878-9b83-882fdc68e752
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,6d1337c2-2b5a-4513-a7de-86fb7018de84
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,1096d36c-ab52-4ee1-bbfc-caedde08bfec
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,8a823cb3-a39e-4b95-a5e7-fd42bb8cd7b0
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,91408490-c56e-455c-aed6-6e8c8f218f15
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,6b9bfe2b-fd73-4d19-b5a7-8b9604ecd972
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,79f491a5-2d2d-4ff0-b8c4-a93369acde49
-17165,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,0498a5d9-ff91-4e79-bf4e-f93747fb693f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,becfe74d-7746-4d78-b64b-ab5c5d50d023
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,ae579b7d-7e10-41b1-89cf-12743eeb1797
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,f72c520c-40f0-41ba-a84e-e26dd0f255f9
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,2d202c4b-3561-4471-87e1-b2e19f43f0cb
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,d5cde1f1-04a1-4c45-ae7b-a5db98a1bfcf
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,16589050-11db-4bc3-86b6-3abc044e0489
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,a94bcfd4-949f-4cfc-938a-84c605559d20
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,9bd87609-a9d8-4ff1-829b-026102b0c9b1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,487f7229-6d09-4752-a7d4-9a6de2c42466
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,4b3cce98-9b54-46ab-bd0b-bc85fa1bb698
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,60dab209-e572-48c4-a377-0928c0ad9509
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,f61ff794-843d-4640-994b-bdbd0dcfed03
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,27cfe4df-17d7-441e-80a1-eb1ad65f5c19
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,dd40a0f2-cadf-4fc5-a328-5919ec636339
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,d143cf47-cd59-4089-8c92-bdf839609d5d
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,fuel_combustion_consumption,0f18018d-6244-4900-8c6c-6bfe347ab1f1
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,sampling_scaled_data,326ac386-b7b7-43bd-b93d-541dfba3bc2f
-17166,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.60568,modeled_data,c6b2de26-c569-4d52-9a43-2ec1dd49bdab
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,37305636-9b9e-4961-981b-2e659c72992d
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,4d4ab780-dcda-4ad9-a3db-d46580034efb
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,0f53577d-21a1-48e3-b0d6-37d65e193844
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,4e39bb3b-0e4c-4af2-bdc1-312ff44ac12b
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,0b6e14ce-94ee-4105-a69d-a79b95c4b6ce
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,88c30c04-c65a-49af-9ce9-fddd6917c14f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,df8df4c2-f9a3-4809-8bd9-de0a263d87f8
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,3f3dbc16-3b00-490e-b32c-2b265ff3bf99
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,ba060395-84da-4b66-bd99-b8635d798dab
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,8a3dc85b-f37d-4548-b0c1-2d665edf8d80
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,bc591e21-d182-442f-849e-2e6f30df04a0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,ae513ab6-9108-4b71-94c0-89a294610853
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,6a51d595-de06-497f-9223-54544a1a2be0
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,d9d1e2c7-31c3-46f0-8e78-034bf83b6c57
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,9afe45f9-9990-44ec-a373-dc276f996fb9
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,629c100e-d924-485e-a5a2-6d7207bfb9a5
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,c4566896-26db-4f5f-b2b9-cf47554f3b0f
-17167,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,4fd8e5d2-6165-4feb-8cd3-8094bc82b1ec
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,81409198-9b77-4ec4-b481-8c96a093a2dd
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,1bd46ec8-5482-442d-8e5a-117357263eb9
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,afd19572-4c8f-4b4f-83e2-d432bead4026
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,289ec255-4e7e-46a5-9836-8c087b397184
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,8e9c990c-5083-46e1-8285-dc2436960205
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,dc984e3a-b6d1-4b11-9bfe-cffabbc98372
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,da9fd12b-1669-4111-8274-785a5fa7eb43
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,9977f981-11bf-4f4a-9e75-610b3b97c279
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,1dab0f96-e79a-45f0-9bda-1930b1545aa3
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,ab43ef62-09aa-42f0-88cf-024b9df135a8
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,81eb0448-edac-497d-b3f5-82ff28b0ae33
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,fd7a03a0-b861-425a-945d-bede9d6e8a88
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,082d9371-9500-4772-b773-7ad52a31014e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,e8e9450e-d53d-46b3-90a6-93e6bb5fc1a1
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,996e3823-23f0-48e4-bf8f-95de9a2349a3
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,fuel_combustion_consumption,1b48a3e2-51f6-443d-a5c2-bc3184a31b3e
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,sampling_scaled_data,89b7b29b-f9a5-4891-8cb9-ffa17b05336f
-17168,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.4815999999999994,modeled_data,a163ce10-9beb-405a-8ea7-8cafc81cea03
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,2a62effd-7277-4738-82dc-948db28c73e0
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,9c25fbe2-e473-45d0-909f-0ab6f15b7f39
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,7b18a9cb-dbaf-43c8-8e6e-196cc7d3b041
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,901a8106-9157-470c-8097-589a81e2eef5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,96dd03e3-0f1b-461b-8c34-5d4b8bad145e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,bec0824c-7f1c-454e-a278-e06d78ec6dc9
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,6d097d74-d1aa-4e70-a181-b14aa4ff79d2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,2c7798fd-8a57-4f95-8163-bed12f0b7d4c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,250ad47d-1da9-4844-bdba-33de373b3050
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,eae737e0-92a0-4c79-b2d4-11089f29d2d3
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,d919c9f4-0d2c-4f72-a188-f16e9c0a8f12
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,77d3c772-25f7-4882-a9fc-814aba9cd473
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,eaf66868-69b0-4955-be2e-e6bb4a24bdbf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,45555af2-856e-45c4-960a-9276f31bb746
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,aaa86fc4-c320-4a7b-8cf4-6566e81a2534
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,fuel_combustion_consumption,0cb45448-d963-4ab3-be3f-7ff02c30e170
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,sampling_scaled_data,eddd4027-7e07-4321-8205-b88a2598c7ac
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.3318929333333327,modeled_data,a4d83d61-0b35-40e8-9fb8-85d9cb103f20
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,58d63dee-d5ab-432f-80b6-f4c6ef85566b
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,8361c561-b2a5-48a6-bdef-cd8141633361
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,ab58e64c-5cca-4384-990b-79222a00d26f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,32e01ee7-1cb2-44f8-b9ff-65216d6103cf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,9203c8a1-72fe-4088-8fce-ab1a8d9349ed
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,ac057c60-5c47-4916-b50c-a19ffff5b1a8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,c44dfbe5-7263-449a-94c9-3d8fe79c656f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,8b33179f-418d-4297-bab3-1528d9220a1d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,5aad5159-f6a1-4e85-a2c1-4aff17b1fa44
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,403f45a1-2dcc-4292-a919-b826752c5228
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,c0c6d856-0c60-415f-b95e-7a8e685e773c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,0d9aa14e-b6c6-4d1f-b904-d21f28e331ff
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,c1c37320-619d-44bc-90f9-a49f581db3f6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,83dee837-a2de-40c1-81c1-d4f0b865f8de
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,339ab715-43ee-47ee-b305-69636b95d750
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,fuel_combustion_consumption,99447464-8db9-4a1a-85f3-24770ee2a78c
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,sampling_scaled_data,771a4cc0-8dcf-4673-9970-920f84bd6c9d
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.27083208,modeled_data,6beb8003-4215-4a7a-ad52-898c0d4df1e1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,85b07973-c3e0-4ebb-aa4a-51ad652d43aa
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,be53c814-f978-4b15-8470-6c0eeaaaeff1
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,375c2b4f-bf7f-4d8b-9315-2f6d752424f6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,d42c4bf5-9302-4cbb-8876-c2568c5387fc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,6ee2094b-8ce4-4c5e-9d14-63a8ba2d63b2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,fa65a023-6d9f-4206-b75e-879f3b033458
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,32bf9309-58d0-43fa-a889-2df599e3aa84
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,87ff6081-c295-4284-9770-2878cf09e6f5
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,e09a3cff-9878-4aa7-9c00-9b5756eb3a64
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,bdaea095-778e-44da-9fc1-f229c425c933
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,a0e50c1a-9f1f-475c-a2ef-8f33112fa351
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,94b5e3d2-2604-4147-93a0-088d3f18938f
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,b2513ae5-b1ca-45f4-a3f4-a986a2d48fdf
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,80541a3f-aad3-42d5-ade6-266a44d15b0e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,3f5c5c0c-4954-449c-b158-4d76422d48c2
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,fuel_combustion_consumption,22b1c912-c838-4b7c-b227-d07cb004b43a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,sampling_scaled_data,237bfd42-5236-47e1-9522-cdf6acd8f962
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.252408546666666,modeled_data,ab3af958-d331-44c2-8044-0d1107e1b754
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,0dc2a60a-4444-4e41-9637-f6e40493441a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,3bb3828a-c11d-41fd-845f-ce0e79948a31
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,75677486-404a-4f2a-a9cf-8b75ff78a5d8
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,3bef4893-a3c6-40b0-ac47-c24c96f615cc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,7798467c-061e-4cf7-a308-712685306996
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,e01fbf59-fb0c-40ed-91f6-4c8871efd9b6
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,99c37335-7fca-4528-b4f1-def0f765b655
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,ae2f555f-2a9b-4a63-b713-0d5dda0f0006
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,7aad678f-c1ee-4450-8608-eeb7523ac324
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,30cedd03-2feb-4447-b844-9982d1eb16fc
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,5af17a1e-f5de-4556-a4af-3f11e9568f28
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,b3176949-dd3f-4d75-847c-f35823368bda
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,053ed471-f0a0-409b-a396-63318b537f96
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,7e3e49a0-f23c-4a8c-aa30-cc2db6305019
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,93e3621c-5958-437b-841b-c4faa406316a
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,fuel_combustion_consumption,361baea1-9221-4b35-bc50-83a2720b465e
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,sampling_scaled_data,c3d9afa5-5a50-4c78-8f0f-fa15fb2cddab
-17169,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.2650418266666663,modeled_data,57858634-e01f-417c-99f9-764982c21088
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,52b1dbef-f1aa-4771-a369-e4a78f59fd6c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,2063d569-057c-4f9c-949a-4cb26780815f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,613336f9-6706-4519-b149-8cc9f349b782
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,dc946480-5780-4e29-aa4c-ee5b707087da
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,e871e3ca-b65e-43a0-84ef-18e4b97ab18d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,1cb03a6c-352d-40a9-b4cc-06b558a96cfb
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,79f12914-b896-4759-aa34-d062dccfa9c7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,a6ad79bf-565a-470c-a909-42dc92acc57e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,4c6242b2-7fae-4e10-98f6-fdaae7c31cff
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,425f94b2-b2fd-449f-9bba-b0da72b79257
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,d7aa70c2-bd75-4ef6-bf97-85a11966c9a7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,5516db9a-ec0b-4296-9f5b-467a6e104144
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,936cfb2a-8ba2-4c4e-bb4d-ed4becb8cf54
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,4c764585-73da-4894-ae4b-6e23dc50426c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,529b4a7d-2b1b-4113-9762-41340b17c22d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,fuel_combustion_consumption,c3c782ed-9da2-4239-b9a9-44ca16f91f94
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,sampling_scaled_data,6fe16647-80f0-45b6-a17a-6f71c42d9f1e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2717925999999995,modeled_data,5d5e0852-7a5b-4c1d-bf4d-6fd4355dfd6c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,335abe12-cf34-476d-aa72-2e37ac891fd1
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,4e100509-6593-459f-a832-75432015a82b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,2da9cd69-0813-423e-9cb6-89906efa2c3a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,373175fa-528a-4566-9849-a9d52879cf31
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,f1ff9148-fcca-4a85-bfee-eb16a3e54605
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,51a3387e-d82e-4750-9549-c1a45951237a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,15854031-1850-4647-9416-5a24ee634813
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,540339ff-ee7d-42a5-aad7-58eb2b03b0f0
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,6c201ed9-f2dd-426d-82c9-721008b1f6b8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,6aa7a50f-44eb-4dba-baf0-3b104897c34d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,20a48bd7-ee84-4c7a-9257-9829e2edfb57
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,86e8c7fb-f193-4702-909d-ad103e26d9ac
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,2256df90-8399-43ae-b41a-6962433517f3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,994f0ef1-f75e-4980-bd38-858f33d122bf
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,48993a01-b7c7-4864-b63d-840a087067c6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,fuel_combustion_consumption,4f5d1997-f20e-4cfa-bbc7-3eea77382979
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,sampling_scaled_data,20fe363b-7ffa-4f15-8098-3fb17dff3947
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.21230548,modeled_data,520eaa8b-dc21-4fb0-aa3e-c6dcde952f4d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,dfa7e473-8cdd-41ca-9b36-52dbb343b937
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,faec93bc-8d75-4637-8014-cd236486693c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,43e64101-3a47-45d5-9804-294ef3ba0c22
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,b4aa236f-f633-431d-a73c-7e6970737756
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,fb294ff4-abb6-4b1d-8c00-367686d6c65f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,b8a51e56-1e8e-4fb5-8e8a-9bb429a9075b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,8c1c3ac4-01bb-4990-be52-12a90dfe8e72
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,9f6ecad4-bd68-4791-93b7-eba414e820f7
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,6b93d6df-1bce-4caf-807a-2756a52013d3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,3f1fe9e1-eb88-4b0b-9973-a5474cf4c5c3
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,76901332-d7ad-49b1-8f59-7d724b444ea8
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,7efb9b29-b13e-422e-af48-91fd2620b39c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,533edf46-c138-4003-8acf-734d9b9b0584
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,7f407ba6-3880-446b-b358-cbc02e9cf714
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,0747db86-9b91-4435-90af-7e9496fd8ac9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,fuel_combustion_consumption,e40095c3-83ba-4983-ad3b-5e4453be309d
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,sampling_scaled_data,9de8475d-2c14-4360-9039-28dbeececa45
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1943567799999997,modeled_data,ef629bff-4e05-4f7f-9c74-f725d93c1700
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,fdf9e425-5662-4a26-92f7-b539572c8f4a
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,2571e95e-6e4b-496d-962e-c04908b8894e
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,ce5ed8bf-de9e-42b1-abe4-52aa1d9b28da
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,3b0017f4-17a0-4ac1-a673-2b8c99d3e26b
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,b3bc9493-c61a-49ac-9ef3-9dd183c0eb89
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,0c2108b4-38c4-45dc-9cec-30baa4e82621
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,a074ffeb-7609-4cae-b964-3f6fb267a876
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,02bf20d8-e852-4012-81aa-9e543d69f6e6
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,64659e01-0889-4a08-8672-78730436397f
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,6d8c7898-230a-46f7-8c4b-c0a5e731f5ae
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,631143ad-727c-408a-a218-3461bb4dd7f9
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,04e783b6-5b20-4039-b658-a334f0077e46
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,ece46836-61e7-44b8-8a5f-4fb2a938cc68
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,64ea6035-29d8-4349-8832-5728a68c5e9c
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,1de9c16c-3732-4899-a360-b133896a2913
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,fuel_combustion_consumption,35a117c0-a742-4bd1-acc6-5ec377e59a23
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,sampling_scaled_data,877682bc-6eed-4dff-9523-b80a138d5b19
-17170,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.20666446,modeled_data,f0e8f0c5-385f-4c0b-8ccd-27bde4a9954d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,de695ac1-3a96-4b36-a741-5b4da6e86eb9
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,3a9af866-2042-4a08-a4b4-d075f125cdad
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,6e4c930a-0d3c-4534-aefe-6ff607c4f2dc
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,c5af33c3-d23f-4812-bc9a-6a02e80e7fdd
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,448b248f-eebe-46f2-9020-74788faaa324
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,c413014a-697c-4aea-9151-12cfdd9a1c7f
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,9cbde3e8-1f43-4bdb-904e-e84e8a784e9d
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,aa8ac0d9-ec9c-448a-94d6-b135c974dc97
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,5f622991-049a-4e0c-aa65-3287253105e4
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,a9fa6f19-dc92-49a5-878c-04d9b04769d0
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,06134d5b-f592-4129-b804-7d0e7c4f4f83
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,2d9b856f-83be-4353-b998-43ec17ee1413
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,b781367b-593f-421b-8763-b1ca9d6d8123
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,03d58e03-1d73-475e-b281-c9549e21f575
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,935745ed-e8c2-43fe-8d2b-1f34754d9cdf
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,fuel_combustion_consumption,ef228399-44fb-44bb-a196-1ec16f31237e
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,sampling_scaled_data,056221fb-bdbb-44af-8976-31a4b9ee4750
-17171,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.4925119999999996,modeled_data,c5616190-0d71-45cc-b3c4-e1291a57cfa9
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,d90c5ff5-2784-4d3a-a282-541db5fa4c39
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,fbffdd58-9b55-4921-8673-47f7acabe3b9
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,796cc039-f064-414e-9039-57e8a95df45c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,59b2e330-afd5-4fca-b604-c21d297b3dd6
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,e8f3429a-7f26-4197-9aed-118d967c3076
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,4391b4fc-5153-4c26-b8ee-d509c85ac0ca
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,c8c1701a-e6f3-4e9a-8f70-7dd85e0aa5f5
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,c2fdabde-2ff0-46d1-8d4b-b864c907e484
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,714e2c29-54a8-4e62-90c7-20f724bcbed4
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,8c665131-49d0-4c0c-abe0-6db3031f5d4c
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,3b934b8d-cb9e-4640-9ad9-c82d3fc7247d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,1654052e-63aa-4b3a-bdea-e03d3b44a00b
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,9669843f-b09a-4b2d-b57b-ab9c73f0c552
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,81e43a93-b4ab-4869-b431-17d88f6a9083
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,6844b0f8-8586-4272-859e-20dde2c88064
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,fuel_combustion_consumption,1a709a62-1713-42a2-8d4b-2abc7bef8f2a
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,sampling_scaled_data,cda7bb3c-ade3-415e-bd87-bbb8393d856d
-17172,"1.A - Fuel Combustion Activities
-",CO2,Other Kerosene,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,800.0,kg/m3,43.8,TJ/Gg,2.50536,modeled_data,255a2360-16da-4958-9fde-36ac933e1d1e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,43c0ca6c-e6f6-48cc-a549-6cbe4570ed48
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,bae69822-863a-4a89-bd60-3e0e1cd3ff23
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,d1f8f18e-53c7-4ee6-a4db-c857c85572ca
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,afca2b8e-8590-4c21-b4be-9e21665b6122
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,2e09e81d-f966-46e1-b422-0f14aea2050f
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,02d14a13-053b-4372-931c-1806fe86d114
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,7e3cfb1c-0bea-4b2f-9a87-766c10900b6d
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,cba24320-1646-4cc4-819a-61f7621370a9
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,13240a75-dabd-4963-a4a6-540e1c991fbf
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,d95105b1-2bd3-4958-ab4d-0f0c4a4dc1e0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,1fdcea5c-8deb-4a0e-ada2-eea7116ec48c
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,610ab459-591e-4063-924b-814e794f3ad0
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,8f6311d6-bf13-45f0-a71f-6d5a833e566e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,8b6de4ca-84b0-4985-afa8-0d9ae97e6cb1
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,ec813772-1775-401e-b7b5-da7f44e0624e
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,88949fc6-839d-4117-a4b0-9d10c6842c61
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,cc558110-e7e0-4007-b976-345862817eb2
-17173,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,0914aba8-d91a-46c4-a967-23fc2b65f616
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,3efb0256-1e25-4b72-a473-607a84ef82e2
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,15bc9e2e-d4cb-4e25-ac38-9953e1371794
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,25136b93-9d09-4d91-a255-e0956db25c09
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,d55653bc-7b61-49fc-a4e7-dc76852a0032
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,14728855-f5b0-417d-a911-d4d1535b4e4a
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,319b97c4-6c4b-4d34-886d-c9834e3560b6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,ad9c0234-869b-4476-8da6-b7fe33147d9c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,2186bf1c-1de3-4740-82ea-44de0e9af4d6
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,9104289f-9f5e-4ffd-a179-c6861f7a9c9c
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,afb26c45-523f-485e-a88e-43589b5df4f9
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,ebd8c408-84b2-4499-ad0e-1458f480f8ff
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,07dbab28-12a5-43e2-ac43-a5bd3845588f
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,49a01dd2-2068-4609-8496-9c0c86a8602d
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,39315327-eeb6-4d88-83ef-1da26d121ece
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,818aa262-64d7-4613-9f35-07edc2093142
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,96dfe7a7-dc79-42f8-a8d1-77494c78c7ab
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,49bcf50c-de77-4026-8c6d-24e8ea2e928d
-17174,"1.A - Fuel Combustion Activities
-",CO2,Gas Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,8b076bfc-4fb5-44fa-b888-c432ff6f229f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,8d40d079-4942-41e3-916f-357aaeefbdf9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,2e1514a5-10da-4eff-bc57-edf6af5ba423
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,d7f6e479-3cb3-4f3f-b15e-f01203efc7f9
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,6ab5f5c0-da48-4ef5-9cde-6172a57b9fa3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,a1ac0762-377a-45e1-8f97-0508f2e0d54e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,8308e96b-bed1-4759-a182-91e3d36e3fde
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,9ec49c9b-afd8-49b5-b45c-56f86b60bdae
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,1383c2c9-3bb2-41d4-bbdf-a62123ed6cdd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,ada80173-14c1-4b5a-84ee-329faff99a7b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,45a1ee1d-c1a2-4f58-b16b-b4abae90fb32
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,c4c6479f-66f0-4cfd-a664-7d8b600b0a5f
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,ae626087-6781-4530-9761-a6ed987e9702
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,e4d7866f-dc5c-425e-81e3-af4d4ae46bc5
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,fbc60183-ba93-4c7c-9152-2f523133831d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,5a042605-01fd-4f97-8f97-e259349dcba4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,fuel_combustion_consumption,fc199776-191a-4771-93ef-1b1dfe55fb33
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,sampling_scaled_data,373dc978-b604-4b49-8fec-d92ab7a9c611
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6355559999999993,modeled_data,6380ae02-3b81-4fe0-b352-91b6211c80f7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,557ebbd7-6d17-4146-8270-230da39db0f7
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,9906ecd7-89ec-4724-9322-8b236d6c0e4d
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,e1fd3f96-b283-46c3-91e1-9cabab7a138e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,173832ef-3356-4d1b-af82-3681ec3138fa
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,347f50a0-64a3-4527-9e47-39ca1c972718
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,c1732e55-8e33-419a-9455-0ec85adf2e00
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,9901bb12-da6a-455e-8d8a-a8f491142287
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,4f12f04c-1896-4af6-aad4-8df5e7243004
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,89a6a8b5-5ffd-43bc-8b96-853a690c05f4
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,083a9869-3ded-42af-8720-83bc6979ffc3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,0e53cfd0-422d-425c-b346-77c1bcee14fd
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,886577d3-3787-48d6-86d7-eab51a41c274
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,cf0d2a83-4065-4b9e-a5ce-55c60703cbc3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,628346e1-effd-4c52-995b-00d683789b76
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,b66bd06c-5f21-4d5b-8ae3-9001d90004cb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,fuel_combustion_consumption,93342d14-313b-4a92-8e40-9d0fee78f120
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,sampling_scaled_data,ab965fcd-f3fa-44fd-b89f-04dc78519e1b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.62207176,modeled_data,74da2cba-f108-46d2-af01-47270d54133c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,c63953cd-7942-451b-9bc1-0be93439c6e2
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,ddafc1a7-c824-4efa-a998-7384d65f4674
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,5c140468-c128-4f0f-8dad-ed4d3a6b96ee
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,ac409c3f-7773-4667-9f65-c02b323a3e3e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,9d9ff719-472c-43bc-95cd-a949981b824c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,40f5ff5a-244f-48a4-a08c-eb8a4c6c6240
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,a47e012f-e3d4-44de-9585-f3e1a673c7e1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,f9610b0e-2ab8-4e7f-87fa-2a0496107b78
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,94e543fb-9c84-4150-b082-70c5b1e7af2a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,d4768838-5438-497d-81bf-048a4c911b7e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,a90a0574-ad7a-4221-8f59-b612cb5ee9f1
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,14a2917c-cf3e-455c-bd60-3f2ea488a513
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,64d114ec-1a3a-4923-b6f3-e01adac06840
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,6eb6b11c-d64a-4966-84d7-53fc8fe8cebb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,5a43b232-188c-4801-b925-45a06f1adb0c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,fuel_combustion_consumption,dcb939d1-d866-4fc1-ac78-bb4c0af6088e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,sampling_scaled_data,31cbe76a-3df0-4708-b046-e38501a2420a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6085875199999995,modeled_data,47a337d2-a11a-4af0-99e0-fd9ccb009622
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,7de42190-522c-4ff3-b86b-da833bf0e516
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,0f0ed243-9377-41b0-94b1-ce329e149f92
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,d2d8f40b-6e20-4868-8fed-a4c27da26395
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,3b68461a-cb3e-4b75-8b8e-51e4662abde6
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,e7477390-c222-4d63-9ac5-e39c3c4fb6eb
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,8c7e5cd3-52d1-47f2-b4ae-62488a167f5e
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,536f5afd-de2f-482b-8f72-0f948f5488ef
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,2e7f8aa1-a0ce-4dc8-a368-8500aed1e61b
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,817b8991-b2d3-48bf-a73d-4c0a74bdc97a
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,e147590c-c711-4906-90a6-c39cdb19b72c
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,9fa92241-d13e-4bb5-b9b3-94267673db29
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,eb93723b-04e0-42f2-b88c-c3b69077aeec
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,b3eaf65e-aba4-49b8-aacb-f294578134d3
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,6c0450c2-6091-4b42-a6af-bd1cb824bd33
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,c5e88fc9-e4f7-4fb6-ab0b-e919b4426385
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,fuel_combustion_consumption,666a5a7e-20c7-43b8-b19e-b6fa18c1c144
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,sampling_scaled_data,2c207b8f-1da8-4c6f-afcb-c0f634070738
-17175,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.6196200799999994,modeled_data,1338ce96-ac2b-4350-b8b4-2573fc566860
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,eb85958d-d76e-4bd0-871f-1966ce878c15
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1b5e5b97-0b20-4ecd-8fde-11bc7d415257
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,35e8be92-1909-4265-8530-19908c98db73
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,9bb887ed-45c4-42c4-a735-d994441f7bc4
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,742f61f1-148c-4a41-945a-ee4ac9d25765
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,e4d44050-5dd8-4551-990f-2b18f5000f0b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,0d0ba069-c30b-4fa4-832f-f725f4b10ad6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1a6f9e81-d056-41a4-b8af-2e32c8c767f8
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,c4ba8081-356d-4090-9990-b6d1a5a72681
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,c384ea51-d3eb-4cfc-8343-1a54a80df7ec
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1a2bf6ce-3f19-45be-9c4e-c4ab7138f066
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,584db0cf-af85-4a82-b7f8-30fa21813478
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,9fe24885-fddf-4234-8d72-f0817b22d5fb
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,3182d852-6d01-492d-b11f-56d56abdbc5a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,617e507a-3e45-4a57-89f2-1dff9f20ceac
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,fuel_combustion_consumption,a5e3367e-c3f5-45a0-884a-37d20f1204e3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,sampling_scaled_data,1b5b4591-ff6f-420c-a325-948a295730ed
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,43.0,TJ/Gg,2.6487999999999996,modeled_data,1a910f92-d7ab-41bb-9825-7cc9b5b0d511
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,73360e6e-963b-4ff4-8cef-566b9f57076d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,8df69d40-e83d-46da-9818-1dda1bcbb340
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,eb3dd6ca-336e-477a-a710-d1082f7cdeb7
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,3bdcf15c-3a0d-47b3-b81e-e7059c435c14
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,5b24fe49-6ece-4b99-be76-d4081f44fb3d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,14372dc8-4c63-4731-82dd-6e65950b8521
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,d81e6673-b971-4537-9841-528150a7f21b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,90d3f4a9-eabd-4563-afea-7c45b01ff28e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,4e954d01-9f5d-4165-864a-a00b3e41a2cf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,99baf18e-d251-44cc-89a7-2889ae681a01
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,5d733d91-cfa7-4b67-af40-d7e8d77aaed1
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,30ad4512-ad75-45fb-8e30-fab528f9917e
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,a24ac674-169f-41d9-97b6-f733c6dedb05
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,8fd3b549-d3b3-4680-b658-eb5a0fa01dd9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,a7c58cc5-a666-4a7c-bdec-67cac3823dac
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,fuel_combustion_consumption,14616fa4-fdbd-4d19-87b5-e99fe0f6df55
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,sampling_scaled_data,58ba9a8a-f9b3-4447-9289-d7b0c2735107
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.278e-05,TJ/kg,2.635248,modeled_data,5b91ad65-74af-4f85-bdf3-69e70da45999
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,aab892ee-011e-4264-bb71-585ec2dbb6e6
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,2d12a89b-1418-4ea7-a0ac-42c021047fce
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,2112d8e2-5157-439b-8fcb-51a9f27a7c99
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,d6dbac2e-0dd0-49c0-a8e2-227ceadb854a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,d9c1fc29-17d8-4bcb-a359-06288d832bf3
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,95065133-e709-40ab-83ee-6bbac064740a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,4c4e8707-e2c2-4cab-861c-fe31bdebb79c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,02b2e1d5-5450-4fe9-9020-3ecb73e279bf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,67b0fb37-bb5e-4c2f-8f51-7892140adb75
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,68ba8fd9-6e97-4335-a557-94c617b3019a
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,f11b75f2-4613-41d0-abd4-3b9d61275bbf
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,f09ec6c7-8c19-4252-9de2-41cd70062da9
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,8f62e9ef-2a3f-46d5-81d6-344f7f23038b
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,d0bfde38-f089-434d-a3e0-8b41edd1095c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,439c75c7-3963-487f-896b-64122c496677
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,fuel_combustion_consumption,4e094b62-8115-4296-904f-90a01075e43c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,sampling_scaled_data,3d01ee86-525d-4b5b-b913-98373733ad75
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.256e-05,TJ/kg,2.6216959999999996,modeled_data,f89b8eb6-d3f3-46dc-abc7-9864c03818bc
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,df8da08c-1420-4065-869d-53847e643c22
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,1eab0d9a-d0c6-491b-9883-0186c3b28f60
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,42cd3a7e-8b95-42e3-a876-5ca1782c5a06
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,d2b4d948-9d93-4df3-b706-231c62431a57
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,4540aecd-69ea-492f-a242-4d2f38d60f59
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,ca386b5d-0d93-4241-a217-eeb0cb80b5d2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,67846e07-b957-4298-bd4d-a1b570076b56
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,8fbaa0d7-74b5-469f-ae51-8dabe782f584
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,e9c97368-e745-4754-8fb5-6ea2190e5118
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,e7d3dbb4-039c-40b4-9176-5a8a5652a564
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,6746f99e-a374-4885-85e9-f5f4ee18ea94
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,b461a012-cda4-4a39-afbf-abac09807747
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,c892c8e9-8ad4-43b8-b128-33b8bea9f81d
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,574ea670-7ccf-4297-9e14-98ff3bf86461
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,9e3ba001-0c31-417b-94c0-d8b304e0e03c
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,fuel_combustion_consumption,6b28e138-5d66-4659-9ee1-9d2035e045c2
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,sampling_scaled_data,fce9d64a-f996-49fa-84df-61129e1f5256
-17176,"1.A - Fuel Combustion Activities
-",CO2,Diesel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,840.0,kg/m3,4.274e-05,TJ/kg,2.632784,modeled_data,5c0b8980-8e61-4eec-b82e-7c17c2556b93
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,9aa63ba9-d77b-4ab1-8cb3-3dd057545f9e
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,87e7c4a5-17ba-451e-968d-f1215056462d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,6a1f0fe1-4964-4880-8fe6-133d6e086767
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,0ade802a-c35f-49e0-9b35-d3d6eb6e27f6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,6733426b-96ca-4c39-84d9-4a790b417a41
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,f96e245c-d290-4d07-b4c3-b0bdd9b228b6
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,e6aa724a-ef72-4f2a-87d8-8646dbefc92d
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,b0a8a9e0-bbfe-400a-b48b-72131c88fb12
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,98117265-9652-4c51-94db-3f0c0647c753
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,f57c631c-285a-4a23-a124-40515cb96508
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,7d7d6da2-fff2-4159-8fc5-b669742f70c4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,da6009eb-ba99-49dc-bf7d-a26f1baf2b33
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,eb583b63-f232-4ab8-b093-c42c3680f790
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,3469e012-d0ec-4c2f-8148-bdf83e2ce74b
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,ef79c21b-a8d7-4ace-917f-83790eab78b8
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,fuel_combustion_consumption,b900ec43-6433-491c-9e57-63519e58d72a
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,sampling_scaled_data,e631854b-741f-4c7e-ac6e-c5e1c53a75b4
-17177,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and R.M. Rotty (1984) ""Carbon dioxide emissions from fossil fuels: A procedure for estimation and results for 1950-1982"",Tellus36b: 232-261",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.1165290666666663,modeled_data,9bb41af7-b8cc-42da-a71d-37144a70ab65
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,e4433651-e261-4731-a231-731b6ae0b6fd
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,8cc6350a-3c44-4da8-b653-196a3926e9f9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,6f490500-4153-4a99-ae8d-ceb894351344
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,a40337a8-ff47-456b-b2d6-c047ee42bd2a
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,c0f04df5-9398-45ee-8140-91118855833e
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,ecbee56d-6a73-4f3c-b581-08c6304ef292
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,feac84d0-d156-46e0-85de-f927853b4e99
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,197aa1cc-52ec-4ddb-afb2-95f4b03b5ef3
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,15805655-1daa-4f13-a442-3ac4da3f3559
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,70ff050c-8ff3-4a99-a235-d484938ff86f
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,5292a28b-da71-487e-bbe5-4a29efc0601b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,3ec41686-bcbf-4b4c-8c96-f95dcd125633
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,de4bee26-b300-4b3a-98ee-2b6abcd40267
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,16357c8d-bf5f-46a8-b6b0-0a978818f112
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,4bd92787-d2d7-40a8-8292-0c013a5c988b
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,55984f59-1079-48b0-9565-b064518d7ea9
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,8dc9df8c-7f77-46d5-903b-54a6038aedff
-17178,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissio to the Earth's atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,3f18094f-8f20-4ce5-a4a7-cb85e8669cff
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,83150093-5170-43dc-8891-6815855dadaf
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,7e4ea073-8d97-462e-a657-61b9a7ce6969
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,8d526228-e3d7-480b-af55-9b1490c1908a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,47a1174e-9463-4684-8046-43dfa7280fd3
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,ef05a4be-1031-491e-ac9d-12a661b66643
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,3020cb0e-bc9f-4f8f-8534-935925aff257
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,29e7eb88-a3a7-4ce5-8bda-4462db5e3310
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,bc68b1ad-ef83-4b1d-9892-1aae2857ecea
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,abe3c039-1e5d-4876-81d2-cd915275d2fd
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,0adb2f15-6fa7-49ea-94f8-92d4f222c8e1
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,43b477c2-66e9-4817-ac2d-31319b67dc12
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,a4450517-be15-4f59-9ee7-1874cbd11d41
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,0850e77e-a810-4cec-a968-fa257a1f4fd5
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,cd1a975b-3387-4381-bdaf-f0c39047bcee
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,459f26c1-c8ed-4a8e-9c1b-50b4cf8db87a
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,fuel_combustion_consumption,341da53d-e7c3-416a-9fa3-57f829d6a2fe
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,sampling_scaled_data,4492bc4d-4574-4741-b483-213603947502
-17179,"1.A - Fuel Combustion Activities
-",CO2,Residual Fuel Oil,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,940.0,kg/m3,40.4,TJ/Gg,2.938076533333333,modeled_data,dce160b5-66bd-451a-8f6c-39fe0e96efb2
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,1f386061-e799-4a0c-9d51-7dc8cfbc9f7e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,255ae739-4e83-40b2-acd6-6a82714be843
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,85cd2edc-8319-4da5-bfa0-38ad134b94b5
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,930a52e9-f6b9-4235-b819-039015c580bf
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,bb7a3863-c632-4b82-896f-7e9d7d38602e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,27bfd2f3-e8eb-4076-bb37-539d9384dcd7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,95008e78-6c17-4e3d-8676-fb752718bec7
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,1b689dac-f679-4a68-8ac7-dd092a9d3d85
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,34d50e73-5e9f-4771-ba33-55f731fca90f
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,8681e421-6806-4e17-9c68-0e49fd1f2117
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,cb084bb8-40f3-447a-b421-6ac7cab0b21e
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,099ca87d-3204-477d-b485-e576b5bffeee
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,735a08d2-0aac-4bdc-80cd-ccf31c124459
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,595ecdf8-e1e5-470d-84d8-c465c175d083
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,003cb109-5e86-4085-8906-49828ab700c1
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,7f0a82b7-d359-444a-a05b-867fd4025802
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,18c9d244-b5d7-4054-bf88-948aee030dfc
-17180,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Marland, G. and A. Pippin (1990) ""United States emissions to the Earth`s atmosphere by economic activity"" Energy Systems and Policy, Vol 14, pp319-336",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,2094e184-e272-4af6-9351-2145dde2c72f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,6401f2ed-d06c-488b-b99e-b9a76b645039
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,919497bf-fd74-4bcc-a233-3a81091b0398
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,04abc053-b9c2-474d-a045-963d5bbafb9f
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,ec15e7e6-f66d-4734-9093-cf6ccff766f0
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,1480ea51-f27a-40b0-bd15-9e81f0ff082d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,93418b7a-2ee0-418c-bc4b-ccba24431ac8
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,f62b99bc-94e2-4a8b-b53e-ff540e4002f1
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,fdd0e3ff-6017-45a4-9f81-46db0bd2542e
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,5bf912da-470c-4c18-bc67-147501d8b0fd
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,2faed04a-3138-4fc7-a89f-dd1612014997
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,0f9956ca-c513-4f55-b703-90621be41c63
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,ce5b5dc0-3eb5-48fd-afde-ae6ae9c0acc2
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,0eb44a4c-5889-44ee-8721-0221eb8fbfb3
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,58713a01-f7af-4564-94da-6496cada7783
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,a6be7415-4720-490b-92c5-4e48f839f518
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,8275a541-c370-4c60-9e68-f9b3e9cf3e07
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,f91b54f6-2dc4-408c-a1c4-b3761022239d
-17181,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"Grubb,M.J.(1989),On Coefficients for determining Greenhouse Gas Emissions from Fossil Fuel Production and Consumption. Energy and Environment Programme, Royal Institute of International Affairs ,London, UK April. Prepared for IEA/OECD Expert Seminar on Energy Technologies for reducing Emissions of Greenhouse Gases, Paris France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,66364173-6727-4c03-ae62-cf56e3cbf63a
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,a7c6eb01-4072-463f-bcb8-60fa4cacd128
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,810f7951-d318-40b5-9e5f-dd4e3e6f2e36
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,409ffea1-2684-4e3f-b6fc-c4b7726aab2c
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,bdffc4b8-64d1-483a-a546-a3521a141dbf
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,f290c75b-e3e2-4e3a-b6b2-24925afc534f
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,ef5f1497-a169-4f48-bfea-ba3c23a2ffab
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,c3e580ed-9640-4c81-aae1-9a0c01fd8a56
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,e79b3a21-e130-41aa-8527-b96410fcbc77
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,4099aafb-fe83-40bd-8cc4-08fa002fc51e
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,0dd5819f-c8d5-4dc7-a050-3bf6674f35a7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,9e82a0be-1b04-4815-b8f3-8dea0f72e1b7
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,b1356478-3d7b-49cd-9993-52a40be2427d
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,3a5e4205-22a8-4498-8ed3-f543478c9de8
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,4cc8db7a-6467-4921-ba47-915f5e1e7553
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,1badab3b-0ff8-48ba-9738-3882e16452f2
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,fuel_combustion_consumption,f47937de-6eec-49c4-a387-9bd81f0a0ef5
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,sampling_scaled_data,bb6f98fa-2882-4a7d-ac97-4199160bf2a0
-17182,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,Carbon emission factors for various fuels from different studies,,,world,,kg/m3,,"OECD (1991), Estimation of Greenhouse Gas Emissions and Sinks; Final Report from OECD Experts Meetings18-21February 1991. Prepared for the IPCC, Paris,France.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0018849599999999998,modeled_data,1c79500c-e5b0-4ea1-a77c-c33e5d8c3e71
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,e096778f-018f-4d63-b396-ac43b1202719
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,1d5e9d66-e3f9-4dd0-9121-ecb2201cb747
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,300.0,modeled_data,cd731689-3b80-4f3f-be57-1cf9135adf36
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,109a0939-c3f2-41ea-bf3a-ad412530e6a0
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,3a1d0340-0b48-489b-a29b-1673bd401cfb
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,300.0,modeled_data,96f32ce2-aa9d-4dd4-b377-1224249606bc
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,7dfe4347-2d7b-46cf-af03-3be449909654
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,645163cd-0581-448a-b472-cf244d4a0df2
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,300.0,modeled_data,cb447b2d-37e7-4c36-b6de-8a009df76a35
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,cecf25d5-fd88-494d-9584-1ce2274dcecb
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,3908ba4a-e6ae-4d8f-9042-0e33d7ff5f4e
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,300.0,modeled_data,be4933a3-1888-4dad-90be-81670da10ad7
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,b04bd6a7-ac60-47f0-89d6-d2fbd7b8977c
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,0a4bd0d0-aa44-47c4-816a-dcc5f592aa57
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,300.0,modeled_data,f3770837-a343-4650-ac6e-7a803cac7a91
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,300.0,fuel_combustion_consumption,aecd9ead-8436-488c-a5d4-c5116f3fca2d
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,300.0,sampling_scaled_data,2dc92fd7-8507-4ecb-90b9-0c4da994b080
-18364,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,300.0,modeled_data,3bb34354-5d63-40e7-8718-52167aecedd1
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,f33349d3-341f-4a31-b1ec-fa2a6912ae76
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,0a00a02c-d6a3-486b-9ff8-f2e178656599
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.1.1,,,15.6,TJ/Gg,1000.0,modeled_data,2c78de45-9010-4808-bb61-79ce33aac558
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,aef22350-ec99-47f0-ada9-97b283fb3d37
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,61965089-8ebe-49af-8ae8-4b01d346bb21
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.2.1,,,15.6,TJ/Gg,1000.0,modeled_data,7bb4f501-fa6e-4a92-99eb-22ed009e6558
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,2180782f-94dc-4446-8a13-d7cfda2b3616
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,edf3321f-6038-47b4-a64d-4bca1576544c
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.3.1,,,15.6,TJ/Gg,1000.0,modeled_data,0952db65-cf97-46df-b298-c441e7f19439
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,0dc789b7-1a05-46c7-8904-305b2c42c2db
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,7eba97fc-bd8e-47c2-82ad-96a5f7635e53
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.4.1,,,15.6,TJ/Gg,1000.0,modeled_data,3fc8cab1-03bf-4dca-80ea-e9b8b896040a
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,40a63475-508e-48bc-a0a6-7d1f280e81aa
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,79405eed-bdd5-4608-828a-90a6d52cbff3
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.5.1,,,15.6,TJ/Gg,1000.0,modeled_data,a8d0ea8e-a81e-4077-a60e-0f508f409813
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,1000.0,fuel_combustion_consumption,16a7cc63-7f62-4cc2-b118-7348539ae868
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,1000.0,sampling_scaled_data,b99dea68-56d6-4326-a3d7-b4908e99e850
-18368,"1.A - Fuel Combustion Activities
-",CH4,Wood/Wood Waste,Default non-CO2 emission factors for charcoal production (KG/TJ),,,world,,kg/m3,,,I.6.1,,,15.6,TJ/Gg,1000.0,modeled_data,9a9e39f1-d24b-4448-8dd7-472da8fc6bd5
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,86cfac5d-aa49-4874-8a48-d9087a02eb13
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,2f174f29-27e5-4bdc-a9c0-50d42b917f3c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,2119ae3d-7284-4452-9aa6-1d61d4f33695
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,fb173361-6a00-4c19-ac67-f49a24fc7c40
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,f07c0db3-364d-4566-be29-ea9c89e21366
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,e1158564-aacd-4230-88d7-804ad844dab1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,5b7763a2-65ba-4bc6-8b92-6a2c2aacebd1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,377c1e57-4868-4dbd-9399-38bf2449d658
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,b1fc7bc2-d383-49a7-91bb-eace42d0ab73
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f84768f1-533f-45a2-b1cc-68ab1318a877
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,435639c3-fad9-45c9-a11e-bfae24c1304f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,7f38f316-7f4e-4acf-9c8c-a3840e463454
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,5f5a05e8-5c93-4e07-bf3c-3303bcb6beb1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,054ab3ac-0553-44ad-bad2-c1516e62bfc6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,ff370159-eff3-40fa-98e7-f986d9d14bd6
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,c688eb7e-0123-4d9d-915f-3c7741ba9d9d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,91437516-603d-411d-81e0-9445e8f794dd
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,faad68be-895e-460d-b97d-14436fda893c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,3fee5f88-ee86-4c91-9780-b064867fbd7e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,c76fcb28-a6fc-48b2-b5da-ff11e1549931
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,452daa89-76ee-4d90-9b2a-14a55fdf648b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,47679cf7-a8f5-4f3f-9b2f-8691c2856542
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,eb3b03c2-4d42-4816-9ba3-bdd494d74b03
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,5bd15d49-6d82-4885-8ba8-4408f96852a7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,64546ede-f98c-4baf-aa56-e599c15e9395
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,e68a1a7b-ce1b-48c5-bd39-4c0db6fae077
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,5bb1c782-945c-41eb-989d-88a05ebe4e0c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,dea4e2bd-8b81-4a50-85fe-68e6f989bd24
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,5ac95b46-7e9d-4f94-b3bd-40b0cb1c7e4b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,79996b55-754f-4b6b-b0bb-8bd541a1e93f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,1c7fa73f-3fe3-4b37-b082-2d9b1374001c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,7b34695f-69bf-49ba-8417-65742a9eaf7b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,254dc41c-7c0c-4d92-b4aa-8283670bf78e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,8fc00c96-b2f0-415d-a6a2-31d45cec4005
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,781914bc-9c01-4be6-8ea8-767bddf2eb03
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,36c2eb30-2745-47d3-a4d2-fd6458406191
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f03c02d4-70ed-4858-95af-bdb9a9859e2d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,1091d66c-0da0-4084-9053-c72ef5518b72
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,61566321-7de9-4351-9f00-d003f984315b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f7ff334a-8505-414e-b2c2-733d73d434e0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,1b71555c-9027-413b-8a7e-65e45126773e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,6fdf4417-bbda-4fbf-ab10-c170b603d6e3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,6177bb27-cecf-4fcc-b8fa-40dc23d7138c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,350af37a-2e01-4aa5-9051-6222a873d1b3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,b58fa81a-2a44-4785-9fa0-6caf9f96d129
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,6c1c59d8-9b03-4650-be1c-0468b29c7e32
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,541bd230-05c7-4ea4-aa09-f1bcf16f031f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,1b65e027-05fe-4b4a-a81c-b9eb54dde0cf
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f0685b5c-4f00-4cad-908d-7fa5b64aaed0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,7faac318-1990-4c8f-a50a-b6cfd21d1f9f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,c8195baa-ae6b-462e-ae91-db7eeed7ff5e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,86bb48c8-0f98-4820-a53a-211fd4642048
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,5ebfc9bb-e1b5-4aaf-b62c-4bb65279bd53
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,ab435034-c4b9-4397-864e-defec7b17335
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,f4f0cd3c-495f-426c-b200-4c9cc65070d0
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,74697289-e2ee-4e2f-b4ba-8683db649c79
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,6c2479a7-dafd-4cc9-b54f-123936a55643
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,71f08401-6e48-486d-b8e5-1057856cd1b4
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,5c34ce3e-4a1b-4974-9117-c2bf84073f71
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,262f80dd-2b70-4b24-8324-e01db67ed8f1
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,ce06d320-a6d0-4b6c-9587-45c5fdbe9513
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,f0138461-a1db-4bdd-a1ab-7266c374721f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,f385891e-82b4-4a96-849c-e0be36a1a5c7
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,c4f28d45-f488-4589-ba0a-79ae3edfc377
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,1b7ceed3-738f-419f-9258-e876d6886739
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,d25f1f67-122a-4cf8-9a5d-ad835c892099
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,16c8e285-5eaa-4b5d-bf24-e29895dc3ca8
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,d912f072-6f8f-494b-a564-2f2fde17203e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,9e05057a-58bd-44e0-9598-a60b17da1efa
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,197310fb-7388-4840-b70e-4aa4344fda94
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,70fbc54e-e7cd-485a-840e-1534fe1982c9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,c091535e-a1c8-4b21-951d-0a674f7dd381
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,d6f9484f-1ab9-40a7-9b84-55a89b7996c3
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,7e9f569c-a598-481b-a34c-57ba2b9ac04e
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,4ce1c1b8-a711-4abb-9d43-63a856a2dec9
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,aac73245-5cbe-45dc-9d48-57e9d67d253b
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,a098f2da-ec2a-448d-aadb-35512cb3136c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,0d96d721-b61a-4280-82eb-186fd70ff647
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,2228a353-d0dc-4752-91e4-e0007fdc9c84
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,3eb2eb67-b44f-4008-899f-739b3dab923f
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,681a1a8c-b2a6-4e17-a168-812d374ef359
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,86766a6a-726e-48aa-8125-70cb1056f124
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,70a20860-580c-4728-90d5-d4efd8409dae
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,ac8e605c-df7e-4f68-9822-4e08058eac25
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,0cfb6f94-b428-41e1-8106-3ff03c36b03d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,9fdad459-98c0-43e0-a1a4-db1b79aa373a
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,5206db86-7aff-4239-ad8e-59ccf1b25d81
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,fuel_combustion_consumption,b3b2c2f0-18b0-45f4-958e-dd3b9cee5e6d
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,sampling_scaled_data,dc9e2487-845a-4d7c-9671-f1de7d1b1f9c
-124242,"1.A - Fuel Combustion Activities
-",CO2,Lignite,CO2 Emission Factor for Indonesian lignite,,Coal quality data,Indonesia,Net Calorific Value (NCV)=14.8 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,400.0,kg/m3,14.8,TJ/kg,630337920.0,modeled_data,e5dc16b9-bc20-485b-a06b-4a91fd0f213e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,45f7d2ef-be30-4f71-994f-70ab724eb46b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,ab7bd093-d4a3-4117-b60f-c2bc0eb37f69
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,17ca72f5-71a8-44b1-8312-79a22d6a33bc
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,c34a7a70-3be6-40fb-8761-a43facdbc975
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,0b306a2f-a04c-49cd-aa97-e201f60848e9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,ebbf8452-03ac-4934-9787-66627cf53239
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,56c6391c-e408-4e4e-98ff-231f867a87a7
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,85ffaf5e-d7c9-4075-96b4-0051debb0005
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,322a5d80-9d6e-4ae6-b1bf-84cedd444dd9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,5acfbb96-ca58-4602-9bd7-9c9da973fea3
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,ca66c678-8629-46ea-8bf4-6366ea5f9dab
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,7d35d950-4d7b-47d8-9390-7edcb7582d76
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,f86e0d80-627b-4739-a3ea-7bbb6b674bdc
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,453dd2ec-58dd-4c41-9680-d9c532b01ebe
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,e6992eb0-f1e1-4c45-985e-7724f658a2fe
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,c04745f1-9c4c-4476-aaa6-318aa843c11e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,f379261d-9a22-4f0c-b689-5ca8600b3bd9
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,3f3f2283-0934-4c41-b824-01fdddbdfcd6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,4b2df722-44fb-401b-8f11-b5831057c11e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,cc9c237d-d39b-4ad1-b06e-ebaaf904ad2a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,e770f3a2-e797-4e66-9b6f-3eaca94e901b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,9b35c598-fc4a-46e7-b7dc-83fc2058217b
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,597ab9ff-1cc5-4ead-a54b-9dace81e2dc1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,a1d0be5e-a0b9-43da-a403-d9b60db1632f
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,9432ea5f-06a6-4e54-8acd-ae9cfdce0aef
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,9dbeef94-7062-410f-8603-f3273378890a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,51e4d75e-1fef-4c45-8db7-0e379e2c6db0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,7689ec71-4597-41ed-99cb-9055d46f152a
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,8ebe0e80-3614-46b0-9ea8-0c267a4fecc1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,0951bf7c-e17a-47e1-955d-cdcaa138bce7
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,d83bbe7c-935b-47fa-aa7a-29fce08fdb95
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,d431c20e-7bfa-42e3-8f8d-68c1968e31be
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,e14f2f7a-ecd4-4226-a6bf-5cf28368be31
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,17409637-be52-4bec-bf21-f37df3789108
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,c8a0bfe1-c0e8-4466-92be-762a3b114fd1
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,90abbdb5-2bb3-4938-8808-5afdc38500b0
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,25914632-6612-4d3f-9cab-7100640eef76
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,28143cff-12ed-44e7-a4ea-77af031ca4a5
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,567cd747-228b-476f-ae6d-24a67d28f338
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,1edb7406-54c0-4f3b-8783-a877f3b3feed
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,1a82d197-ab33-49f3-8d7e-1130c620a679
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,9f6297fc-f844-4b80-b7b1-dfddf3bc7ab3
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,8a11c8d4-af7d-4331-a83b-2bc069620b24
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,dfaa777a-17d2-43e0-a790-f8c052b168c4
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,dd1cf10c-b4dd-4b86-969e-70a83abfb73e
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,0ffd1fd1-35bc-4cf0-84ea-d39689358906
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,12d70e43-dae8-4c2a-9106-a61f2699ccab
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,6e3bb826-d165-4e0f-8545-30b97e5f1e41
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,24c7aa06-3cbd-4ede-8fa4-a9c338ff19d5
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,3b9dabf8-d024-4d5e-b020-1e4b9644e204
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,d56954ce-11d6-4167-adca-b18a7d587414
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,fuel_combustion_consumption,4600d661-2ba6-4e7c-812b-474a01c4e5ac
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,sampling_scaled_data,fdafc4b0-e0b2-46f5-bd9a-42ffd2a69fc6
-124244,"1.A - Fuel Combustion Activities
-",CO2,Sub-Bituminous Coal,CO2 Emission Factor for Indonesian sub-bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=18.7 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,18.7,TJ/kg,2531492865.0,modeled_data,dad13fe5-4cdf-40c6-9578-6b9cf501152d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,d624799b-8aa4-401b-bdda-c05619f08108
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,2ffc9220-af2a-4152-8838-1d39c153417a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,d8b5aaf0-b844-444e-ad1f-1a09e0ebca4b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,f26d6412-f158-4e6e-b473-5442dd896c17
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,7af21a8d-2357-4778-a071-c57a953828f6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,b7c1176e-2646-4cf7-9cec-4032ec32bb62
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,cf802fd7-6194-45e9-b2f1-4c78a4efebc7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,dc171720-5c32-47b8-b92e-2322817b89f8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,e77cc021-aa93-48c4-bb82-7b4e996c4271
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,b6b0827c-705f-44df-98ca-693a28bfbc41
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f1521ea9-35c7-45de-8fd1-ccb343730f1b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,38a6e4df-af3d-45a7-a38f-e9b30f57c811
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,602ca492-caec-45a0-9505-9126922242e4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,84163d78-6ddb-41a8-84e2-a60ad2a8ac2a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,1d54112f-505a-48bf-98e8-174c29711d80
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,b513b710-f356-409c-9e67-6732ed03cf00
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,beef3bca-d33a-46bb-8bd4-79b93de94414
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,4f61d4eb-3e21-4e4e-baf5-9a0148c89ffe
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,9a5dba69-cf39-4151-93ae-23934dc53436
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,df9ef07d-48f7-413a-9575-4aca935bf7b0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,fc4a7548-a96b-44c1-810e-092cf173dcf8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,e3ac9fb6-2aae-4c32-b54a-08c88bdb92dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,33532977-53f0-45ad-a217-7b847061e01d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,b001fdea-98e2-4e2a-8432-cc48aa60717c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,325589b5-dfca-4571-b7d1-e050fd719e31
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,26ac6af0-1a0a-4ddc-936f-3eb22db9b922
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,1c42fdfc-c6f4-4ddd-a4a3-7edf93a74640
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,fb06812c-b979-4963-953f-34513ae00e87
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,e0110bda-4159-44c7-809d-f07011c69188
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,1ddaf177-0528-496e-ab0b-fa98e406a455
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,07532f7d-20b2-4d06-8148-d742f08d7c8f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,d4dd9069-fddf-43e1-856b-03a946a45ad6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,e8b52baa-1b9d-46ae-88d5-9d5fcf8626c2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,5432bb8a-8c6b-447f-8cde-97536b01ed0f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,e9e38fad-f3b8-4323-bca0-67165e64296c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,700f90b4-b890-4193-a694-10049594be80
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,def6400c-2985-47ea-801a-7ad14bb9d8dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,74bf9c26-ce41-4bf5-861f-48bae2fd4612
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,f2ab5afc-c40a-49aa-a780-954a24926211
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,a1b98b4a-fffe-4f23-a6d4-c5568de22dde
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,a89f4f3e-40c8-487b-8c78-2ad24673c4e6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,09b60705-686b-4bd2-b01f-d99f85f4a17d
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,1d65620f-33db-421f-b64f-59760c2ede81
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,681d6f34-b4eb-400d-a061-b78d246e6045
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,d9de945d-5830-4406-8976-aac441f92092
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,0c38f9d0-7eb2-4bcf-8f3f-bd910372e565
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,563802d6-f1d8-453b-8881-03c7a0f89fb2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,dfde579a-1afd-43b4-b51d-94773adce0d9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,bac7ec66-1e12-454e-92ba-37c058eb0c7f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,1d4498d3-05a7-42bb-9f9e-38c8824cca99
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,e59dca8e-780f-4d11-936c-fd118a9d006e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,758d43c4-599f-4f4a-94e1-00478a76de31
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,57bbfbdd-8405-4dde-b9fb-5930d3d379ca
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,912ee523-a6bb-4a83-afb3-0e1a594db471
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,be4c30eb-7cc0-40a5-bf91-edc77e23b230
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,46d4a6f7-010b-4dcc-b72c-ff89a9780415
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,0783aa9e-143d-47eb-aff2-bb8785e323d9
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,096fbdd7-685f-42aa-b11e-77f4e5286f14
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,3a817a2d-b70c-4a07-856e-e169dbdc5c96
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,06d39ea9-014a-4270-808b-7f6e7597e994
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,ebaf3396-5697-4a46-bcc3-83fe185eb30a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,ff169057-c8e1-44f0-9572-ba0df0e00a91
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,77c9a1e6-7bee-49b3-b04b-47e7707742b0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,ca4c1e93-8399-44ab-8b33-0323e5fa59d2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,7180cd66-5f68-48bc-953f-a95386aaf7d4
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,dd1125c1-9de9-4fbf-83db-3f8a83999ef7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,5e4ca04d-3867-4c80-880c-7e1616d74fb3
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f96720e8-3218-4d72-8525-ffac719822fe
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,fc52ed86-7e4a-48fa-8234-1e5ea8ea345f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,60bac6df-3874-46b3-ba22-78e5d43407dd
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,ee28da28-d862-4a3c-a710-3a63103a9188
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,6ae4738e-5833-4414-a2de-b0e2ece8ba6f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,813b7ac1-9d88-4526-b132-8d69e99a06d6
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,15e36543-8755-40d6-9a80-c0899f0d2dc0
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,76bf39c1-80ee-4037-b80d-ee1872a7a499
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,3b6bf031-1405-4eca-8198-5325db3a4b20
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,225b3f2f-d91b-44da-ae20-4e783bc4fa5f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,2e5ae292-0944-44ba-8d3f-70245e079664
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,a98e117b-46a5-48af-a88b-824918f6114f
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,55060223-8f27-48f1-8438-5442f1778cae
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,ac18f521-2b6f-468c-a6d5-0100115824ad
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,b2ce3198-449a-43dc-9ed9-b2adc1004ade
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,06f343f3-b76f-4e38-af4b-ed51ae22c373
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,2869f76b-0956-4584-ba5c-479e38b86300
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,0481d98d-a544-4404-8ba2-ebd83e6aaa29
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f0f5bc99-ec90-40a7-9207-78a76aa64043
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,988ac7dc-2da2-4429-937a-bdccb80e7025
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,65e81b6c-2210-421e-8f39-b35d640f0fc7
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,bd1f6fef-4c9e-4607-92a6-4b7559edcabb
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,af93e152-71c7-46d4-93c4-bff2240f3743
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,ef0ebedc-4bbf-488c-8f0c-54546a08e89a
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,a96e3b32-3762-4aa8-a0d6-d8fcc055509c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,2c3ed7e4-2d6d-4260-99b1-184dd1c8f9e1
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,981db5bc-2532-46c6-9736-161ebd7f1800
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,3a29b7d5-4366-4bf4-bc88-6a5b9631905c
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,43c0d887-db2b-48e3-a352-31e726946c46
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,25bf49f4-41b1-48d4-8b3f-d9ef0c66612b
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,de9cde11-a63c-49c8-a8bc-2c8e41de1482
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,6086ac80-5056-473e-a378-839c8e29ee85
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,7d80179a-a094-4a34-be08-a1cedda1fee8
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,f6e1bf2a-0b7d-4375-b414-468717b6b590
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,c7546959-36dc-4cb3-9ec3-179af02cd05e
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,1e85ca46-dd07-48d6-a2bf-c9f29f3c2eed
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,d10d2a97-7db9-4119-b8d3-9def606983a2
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,8c6ef8bf-b8fa-4410-8af8-3a51b3d835bc
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,fuel_combustion_consumption,749f6011-341f-4748-8313-958f8ddc6e63
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,sampling_scaled_data,88e4d772-6539-4f34-b3f4-a240665ec3ea
-124246,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,CO2 Emission Factor for Indonesian other bituminous coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=24.1 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,1346.0,kg/m3,24.1,TJ/kg,3072421999.0,modeled_data,12ff874f-735a-4868-ac19-0472d357141e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,03669ef2-154d-44e2-88b2-29a793892e44
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,d2525ebb-fb69-4af0-b91f-4cd2da0bf37b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,0bd88db8-bde3-4615-8dab-23d933791871
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,5c6d7287-150f-40a0-9fd1-972ba7d02ee3
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,1a7f2c6e-4ce0-4303-b20f-aabd7a3d4d89
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,331a935a-95ab-4d13-b251-b5b386b34582
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,02c06758-652b-4e82-be81-b10e2a6b20c9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,3491ee61-3d4f-42cf-9b15-c1bafd0d9003
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,608c1939-d7da-44e0-a2af-cfd7c76002cd
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,7109efc6-fe24-4404-b198-cb772342e94f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,c72813b2-4bc0-40c3-b843-3d1a51666b0d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,8d31c1a5-b142-42ab-88c8-56359c6e2614
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,6cc72973-cfca-4546-8965-cfc6525532d0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,429ce392-5982-4bcb-b172-b9e12a0b644f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,487fe0a6-a6d6-438f-87da-5a32ca245147
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,46f9800c-9e6c-41e6-aded-50587a0fe01a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,44e55af4-fc58-4e37-b9c2-db03da553f8f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,04664c07-8345-449f-8d11-9cd62c6f255a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,e59b9b0a-1145-49c9-a807-9d5872a84859
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,30b084a4-95be-4939-a53b-d368a8c8f906
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,5c3197e4-a577-4839-86ac-7ea5175c92e6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,5f412533-1823-40ae-954c-f21ac5265abf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,b133d668-3b6f-41b7-a858-93cfe3efba14
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,7e2f2b77-ca35-4077-929c-4eb449bc2b7a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,8c812d89-220f-4b98-8c86-4d359af2e987
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,11f1d22c-b23b-4036-98f6-7aa6eb2b7762
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,3e82eef0-286d-40cb-b9e7-f5929a724f50
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,206da86b-74f0-435e-beb7-2ddee493bf1c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,4f114a1e-33cb-487d-9cf9-ee6126de5cf9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,9c35cea0-6c15-4964-a4a4-0cdd3e31fbcf
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,aecc89f9-61ce-423a-a87f-ee786d5405db
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,2fc5d92f-7e1a-4f7d-8293-ab20c881f6a9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,e9848bdb-9f5b-4fcb-841f-4539a0e26ea6
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,33ba41bc-3740-40a5-abe9-bf236733acbe
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,5dcd7f7b-31ce-4fc5-a443-e38546695d4b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,95a4b35a-b10d-49e6-8013-ec848a19b385
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,9a388933-4941-4427-9a7a-64ba344ab1af
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,f9414dd1-68f1-4b95-b555-6336b55f7319
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,4be04585-a5ea-4560-8802-0af452d511b8
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,9aa710af-3bbb-4c66-b93c-712312f0037d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,031a383e-9265-4842-a997-791444b88d48
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,8ff0e7d6-d82c-467d-8fa8-aa7ad523e39d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,d4997335-b38b-4302-9458-f624e911814b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,7f6a1f18-3505-4618-8f03-9186f25fad46
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,c00ea0d6-9159-49eb-888b-974b69b69f6b
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,8b7e0a5d-68af-4100-87e7-ae4bf53a35ee
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,36ba6dd7-bd02-4a92-ae64-2dbb0a50abf0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,17e3078b-0c67-4219-b73a-6614ea395b64
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,e451ad37-be5b-40ac-8025-0288a7579009
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,04f52810-ca58-492b-8656-f973b3573d0c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,0cffdae7-0c9e-45cc-910e-98e1028dd1ae
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,dcc3c654-b289-4d41-9008-d3c01c512f66
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,ca207275-38e0-4eb4-91a9-ec8ba9982e8e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,812eb121-256e-4f79-b69f-89f3268e4288
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,b5af9f0c-d000-4aed-a5f6-54f4c64205b9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,ad2ee45c-17e1-4ca8-a72a-efa3a0f1c075
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,0537c95c-ee91-4c62-b6a3-082644aeb041
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,94593ecc-2b20-470b-926f-7c072e4d579c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,72c649b5-15c9-462a-a041-29adc30b097d
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,fd501275-174c-4266-8bd8-89e603d09cef
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,c6730eda-09e2-48a1-901d-76a90cbd8d4a
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,bf36b50d-d7e3-4c77-8645-1c0cfa0d52ed
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,4e52d3e7-196b-4b32-a31c-f6aa9aff27ea
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,0faa509d-eb71-4057-adbd-b78a91ddf705
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,7780cc5a-b672-48a1-aef8-67115beca522
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,30f10fc0-2750-4797-8604-34bd1fc80fd0
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,0ca51907-0fe7-46cb-86fd-36bd74cbbd9f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,fe56e7c8-b6b4-4dd1-807a-fa6e2e8ed2a2
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,4c48c582-7bc2-4db4-a731-4cbaa59c3017
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,a7874d27-03bb-410b-9021-adb0d034a7df
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,5ca0f55d-0b4a-4ebf-9a7e-bfdca16e916f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,b38e7b8c-c3a8-476f-b941-24e324efb814
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,49a8d356-d26c-4af0-83fe-2a4a33911d5c
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,2b049d94-5968-4db3-b73d-d98895789010
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.1.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,3a8d778f-a05b-4437-b23d-66f15fb55644
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,34301dcd-5304-4552-bcc4-7477ae5d49c1
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,7767440b-0f52-427a-9791-5af3a68fd327
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.2.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,87d6161c-5e7c-4c37-9e57-c6aa2ed58016
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,fdfae5ee-d64a-4865-b782-d153a3431d58
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,75389343-55a7-4d2b-afd8-02189a9ed78e
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.3.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,08236714-bd1c-42b8-b574-f28a819ce541
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,063e4e1d-7f43-47ba-98ab-2fc345dfc118
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,96248dbe-3f12-4377-9163-530f026688d4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.4.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,56295a6b-6ed5-4437-a5ed-c4f9ce1861b4
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,8c93c07c-4a35-402c-a3c7-f5dfe1d2ffe5
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,15ffa9e6-2d61-470f-a157-f4e1e079089f
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.5.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,52c1f1a4-f1b5-436b-96a2-9b9d63367bec
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,fuel_combustion_consumption,bed38849-5631-4f54-8a94-1d82cf4f9105
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,sampling_scaled_data,09a7d1be-b999-4f3d-b4fb-74e87e0b0ca9
-124248,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 Emission Factor for Indonesian coking coal,,Coal quality data,Indonesia,Net Calorific Value (NCV)=28.5 TJ/Gg,kg/m3,,"Retno Damayanti and Herni Khaerunissa. Carbon dioxide emission factor estimation from Indonesian coal. Indonesian mining journal Vol. 21, No. 1, April 2018: 45-58",I.6.1,829.76,kg/m3,28.5,TJ/kg,2248041385.92,modeled_data,44eeaa0c-c3df-4bf9-94e6-3dc00c032cbb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,3189219c-a4ca-4602-b817-9444ffe8f458
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,2ddc3b02-6e10-409c-b0eb-499ef77475c2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,76f84ad6-9f3c-4d20-866d-2dbba52e9dc7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,88324684-5a63-41ca-8a7f-8b50689547e7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,8ec84808-b959-427b-88a9-432c697c950f
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,9981488a-a48e-4728-98e4-c066843d6c2a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,8aeccb58-a68e-4e47-83e5-b6dd5fa008b3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,064d5662-517d-46af-8be5-1602278314c6
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,0b3e3bdf-9f2e-4255-91d7-110a85c361cc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,bb695414-56bb-4067-b2df-ee8105750510
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,e2e7b167-cf51-48cf-8ee7-8e06c8b8bf06
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,72bdaed3-3429-456b-8512-3166bb388995
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,76294642-a95e-4169-b7c8-6c5330d8bf1c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,90ff198c-dc27-4918-9d64-4dcc82827723
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,ca9eb5d4-4e5a-4c93-bdc7-d34a5d37006a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,a424e0e9-b7ea-4256-97cb-6bd6cecbb563
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,7bd229c1-d28c-4688-9e70-038a31825d56
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,aac33d0c-c5be-4730-b074-be2e394fb11e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,a65feb22-4683-493a-818f-2bf81e25fae5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,cb06dffc-0b7d-416b-83b8-9b06be3131cc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,ad1e0638-21e5-4219-84b6-41e25d0d7bad
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,fa59a060-8e8b-47c5-ac42-13d2fd8eb3dd
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,0e5c59b5-6397-4ef1-8716-fea6d68df58d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,a1fdd0f3-fd96-4f76-a36e-9a3f29c9c542
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,61f91a8d-5d2a-42ff-8f28-ee4c266e724d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,32a9738a-48d3-4428-9a5f-457c585f34d1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,8d045505-57b5-4505-a376-4195e43b6cfe
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,bc56bd71-4127-497e-ae3c-11c8c01a9d97
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,50b62092-9afd-4167-ae51-15098fac4665
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f8aedf01-e9f8-461f-a4e6-d95d925b46d8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,96383396-b153-46ed-b384-06488f026bbe
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,d2aa39d9-f0bd-4148-9ab8-dbd2c207d233
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,3bb5e937-0f67-4b92-9f29-4dc6f4f10984
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,af25a11f-c7ca-4c69-8a18-e7d840e68b13
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,351e8d85-f848-449a-bb3b-c7b589d953b7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,1d1c16e5-f0de-4f25-958f-20dbcff94ab4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,a08e80e7-e659-4195-b01d-b5a884967468
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,95b84db5-1be3-47bc-83d0-e04c8b7bd83b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,df763eaa-b6e9-4c06-a24f-e1b42a04a928
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,782016b2-198a-4442-877a-7f0151e68881
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,852dcabc-a5b4-4edf-8790-8e75c4d7f3ba
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,a133814a-7500-43dd-b3c3-5a30988ee5d0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,9e3ec8fe-48fc-42a1-933e-dbfffe34b91a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,1e9e7fde-8c04-4381-a8df-73d15ad61378
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f26a6639-12c9-4b6d-ab37-be85e004c137
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,d4f5cf3d-e1dc-4325-8524-ad738452292e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,298e952c-1588-4672-8858-88c427244ac9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,efef9698-9e25-4a4e-9b44-673cb0730bc3
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,84e3cc38-efdb-4662-885e-ef8c7c5878f4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,13a274d3-7c03-47c3-b480-6362c307e2fb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,49b83b90-b57b-4143-abba-c078462f4359
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,21e24358-b4d9-4b73-ac56-7ef13bb0b6eb
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,57041cd1-6a94-4f53-87f6-cc35d4887a23
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,ba37648b-c4d9-4890-96b2-fdfe46420ab5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,6fd6c2ad-68f0-494c-beef-fd3f0b2e5d35
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,fd7c97a3-08a6-48a5-9f61-6229138d4e25
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f03a736c-6d2d-426c-992c-8410f6300054
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c485c909-1737-40ce-9d3b-e87ff1a71d47
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,c91fc5a1-d0f0-4180-9fee-c4b6648301c5
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,79d6daef-f8e6-415e-8fcc-95d7405b51ea
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c3c9cb37-97b4-4b1f-a680-c1b0191acf2e
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,619b0966-f871-4fcc-88d2-a4e2299b1b04
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,7d516385-57a2-4a99-a638-6312b1fbd796
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,279c91f6-b6e3-4209-b552-9657b90bdf4a
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,561f00d7-e057-4581-b0b5-416031106aa1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,19c2aeee-2dd5-4f9d-bf46-1d909e432d1c
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,4a29211e-d5b7-4d3f-95be-3977f4f36f46
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,9f7ad65b-ff9a-4fa6-8f0a-ff059fdd3e42
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,d56de03a-8d32-4717-a2f4-e8631d2b8bf1
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,cac58d31-643a-4508-8029-a905c7fa58b9
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,45bfbddf-df66-4352-af03-a90c6c86972b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,70bfee5e-e184-45dc-8439-8e77c9038661
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,57b11633-9664-478d-8e58-d29714d0bdc7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,66eada3d-6b2c-4855-813b-fce2b3084be2
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,4ec60e9b-bac1-4d01-b619-239b13960868
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,361d796d-cc4d-4c2d-a615-c0d0fdf8ee64
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,21eb05d3-6b96-4ae4-b4c9-7b5ffcce9097
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,01b52eb1-ec9e-4f6c-bd8a-0ebf6e9348a8
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,3bacbdaa-a165-4a47-abf3-e0c1f5a7aea4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,d62d6f95-eca8-409b-931b-298e8abd2f1b
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,6e604e0b-e7c9-412b-a72b-404423bf13a0
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c23bd245-e6d1-4f1e-9431-5ec7c10bcddc
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,1e012059-a9e8-41fc-86e7-af75e85a5f84
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,f53aa666-2ce0-4e73-a0d1-1e32faa8d4ab
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,c562a505-cb32-489e-8414-dfb7a41449e7
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,acc16ea6-58fc-46c4-b662-8ca2d9a8092d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,c97e325a-3731-41db-a645-690be07c6335
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,fuel_combustion_consumption,85aece27-876f-433b-8b14-1fe6d102250d
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,sampling_scaled_data,7a3053fe-2d17-476d-9289-af736892dff4
-124927,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,CO2 emission factor for coking coal combustion,,,Mexico,"NCV: 30.08 MJ/kg, C content in weight: 74.65%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,829.76,kg/m3,3.0079999999999997e-05,TJ/kg,2269.0825555025917,modeled_data,57ee50c5-ee88-4e4f-82b6-a85242296b4f
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,1ce6b82c-c1d0-40ff-92b6-b132a05b1a0b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,ccfcdada-4b45-4872-b7c3-2d2448b6f9db
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,b773b78d-34e9-4830-9641-82a3b4aebda6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,0a5a561d-5903-47f5-995b-89e47205e59e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,9deb9b7b-5a56-4623-ad40-a4da9354b04b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,daa851dc-c4e8-4092-b54c-20d6f3bf6f7b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,218728ea-47b1-4dba-8268-9a975aac8387
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,1b1ac3fa-8e82-44b8-8b7d-61d03f420483
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,2f490b7c-1132-4c5e-988d-1cb9ef11d29b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,24dcbed2-c0a2-4839-90dc-8a1a5f59b303
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,fbefbac5-7b62-42a5-a50e-cd98a96993b6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,56f04e98-8553-4967-a776-0d9040b47a25
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,b050d1b3-9d79-4289-9321-8961501f4d66
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,6908de5b-d589-46e4-be6f-a9564027c863
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,e397d9ee-251a-42db-880e-ad4982f2582b
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,50af44eb-c671-461f-9f21-de51f34c6ab7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,a42b85f2-0691-41e3-a44f-7b7d6d5865a5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,e14b3c12-b7a7-4bcb-9c00-aea65d78cd00
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,38b408cd-657d-40ff-98a6-8f9cf491b890
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,d7702dfa-2649-4063-8d38-9f54c69624ce
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,e4014aae-85bd-4643-a852-802ce5d8ae99
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,618e5f17-de04-4f51-a765-fffc2b5d8643
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,9cdb07d2-4f3a-4207-9064-05b5cb8c81ca
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,f90c63ca-a71f-4b5c-a221-bc662657caa3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,eb1b2bc6-22dd-424e-a0ec-8e2504017f31
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,cfab2e99-8ee1-4cc1-95d3-e056f6994e51
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,4674504c-7ab8-4791-b059-80c47399f413
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,5ef0e9e3-7786-42df-ae80-ed633853082c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,977e9362-0db6-4f53-ab30-f25a598bb1cd
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,43bad3b2-9326-482d-a46a-00b3f0daa180
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,9fd5503d-c02d-4da0-a84f-36ddd41bf081
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,58fc1486-f467-4a02-9281-c19ce217d3f5
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,98092ef6-cdf7-4bab-8a63-995a49711e13
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,fc2022eb-94e4-4a89-8dfa-0044fdb97f71
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,f62a0eb5-3f17-408b-b8c5-16942698f5b6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,899fb552-ee40-4568-8b1e-6d4f1236d5db
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,3a4cf867-da37-472e-b255-c1bfb8d9f2a7
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,3de94eb1-04be-40ff-9674-6c11450e5801
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,cbd5ea76-1b72-4854-87ab-7ae36894fb2a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,c2658f5c-1236-4660-bfae-387af412ee7e
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,c9303250-44f9-43ad-9790-20a44e34e0b6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,3483d065-bf83-4e34-8a84-f3b839164fc6
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,9b2b85ae-4b9b-47d2-92dd-d8d92abcedb2
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,eac4ec4c-6df8-4af0-a6f1-9c8317422a85
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,5e766c70-b19d-4df3-8559-08f6da4fd875
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,e2ad2485-9319-412d-8821-79a4f9f5449c
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,4b39b8d6-d6cf-469e-9539-0cc01841f270
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,9568e951-b3f9-4e53-ba1c-ccdcf6e5ddae
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,2910b1b8-51da-4b23-bc12-23121b616509
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,774a1f47-5829-4a70-bb4e-90e1148fad45
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,0cf0123c-2df8-4089-81f0-262ed80f5df3
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,fuel_combustion_consumption,066ce29e-8152-4c29-8fc4-35aada2d9c1a
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,sampling_scaled_data,555cc36c-5103-4cf6-b28c-4d0f66e57ac8
-124928,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,CO2 emission factor for coke oven coke combustion,,,Mexico,"NCV: 25.32 MJ/kg, C content in weight: 75.72%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,400.0,kg/m3,2.5319999999999998e-05,TJ/kg,1110.0086452799999,modeled_data,2b1be14f-d4a2-43d0-9592-09eea783cc25
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,a5e22935-924a-47df-8f8d-6a388b94b016
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,37965d33-029f-4b93-bdb1-32ac1781360f
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,885dc1fd-e862-48a8-afc6-686a24538bc0
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,2ea14071-fb17-4299-baab-4a9418deba55
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,07f6b4e9-cb91-42da-bf9d-3a949fbfd950
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,8eef2865-0fc2-4358-8356-4fd70462c523
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,15d7dca2-ffaf-4ecc-ab39-126b654321f5
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,433bcfc3-9e9a-49ab-a12e-ee5f91f3bde5
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,bcd65ef2-a36a-4d6f-b6fe-4f5d35aa42b5
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,d900090f-a1fc-4303-b89f-0b1def71c782
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,2b69edd1-361c-4490-93b5-7ad172785bb3
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,6b786613-cb5e-476b-9f2e-dbde95502ff2
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,2f0366aa-0a67-4e03-bb51-055da8654154
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,342dc90c-3c14-4e41-88e3-7a8049da2d7f
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,ce37b48d-b803-43d9-ab39-3303124296cd
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,fuel_combustion_consumption,ccbff8ed-077e-4b75-ac23-7cbf3ddd37f9
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,sampling_scaled_data,f0e78b7c-2e95-43a8-aba9-c373486a75d4
-124929,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for waste tyres combustion,,,Mexico,"NCV: 36.37 MJ/kg, C content in weight: 83.74%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,3.637e-05,TJ/kg,84442.58,modeled_data,f4ca103b-6d35-45b3-a69f-edffc611f821
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,a1c544d8-e58b-4593-9018-c43e536dc219
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,0e34548d-60a6-4620-b12b-8175bf4e0649
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,aa321c5e-30cd-45b2-ae4a-0fb6ae367554
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,f87ff0a9-8ff4-4cb3-bb80-ede45aabaecd
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,23a76d22-f343-40d0-9f10-6231238c0fe6
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,b2ce647b-d972-41cc-9a93-ddf86e1bb12f
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,6c35c325-f6b0-473c-a774-61129c2e54f7
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,538ae0ce-fc42-4ded-ad9f-91e66ee1121e
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,517f680f-cd20-44f1-9f26-6ed9e7b39296
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,988d30cf-970b-4832-bd3c-e629ee9a33aa
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,641a8a5c-ccdf-489e-9f40-5c35fa39296e
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,78e56afe-74a0-4a27-a60d-231a951fe44c
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,b306c107-60d5-4f39-8239-3f7d073efb48
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,9f3f358e-8f52-4eb7-b12d-f4afbef6eadf
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,7d0bb11a-b6e2-459b-89ce-e3a7aac822bc
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,fuel_combustion_consumption,992824ad-9139-4434-bd06-8c502103d526
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,sampling_scaled_data,faa3997f-9980-4148-9a19-c797cbe0e8b5
-124930,"1.A - Fuel Combustion Activities
-",CO2,Waste Oils,CO2 emission factor for waste oils,,,Mexico,"NCV: 42.03 MJ/kg, C content in weight: 89.07%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.203e-05,TJ/kg,77722.89,modeled_data,a6fef482-eb63-4a23-9a67-9fcf904ddfa3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,0d465fa2-3c2f-4a18-82d4-489fa52d2d32
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,b610ff63-6ef3-4a5a-a45c-7d1e9d850bb8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,5fcd0ca3-9c04-4a16-bd25-1c8c953f0663
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,122ecbc7-c751-425b-9c53-f7ecad18fa8f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,58ff82de-cf57-4581-b3e4-02c5c17bc3dc
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,91d31bf8-4b7a-4248-9813-63b52ef6e4cf
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dc6cccb0-8e75-4354-8239-2b7f4fd9fc3a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,cc52c4cb-0bbb-488b-80e4-ddd97e64d42e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,fb25dcc1-f582-4201-9f55-d7ad8794b9b3
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dd0125fc-96ee-4634-96a8-2a932ea4c0e8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,19e104bb-950c-4616-bb41-2753678a0ca0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,ffa8cba4-d91f-48b2-9e99-a6724fb511d8
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,8e6f33c9-e479-4052-91c0-d0137bfb3d0c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,59e7effa-bf0c-403f-9700-aa0681d565a7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,c293f440-bc9b-4f1f-8db8-141d5b479490
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,9caaba82-457e-427e-8387-dea403501e6d
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,3b9c582e-2d14-44a2-8110-662e1f1f7734
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,3672e186-cb15-438f-b7c8-414206b99c9c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,d9b0d3f2-ffdd-470a-a959-b3e4407ad094
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,9361254f-0f9d-45a0-b686-c81e26976833
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,59738c32-45dc-4f6f-ad99-2fb186a9f704
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,f10b6e2d-85a2-4c25-9ae2-14dcfaeef8b4
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,251898f4-8aa2-4c19-be67-1925e854ab75
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,9692d2b7-f1cf-44a1-a9ac-cab1a2c2e7d4
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,a8c83110-056a-4c03-99f2-94a3a55a6765
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,960ea918-ef7c-4f5f-84dd-98e10a10c51f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,73e0599e-5844-44b0-a347-ae7e3d442898
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,4cbdcd76-a6bc-4de8-a7ca-5ab72abb79f9
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,1d8ff927-7428-47c6-ac3a-ff31c7c03c49
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,83098ee3-cf89-43ef-82fa-3d11d2cedbb1
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,31dddfb9-8355-4736-931f-e74a1c61e260
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,de7657d7-2c5f-402b-b7c4-30a0b4ae60e6
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,be7f9dc5-d020-42bd-85ab-7985215354e5
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dca7485b-eae4-468e-98b3-65bece6a93cb
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,49c25dd3-09fc-4142-a761-bf42a5bd4131
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,7375cdae-e018-49cb-801c-36e46769af4c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,f2678b66-dc40-4070-94da-046592c2d646
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,96f1bca4-24a2-46ed-aaa9-ce4f831d87b5
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,b65043d2-5f54-40f4-a15a-655035a4f97f
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,e1ff3bd7-3435-49ec-8b6c-d5b22ddc3b47
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,9b3b0918-cebf-4a07-9ab5-9627187a4cc7
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,1599ddf5-5693-47f0-a837-49f8267934da
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,0c4dc58c-5dc9-4047-8546-4bff2a460ed0
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,ccd78648-2e1c-4287-961e-69a7c1d1e76b
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,a687ca77-3758-47ee-a688-0d96f7a49b5a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,e7d7a39f-d9d2-44d5-bdd1-372e631bfd4e
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,35158126-6fcb-4586-a3a6-55d83b10a96a
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,a7b46158-021b-4ce7-be7a-66f0dd0cfdaf
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,dbad5a9b-8c38-41cd-b583-81d37830c7aa
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,33e01fbc-5b29-40da-8fb3-b9c37b5eba64
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,a0292bc9-aa44-4843-a56b-8e84db1ea610
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,fuel_combustion_consumption,96950b5c-14ff-4f45-b59c-50740514a75c
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,sampling_scaled_data,2a18ea0e-ef60-470d-9da6-3f0346487300
-124931,"1.A - Fuel Combustion Activities
-",CO2,Naphtha,CO2 emission factor for naphtha combustion,,,Mexico,"NCV: 45.22 MJ/kg, C content in weight: 85.84%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,770.0,kg/m3,4.522e-05,TJ/kg,2421.783630574,modeled_data,61515d94-2eee-478d-a0d2-27bbeaa6bed3
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,3c813eb7-9f59-4998-b961-4fe452cf9ab5
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,6c491cc5-7c75-450c-a445-eae8e189d29e
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,6b6f85ed-1b25-40b4-8291-e87301196457
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,91445ec1-2b8b-47b4-801f-aec1d421454e
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,33417abc-ca3c-47c4-a7c3-e91cba2361ae
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,42e51cc8-3d65-44d4-b52c-da3967936deb
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,ccf4aedc-a92a-4a68-8181-8f0f7a1f85a6
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,7d929503-38f2-4d96-81ca-b7d2c9aefd03
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,b25e6ff4-e2f5-4673-8385-13bcf755c4a9
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,de3e3f99-d397-4ca1-946a-1ca3c9e957da
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,3d24aef4-7683-450f-ac2d-0a332c318a0d
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,25147e4a-0c98-4b78-bdc7-83a6535e4059
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,271e14fe-9152-496b-9bc1-f8b3a33628fb
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,416b5b69-cf8c-4c92-baec-b07f4415a5ec
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,7f9ea55a-0330-48a3-80bc-f196a5c507fc
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,fuel_combustion_consumption,482a3817-e02d-4795-b675-c14b442c8b78
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,sampling_scaled_data,7faa8428-f03f-4e85-99f2-3c5bdf655a13
-124932,"1.A - Fuel Combustion Activities
-",CO2,Industrial Wastes,CO2 emission factor for alternative liquid fuel combustion,,,Mexico,"NCV: 40.95 MJ/kg, C content in weight: 87.39%",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,,,4.095e-05,TJ/kg,78225.78,modeled_data,c8272f26-199a-4cb9-a7cf-111e9f354f3c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,85fff5ac-1481-480d-955e-88940a1f4dcd
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,07561d88-41a4-493e-83d9-109d66efaf96
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,114cd6ba-60af-4de6-aecd-8f398af8ffc3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,2aaf1b82-1240-46f5-8c0a-fbb78e9b210b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,017e36bc-46e4-4af8-801c-787782d5aba7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,2c6319e7-5718-4b3a-b004-cf8904b30e9d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,eb228a54-d478-4062-93ec-f3d457e77c40
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,7a44e87e-3e2f-4d3c-a6a8-3a11d14e3580
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,ed7a9216-2126-4a56-b342-69c538de2c81
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,a9c2ce52-f3a0-4ae3-a6b5-fabc2ae3eda2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,d98f6905-d68d-4344-88e2-2a122eb4c785
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,9e792e5a-a35a-4ad9-8677-90ad921caf7b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,f2c49634-3548-4d32-8ca7-86f72581a6f6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,75fc3503-6374-430a-8222-bafc925f7f6c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,3347dfaa-e6ff-4280-ab56-f84e4e75472e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,c5cf9823-fa87-43d5-bc69-3091c58c00bc
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,291a2fa5-94a2-4c10-aa7a-3906d5c771f6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,136437d0-9954-4fc2-8d7b-08663f75418c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,fa8cb2c6-89aa-4598-b2a4-c1a2ea37dad9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,e325b22c-c7c9-4c28-9a35-f305d7efe439
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,21f0a0df-51e4-44eb-bf3b-d75cc1f1193f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,561928e3-a3e7-40a0-b8fb-a60843c27202
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,168907a6-2f54-419a-9529-a45910768133
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,e500aa73-2e38-4166-906c-9c4879cd07e1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,a3581efe-9c3d-4f43-93f6-5b40062fa44c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,e40566eb-4bfe-457c-8458-47f3e6c006a4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7f404b17-86aa-4043-9c10-e1f21a43154d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,733c6491-75a0-488f-8b12-4360ace0c1c2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,474a8a4a-e080-4c4b-b2db-86d84e5fdaa5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,ac612498-b96a-4e1f-a8c1-363da2a56359
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,5dd211b2-2bf4-46ed-9d39-65fe8b8194af
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,abb0240e-ea0e-438c-b887-d9f44928e7f4
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,bdcdc3e8-100c-4037-b9af-c0074d2da7e1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,18b7628a-5c9c-45f5-9ba2-8c1d91f8e745
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,226df84d-9075-4257-81ae-1ebb2473e193
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,12f86120-01cb-4c53-ad97-4914269257ff
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,80e1f509-7fa9-49a1-9bb7-630dbf818544
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,2ddd94b7-7bf0-4d03-bacd-e3219baba1df
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7e0734b7-ffd9-4e80-a592-15d1f1d33a62
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,9706f844-7403-4e49-b38d-78985552a03e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,3106bd9b-3f6c-4c49-b3b3-6e2bdcaa2194
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,d13274eb-5926-4af3-ab5f-69f5796c6628
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,4a18455a-37db-4798-9456-6fe02f4663d5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,ad3a96b9-32de-4b98-82c1-0a0fe2828bd5
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,75988206-cc02-42b8-8ed6-f803150f00d1
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,1fd00564-e4eb-4419-8ba3-2cfd3037b48f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,80057adf-d358-496c-9594-cf14ca3209b3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,576f25c2-77d6-4e5b-adaf-b790bfb62275
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,52985590-d55e-4c27-bf33-4f6e844d2dce
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,4feab31e-5595-4c7a-a7d4-4c8901cfdfab
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,f9b378eb-1572-4b26-b635-108baa471602
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,f882ad1f-60e7-41e5-87f9-c2a67f41460c
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,e21058d4-81a2-4198-ad21-c1a6fee9a24e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7f2e10aa-6b81-457b-8949-aa690fc5bd49
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,371ae880-7e1e-4cb1-9a8c-9d270255ac18
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,9788ea75-2a9c-4fa3-a1f1-ecb0dcd87b1b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,b9d08a91-1f2a-468f-901d-040b835009c8
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,fad2c24f-8b24-487d-a568-54c901d54bab
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,bdbc0b88-398a-417a-a4ed-3927eb8b7dde
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,8535324f-b4cb-40fd-bb8d-44f0bbf5d13d
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,20352992-316b-460f-b802-63e19b8813d3
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,902f57d4-f296-4ccc-bdcf-2590c25c25f2
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,7aed1f8c-aed0-4acb-9510-a45dc924e12e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,429a5312-63b7-4d10-a6aa-9c4ac1083976
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,c2526af9-b586-416c-b866-99e88bf55c83
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,5e1d2b7c-1312-4e01-92d3-2c54d6b9ae97
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,a67a40b2-6212-42b2-ba4c-3fe9df8580ec
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,b2264910-e98d-4e85-a76c-3878f288afd7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,8f2f69ae-a50b-4a26-9d36-b1c25d4c6038
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,9e1fcbf7-e2a3-4dbf-99e1-683f475ebc8b
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,9b657a37-80df-4a6e-914f-61842d9feea9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,11a1a400-cf15-4193-a6d2-bd43a8379571
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,3f5b734b-5c78-4f13-94c1-c10c72a80686
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,d6d52790-1b6e-402e-8389-68ad30a02ff9
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,e16e0840-3945-4770-84c0-1f3b02e98e43
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,6e5cecec-566c-4ec1-b991-436e4cde2e46
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,c7094d8d-7acc-497b-9c1c-4749c6a68893
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,3611c6bc-b06c-4a52-bc5a-b88ae9849eb6
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,5e6a7dcc-2b59-40d0-8923-5dded01e9241
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,3ae212ad-ee11-45a9-a190-e9138fbc578e
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,15cac2cf-65bc-4c39-9424-c6794f0e867a
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,3784bbda-77a5-4372-89f5-5e8c365ebaab
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,d0fc6373-eb99-4327-ac3e-97188fef049f
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,cef5b272-b307-4e91-8068-280725c446ac
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,692c841c-6b69-403d-a6e4-675e89225f79
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,80bbb348-1013-4f2f-bf00-ead86cf5ab17
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,f015b2ee-7d89-494a-9b1f-9dc92372c473
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,fuel_combustion_consumption,d15d58a8-d1e1-4151-8db2-c232489c84eb
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,sampling_scaled_data,fea8a039-36d8-442d-beaf-cdc7b472e0d7
-124933,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,CO2 emission factor for natural gas combustion,,,Mexico,"NCV: 46.74 MJ/kg, C content in weight: 71.76%, density: 0.844 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,0.844,kg/m3,4.674e-05,TJ/kg,2.2783882699608,modeled_data,ba88be36-e500-4e54-a974-dba2591a26b2
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,fuel_combustion_consumption,2f16cb51-09db-43c4-a331-f7737d078145
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,sampling_scaled_data,d7a0e751-0f06-4871-862b-83b2e149cd3b
-124934,"1.A - Fuel Combustion Activities
-1.A.1.b - Petroleum Refining
-",CO2,Refinery Gas,CO2 emission factor for refinery gas combustion,,,Mexico,"NCV: 45.66 MJ/kg, C content in weight: 70.24%, density: 0.885 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.7.1,0.885,kg/m3,4.565999999999999e-05,TJ/kg,2.350636947918,modeled_data,14f9ba7a-f752-494e-94b8-a6fff4967621
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,44a6cc3d-83cb-44d4-bab8-15ab50fd1203
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,29837565-93d2-4fdc-b8e4-c465a0071992
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,4a5b4a85-d4a2-45b9-a75e-27d2e8545603
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,6724d91e-7562-493d-a22c-a6641d0519cb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,49779b4e-e327-4512-8dcd-721f2768657e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,28c8612a-0465-4f85-a670-4c33b340cdc2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,acf93cf2-36d7-4cbd-a6dc-5209073eb558
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,89aa70a8-fccc-49e0-bab0-2af9331915cc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,c3cac8b5-a45f-44fa-97d0-6c6952831807
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,8c03183d-e2da-4820-8c1a-471b08ce7936
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,85343b4b-1547-4fcd-b768-efca220aedec
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,ffd371ee-233d-4c61-9006-64a34d062011
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,f25a26b7-cb4b-465a-a524-2fdf7a5c834e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,d09d3606-d7a5-441d-a7e5-8eb7585aed34
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,d0b5b361-b089-40a5-99d4-d5af1c38bbac
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,dcbd8dd6-dba4-40c7-be6b-c9e3fc5275aa
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,4fd83ba3-8646-4605-ab3c-a17ff387aa2d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,1b52b37b-5210-459f-a60c-4a418ebc8c4a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,db1e3076-ca62-4cb2-96a6-38356de8f81c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,40cd0e2e-b36b-4826-9ea3-36cafa9660ff
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,1046343a-f56e-46ee-8160-e51295835a7b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,a0f0cdef-1a7d-4203-9f71-a310647ecc0a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,f8e263e0-6cc8-4a39-8e3a-6c08f186a3dc
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,ac017a59-7279-4778-9ec6-bc64853c0ba2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,ff4a5e51-862f-4664-bac1-fa77242864eb
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,74c5309d-c33c-4c01-825d-0420812bcd64
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,5ea45a66-ac33-4e42-b5cd-adaa0a7e9037
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,a91fdb00-e7fb-493c-9110-8f40d01bc58f
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,d516d1f7-7d04-4da0-bef3-d85a8323540b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,6af06ce0-c066-4a41-8b88-23f7e1ad6788
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,220baadb-3235-4c75-a320-e8ce15d237fa
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,bf7b9717-8a4c-4561-bb40-a6e2c2f90c91
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,cfe5acc5-3822-49ad-82ef-2ff58a984093
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,2c126085-32f3-430a-a662-1255183e89d6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,8aa1c24d-4bb3-49fc-8b64-2949b44d939d
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,163a582f-1bb0-47a6-9487-766b73938709
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,2ce6c7f6-555a-4c7e-8686-0df5306f588a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,a16cfad4-4625-4d5d-b30c-c00cacd401a2
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.1.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,95851d43-0c1c-4f4f-adc2-2c219d265c75
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,ce5a017c-ef0b-43c8-9e28-9d71ea01605a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,1bc6ff8d-5a6f-473f-8f44-3311f13680d4
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.2.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,e2373cce-586d-4c02-a03a-e3ae613231bf
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,74f47c95-be99-4b85-b4c8-d68987a33c37
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,f6b9f6aa-1e79-4e86-84be-04283216340e
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.3.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,4dda62c9-dd42-420d-a004-86cc68aebf5c
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,7d2cf051-95a1-4e58-bc7a-ef226868bb35
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,47db1d2a-7422-4926-ab12-df04129fd845
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.4.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,316bd8c8-8bad-413f-940f-fc649ee83345
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,b8a0a558-833f-4299-a3d4-2c707038a40a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,b5e5af58-e69d-4dbe-a7c2-7df7bf6003b6
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.5.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,532127d4-77ee-4c21-9228-56245efd8388
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,fuel_combustion_consumption,178822d4-1b25-4c86-8f94-a65dc509766b
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,sampling_scaled_data,058f9029-cf92-4084-9b49-7e1c14daf48a
-124935,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,CO2 emission factor for LPG combustion,,,Mexico,"NCV: 46.16 MJ/kg, C content in weight: 81.99%, density: 1.96 kg/m3",kg/m3,Equation 2.1 on page 2.11 of the 2006 IPCC Guidelines,,I.6.1,1.96,kg/m3,4.615999999999999e-05,TJ/kg,5.888284261439999,modeled_data,e5db7da2-8a6f-4b7e-a596-85df1034c455
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,29f68a9d-3e59-4bc0-920c-155ae3a29fcb
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,c9d072b7-3137-436a-8a2b-79e4583950aa
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,80ab2b8d-82ad-40e1-91d6-5c09a69451df
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,520de724-f2bf-4367-9f12-45f4acad2286
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,b795d7f5-546f-460e-9602-95507d167632
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,376d62a8-168c-48e7-8d51-3632e1141adc
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,c7274e41-4fa6-4370-a833-1c26d5cead3e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,c673adff-4b78-46ac-a56f-280c0470b9ea
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,037c9624-e908-460d-a2f8-f3c4b23cec16
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,5ed7fce9-0b45-4efd-9a84-887fe0b95db1
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,4147da41-6909-46a7-a859-c5ae0a0cbe23
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,de2ac499-6fe3-47c2-bab1-00e74aee89e3
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,d50e5124-0153-4ef4-bfe3-df1c1f1fcf89
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,846e0c9a-3cf4-43c3-b2b0-ee9915e72218
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,28196f43-1c98-48ca-8cbe-95ff1693918b
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,fuel_combustion_consumption,238672a3-a0c1-4a16-bcf5-a142a0bb04ef
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,sampling_scaled_data,0ba28291-8771-4403-9f57-dabae7ddf3a4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.0985991206399994,modeled_data,bc4807e8-50aa-47c2-9278-219f48f89e2e
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,49703fcd-7833-4b2d-8fa3-1b4ae2828658
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,bcadb830-635b-43f9-ac71-563b578f9ac6
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,407f4132-c1ca-4576-906c-a5c7060c3b90
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,ca479df6-aa77-482e-b859-f54550bf5b95
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,1f520b1f-a934-4d6e-b686-f1768c82af31
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,f0dda40d-2309-4d94-8371-067f5c8072ae
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,f00bd575-72b9-49d5-bd06-152ecf275000
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,2a1f664b-d887-41c8-acb8-27f074b30f66
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,c28eb868-5ba3-4e75-9cb4-6dc026f54bf4
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,d31c4188-4e3f-4d7e-88b1-f7f330f1f6be
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,e54b9ad2-a5c3-4da7-b819-7dec93d07fce
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,a516d535-0116-411b-99a5-afee079671f5
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,c36e9a46-6508-4ff7-9f09-6225708256bf
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,05a2638b-dc53-43a4-8b62-1997408c9ec5
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,250cb8ee-c093-4668-9d50-1878c55fb5e2
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,fuel_combustion_consumption,08966480-9238-408a-9d87-a7f6fb649441
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,sampling_scaled_data,d4835ef2-201b-47ba-a8fc-438553c273b9
-125631,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 23 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1209246432,modeled_data,e4972a48-94a3-44fe-9ac7-09a0fa3d9a73
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,f5942bf2-f844-4976-a25a-bc139dd59823
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,cee771ac-3505-4121-8834-0ea102ead79d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,4841792f-1ba7-49c1-9bbc-9ec7ce6332dd
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,5b9afe67-cef6-4d91-849e-d207b4a1696d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,df776b7d-ebc6-478f-9cd1-eea7e4da4353
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,859976e1-123d-4e20-8b37-819fd63909a0
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,fbd477eb-4df8-4a07-ba96-160f16e11a30
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,eabd08b1-1db5-43fa-b28a-a3ea19250de1
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,8778c053-1226-4785-b1ad-056b59e2b5e9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,a7e16ae0-d6a8-42da-bca2-1da7e02cdc09
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,381df8b2-b6d2-4c19-a063-1876f9096445
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,89be543c-6081-44cd-ae7c-06b07df54fe3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,57a83a9e-eea3-4e79-a0bf-47b203678351
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,5c8fd66c-1113-41bc-8ae0-03df983a5b6d
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,eb08b7c4-1f03-4ac1-b6c0-14b978e7f306
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,fuel_combustion_consumption,d60be85f-8c16-43d2-9601-e3619f40136f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,sampling_scaled_data,df1190f3-ac28-4f59-8703-ef8e88cdf6ab
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.2,TJ/Gg,2.1526513465599995,modeled_data,07c8ba1a-3858-4ff3-98ec-1674bb1b817a
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,9f1ca624-de5c-45e9-a63d-28d82bd21506
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,b8518c80-ccea-4a9f-aeef-37cfefa5225f
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,e8a30e25-90f8-4ca6-9b75-a76f5818ad48
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,99c72e70-76ef-4040-a078-6cf0f5e27139
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,3b59ec25-2abc-431e-a4ba-27466943c3c9
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,11b50167-388b-4706-8eea-604dfc104532
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,55ea1abe-f326-4e78-9de4-8416cb4d3006
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,177f0153-5481-4b18-96bd-9f0b06d97d91
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,59e75932-e468-4999-a995-a9656d1423b7
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,948047c9-ae53-473f-954c-d1d17b662c31
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,8d93b273-d67f-4ebe-bb3f-c13fac96e914
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,a1ab48d3-a70a-4142-bab3-464802ff42c3
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,485c4029-f560-44b9-90c8-4844d14ed884
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,9f81e611-0af0-431f-aff5-41dd3cb580d2
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,c0505bcb-bff0-45ee-8155-c3489139b3cc
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,fuel_combustion_consumption,8bd87665-7b71-4fb4-b6ee-46383ec754ac
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,sampling_scaled_data,35ff5c6a-ea8c-4b0d-b9b8-1fadc6bd462b
-125633,"1.A - Fuel Combustion Activities
-",CO2,Coking Coal,"Coal for Pulverized Coal Injection of Blast Furnace, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 20 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,829.76,kg/m3,28.5,TJ/Gg,2.1755518927999997,modeled_data,dda7877b-623a-4090-b485-37b21b9551b0
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,657871b2-5ef1-446d-a1bf-55f74da742af
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,839a0d2a-589f-4761-8e31-b915b47f3a81
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,99eef70c-3cb7-4023-be17-4d06c4346535
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,fc69518c-b6d6-4db2-a472-e9ef7e568e43
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,8ee25ade-0f02-4257-be73-42090038c071
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,46b75db9-9b6b-4b85-a1fe-0dc92a3ec9d4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,c21beab9-e969-4a4c-8944-2ae0837d8826
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,55ab2713-3114-4230-9a62-259ebd4bd1e7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,0ee7b12f-fb2d-4ec5-8dc6-3a8c604aac43
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,5ac74153-f111-4e3d-b629-d0fe0cc40309
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,69878314-5464-4987-b21a-e81c1d37a674
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,9c976a16-6ced-4f3d-89ac-7b6ff6198de7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,25f29712-805e-4225-807f-0fc31eb4d13e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,24113ebf-528c-48c4-b0b5-231ee84e685e
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,db643ee5-b4bf-4d8a-9100-6e7a6015bf4c
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,fuel_combustion_consumption,eac5636e-698c-4055-ade7-914ffe779031
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,sampling_scaled_data,565c97be-f7d3-4114-b550-f7b2d150d729
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,25.8,TJ/Gg,3.092884564,modeled_data,267960d1-66eb-43c0-9b28-a7ad407e3a8b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,df2b4f78-a7b7-4ddc-8c13-31c48f43217f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,93e8f2a8-6a7b-4ea3-8252-16c112141ef4
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,e6cad43c-153b-424d-8684-855f7c7be408
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,d66fe760-cf7d-4fa3-948b-1ef68d5bb160
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,89094c90-e05b-4a30-83e6-a1cc2c882102
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,3261e7f2-119e-45a4-b65b-b1aa2747c0b7
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,c6317dcc-6043-4b2e-8d26-67b153bafae1
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,1496c938-2df2-499c-90cc-b9401f372668
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,105e00d4-745f-4293-9680-f985574776f5
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,8ea9aaf6-d14d-4d4e-b9f9-635e7fce600f
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,e9a52833-0679-469c-ae80-46ef543b6f5a
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,20c0b765-bc2f-4024-a85b-07d78ff50f55
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,14ee8335-8f9a-4e3d-b13b-f5e404e56f74
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,078862f7-d35f-4ca0-9b89-a2db512e5c0b
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,da9f1aea-11c2-4fa3-8c6c-7bfed5dfcb53
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,fuel_combustion_consumption,e8328d74-2b67-4006-88a3-648bd27dc0fc
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,sampling_scaled_data,71a41016-705d-4858-a5f1-fbe0dc8022b8
-125635,"1.A - Fuel Combustion Activities
-",CO2,Other Bituminous Coal,"Steaming Coal, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Weighted average of 110 sample data based on the amount of import, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,24.1,TJ/Gg,2.889089844666666,modeled_data,c7125af0-9772-4956-b081-9626a816bd52
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,8f94ee31-a946-4d6a-877a-3cc486974252
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,3f26faaf-adb3-40f3-a59d-efd48cd9175b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,fda1a911-5951-4516-9fec-69a86d337a8d
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,8f511155-b782-4cdd-bff4-4848872ae29a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,db1fc021-8217-4bdb-ab79-567c4ff09fc9
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,a7c27f1d-559c-42e7-b7b0-dbea6e0977a8
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,ae9cc72f-4de7-4b61-94f2-7a833108b32e
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,295e06b0-ac98-45cc-90dc-0d35f1be6569
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,1f14d886-15c6-42dd-8913-99aafa44700b
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,df1464cd-d425-4eb8-8a85-7287c57d7d4c
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,24deea3e-df1b-4769-aa27-ca7bd33d9fb3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,577cda4d-8318-49d3-988b-d7a581643f71
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,f2941070-6aa3-4759-93a0-4fd6c1a8b726
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,30f0950d-4075-4e0d-9a47-9acefaae196a
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,04dce22a-7550-4d38-ad02-435acbeca573
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,fuel_combustion_consumption,0d665b71-10e7-4567-a47b-07b1f8619908
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,sampling_scaled_data,f81b70fb-65c1-4724-99fc-df99c3030ca3
-125637,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Coke and Lignite Coke,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 26 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis, Average moisture content 11.1 weight per cent to dry coal.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,400.0,kg/m3,28.2,TJ/Gg,1.2358367999999997,modeled_data,777efd3b-15cb-4708-9120-176066b1f21b
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,84443ccb-3012-4ddf-828f-63fcc74074b9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,183a300f-da39-4d04-9669-ebd3c56c5a4a
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,cc32da4e-a119-4a3a-9fc2-34c990f80fc8
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,331eb1f8-fa81-4a66-a1f4-434d94838173
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,a00f5e43-5e42-41cc-af05-3bb743892008
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,7f46b6c0-9714-4fd5-810a-4660ed59d956
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,4188b283-1247-4a22-8d4f-4a61219b8916
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,cbe038b0-d1d5-4137-a570-d7b210bd3923
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,0c7b6d02-d662-4b12-afcb-b43fd74ac643
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,10a1d113-833f-4a39-b940-d954dade4aa0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,1b97f34b-12ea-4ff1-97ec-174fa57986d9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,fdd8440f-1cdf-4678-858d-7948b55dfd8f
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,853a90fc-d567-451c-a716-5728e37a2bc9
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,3d8a1ad4-17f7-4146-b579-22aa5a5040e0
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,a3d2678a-2080-44cb-8f46-14bac3d11618
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,fuel_combustion_consumption,77ccc0fb-012f-4fd0-8fa6-7017edba8046
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,sampling_scaled_data,5ffd2dc6-ce4d-4596-8032-8db9162f3ad8
-125639,"1.A - Fuel Combustion Activities
-",CO2,Coke Oven Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 18 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.545,kg/m3,38.7,TJ/Gg,0.0008414102400000001,modeled_data,3bd6af3f-d930-49d8-b508-f1e20e975c4f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,292e20fa-ee97-4aae-860f-dc2d0fd5b8de
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,2d43dbf6-a4ac-4ac9-8ec1-17dc0c4147fc
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,460e2a7b-c7f6-48e4-b1df-09e32cbe1927
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,d599f9e6-a654-4763-aae6-f259eb0ca054
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,00fd39df-0625-41fc-85bb-d6c421ccc98f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,82fb3ac3-ecbb-4869-9347-5271f2600d15
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,a17b0dc9-198e-4869-913f-c498d8d7c3aa
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,dd4c19ee-c4cb-46b0-b5ae-cc48f4cebfc5
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,7aa9ee38-72fc-4b5b-9ead-72050ab94b0c
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,6cdf2f4c-67b0-4bb7-ba92-d17dee6fbcf6
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,01611750-fab9-4a96-bc83-a470d99cdbba
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5a78877a-fe1e-4c2e-89f3-604a5d9d819f
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,c69914e9-15c2-445c-aab3-a9530adb133a
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,f17ee503-6fa2-4c5a-ac09-e25327d165c5
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,590760d3-afe9-4df5-bd31-f8c6a3273436
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,fuel_combustion_consumption,1b6a07e1-56b9-43b3-875f-03e82626dd3b
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,sampling_scaled_data,fb71d5f4-3aeb-41ee-90e5-d8843a8b33ba
-125642,"1.A - Fuel Combustion Activities
-",CO2,Oxygen Steel Furnace Gas,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,"Average of 24 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,,,7.06,TJ/Gg,153.85333333333332,modeled_data,5bb64aa1-19f0-4401-9828-d7324c1a4d99
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,e77098f6-2403-41bc-8020-36db7f72f2ea
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,711cef1c-31f8-43b9-bf1a-18792c9304d3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,dbbea217-7077-45dd-ad8d-a00e0983995b
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,97c567cc-0748-4ca8-b5e7-ad54b7677a2c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,73e26495-993b-4220-b4a3-74ccf920b66e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,e9c9d9cc-56cf-4bca-ac7e-aac0a8e6cb8f
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,329b6b63-ce88-4f99-8a06-19a5d284ba66
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,da2e6c3f-b78a-4d84-bbb5-eb05d09be197
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,8860ce1d-3f50-4f92-a3eb-e18c3ee44b9e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,b0a9718c-571a-41a6-bb71-f31e036078d1
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,4f1e1f55-dfac-4239-b0fa-e8b20c03683c
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,22a227c7-fdd1-4d83-be94-64b4ba37e7a3
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,dc4932bc-548a-44a2-b633-21a47aa6d25e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,483c34ee-666b-4097-a0fa-f18fe3c3ea18
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,ce117f95-15ca-4b36-adcb-6cac7ca0db41
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,fuel_combustion_consumption,bb516b5d-5bd3-411b-96fb-289ff47d2201
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,sampling_scaled_data,365a1c10-f3b3-4378-8f28-4bc2334c0e6e
-125644,"1.A - Fuel Combustion Activities
-",CO2,Crude Oil,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF(GCV based) of 36 major crude oil grades based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,800.0,kg/m3,42.3,TJ/Gg,2.3550383999999998,modeled_data,bb426864-2ddc-48f7-80b1-f76b7a4d3051
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,3692a862-0684-40f2-a060-82723f233590
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,f9c344a3-aab7-4336-b12a-81aa1fdfedfe
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,7ae55358-b36c-4dd3-982a-30376ad6e0e2
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,2ad200b8-a314-4b31-b134-bbe7458ad512
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,cea72457-8007-47c0-b0aa-1542b592cf11
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,10a255bd-7690-4397-8d5f-6c049dc46402
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,3b9440fc-db26-4bf8-9c20-15d4ca098281
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,b6e4d5ea-6426-46f8-acc7-233562f091e4
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,6da83e1f-97c1-4d77-befc-f789d9a11edc
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,d8d448dd-ce72-4b6f-8142-4de1dc499bab
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,c6d6f813-024f-4bb2-ab7f-7543b0f77fc7
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,e45bcf2a-a83e-41ac-8641-d7384ca99266
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,86e58c6d-7f06-4471-8664-691cf87b7f51
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,2ef52a87-fb69-4f3e-bef5-878fa6c52c53
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,1fbc52d3-cf28-45a5-9409-3e9057eef48d
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,fuel_combustion_consumption,9121a307-5dfa-4785-bfa7-69bab4e14a45
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,sampling_scaled_data,dc195334-3804-48ae-87eb-0e7eea479d6c
-125646,"1.A - Fuel Combustion Activities
-",CO2,"Natural Gas Liquids
-(NGLs)",Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average CEF (GCV based) of 5 type of NGL based on the amount imported by Japan,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,500.0,kg/m3,44.2,TJ/Gg,1.476427333333333,modeled_data,3e678e3c-816f-4526-9652-10a107318b8e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,2d8fd9e4-2971-465b-a772-7bf2431757ee
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,727583b6-64e6-4f8f-9df2-aef2e3425f88
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,e4bbf084-bde4-4a7c-a2b2-0fbef943c339
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,e58ef14c-275d-43a3-b7f7-034ea9bfc746
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,8221bf4f-3c50-49a8-aad3-0589f1a67cfb
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,8a2f19d8-af8a-4aba-8912-b922ed25b4c3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,5e139009-e7d5-4a86-a9a1-4a364b99d5c1
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,9d6b58c1-eacc-477d-93bf-c72fd492b3fd
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,e68d0eea-aa8b-4295-9890-aba3aeaafc87
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,22ac4411-5a76-4ded-8068-0bbb582f2dec
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,2da3f814-a02e-4da4-b204-60a3f24bc65f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,aeef0ae6-65c8-495d-a65e-da88ce826fe9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,98392a88-9a19-4acc-a84c-e1bebe4ec068
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,2f6d444d-935c-4795-b96f-37f17b7336b6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,c337e268-1f2f-4820-96f3-1b100b15e4aa
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,fuel_combustion_consumption,e7eefd46-e47f-4d59-996b-6d4b81e6a071
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,sampling_scaled_data,bce7d614-c011-41a8-be4d-65f06e4100bc
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,44.3,TJ/Gg,2.2489544733333333,modeled_data,b03ab9df-f595-49f2-a498-e7f25c2e51f3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,083b7d8c-64bb-4bbe-be86-34a4b7dc07bf
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,68e6645f-b27f-44f1-bc02-6601eba02a07
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,4271dcde-a418-4766-913b-dbfb69ca5aca
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,55e3829e-ae00-439e-a3d0-f6dd97c659e3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,7cf6ed71-edbf-4036-8cd2-146a660bbdc5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,0f1f3799-40df-48d3-b448-d092557f1b40
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,60a2df78-c929-41a1-96f2-647676dc9621
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,eab5a513-943e-41da-9484-dc17a94beea6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,96ffb6ff-3b9e-4d76-9079-63ee60f1052d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,e47be324-db94-4ae0-bc87-96e74d836545
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,34bc42ab-a354-4fab-981a-6a7e5701a809
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,b0c55812-6f5f-4b5b-b03d-c88f9f508262
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,f0c1b943-e8a9-4fb3-b4e9-79bb4000370e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,0a31edbe-3860-456c-8c3a-77ffd573fd95
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,ec58ca8a-03b0-4af8-a2ce-210a606fc28b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,fuel_combustion_consumption,86257bd7-018d-424f-8c20-2b4b4a49874a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,sampling_scaled_data,ebc43ebc-aa96-4977-8f3f-9fc9e2740aa6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.314e-05,TJ/kg,2.1900653720000003,modeled_data,72cdcb91-014a-4a00-8a07-6ae370c93cb7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,b47eddb8-4ab3-47fa-879d-4ecabc772224
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,5cdc579d-638c-4950-b336-a9232e4fced1
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,d3d2d7f9-75ec-4704-8413-8b03e1fdae86
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,436f9347-e219-4e31-9f9f-b681f8d4e2ac
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,6975d533-e7bf-42c6-ad55-54487d7c093b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,0b84a918-0460-46a0-a6ec-767916709b6a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,8934d85e-e0c0-448b-9070-47384c239b05
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,b3611906-67cb-4911-ad1a-b3742aaec09a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,243ed293-2c1f-438c-bd46-88706b16a942
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,ab7daf79-3781-4ad6-9710-4527be34d5ca
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,4fb6de5a-0df2-427b-a8c2-76f819bbafd0
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,e29ec9c0-a640-4ccb-aa62-2ba2838e3cef
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,33e36e7a-baaf-409a-b292-af468d6c3ac3
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,5d632e1f-7bc1-4db6-b0d7-084a10c35dc6
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,10ac54b6-176a-41e8-acf4-5e966fc977ec
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,fuel_combustion_consumption,4714dc7e-0f91-4ec4-9baf-4665d9969e0a
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,sampling_scaled_data,aabe76ea-af17-4916-b72a-59f48ebb9646
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.2789999999999995e-05,TJ/kg,2.1722971086666667,modeled_data,87d7104f-e0f6-4034-a41f-0f493983eeec
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,1a7578f2-15bc-4149-b699-140b030f8da5
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,3994a9fc-01fd-4703-a465-16c66764e96d
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,f3c0ec6c-c737-4780-bb54-d823623972e9
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,205f122c-b863-4878-986f-f69b5a94aa1b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,4b1c84b3-0ee3-413e-bd15-b7bb14f9d3d7
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,1059ba10-7f7b-49d7-9e38-9cdc3735c47f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,f93c9fb4-c38f-4f02-acc9-ce2223a0ba0e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,4d796ac6-077f-4f9b-bdb7-45635abc1287
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,25cf0ca5-a0f3-4409-808d-a0529117aa11
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,f5710000-0da6-4358-ab91-f1386700e20f
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,edc3077f-a8ee-4e5f-829b-b68f1c42389e
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,fe99e87a-c60c-4b19-8167-73e2572ca986
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,e33e6174-8b69-4d8a-b209-28afdf136e68
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,58a3aac1-03c1-40bf-a29f-684e0196abde
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,856ffb08-e594-4a0d-87bf-35a8fd7932e1
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,fuel_combustion_consumption,372b9bb3-ab2e-4a04-84ca-8defb81c4e79
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,sampling_scaled_data,9ad4ab06-ffb4-47c1-9917-f86105264b7b
-125648,"1.A - Fuel Combustion Activities
-",CO2,Motor Gasoline,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of regular and premium gasoline based on domestic shipments by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,740.0,kg/m3,4.303e-05,TJ/kg,2.184481060666667,modeled_data,01de5380-37f8-4824-ba66-1ffbd35a50f9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,dcd29452-bbaa-4c13-8f3a-af8403ed31f5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,c8f5a241-20a3-4eb6-8c07-955848613c7a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,afbb5626-85d2-4bc4-9be7-80b854ca5f91
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,1b864bf9-d5a1-436e-8210-86c5009582b3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,d8723130-9429-4aa8-9623-ac719e4a5723
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,9c3349b8-e316-4287-80ab-5f80f1af6add
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,ecfcdcd8-0011-4181-8470-86f324c87a4d
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,549130ff-ad2f-4c96-87bb-79bf089113dc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,4a5fdbc0-a55c-49c7-8df9-dfe5468039e4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,4d107141-a78b-4aa6-8928-f1c7e624ced4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,8061505b-e290-486d-adc9-4d8dbaae0fa7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,052b2d9b-3cc1-4502-8830-f969f9e1381c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,e32e0183-f1b8-4970-a649-a9bab39a8406
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,cacc2a37-8aa6-4324-a22a-52b1899b4433
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,f2222826-9db9-4225-b6de-89050c40b24c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,fuel_combustion_consumption,99509b21-84b1-4700-bd0f-c470260d0c9a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,sampling_scaled_data,e26cc642-0fa6-47fb-ba7b-d68dd8fde775
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,44.1,TJ/Gg,2.37474237,modeled_data,b028256a-53da-40eb-b8ab-e07fbe931d8c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,7db62799-f6e1-4ed6-9a50-d7210251f8ce
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,db6ffe9f-1636-44e4-8f83-2f5a3b5b216e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,6148dbe9-f867-4b35-842e-a9d5f961f89c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,17b856af-b1d5-4fc6-8bcb-375fa59b9180
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,a55f63c2-c349-4666-bc8c-86bc93f58d49
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,3bbcbe3d-77a7-4a51-855a-4a4e1d9719b7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,64deec20-43b9-4262-9d3b-f09b19387c57
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,b0a118a8-7dd2-4208-9e3f-a772a241583e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,6ecb5362-32b2-4d6a-b0dd-40739d9f3bd0
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,83670181-97e8-416d-a50e-0bbcedd9c164
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,c1bf549d-bb1e-4f0c-95f4-5fdc4c1b7de7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,be3bb5d5-190d-4dba-afa0-11a9a8c8eb43
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,04b233e4-9fd3-4e03-9a85-a49bddd4d8c1
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,1551105c-0dd6-4f11-867b-74a10c3439ba
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,543a9154-b02f-4c90-988a-e6fc7d38e1be
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,fuel_combustion_consumption,fa287a82-9a2d-4249-9945-6fd26bf40026
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,sampling_scaled_data,c74fd102-c1b8-4890-8571-7229855d6b34
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.345e-05,TJ/kg,2.339740498333333,modeled_data,b7bfefc6-73d1-495e-bd79-3e46fcf7f9c6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,ff01f6d3-01d3-4f8d-b80b-69eeb8e5a31c
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,ddb51bb0-8b37-4496-afa2-3a7a048a9004
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,088935b2-8a50-4aae-beb1-85571dbf1f3f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,902a2259-78c6-46a3-91a7-18ebdbd9f9be
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,2e7443cf-30bb-457a-adbd-8a0fe71d52f9
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,fe486aea-b0ed-4d55-8ab0-757523e79fdd
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,f080a5d8-5edd-4ba2-a1ac-7ad4d2f34003
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,83deafb3-1c1c-48dd-ad61-dbcef0373c1b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,4de8320c-cfa9-476c-b3f6-f833777fc081
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,53e01f15-8755-4c73-9d59-13b09bb34723
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,cf72424e-9efb-43b2-b795-e10b2ed2a2a4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,3546cd85-ad10-44fd-bf1e-b78c5fa59b04
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,097b32a2-c33e-40cf-9308-1dad99edca0e
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,b51b3056-5dbe-4344-9379-369986f3e98a
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,018a7a3d-b54d-49ba-b422-e63b3e9af0eb
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,fuel_combustion_consumption,04f2325d-ecd9-4ed3-aa9b-1fcb1443c06b
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,sampling_scaled_data,94c735d5-5b4e-4a05-809d-63df1d65a242
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.356e-05,TJ/kg,2.345663892,modeled_data,b78ace76-0ec6-45bd-bde2-6a2507d2d5d5
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,4df7ffd7-08d7-46ee-9204-2e93b9dd1b71
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,4f617c24-3364-4130-a098-09b97a5a970f
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,72c8e4b1-f252-4d68-9e96-e695c8649a40
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,886021ad-a7ed-4dce-9ea7-8760db57c1b7
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,40b522d0-7f8c-4d56-84b6-349383f3f5e3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,8b8e0e87-d831-45b3-81c0-e332d8abf9a3
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,b22b8d4f-10d3-427b-b7cb-8e7de914c759
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,ea40e31b-2944-464d-ad30-3c6195c0b411
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,6db1a21c-e83d-46f3-b270-10fc4dabb2af
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,a985e2ce-3ef3-4f96-ae9e-5d5ce200bcf6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,c74b6b3e-ef4d-474b-a369-8dcd0eaa82b6
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,03a4abd1-4753-46d9-988a-7772c957b1e4
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,007c211e-9817-422a-a33a-12aa6d72bd64
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,f2f2a77a-2d7e-42b5-ae82-9e2deace7abc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,cbe3e420-4263-42f9-b5f0-7283152f1539
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,fuel_combustion_consumption,3968f13c-62cc-45fd-a3b0-94413c1c5933
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,sampling_scaled_data,6fe6f7dc-69f5-41cf-b325-0ee4446ac2dc
-125650,"1.A - Fuel Combustion Activities
-",CO2,Jet Kerosene,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of jet gasoline and jet kerosene based on domestic consumption by type during FY2013-2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,790.0,kg/m3,4.354e-05,TJ/kg,2.344586911333333,modeled_data,35e625e8-9ece-4e97-b1b7-baff6620bb1a
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,53a3d50e-d394-4adc-958c-b99798bd243b
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,0b7489af-83ef-4382-a99c-c884d29b51b7
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,e27b1ad8-5e76-444e-9779-dc406fa29426
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,ddc4cdb4-3a61-4451-9a16-6552e347a3fc
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,701c4b65-f050-4c4a-8d24-7ab9790c057e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,b66f441a-204f-48ff-b215-f1f1520e7f09
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,abef793e-4842-47f2-acd8-895dd8ca169d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,2f0aed62-b4f6-4efc-8cdc-f47151987d60
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,6645ad76-8077-4751-b9ed-ae7d1228bedb
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,4d783807-ffa0-4dd1-9a3f-b5f781b3bd19
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,adfa3721-40f1-4a25-a3a9-5f0140eea34d
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,800dc40d-28ee-4e30-84b8-5f1645692ac4
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,64b9c52a-9471-4cc7-a6bc-e7b209f9e55f
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,0e549159-3768-4b34-80b8-2f3e05499bfd
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,f0a94d4a-28a4-4c27-a2f6-b086dc3d7a47
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,fuel_combustion_consumption,4d9cf850-2396-47fa-9472-fcd149980bc5
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,sampling_scaled_data,baf8770b-1195-4a07-9acb-2488331a6e6e
-125652,"1.A - Fuel Combustion Activities
-",CO2,Bitumen,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,1346.0,kg/m3,40.2,TJ/Gg,4.1227603120000005,modeled_data,44ce54f2-77fb-40cd-925e-90a0c77f007b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,b0983169-a4a0-4fa6-828b-711952c8e89e
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,669c08c3-b70c-461f-bf2a-ad1a51b113b0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,58868a7e-1e7e-4b1b-b57b-c12f10e5cf6b
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,e93c474f-e931-4982-8476-a75cd9152c39
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,e4743f29-fcd9-4755-bfd1-32b85e65edd3
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,7728f9bf-ef63-49a6-a9ed-0b96e973a4e8
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,cc6ed490-cb4d-4343-8d1f-a83992920cb0
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,0e938b3e-733a-439e-a0f2-55006c67ab65
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,b83fcffd-1a42-43fa-a637-ba9f7bed2a3d
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,b71ce947-2b75-4972-9fac-451450087a3c
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,a95b3d3d-4a99-4d7d-a982-e9252e929b8a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,175f613c-6f71-4402-ac2e-0006e0b5be89
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,4663a93f-7e17-4b29-9303-d96768815204
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,b8ecae8a-7bd2-49d5-8e1f-7a3cf21e8ca9
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,5ad0c048-5904-4034-9e99-3a66068bd63a
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,fuel_combustion_consumption,4998ecfa-cb53-405b-acc6-7ff79a55a5e7
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,sampling_scaled_data,7b659612-374e-4dac-86df-7470fc42ae31
-125654,"1.A - Fuel Combustion Activities
-",CO2,Liquefied Petroleum Gases,Carbon Emission Factor for Gross Calorific Value,Combustion,,Japan,Weighted average of CEF (GCV based) of Propane and Butane based on total supply for FY 2013 to 2017,kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,540.0,kg/m3,47.3,TJ/Gg,1.5331159799999998,modeled_data,f1ed0c02-00c0-45c0-ab06-0613879b395c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,d34d4eb2-0e17-474c-bb0d-6a13b6025088
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,3c23e4a8-12c2-460b-9ccc-2ccfac3f84a5
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,b90a5c5f-7fca-408f-a28d-5b270bfa985b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,dd47e525-ff34-42fa-a326-3350fa9489d4
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,6f998ce4-771c-44f9-a634-4712a294ce4f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,d21e91e2-a7e2-432a-894c-7ae9991fe87e
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,71d83d4d-4c74-4ed1-a6b5-eb140474e69d
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,c085e3a9-c644-4d3c-86a3-eba78e1f0001
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,a32c6b3b-42a7-4103-aa79-d462b309b71c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,3aa6aa15-16f9-499d-800c-2e5af889a94c
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,0579e4d0-07b3-4b01-a97c-a6633adb1b51
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,7332a72f-8938-4d66-bb56-eb80d33e5157
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,48e2f44c-12f4-48c8-b547-5a505c5bbf3b
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,cb3ab30a-b94d-4c6a-b5ff-2dfe58b45504
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,800eec37-c3e4-4b07-9245-762adb70834f
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,fuel_combustion_consumption,75e69a0d-c556-449a-a16e-2aef4314ab92
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,sampling_scaled_data,6fd7ac35-ed33-4ebd-af0b-4ffca3b0b2e6
-125656,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Liquefied Natural Gas (LNG), Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 119 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017087839999999997,modeled_data,5eb6a4df-c1b0-4a41-a547-d4ecce73de4b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,03939a7a-659c-4fc8-84da-3ee53b063fb7
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,e8628089-d323-4782-bc5f-295db4d192c9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,d5cc7b84-0076-4042-b3ac-3c03feac9ae9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,a099f468-a34c-4266-a639-21acbe74a3d8
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,d57960df-b6ef-489b-b7e7-77c355c82cbc
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,7c5839be-da4a-40ee-b802-c3be891b728c
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,f415220a-9cdd-4c33-bd90-1ef54710be2b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,a9bdf26a-d3e1-4bb0-9776-20e9499ae469
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,b7f260a4-3804-4a8e-89a1-3154aa804088
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,1fca1949-57ac-497a-9237-5ab6b379c23b
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,fdff8121-62d6-4177-b0b1-aa44a09cc0fe
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,1240d39f-0b52-426e-8531-6f0dc3230a69
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,2859ec3a-7f96-4702-ac0f-c2a9e7c79256
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,2536be20-0b3c-491c-8895-a3cb50f489f9
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,fbecaa05-ace0-4278-ad63-787c68572ad6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,fuel_combustion_consumption,6abaa67c-5bdf-4e67-aa77-c53fd50b1b1f
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,sampling_scaled_data,67e9dceb-a2f7-4c4b-b0e8-8a17c165eeb6
-125658,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,"Natural gas produced in Japan, Carbon Emission Factor for Gross Calorific Value",Combustion,,Japan,"Average of 272 sample data, Measurement conditions; 298.15K and 10^5 Pa (SATP), as received basis.",kg/m3,,"Agency for Natural Resources and Energy (2020), Explanation on Standard Calorific Values and Carbon Emission Factors for Fuel Combustion Revised in FY2018.",I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0017137119999999996,modeled_data,f28690b8-a5e6-469a-8a89-8fe87c136b5f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,1a446e2d-0346-47db-9274-497bdcb59d21
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,fbc40836-5cf5-430d-8aa9-c2eacd5c78a3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,b98c2b21-bfdc-4d5d-8aaa-598a2fbb86e8
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,0ff4af2f-fa2f-486a-9950-49cb1144f504
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,fe409ba4-3431-46e6-9475-c0ba8348841f
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,1637da27-7258-4b6e-aa26-afc0dba3f2cd
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,5df72163-07ca-49a6-8793-198208f4d263
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,b1a879c1-2630-4cc5-b250-7d106e2e9ef3
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,5cc91299-01ee-48ae-b3a9-a720d97c4918
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,00bd4c83-e4d8-4c88-9023-943f0bfdcaaf
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,1b8129f1-67bf-4b6c-a36c-87d402557ef2
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,d32856ba-3fba-4f6e-a2c2-c3b75e5b09fc
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,dde828e5-510b-4db8-ab24-7c5a2044d902
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,1b2aadff-a99b-4d7a-ab9a-c6bb9daaee0a
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,410169e6-e028-4205-9699-86695a6dc6f6
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,1f1056bb-42a9-4fc8-928e-5a8c4aac4125
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,052e8541-99cb-491c-98a4-ae59ad17070b
-126823,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Australia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,6974dd50-9d6e-4bfd-9cda-d9abb026f69c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,39a9befe-b020-4dee-af62-78d5912897f2
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,1b47ce00-a649-4774-9d74-518c968cf80c
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,8baa8445-c6ba-45f5-9b52-c76c99a4c836
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,5be1e8d4-9753-4abe-ab63-8eb334806976
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,9394f13b-3a53-4dd5-a092-e2bb01c2687a
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,b6c3f6b1-10ae-4157-a6dc-475397b6629b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,cc4b86db-73cd-476a-bcb5-5d15f1bd22ab
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,d48d23fd-f053-431d-8ece-0b0b01e7473b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,c9f1e679-4069-43e1-b8d1-23ca99f7301e
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,708e52c9-b0d0-4bbc-870d-7e19a4dc5ad7
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,e1c832b8-e2ad-400f-964b-7fb66aefcd34
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,79df61b4-28ad-4022-bcd7-01d1c58325f6
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,735727a7-16ca-4074-ae5f-e2ca2ba6ec63
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,f78f8a19-a27d-4833-9aa7-79f9584b38f3
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,1d454a8f-8a55-4122-a505-c8b66c969f9f
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,fuel_combustion_consumption,c3c61f4b-05a9-4bb7-9dcd-13568b947b3b
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,sampling_scaled_data,8d4d2d29-cd2a-4284-9ad4-ead62c61ffdf
-126824,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Indonesia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000506352,modeled_data,118ea678-f413-4890-ac04-926ab4763e2a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,ebf13121-ec64-4326-9134-d48dc566ad47
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,eec480b4-1720-4d01-b14d-5a1cfa99b7a6
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,4694d95a-cee2-45eb-8cbf-e528b3326653
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,2df9cefa-ca33-49f7-86a2-1dc5aab821c2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,c0e48983-35ce-4c52-a65c-52f8889f097d
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,52065757-c42f-4611-9371-7076096637d1
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,332af0d6-8be7-429a-9152-97daeb17df7a
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,32891f10-964e-4fdf-aa8f-60b1b31fa9a2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,bf8499a3-1fa1-47ed-9491-3fd58b1d6fdf
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,bde991cd-de19-4a8d-b80c-42afc548e4c2
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,36b84d72-6119-4122-ad4a-5de5ffc3ce3e
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,67af8d95-0212-41c1-a89c-bcfdfc860dd8
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,c030d9c6-d724-4b3b-afdb-0cdbff044645
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,fde548b9-3a95-469c-831e-bba14f0b24aa
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,a0193405-56a7-4827-943c-75289eb07d19
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,fuel_combustion_consumption,a2b2983e-960f-410f-ada4-fe0ed0267b62
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,sampling_scaled_data,f69a5abe-fc52-48d0-8a51-75a4f7633486
-126825,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Japan,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005053439999999999,modeled_data,19104acf-574b-42d9-aa70-ffa2e7071d49
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,feb364c8-68e4-4617-9631-cb1fb2d4d788
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,6853d560-1ca5-449a-9da7-f0f2101577e3
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,349d460c-9ca8-4341-b4ec-8c52abb3d441
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,a19b731a-199f-426d-8838-bf1e5ea9e9bf
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,61fd9f06-e099-42a8-aaa6-48d696282a3d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,e102d726-f8aa-4e02-bfd5-638a50d723f0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,45c65c27-0afc-4b13-8600-9f61fe873549
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,f04df6d0-79dc-4582-bc99-db50a3906da0
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,6f3155ef-4035-4748-8051-a09105d19d64
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,9ae0158d-af1e-4c29-b528-83e50bd00c2d
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,5e352a9a-b272-4845-a5ef-ea9026a55098
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,d4c5f32b-5116-406d-bc83-20ba06dddd93
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,5ffe6914-8313-47f4-8ed8-adec47f05d0b
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,93c88fbd-7281-4c06-910f-98746045fa11
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,1288a3c9-d9b9-4d96-bd1e-7a393e35f012
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,bdb66942-8762-4794-8df0-a5dc38ffa888
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,ae35892d-ad5d-445c-8b50-71d221a37623
-126826,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Malaysia,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,bd869228-beda-4c6b-bf5d-71c7e6965602
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,9bc73a4f-f48c-4dfe-9b39-cb4b583d0d6e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,a072732b-8654-499a-9e6e-3bfb55ba2a81
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,2c4de710-821d-427b-aa77-bd45bae0ce15
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,307cd43e-14af-4d61-9036-2037dad97a06
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,a2149e0b-5cde-4ed9-ba56-177674bddcb5
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,e50ad741-9dc9-4d08-80ba-d6b3e98b8772
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,b26c4556-60c7-46dd-a536-b0b9a1e25568
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,54edc6f4-ffa9-431e-adb9-b913a25af18f
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,beae1775-0ab6-46c0-bd3f-fb434a5b3e4d
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,5b1349e5-b784-4e1b-b7e8-3944c7f9d199
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,8e2c9568-5342-4815-9440-4e0905d25cd3
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,6987ed8b-1da4-4364-a195-0e0c6d49242c
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,41b1c462-0d01-4190-922c-805f7bd41a55
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,ca811051-1c1c-44f4-85d6-442d47dd0262
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,5529825f-60b4-4204-9cc5-3558ddb37d8e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,fuel_combustion_consumption,c5d27f4b-cfae-44bb-9be0-561a08a1bf5e
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,sampling_scaled_data,2a73db63-74d9-49fd-bd87-e72b941b32ae
-126827,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Papua New Guinea,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000510384,modeled_data,148f9023-3cc8-466c-8efb-a97fb8a7a92d
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,416144d5-951f-4716-8378-00729ad16b64
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,7e5c65c8-a8d7-4a56-9076-b13aad54305c
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,2e002464-5d7a-43bf-a00e-3278d50c88e2
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,159c5d15-47cc-4e8b-aa17-12af5a875bdd
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,856e46c2-9c79-42bd-9ff1-db304fe9a680
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,026c9027-5ceb-4c42-8e4d-ef05ec6a1b48
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,4c78fcd3-b001-43cf-ba5d-15c1eadb7c95
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,22fd1eda-89d7-43a9-a10b-eb94f591c0ca
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,0226746e-1c4a-4474-9634-9810676be8e4
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,19ad4f13-af83-4fa7-a7eb-43d661f8b656
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,4313ac0e-5eca-459a-bc41-17a4e4b113ea
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,2217aa03-18c4-479a-b505-625440435d3a
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,52b9c6c7-c9fe-43af-b797-a76050bdbc9e
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,da8ab572-2eff-4ad1-81a8-81e0f6dcc321
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,e6160576-c21b-4f17-ab31-e182a9188bad
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,fuel_combustion_consumption,a343f21d-f62b-4f89-b062-e7c41a507ad9
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,sampling_scaled_data,d7015866-2045-4482-a314-f944c8f54efd
-126828,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0005070239999999999,modeled_data,a87fa137-f337-4afd-947c-d967b47479c5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,296a1373-00ca-46ec-9ebd-a7ebbe538785
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,1f80888b-e70d-4e16-84c6-08145ab72a03
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,3e101b6f-5c54-42ae-951d-e5309c877f16
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,82bd12de-18aa-4a47-a9a8-ab1a139af6ca
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,7667dc2f-0726-4dc8-af28-9e1d875813e6
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,07658797-1155-4082-b5f8-26338960f7f7
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,61ce4653-0f61-4d37-9c82-1535b4fdfa75
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,0e816ee0-c418-4f2e-bdf8-36207ac85999
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,f4567f8d-1767-4cc1-a9aa-a971efa39177
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,6d097ed6-6f0d-4cdb-9003-18622582a462
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,52ea2877-40b5-4e4b-b08e-ea293890d438
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,10d4a121-07d3-4bab-b659-ec2b8f24b1a5
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,4d60f53c-8bdb-41fa-b4bd-c8e53915ebcb
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,c0aba81c-aba6-4a2e-8e40-679ddc215154
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,e7198780-2952-4549-a2d3-032b547b1f0f
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,fuel_combustion_consumption,89d05ec8-8477-4e85-9cd6-2b5e907a0681
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,sampling_scaled_data,251c3d84-c06c-4055-98d7-9ac57ff5740c
-126829,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,United States of America,,kg/m3,,Data provided by Japan Natural Gas Association and The Federation of Electric Power Companies,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.000501312,modeled_data,c3cd8584-e4a1-40f8-a339-2796384196fa
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,63c243b1-fa06-44f3-b8dc-62d416be7e13
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,c545e699-16e8-4b97-9f44-1fcc7ae29179
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.1.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,4f109a92-f9ab-4b92-99ee-90ba08f16b1b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,dca90ebf-2096-4e8c-800d-db461229da63
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,85444279-9987-4e11-bd81-ae10ddf76003
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.2.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,16d86119-9e89-4bd9-8c24-4b289471a52e
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,d070691b-2e27-48db-a345-4ea84f1de43d
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,12e872ea-c38f-42c6-8074-1caf7796494f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.3.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,e0176d7e-8925-4219-a5f3-8630a973bc15
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,cb7f730a-cbad-40d5-943a-4d8cbe349a23
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,1ebd885f-809e-4808-bd9c-dd2b4be1171a
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.4.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,79bfbb33-b619-4061-a875-1226d40b7290
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,3dbdd076-ca0d-456d-9903-ff2d9e63780f
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,31773102-7393-430f-971b-48268c3826fb
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.5.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,024aa619-5d16-4a14-8f42-e232beece4ef
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,fuel_combustion_consumption,77ddb64c-f311-4224-8690-2b6eb6e5c0b5
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,sampling_scaled_data,aa412dde-ae9a-469e-9664-21b3bffbf33b
-126831,"1.A - Fuel Combustion Activities
-",CO2,Natural Gas,carbon emission factor,,,Russian Federation,,kg/m3,,,I.6.1,0.7,kg/m3,48.0,TJ/Gg,0.0004935839999999999,modeled_data,23f56ef5-e235-44cc-b6bb-b4f0060310b6
diff --git a/app/seed-data/emissions_factors/data_raw/CarbonFootPrint_2023/2023_07_international_factors_release_11.xlsx b/app/seed-data/emissions_factors/data_raw/CarbonFootPrint_2023/2023_07_international_factors_release_11.xlsx
new file mode 100644
index 000000000..d0219eeef
Binary files /dev/null and b/app/seed-data/emissions_factors/data_raw/CarbonFootPrint_2023/2023_07_international_factors_release_11.xlsx differ
diff --git a/app/seed-data/emissions_factors/data_raw/CarbonFootPrint_2023/README.md b/app/seed-data/emissions_factors/data_raw/CarbonFootPrint_2023/README.md
new file mode 100644
index 000000000..2f5007c65
--- /dev/null
+++ b/app/seed-data/emissions_factors/data_raw/CarbonFootPrint_2023/README.md
@@ -0,0 +1,21 @@
+# Carbon Foot Print
+
+The international country level grid electricity factors are suitable for organisations reporting their carbon emissions. These emissions factors have been collated from numerous sources by [Carbon Footprint Ltd](https://www.carbonfootprint.com/) to make it easier for organisations and individuals to measure and report their emissions from international electricity sources.
+
+**Date accessed**: 2024-05-10
+
+**Publisher**: [Carbon Footprint Ltd](https://www.carbonfootprint.com/)
+
+**Data source**: [Carbon Footprint Ltd](https://www.carbonfootprint.com/international_electricity_factors.html)
+
+**Copyright**: [copyright](https://www.carbonfootprint.com/international_electricity_factors.html)
+>The emissions factors published by Carbon Footprint Ltd are open source and can be referenced for your company reporting.
+
+## How to access the data?
+1. Click [here](https://www.carbonfootprint.com/docs/2023_07_international_factors_release_11.xlsx)
+2. Download the data as an Excel file.
+
+Notes: [how to search the database](https://www.ipcc-nggip.iges.or.jp/EFDB/help.php)
+
+## Description
+The emissions factors provided here can be used in calculating GHG emissions from electrity usage. Many of the factors are provided for leading international sources, where factors are not readily and freely available Carbon Footprint Ltd has calculated the factors from the fuel mix used to generate the electricity in that country. The carbon emissions per kWh of electricity vary from country to country. They depend on the specific fuels used to make the energy. Countries that use a high percentage of fossil fuels for electricity production will, in general, have a higher level of carbon emissions per unit of electricity produced than those that use more renewable and nuclear energy. The factors are built into the carbon calculator tools on the [website](https://www.carbonfootprint.com/calculator1.html)
\ No newline at end of file
diff --git a/app/seed-data/emissions_factors/scripts/CarbonFootprint_2023_scope2.py b/app/seed-data/emissions_factors/scripts/CarbonFootprint_2023_scope2.py
new file mode 100644
index 000000000..aafbef1e0
--- /dev/null
+++ b/app/seed-data/emissions_factors/scripts/CarbonFootprint_2023_scope2.py
@@ -0,0 +1,361 @@
+import csv
+import os
+import pandas as pd
+from pathlib import Path
+from utils import (
+    make_dir,
+    write_dic_to_csv,
+    uuid_generate_v3,
+    uuid_generate_v4,
+    get_filename,
+    set_seed,
+    string_to_hash,
+)
+
+
+def split_name(tmp, name_col, country_id):
+    """
+    Function to separate the jurisdiction name from the ID
+    """
+    # Extract actor_id and region
+    tmp[["region", "actor_id"]] = tmp[name_col].str.split(" \(", expand=True)
+
+    # Remove the closing parenthesis from the 'actor_id' column
+    tmp["actor_id"] = tmp["actor_id"].str.replace(")", "")
+
+    # Add the country_id to the province abbreviation
+    tmp["actor_id"] = f"{country_id}-" + tmp["actor_id"]
+
+    # Drop the 'name' column
+    tmp.drop(columns=[name_col], inplace=True)
+
+    return tmp
+
+
+def save_to_csv(fl, data):
+    """save list of dictionaries to CSV"""
+    with open(fl, "w", newline="") as csvfile:
+        fieldnames = data[0].keys()  # Assuming all dictionaries have the same keys
+        writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
+
+        writer.writeheader()
+        writer.writerows(data)
+
+
+# Diccionary with identifiers for each state
+actor_id_dic = {
+    "Australian Capital Territory": "AU-ACT",
+    "New South Wales": "AU-NSW",
+    "Queensland": "AU-QLD",
+    "South Australia": "AU-SA",
+    "Tasmania": "AU-TAS",
+    "Victoria": "AU-VIC",
+    "Western Australia": "AU-WA",
+}
+
+# diccionary of GWP AR6 - 2021 - 100-year time period
+GWP_dic_100years = {
+    "CO2": {"value": 1, "portion": 0.80},
+    "CH4": {"value": 29.8, "portion": 0.15},
+    "N2O": {"value": 273, "portion": 0.05},
+}
+
+GPC_refno_dic = {
+    "grid_supply_energy_consumed": [
+        "I.1.2",
+        "I.2.2",
+        "I.3.2",
+        "I.4.2",
+        "I.5.2",
+        "I.6.2",
+        "II.1.2",
+        "II.2.2",
+        "II.3.2",
+        "II.4.2",
+    ],
+    "transmission_and_distribution": [
+        "I.1.3",
+        "I.2.3",
+        "I.3.3",
+        "I.4.3",
+        "I.5.3",
+        "I.6.3",
+        "II.1.3",
+        "II.2.3",
+        "II.3.3",
+        "II.4.3",
+    ],
+}
+
+# methodologies for Stationary Energy
+mapping_gpc_to_methodologies = [
+    "electricity_consumption",
+    "energy_consumption" "sampling_scaled_data",
+    "modeled_data",
+]
+
+if __name__ == "__main__":
+    # set random.seed so UUID is reproducible
+    #! assumes records always generated in same order
+    seed_string = get_filename()
+    seed_value = string_to_hash(seed_string)
+    set_seed(seed_value)
+
+    # output directory
+    output_dir = "../data_processed/CarbonFootPrint_2023/"
+    output_dir = os.path.abspath(output_dir)
+    make_dir(path=Path(output_dir).as_posix())
+
+    # raw data file path
+    input_fl = (
+        "../data_raw/CarbonFootPrint_2023/2023_07_international_factors_release_11.xlsx"
+    )
+    input_fl = os.path.abspath(input_fl)
+
+    # =================================================================
+    # Publisher
+    # =================================================================
+    publisher_data = {
+        "name": "CarbonFootPrint Ltd",
+        "URL": "https://www.carbonfootprint.com/",
+    }
+    publisher_data["publisher_id"] = uuid_generate_v3(name=publisher_data.get("name"))
+
+    write_dic_to_csv(output_dir, "Publisher", publisher_data)
+
+    # =================================================================
+    # DataSource
+    # =================================================================
+    datasource_data = {
+        "datasource_name": "CarbonFootPrint",
+        "dataset_name": "GHG Factors for International Grid Electricity",
+        "URL": "https://www.carbonfootprint.com/international_electricity_factors.html",
+        "publisher_id": publisher_data.get("publisher_id"),
+    }
+    datasource_data["datasource_id"] = uuid_generate_v3(
+        name=datasource_data.get("dataset_name")
+    )
+
+    write_dic_to_csv(output_dir, "DataSource", datasource_data)
+
+    # =================================================================
+    # EmissionsFactors
+    # =================================================================
+
+    ## Emission Factors for Countries
+
+    # read "Country 2023 Electricity Factor" sheet
+    df1 = pd.read_excel(input_fl, sheet_name="Country 2023 Electricity Factor")
+
+    # delete extra columns
+    df1 = df1.drop(
+        columns=[
+            "Unnamed: 2",
+            "Unnamed: 5",
+            "Unnamed: 6",
+            "Unnamed: 7",
+            "Unnamed: 12",
+            "Unnamed: 13",
+            "Unnamed: 14",
+        ]
+    )
+
+    # ignore rows in the beggining of the dataset
+    df1 = df1[4:].reset_index(drop=True)
+
+    # rename columns
+    column_names = [
+        "actor_id",
+        "region",
+        "grid_supply_energy_consumed",
+        "transmission_and_distribution",
+        "residual_fuel_mix_factor",
+        "datasource_name",
+        "year",
+        "reference",
+    ]
+    df1.columns = column_names
+
+    # Convert specified columns to rows
+    df1 = pd.melt(
+        df1,
+        id_vars=["actor_id", "region", "datasource_name", "year", "reference"],
+        value_vars=[
+            "grid_supply_energy_consumed",
+            "transmission_and_distribution",
+            "residual_fuel_mix_factor",
+        ],
+        var_name="emission_factor_type",
+        value_name="CO2e",
+    )
+
+    ## Emission Factors for Provinces in Canada
+
+    # read "Canada by Province" sheet
+    df2 = pd.read_excel(input_fl, sheet_name="Canada by Province")
+
+    # ignore rows in the beggining of the dataset
+    df2 = df2[6:].reset_index(drop=True)
+
+    # rename columns
+    column_names = [
+        "name",
+        "grid_supply_energy_consumed",
+        "transmission_and_distribution",
+        "year",
+    ]
+    df2.columns = column_names
+
+    # Assign a year
+    df2["year"] = 2021
+
+    # Separate province name from ID
+    df2 = split_name(df2, "name", "CA")
+
+    # Convert specified columns to rows
+    df2 = pd.melt(
+        df2,
+        id_vars=["actor_id", "region", "year"],
+        value_vars=["grid_supply_energy_consumed", "transmission_and_distribution"],
+        var_name="emission_factor_type",
+        value_name="CO2e",
+    )
+
+    # add technical source of the emission factors
+    df2["reference"] = "technical source: Canada Official Greenhouse Gas Inventory"
+
+    ## Emission Factors for States in U.S
+
+    # read "US by State" sheet
+    df3 = pd.read_excel(input_fl, sheet_name="US by State")
+
+    # delete extra columns
+    df3 = df3.drop(columns=["Unnamed: 1", "Unnamed: 5", "GGL", "T&D"])
+
+    # ignore rows in the beggining of the dataset
+    df3 = df3[5:].reset_index(drop=True)
+
+    # rename columns
+    column_names = [
+        "name",
+        "grid_supply_energy_consumed",
+        "transmission_and_distribution",
+        "year",
+    ]
+    df3.columns = column_names
+
+    # assign a year
+    df3["year"] = 2021
+
+    # Separate province name from ID
+    df3 = split_name(df3, "name", "US")
+
+    # Convert specified columns to rows
+    df3 = pd.melt(
+        df3,
+        id_vars=["actor_id", "region", "year"],
+        value_vars=["grid_supply_energy_consumed", "transmission_and_distribution"],
+        var_name="emission_factor_type",
+        value_name="CO2e",
+    )
+
+    # add technical source of the emission factors
+    df3["reference"] = "technical source: EPA eGrid"
+
+    ## Emission Factors for States in Australia
+
+    # read "Australia by State" sheet
+    df4 = pd.read_excel(input_fl, sheet_name="Australia by State")
+
+    # ignore rows in the beggining of the dataset
+    df4 = df4[5:].reset_index(drop=True)
+
+    # rename columns
+    column_names = [
+        "region",
+        "grid_supply_energy_consumed",
+        "transmission_and_distribution",
+        "year",
+    ]
+    df4.columns = column_names
+
+    # Map the 'actor_id' column using the dictionary
+    df4["actor_id"] = df4["region"].map(actor_id_dic)
+
+    # Convert specified columns to rows
+    df4 = pd.melt(
+        df4,
+        id_vars=["actor_id", "region", "year"],
+        value_vars=["grid_supply_energy_consumed", "transmission_and_distribution"],
+        var_name="emission_factor_type",
+        value_name="CO2e",
+    )
+
+    # add technical source of the emission factors
+    df4[
+        "reference"
+    ] = "Technical Source: Australian National Greenhouse Accounts Factors"
+
+    ## Emission Factors of CO2, CH4, N2O [conversions]
+
+    # concat all the dfs
+    df_final = pd.concat([df1, df2, df3, df4], ignore_index=True)
+
+    # delete rows without "autor_id"
+    df_final = df_final.dropna(subset=["actor_id"])
+
+    # applying portions of contribution of each gas and calculating emission values
+    new_rows = []
+    for index, row in df_final.iterrows():
+        total_co2e = row["CO2e"]
+
+        for gas in GWP_dic_100years.keys():
+            new_row = row.copy()
+            new_row["gas"] = gas
+            new_row["emissions_per_activity"] = (
+                GWP_dic_100years[gas]["portion"] * total_co2e
+            ) / GWP_dic_100years[gas]["value"]
+            new_rows.append(new_row)
+
+    df_final = pd.DataFrame(new_rows)
+
+    # assign GPC_refno
+    df_final["gpc_refno"] = df_final["emission_factor_type"].map(GPC_refno_dic)
+    df_final = df_final.explode("gpc_refno", ignore_index=True)
+
+    # make a row for each methodology
+    df_final["methodology_name"] = [mapping_gpc_to_methodologies] * len(df_final)
+    df_final = df_final.explode("methodology_name", ignore_index=True)
+
+    # add columns
+    df_final["units"] = "kg/kWh"
+
+    df_final["CO2e"] = df_final["CO2e"].round(3)
+    # create a subcategory column based on fuel name
+    df_final["metadata"] = df_final["CO2e"].apply(lambda x: f"CO2e_value:{x}")
+    df_final = df_final.drop(
+        columns=["CO2e", "datasource_name", "emission_factor_type"]
+    )
+
+    df_final["emissions_factor_id"] = df_final.apply(
+        lambda row: uuid_generate_v4(), axis=1
+    )
+
+    df_final.to_csv(
+        f"{output_dir}/EmissionsFactor_Stationary_Energy_Scope2.csv", index=False
+    )
+
+    # =================================================================
+    # DataSourceEmissionsFactor
+    # =================================================================
+    datasource_emissions_factor_data = [
+        {
+            "datasource_id": datasource_data.get("datasource_id"),
+            "emissions_factor_id": emissions_factor_id,
+        }
+        for emissions_factor_id in df_final["emissions_factor_id"]
+    ]
+
+    write_dic_to_csv(
+        output_dir, "DataSourceEmissionsFactor", datasource_emissions_factor_data
+    )
diff --git a/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py b/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py
index 3185d7b48..f6ac34bef 100644
--- a/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py
+++ b/app/seed-data/emissions_factors/scripts/EFDB_2006_IPCC_guidelines_Stationary_Energy.py
@@ -16,6 +16,7 @@
     string_to_hash,
 )
 
+
 def separate_min_max_median(val):
     """extract value, takes median if range is given"""
     if isinstance(val, float):
@@ -43,6 +44,7 @@ def separate_min_max_median(val):
     else:
         return {"value": None, "value_min": None, "value_max": None}
 
+
 def gas_name_to_formula(value, replace_dict=None):
     """replace gas name with formula"""
     if replace_dict is None:
@@ -53,8 +55,7 @@ def gas_name_to_formula(value, replace_dict=None):
             "Sulphur Hexafluoride\n": "SF6",
             "CARBON MONOXIDE\n": "CO",
             "Nitrogen Trifluoride\n": "NF3",
-            "AMMONIA\n": "NH3"
-            
+            "AMMONIA\n": "NH3",
         }
     else:
         replace_dict = {key.upper(): value for key, value in replace_dict.items()}
@@ -66,192 +67,168 @@ def gas_name_to_formula(value, replace_dict=None):
 
     return value
 
+
 def save_to_csv(fl, data):
     """save list of dictionaries to CSV"""
     with open(fl, "w", newline="") as csvfile:
-        fieldnames = data[0].keys()  # Assuming all dictionaries have the same keys
+        # Assuming all dictionaries have the same keys
+        fieldnames = data[0].keys()
         writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
 
         writer.writeheader()
         writer.writerows(data)
 
+
 # Mapping IPCC to GPC
 mapping_ipcc_to_gpc = {
-    '1.A - Fuel Combustion Activities\n': ['I.1.1',
-                                           'I.2.1',
-                                           'I.3.1',
-                                           'I.4.1',
-                                           'I.5.1',
-                                           'I.6.1'],
-    '1.A - Fuel Combustion Activities\n1.A.1.b - Petroleum Refining\n': ['I.7.1'],
-    '1.A.1 - Energy Industries\n': ['1.4.4'],
-    '1.A.1 - Energy Industries\n1.A.4.a - Commercial/Institutional\n1.A.4.b - Residential\n1.A.4.c - Agriculture/Forestry/Fishing/Fish Farms\n1.A.4.c.i - Stationary\n': ['I.4.4'],
-    '1.A.1.a - Main Activity Electricity and Heat Production\n': ['I.4.4'],
-    '1.A.1.a - Main Activity Electricity and Heat Production\n1.A.1.a.i - Electricity Generation\n1.A.1.a.ii - Combined Heat and Power Generation (CHP)\n1.A.1.a.iii - Heat Plants\n': ['I.4.4'],
-    '1.A.1.a.i - Electricity Generation\n': ['I.4.4'],
-    '1.A.1.a.ii - Combined Heat and Power Generation (CHP)\n': ['I.4.4'],
-    '1.A.1.a.iii - Heat Plants\n': ['I.4.4'],
-     '1.A.1.c.ii - Other Energy Industries\n': ['1.4.4'],
-    '1.A.2 - Manufacturing Industries and Construction\n': ['I.3.1'],
-    '1.A.2 - Manufacturing Industries and Construction\n1.A.4.a - Commercial/Institutional\n': ['I.3.1', 
-                                                                                                'I.2.1'],
-    '1.A.2 - Manufacturing Industries and Construction\n1.A.4.a - Commercial/Institutional\n1.A.4.b - Residential\n1.A.4.c.ii - Off-road Vehicles and Other Machinery\n': ['I.3.1', 
-                                                                                                                                                                           'I.2.1', 
-                                                                                                                                                                           'I.1.1'],
-    '1.A.2.a - Iron and Steel\n': ['I.3.1'],
-    '1.A.2.b - Non-Ferrous Metals\n': ['I.3.1'],
-    '1.A.2.c - Chemicals\n': ['I.3.1'],
-    '1.A.2.d - Pulp, Paper and Print\n': ['I.3.1'],
-    '1.A.2.e - Food Processing, Beverages and Tobacco\n': ['I.3.1'],
-    '1.A.2.f - Non-Metallic Minerals\n': ['I.3.1'],
-    '1.A.2.g - Transport Equipment\n': ['I.3.1'],
-    '1.A.2.h - Machinery\n': ['I.3.1'],
-    '1.A.2.j - Wood and wood products\n': ['I.3.1'],
-    '1.A.2.l - Textile and Leather\n': ['I.3.1'],
-    '1.A.4.a - Commercial/Institutional\n': ['I.2.1'],
-    '1.A.4.b - Residential\n': ['I.1.1'],
-    '1.A.4.b - Residential\n1.A.4.c.i - Stationary\n': ['I.1.1'],
-    '1.A.4.c.i - Stationary\n': ['I.5.1'],
-    '1.B.1.a - Coal mining and handling\n': ['I.7.1'],
-    '1.B.1.a.i - Underground mines\n': ['I.7.1'],
-    '1.B.1.a.i.1 - Mining\n': ['I.7.1'],
-    '1.B.1.a.i.2 - Post-mining seam gas emissions\n': ['I.7.1'],
-    '1.B.1.a.i.3 - Abandoned underground mines\n': ['I.7.1'],
-    '1.B.1.a.ii - Surface mines\n': ['I.7.1'],
-    '1.B.1.a.ii.1 - Mining\n': ['I.7.1'],
-    '1.B.1.a.ii.2 - Post-mining seam gas emissions\n': ['I.7.1'],
-    '1.B.2 - Oil and Natural Gas\n': ['I.8.1'],
-    '1.B.2.a - Oil\n': ['I.8.1'],
-    '1.B.2.a.i - Venting\n': ['I.8.1'],
-    '1.B.2.a.ii - Flaring\n': ['I.8.1'],
-    '1.B.2.a.ii - Flaring\n1.B.2.b.ii - Flaring\n': ['I.8.1'],
-    '1.B.2.b - Natural Gas\n': ['I.8.1'],
-    '1.B.2.b.i - Venting\n': ['I.8.1'],
-    '1.B.2.b.ii - Flaring\n': ['I.8.1'],
-    '1.B.3 - Other emissions from Energy Production\n': ['I.4.1']
+    "1.A - Fuel Combustion Activities\n": [
+        "I.1.1",
+        "I.2.1",
+        "I.3.1",
+        "I.4.1",
+        "I.5.1",
+        "I.6.1",
+    ],
+    "1.A - Fuel Combustion Activities\n1.A.1.b - Petroleum Refining\n": ["I.7.1"],
+    "1.A.1 - Energy Industries\n": ["1.4.4"],
+    "1.A.1 - Energy Industries\n1.A.4.a - Commercial/Institutional\n1.A.4.b - Residential\n1.A.4.c - Agriculture/Forestry/Fishing/Fish Farms\n1.A.4.c.i - Stationary\n": [
+        "I.4.4"
+    ],
+    "1.A.1.a - Main Activity Electricity and Heat Production\n": ["I.4.4"],
+    "1.A.1.a - Main Activity Electricity and Heat Production\n1.A.1.a.i - Electricity Generation\n1.A.1.a.ii - Combined Heat and Power Generation (CHP)\n1.A.1.a.iii - Heat Plants\n": [
+        "I.4.4"
+    ],
+    "1.A.1.a.i - Electricity Generation\n": ["I.4.4"],
+    "1.A.1.a.ii - Combined Heat and Power Generation (CHP)\n": ["I.4.4"],
+    "1.A.1.a.iii - Heat Plants\n": ["I.4.4"],
+    "1.A.1.c.ii - Other Energy Industries\n": ["1.4.4"],
+    "1.A.2 - Manufacturing Industries and Construction\n": ["I.3.1"],
+    "1.A.2 - Manufacturing Industries and Construction\n1.A.4.a - Commercial/Institutional\n": [
+        "I.3.1",
+        "I.2.1",
+    ],
+    "1.A.2 - Manufacturing Industries and Construction\n1.A.4.a - Commercial/Institutional\n1.A.4.b - Residential\n1.A.4.c.ii - Off-road Vehicles and Other Machinery\n": [
+        "I.3.1",
+        "I.2.1",
+        "I.1.1",
+    ],
+    "1.A.2.a - Iron and Steel\n": ["I.3.1"],
+    "1.A.2.b - Non-Ferrous Metals\n": ["I.3.1"],
+    "1.A.2.c - Chemicals\n": ["I.3.1"],
+    "1.A.2.d - Pulp, Paper and Print\n": ["I.3.1"],
+    "1.A.2.e - Food Processing, Beverages and Tobacco\n": ["I.3.1"],
+    "1.A.2.f - Non-Metallic Minerals\n": ["I.3.1"],
+    "1.A.2.g - Transport Equipment\n": ["I.3.1"],
+    "1.A.2.h - Machinery\n": ["I.3.1"],
+    "1.A.2.j - Wood and wood products\n": ["I.3.1"],
+    "1.A.2.l - Textile and Leather\n": ["I.3.1"],
+    "1.A.4.a - Commercial/Institutional\n": ["I.2.1"],
+    "1.A.4.b - Residential\n": ["I.1.1"],
+    "1.A.4.b - Residential\n1.A.4.c.i - Stationary\n": ["I.1.1"],
+    "1.A.4.c.i - Stationary\n": ["I.5.1"],
+    "1.B.1.a - Coal mining and handling\n": ["I.7.1"],
+    "1.B.1.a.i - Underground mines\n": ["I.7.1"],
+    "1.B.1.a.i.1 - Mining\n": ["I.7.1"],
+    "1.B.1.a.i.2 - Post-mining seam gas emissions\n": ["I.7.1"],
+    "1.B.1.a.i.3 - Abandoned underground mines\n": ["I.7.1"],
+    "1.B.1.a.ii - Surface mines\n": ["I.7.1"],
+    "1.B.1.a.ii.1 - Mining\n": ["I.7.1"],
+    "1.B.1.a.ii.2 - Post-mining seam gas emissions\n": ["I.7.1"],
+    "1.B.2 - Oil and Natural Gas\n": ["I.8.1"],
+    "1.B.2.a - Oil\n": ["I.8.1"],
+    "1.B.2.a.i - Venting\n": ["I.8.1"],
+    "1.B.2.a.ii - Flaring\n": ["I.8.1"],
+    "1.B.2.a.ii - Flaring\n1.B.2.b.ii - Flaring\n": ["I.8.1"],
+    "1.B.2.b - Natural Gas\n": ["I.8.1"],
+    "1.B.2.b.i - Venting\n": ["I.8.1"],
+    "1.B.2.b.ii - Flaring\n": ["I.8.1"],
+    "1.B.3 - Other emissions from Energy Production\n": ["I.4.1"],
 }
 
 # methodologies for Stationary Energy
 mapping_gpc_to_methodologies = [
-    'fuel_combustion_consumption',
-    'sampling_scaled_data',
-    'modeled_data'
-    ]
+    "fuel_combustion_consumption",
+    "sampling_scaled_data",
+    "modeled_data",
+]
 
 # References on density values
 ref_density_dic = {
-    'Aqua_Calc_tool': 'https://www.aqua-calc.com/page/density-table/substance/coal-coma-and-blank-anthracite-blank-solid',
-    'EF_GHG_protocol': 'https://ghgprotocol.org/calculation-tools-and-guidance',
-    'engineering_tool_box': 'https://www.engineeringtoolbox.com/gas-density-d_158.html'
+    "Aqua_Calc_tool": "https://www.aqua-calc.com/page/density-table/substance/coal-coma-and-blank-anthracite-blank-solid",
+    "EF_GHG_protocol": "https://ghgprotocol.org/calculation-tools-and-guidance",
+    "engineering_tool_box": "https://www.engineeringtoolbox.com/gas-density-d_158.html",
 }
 
 # dictionary with density values
 densities_dic = {
-    'Anthracite': {
-        'value': 1506, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool',
-    }, 
-    'Other Bituminous Coal': {
-        'value': 1346, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
-    }, 
-    'Lignite': {
-        'value': 400, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
-    }, 
-    'Peat': {
-        'value': 400, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
+    "Anthracite": {
+        "value": 1506,
+        "units": "kg/m3",
+        "reference": "Aqua_Calc_tool",
     },
-    'Crude Oil': {
-        'value': 800, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Motor Gasoline': {
-        'value': 740, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Other Kerosene': {
-        'value': 800, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Gas Oil': {
-        'value': 840, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
+    "Other Bituminous Coal": {
+        "value": 1346,
+        "units": "kg/m3",
+        "reference": "Aqua_Calc_tool",
     },
-    'Diesel Oil': {
-        'value': 840, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Residual Fuel Oil': {
-        'value': 940, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Natural Gas': {
-        'value': 0.7, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
+    "Lignite": {"value": 400, "units": "kg/m3", "reference": "Aqua_Calc_tool"},
+    "Peat": {"value": 400, "units": "kg/m3", "reference": "Aqua_Calc_tool"},
+    "Crude Oil": {"value": 800, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Motor Gasoline": {"value": 740, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Other Kerosene": {"value": 800, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Gas Oil": {"value": 840, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Diesel Oil": {"value": 840, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Residual Fuel Oil": {
+        "value": 940,
+        "units": "kg/m3",
+        "reference": "EF_GHG_protocol",
     },
-    'Charcoal': {
-        'value': 208, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
+    "Natural Gas": {"value": 0.7, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Charcoal": {"value": 208, "units": "kg/m3", "reference": "Aqua_Calc_tool"},
+    "Sub-Bituminous Coal": {
+        "value": 1346,
+        "units": "kg/m3",
+        "reference": "Aqua_Calc_tool",
     },
-    'Sub-Bituminous Coal': {
-        'value': 1346, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
-    }, 
-    'Liquefied Petroleum Gases': {
-        'value': 540, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Coking Coal': {
-        'value': 829.76, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
+    "Liquefied Petroleum Gases": {
+        "value": 540,
+        "units": "kg/m3",
+        "reference": "EF_GHG_protocol",
     },
-    'Coke Oven Coke and Lignite Coke': {
-        'value': 400, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
-    }, 
-    'Naphtha': {
-        'value': 770, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Coke Oven Gas': {
-        'value': 0.545, 
-        'units': 'kg/m3',
-        'reference': 'engineering_tool_box'
+    "Coking Coal": {"value": 829.76, "units": "kg/m3", "reference": "Aqua_Calc_tool"},
+    "Coke Oven Coke and Lignite Coke": {
+        "value": 400,
+        "units": "kg/m3",
+        "reference": "Aqua_Calc_tool",
     },
-    'Natural Gas Liquids\n(NGLs)': {
-        'value': 500, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
+    "Naphtha": {"value": 770, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Coke Oven Gas": {
+        "value": 0.545,
+        "units": "kg/m3",
+        "reference": "engineering_tool_box",
     },
-    'Jet Kerosene': {
-        'value': 790, 
-        'units': 'kg/m3',
-        'reference': 'EF_GHG_protocol'
-    }, 
-    'Bitumen': {
-        'value': 1346, 
-        'units': 'kg/m3',
-        'reference': 'Aqua_Calc_tool'
-    }
+    "Natural Gas Liquids\n(NGLs)": {
+        "value": 500,
+        "units": "kg/m3",
+        "reference": "Aqua_Calc_tool",
+    },
+    "Jet Kerosene": {"value": 790, "units": "kg/m3", "reference": "EF_GHG_protocol"},
+    "Bitumen": {"value": 1346, "units": "kg/m3", "reference": "Aqua_Calc_tool"},
+}
+
+region_to_locode = {
+    "world": "world",
+    "Republic of Korea": "KR",
+    "Indonesia": "ID",
+    "Mexico": "MX",
+    "Japan": "JP",
+    "All over Ukraine territory within boundaries recognized by the United Nations": "UA",
+    "Australia": "AU",
+    "Malaysia": "MY",
+    "Papua New Guinea": "PG",
+    "Russian Federation": "RU",
+    "United States of America": "US",
+    "South Africa": "ZA",
 }
 
 if __name__ == "__main__":
@@ -290,7 +267,9 @@ def save_to_csv(fl, data):
         "URL": "https://www.ipcc-nggip.iges.or.jp/EFDB/main.php",
         "publisher_id": publisher_data.get("publisher_id"),
     }
-    datasource_data["datasource_id"] = uuid_generate_v3(name=datasource_data.get("dataset_name"))
+    datasource_data["datasource_id"] = uuid_generate_v3(
+        name=datasource_data.get("dataset_name")
+    )
 
     write_dic_to_csv(output_dir, "DataSource", datasource_data)
 
@@ -301,21 +280,38 @@ def save_to_csv(fl, data):
     df = pd.read_excel(input_fl)
 
     # drop extra columns
-    df = df.drop(columns=['IPCC 1996 Source/Sink Category', 'Fuel 1996', 'C pool', 'Type of parameter', 'Abatement / Control Technologies', 'IPCC Worksheet', 'Source of data', 'Data provider'])
+    df = df.drop(
+        columns=[
+            "IPCC 1996 Source/Sink Category",
+            "Fuel 1996",
+            "C pool",
+            "Type of parameter",
+            "Abatement / Control Technologies",
+            "IPCC Worksheet",
+            "Source of data",
+            "Data provider",
+        ]
+    )
 
     # clean reference info
-    df['Technical Reference'] = df['Technical Reference'].replace('??????? ? ?????? ???????-????? I. ???????-??????? ???????', None)
+    df["Technical Reference"] = df["Technical Reference"].replace(
+        "??????? ? ?????? ???????-????? I. ???????-??????? ???????", None
+    )
 
     # extract only EF values for Stationary Energy using IPCC refno
-    filt_cat = df["IPCC 2006 Source/Sink Category"].str.contains("1.A", case=True, na=False)
+    filt_cat = df["IPCC 2006 Source/Sink Category"].str.contains(
+        "1.A", case=True, na=False
+    )
     df_filt = df.loc[filt_cat].reset_index(drop=True)
 
     # extract only EF values
-    filt_desc = df_filt["Description"].str.contains("EF | emission factor", case=False, na=False)
+    filt_desc = df_filt["Description"].str.contains(
+        "EF | emission factor", case=False, na=False
+    )
     df_filt = df_filt.loc[filt_desc].reset_index(drop=True)
 
     # delete the other EF values we don't need
-    filt_NCV = df_filt['Description'].str.contains('NCV', case=False, na=False)
+    filt_NCV = df_filt["Description"].str.contains("NCV", case=False, na=False)
     EF_df = df_filt.loc[~filt_desc].reset_index(drop=True)
 
     output_list = []
@@ -338,7 +334,7 @@ def save_to_csv(fl, data):
                 "Technical Reference": "reference",
                 "Parameters / Conditions": "parameters",
                 "Other properties": "properties",
-                "Technologies / Practices": "practices"
+                "Technologies / Practices": "practices",
             }
         ).to_dict()
 
@@ -360,90 +356,132 @@ def save_to_csv(fl, data):
     EF_df = pd.DataFrame(output_list)
 
     # assign "GPC_refno" using the mapping dic
-    EF_df['GPC_refno'] = EF_df['ipcc_2006_category'].map(mapping_ipcc_to_gpc)
+    EF_df["gpc_refno"] = EF_df["ipcc_2006_category"].map(mapping_ipcc_to_gpc)
+
+    # assign "actor_id" using the region_to_locode dic
+    EF_df["actor_id"] = EF_df["region"].map(region_to_locode)
 
     # remove EFs that don't apply
-    EF_df = EF_df.dropna(subset=['GPC_refno'])
+    EF_df = EF_df.dropna(subset=["gpc_refno"])
 
-    gas = ['CO2', 'CH4', 'N2O']
-    EF_df = EF_df[EF_df['gas'].isin(gas)]
+    gas = ["CO2", "CH4", "N2O"]
+    EF_df = EF_df[EF_df["gas"].isin(gas)]
 
     # standardize units
-    EF_df['units'] = EF_df['units'].replace({'KG/TJ':'kg/TJ', 'kg CO2/GJ': 'kg/GJ'}, regex=True)
+    EF_df["units"] = EF_df["units"].replace(
+        {"KG/TJ": "kg/TJ", "kg CO2/GJ": "kg/GJ"}, regex=True
+    )
 
     # Replace None values, which means "generic EF", with "world"
-    EF_df['region'].fillna('world', inplace=True)
+    EF_df["region"].fillna("world", inplace=True)
 
     # extract useful information from 'properties' column to be used later
     # Define constants for slicing positions
     NCV_START_1 = 26
     NCV_END_1 = 30
-    NCV_UNITS_1 = 'TJ/kg'
+    NCV_UNITS_1 = "TJ/kg"
 
     NCV_START_2 = 5
     NCV_END_2 = 10
-    NCV_UNITS_2 = 'MJ/kg'
+    NCV_UNITS_2 = "MJ/kg"
 
     DENSITY_VALUE_START = 55
     DENSITY_VALUE_END = -6
-    DENSITY_UNITS = 'kg/m3'
+    DENSITY_UNITS = "kg/m3"
 
     # Function to extract NCV and density values
     def extract_metadata(properties, condition):
-        if condition == 'Net Calorific Value':
-            return {'NCV_value': properties[NCV_START_1:NCV_END_1], 'NCV_units': NCV_UNITS_1}
-        elif condition == 'NCV: ':
-            return {'NCV_value': properties[NCV_START_2:NCV_END_2], 'NCV_units': NCV_UNITS_2}
-        elif condition == 'density:':
-            return {'NCV_value': properties[NCV_START_2:NCV_END_2], 'NCV_units': NCV_UNITS_2, 
-                    'density_value': properties[DENSITY_VALUE_START:DENSITY_VALUE_END], 'density_units': DENSITY_UNITS}
-        return {'NCV_value': pd.NA, 'NCV_units': pd.NA, 'density_value': pd.NA, 'density_units': pd.NA}
+        if condition == "Net Calorific Value":
+            return {
+                "NCV_value": properties[NCV_START_1:NCV_END_1],
+                "NCV_units": NCV_UNITS_1,
+            }
+        elif condition == "NCV: ":
+            return {
+                "NCV_value": properties[NCV_START_2:NCV_END_2],
+                "NCV_units": NCV_UNITS_2,
+            }
+        elif condition == "density:":
+            return {
+                "NCV_value": properties[NCV_START_2:NCV_END_2],
+                "NCV_units": NCV_UNITS_2,
+                "density_value": properties[DENSITY_VALUE_START:DENSITY_VALUE_END],
+                "density_units": DENSITY_UNITS,
+            }
+        return {
+            "NCV_value": pd.NA,
+            "NCV_units": pd.NA,
+            "density_value": pd.NA,
+            "density_units": pd.NA,
+        }
 
     # Function to expand metadata dictionary into separate columns
     def expand_metadata(metadata):
         return pd.Series(metadata)
 
     # Apply conditions and update the metadata column
-    conditions = ['Net Calorific Value', 'NCV: ', 'density:']
+    conditions = ["Net Calorific Value", "NCV: ", "density:"]
     for condition in conditions:
-        mask = EF_df['properties'].str.contains(condition, na=False)
-        EF_df.loc[mask, ['NCV_value', 'NCV_units', 'density_value', 'density_units']] = EF_df.loc[mask, 'properties'].apply(lambda x: expand_metadata(extract_metadata(x, condition))) 
+        mask = EF_df["properties"].str.contains(condition, na=False)
+        EF_df.loc[
+            mask, ["NCV_value", "NCV_units", "density_value", "density_units"]
+        ] = EF_df.loc[mask, "properties"].apply(
+            lambda x: expand_metadata(extract_metadata(x, condition))
+        )
 
     # drop extra columns
-    EF_df = EF_df.drop(columns=['value_min', 'value_max'])
+    EF_df = EF_df.drop(columns=["value_min", "value_max"])
 
     # filter the first df to extract Net Calorific Values to transform EF into other units
     # extract GCV and NCV
-    filt_NCV = df["Description"].str.contains('NCV', case=False, na=False)
+    filt_NCV = df["Description"].str.contains("NCV", case=False, na=False)
     filt_df = df.loc[filt_NCV].reset_index(drop=True)
 
     # change column names
-    filt_df = filt_df.rename(columns={'IPCC 2006 Source/Sink Category': 'ipcc_2006_category', 'Fuel 2006': 'fuel', 'Value': 'NCV_value', 'Unit': 'NCV_units'})
+    filt_df = filt_df.rename(
+        columns={
+            "IPCC 2006 Source/Sink Category": "ipcc_2006_category",
+            "Fuel 2006": "fuel",
+            "Value": "NCV_value",
+            "Unit": "NCV_units",
+        }
+    )
 
     # drop extra columns
-    filt_df = filt_df.drop(columns = ['EF ID', 'Gas', 'Technologies / Practices', 'Parameters / Conditions', 'Region / Regional Conditions',  'Other properties', 'Equation', 'Technical Reference'])
+    filt_df = filt_df.drop(
+        columns=[
+            "EF ID",
+            "Gas",
+            "Technologies / Practices",
+            "Parameters / Conditions",
+            "Region / Regional Conditions",
+            "Other properties",
+            "Equation",
+            "Technical Reference",
+        ]
+    )
 
     # New list to hold NCV and GCV values
     tmp = []
 
     # Process each row
     for index, row in filt_df.iterrows():
-        value = str(row['NCV_value'])
-        
-        if '(GCV)' in value and '(NCV)' in value:
+        value = str(row["NCV_value"])
+
+        if "(GCV)" in value and "(NCV)" in value:
             # Extract the values
-            parts = value.split('(GCV)')
+            parts = value.split("(GCV)")
             gcv_value = parts[0].strip()
-            ncv_value = parts[1].split('(NCV)')[0].strip()
+            ncv_value = parts[1].split("(NCV)")[0].strip()
             # Create new rows for GCV and NCV values
             gcv_row = row.copy()
-            gcv_row['NCV_value'] = gcv_value
-            gcv_row['Description'] = 'Gross Calorific Value'
-            
+            gcv_row["NCV_value"] = gcv_value
+            gcv_row["Description"] = "Gross Calorific Value"
+
             ncv_row = row.copy()
-            ncv_row['NCV_value'] = ncv_value
-            ncv_row['Description'] = 'Net Calorific Value'
-            
+            ncv_row["NCV_value"] = ncv_value
+            ncv_row["Description"] = "Net Calorific Value"
+
             # Append new rows
             tmp.append(gcv_row)
             tmp.append(ncv_row)
@@ -454,83 +492,101 @@ def expand_metadata(metadata):
     filt_df = pd.DataFrame(tmp)
 
     # standardization of units
-    valid_units = ['TJ/Gg', 'TJ/kt', 'MJ/m3', 'MJ/kg', 'kJ/g', 'GJ/tonne', 'Btu/gal', 'tC/TJ', 'TJ/m3', 'TJ/kl']
+    valid_units = [
+        "TJ/Gg",
+        "TJ/kt",
+        "MJ/m3",
+        "MJ/kg",
+        "kJ/g",
+        "GJ/tonne",
+        "Btu/gal",
+        "tC/TJ",
+        "TJ/m3",
+        "TJ/kl",
+    ]
 
     for index, row in filt_df.iterrows():
-        units = row['NCV_units']
-        value = row['NCV_value']
+        units = row["NCV_units"]
+        value = row["NCV_value"]
         converted_value = None
         new_units = None
-        
+
         # Check if units need conversion
-        if 'GJ/1000m3' in units:
+        if "GJ/1000m3" in units:
             converted_value = np.float16(value) * 1e-3
-            new_units = 'GJ/m3'
-            
-        elif units in ['GJ/1000 litre', 'GJ/1000litre']:
+            new_units = "GJ/m3"
+
+        elif units in ["GJ/1000 litre", "GJ/1000litre"]:
             converted_value = np.float16(value) * 1e-3
-            new_units = 'GJ/litre'
-            
-        elif units == 'TJ/10^6m3 @SATP':
+            new_units = "GJ/litre"
+
+        elif units == "TJ/10^6m3 @SATP":
             converted_value = np.float16(value) * 1e-6
-            new_units = 'TJ/m3'
-            
-        elif units == 'TJ/10^3kl @SATP':
+            new_units = "TJ/m3"
+
+        elif units == "TJ/10^3kl @SATP":
             converted_value = np.float16(value) * 1e-3
-            new_units = 'TJ/kl'
-        
+            new_units = "TJ/kl"
+
         # Update df with converted value and units if conversion occurred
         if converted_value is not None:
-            filt_df.at[index, 'NCV_value'] = converted_value
-            filt_df.at[index, 'NCV_units'] = new_units
-        
+            filt_df.at[index, "NCV_value"] = converted_value
+            filt_df.at[index, "NCV_units"] = new_units
+
         # Check if units are valid
         elif units not in valid_units:
             print("Error: unrecognized units - ", units, " - line ", index)
 
     # fix values representing ranges
     for index, row in filt_df.iterrows():
-        value = row['NCV_value']
+        value = row["NCV_value"]
         value_dic = separate_min_max_median(value)
-        filt_df.at[index, 'NCV_value'] = value_dic['value']
-        filt_df.at[index, 'Value_min'] = value_dic['value_min']
-        filt_df.at[index, 'Value_max'] = value_dic['value_max']
+        filt_df.at[index, "NCV_value"] = value_dic["value"]
+        filt_df.at[index, "Value_min"] = value_dic["value_min"]
+        filt_df.at[index, "Value_max"] = value_dic["value_max"]
 
     # drop extra columns
-    filt_df = filt_df.drop(columns=['Value_min','Value_max'])
+    filt_df = filt_df.drop(columns=["Value_min", "Value_max"])
 
     # change 'Description' information
-    filt_df['Description'] = np.where(
-        filt_df['Description'].str.contains('Net Calorific Value|NCV', case=False, na=False),
-        'NCV',
+    filt_df["Description"] = np.where(
+        filt_df["Description"].str.contains(
+            "Net Calorific Value|NCV", case=False, na=False
+        ),
+        "NCV",
         np.where(
-            filt_df['Description'].str.contains('Gross Calorific Value', case=False, na=False),
-            'GCV',
-            filt_df['Description']
-        )
+            filt_df["Description"].str.contains(
+                "Gross Calorific Value", case=False, na=False
+            ),
+            "GCV",
+            filt_df["Description"],
+        ),
     )
 
     # filter df
-    filt_df = filt_df[filt_df['Description'] == 'NCV']
+    filt_df = filt_df[filt_df["Description"] == "NCV"]
 
     # Merge NCV with EF_df
-    EF_df = EF_df.merge(filt_df, on=['fuel','ipcc_2006_category'], how='left')
+    EF_df = EF_df.merge(filt_df, on=["fuel", "ipcc_2006_category"], how="left")
 
     # assign NCV values and units when apply
-    EF_df['NCV_value'] = EF_df['NCV_value_x'].combine_first(EF_df['NCV_value_y'])
-    EF_df['NCV_units'] = EF_df['NCV_units_x'].combine_first(EF_df['NCV_units_y'])
+    EF_df["NCV_value"] = EF_df["NCV_value_x"].combine_first(EF_df["NCV_value_y"])
+    EF_df["NCV_units"] = EF_df["NCV_units_x"].combine_first(EF_df["NCV_units_y"])
 
     # Drop the original 'NCV_value_x' and 'NCV_value_y' columns
-    EF_df.drop(columns=['NCV_value_x', 'NCV_value_y', 'NCV_units_x', 'NCV_units_y'], inplace=True)
+    EF_df.drop(
+        columns=["NCV_value_x", "NCV_value_y", "NCV_units_x", "NCV_units_y"],
+        inplace=True,
+    )
 
     # fill density values in EF_df
     for index, row in EF_df.iterrows():
-        if pd.isna(row['density_value']):
-            fuel = row['fuel']
+        if pd.isna(row["density_value"]):
+            fuel = row["fuel"]
             if fuel in densities_dic.keys():
                 # Fill the missing density_value and density_units using the dictionary
-                EF_df.at[index, 'density_value'] = densities_dic[fuel]['value']
-                EF_df.at[index, 'density_units'] = densities_dic[fuel]['units']
+                EF_df.at[index, "density_value"] = densities_dic[fuel]["value"]
+                EF_df.at[index, "density_units"] = densities_dic[fuel]["units"]
 
     # Conversion process
     def convert_units(df, unit_col, value_col, from_unit, to_unit, conversion_factor):
@@ -543,36 +599,36 @@ def convert_units(df, unit_col, value_col, from_unit, to_unit, conversion_factor
 
     # Define the conversions and their respective factors
     conversions = [
-        ('tC/TJ', 'kg/TJ', 44/12),
-        ('gC/MJ', 'g/MJ', 44/12),
-        ('g/MJ', 'kg/TJ', 1),
-        ('kg/GJ', 'kg/TJ', 1000)
+        ("tC/TJ", "kg/TJ", 44 / 12),
+        ("gC/MJ", "g/MJ", 44 / 12),
+        ("g/MJ", "kg/TJ", 1),
+        ("kg/GJ", "kg/TJ", 1000),
     ]
 
-    # Apply the conversions 
+    # Apply the conversions
     for from_unit, to_unit, conversion_factor in conversions:
-        convert_units(EF_df, 'units', 'value', from_unit, to_unit, conversion_factor)
+        convert_units(EF_df, "units", "value", from_unit, to_unit, conversion_factor)
 
     # convert 'NCV_value' column into numeric
-    EF_df['NCV_value'] = pd.to_numeric(EF_df['NCV_value'], errors='coerce')
+    EF_df["NCV_value"] = pd.to_numeric(EF_df["NCV_value"], errors="coerce")
 
-    convert_units(EF_df, 'NCV_units', 'NCV_value', 'MJ/kg', 'TJ/kg', 1e-6)
+    convert_units(EF_df, "NCV_units", "NCV_value", "MJ/kg", "TJ/kg", 1e-6)
 
     # create new columns for EF units transformation
-    EF_df['emissions_per_activity'] = EF_df['value']
+    EF_df["emissions_per_activity"] = EF_df["value"]
 
     # calculate EF of mass of gas / mass of fuel
     new_rows = []
     for index, row in EF_df.iterrows():
-        ncv_value = row['NCV_value']
-        ncv_units = row['NCV_units']
-        ef_value = row['value']
-        ef_units = row['units']
+        ncv_value = row["NCV_value"]
+        ncv_units = row["NCV_units"]
+        ef_value = row["value"]
+        ef_units = row["units"]
 
-        if ncv_units in ['TJ/Gg', 'TJ/kt', 'TJ/kl', 'TJ/kg', 'TJ/m3']:
+        if ncv_units in ["TJ/Gg", "TJ/kt", "TJ/kl", "TJ/kg", "TJ/m3"]:
             new_row = row.copy()
-            new_row['emissions_per_activity'] = ncv_value * ef_value
-            new_row['units'] = f'{ef_units[:2]}/{ncv_units[3:]}'
+            new_row["emissions_per_activity"] = ncv_value * ef_value
+            new_row["units"] = f"{ef_units[:2]}/{ncv_units[3:]}"
             new_rows.append(new_row)
     new_rows = pd.DataFrame(new_rows)
     # add the new rows with the conversions
@@ -580,56 +636,90 @@ def convert_units(df, unit_col, value_col, from_unit, to_unit, conversion_factor
 
     # Define the conversions and their respective factors
     conversions = [
-        ('kg/kl', 'kg/l', 1e-3),
-        ('kg/Gg', 'kg/kg', 1e-6),
-        ('kg/kt', 'kg/t', 1e-3),
-        ('kg/l', 'kg/m3', 1e3)
+        ("kg/kl", "kg/l", 1e-3),
+        ("kg/Gg", "kg/kg", 1e-6),
+        ("kg/kt", "kg/t", 1e-3),
+        ("kg/l", "kg/m3", 1e3),
     ]
 
     new_rows = []
 
-    # Apply the conversions 
+    # Apply the conversions
     for from_unit, to_unit, conversion_factor in conversions:
-        convert_units(EF_df, 'units', 'emissions_per_activity', from_unit, to_unit, conversion_factor)
+        convert_units(
+            EF_df,
+            "units",
+            "emissions_per_activity",
+            from_unit,
+            to_unit,
+            conversion_factor,
+        )
 
     # convert 'density_value' column into numertic type
-    EF_df['density_value'] = pd.to_numeric(EF_df['density_value'], errors='coerce')
+    EF_df["density_value"] = pd.to_numeric(EF_df["density_value"], errors="coerce")
 
     new_rows = []
 
     for index, row in EF_df.iterrows():
-        density_value = row['density_value']
-        ef_value = row['emissions_per_activity']
-        ef_units = row['units']
+        density_value = row["density_value"]
+        ef_value = row["emissions_per_activity"]
+        ef_units = row["units"]
 
-        if ef_units in ['kg/kg']:
+        if ef_units in ["kg/kg"]:
             new_row = row.copy()
-            new_row['emissions_per_activity'] = ef_value * density_value
-            new_row['units'] = 'kg/m3'
+            new_row["emissions_per_activity"] = ef_value * density_value
+            new_row["units"] = "kg/m3"
             new_rows.append(new_row)
-            
+
     new_rows = pd.DataFrame(new_rows)
     # add the new rows with the conversions
     EF_df = pd.concat([EF_df, new_rows], ignore_index=True)
 
     # fill empty values in the 'EF_value' column
-    EF_df['emissions_per_activity'].fillna(EF_df['value'], inplace=True)
+    EF_df["emissions_per_activity"].fillna(EF_df["value"], inplace=True)
 
     # drop extra columns
-    EF_df = EF_df.drop(columns = ['Description', 'value'])
+    EF_df = EF_df.drop(columns=["Description", "value"])
 
     # make a row for each GPC_refno
-    EF_df = EF_df.explode('GPC_refno', ignore_index=True)
+    EF_df = EF_df.explode("gpc_refno", ignore_index=True)
 
     # make a row for each methodology
-    EF_df['methodology_name'] = [mapping_gpc_to_methodologies] * len(EF_df)
-    EF_df = EF_df.explode('methodology_name', ignore_index=True)
+    EF_df["methodology_name"] = [mapping_gpc_to_methodologies] * len(EF_df)
+    EF_df = EF_df.explode("methodology_name", ignore_index=True)
 
-    EF_df["emissions_factor_id"] = EF_df.apply(
-        lambda row: uuid_generate_v4(), axis=1
+    # create a 'metadata' column based on density values, density units, NCV values and NCV units
+    EF_df["metadata"] = EF_df.apply(
+        lambda row: f"fuel_type:{row['fuel']}, density_value:{row['density_value']}, density_units:{row['density_units']}, NCV_value:{row['NCV_value']}, NCV_units:{row['NCV_units']}",
+        axis=1,
     )
 
-    EF_df.to_csv(f"{output_dir}/EmissionsFactor.csv", index=False)
+    # year column
+    EF_df["year"] = ""
+
+    # drop extra columns
+    EF_df = EF_df.drop(
+        columns=[
+            "EF ID",
+            "ipcc_2006_category",
+            "fuel",
+            "description",
+            "practices",
+            "parameters",
+            "properties",
+            "equation",
+            "density_value",
+            "density_units",
+            "NCV_value",
+            "NCV_units",
+        ]
+    )
+
+    EF_df["emissions_factor_id"] = EF_df.apply(lambda row: uuid_generate_v4(), axis=1)
+
+    EF_df.to_csv(
+        f"{output_dir}/EmissionsFactor_Stationary_Energy_Scope1.csv", index=False
+    )
 
     # =================================================================
     # DataSourceEmissionsFactor
@@ -637,11 +727,11 @@ def convert_units(df, unit_col, value_col, from_unit, to_unit, conversion_factor
     datasource_emissions_factor_data = [
         {
             "datasource_id": datasource_data.get("datasource_id"),
-            "emissions_factor_id": emissions_factor_id,
+            "emissions_factor_id": id,
         }
-        for emissions_factor_id in EF_df["emissions_factor_id"]
+        for id in EF_df["emissions_factor_id"]
     ]
 
     write_dic_to_csv(
         output_dir, "DataSourceEmissionsFactor", datasource_emissions_factor_data
-    )
\ No newline at end of file
+    )
diff --git a/app/seed-data/emissions_factors/scripts/EFDB_US.py b/app/seed-data/emissions_factors/scripts/EFDB_US.py
index 4041e7c92..4aacfb723 100644
--- a/app/seed-data/emissions_factors/scripts/EFDB_US.py
+++ b/app/seed-data/emissions_factors/scripts/EFDB_US.py
@@ -69,7 +69,8 @@ def gas_name_to_formula(value, replace_dict=None):
             "NITROUS OXIDE": "N2O",
         }
     else:
-        replace_dict = {key.upper(): value for key, value in replace_dict.items()}
+        replace_dict = {key.upper(): value for key,
+                        value in replace_dict.items()}
 
     new_value = replace_dict.get(value.upper(), None)
 
@@ -118,7 +119,8 @@ def merge_columns(row):
 def save_to_csv(fl, data):
     """save list of dictionaries to CSV"""
     with open(fl, "w", newline="") as csvfile:
-        fieldnames = data[0].keys()  # Assuming all dictionaries have the same keys
+        # Assuming all dictionaries have the same keys
+        fieldnames = data[0].keys()
         writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
 
         writer.writeheader()
@@ -170,8 +172,10 @@ def save_to_csv(fl, data):
     # =================================================================
     # read raw dataset
     df = pd.read_csv(input_fl)
-    filt_desc = df["Description"].str.contains("emission factor", case=False, na=False)
-    filt_cat = df["IPCC 2006 Source/Sink Category"].isin(IPCC_2006_THAT_ARE_GPC_BASIC)
+    filt_desc = df["Description"].str.contains(
+        "emission factor", case=False, na=False)
+    filt_cat = df["IPCC 2006 Source/Sink Category"].isin(
+        IPCC_2006_THAT_ARE_GPC_BASIC)
     filt = filt_desc & filt_cat
     df_filt = df.loc[filt].reset_index(drop=True)
 
@@ -209,7 +213,8 @@ def save_to_csv(fl, data):
 
         # convert nan to None
         output_dic = {
-            key: None if (isinstance(value, float)) and math.isnan(value) else value
+            key: None if (isinstance(value, float)
+                          ) and math.isnan(value) else value
             for key, value in dic_tmp.items()
         }
 
@@ -237,7 +242,8 @@ def save_to_csv(fl, data):
 
     df_out["value"] = df_out["value"].round(3)
 
-    COLUMNS = ["gpc_sector", "value", "units_merged", "gas", "region", "reference"]
+    COLUMNS = ["gpc_sector", "value",
+               "units_merged", "gas", "region", "reference"]
     df_emissions_factor = df_out.loc[:, COLUMNS].rename(
         columns={
             "units_merged": "units",
@@ -245,11 +251,12 @@ def save_to_csv(fl, data):
             "value": "emissions_factor",
         }
     )
-    df_emissions_factor["emissions_factor_id"] = df_emissions_factor.apply(
+    df_emissions_factor["id"] = df_emissions_factor.apply(
         lambda row: uuid_generate_v4(), axis=1
     )
 
-    df_emissions_factor.to_csv(f"{output_dir}/EmissionsFactor.csv", index=False)
+    df_emissions_factor.to_csv(
+        f"{output_dir}/EmissionsFactor.csv", index=False)
 
     # =================================================================
     # DataSourceEmissionsFactor
@@ -257,9 +264,9 @@ def save_to_csv(fl, data):
     datasource_emissions_factor_data = [
         {
             "datasource_id": datasource_data.get("datasource_id"),
-            "emissions_factor_id": emissions_factor_id,
+            "id": id,
         }
-        for emissions_factor_id in df_emissions_factor["emissions_factor_id"]
+        for id in df_emissions_factor["id"]
     ]
 
     write_dic_to_csv(
diff --git a/app/seeders/20231114094254-emissions-factors.cjs b/app/seeders/20231114094254-emissions-factors.cjs
index 4e687b579..df38a44b9 100644
--- a/app/seeders/20231114094254-emissions-factors.cjs
+++ b/app/seeders/20231114094254-emissions-factors.cjs
@@ -31,9 +31,21 @@ module.exports = {
           "DataSourceEmissionsFactor",
           folder,
         );
-        const emissionsFactors = await parseFile("EmissionsFactor", folder);
+
+        const emissionsFactorsStationaryEnergy = await parseFile("EmissionsFactor_Stationary_Energy", folder);
+        const emissionsFactorsStationaryEnergyScope1 = await parseFile("EmissionsFactor_Stationary_Energy_Scope1", folder);
+        const emissionsFactorsRaw = emissionsFactorsStationaryEnergy.concat(emissionsFactorsStationaryEnergyScope1);
+
+        const emissionsFactors = emissionsFactorsRaw.map((ef) => {
+          delete ef["EF ID_x"];
+          // delete ef["ipcc_2006_category"];
+          return ef;
+        })
+
         const publishers = await parseFile("Publisher", folder);
 
+        console.info("Done loading files");
+
         await bulkUpsert(
           queryInterface,
           "Publisher",
@@ -41,6 +53,7 @@ module.exports = {
           "publisher_id",
           transaction,
         );
+        console.info("Finished adding publishers");
         await bulkUpsert(
           queryInterface,
           "DataSource",
@@ -48,13 +61,16 @@ module.exports = {
           "datasource_id",
           transaction,
         );
+        console.info("Finished adding data sources");
         await bulkUpsert(
           queryInterface,
           "EmissionsFactor",
           emissionsFactors,
           "id",
           transaction,
+          true,
         );
+        console.info("Finished adding emissions factors");
         await bulkUpsert(
           queryInterface,
           "DataSourceEmissionsFactor",
@@ -62,6 +78,7 @@ module.exports = {
           "emissions_factor_id", // TODO handle multiple primary keys
           transaction,
         );
+        console.info("Done, have a nice day ✨");
       }
     });
   },
diff --git a/app/seeders/util/util.cjs b/app/seeders/util/util.cjs
index faeacbc71..178f23661 100644
--- a/app/seeders/util/util.cjs
+++ b/app/seeders/util/util.cjs
@@ -7,8 +7,11 @@ async function bulkUpsert(
   entries,
   idColumnName,
   transaction,
+  debug = false,
 ) {
   for (const entry of entries) {
+    if (debug) { console.info("Upserting entry", entry); }
+
     const id = entry[idColumnName];
     const item = await queryInterface.sequelize.query(
       `SELECT COUNT(*) FROM "${tableName}" WHERE "${idColumnName}" = '${id}';`,
diff --git a/app/src/app/[lng]/[inventory]/cdp/page.tsx b/app/src/app/[lng]/[inventory]/cdp/page.tsx
index 1032db8f2..fcb4d2699 100644
--- a/app/src/app/[lng]/[inventory]/cdp/page.tsx
+++ b/app/src/app/[lng]/[inventory]/cdp/page.tsx
@@ -12,9 +12,20 @@ import {
 } from "@chakra-ui/react";
 import React from "react";
 import { useTranslation } from "@/i18n/client";
+import { api } from "@/services/api";
 
-function Page({ params: { lng } }: { params: { lng: string } }) {
+function Page({
+  params: { lng, inventory },
+}: {
+  params: { lng: string; inventory: string };
+}) {
   const { t } = useTranslation(lng, "cdp");
+  const [connectToCDP] = api.useConnectToCDPMutation();
+  const handleConnectToCDP = async () => {
+    await connectToCDP({ inventoryId: inventory }).then((res) =>
+      console.log(res),
+    );
+  };
   return (
     <Box>
       <NavigationBar lng="" />
@@ -32,7 +43,7 @@ function Page({ params: { lng } }: { params: { lng: string } }) {
             <Text>{t("submit-data-to-cdp")}</Text>
           </CardBody>
           <CardFooter p="0">
-            <Button className="w-[100%]" h="50px">
+            <Button onClick={handleConnectToCDP} className="w-[100%]" h="50px">
               {t("submit-data-to-cdp")}
             </Button>
           </CardFooter>
diff --git a/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx b/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx
index 0f6147e33..2d087b0d7 100644
--- a/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx
+++ b/app/src/app/[lng]/[inventory]/data/[step]/[subsector]/page.tsx
@@ -1,159 +1,51 @@
 "use client";
 
-import MethodologyCard from "@/components/Cards/methodology-card";
-import SuggestedActivityCard from "@/components/Cards/suggested-activities-card";
-import AddActivityModalEnergyConsumption from "@/components/Modals/add-activity-energy-consumption-modal";
-import AddActivityModal from "@/components/Modals/add-activity-modal";
-import HeadingText from "@/components/heading-text";
+import ActivityTab from "@/components/Tabs/Activity/activity-tab";
 import LoadingState from "@/components/loading-state";
 import { useTranslation } from "@/i18n/client";
 import { RootState } from "@/lib/store";
 import { api } from "@/services/api";
-import { AddIcon, ArrowBackIcon, ChevronRightIcon } from "@chakra-ui/icons";
+import { ArrowBackIcon, ChevronRightIcon } from "@chakra-ui/icons";
 import {
-  Accordion,
-  AccordionButton,
-  AccordionIcon,
-  AccordionItem,
-  AccordionPanel,
   Box,
   Breadcrumb,
   BreadcrumbItem,
   BreadcrumbLink,
   Button,
-  Card,
   Icon,
-  IconButton,
   Link,
-  Popover,
-  PopoverArrow,
-  PopoverBody,
-  PopoverContent,
-  PopoverTrigger,
-  Radio,
-  RadioGroup,
-  Stack,
-  Switch,
   Tab,
   TabList,
-  TabPanel,
   TabPanels,
-  Table,
-  TableContainer,
   Tabs,
-  Tag,
-  TagLabel,
-  Tbody,
-  Td,
   Text,
-  Textarea,
-  Th,
-  Thead,
-  Tr,
   useDisclosure,
 } from "@chakra-ui/react";
+import { motion } from "framer-motion";
 import { useRouter } from "next/navigation";
-import { useState } from "react";
-import { Trans } from "react-i18next";
-import { BsTrash2 } from "react-icons/bs";
-import { FaNetworkWired } from "react-icons/fa";
-import { FiTrash2 } from "react-icons/fi";
-import { MdMoreVert, MdOutlineHomeWork } from "react-icons/md";
-import { TbTrash } from "react-icons/tb";
-import { useDispatch, useSelector } from "react-redux";
+import { useEffect, useState } from "react";
+import { MdOutlineHomeWork } from "react-icons/md";
+import { useSelector } from "react-redux";
 
 function SubSectorPage({
-  params: { lng, step, inventory, subsector },
+  params: { lng, step, inventory: inventoryId, subsector },
 }: {
   params: { lng: string; step: string; inventory: string; subsector: string };
 }) {
   const router = useRouter();
   const { t } = useTranslation(lng, "data");
-  const [isSelected, setIsSelected] = useState(false);
-  const [selectedValue, setSelectedValue] = useState("");
 
-  const [isChecked, setIsChecked] = useState<boolean>(false);
-
-  const [hasActivityData, setHasActivityData] = useState<boolean>(false);
-
-  const handleSwitch = (e: any) => {
-    setIsChecked(!isChecked);
-  };
-  const METHODOLOGIES = [
-    {
-      name: t("fuel-combustion-consumption"),
-      description: t("fuel-combustion-consuption-desciption"),
-      inputRequired: [t("total-fuel-consumed")],
-      disabled: false,
-    },
-    {
-      name: t("scaled-sample-data"),
-      description: t("scaled-sample-data-desc"),
-      inputRequired: [t("sample-fuel"), t("scaling-data")],
-      disabled: false,
-    },
-    {
-      name: t("modeled-data"),
-      description: t("modeled-data-desc"),
-      inputRequired: [t("modeled-fuel"), t("build-area")],
-      disabled: true,
-    },
-    {
-      name: t("direct-measure"),
-      description: t("direct-measure-desc"),
-      inputRequired: [t("emissions-data")],
-      disabled: false,
-    },
-  ];
-  const BUILDINGS = [
-    {
-      id: 1,
-      name: t("commercial-buildings"),
-    },
-    {
-      id: 2,
-      name: t("institutional-buildings"),
-    },
-    {
-      id: 3,
-      name: t("street-lighting"),
-    },
-  ];
-
-  const handleCardClick = () => {
-    setIsSelected(!isSelected);
-    console.log(isSelected);
-  };
+  const { data: inventory, isLoading: isInventoryLoading } =
+    api.useGetInventoryQuery(inventoryId);
 
   const {
-    isOpen: isAddActivityModalOpen,
-    onOpen: onAddActivityModalOpen,
-    onClose: onAddActivityModalClose,
+    isOpen: isDeleteActivitiesModalOpen,
+    onOpen: onDeleteActivitiesModalOpen,
+    onClose: onDeleteActivitiesModalClose,
   } = useDisclosure();
 
-  const {
-    isOpen: isAddActivityModalOpenEC,
-    onOpen: onAddActivityModalOpenEC,
-    onClose: onAddActivityModalCloseEC,
-  } = useDisclosure();
-
-  const { data } = api.useMockDataQuery({});
-  const [isLoadingScope1, setIsloadingScope1] = useState(false);
-  const [isLoadingScope2, setIsloadingScope2] = useState(false);
-
-  const handleTabLoadingStateScope1 = () => {
-    setIsloadingScope1(true);
-    setTimeout(() => {
-      setIsloadingScope1(false);
-    }, 1000);
-  };
-
-  const handleTabLoadingStateScope2 = () => {
-    setIsloadingScope2(true);
-    setTimeout(() => {
-      setIsloadingScope2(false);
-    }, 1000);
-  };
+  const [selectedTab, setSelectedTab] = useState(1); // sector ID (1/2/3)
+  const [selectedScope, setSelectedScope] = useState(1);
 
   const getSectorName = (currentStep: string) => {
     switch (currentStep) {
@@ -167,1066 +59,219 @@ function SubSectorPage({
         return t("stationary-energy");
     }
   };
-  const subsectorData = useSelector(
-    (state: RootState) => state.subsector.subsector,
+  const { subsector: subsectorData, scopes } = useSelector(
+    (state: RootState) => state.subsector,
   );
 
+  // calculate total consumption and emissions
+
+  const [scrollPosition, setScrollPosition] = useState<number>(0);
+
+  const handleScroll = () => {
+    const position = window.scrollY;
+    setScrollPosition(position);
+  };
+
+  useEffect(() => {
+    window.addEventListener("scroll", handleScroll);
+
+    return () => {
+      window.removeEventListener("scroll", handleScroll);
+    };
+  }, []);
+
+  const MotionBox = motion(Box);
+  const MotionTabList = motion(TabList);
+
+  const [isLoading, setIsLoading] = useState(false);
+
+  const triggerMochLoading = () => {
+    setIsLoading(true);
+    const timer = setTimeout(() => {
+      setIsLoading(false);
+    }, 2000);
+
+    return () => {
+      clearTimeout(timer);
+    };
+  };
+
   return (
     <>
-      <div className="pt-16 pb-16 w-[1090px] max-w-full mx-auto px-4">
-        <Box w="full" display="flex" alignItems="center" gap="16px" mb="64px">
-          <Button
-            variant="ghost"
-            leftIcon={<ArrowBackIcon boxSize={6} />}
-            onClick={() => router.back()}
-          >
-            {t("go-back")}
-          </Button>
-          <Box borderRightWidth="1px" borderColor="border.neutral" h="24px" />
-          <Box>
-            <Breadcrumb
-              spacing="8px"
-              fontFamily="heading"
-              fontWeight="bold"
-              letterSpacing="widest"
-              textTransform="uppercase"
-              separator={<ChevronRightIcon color="gray.500" h="24px" />}
-            >
-              <BreadcrumbItem>
-                <BreadcrumbLink
-                  href={`/${inventory}/data`}
-                  color="content.tertiary"
-                >
-                  {t("all-sectors")}
-                </BreadcrumbLink>
-              </BreadcrumbItem>
-              <BreadcrumbItem>
-                <BreadcrumbLink
-                  href={`/${inventory}/data/${step}`}
-                  color="content.tertiary"
-                >
-                  {getSectorName(step)}
-                </BreadcrumbLink>
-              </BreadcrumbItem>
-              <BreadcrumbItem>
-                <BreadcrumbLink href="#" color="content.link">
-                  {subsectorData?.subsectorName}
-                </BreadcrumbLink>
-              </BreadcrumbItem>
-            </Breadcrumb>
-          </Box>
-        </Box>
-        <Box display="flex" gap="16px">
-          <Box color="content.link" flex="1" pt="3">
-            <MdOutlineHomeWork size="32px" />
-          </Box>
-          <Box display="flex" gap="16px" flexDirection="column">
-            <Text fontFamily="heading" fontSize="headline.md" fontWeight="bold">
-              {subsectorData?.referenceNumber +
-                " " +
-                subsectorData?.subsectorName}
-            </Text>
-            <Text
-              fontFamily="heading"
-              letterSpacing="wide"
-              fontSize="label.lg"
-              fontWeight="medium"
-            >
-              {t("sector")}: {t("stationary-energy")} | {t("inventory-year")}:
-              2023
-            </Text>
-            <Text
-              letterSpacing="wide"
-              fontSize="body.lg"
-              fontWeight="normal"
-              color="interactive.control"
+      <Box id="top" />
+      <MotionBox
+        bg="background.backgroundLight"
+        borderColor="border.neutral"
+        borderBottomWidth={scrollPosition > 0 ? "1px" : ""}
+        className="fixed z-10 top-0 w-full pt-[180px] h-[400px]"
+        mt={scrollPosition > 0 ? "-230px" : ""}
+        animate={{
+          y: scrollPosition > 0 ? 0 : -50,
+        }}
+        transition={{ duration: 0.2 }}
+      >
+        <Box className=" w-[1090px] max-w-full mx-auto px-4">
+          <Box w="full" display="flex" alignItems="center" gap="16px" mb="64px">
+            <Button
+              variant="ghost"
+              leftIcon={<ArrowBackIcon boxSize={6} />}
+              onClick={() => router.back()}
             >
-              {t("commercial-and-institutional-building-description")}
-            </Text>
+              {t("go-back")}
+            </Button>
+            <Box borderRightWidth="1px" borderColor="border.neutral" h="24px" />
+            <Box>
+              <Breadcrumb
+                spacing="8px"
+                fontFamily="heading"
+                fontWeight="bold"
+                letterSpacing="widest"
+                textTransform="uppercase"
+                separator={<ChevronRightIcon color="gray.500" h="24px" />}
+              >
+                <BreadcrumbItem>
+                  <BreadcrumbLink
+                    href={`/${inventory}/data`}
+                    color="content.tertiary"
+                  >
+                    {t("all-sectors")}
+                  </BreadcrumbLink>
+                </BreadcrumbItem>
+                <BreadcrumbItem>
+                  <BreadcrumbLink
+                    href={`/${inventory}/data/${step}`}
+                    color="content.tertiary"
+                  >
+                    {getSectorName(step)}
+                  </BreadcrumbLink>
+                </BreadcrumbItem>
+                <BreadcrumbItem>
+                  <BreadcrumbLink href="#" color="content.link">
+                    {subsectorData?.subsectorName}
+                  </BreadcrumbLink>
+                </BreadcrumbItem>
+              </Breadcrumb>
+            </Box>
           </Box>
-        </Box>
-        <Box mt="48px">
-          <Tabs>
-            <TabList>
-              <Tab onClick={handleTabLoadingStateScope1}>
+          <Box display="flex">
+            {scrollPosition > 0 ? (
+              <Box>
+                <Link href="#">
+                  <Icon
+                    as={ArrowBackIcon}
+                    h="24px"
+                    w="24px"
+                    mt="24px"
+                    color="content.link"
+                  />
+                </Link>
+              </Box>
+            ) : (
+              ""
+            )}
+            <Box display="flex" gap="16px">
+              <Box
+                color="content.link"
+                pt="3"
+                pos="relative"
+                left={scrollPosition > 0 ? "30px" : ""}
+              >
+                <MdOutlineHomeWork size="32px" />
+              </Box>
+              <Box
+                display="flex"
+                gap={scrollPosition > 0 ? "8px" : "16px"}
+                flexDirection="column"
+              >
                 <Text
                   fontFamily="heading"
-                  fontSize="title.md"
-                  fontWeight="medium"
+                  fontSize="headline.md"
+                  fontWeight="bold"
+                  pos="relative"
+                  left={scrollPosition > 0 ? "30px" : ""}
                 >
-                  {t("scope")} 1
+                  {subsectorData?.referenceNumber +
+                    " " +
+                    subsectorData?.subsectorName}
                 </Text>
-              </Tab>
-              <Tab onClick={handleTabLoadingStateScope2}>
-                {" "}
                 <Text
                   fontFamily="heading"
-                  fontSize="title.md"
+                  letterSpacing="wide"
+                  fontSize="label.lg"
                   fontWeight="medium"
+                  pos="relative"
+                  left={scrollPosition > 0 ? "30px" : ""}
                 >
-                  {t("scope")} 2
+                  {t("sector")}: {t("stationary-energy")} |{" "}
+                  {t("inventory-year")}: 2023
                 </Text>
-              </Tab>
-            </TabList>
-
-            <TabPanels>
-              <TabPanel p="0" pt="48px">
-                <Box
-                  display="flex"
-                  alignItems="center"
-                  justifyContent="space-between"
-                  mb="84px"
-                >
-                  <HeadingText title={t("add-data-manually")} />
-                  <Box display="flex" gap="16px" fontSize="label.lg">
-                    <Switch
-                      isChecked={isChecked}
-                      onChange={(e) => handleSwitch(e)}
-                    />
-                    <Text fontFamily="heading" fontWeight="medium">
-                      {t("scope-not-applicable")}
-                    </Text>
-                  </Box>
-                </Box>
-                {isLoadingScope1 ? (
-                  <LoadingState />
+                {scrollPosition > 0 ? (
+                  ""
                 ) : (
-                  <Box
-                    h="auto"
-                    px="24px"
-                    py="32px"
-                    bg="base.light"
-                    borderRadius="8px"
+                  <Text
+                    letterSpacing="wide"
+                    fontSize="body.lg"
+                    fontWeight="normal"
+                    color="interactive.control"
                   >
-                    {" "}
-                    {!isSelected ? (
-                      <Box
-                        display="flex"
-                        alignItems="center"
-                        justifyContent="space-between"
-                        mb="8px"
-                      >
-                        <HeadingText title={t("select-methodology-title")} />
-                      </Box>
-                    ) : (
-                      ""
-                    )}
-                    {isSelected ? (
-                      <Box>
-                        <Text
-                          fontFamily="heading"
-                          fontSize="10px"
-                          fontWeight="semibold"
-                          letterSpacing="widest"
-                          textTransform="uppercase"
-                          color="content.tertiary"
-                        >
-                          {t("methodology")}
-                        </Text>
-                        <Box display="flex" justifyContent="space-between">
-                          <Box>
-                            <HeadingText
-                              title={t("fuel-combustion-consumption")}
-                            />
-                            <Text
-                              letterSpacing="wide"
-                              fontSize="body.lg"
-                              fontWeight="normal"
-                              color="interactive.control"
-                            >
-                              {t("fuel-combustion-consumption-description")}
-                            </Text>
-                          </Box>
-                          <Box display="flex" alignItems="center">
-                            <Button
-                              onClick={onAddActivityModalOpen}
-                              title="Add Activity"
-                              leftIcon={<AddIcon h="16px" w="16px" />}
-                              h="48px"
-                              aria-label="activity-button"
-                              fontSize="button.md"
-                              gap="8px"
-                            >
-                              {t("add-activity")}
-                            </Button>
-                            <Popover>
-                              <PopoverTrigger>
-                                <IconButton
-                                  icon={<MdMoreVert size="24px" />}
-                                  aria-label="more-icon"
-                                  variant="ghost"
-                                  color="content.tertiary"
-                                />
-                              </PopoverTrigger>
-                              <PopoverContent
-                                w="auto"
-                                borderRadius="8px"
-                                shadow="2dp"
-                                px="0"
-                              >
-                                <PopoverArrow />
-                                <PopoverBody p="0px">
-                                  <Box
-                                    p="16px"
-                                    display="flex"
-                                    alignItems="center"
-                                    gap="16px"
-                                    _hover={{
-                                      bg: "content.link",
-                                      cursor: "pointer",
-                                    }}
-                                    className="group"
-                                  >
-                                    <Icon
-                                      className="group-hover:text-white"
-                                      color="interactive.control"
-                                      as={FaNetworkWired}
-                                      h="24px"
-                                      w="24px"
-                                    />
-                                    <Text
-                                      className="group-hover:text-white"
-                                      color="content.primary"
-                                    >
-                                      Change methodology
-                                    </Text>
-                                  </Box>
-                                  <Box
-                                    p="16px"
-                                    display="flex"
-                                    alignItems="center"
-                                    gap="16px"
-                                    _hover={{
-                                      bg: "content.link",
-                                      cursor: "pointer",
-                                    }}
-                                    className="group"
-                                  >
-                                    <Icon
-                                      className="group-hover:text-white"
-                                      color="sentiment.negativeDefault"
-                                      as={FiTrash2}
-                                      h="24px"
-                                      w="24px"
-                                    />
-                                    <Text
-                                      className="group-hover:text-white"
-                                      color="content.primary"
-                                    >
-                                      Delete all activities
-                                    </Text>
-                                  </Box>
-                                </PopoverBody>
-                              </PopoverContent>
-                            </Popover>
-                          </Box>
-                        </Box>
-                        <Box
-                          mt="48px"
-                          display="flex"
-                          flexDirection="column"
-                          gap="16px"
-                        >
-                          {!hasActivityData ? (
-                            <Text
-                              fontFamily="heading"
-                              fontSize="title.md"
-                              fontWeight="semibold"
-                              color="content.secondary"
-                            >
-                              {t("activity-suggestion")}
-                            </Text>
-                          ) : (
-                            ""
-                          )}
-                          {hasActivityData ? (
-                            <Box>
-                              <Accordion
-                                defaultIndex={[0]}
-                                allowMultiple
-                                bg="white"
-                              >
-                                <AccordionItem bg="none">
-                                  <h2>
-                                    <AccordionButton
-                                      h="100px"
-                                      bg="base.light"
-                                      borderWidth="1px"
-                                      borderColor="border.overlay"
-                                      px="24px"
-                                    >
-                                      <Box
-                                        display="flex"
-                                        justifyContent="space-between"
-                                        w="full"
-                                        alignItems="center"
-                                      >
-                                        <Box
-                                          display="flex"
-                                          flexDir="column"
-                                          alignItems="start"
-                                          gap="8px"
-                                        >
-                                          <Text
-                                            fontFamily="heading"
-                                            fontSize="title.md"
-                                            fontWeight="semibold"
-                                          >
-                                            {t("commercial-buildings")}
-                                          </Text>
-                                          <Text
-                                            color="content.tertiary"
-                                            letterSpacing="wide"
-                                            fontSize="body.md"
-                                          >
-                                            4 {t("activities-added")}
-                                          </Text>
-                                        </Box>
-                                        <Box
-                                          alignItems="start"
-                                          display="flex"
-                                          fontFamily="heading"
-                                        >
-                                          <Text fontWeight="medium">
-                                            {t("total-consumption")}:&nbsp;
-                                          </Text>
-                                          <Text fontWeight="normal">
-                                            715,4M gallons
-                                          </Text>
-                                        </Box>
-                                        <Box
-                                          alignItems="start"
-                                          display="flex"
-                                          fontFamily="heading"
-                                        >
-                                          <Text fontWeight="medium">
-                                            {t("emissions")}:&nbsp;
-                                          </Text>
-                                          <Text fontWeight="normal">
-                                            15,MtCO2e
-                                          </Text>
-                                        </Box>
-                                        <Box
-                                          onClick={onAddActivityModalOpen}
-                                          pr="56px"
-                                        >
-                                          <AddIcon color="interactive.control" />
-                                        </Box>
-                                      </Box>
-                                      <AccordionIcon />
-                                    </AccordionButton>
-                                  </h2>
-                                  <AccordionPanel p={0}>
-                                    <TableContainer>
-                                      <Table
-                                        variant="simple"
-                                        borderWidth="1px"
-                                        borderRadius="20px"
-                                        bg="base.light"
-                                      >
-                                        <Thead bg="background.neutral">
-                                          <Tr>
-                                            <Th>{t("fuel-type")}</Th>
-                                            <Th>{t("data-quality")}</Th>
-                                            <Th>{t("fuel-consumption")}</Th>
-                                            <Th>{t("emissions")}</Th>
-                                            <Th></Th>
-                                          </Tr>
-                                        </Thead>
-                                        <Tbody>
-                                          {data?.map(
-                                            (activity: any, i: number) => {
-                                              return (
-                                                <Tr key={i}>
-                                                  <Td>{activity?.fuelType}</Td>
-                                                  <Td>
-                                                    <Tag
-                                                      size="lg"
-                                                      variant="outline"
-                                                      borderWidth="1px"
-                                                      shadow="none"
-                                                      borderColor="content.link"
-                                                      borderRadius="full"
-                                                      bg="background.neutral"
-                                                      color="content.link"
-                                                    >
-                                                      <TagLabel>
-                                                        {activity?.dataQuality}
-                                                      </TagLabel>
-                                                    </Tag>
-                                                  </Td>
-                                                  <Td>
-                                                    {activity?.fuelConsumption!}{" "}
-                                                    {t("gallons")}
-                                                  </Td>
-                                                  <Td>
-                                                    {activity?.emissions} tCO2e
-                                                  </Td>
-                                                  <Td isNumeric>
-                                                    <IconButton
-                                                      color="interactive.control"
-                                                      variant="ghost"
-                                                      aria-label="activity-data-popover"
-                                                      icon={
-                                                        <MdMoreVert size="24px" />
-                                                      }
-                                                    />
-                                                  </Td>
-                                                </Tr>
-                                              );
-                                            },
-                                          )}
-                                        </Tbody>
-                                      </Table>
-                                    </TableContainer>
-                                  </AccordionPanel>
-                                </AccordionItem>
-                              </Accordion>
-                            </Box>
-                          ) : (
-                            <Box className="flex flex-col gap-4">
-                              {BUILDINGS.map(({ id, name }) => (
-                                <SuggestedActivityCard
-                                  key={id}
-                                  name={name}
-                                  t={t}
-                                  onAddActivity={onAddActivityModalOpen}
-                                />
-                              ))}
-                            </Box>
-                          )}
-                        </Box>
-                      </Box>
-                    ) : (
-                      <Box>
-                        {isChecked ? (
-                          <Box>
-                            <HeadingText title={t("scope-unavailable")} />
-                            <Text
-                              letterSpacing="wide"
-                              fontSize="body.lg"
-                              fontWeight="normal"
-                              color="interactive.control"
-                              mt="8px"
-                            >
-                              {t("scope-unavailable-description")}
-                            </Text>
-                            <Box mt="48px">
-                              <Text
-                                fontWeight="bold"
-                                fontSize="title.md"
-                                fontFamily="heading"
-                                pt="48px"
-                                pb="24px"
-                              >
-                                {t("select-reason")}
-                              </Text>
-                              <RadioGroup>
-                                <Stack direction="column">
-                                  <Radio
-                                    value={t("select-reason-1")}
-                                    color="interactive.secondary"
-                                  >
-                                    {t("select-reason-1")}
-                                  </Radio>
-                                  <Radio value={t("select-reason-2")}>
-                                    {t("select-reason-2")}
-                                  </Radio>
-                                  <Radio value={t("select-reason-3")}>
-                                    {t("select-reason-3")}
-                                  </Radio>
-                                  <Radio value={t("select-reason-4")}>
-                                    {t("select-reason-4")}
-                                  </Radio>
-                                </Stack>
-                              </RadioGroup>
-                              <Text
-                                fontWeight="medium"
-                                fontSize="title.md"
-                                fontFamily="heading"
-                                pt="48px"
-                                pb="24px"
-                                letterSpacing="wide"
-                              >
-                                {t("explanation-justification")}
-                              </Text>
-                              <Textarea
-                                borderRadius="4px"
-                                borderWidth="1px"
-                                borderColor="border.neutral"
-                                backgroundColor="base.light"
-                                placeholder={t("textarea-placeholder-text")}
-                              />
-                              <Button h="48px" p="16px" mt="24px">
-                                {t("save-changes")}
-                              </Button>
-                            </Box>
-                          </Box>
-                        ) : (
-                          <Box>
-                            <Text
-                              letterSpacing="wide"
-                              fontSize="body.lg"
-                              fontWeight="normal"
-                              color="interactive.control"
-                            >
-                              <Trans
-                                t={t}
-                                i18nKey="add-data-manually-desciption"
-                              >
-                                To add your inventory data manually, select the
-                                methodology used to collect the data and
-                                calculate your emissions.{" "}
-                                <Link
-                                  href="/"
-                                  color="content.link"
-                                  fontWeight="bold"
-                                  textDecoration="underline"
-                                >
-                                  Learn more
-                                </Link>{" "}
-                                about methodologies
-                              </Trans>
-                            </Text>
-                            <Text
-                              fontWeight="bold"
-                              fontSize="title.md"
-                              fontFamily="heading"
-                              pt="48px"
-                              pb="24px"
-                            >
-                              {t("select-methodology")}
-                            </Text>
-                            <Box
-                              gap="16px"
-                              display="flex"
-                              justifyContent="space-between"
-                            >
-                              {METHODOLOGIES.map(
-                                ({
-                                  name,
-                                  description,
-                                  inputRequired,
-                                  disabled,
-                                }) => (
-                                  <MethodologyCard
-                                    key={name}
-                                    name={name}
-                                    description={description}
-                                    inputRequired={inputRequired}
-                                    isSelected={selectedValue === name}
-                                    disabled={disabled}
-                                    t={t}
-                                    handleCardSelect={handleCardClick}
-                                  />
-                                ),
-                              )}
-                            </Box>
-                          </Box>
-                        )}
-                      </Box>
-                    )}
-                  </Box>
+                    {t("commercial-and-institutional-building-description")}
+                  </Text>
                 )}
-              </TabPanel>
-              <TabPanel p="0" pt="48px">
-                <Box
-                  display="flex"
-                  alignItems="center"
-                  justifyContent="space-between"
-                  mb="84px"
+              </Box>
+            </Box>
+          </Box>
+        </Box>
+      </MotionBox>
+      <div className="pt-16 pb-16 w-[1090px] max-w-full mx-auto px-4 mt-[240px]">
+        <Box mt="48px">
+          <Tabs>
+            <MotionTabList
+              className="w-[1090px] z-10"
+              bg="background.backgroundLight"
+              h="80px"
+              pos={scrollPosition > 0 ? "fixed" : "relative"}
+              top={scrollPosition > 0 ? "170px" : "50px"}
+              animate={{
+                y: scrollPosition > 0 ? 0 : -50,
+              }}
+              transition={{ duration: 0.2 }}
+            >
+              {scopes?.map((scope, index) => (
+                <Tab
+                  key={index}
+                  onClick={() => {
+                    setSelectedScope(scope.scope);
+                    triggerMochLoading();
+                  }}
                 >
-                  <HeadingText title={t("add-data-manually")} />
-                  <Box display="flex" gap="16px" fontSize="label.lg">
-                    <Switch
-                      isChecked={isChecked}
-                      onChange={(e) => handleSwitch(e)}
-                    />
-                    <Text fontFamily="heading" fontWeight="medium">
-                      {t("scope-not-applicable")}
-                    </Text>
-                  </Box>
-                </Box>
-                {isLoadingScope2 ? (
-                  <LoadingState />
-                ) : (
-                  <Box
-                    h="auto"
-                    px="24px"
-                    py="32px"
-                    bg="base.light"
-                    borderRadius="8px"
+                  <Text
+                    fontFamily="heading"
+                    fontSize="title.md"
+                    fontWeight="medium"
                   >
-                    {" "}
-                    {!isSelected ? (
-                      <Box
-                        display="flex"
-                        alignItems="center"
-                        justifyContent="space-between"
-                        mb="8px"
-                      >
-                        <HeadingText title={t("select-methodology-title")} />
-                      </Box>
-                    ) : (
-                      ""
-                    )}
-                    {isSelected ? (
-                      <Box>
-                        <Text
-                          fontFamily="heading"
-                          fontSize="10px"
-                          fontWeight="semibold"
-                          letterSpacing="widest"
-                          textTransform="uppercase"
-                          color="content.tertiary"
-                        >
-                          {t("methodology")}
-                        </Text>
-                        <Box display="flex" justifyContent="space-between">
-                          <Box>
-                            <HeadingText title={t("energy-consumption")} />
-                            <Text
-                              letterSpacing="wide"
-                              fontSize="body.lg"
-                              fontWeight="normal"
-                              color="interactive.control"
-                            >
-                              {t("energy-consumption-description")}
-                            </Text>
-                          </Box>
-                          <Box display="flex" alignItems="center">
-                            <Button
-                              onClick={onAddActivityModalOpenEC}
-                              leftIcon={<AddIcon h="16px" w="16px" />}
-                              h="48px"
-                              aria-label="activity-button"
-                              fontSize="button.md"
-                              gap="8px"
-                            >
-                              {t("add-activity")}
-                            </Button>
-                            <Popover>
-                              <PopoverTrigger>
-                                <IconButton
-                                  icon={<MdMoreVert size="24px" />}
-                                  aria-label="more-icon"
-                                  variant="ghost"
-                                  color="content.tertiary"
-                                />
-                              </PopoverTrigger>
-                              <PopoverContent
-                                w="auto"
-                                borderRadius="8px"
-                                shadow="2dp"
-                                px="0"
-                              >
-                                <PopoverArrow />
-                                <PopoverBody p="0px">
-                                  <Box
-                                    p="16px"
-                                    display="flex"
-                                    alignItems="center"
-                                    gap="16px"
-                                    _hover={{
-                                      bg: "content.link",
-                                      cursor: "pointer",
-                                    }}
-                                    className="group"
-                                  >
-                                    <Icon
-                                      className="group-hover:text-white"
-                                      color="interactive.control"
-                                      as={FaNetworkWired}
-                                      h="24px"
-                                      w="24px"
-                                    />
-                                    <Text
-                                      className="group-hover:text-white"
-                                      color="content.primary"
-                                    >
-                                      Change methodology
-                                    </Text>
-                                  </Box>
-                                  <Box
-                                    p="16px"
-                                    display="flex"
-                                    alignItems="center"
-                                    gap="16px"
-                                    _hover={{
-                                      bg: "content.link",
-                                      cursor: "pointer",
-                                    }}
-                                    className="group"
-                                  >
-                                    <Icon
-                                      className="group-hover:text-white"
-                                      color="sentiment.negativeDefault"
-                                      as={FiTrash2}
-                                      h="24px"
-                                      w="24px"
-                                    />
-                                    <Text
-                                      className="group-hover:text-white"
-                                      color="content.primary"
-                                    >
-                                      Delete all activities
-                                    </Text>
-                                  </Box>
-                                </PopoverBody>
-                              </PopoverContent>
-                            </Popover>
-                          </Box>
-                        </Box>
-                        <Box
-                          mt="48px"
-                          display="flex"
-                          flexDirection="column"
-                          gap="16px"
-                        >
-                          <Text
-                            fontFamily="heading"
-                            fontSize="title.md"
-                            fontWeight="semibold"
-                            color="content.secondary"
-                          >
-                            {t("activity-suggestion")}
-                          </Text>
-                          {hasActivityData ? (
-                            <Box>
-                              <Accordion
-                                defaultIndex={[0]}
-                                allowMultiple
-                                bg="white"
-                              >
-                                <AccordionItem bg="none">
-                                  <h2>
-                                    <AccordionButton
-                                      h="100px"
-                                      bg="base.light"
-                                      borderWidth="1px"
-                                      borderColor="border.overlay"
-                                      px="24px"
-                                    >
-                                      <Box
-                                        display="flex"
-                                        justifyContent="space-between"
-                                        w="full"
-                                        alignItems="center"
-                                      >
-                                        <Box
-                                          display="flex"
-                                          flexDir="column"
-                                          alignItems="start"
-                                          gap="8px"
-                                        >
-                                          <Text
-                                            fontFamily="heading"
-                                            fontSize="title.md"
-                                            fontWeight="semibold"
-                                          >
-                                            {t("commercial-buildings")}
-                                          </Text>
-                                          <Text
-                                            color="content.tertiary"
-                                            letterSpacing="wide"
-                                            fontSize="body.md"
-                                          >
-                                            4 {t("activities-added")}
-                                          </Text>
-                                        </Box>
-                                        <Box
-                                          alignItems="start"
-                                          display="flex"
-                                          fontFamily="heading"
-                                        >
-                                          <Text fontWeight="medium">
-                                            {t("total-consumption")}:&nbsp;
-                                          </Text>
-                                          <Text fontWeight="normal">
-                                            715,4M gallons
-                                          </Text>
-                                        </Box>
-                                        <Box
-                                          alignItems="start"
-                                          display="flex"
-                                          fontFamily="heading"
-                                        >
-                                          <Text fontWeight="medium">
-                                            {t("emissions")}:&nbsp;
-                                          </Text>
-                                          <Text fontWeight="normal">
-                                            15,MtCO2e
-                                          </Text>
-                                        </Box>
-                                        <Box
-                                          onClick={onAddActivityModalOpen}
-                                          pr="56px"
-                                        >
-                                          <AddIcon color="interactive.control" />
-                                        </Box>
-                                      </Box>
-                                      <AccordionIcon />
-                                    </AccordionButton>
-                                  </h2>
-                                  <AccordionPanel p={0}>
-                                    <TableContainer>
-                                      <Table
-                                        variant="simple"
-                                        borderWidth="1px"
-                                        borderRadius="20px"
-                                        bg="base.light"
-                                      >
-                                        <Thead bg="background.neutral">
-                                          <Tr>
-                                            <Th>{t("fuel-type")}</Th>
-                                            <Th>{t("data-quality")}</Th>
-                                            <Th>{t("fuel-consumption")}</Th>
-                                            <Th>{t("emissions")}</Th>
-                                            <Th></Th>
-                                          </Tr>
-                                        </Thead>
-                                        <Tbody>
-                                          {data?.map(
-                                            (activity: any, i: number) => {
-                                              return (
-                                                <Tr key={i}>
-                                                  <Td>{activity?.fuelType}</Td>
-                                                  <Td>
-                                                    <Tag
-                                                      size="lg"
-                                                      variant="outline"
-                                                      borderWidth="1px"
-                                                      shadow="none"
-                                                      borderColor="content.link"
-                                                      borderRadius="full"
-                                                      bg="background.neutral"
-                                                      color="content.link"
-                                                    >
-                                                      <TagLabel>
-                                                        {activity?.dataQuality}
-                                                      </TagLabel>
-                                                    </Tag>
-                                                  </Td>
-                                                  <Td>
-                                                    {activity?.fuelConsumption!}
-                                                  </Td>
-                                                  <Td>
-                                                    {activity?.emissions} tCO2e
-                                                  </Td>
-                                                  <Td isNumeric>
-                                                    <IconButton
-                                                      color="interactive.control"
-                                                      variant="ghost"
-                                                      aria-label="activity-data-popover"
-                                                      icon={
-                                                        <MdMoreVert size="24px" />
-                                                      }
-                                                    />
-                                                  </Td>
-                                                </Tr>
-                                              );
-                                            },
-                                          )}
-                                        </Tbody>
-                                      </Table>
-                                    </TableContainer>
-                                  </AccordionPanel>
-                                </AccordionItem>
-                              </Accordion>
-                            </Box>
-                          ) : (
-                            <Box className="flex flex-col gap-4">
-                              {BUILDINGS.map(({ id, name }) => (
-                                <SuggestedActivityCard
-                                  key={id}
-                                  name={name}
-                                  t={t}
-                                  onAddActivity={onAddActivityModalOpenEC}
-                                />
-                              ))}
-                            </Box>
-                          )}
-                        </Box>
-                      </Box>
-                    ) : (
-                      <Box>
-                        {isChecked ? (
-                          <Box>
-                            <HeadingText title={t("scope-unavailable")} />
-                            <Text
-                              letterSpacing="wide"
-                              fontSize="body.lg"
-                              fontWeight="normal"
-                              color="interactive.control"
-                              mt="8px"
-                            >
-                              {t("scope-unavailable-description")}
-                            </Text>
-                            <Box mt="48px">
-                              <Text
-                                fontWeight="bold"
-                                fontSize="title.md"
-                                fontFamily="heading"
-                                pt="48px"
-                                pb="24px"
-                              >
-                                {t("select-reason")}
-                              </Text>
-                              <RadioGroup>
-                                <Stack direction="column">
-                                  <Radio
-                                    value={t("select-reason-1")}
-                                    color="interactive.secondary"
-                                  >
-                                    {t("select-reason-1")}
-                                  </Radio>
-                                  <Radio value={t("select-reason-2")}>
-                                    {t("select-reason-2")}
-                                  </Radio>
-                                  <Radio value={t("select-reason-3")}>
-                                    {t("select-reason-3")}
-                                  </Radio>
-                                  <Radio value={t("select-reason-4")}>
-                                    {t("select-reason-4")}
-                                  </Radio>
-                                </Stack>
-                              </RadioGroup>
-                              <Text
-                                fontWeight="medium"
-                                fontSize="title.md"
-                                fontFamily="heading"
-                                pt="48px"
-                                pb="24px"
-                                letterSpacing="wide"
-                              >
-                                {t("explanation-justification")}
-                              </Text>
-                              <Textarea
-                                borderRadius="4px"
-                                borderWidth="1px"
-                                borderColor="border.neutral"
-                                backgroundColor="base.light"
-                                placeholder={t("textarea-placeholder-text")}
-                              />
-                              <Button h="48px" p="16px" mt="24px">
-                                {t("save-changes")}
-                              </Button>
-                            </Box>
-                          </Box>
-                        ) : (
-                          <Box>
-                            <Text
-                              letterSpacing="wide"
-                              fontSize="body.lg"
-                              fontWeight="normal"
-                              color="interactive.control"
-                            >
-                              <Trans
-                                t={t}
-                                i18nKey="add-data-manually-desciption"
-                              >
-                                To add your inventory data manually, select the
-                                methodology used to collect the data and
-                                calculate your emissions.{" "}
-                                <Link
-                                  href="/"
-                                  color="content.link"
-                                  fontWeight="bold"
-                                  textDecoration="underline"
-                                >
-                                  Learn more
-                                </Link>{" "}
-                                about methodologies
-                              </Trans>
-                            </Text>
-                            <Text
-                              fontWeight="bold"
-                              fontSize="title.md"
-                              fontFamily="heading"
-                              pt="48px"
-                              pb="24px"
-                            >
-                              {t("select-methodology")}
-                            </Text>
-                            <Box
-                              gap="16px"
-                              display="flex"
-                              justifyContent="space-between"
-                            >
-                              {METHODOLOGIES.map(
-                                ({
-                                  name,
-                                  description,
-                                  inputRequired,
-                                  disabled,
-                                }) => (
-                                  <MethodologyCard
-                                    key={name}
-                                    name={name}
-                                    description={description}
-                                    inputRequired={inputRequired}
-                                    isSelected={selectedValue === name}
-                                    disabled={disabled}
-                                    t={t}
-                                    handleCardSelect={handleCardClick}
-                                  />
-                                ),
-                              )}
-                            </Box>
-                          </Box>
-                        )}
-                      </Box>
-                    )}
-                  </Box>
-                )}
-              </TabPanel>
+                    {t("scope")} {scope.scope}
+                  </Text>
+                </Tab>
+              ))}
+            </MotionTabList>
+
+            <TabPanels>
+              {isLoading ? (
+                <LoadingState />
+              ) : (
+                scopes?.map((scope) => (
+                  <ActivityTab
+                    key={scope.scope}
+                    filteredScope={scope}
+                    t={t}
+                    inventoryId={inventoryId}
+                  />
+                ))
+              )}
             </TabPanels>
           </Tabs>
         </Box>
-        <AddActivityModal
-          t={t}
-          userInfo={null}
-          isOpen={isAddActivityModalOpen}
-          onClose={onAddActivityModalClose}
-          hasActivityData={hasActivityData}
-          setHasActivityData={setHasActivityData}
-        />
-        <AddActivityModalEnergyConsumption
-          t={t}
-          userInfo={null}
-          isOpen={isAddActivityModalOpenEC}
-          onClose={onAddActivityModalCloseEC}
-          hasActivityData={hasActivityData}
-          setHasActivityData={setHasActivityData}
-        />
       </div>
-      <Box
-        w="full"
-        borderTopWidth="3px"
-        borderColor="interactive.secondary"
-        py="32px"
-        px="48px"
-        pos="fixed"
-        bottom="0px"
-        bg="base.light"
-      >
-        <Box display="flex" justifyContent="space-between">
-          <Text
-            fontFamily="heading"
-            fontWeight="semibold"
-            fontSize="headline.md"
-          >
-            {t("total-emissions")}
-          </Text>
-          <Text
-            fontFamily="heading"
-            fontWeight="semibold"
-            fontSize="headline.md"
-          >
-            15,4M tCO2e
-          </Text>
-        </Box>
-      </Box>{" "}
     </>
   );
 }
diff --git a/app/src/app/[lng]/[inventory]/data/[step]/page.tsx b/app/src/app/[lng]/[inventory]/data/[step]/page.tsx
index 9c0433ce1..51b69f2d6 100644
--- a/app/src/app/[lng]/[inventory]/data/[step]/page.tsx
+++ b/app/src/app/[lng]/[inventory]/data/[step]/page.tsx
@@ -86,6 +86,7 @@ import type {
 import AddFileDataModal from "@/components/Modals/add-file-data-modal";
 import { InventoryValueAttributes } from "@/models/InventoryValue";
 import { UserFileAttributes } from "@/models/UserFile";
+import { motion } from "framer-motion";
 
 function getMailURI(locode?: string, sector?: string, year?: number): string {
   const emails =
@@ -618,15 +619,21 @@ export default function AddDataSteps({
     }
   };
 
+  const MotionBox = motion(Box);
+
   return (
     <>
       <Box id="top" />
-      <Box
+      <MotionBox
         bg="background.backgroundLight"
         borderColor="border.neutral"
         borderBottomWidth={scrollPosition > 0 ? "1px" : ""}
-        className={`fixed z-10 top-[0px] w-full pt-[130px] h-[400px]`}
+        className={`fixed z-10 top-0 w-full pt-[130px] h-[400px]`}
         mt={scrollPosition > 0 ? "-200px" : ""}
+        animate={{
+          y: scrollPosition > 0 ? 0 : -50,
+        }}
+        transition={{ duration: 0.2 }}
       >
         <div className=" w-[1090px] max-w-full mx-auto px-4">
           <Box w="full" display="flex" alignItems="center" gap="16px" mb="35px">
@@ -672,6 +679,7 @@ export default function AddDataSteps({
             gap="16px"
             flexDir="row"
             w="full"
+            px={0}
           >
             {scrollPosition <= 0 ? (
               ""
@@ -765,7 +773,7 @@ export default function AddDataSteps({
             </Flex>
           </Card>
         </div>
-      </Box>
+      </MotionBox>
       <div className="pt-16 pb-16 w-[1090px] max-w-full mx-auto px-4">
         {/*** Manual data entry section for subsectors ***/}
         <Card mb={12} mt="350px">
@@ -803,6 +811,7 @@ export default function AddDataSteps({
                           sectorId: subSector.sectorId,
                           subsectorId: subSector.subsectorId,
                           referenceNumber: subSector.referenceNumber,
+                          subCategories: subSector.subCategories,
                         }),
                       );
                       router.push(
@@ -1050,12 +1059,7 @@ export default function AddDataSteps({
             {t("upload-your-data-details")}
           </Text>
           <Box display="flex">
-            <Box
-              w="691px"
-              borderRightWidth="1px"
-              borderColor="border.overlay"
-              pr="16px"
-            >
+            <Box w="full">
               <Box w="full">
                 <Box mb="24px">
                   <FileInput
@@ -1159,46 +1163,6 @@ export default function AddDataSteps({
                 </Box>
               </Box>
             </Box>
-            <Box pl="16px">
-              <Card
-                shadow="none"
-                borderWidth="1px"
-                borderColor="border.overlay"
-                borderRadius="8px"
-                w="303px"
-                h="160px"
-                p="16px"
-              >
-                <Box display="flex" gap="16px">
-                  <Box>
-                    <Heading
-                      fontSize="label.lg"
-                      fontWeight="semibold"
-                      letterSpacing="wide"
-                      lineHeight="20px"
-                    >
-                      {t("download-template")}
-                    </Heading>
-                    <Text
-                      color="interactive.control"
-                      fontSize="body.md"
-                      fontWeight="normal"
-                      letterSpacing="wide"
-                      lineHeight="20px"
-                    >
-                      {t("file-upload-steps")}
-                    </Text>
-                  </Box>
-                  <Box display="flex" alignItems="center">
-                    <ChevronRightIcon
-                      h="24px"
-                      w="24px"
-                      color="interactive.control"
-                    />
-                  </Box>
-                </Box>
-              </Card>
-            </Box>
           </Box>
         </Card>
         {/* Add fole data modal */}
diff --git a/app/src/app/[lng]/[inventory]/page.tsx b/app/src/app/[lng]/[inventory]/page.tsx
index c26a18b7a..d423505cf 100644
--- a/app/src/app/[lng]/[inventory]/page.tsx
+++ b/app/src/app/[lng]/[inventory]/page.tsx
@@ -99,11 +99,20 @@ export default function Home({ params: { lng } }: { params: { lng: string } }) {
 
     // TODO also add this to login logic or after email verification to prevent extra redirect?
     // if the user doesn't have a default inventory or if path has a null inventory id, redirect to onboarding page
-    if (!inventoryId && !defaultInventoryId) {
-      // fixes warning "Cannot update a component (`Router`) while rendering a different component (`Home`)"
-      setTimeout(() => router.push(`/onboarding`), 0);
+    if (!inventoryId) {
+      if (defaultInventoryId) {
+        inventoryId = defaultInventoryId;
+        // fix inventoryId in URL without reloading page
+        const newPath = "/" + lng + "/" + inventoryId;
+        history.replaceState(null, "", newPath);
+
+      } else {
+        // fixes warning "Cannot update a component (`Router`) while rendering a different component (`Home`)"
+        setTimeout(() => router.push(`/onboarding`), 0);
+      }
     }
   }
+
   const { data: inventory, isLoading: isInventoryLoading } =
     api.useGetInventoryQuery(inventoryId!, {
       skip: !inventoryId,
@@ -389,7 +398,7 @@ export default function Home({ params: { lng } }: { params: { lng: string } }) {
                     <Box>
                       <Box className="flex gap-1">
                         {inventory?.city.area === null ||
-                        inventory?.city.area! === 0 ? (
+                          inventory?.city.area! === 0 ? (
                           <Text
                             fontFamily="heading"
                             color="border.neutral"
@@ -646,7 +655,7 @@ export default function Home({ params: { lng } }: { params: { lng: string } }) {
         </Box>
       </Box>
       <Footer lng={lng} />
-      <ChatPopover />
+      <ChatPopover inventoryId={inventory?.inventoryId!} />
     </>
   );
 }
diff --git a/app/src/app/[lng]/onboarding/done/[cityId]/[year]/[inventory]/page.tsx b/app/src/app/[lng]/onboarding/done/[cityId]/[year]/[inventory]/page.tsx
index f17ebc586..2d9bba340 100644
--- a/app/src/app/[lng]/onboarding/done/[cityId]/[year]/[inventory]/page.tsx
+++ b/app/src/app/[lng]/onboarding/done/[cityId]/[year]/[inventory]/page.tsx
@@ -3,11 +3,12 @@
 import { useTranslation } from "@/i18n/client";
 import { useAppSelector } from "@/lib/hooks";
 import { ArrowForwardIcon } from "@chakra-ui/icons";
-import { Button, Card, Flex, Heading, Text } from "@chakra-ui/react";
+import { Box, Button, Card, Flex, Heading, Text } from "@chakra-ui/react";
 import Image from "next/image";
 import NextLink from "next/link";
 import { Trans } from "react-i18next/TransWithoutContext";
 import { logger } from "@/services/logger";
+import { CircleFlag } from "react-circle-flags";
 
 export default function OnboardingDone({
   params: { lng, year, inventory },
@@ -31,8 +32,13 @@ export default function OnboardingDone({
         <Trans t={t}>done-heading</Trans>
       </Heading>
       <Card w="full" px={6} py={8}>
-        <Flex direction="row">
-          <div className="rounded-full bg-brand w-8 h-8 mr-4 flex-grow-0" />
+        <Flex direction="row" gap="8px">
+          <Box>
+            <CircleFlag
+              countryCode={data?.actor_id.substring(0, 2).toLowerCase() || ""}
+              width={32}
+            />
+          </Box>
           <div className="max-w-full flex-shrink-1 space-y-4">
             <Heading fontSize="2xl">{data?.name}</Heading>
             <Heading fontSize="lg">{t("inventory-title", { year })}</Heading>
diff --git a/app/src/app/[lng]/onboarding/setup/page.tsx b/app/src/app/[lng]/onboarding/setup/page.tsx
index bf080e8f7..fa0be6849 100644
--- a/app/src/app/[lng]/onboarding/setup/page.tsx
+++ b/app/src/app/[lng]/onboarding/setup/page.tsx
@@ -631,7 +631,6 @@ function ConfirmStep({
                   ) : (
                     "N/A"
                   )}
-                  <InfoOutlineIcon boxSize={4} mt={-0.5} ml={1} color="brand" />
                 </Text>
                 <Text fontSize="xs">{t("total-population")}</Text>
               </Box>
@@ -648,7 +647,6 @@ function ConfirmStep({
                   ) : (
                     "N/A"
                   )}
-                  <InfoOutlineIcon boxSize={4} mt={-0.5} ml={1} color="brand" />
                 </Text>
                 <Text fontSize="xs">{t("total-land-area")}</Text>
               </Box>
@@ -742,7 +740,7 @@ export default function OnboardingSetup({
       city = await addCity({
         name: data.name,
         locode: data.locode!,
-        area: (area) ? Math.round(area) : undefined,
+        area: area ? Math.round(area) : undefined,
         region: regionName ?? undefined,
         country: countryName ?? undefined,
         regionLocode: region?.actor_id ?? undefined,
diff --git a/app/src/app/api/v0/chat/[inventory]/route.ts b/app/src/app/api/v0/chat/[inventory]/route.ts
new file mode 100644
index 000000000..0f6b1656b
--- /dev/null
+++ b/app/src/app/api/v0/chat/[inventory]/route.ts
@@ -0,0 +1,203 @@
+import { HfInference } from "@huggingface/inference";
+import { z } from "zod";
+import { HuggingFaceStream, OpenAIStream, StreamingTextResponse } from "ai";
+import { experimental_buildOpenAssistantPrompt } from "ai/prompts";
+import OpenAI from "openai";
+import { ChatCompletionMessageParam } from "openai/resources/chat/completions";
+import { apiHandler } from "@/util/api";
+import UserService from "@/backend/UserService";
+import { db } from "@/models";
+import { Inventory } from "@/models/Inventory";
+import { PopulationEntry, findClosestYear } from "@/util/helpers";
+import { PopulationAttributes } from "@/models/Population";
+
+let Hf: HfInference, openai: OpenAI;
+
+function setupModels() {
+  if (!Hf) {
+    Hf = new HfInference(process.env.HUGGINGFACE_API_KEY);
+  }
+  if (!openai) {
+    openai = new OpenAI({
+      apiKey: process.env.OPENAI_API_KEY,
+    });
+  }
+}
+
+// export const runtime = "edge";
+
+const roleSchema = z.enum([
+  "function",
+  "data",
+  "system",
+  "user",
+  "assistant",
+  "tool",
+]);
+const messagesSchema = z.array(
+  z.object({ content: z.string(), role: roleSchema }),
+);
+const chatRequest = z.object({
+  messages: messagesSchema,
+});
+type Messages = z.infer<typeof messagesSchema>;
+
+async function handleHuggingFaceChat(
+  messages: Messages,
+): Promise<StreamingTextResponse> {
+  const response = Hf.textGenerationStream({
+    // The chosen model below is performing much worse compared to GPT3.5
+    // Should be exchanged with a more performant open model from HF that also supports system messages
+    model: "OpenAssistant/oasst-sft-4-pythia-12b-epoch-3.5",
+    inputs: experimental_buildOpenAssistantPrompt(messages),
+    parameters: {
+      max_new_tokens: 200,
+      // @ts-ignore (valid param for OpenAssistant models)
+      typical_p: 0.2,
+      repetition_penalty: 1,
+      truncate: 1000,
+      return_full_text: false,
+    },
+  });
+
+  const stream = HuggingFaceStream(response);
+
+  return new StreamingTextResponse(stream);
+}
+
+async function handleOpenAIChat(
+  messages: Messages,
+): Promise<StreamingTextResponse> {
+  const response = await openai.chat.completions.create({
+    model: "gpt-3.5-turbo",
+    stream: true,
+    messages: messages as any as ChatCompletionMessageParam[],
+  });
+  const stream = OpenAIStream(response);
+  return new StreamingTextResponse(stream);
+}
+
+/**
+ * Creates a system message with context included
+ */
+function createPromptTemplate(inventory: Inventory): string {
+  const inventoryYear = inventory.dataValues.year;
+
+  const countryPopulations = inventory.city.populations.filter(
+    (pop) => !!pop.countryPopulation,
+  );
+  const countryPopulationObj = findClosestYear(
+    countryPopulations as PopulationEntry[],
+    inventoryYear!,
+  ) as PopulationAttributes;
+
+  const countryPopulation = countryPopulationObj?.countryPopulation;
+  const countryPopulationYear = countryPopulationObj?.year;
+
+  const regionPopulations = inventory.city.populations.filter(
+    (pop) => !!pop.regionPopulation,
+  );
+  const regionPopulationObj = findClosestYear(
+    regionPopulations as PopulationEntry[],
+    inventoryYear!,
+  ) as PopulationAttributes;
+
+  const regionPopulation = regionPopulationObj?.regionPopulation;
+  const regionPopulationYear = regionPopulationObj?.year;
+
+  const cityPopulations = inventory.city.populations.filter(
+    (pop) => !!pop.population,
+  );
+  const cityPopulationObj = findClosestYear(
+    cityPopulations as PopulationEntry[],
+    inventoryYear!,
+  ) as PopulationAttributes;
+
+  const cityPopulation = cityPopulationObj?.population;
+  const cityPopulationYear = cityPopulationObj?.year;
+
+  const cityName = inventory.city.dataValues.name;
+  const regionName = inventory.city.dataValues.region;
+  const countryName = inventory.city.dataValues.country;
+  const countryLocode = inventory.city.dataValues.countryLocode;
+  const cityArea = inventory.city.dataValues.area;
+
+  const numInventoryValues = inventory.inventoryValues?.length;
+
+  return `You are a climate assistant for creating 
+'Global Protocol for Community-Scale (GPC) Greenhouse Gas (GHG) Inventories' using CityCatalyst, 
+an open source tool for creating climate inventories by Open Earth Foundation. 
+You try to be as helpful as possible when answering the user\'s questions about their inventory 
+or any climate science or data science related questions. 
+Try to be as scientific as possible. Use primarily the provided context below, to support the user. 
+If you need information that is not provided in the context below, use your own, internal knowledge.
+
+CONTEXT 
++ Name of city name that the inventory is being created for: ${cityName},
++ Name of the corresponding region: ${regionName},
++ Name of the corresponding country: ${countryName},
++ UN/LOCODE of the corresponding country: ${countryLocode},
++ Population of the city ${cityName} for the year ${cityPopulationYear} (closest known value to the inventory year): ${cityPopulation},
++ Population of the region ${regionName} for the year ${regionPopulationYear} (closest known value to the inventory year): ${regionPopulation},
++ Population of the country ${countryName} for the year ${countryPopulationYear} (closest known value to the inventory year): ${countryPopulation},
++ Area of the city ${cityName} in km\u00B2: ${cityArea},
++ Year for which the the inventory is being created: ${inventoryYear},
++ Current number of inventory values for this city: ${numInventoryValues}.`;
+}
+
+export const POST = apiHandler(async (req, { params, session }) => {
+  // FETCH INVENTORY DATA FROM DB
+
+  const inventory = await UserService.findUserInventory(
+    params.inventory,
+    session,
+    [
+      {
+        model: db.models.InventoryValue,
+        as: "inventoryValues",
+        include: [
+          {
+            model: db.models.GasValue,
+            as: "gasValues",
+            include: [
+              { model: db.models.EmissionsFactor, as: "emissionsFactor" },
+            ],
+          },
+          {
+            model: db.models.DataSource,
+            attributes: ["datasourceId", "sourceType"],
+            as: "dataSource",
+          },
+        ],
+      },
+      {
+        model: db.models.City,
+        as: "city",
+        include: [
+          {
+            model: db.models.Population,
+            as: "populations",
+          },
+        ],
+      },
+    ],
+  );
+
+  const prompt = createPromptTemplate(inventory);
+
+  const { messages } = chatRequest.parse(await req.json());
+  if (!messages[0].content.startsWith("You are a")) {
+    messages.unshift({
+      // The currently implemented HF model does not support system messages
+      role: process.env.CHAT_PROVIDER == "huggingface" ? "user" : "system",
+      content: prompt,
+    });
+  }
+
+  setupModels();
+  if (process.env.CHAT_PROVIDER === "openai") {
+    return handleOpenAIChat(messages);
+  } else {
+    return handleHuggingFaceChat(messages);
+  }
+});
diff --git a/app/src/app/api/v0/chat/route.ts b/app/src/app/api/v0/chat/route.ts
deleted file mode 100644
index b66cf71f4..000000000
--- a/app/src/app/api/v0/chat/route.ts
+++ /dev/null
@@ -1,107 +0,0 @@
-import { HfInference } from "@huggingface/inference";
-import { z } from "zod";
-import { HuggingFaceStream, OpenAIStream, StreamingTextResponse } from "ai";
-import { experimental_buildOpenAssistantPrompt } from "ai/prompts";
-import OpenAI from "openai";
-import { ChatCompletionMessageParam } from "openai/resources/chat/completions";
-import { apiHandler } from "@/util/api";
-
-let Hf: HfInference, openai: OpenAI;
-
-function setupModels() {
-  if (!Hf) {
-    Hf = new HfInference(process.env.HUGGINGFACE_API_KEY);
-  }
-  if (!openai) {
-    openai = new OpenAI({
-      apiKey: process.env.OPENAI_API_KEY,
-    });
-  }
-}
-
-// export const runtime = "edge";
-
-const roleSchema = z.enum([
-  "function",
-  "data",
-  "system",
-  "user",
-  "assistant",
-  "tool",
-]);
-const messagesSchema = z.array(
-  z.object({ content: z.string(), role: roleSchema }),
-);
-const chatRequest = z.object({
-  messages: messagesSchema,
-});
-type Messages = z.infer<typeof messagesSchema>;
-
-async function streamToString(stream: any) {
-  const reader = stream.getReader();
-  const textDecoder = new TextDecoder();
-  let result = "";
-
-  async function read() {
-    const { done, value } = await reader.read();
-
-    if (done) {
-      return result;
-    }
-
-    result += textDecoder.decode(value, { stream: true });
-    return read();
-  }
-
-  return read();
-}
-
-async function handleHuggingFaceChat(
-  messages: Messages,
-): Promise<StreamingTextResponse> {
-  const response = Hf.textGenerationStream({
-    model: "OpenAssistant/oasst-sft-4-pythia-12b-epoch-3.5",
-    inputs: experimental_buildOpenAssistantPrompt(messages),
-    parameters: {
-      max_new_tokens: 200,
-      // @ts-ignore (valid param for OpenAssistant models)
-      typical_p: 0.2,
-      repetition_penalty: 1,
-      truncate: 1000,
-      return_full_text: false,
-    },
-  });
-
-  const stream = HuggingFaceStream(response);
-  return new StreamingTextResponse(stream);
-}
-
-async function handleOpenAIChat(
-  messages: Messages,
-): Promise<StreamingTextResponse> {
-  const response = await openai.chat.completions.create({
-    model: "gpt-3.5-turbo",
-    stream: true,
-    messages: messages as any as ChatCompletionMessageParam[],
-  });
-  const stream = OpenAIStream(response);
-  return new StreamingTextResponse(stream);
-}
-
-export const POST = apiHandler(async (req: Request) => {
-  const { messages } = chatRequest.parse(await req.json());
-  if (!messages[0].content.startsWith("You are a")) {
-    messages.unshift({
-      role: process.env.CHAT_PROVIDER == "huggingface" ? "user" : "system",
-      content:
-        'You are a climate assistant for creating GPC climate inventories using CityCatalyst, an open source tool for creating climate inventories by Open Earth Foundation. You try to be as helpful as possible when answering the user\'s questions about their inventory or any climate science or data science related questions. Try to be as scientific as possible.',
-    });
-  }
-
-  setupModels();
-  if (process.env.CHAT_PROVIDER === "openai") {
-    return handleOpenAIChat(messages);
-  } else {
-    return handleHuggingFaceChat(messages);
-  }
-});
diff --git a/app/src/app/api/v0/city/[city]/population/[year]/route.ts b/app/src/app/api/v0/city/[city]/population/[year]/route.ts
index 339d3782d..9c8274e0b 100644
--- a/app/src/app/api/v0/city/[city]/population/[year]/route.ts
+++ b/app/src/app/api/v0/city/[city]/population/[year]/route.ts
@@ -1,12 +1,21 @@
 import UserService from "@/backend/UserService";
 import { db } from "@/models";
 import { apiHandler } from "@/util/api";
+import { PopulationEntry, findClosestYearToInventory } from "@/util/helpers";
 import { NextResponse } from "next/server";
 
 export const GET = apiHandler(async (_req: Request, { session, params }) => {
   const city = await UserService.findUserCity(params.city, session);
-  const population = await db.models.Population.findOne({
-    where: { cityId: city?.cityId, year: params.year },
+  const population = await db.models.Population.findAll({
+    where: { cityId: city?.cityId },
   });
-  return NextResponse.json({ data: population });
-});
+  const populations: PopulationEntry[] = population.map(({population, year})=>{
+    return {
+      year,
+      population: population!
+    }
+  })
+ 
+  const closestYearPopulationData = findClosestYearToInventory(populations, parseInt(params.year))
+  return NextResponse.json({ data: closestYearPopulationData });
+});
\ No newline at end of file
diff --git a/app/src/app/api/v0/inventory/[inventory]/activity-value/route.ts b/app/src/app/api/v0/inventory/[inventory]/activity-value/route.ts
index 8efdfd31d..16b48a2a7 100644
--- a/app/src/app/api/v0/inventory/[inventory]/activity-value/route.ts
+++ b/app/src/app/api/v0/inventory/[inventory]/activity-value/route.ts
@@ -86,12 +86,21 @@ export const POST = apiHandler(async (req, { params, session }) => {
 export const GET = apiHandler(async (req, { params, session }) => {
   // extract and validate query params
   const subCategoryIdsParam = req.nextUrl.searchParams.get("subCategoryIds");
-  if (!subCategoryIdsParam || subCategoryIdsParam.length === 0) {
+  const subSectorId = req.nextUrl.searchParams.get("subSectorId");
+
+  let subCategoryIds;
+  if (subCategoryIdsParam && subCategoryIdsParam.length > 0) {
+    subCategoryIds = subCategoryIdsParam.split(",");
+  } else if (subSectorId && subSectorId.length > 0) {
+    const subCategories = await db.models.SubCategory.findAll({
+      where: { subsectorId: subSectorId! },
+    });
+    subCategoryIds = subCategories.map((sc) => sc.subcategoryId);
+  } else {
     throw new createHttpError.BadRequest(
-      "Query parameter subCategoryIds is required!",
+      "Query parameter subCategoryIds or subSectorId is required!",
     );
   }
-  const subCategoryIds = subCategoryIdsParam.split(",");
 
   // optional filter for a specific methodology
   const methodologyId = req.nextUrl.searchParams.get("methodologyId");
@@ -104,16 +113,19 @@ export const GET = apiHandler(async (req, { params, session }) => {
     session,
   );
 
+  const query: any = {
+    subCategoryId: { [Op.in]: subCategoryIds },
+    inventoryId: inventory.inventoryId,
+  };
+  if (methodologyId) {
+    query.methodologyId = methodologyId;
+  }
   const activityValues = await db.models.ActivityValue.findAll({
     include: [
       {
         model: db.models.InventoryValue,
         as: "inventoryValue",
-        where: {
-          subCategoryId: { [Op.in]: subCategoryIds },
-          inventoryId: inventory.inventoryId,
-          methodologyId: methodologyId ?? undefined,
-        },
+        where: query,
       },
       { model: db.models.DataSource, as: "dataSource" },
       {
diff --git a/app/src/app/api/v0/inventory/[inventory]/cdp/route.ts b/app/src/app/api/v0/inventory/[inventory]/cdp/route.ts
index 38b03064e..b56c194d8 100644
--- a/app/src/app/api/v0/inventory/[inventory]/cdp/route.ts
+++ b/app/src/app/api/v0/inventory/[inventory]/cdp/route.ts
@@ -8,14 +8,15 @@ import { Inventory } from "@/models/Inventory";
 import { InventoryValue } from "@/models/InventoryValue";
 import { db } from "@/models";
 import { Op } from "sequelize";
+import createHttpError from "http-errors";
 
 const EMISSIONS_SECTION = 3;
 const EMISSIONS_INVENTORY_QUESTION = 0;
 const EMISSIONS_INVENTORY_ANSWER = "Yes";
 const EMISSIONS_MATRIX_QUESTION = 2;
 
-function findRow(rows: any[], regex: RegExp): string|null {
-  const row = rows.find((row: any) => row.title.match(regex))
+function findRow(rows: any[], regex: RegExp): string | null {
+  const row = rows.find((row: any) => row.title.match(regex));
   return row ? row.id : null;
 }
 
@@ -134,11 +135,10 @@ async function totalBasic(inventory: Inventory): Promise<bigint> {
 }
 
 export const POST = apiHandler(async (_req, { session, params }) => {
-
   if (CDPService.mode === "disabled") {
-    return NextResponse.json({
-      success: false
-    });
+    throw new createHttpError.InternalServerError(
+      "CDP service is disabled. Set env var CDP_MODE to test or production.",
+    );
   }
 
   logger.debug("POST /inventory/[inventory]/cdp");
@@ -153,7 +153,7 @@ export const POST = apiHandler(async (_req, { session, params }) => {
 
   const cityId = await CDPService.getCityID(
     inventory.city.name,
-    inventory.city.country
+    inventory.city.country,
   );
 
   logger.debug(`Got ${cityId}`);
@@ -168,11 +168,13 @@ export const POST = apiHandler(async (_req, { session, params }) => {
     logger.debug(`Got ${questionnaire.sections.length} sections`);
 
     for (let i = 0; i < questionnaire.sections.length; i++) {
-      logger.debug(`Got ${questionnaire.sections[i].questions.length} questions for section ${i}`);
+      logger.debug(
+        `Got ${questionnaire.sections[i].questions.length} questions for section ${i}`,
+      );
       const questions = questionnaire.sections[i].questions;
       for (let j = 0; j < questions.length; j++) {
         const question = questions[j];
-        logger.debug(`Got keys ${Object.keys(question).join(", ")}`)
+        logger.debug(`Got keys ${Object.keys(question).join(", ")}`);
         logger.debug(`Question ${i}.${j} (${question.id}): ${question.text}`);
       }
     }
@@ -186,12 +188,15 @@ export const POST = apiHandler(async (_req, { session, params }) => {
 
     logger.debug(`Got question: ${JSON.stringify(question)}`);
 
-    const matrix = questionnaire.sections[EMISSIONS_SECTION].questions[EMISSIONS_MATRIX_QUESTION];
+    const matrix =
+      questionnaire.sections[EMISSIONS_SECTION].questions[
+        EMISSIONS_MATRIX_QUESTION
+      ];
     logger.debug(`Got matrix question: ${JSON.stringify(matrix)}`);
 
     const col = matrix.columns.find((column: any) => {
       return column.text.match(/^Emissions/);
-    })
+    });
 
     const rows = [
       { rowId: findRow(matrix.rows, /Total scope 1 emissions.*excluding/),
@@ -229,28 +234,27 @@ export const POST = apiHandler(async (_req, { session, params }) => {
         cityId,
         question.id,
         yes.id,
-        yes.name
-      )
+        yes.name,
+      );
       if (success) {
-        success = await CDPService.submitMatrix(
-          cityId,
-          col.id,
-          rows
-        );
+        success = await CDPService.submitMatrix(cityId, col.id, rows);
       }
     } catch (error) {
       logger.error(`Failed to submit response: ${error}`);
-      success = false;
+      throw new createHttpError.FailedDependency(
+        "CDP API response error: " + error,
+      );
     }
-
   } else if (CDPService.mode === "production") {
     // TODO: Submit total emissions
     // TODO: Submit CIRIS file
     // TODO: Submit emissions matrix
-    success = false;
+    throw new createHttpError.InternalServerError(
+      "CDP service is set to production mode, which is not yet implemented.",
+    );
   }
 
   return NextResponse.json({
-    success: success
+    success: success,
   });
 });
diff --git a/app/src/backend/CDPService.ts b/app/src/backend/CDPService.ts
index 0cfb4f917..9d6995d9c 100644
--- a/app/src/backend/CDPService.ts
+++ b/app/src/backend/CDPService.ts
@@ -134,4 +134,4 @@ export default class CDPService {
     logger.debug(`Response: ${res.statusText}`);
     return true;
   }
-}
\ No newline at end of file
+}
diff --git a/app/src/backend/NotificationService.ts b/app/src/backend/NotificationService.ts
index c279ce6d4..28006ddb5 100644
--- a/app/src/backend/NotificationService.ts
+++ b/app/src/backend/NotificationService.ts
@@ -40,7 +40,7 @@ class NotificationService {
     html,
   }: EmailOptions): Promise<SendEmailResponse> {
     const mailOptions = {
-      from: "",
+      from: process.env.SMTP_FROM_EMAIL,
       to,
       subject,
       text,
diff --git a/app/src/components/Cards/SectorCard.tsx b/app/src/components/Cards/SectorCard.tsx
index b43ce4b5e..fea10cc2b 100644
--- a/app/src/components/Cards/SectorCard.tsx
+++ b/app/src/components/Cards/SectorCard.tsx
@@ -64,6 +64,18 @@ export function SectorCard({
   ];
   const sectorScopes = sectorScopesList[stepNumber - 1];
 
+  const resolveSectorNames = (sectorName: string) => {
+    const sectorNames = ["Stationary Energy", "Transportation", "Waste"];
+    const filteredName =
+      sectorNames.find(
+        (sector: string) => sector.toLowerCase() === sectorName.toLowerCase(),
+      ) || null;
+
+    const resolvedName = filteredName?.toLowerCase().replace(" ", "-");
+
+    return t(resolvedName!);
+  };
+
   return (
     <Box
       backgroundColor="base.light"
@@ -84,7 +96,7 @@ export function SectorCard({
                   lineHeight="24"
                   className="pb-[8px]"
                 >
-                  {sectorProgress.sector.sectorName}
+                  {resolveSectorNames(sectorProgress.sector.sectorName!)}
                 </Heading>
               </Box>
               <Text
diff --git a/app/src/components/Cards/methodology-card.tsx b/app/src/components/Cards/methodology-card.tsx
index ac5ce38e8..27ae271b9 100644
--- a/app/src/components/Cards/methodology-card.tsx
+++ b/app/src/components/Cards/methodology-card.tsx
@@ -1,34 +1,49 @@
 import { Badge, Box, Card, Radio, Text } from "@chakra-ui/react";
 import { TFunction } from "i18next";
 import React, { FC, useState } from "react";
+import { MethodologyValues } from "../Tabs/Activity/activity-tab";
 
 interface MethodologyCardProps {
-  name: string;
+  methodologyId: string;
+  methodologyName: string;
   description: string;
   inputRequired: string[];
   isSelected: boolean;
   disabled: boolean;
   t: TFunction;
-  handleCardSelect: (methodologyName: string) => void;
+  handleCardSelect: (methodologyId: MethodologyValues) => void;
 }
 
 const MethodologyCard: FC<MethodologyCardProps> = ({
-  name,
+  methodologyId,
+  methodologyName,
   description,
   inputRequired,
   disabled,
   t,
-  handleCardSelect = (_methodologyName: string) => {},
+  handleCardSelect = (_methodologyId: MethodologyValues) => {},
 }) => {
   const [isSelected, setIsSelected] = useState(false);
   const handleRadioChange = () => {
     setIsSelected(true);
-    handleCardSelect(name);
+    handleCardSelect({
+      description,
+      disabled,
+      inputRequired,
+      methodologyId,
+      methodologyName,
+    });
   };
 
   const handleCardClick = () => {
     if (!isSelected) {
-      handleCardSelect(name);
+      handleCardSelect({
+        description,
+        disabled,
+        inputRequired,
+        methodologyId,
+        methodologyName,
+      });
     }
     setIsSelected(!isSelected);
   };
@@ -74,7 +89,7 @@ const MethodologyCard: FC<MethodologyCardProps> = ({
         )}
       </Box>
       <Text fontWeight="bold" fontSize="title.md" fontFamily="heading">
-        {name}
+        {methodologyName}
       </Text>
       <Text
         letterSpacing="wide"
@@ -100,7 +115,7 @@ const MethodologyCard: FC<MethodologyCardProps> = ({
         fontWeight="normal"
         color="interactive.control"
       >
-        {inputRequired.map((item: string, i: number) => (
+        {inputRequired?.map((item: string, i: number) => (
           <li key={i}>{item}</li>
         ))}
       </Box>
diff --git a/app/src/components/Cards/suggested-activities-card.tsx b/app/src/components/Cards/suggested-activities-card.tsx
index 4ca22f120..a095b9eef 100644
--- a/app/src/components/Cards/suggested-activities-card.tsx
+++ b/app/src/components/Cards/suggested-activities-card.tsx
@@ -1,15 +1,23 @@
 import { AddIcon } from "@chakra-ui/icons";
-import { Box, Button, Card, Checkbox, Text } from "@chakra-ui/react";
+import { Box, Button, Card, Checkbox, Text, useTheme } from "@chakra-ui/react";
 import { TFunction } from "i18next";
 import React, { FC } from "react";
 
 interface SuggestedActivityCardProps {
   name: string;
   t: TFunction;
-  onAddActivity: () => void;
+  isSelected: boolean;
+  onActivityAdded?: () => void;
 }
 
-const SuggestedActivityCard: FC<SuggestedActivityCardProps> = ({ name, t, onAddActivity }) => {
+const SuggestedActivityCard: FC<SuggestedActivityCardProps> = ({
+  name,
+  t,
+  isSelected,
+  onActivityAdded,
+}) => {
+  const themeColors = useTheme().colors;
+
   return (
     <Card
       display="flex"
@@ -23,7 +31,7 @@ const SuggestedActivityCard: FC<SuggestedActivityCardProps> = ({ name, t, onAddA
       borderColor="border.overlay"
       cursor="pointer"
       _hover={{ shadow: "md", borderWidth: '1px', borderColor: "content.link" }}
-      onClick={onAddActivity}
+      onClick={onActivityAdded}
     >
       <Box display="flex" alignItems="center">
         <Checkbox
@@ -31,7 +39,7 @@ const SuggestedActivityCard: FC<SuggestedActivityCardProps> = ({ name, t, onAddA
           __css={{
             "& .chakra-checkbox__control": {
               bg: "white",
-              color: "#2351DC", // TODO: figure out how to include theme variable in css
+              color: themeColors.brand,
               borderRadius: "full",
               borderColor: "#D7D8FA",
               h: "24px",
@@ -86,6 +94,7 @@ const SuggestedActivityCard: FC<SuggestedActivityCardProps> = ({ name, t, onAddA
           fontSize="button.md"
           color="content.link"
           gap="8px"
+          onClick={onActivityAdded}
         >
           {t("add-activity")}
         </Button>
diff --git a/app/src/components/ChatBot/chat-bot.tsx b/app/src/components/ChatBot/chat-bot.tsx
index e927b89b1..c5e58f35d 100644
--- a/app/src/components/ChatBot/chat-bot.tsx
+++ b/app/src/components/ChatBot/chat-bot.tsx
@@ -51,10 +51,12 @@ function useEnterSubmit(): {
 export default function ChatBot({
   inputRef,
   t,
+  inventoryId,
 }: {
   userName?: string;
   inputRef?: React.Ref<HTMLTextAreaElement>;
   t: TFunction;
+  inventoryId: string;
 }) {
   const {
     messages,
@@ -65,7 +67,7 @@ export default function ChatBot({
     append,
     reload,
   } = useChat({
-    api: "/api/v0/chat",
+    api: `/api/v0/chat/${inventoryId}`,
     initialMessages: [
       { id: "-1", content: t("initial-message"), role: "assistant" },
     ],
diff --git a/app/src/components/ChatBot/chat-popover.tsx b/app/src/components/ChatBot/chat-popover.tsx
index ce17838be..082481747 100644
--- a/app/src/components/ChatBot/chat-popover.tsx
+++ b/app/src/components/ChatBot/chat-popover.tsx
@@ -18,9 +18,11 @@ import { useTranslation } from "@/i18n/client";
 
 export default function ChatPopover({
   lng = "en",
+  inventoryId,
 }: {
   userName?: string;
   lng?: string;
+  inventoryId: string;
 }) {
   const { isOpen, onOpen, onClose } = useDisclosure();
   const inputRef = React.useRef(null);
@@ -64,10 +66,16 @@ export default function ChatPopover({
             p={6}
           >
             {t("ask-ai-expert")}
-            <PopoverCloseButton color="content.secondary" w={8} h={8} mr={4} mt={6} />
+            <PopoverCloseButton
+              color="content.secondary"
+              w={8}
+              h={8}
+              mr={4}
+              mt={6}
+            />
           </PopoverHeader>
           <PopoverBody maxH={650} w="full" p={6} borderRadius={4}>
-            <ChatBot inputRef={inputRef} t={t} />
+            <ChatBot inputRef={inputRef} t={t} inventoryId={inventoryId} />
           </PopoverBody>
         </PopoverContent>
       </Popover>
diff --git a/app/src/components/Modals/add-activity-energy-consumption-modal.tsx b/app/src/components/Modals/add-activity-energy-consumption-modal.tsx
deleted file mode 100644
index 97c0de46b..000000000
--- a/app/src/components/Modals/add-activity-energy-consumption-modal.tsx
+++ /dev/null
@@ -1,439 +0,0 @@
-"use client";
-
-import { ProfileInputs } from "@/app/[lng]/[inventory]/settings/page";
-import type { UserAttributes } from "@/models/User";
-import { api } from "@/services/api";
-import {
-  Box,
-  Button,
-  FormControl,
-  FormErrorMessage,
-  FormHelperText,
-  FormLabel,
-  HStack,
-  Heading,
-  InputGroup,
-  InputRightAddon,
-  Modal,
-  ModalBody,
-  ModalCloseButton,
-  ModalContent,
-  ModalFooter,
-  ModalHeader,
-  ModalOverlay,
-  NumberInput,
-  NumberInputField,
-  Select,
-  Text,
-  Textarea,
-  Tooltip,
-  useToast,
-} from "@chakra-ui/react";
-import { FC, useState } from "react";
-import { SubmitHandler, useForm } from "react-hook-form";
-import { TFunction } from "i18next";
-import { useParams } from "next/navigation";
-import BuildingTypeSelectInput from "../building-select-input";
-import { InfoOutlineIcon } from "@chakra-ui/icons";
-
-import type {
-  ActivityData,
-  DirectMeasureData,
-  SubcategoryData,
-  EmissionsFactorData,
-} from "../../app/[lng]/[inventory]/data/[step]/types";
-import { groupBy, resolve } from "@/util/helpers";
-
-interface AddUserModalProps {
-  isOpen: boolean;
-  onClose: () => void;
-  t: TFunction;
-  userInfo: UserAttributes | null;
-  defaultCityId?: string;
-  setHasActivityData: Function;
-  hasActivityData: boolean;
-}
-
-export type Inputs = {
-  methodology: "fuel-combustion-consuption" | "direct-measure" | "";
-  fuelType: "all-fuels" | "natural-gas" | "propane" | "heating-oil";
-  activity: {
-    activityDataAmount?: number | null | undefined;
-    activityDataUnit?: string | null | undefined;
-    emissionFactorType: string;
-    co2EmissionFactor: number;
-    n2oEmissionFactor: number;
-    ch4EmissionFactor: number;
-    dataQuality: string;
-    sourceReference: string;
-    buildingType: string;
-    fuelType: string;
-  };
-  direct: DirectMeasureData;
-  subcategoryData: Record<string, SubcategoryData>;
-};
-
-const activityDataUnits: Record<string, string[]> = {
-  I: [
-    "l",
-    "m3",
-    "ft3",
-    "bbl",
-    "gal (US)",
-    "gal (UK)",
-    "MWh",
-    "GJ",
-    "BTUs",
-    "MW",
-    "Other",
-  ],
-  II: ["l", "m3", "ft3", "bbl", "gal (US)", "gal (UK)", "km", "mi", "Other"],
-  III: ["g", "kg", "t", "kt", "lt", "st", "lb", "Other"],
-};
-
-export function determineEmissionsFactorType(factor: EmissionsFactorData) {
-  let sourceName = factor.dataSources
-    ? factor.dataSources[0].datasetName || "Unknown data source"
-    : "Unknown data source";
-  if (sourceName.includes("IPCC") && sourceName.includes("US")) {
-    return "National (US)";
-  } else if (sourceName.includes("IPCC")) {
-    return "IPCC";
-  }
-
-  return sourceName;
-}
-
-const AddActivityModalEnergyConsumption: FC<AddUserModalProps> = ({
-  isOpen,
-  onClose,
-  t,
-  setHasActivityData,
-  hasActivityData,
-}) => {
-  const {
-    register,
-    handleSubmit,
-    formState: { errors, isSubmitting, isDirty, isValid },
-    watch,
-    reset,
-    control,
-    setValue,
-  } = useForm<Inputs>();
-
-  let prefix = "";
-  let emissionsFactors: any = [];
-
-  const toast = useToast();
-
-  const { inventory: cityParam } = useParams();
-  const inventoryId = cityParam as string;
-
-  const onSubmit: SubmitHandler<Inputs> = async (data) => {
-    console.log(data);
-    setHasActivityData(!hasActivityData);
-    onClose();
-  };
-
-  return (
-    <>
-      <Modal blockScrollOnMount={false} isOpen={isOpen} onClose={onClose}>
-        <ModalOverlay />
-        <ModalContent minH="300px" minW="768px" marginTop="10%">
-          <ModalHeader
-            display="flex"
-            justifyContent="center"
-            fontWeight="semibold"
-            fontSize="headline.sm"
-            fontFamily="heading"
-            lineHeight="32"
-            padding="24px"
-            borderBottomWidth="1px"
-            borderStyle="solid"
-            borderColor="border.neutral"
-            textTransform="capitalize"
-          >
-            {t("add-activity")}
-          </ModalHeader>
-          <ModalCloseButton marginTop="10px" />
-          <ModalBody p={6} px={12}>
-            <form onSubmit={handleSubmit(onSubmit)}>
-              <HStack
-                spacing={4}
-                mb="24px"
-                display="flex"
-                flexDirection="column"
-                className="items-start"
-                gap="24px"
-              >
-                <FormControl className="w-full">
-                  <BuildingTypeSelectInput
-                    options={[
-                      t("commercial-buildings"),
-                      t("institutional-buildings"),
-                      t("street-lighting"),
-                    ]}
-                    title={t("building-type")}
-                    placeholder={t("select-type-of-building")}
-                    register={register}
-                    activity="buildingType"
-                  />
-                </FormControl>
-                <FormControl>
-                  <BuildingTypeSelectInput
-                    options={[
-                      t("all-energy-uses"),
-                      t("electricity"),
-                      t("electricity-chp"),
-                      t("heating"),
-                      t("heating-oil"),
-                      t("steam-chr"),
-                      t("steam"),
-                      t("refrigiration"),
-                      t("refrigiration-chp"),
-                    ]}
-                    title={t("fuel-type")}
-                    placeholder={t("select-type-of-fuel")}
-                    register={register}
-                    activity="fuelType"
-                  />
-                </FormControl>
-                <Box
-                  display="flex"
-                  justifyContent="space-between"
-                  gap="16px"
-                  w="full"
-                >
-                  <FormControl
-                    isInvalid={!!resolve(prefix + "activityDataAmount", errors)}
-                  >
-                    <FormLabel>{t("total-fuel-consumption")}</FormLabel>
-                    <InputGroup>
-                      <NumberInput defaultValue={0} w="full">
-                        <NumberInputField
-                          placeholder={t("activity-data-amount-placeholder")}
-                          borderRightRadius={0}
-                          bgColor="base.light"
-                          {...register("activity.activityDataAmount", {
-                            required: t("value-required"),
-                          })}
-                        />
-                      </NumberInput>
-                      <InputRightAddon
-                        className="border-l-2"
-                        pl={4}
-                        pr={0}
-                        bgColor="base.light"
-                      >
-                        <Select
-                          variant="unstyled"
-                          {...register("activity.activityDataUnit")}
-                        >
-                          <option value="1">{t("kilowatt-hour")} (kWh)</option>
-                          <option value="1">{t("terajoules")} (Tj)</option>
-                          <option value="1">
-                            {t("kilowatt-kilometer")} (kW/km)
-                          </option>
-                        </Select>
-                      </InputRightAddon>
-                    </InputGroup>
-                    <FormErrorMessage>
-                      {resolve(prefix + "activityDataAmount", errors)?.message}
-                    </FormErrorMessage>
-                  </FormControl>
-                  <FormControl>
-                    <FormLabel>{t("emission-factor-type")}</FormLabel>
-                    <Select
-                      {...register("activity.emissionFactorType")}
-                      bgColor="base.light"
-                      placeholder={t("select-emission-factor-type")}
-                    >
-                      {/* TODO translate values and use internal value for saving */}
-                      <option value="local">{t("local")}</option>
-                      <option value="regional">{t("regional")}</option>
-                      <option value="national">{t("national")}</option>
-                      <option value="ipcc">IPCC</option>
-                      <option key="custom" value="custom">
-                        {t("add-custom")}
-                      </option>
-                    </Select>
-                  </FormControl>
-                </Box>
-              </HStack>
-              <Heading
-                size="sm"
-                mb={4}
-                className="font-normal"
-                display="flex"
-                alignItems="center"
-              >
-                <FormLabel
-                  variant="label"
-                  fontSize="label.lg"
-                  fontStyle="normal"
-                  fontWeight="medium"
-                  letterSpacing="wide"
-                  fontFamily="heading"
-                >
-                  {t("emissions-factor-values")}
-                </FormLabel>
-                <Tooltip
-                  hasArrow
-                  label={t("value-types-tooltip")}
-                  placement="bottom-start"
-                >
-                  <InfoOutlineIcon mt={-0.5} color="content.tertiary" />
-                </Tooltip>
-              </Heading>
-              <HStack spacing={4} mb={5}>
-                <FormControl>
-                  <FormLabel color="content.tertiary">
-                    {t("co2-emission-factor")}
-                  </FormLabel>
-                  <InputGroup>
-                    {/* TODO translate values and use internal value for checking */}
-                    <NumberInput defaultValue={0} min={0} isDisabled={true}>
-                      <NumberInputField
-                        borderRightRadius={0}
-                        {...register("activity.co2EmissionFactor")}
-                        bgColor="background.neutral"
-                      />
-                    </NumberInput>
-                    <InputRightAddon
-                      bgColor="background.neutral"
-                      color="content.tertiary"
-                    >
-                      CO2/kWh
-                    </InputRightAddon>
-                  </InputGroup>
-                  <FormHelperText>&nbsp;</FormHelperText>
-                </FormControl>
-                <FormControl>
-                  <FormLabel color="content.tertiary">
-                    {t("n2o-emission-factor")}
-                  </FormLabel>
-                  <InputGroup>
-                    <NumberInput defaultValue={0} min={0} isDisabled={true}>
-                      <NumberInputField
-                        borderRightRadius={0}
-                        {...register("activity.n2oEmissionFactor")}
-                        bgColor="background.neutral"
-                      />
-                    </NumberInput>
-                    <InputRightAddon
-                      bgColor="background.neutral"
-                      color="content.tertiary"
-                    >
-                      NO2/kWh
-                    </InputRightAddon>
-                  </InputGroup>
-                  <FormHelperText color="content.tertiary">
-                    {t("optional")}
-                  </FormHelperText>
-                </FormControl>
-                <FormControl>
-                  <FormLabel color="content.tertiary">
-                    {t("ch4-emission-factor")}
-                  </FormLabel>
-                  <InputGroup>
-                    <NumberInput defaultValue={0} min={0} isDisabled={true}>
-                      <NumberInputField
-                        borderRightRadius={0}
-                        {...register("activity.ch4EmissionFactor")}
-                        bgColor="background.neutral"
-                      />
-                    </NumberInput>
-                    <InputRightAddon
-                      bgColor="background.neutral"
-                      color="content.tertiary"
-                    >
-                      CH4/kWh
-                    </InputRightAddon>
-                  </InputGroup>
-                  <FormHelperText color="content.tertiary">
-                    {t("optional")}
-                  </FormHelperText>
-                </FormControl>
-              </HStack>
-
-              <FormControl
-                isInvalid={!!resolve(prefix + "dataQuality", errors)}
-                mb={12}
-              >
-                <FormLabel>{t("data-quality")}</FormLabel>
-                <Select
-                  bgColor="base.light"
-                  placeholder={t("data-quality-placeholder")}
-                  {...register("activity.dataQuality", {
-                    required: t("option-required"),
-                  })}
-                >
-                  <option value="high">{t("detailed-emissions-data")}</option>
-                  <option value="medium">{t("modeled-emissions-data")}</option>
-                  <option value="low">
-                    {t("highly-modeled-uncertain-emissions-data")}
-                  </option>
-                </Select>
-                <FormErrorMessage>
-                  {resolve(prefix + "dataQuality", errors)?.message}
-                </FormErrorMessage>
-              </FormControl>
-              <FormControl
-                isInvalid={!!resolve(prefix + "sourceReference", errors)}
-                mb={12}
-              >
-                <FormLabel>{t("source-reference")}</FormLabel>
-                <Textarea
-                  placeholder={t("source-reference-placeholder")}
-                  {...register("activity.sourceReference", {
-                    required: t("source-reference-required"),
-                  })}
-                />
-                <FormErrorMessage>
-                  {resolve(prefix + "sourceReference", errors)?.message}
-                </FormErrorMessage>
-              </FormControl>
-              <HStack className="items-start" mb={13}>
-                <InfoOutlineIcon mt={1} color="content.link" />
-                <Text color="content.tertiary">
-                  All calculations consider a GWP value of X.
-                </Text>
-              </HStack>
-            </form>
-          </ModalBody>
-          <ModalFooter
-            borderTopWidth="1px"
-            borderStyle="solid"
-            borderColor="border.neutral"
-            w="full"
-            display="flex"
-            alignItems="center"
-            p="24px"
-            justifyContent="center"
-          >
-            <Button
-              h="56px"
-              w="full"
-              paddingTop="16px"
-              paddingBottom="16px"
-              px="24px"
-              letterSpacing="widest"
-              textTransform="uppercase"
-              fontWeight="semibold"
-              fontSize="button.md"
-              type="submit"
-              // isLoading={}
-              onClick={handleSubmit(onSubmit)}
-              p={0}
-              m={0}
-            >
-              {t("add-activity")}
-            </Button>
-          </ModalFooter>
-        </ModalContent>
-      </Modal>
-    </>
-  );
-};
-
-export default AddActivityModalEnergyConsumption;
diff --git a/app/src/components/Modals/add-activity-modal.tsx b/app/src/components/Modals/add-activity-modal.tsx
index cb45b7a7f..43b0bb7b7 100644
--- a/app/src/components/Modals/add-activity-modal.tsx
+++ b/app/src/components/Modals/add-activity-modal.tsx
@@ -38,7 +38,11 @@ import FormSelectOrganization from "../form-select-organization";
 import { TFunction } from "i18next";
 import { useParams } from "next/navigation";
 import BuildingTypeSelectInput from "../building-select-input";
-import { InfoOutlineIcon } from "@chakra-ui/icons";
+import {
+  CheckCircleIcon,
+  InfoOutlineIcon,
+  WarningIcon,
+} from "@chakra-ui/icons";
 import { Trans } from "react-i18next";
 import Link from "next/link";
 
@@ -49,6 +53,7 @@ import type {
   EmissionsFactorData,
 } from "../../app/[lng]/[inventory]/data/[step]/types";
 import { groupBy, resolve } from "@/util/helpers";
+import { ActivityDataScope } from "@/features/city/subsectorSlice";
 
 interface AddUserModalProps {
   isOpen: boolean;
@@ -58,6 +63,8 @@ interface AddUserModalProps {
   defaultCityId?: string;
   setHasActivityData: Function;
   hasActivityData: boolean;
+  formStruct: ActivityDataScope;
+  inventoryId: string;
 }
 
 export type Inputs = {
@@ -74,6 +81,8 @@ export type Inputs = {
     sourceReference: string;
     buildingType: string;
     fuelType: string;
+    totalFuelConsumption: string;
+    formStruct: ActivityDataScope;
   };
   direct: DirectMeasureData;
   subcategoryData: Record<string, SubcategoryData>;
@@ -116,6 +125,8 @@ const AddActivityModal: FC<AddUserModalProps> = ({
   t,
   setHasActivityData,
   hasActivityData,
+  formStruct,
+  inventoryId,
 }) => {
   const {
     register,
@@ -132,20 +143,51 @@ const AddActivityModal: FC<AddUserModalProps> = ({
 
   const toast = useToast();
 
-  const { inventory: cityParam } = useParams();
-  const inventoryId = cityParam as string;
+  const [createActivityValue, { isLoading }] =
+    api.useCreateActivityValueMutation();
 
   const onSubmit: SubmitHandler<Inputs> = async (data) => {
-    console.log(data);
     setHasActivityData(!hasActivityData);
-    onClose();
+    await createActivityValue({ inventoryId, data }).then((res: any) => {
+      if (res.data) {
+        toast({
+          status: "success",
+          duration: 1200,
+          title: "New activity data successfully added!",
+          render: ({ title }) => (
+            <Box
+              h="48px"
+              w="600px"
+              borderRadius="8px"
+              display="flex"
+              alignItems="center"
+              color="white"
+              backgroundColor="interactive.primary"
+              gap="8px"
+              px="16px"
+            >
+              <CheckCircleIcon />
+              <Text>{title}</Text>
+            </Box>
+          ),
+        });
+        onClose();
+      } else {
+        toast({
+          status: "error",
+          title: "Something went wrong!",
+        });
+      }
+    });
   };
 
+  const formInputs = formStruct.formInputs;
+
   return (
     <>
       <Modal blockScrollOnMount={false} isOpen={isOpen} onClose={onClose}>
         <ModalOverlay />
-        <ModalContent minH="300px" minW="768px" marginTop="10%">
+        <ModalContent minH="300px" minW="768px" marginTop="2%">
           <ModalHeader
             display="flex"
             justifyContent="center"
@@ -173,31 +215,22 @@ const AddActivityModal: FC<AddUserModalProps> = ({
               >
                 <FormControl className="w-full">
                   <BuildingTypeSelectInput
-                    options={[
-                      t("all"),
-                      t("commercial-institutional"),
-                      t("commercial-buildings"),
-                      t("institutional-buildings"),
-                      t("street-lighting"),
-                    ]}
-                    title={t("building-type")}
+                    options={formInputs.fields[0].options}
+                    title={formStruct.formInputs.fields[0].label}
                     placeholder={t("select-type-of-building")}
                     register={register}
                     activity="buildingType"
+                    errors={errors}
                   />
                 </FormControl>
                 <FormControl>
                   <BuildingTypeSelectInput
-                    options={[
-                      t("all-fuels"),
-                      t("natural-gas"),
-                      t("propane"),
-                      t("heating-oil"),
-                    ]}
-                    title={t("fuel-type")}
+                    options={formInputs.fields[1].options}
+                    title={formInputs.fields[1].label}
                     placeholder={t("select-type-of-fuel")}
                     register={register}
                     activity="fuelType"
+                    errors={errors}
                   />
                 </FormControl>
                 <Box
@@ -209,19 +242,34 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                   <FormControl
                     isInvalid={!!resolve(prefix + "activityDataAmount", errors)}
                   >
-                    <FormLabel>{t("total-fuel-consumption")}</FormLabel>
+                    <FormLabel>{formInputs.fields[2].label}</FormLabel>
                     <InputGroup>
                       <NumberInput defaultValue={0} w="full">
                         <NumberInputField
+                          borderRadius="4px"
                           placeholder={t("activity-data-amount-placeholder")}
                           borderRightRadius={0}
+                          borderWidth={
+                            errors?.activity?.totalFuelConsumption ? "1px" : 0
+                          }
+                          border="inputBox"
+                          borderColor={
+                            errors?.activity?.totalFuelConsumption
+                              ? "sentiment.negativeDefault"
+                              : ""
+                          }
+                          background={
+                            errors?.activity?.totalFuelConsumption
+                              ? "sentiment.negativeOverlay"
+                              : ""
+                          }
                           bgColor="base.light"
                           _focus={{
                             borderWidth: "1px",
                             shadow: "none",
                             borderColor: "content.link",
                           }}
-                          {...register("activity.activityDataAmount", {
+                          {...register("activity.totalFuelConsumption", {
                             required: t("value-required"),
                           })}
                         />
@@ -236,22 +284,47 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                           variant="unstyled"
                           {...register("activity.activityDataUnit")}
                         >
-                          <option value="1">{t("gallons")} (gal)</option>
-                          <option value="1">{t("liters")} (L)</option>
-                          <option value="1">{t("cubic-meters")} (m3)</option>
-                          <option value="1">{t("kilograms")} (kg)</option>
-                          <option value="1">{t("terajoules")} (Tj)</option>
-                          <option value="1">{t("kilowatt-hour")} (kWh)</option>
+                          {formInputs.fields[2].options?.map((item: string) => (
+                            <option key={item} value={item}>
+                              {item}
+                            </option>
+                          ))}
                         </Select>
                       </InputRightAddon>
                     </InputGroup>
-                    <FormErrorMessage>
-                      {resolve(prefix + "activityDataAmount", errors)?.message}
-                    </FormErrorMessage>
+
+                    {errors.activity?.totalFuelConsumption ? (
+                      <Box
+                        display="flex"
+                        gap="6px"
+                        alignItems="center"
+                        mt="6px"
+                      >
+                        <WarningIcon color="sentiment.negativeDefault" />
+                        <Text fontSize="body.md">Please enter amount</Text>
+                      </Box>
+                    ) : (
+                      ""
+                    )}
                   </FormControl>
                   <FormControl>
-                    <FormLabel>{t("emission-factor-type")}</FormLabel>
+                    <FormLabel>{formInputs.fields[3].label}</FormLabel>
                     <Select
+                      borderRadius="4px"
+                      borderWidth={
+                        errors?.activity?.emissionFactorType ? "1px" : 0
+                      }
+                      border="inputBox"
+                      borderColor={
+                        errors?.activity?.emissionFactorType
+                          ? "sentiment.negativeDefault"
+                          : ""
+                      }
+                      background={
+                        errors?.activity?.emissionFactorType
+                          ? "sentiment.negativeOverlay"
+                          : ""
+                      }
                       _focus={{
                         borderWidth: "1px",
                         shadow: "none",
@@ -262,14 +335,27 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                       placeholder="Select emission factor type"
                     >
                       {/* TODO translate values and use internal value for saving */}
-                      <option value="local">{t("local")}</option>
-                      <option value="regional">{t("regional")}</option>
-                      <option value="national">{t("national")}</option>
-                      <option value="ipcc">IPCC</option>
-                      <option key="custom" value="custom">
-                        {t("add-custom")}
-                      </option>
+                      {formInputs.fields[3].options?.map((item: string) => (
+                        <option key={item} value="local">
+                          {item}
+                        </option>
+                      ))}
                     </Select>
+                    {errors.activity?.emissionFactorType ? (
+                      <Box
+                        display="flex"
+                        gap="6px"
+                        alignItems="center"
+                        mt="6px"
+                      >
+                        <WarningIcon color="sentiment.negativeDefault" />
+                        <Text fontSize="body.md">
+                          Please select an emission factor type
+                        </Text>
+                      </Box>
+                    ) : (
+                      ""
+                    )}
                   </FormControl>
                 </Box>
               </HStack>
@@ -316,7 +402,7 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                       bgColor="background.neutral"
                       color="content.tertiary"
                     >
-                      CO2/Gal
+                      {formInputs.fields[4].unit}
                     </InputRightAddon>
                   </InputGroup>
                   <FormHelperText>&nbsp;</FormHelperText>
@@ -342,7 +428,7 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                       bgColor="background.neutral"
                       color="content.tertiary"
                     >
-                      NO2/Gal
+                      {formInputs.fields[5].unit}
                     </InputRightAddon>
                   </InputGroup>
                   <FormHelperText color="content.tertiary">
@@ -370,7 +456,7 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                       bgColor="background.neutral"
                       color="content.tertiary"
                     >
-                      CH4/Gal
+                      {formInputs.fields[6].unit}
                     </InputRightAddon>
                   </InputGroup>
                   <FormHelperText color="content.tertiary">
@@ -385,6 +471,19 @@ const AddActivityModal: FC<AddUserModalProps> = ({
               >
                 <FormLabel>{t("data-quality")}</FormLabel>
                 <Select
+                  borderWidth={errors?.activity?.dataQuality ? "1px" : 0}
+                  border="inputBox"
+                  borderRadius="4px"
+                  borderColor={
+                    errors?.activity?.dataQuality
+                      ? "sentiment.negativeDefault"
+                      : ""
+                  }
+                  background={
+                    errors?.activity?.dataQuality
+                      ? "sentiment.negativeOverlay"
+                      : ""
+                  }
                   _focus={{
                     borderWidth: "1px",
                     shadow: "none",
@@ -402,9 +501,14 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                     {t("highly-modeled-uncertain-emissions-data")}
                   </option>
                 </Select>
-                <FormErrorMessage>
-                  {resolve(prefix + "dataQuality", errors)?.message}
-                </FormErrorMessage>
+                {errors.activity?.dataQuality ? (
+                  <Box display="flex" gap="6px" alignItems="center" mt="6px">
+                    <WarningIcon color="sentiment.negativeDefault" />
+                    <Text fontSize="body.md">Please select data quality</Text>
+                  </Box>
+                ) : (
+                  ""
+                )}
               </FormControl>
               <FormControl
                 isInvalid={!!resolve(prefix + "sourceReference", errors)}
@@ -412,6 +516,19 @@ const AddActivityModal: FC<AddUserModalProps> = ({
               >
                 <FormLabel>{t("source-reference")}</FormLabel>
                 <Textarea
+                  borderWidth={errors?.activity?.dataQuality ? "1px" : 0}
+                  border="inputBox"
+                  borderRadius="4px"
+                  borderColor={
+                    errors?.activity?.dataQuality
+                      ? "sentiment.negativeDefault"
+                      : ""
+                  }
+                  background={
+                    errors?.activity?.dataQuality
+                      ? "sentiment.negativeOverlay"
+                      : ""
+                  }
                   _focus={{
                     borderWidth: "1px",
                     shadow: "none",
@@ -422,9 +539,16 @@ const AddActivityModal: FC<AddUserModalProps> = ({
                     required: t("source-reference-required"),
                   })}
                 />
-                <FormErrorMessage>
-                  {resolve(prefix + "sourceReference", errors)?.message}
-                </FormErrorMessage>
+                {errors.activity?.sourceReference ? (
+                  <Box display="flex" gap="6px" alignItems="center" mt="6px">
+                    <WarningIcon color="sentiment.negativeDefault" />
+                    <Text fontSize="body.md">
+                      Please select a source reference
+                    </Text>
+                  </Box>
+                ) : (
+                  ""
+                )}
               </FormControl>
               <HStack className="items-start" mb={13}>
                 <InfoOutlineIcon mt={1} color="content.link" />
@@ -455,7 +579,7 @@ const AddActivityModal: FC<AddUserModalProps> = ({
               fontWeight="semibold"
               fontSize="button.md"
               type="submit"
-              // isLoading={}
+              isLoading={isLoading}
               onClick={handleSubmit(onSubmit)}
               p={0}
               m={0}
diff --git a/app/src/components/Modals/change-methodology.tsx b/app/src/components/Modals/change-methodology.tsx
new file mode 100644
index 000000000..ac6406312
--- /dev/null
+++ b/app/src/components/Modals/change-methodology.tsx
@@ -0,0 +1,136 @@
+"use client";
+
+import { UserDetails } from "@/app/[lng]/[inventory]/settings/page";
+import {
+  Modal,
+  Button,
+  ModalBody,
+  ModalCloseButton,
+  ModalContent,
+  ModalHeader,
+  ModalOverlay,
+  Text,
+  Box,
+  Badge,
+  useToast,
+  ModalFooter,
+  Icon,
+} from "@chakra-ui/react";
+import React, { FC, useState } from "react";
+
+import { FiTrash2 } from "react-icons/fi";
+import PasswordInput from "../password-input";
+import { SubmitHandler, useForm } from "react-hook-form";
+import { useTranslation } from "@/i18n/client";
+import { TFunction } from "i18next";
+import { InfoIcon, InfoOutlineIcon } from "@chakra-ui/icons";
+import { UserAttributes } from "@/models/User";
+import { api } from "@/services/api";
+import { CityAttributes } from "@/models/City";
+import { MdCheckCircleOutline } from "react-icons/md";
+import { ChangeMethodologyIcon } from "../icons";
+import { Trans } from "react-i18next";
+
+interface ChangeMethodologyProps {
+  isOpen: boolean;
+  onClose: () => void;
+  onChangeClicked: () => void;
+  t: TFunction;
+}
+
+const ChangeMethodology: FC<ChangeMethodologyProps> = ({
+  isOpen,
+  onClose,
+  onChangeClicked,
+  t,
+}) => {
+  return (
+    <>
+      <Modal blockScrollOnMount={false} isOpen={isOpen} onClose={onClose}>
+        <ModalOverlay />
+        <ModalContent minH="350px" minW="568px" marginTop="2%">
+          <ModalHeader
+            display="flex"
+            justifyContent="center"
+            fontWeight="semibold"
+            fontSize="headline.sm"
+            lineHeight="32"
+            padding="24px"
+            fontFamily="heading"
+            borderBottomWidth="1px"
+            borderStyle="solid"
+            borderColor="border.neutral"
+          >
+            {t("change-methodology")}
+          </ModalHeader>
+          <ModalCloseButton marginTop="10px" />
+          <ModalBody paddingTop="24px" paddingBottom="48px">
+            <Box
+              h="full"
+              w="full"
+              display="flex"
+              alignItems="center"
+              justifyContent="center"
+              flexDirection="column"
+              gap="48px"
+            >
+              <Box
+                h="68px"
+                w="68px"
+                bg="background.neutral"
+                display="flex"
+                alignItems="center"
+                justifyContent="center"
+                borderRadius="full"
+              >
+                <Icon as={ChangeMethodologyIcon} color="content.link" />
+              </Box>
+              <Text textAlign="center">
+                <Trans t={t} i18nKey={"change-methodology-description-text"}>
+                  Please be aware that{" "}
+                  <Text as="span" fontWeight="bold">
+                    changing methodology may impact your existing inventory
+                    data.
+                  </Text>{" "}
+                  Are you sure you want to proceed with changing your
+                  methodology?
+                </Trans>
+              </Text>
+            </Box>
+          </ModalBody>
+          <ModalFooter
+            borderTopWidth="1px"
+            borderStyle="solid"
+            borderColor="border.neutral"
+            w="full"
+            display="flex"
+            alignItems="center"
+            p="24px"
+            justifyContent="center"
+          >
+            <Button
+              h="56px"
+              w="472px"
+              paddingTop="16px"
+              paddingBottom="16px"
+              px="24px"
+              bg="interactive.secondary"
+              letterSpacing="widest"
+              textTransform="uppercase"
+              fontWeight="semibold"
+              fontSize="button.md"
+              type="submit"
+              p={0}
+              m={0}
+              onClick={onChangeClicked}
+            >
+              {t("change-methodology")}
+            </Button>
+          </ModalFooter>
+        </ModalContent>
+      </Modal>
+    </>
+  );
+};
+
+export default ChangeMethodology;
diff --git a/app/src/components/Modals/delete-activity-modal.tsx b/app/src/components/Modals/delete-activity-modal.tsx
new file mode 100644
index 000000000..00590bd88
--- /dev/null
+++ b/app/src/components/Modals/delete-activity-modal.tsx
@@ -0,0 +1,134 @@
+"use client";
+
+import { UserFileAttributes } from "@/models/UserFile";
+import { api } from "@/services/api";
+import {
+  Modal,
+  Button,
+  ModalBody,
+  ModalCloseButton,
+  ModalContent,
+  ModalHeader,
+  ModalOverlay,
+  Text,
+  Box,
+  Badge,
+  ModalFooter,
+} from "@chakra-ui/react";
+import { TFunction } from "i18next";
+import React, { FC } from "react";
+import { Trans } from "react-i18next";
+
+import { FiTrash2 } from "react-icons/fi";
+
+interface DeleteAllActivitiesModalProps {
+  isOpen: boolean;
+  onClose: any;
+  t: TFunction;
+}
+
+const DeleteActivityModal: FC<DeleteAllActivitiesModalProps> = ({
+  isOpen,
+  onClose,
+  t,
+}) => {
+  return (
+    <>
+      <Modal blockScrollOnMount={false} isOpen={isOpen} onClose={onClose}>
+        <ModalOverlay />
+        <ModalContent minH="388px" minW="568px" marginTop="10%">
+          <ModalHeader
+            display="flex"
+            justifyContent="center"
+            fontWeight="semibold"
+            fontSize="headline.sm"
+            fontFamily="heading"
+            lineHeight="32"
+            padding="24px"
+            borderBottomWidth="1px"
+            borderStyle="solid"
+            borderColor="border.neutral"
+          >
+            {t("delete-activity")}
+          </ModalHeader>
+          <ModalCloseButton marginTop="10px" />
+          <ModalBody paddingTop="24px">
+            <Box
+              display="flex"
+              flexDirection="column"
+              gap="24px"
+              alignItems="center"
+            >
+              <Box
+                display="flex"
+                alignItems="center"
+                flexDirection="column"
+                justifyContent="center"
+                gap="24px"
+              >
+                <Badge
+                  color="sentiment.negativeDefault"
+                  h="68px"
+                  w="68px"
+                  display="flex"
+                  alignItems="center"
+                  justifyContent="center"
+                  borderRadius="full"
+                  background="sentiment.negativeOverlay"
+                >
+                  <FiTrash2 size={36} />
+                </Badge>
+                <Text
+                  textAlign="center"
+                  w="408px"
+                  fontSize="body.large"
+                  letterSpacing="wide"
+                  fontStyle="normal"
+                  fontFamily="body"
+                >
+                  <Trans t={t} i18nKey="delete-activity-prompt">
+                    Are you sure you want to{" "}
+                    <span style={{ fontWeight: "bold" }}>
+                      permanently delete
+                    </span>{" "}
+                    this activity from the city&apos;s inventory data?
+                  </Trans>
+                </Text>
+              </Box>
+            </Box>
+          </ModalBody>
+          <ModalFooter
+            borderTopWidth="1px"
+            borderStyle="solid"
+            borderColor="border.neutral"
+            w="full"
+            display="flex"
+            alignItems="center"
+            p="24px"
+            justifyContent="center"
+          >
+            <Button
+              h="56px"
+              w="472px"
+              background="sentiment.negativeDefault"
+              paddingTop="16px"
+              paddingBottom="16px"
+              px="24px"
+              letterSpacing="widest"
+              textTransform="uppercase"
+              fontWeight="semibold"
+              fontSize="button.md"
+              type="button"
+              p={0}
+              m={0}
+            >
+              {t("delete-activity")}
+            </Button>
+          </ModalFooter>
+        </ModalContent>
+      </Modal>
+    </>
+  );
+};
+
+export default DeleteActivityModal;
diff --git a/app/src/components/Modals/delete-all-activities-modal.tsx b/app/src/components/Modals/delete-all-activities-modal.tsx
new file mode 100644
index 000000000..410de815a
--- /dev/null
+++ b/app/src/components/Modals/delete-all-activities-modal.tsx
@@ -0,0 +1,135 @@
+"use client";
+
+import { UserFileAttributes } from "@/models/UserFile";
+import { api } from "@/services/api";
+import {
+  Modal,
+  Button,
+  ModalBody,
+  ModalCloseButton,
+  ModalContent,
+  ModalHeader,
+  ModalOverlay,
+  Text,
+  Box,
+  Badge,
+  ModalFooter,
+} from "@chakra-ui/react";
+import { TFunction } from "i18next";
+import React, { FC } from "react";
+import { Trans } from "react-i18next";
+
+import { FiTrash2 } from "react-icons/fi";
+
+interface DeleteAllActivitiesModalProps {
+  isOpen: boolean;
+  onClose: any;
+  t: TFunction;
+}
+
+const DeleteAllActivitiesModal: FC<DeleteAllActivitiesModalProps> = ({
+  isOpen,
+  onClose,
+  t,
+}) => {
+  return (
+    <>
+      <Modal blockScrollOnMount={false} isOpen={isOpen} onClose={onClose}>
+        <ModalOverlay />
+        <ModalContent minH="388px" minW="568px" marginTop="10%">
+          <ModalHeader
+            display="flex"
+            justifyContent="center"
+            fontWeight="semibold"
+            fontSize="headline.sm"
+            fontFamily="heading"
+            lineHeight="32"
+            padding="24px"
+            borderBottomWidth="1px"
+            borderStyle="solid"
+            borderColor="border.neutral"
+          >
+            {t("delete-all-activities")}
+          </ModalHeader>
+          <ModalCloseButton marginTop="10px" />
+          <ModalBody paddingTop="24px">
+            <Box
+              display="flex"
+              flexDirection="column"
+              gap="24px"
+              alignItems="center"
+            >
+              <Box
+                display="flex"
+                alignItems="center"
+                flexDirection="column"
+                justifyContent="center"
+                gap="24px"
+              >
+                <Badge
+                  color="sentiment.negativeDefault"
+                  h="68px"
+                  w="68px"
+                  display="flex"
+                  alignItems="center"
+                  justifyContent="center"
+                  borderRadius="full"
+                  background="sentiment.negativeOverlay"
+                >
+                  <FiTrash2 size={36} />
+                </Badge>
+                <Text
+                  textAlign="center"
+                  w="408px"
+                  fontSize="body.large"
+                  letterSpacing="wide"
+                  fontStyle="normal"
+                  fontFamily="body"
+                >
+                  <Trans t={t} i18nKey="delete-activities-prompt">
+                    Are you sure you want to{" "}
+                    <span style={{ fontWeight: "bold" }}>
+                      permanently delete
+                    </span>{" "}
+                    all activities in the commercial and institutional buildings
+                    sub-sector from the city&apos;s inventory data?
+                  </Trans>
+                </Text>
+              </Box>
+            </Box>
+          </ModalBody>
+          <ModalFooter
+            borderTopWidth="1px"
+            borderStyle="solid"
+            borderColor="border.neutral"
+            w="full"
+            display="flex"
+            alignItems="center"
+            p="24px"
+            justifyContent="center"
+          >
+            <Button
+              h="56px"
+              w="472px"
+              background="sentiment.negativeDefault"
+              paddingTop="16px"
+              paddingBottom="16px"
+              px="24px"
+              letterSpacing="widest"
+              textTransform="uppercase"
+              fontWeight="semibold"
+              fontSize="button.md"
+              type="button"
+              p={0}
+              m={0}
+            >
+              {t("delete-all-activities")}
+            </Button>
+          </ModalFooter>
+        </ModalContent>
+      </Modal>
+    </>
+  );
+};
+
+export default DeleteAllActivitiesModal;
diff --git a/app/src/components/Tabs/Activity/activity-accordion.tsx b/app/src/components/Tabs/Activity/activity-accordion.tsx
new file mode 100644
index 000000000..3c49c2966
--- /dev/null
+++ b/app/src/components/Tabs/Activity/activity-accordion.tsx
@@ -0,0 +1,135 @@
+import { AddIcon } from "@chakra-ui/icons";
+import {
+  Accordion,
+  AccordionButton,
+  AccordionIcon,
+  AccordionItem,
+  AccordionPanel,
+  Box,
+  IconButton,
+  Table,
+  TableContainer,
+  Tag,
+  TagLabel,
+  Tbody,
+  Td,
+  Text,
+  Th,
+  Thead,
+  Tr,
+} from "@chakra-ui/react";
+import { TFunction } from "i18next";
+import React, { FC } from "react";
+import { MdMoreVert } from "react-icons/md";
+
+interface ActivityAccordionProps {
+  t: TFunction;
+  userActivities: any;
+  showActivityModal: () => void;
+}
+
+const ActivityAccordion: FC<ActivityAccordionProps> = ({
+  t,
+  userActivities,
+  showActivityModal,
+}) => {
+  return (
+    <Accordion defaultIndex={[0]} allowMultiple>
+      <AccordionItem>
+        <h2>
+          <AccordionButton>
+            <Box
+              display="flex"
+              justifyContent="space-between"
+              w="full"
+              alignItems="center"
+            >
+              <Box display="flex" flexDir="column" alignItems="start" gap="8px">
+                <Text
+                  fontFamily="heading"
+                  fontSize="title.md"
+                  fontWeight="semibold"
+                >
+                  {t("commercial-buildings")}
+                </Text>
+                <Text
+                  color="content.tertiary"
+                  letterSpacing="wide"
+                  fontSize="body.md"
+                >
+                  {userActivities?.length} {t("activities-added")}
+                </Text>
+              </Box>
+              <Box alignItems="start" display="flex" fontFamily="heading">
+                <Text fontWeight="medium">{t("total-consumption")}:&nbsp;</Text>
+                <Text fontWeight="normal">0M gallons</Text>
+              </Box>
+              <Box alignItems="start" display="flex" fontFamily="heading">
+                <Text fontWeight="medium">{t("emissions")}:&nbsp;</Text>
+                <Text fontWeight="normal">0tCO2e</Text>
+              </Box>
+              <Box pr="56px">
+                <IconButton
+                  bg="none"
+                  pos="relative"
+                  zIndex={20}
+                  onClick={showActivityModal}
+                  _hover={{ bg: "none" }}
+                  aria-label="add-activity"
+                  icon={<AddIcon color="interactive.control" />}
+                />
+              </Box>
+            </Box>
+            <AccordionIcon />
+          </AccordionButton>
+        </h2>
+        <AccordionPanel pb={4}>
+          <TableContainer>
+            <Table variant="simple" borderWidth="1px" borderRadius="20px">
+              <Thead>
+                <Tr>
+                  <Th>{t("fuel-type")}</Th>
+                  <Th>{t("data-quality")}</Th>
+                  <Th>{t("fuel-consumption")}</Th>
+                  <Th>{t("emissions")}</Th>
+                  <Th></Th>
+                </Tr>
+              </Thead>
+              <Tbody>
+                {userActivities?.map((activity: any, i: number) => {
+                  return (
+                    <Tr key={i}>
+                      <Td>{activity?.fuelType}</Td>
+                      <Td>
+                        <Tag
+                          size="lg"
+                          variant="outline"
+                          colorScheme="blue"
+                          borderRadius="full"
+                        >
+                          <TagLabel>{activity?.dataQuality}</TagLabel>
+                        </Tag>
+                      </Td>
+                      <Td>{activity?.fuelConsumption!}</Td>
+                      <Td>{activity?.emissions}</Td>
+                      <Td>
+                        <IconButton
+                          color="interactive.control"
+                          variant="ghost"
+                          aria-label="activity-data-popover"
+                          icon={<MdMoreVert size="24px" />}
+                        />
+                      </Td>
+                    </Tr>
+                  );
+                })}
+              </Tbody>
+            </Table>
+          </TableContainer>
+        </AccordionPanel>
+      </AccordionItem>
+    </Accordion>
+  );
+};
+
+export default ActivityAccordion;
diff --git a/app/src/components/Tabs/Activity/activity-tab.tsx b/app/src/components/Tabs/Activity/activity-tab.tsx
new file mode 100644
index 000000000..da5ee61f8
--- /dev/null
+++ b/app/src/components/Tabs/Activity/activity-tab.tsx
@@ -0,0 +1,513 @@
+import {
+  Accordion,
+  AccordionButton,
+  AccordionIcon,
+  AccordionItem,
+  AccordionPanel,
+  Box,
+  Button,
+  Icon,
+  IconButton,
+  Link,
+  Popover,
+  PopoverArrow,
+  PopoverBody,
+  PopoverContent,
+  PopoverTrigger,
+  Radio,
+  RadioGroup,
+  Stack,
+  Switch,
+  TabPanel,
+  Table,
+  TableContainer,
+  Tag,
+  TagLabel,
+  Tbody,
+  Td,
+  Text,
+  Textarea,
+  Th,
+  Thead,
+  Tr,
+  useDisclosure,
+} from "@chakra-ui/react";
+import React, { FC, useState } from "react";
+import HeadingText from "../../heading-text";
+import { AddIcon } from "@chakra-ui/icons";
+import { MdMoreVert } from "react-icons/md";
+import SuggestedActivityCard from "../../Cards/suggested-activities-card";
+import { ActivityDataAttributes } from "@/models/ActivityData";
+import LoadingState from "../../loading-state";
+import { TFunction } from "i18next";
+import { FiTrash2 } from "react-icons/fi";
+import { FaNetworkWired } from "react-icons/fa";
+import MethodologyCard from "../../Cards/methodology-card";
+import { Trans } from "react-i18next";
+import AddActivityModal from "../../Modals/add-activity-modal";
+import ChangeMethodology from "../../Modals/change-methodology";
+import DeleteAllActivitiesModal from "../../Modals/delete-all-activities-modal";
+import { api } from "@/services/api";
+import ActivityAccordion from "./activity-accordion";
+import ScopeUnavailable from "./scope-unavailable";
+import { ActivityDataScope } from "@/features/city/subsectorSlice";
+
+interface ActivityTabProps {
+  t: TFunction;
+  isUnavailableChecked?: boolean;
+  isMethodologySelected?: boolean;
+  userActivities?: [];
+  areActivitiesLoading?: boolean;
+  totalConsumption?: boolean;
+  totalConsumptionUnit?: boolean;
+  filteredScope: ActivityDataScope;
+  inventoryId: string;
+}
+
+export type MethodologyValues = {
+  methodologyId: string;
+  methodologyName: string;
+  description: string;
+  inputRequired: string[];
+  disabled: boolean;
+};
+
+const ActivityTab: FC<ActivityTabProps> = ({
+  t,
+  userActivities,
+  areActivitiesLoading,
+  totalConsumption,
+  totalConsumptionUnit,
+  filteredScope,
+  inventoryId,
+}) => {
+  const totalEmissions = 0;
+  const [selectedActivity, setSelectedActivity] = useState();
+  const [isMethodologySelected, setIsMethodologySelected] = useState(false);
+  const [selectedMethodology, setSelectedMethodology] = useState("");
+  const [isUnavailableChecked, setIsChecked] = useState<boolean>(false);
+  const [hasActivityData, setHasActivityData] = useState<boolean>(false);
+  const [methodology, setMethodology] = useState<MethodologyValues>();
+
+  const handleMethodologySelected = ({
+    description,
+    disabled,
+    inputRequired,
+    methodologyId,
+    methodologyName,
+  }: MethodologyValues) => {
+    setSelectedMethodology(methodologyId);
+    setIsMethodologySelected(!isMethodologySelected);
+    setMethodology({
+      description,
+      disabled,
+      inputRequired,
+      methodologyId,
+      methodologyName,
+    });
+  };
+  const changeMethodology = () => {
+    setSelectedMethodology("");
+    setIsMethodologySelected(false);
+    onChangeMethodologyClose();
+  };
+
+  const {
+    isOpen: isAddActivityModalOpen,
+    onOpen: onAddActivityModalOpen,
+    onClose: onAddActivityModalClose,
+  } = useDisclosure();
+
+  const {
+    isOpen: isChangeMethodologyModalOpen,
+    onOpen: onChangeMethodologyOpen,
+    onClose: onChangeMethodologyClose,
+  } = useDisclosure();
+
+  const {
+    isOpen: isDeleteActivitiesModalOpen,
+    onOpen: onDeleteActivitiesModalOpen,
+    onClose: onDeleteActivitiesModalClose,
+  } = useDisclosure();
+
+  const {
+    isOpen: isDeleteActivityModalOpen,
+    onOpen: onDeleteActivityModalOpen,
+    onClose: onDeleteActivityModalClose,
+  } = useDisclosure();
+
+  const suggestedActivities = [
+    {
+      id: "1",
+      name: t("commercial-buildings"),
+    },
+    {
+      id: "2",
+      name: t("institutional-buildings"),
+    },
+    {
+      id: "3",
+      name: t("street-lighting"),
+    },
+  ];
+
+  const handleSwitch = (e: any) => {
+    setIsChecked(!isUnavailableChecked);
+  };
+
+  const [deleteActivity, isDeleteActivityLoading] =
+    api.useDeleteActivityValueMutation();
+
+  // const deleteAllActivities = () => {
+  //   if (areActivitiesLoading || userActivities?.length === 0) {
+  //     onDeleteActivitiesModalClose();
+  //     return;
+  //   }
+
+  //   for (const activity of userActivities) {
+  //     deleteActivity({ inventoryId, activityValueId: activity.id });
+  //   }
+
+  //   onDeleteActivitiesModalClose();
+  // };
+
+  return (
+    <>
+      <TabPanel p="0" pt="48px">
+        <Box
+          display="flex"
+          alignItems="center"
+          justifyContent="space-between"
+          mb="48px"
+        >
+          <HeadingText title={t("add-data-manually")} />
+          <Box display="flex" gap="16px" fontSize="label.lg">
+            <Switch isChecked={isUnavailableChecked} onChange={handleSwitch} />
+            <Text fontFamily="heading" fontWeight="medium">
+              {t("scope-not-applicable")}
+            </Text>
+          </Box>
+        </Box>
+        {isMethodologySelected ? (
+          <>
+            <Box
+              h="auto"
+              px="24px"
+              py="32px"
+              bg="base.light"
+              borderRadius="8px"
+            >
+              {" "}
+              {isMethodologySelected ? (
+                <Box>
+                  <Text
+                    fontFamily="heading"
+                    fontSize="10px"
+                    fontWeight="semibold"
+                    letterSpacing="widest"
+                    textTransform="uppercase"
+                    color="content.tertiary"
+                  >
+                    {t("methodology")}
+                  </Text>
+                  <Box display="flex" justifyContent="space-between">
+                    <Box>
+                      <HeadingText title={methodology?.methodologyName!} />
+                      <Text
+                        letterSpacing="wide"
+                        fontSize="body.lg"
+                        fontWeight="normal"
+                        color="interactive.control"
+                      >
+                        {methodology?.description}
+                      </Text>
+                    </Box>
+                    <Box display="flex" alignItems="center">
+                      <Button
+                        onClick={onAddActivityModalOpen}
+                        title="Add Activity"
+                        leftIcon={<AddIcon h="16px" w="16px" />}
+                        h="48px"
+                        aria-label="activity-button"
+                        fontSize="button.md"
+                        gap="8px"
+                      >
+                        {t("add-activity")}
+                      </Button>
+                      <Popover>
+                        <PopoverTrigger>
+                          <IconButton
+                            icon={<MdMoreVert size="24px" />}
+                            aria-label="more-icon"
+                            variant="ghost"
+                            color="content.tertiary"
+                          />
+                        </PopoverTrigger>
+                        <PopoverContent
+                          w="auto"
+                          borderRadius="8px"
+                          shadow="2dp"
+                          px="0"
+                        >
+                          <PopoverArrow />
+                          <PopoverBody p="0px">
+                            <Box
+                              p="16px"
+                              display="flex"
+                              alignItems="center"
+                              gap="16px"
+                              _hover={{
+                                bg: "content.link",
+                                cursor: "pointer",
+                              }}
+                              className="group"
+                              onClick={onChangeMethodologyOpen}
+                            >
+                              <Icon
+                                className="group-hover:text-white"
+                                color="interactive.control"
+                                as={FaNetworkWired}
+                                h="24px"
+                                w="24px"
+                              />
+                              <Text
+                                className="group-hover:text-white"
+                                color="content.primary"
+                              >
+                                {t("change-methodology")}
+                              </Text>
+                            </Box>
+                            <Box
+                              p="16px"
+                              display="flex"
+                              alignItems="center"
+                              gap="16px"
+                              _hover={{
+                                bg: "content.link",
+                                cursor: "pointer",
+                              }}
+                              className="group"
+                              onClick={onDeleteActivitiesModalOpen}
+                            >
+                              <Icon
+                                className="group-hover:text-white"
+                                color="sentiment.negativeDefault"
+                                as={FiTrash2}
+                                h="24px"
+                                w="24px"
+                              />
+                              <Text
+                                className="group-hover:text-white"
+                                color="content.primary"
+                              >
+                                Delete all activities
+                              </Text>
+                            </Box>
+                          </PopoverBody>
+                        </PopoverContent>
+                      </Popover>
+                    </Box>
+                  </Box>
+                  <Box
+                    mt="48px"
+                    display="flex"
+                    flexDirection="column"
+                    gap="16px"
+                  >
+                    {hasActivityData ? (
+                      <Box>
+                        <ActivityAccordion
+                          t={t}
+                          userActivities={userActivities}
+                          showActivityModal={onAddActivityModalOpen}
+                        />
+                        <Box
+                          w="full"
+                          borderTopWidth="3px"
+                          borderColor="interactive.secondary"
+                          py="32px"
+                          px="48px"
+                        >
+                          <Box display="flex" justifyContent="space-between">
+                            <Text
+                              fontFamily="heading"
+                              fontWeight="semibold"
+                              fontSize="headline.md"
+                            >
+                              {t("total-emissions")}
+                            </Text>
+                            <Text
+                              fontFamily="heading"
+                              fontWeight="semibold"
+                              fontSize="headline.md"
+                            >
+                              {totalEmissions} MtCO2
+                            </Text>
+                          </Box>
+                        </Box>
+                      </Box>
+                    ) : (
+                      <>
+                        <Text
+                          fontFamily="heading"
+                          fontSize="title.md"
+                          fontWeight="semibold"
+                          color="content.secondary"
+                        >
+                          {t("activity-suggestion")}
+                        </Text>
+                        <Box className="flex flex-col gap-4">
+                          {suggestedActivities.map(({ id, name }) => (
+                            <SuggestedActivityCard
+                              key={id}
+                              name={name}
+                              t={t}
+                              isSelected={selectedActivity === id}
+                              onActivityAdded={onAddActivityModalOpen}
+                            />
+                          ))}
+                        </Box>
+                      </>
+                    )}
+                  </Box>
+                </Box>
+              ) : (
+                <Box
+                  display="flex"
+                  alignItems="center"
+                  justifyContent="space-between"
+                  mb="8px"
+                >
+                  <HeadingText title={t("select-methodology-title")} />
+                </Box>
+              )}
+            </Box>
+          </>
+        ) : (
+          <Box>
+            {isUnavailableChecked ? (
+              <ScopeUnavailable t={t} />
+            ) : (
+              <Box>
+                {isUnavailableChecked && (
+                  <Box>
+                    <HeadingText title={t("scope-unavailable")} />
+                    <Text
+                      letterSpacing="wide"
+                      fontSize="body.lg"
+                      fontWeight="normal"
+                      color="interactive.control"
+                      mt="8px"
+                    >
+                      {t("scope-unavailable-description")}
+                    </Text>
+                    <Box mt="48px">
+                      {!hasActivityData && (
+                        <HeadingText title={t("select-methodology-title")} />
+                      )}
+                    </Box>
+                  </Box>
+                )}
+                {isMethodologySelected ? (
+                  ""
+                ) : (
+                  <Box>
+                    <Text
+                      letterSpacing="wide"
+                      fontSize="body.lg"
+                      fontWeight="normal"
+                      color="interactive.control"
+                    >
+                      <Trans t={t} i18nKey="add-data-manually-desciption">
+                        To add your inventory data manually, select the
+                        methodology used to collect the data and calculate your
+                        emissions.{" "}
+                        <Link
+                          href="/"
+                          color="content.link"
+                          fontWeight="bold"
+                          textDecoration="underline"
+                        >
+                          Learn more
+                        </Link>{" "}
+                        about methodologies
+                      </Trans>
+                    </Text>
+                    <Text
+                      fontWeight="bold"
+                      fontSize="title.md"
+                      fontFamily="heading"
+                      pt="48px"
+                      pb="24px"
+                    >
+                      {t("select-methodology")}
+                    </Text>
+                    <Box
+                      gap="16px"
+                      display="flex"
+                      justifyContent="space-between"
+                    >
+                      {filteredScope.methodologies.map(
+                        ({
+                          methodologyId,
+                          methodologyName,
+                          description,
+                          inputRequired,
+                          disabled,
+                        }) => (
+                          <MethodologyCard
+                            methodologyId={methodologyId}
+                            key={methodologyId}
+                            methodologyName={methodologyName}
+                            description={description}
+                            inputRequired={inputRequired}
+                            isSelected={selectedMethodology === methodologyName}
+                            disabled={disabled}
+                            t={t}
+                            handleCardSelect={() =>
+                              handleMethodologySelected({
+                                description,
+                                disabled,
+                                inputRequired,
+                                methodologyId,
+                                methodologyName,
+                              })
+                            }
+                          />
+                        ),
+                      )}
+                    </Box>
+                  </Box>
+                )}
+              </Box>
+            )}
+          </Box>
+        )}
+      </TabPanel>
+      <AddActivityModal
+        t={t}
+        userInfo={null}
+        isOpen={isAddActivityModalOpen}
+        onClose={onAddActivityModalClose}
+        hasActivityData={hasActivityData}
+        setHasActivityData={setHasActivityData}
+        formStruct={filteredScope}
+        inventoryId={inventoryId}
+      />
+
+      <ChangeMethodology
+        t={t}
+        onClose={onChangeMethodologyClose}
+        isOpen={isChangeMethodologyModalOpen}
+        onChangeClicked={changeMethodology}
+      />
+      <DeleteAllActivitiesModal
+        t={t}
+        isOpen={isDeleteActivitiesModalOpen}
+        onClose={onDeleteActivitiesModalClose}
+      />
+    </>
+  );
+};
+
+export default ActivityTab;
diff --git a/app/src/components/Tabs/Activity/scope-unavailable.tsx b/app/src/components/Tabs/Activity/scope-unavailable.tsx
new file mode 100644
index 000000000..f64939a2e
--- /dev/null
+++ b/app/src/components/Tabs/Activity/scope-unavailable.tsx
@@ -0,0 +1,76 @@
+import HeadingText from "@/components/heading-text";
+import {
+  Box,
+  Button,
+  Radio,
+  RadioGroup,
+  Stack,
+  Text,
+  Textarea,
+} from "@chakra-ui/react";
+import { TFunction } from "i18next";
+import React, { FC } from "react";
+
+interface ScopeUnavailableProps {
+  t: TFunction;
+}
+
+const ScopeUnavailable: FC<ScopeUnavailableProps> = ({ t }) => {
+  return (
+    <Box>
+      <HeadingText title={t("scope-unavailable")} />
+      <Text
+        letterSpacing="wide"
+        fontSize="body.lg"
+        fontWeight="normal"
+        color="interactive.control"
+        mt="8px"
+      >
+        {t("scope-unavailable-description")}
+      </Text>
+      <Box mt="48px">
+        <Text
+          fontWeight="bold"
+          fontSize="title.md"
+          fontFamily="heading"
+          pt="48px"
+          pb="24px"
+        >
+          {t("select-reason")}
+        </Text>
+        <RadioGroup>
+          <Stack direction="column">
+            <Radio value={t("select-reason-1")} color="interactive.secondary">
+              {t("select-reason-1")}
+            </Radio>
+            <Radio value={t("select-reason-2")}>{t("select-reason-2")}</Radio>
+            <Radio value={t("select-reason-3")}>{t("select-reason-3")}</Radio>
+            <Radio value={t("select-reason-4")}>{t("select-reason-4")}</Radio>
+          </Stack>
+        </RadioGroup>
+        <Text
+          fontWeight="medium"
+          fontSize="title.md"
+          fontFamily="heading"
+          pt="48px"
+          pb="24px"
+          letterSpacing="wide"
+        >
+          {t("explanation-justification")}
+        </Text>
+        <Textarea
+          borderRadius="4px"
+          borderWidth="1px"
+          borderColor="border.neutral"
+          backgroundColor="base.light"
+          placeholder={t("textarea-placeholder-text")}
+        />
+        <Button h="48px" p="16px" mt="24px">
+          {t("save-changes")}
+        </Button>
+      </Box>
+    </Box>
+  );
+};
+
+export default ScopeUnavailable;
diff --git a/app/src/components/building-select-input.tsx b/app/src/components/building-select-input.tsx
index f845433ff..9d50937da 100644
--- a/app/src/components/building-select-input.tsx
+++ b/app/src/components/building-select-input.tsx
@@ -1,8 +1,9 @@
 import { Box, Select, Text } from "@chakra-ui/react";
 import React, { FC } from "react";
-import { UseFormRegister } from "react-hook-form";
+import { FieldError, FieldErrors, UseFormRegister } from "react-hook-form";
 import { Inputs } from "./Modals/add-activity-modal";
 import { t } from "i18next";
+import { WarningIcon } from "@chakra-ui/icons";
 
 interface BuildingTypeSelectInputProps {
   title: string;
@@ -10,6 +11,7 @@ interface BuildingTypeSelectInputProps {
   placeholder: string;
   register: UseFormRegister<Inputs>;
   activity: string;
+  errors: FieldErrors<any>;
 }
 
 const BuildingTypeSelectInput: FC<BuildingTypeSelectInputProps> = ({
@@ -18,6 +20,7 @@ const BuildingTypeSelectInput: FC<BuildingTypeSelectInputProps> = ({
   placeholder,
   register,
   activity,
+  errors,
 }) => {
   return (
     <Box display="flex" flexDirection="column" gap="8px">
@@ -34,18 +37,16 @@ const BuildingTypeSelectInput: FC<BuildingTypeSelectInputProps> = ({
       <Select
         shadow="1dp"
         borderRadius="4px"
+        borderWidth={errors?.[activity] ? "1px" : 0}
         border="inputBox"
-        background="background.default"
+        borderColor={errors?.[activity] ? "sentiment.negativeDefault" : ""}
+        background={errors?.[activity] ? "sentiment.negativeOverlay" : ""}
         color="content.secondary"
         placeholder={placeholder}
-        _placeholder={{
-          color: 'red.500'
-        }}
-        
-       _focus={{
-          borderWidth:'1px',
+        _focus={{
+          borderWidth: "1px",
           borderColor: "content.link",
-          shadow: 'none'
+          shadow: "none",
         }}
         {...register(activity as any, { required: t("value-required") })}
       >
@@ -55,6 +56,16 @@ const BuildingTypeSelectInput: FC<BuildingTypeSelectInputProps> = ({
           </option>
         ))}
       </Select>
+      {errors?.[activity] ? (
+        <Box display="flex" gap="6px" alignItems="center">
+          <WarningIcon color="sentiment.negativeDefault" />
+          <Text fontSize="body.md">
+            Please select the {title.toLowerCase()}
+          </Text>
+        </Box>
+      ) : (
+        ""
+      )}
     </Box>
   );
 };
diff --git a/app/src/components/icons.tsx b/app/src/components/icons.tsx
index 31d6c5589..5faad51d9 100644
--- a/app/src/components/icons.tsx
+++ b/app/src/components/icons.tsx
@@ -280,3 +280,33 @@ export const SearchOffIcon = () => {
     </svg>
   );
 };
+
+export const ChangeMethodologyIcon = () => {
+  return (
+    <svg
+      xmlns="http://www.w3.org/2000/svg"
+      width="37"
+      height="36"
+      viewBox="0 0 37 36"
+      fill="none"
+    >
+      <mask
+        id="mask0_2911_36767"
+        style={{ maskType: "alpha" }}
+        maskUnits="userSpaceOnUse"
+        x="0"
+        y="0"
+        width="37"
+        height="36"
+      >
+        <rect x="0.5" width="36" height="36" fill="#D9D9D9" />
+      </mask>
+      <g mask="url(#mask0_2911_36767)">
+        <path
+          d="M23 31.5V27H17V12H14V16.5H3.5V4.5H14V9H23V4.5H33.5V16.5H23V12H20V24H23V19.5H33.5V31.5H23ZM26 13.5H30.5V7.5H26V13.5ZM26 28.5H30.5V22.5H26V28.5ZM6.5 13.5H11V7.5H6.5V13.5Z"
+          fill="#2351DC"
+        />
+      </g>
+    </svg>
+  );
+};
diff --git a/app/src/features/city/data/stationary-form-inputs.json b/app/src/features/city/data/stationary-form-inputs.json
new file mode 100644
index 000000000..a5c26a74d
--- /dev/null
+++ b/app/src/features/city/data/stationary-form-inputs.json
@@ -0,0 +1,170 @@
+{
+    "1": {
+      "fields": [
+        {
+          "label": "Building type",
+          "type": "select",
+          "name": "buildingType",
+          "options": [
+            "Select type of building",
+            "All",
+            "Commercial / Institutional",
+            "Commercial buildings",
+            "Institutional buildings",
+            "Street lighting"
+          ]
+        },
+        {
+          "label": "Fuel type",
+          "type": "select",
+          "name": "fuelType",
+          "options": [
+            "Select type of fuel",
+            "All fuels",
+            "Propane",
+            "Natural gas",
+            "Heating oil"
+          ]
+        },
+        {
+          "label": "Total fuel consumption",
+          "type": "number",
+          "name": "fuelConsumption",
+          "options": [
+            "Gallons (gal)",
+            "Liters (L)",
+            "Cubic meters (m3)",
+            "Kilograms (kg)",
+            "Terajoules (Tj)",
+            "Kilowatt hour (kWh"
+          ]
+        },
+        {
+          "label": "Select emission factor type",
+          "type": "select",
+          "name": "emissionFactorType",
+          "options": [
+            "IPCC",
+            "Regional",
+            "National",
+            "IPCC",
+            "Add custom"
+          ]
+        },
+        {
+          "label": "CO2 emission factor",
+          "type": "number",
+          "name": "co2EmissionFactor",
+          "unit": "CO2/Gal"
+        },
+        {
+          "label": "N2O emission factor",
+          "type": "number",
+          "name": "n2oEmissionFactor",
+          "unit": "NO2/Gal"
+        },
+        {
+          "label": "CH4 emission factor",
+          "type": "number",
+          "name": "ch4EmissionFactor",
+          "unit": "kg/Gal"
+        }
+        
+      ],
+      "submit": {
+        "label": "Add Activity",
+        "action": "/submit-activity"
+      }
+    },
+    "2": {
+        "fields": [
+          {
+            "label": "Building type",
+            "type": "select",
+            "name": "buildingType",
+            "options": [
+              "All",
+              "Commercial / Institutional",
+              "Commercial buildings",
+              "Institutional buildings",
+              "Street lighting"
+            ]
+          },
+          {
+            "label": "Energy usage type",
+            "type": "select",
+            "name": "fuelType",
+            "options": [
+              "All energy usages",
+              "Electricity",
+              "Electricity (CHP)",
+              "Heating",
+              "Heating (CHP)",
+              "Steam",
+              "Steam (CHP)",
+              "Refrigeration",
+              "Refrigeration (CHP)"
+            ]
+          },
+          {
+            "label": "Total grid-supplied energy consumption",
+            "type": "number",
+            "name": "fuelConsumption",
+            "unit": "gal",
+            "options": [
+              "Kilowatt hour (kWh",
+              "Terajoules (Tj)",
+              "Kilowatt-kilometer (kW/km)"
+            ]
+          },
+          {
+            "label": "Emission factor type",
+            "type": "select",
+            "name": "emissionFactorType",
+            "options": [
+              "IPCC",
+              "DEFRA",
+              "GHG Protocol"
+            ]
+          },
+          {
+            "label": "CO2 emission factor",
+            "type": "number",
+            "name": "co2EmissionFactor",
+            "unit": "CO2/kWh"
+          },
+          {
+            "label": "N2O emission factor",
+            "type": "number",
+            "name": "n2oEmissionFactor",
+            "unit": "NO2/kWh"
+          },
+          {
+            "label": "CH4 emission factor",
+            "type": "number",
+            "name": "ch4EmissionFactor",
+            "unit": "CH4/kWh"
+          },
+          {
+            "label": "Data quality",
+            "type": "select",
+            "name": "dataQuality",
+            "options": [
+              "High",
+              "Medium",
+              "Low"
+            ]
+          },
+          {
+            "label": "Source reference",
+            "type": "text",
+            "name": "sourceReference",
+            "placeholder": "Write in detail from which source the entered values come from."
+          }
+        ],
+        "submit": {
+          "label": "Add Activity",
+          "action": "/submit-activity"
+        }
+      }
+  }
\ No newline at end of file
diff --git a/app/src/features/city/subsectorSlice.ts b/app/src/features/city/subsectorSlice.ts
index f420dd2d4..2261baa41 100644
--- a/app/src/features/city/subsectorSlice.ts
+++ b/app/src/features/city/subsectorSlice.ts
@@ -1,13 +1,91 @@
 import { RootState } from "@/lib/store";
 import { SubSectorAttributes } from "@/models/SubSector";
 import { PayloadAction, createSlice } from "@reduxjs/toolkit";
+import stationaryEnergyForm from './data/stationary-form-inputs.json'
+import { SubCategory, SubCategoryAttributes } from "@/models/SubCategory";
+
+export type Methodology = {
+  methodologyId:string,
+  methodologyName: string,
+  description: string,
+  inputRequired: string[],
+  disabled:boolean,
+}
+
+export type ActivityDataScope = {
+  scope: number,
+  formInputs: any,
+  methodologies: Methodology[]
+
+}
 
 interface SubsectorState {
   subsector?: SubSectorAttributes;
+  subCategories: SubCategoryAttributes[];
+  scopes: ActivityDataScope[];
 }
 
 const initialState = {
-  city: undefined,
+  subsector: undefined,
+  subCategories: [],
+  scopes: [{
+    scope: 1,
+    formInputs: stationaryEnergyForm[1],
+    methodologies: [{
+      methodologyId: "1",
+      methodologyName: 'Fuel Combustion Consumption',
+      description: 'Direct recording of fuels combusted in commercial buildings',
+      inputRequired: ["Total fuel consumed amount"],
+      disabled: false,
+    },{
+      methodologyId: "2",
+      methodologyName: 'Scaled sample data',
+      description: 'Extrapolates emissions from a representative sample of buildings.',
+      inputRequired: ["Sample fuel consumed amount", "Scaling data (population, GDP, area, etc.) for sample and city level"],
+      disabled: false,
+     
+    },{
+      methodologyId: "3",
+      methodologyName: 'Modeled data',
+      description: 'Emissions estimated from predictive models.',
+      inputRequired: ["Modeled fuel intensity consumption", "Build area"],
+      disabled: true,
+    },{
+      methodologyId: "4",
+      methodologyName: 'Direct measure',
+      description: "Direct emission measurements from commercial buildings' combustion sources.",
+      inputRequired: ["Emissions data"],
+      disabled: false,
+    }]
+  },{
+    scope: 2,
+    formInputs: stationaryEnergyForm[2],
+    methodologies: [{
+      methodologyId: "1",
+      methodologyName: 'Energy Consumption',
+      description: "Direct recording of fuels combusted in commercial buildings",
+
+    },{
+      methodologyId: "2",
+      methodologyName: 'Scaled sample data',
+      description: 'Extrapolates emissions from a representative sample of buildings.',
+      inputRequired: ["Sample fuel consumed amount", "Scaling data (population, GDP, area, etc.) for sample and city level"],
+      disabled: false,
+     
+    },{
+      methodologyId: "3",
+      methodologyName: 'Modeled data',
+      description: 'Emissions estimated from predictive models.',
+      inputRequired: ["Modeled fuel intensity consumption", "Build area"],
+      disabled: true,
+    },{
+      methodologyId: "4",
+      methodologyName: 'Direct measure',
+      description: "Direct emission measurements from commercial buildings' combustion sources.",
+      inputRequired: ["Emissions data"],
+      disabled: false,
+    }]
+  }]
 } as SubsectorState;
 
 export const subsectorSlice = createSlice({
@@ -15,7 +93,7 @@ export const subsectorSlice = createSlice({
   // state type is inferred from the initial state
   initialState,
   reducers: {
-    setSubsector: (state, action: PayloadAction<SubSectorAttributes>) => {
+    setSubsector: (state, action: PayloadAction<SubSectorAttributes & {subCategories: SubCategoryAttributes[]}>) => {
       state.subsector = action.payload;
     },
     clearSubsector: (state) => {
diff --git a/app/src/i18n/locales/en/dashboard.json b/app/src/i18n/locales/en/dashboard.json
index 6c0db5962..32160185a 100644
--- a/app/src/i18n/locales/en/dashboard.json
+++ b/app/src/i18n/locales/en/dashboard.json
@@ -26,7 +26,7 @@
   "view-less": "VIEW LESS",
   "transportation": "Transportation",
   "transportation-description": "This sector deals with emissions from the transportation of goods and people within the city boundary.",
-  "waste-and-wastewater": "Waste and wastewater",
+  "waste": "Waste and wastewater",
   "waste-and-wastewater-description": "This sector covers emissions generated from waste management processes.",
   "unnamed-sector": "Unnamed Sector",
   "try-again": "Try again",
diff --git a/app/src/i18n/locales/en/data.json b/app/src/i18n/locales/en/data.json
index 9744c45cb..ed6e9ace9 100644
--- a/app/src/i18n/locales/en/data.json
+++ b/app/src/i18n/locales/en/data.json
@@ -19,7 +19,7 @@
   "total-consumption": "Total Consumption",
   "emissions": "Emissions",
   "inventory-year": "Inventory Year",
-  "fuel-type": "Fuel Type",
+  "fuel-type": "Fuel type",
   "fuel-consumption": "Fuel Consumption",
   "total-emissions": "Total Emissions",
   "energy-consumption": "Energy Consumption",
@@ -89,7 +89,7 @@
   "refrigiration": "Refrigiration",
   "refrigiration-chp": "Refrigiration CHP",
 
-  "stationary-energy": "Stationary Energy",
+  "stationary-energy": "Stationary energy",
   "stationary-energy-details": "This sector deals with emissions that result from the generation of electricity, heat, and steam, as well as their consumption.",
   "stationary-energy-scope": "Scope Required for Basic GHGI: 1, 2",
   "transportation": "Transportation",
@@ -160,6 +160,11 @@
   "wastewater-treatment-and-discharge": "Wastewater generated in the city",
   "wastewater-treatment-and-discharge-description": "This sub-sector includes emissions from incineration (a controlled, industrial process often with energy recovery where inputs and emissions can be measured and data is often available), and from open burning (an uncontrolled, often illicit process with different emissions and can typically only be estimated based on collection rates). Both generated inside the city.",
 
+  "delete-all-activities": "Delete all activities",
+  "delete-activity": "Delete activity",
+  "delete-activities-prompt": "Are you sure you want to <2>permanently delete </2> all activities in the commercial and institutional buildings sub-sector from the city's inventory data?",
+  "delete-activity-prompt": "Are you sure you want to <2> permanently delete </2> this activity from the city's inventory data?",
+  
   "skip-step-button": "Skip this step",
   "save-continue-button": "Save and Continue",
   "updated-every": "Updated every",
@@ -201,6 +206,8 @@
   "n2o-emission-factor": "N2O emission factor",
   "ch4-emission-factor": "CH4 emission factor",
   "optional": "Optional",
+  "change-methodology": "Change methodology",
+  "change-methodology-description-text": "Please be aware that <2>changing methodology may impact your existing inventory data.</2> Are you sure you want to proceed with changing your methodology?",
   "emissions-factor-details": "At least one emission factor is required. Empty values will be computed as 0 and require to be justified.",
   "source-reference": "Source reference",
   "source-reference-required": "Add a description of the reference source and justified emission factors, if applicable",
@@ -213,7 +220,7 @@
   "detailed-emissions-data": "High - Detailed emissions data",
   "all": "All",
   "commercial-institutional": "Commercial / Institutional",
-  "detailed-activity-data": "Detailed activity data",
+  "detailed-activity-data": "High - Detailed activity data",
   "modeled-emissions-data": "Medium - Modeled emissions data using robust assumptions",
   "highly-modeled-uncertain-emissions-data": "Low - Highly-modeled or uncertain emissions data",
   "select-subcategories": "Select the subcategories to be added",
diff --git a/app/src/i18n/locales/es/dashboard.json b/app/src/i18n/locales/es/dashboard.json
index 124de9d9c..112516b47 100644
--- a/app/src/i18n/locales/es/dashboard.json
+++ b/app/src/i18n/locales/es/dashboard.json
@@ -27,7 +27,7 @@
   "view-less": "VER MENOS",
   "transportation": "Transporte",
   "transportation-description": "Este sector trata sobre las emisiones del transporte de bienes y personas dentro de los límites de la ciudad.",
-  "waste-and-wastewater": "Residuos y aguas residuales",
+  "waste": "Residuos y aguas residuales",
   "waste-and-wastewater-description": "Este sector cubre las emisiones generadas por los procesos de gestión de residuos.",
   "try-again": "Intentar nuevamente",
   "preparing-dataset": "Preparando para descargar",
diff --git a/app/src/i18n/locales/es/data.json b/app/src/i18n/locales/es/data.json
index 2c6972e01..6cb6dd93b 100644
--- a/app/src/i18n/locales/es/data.json
+++ b/app/src/i18n/locales/es/data.json
@@ -2,8 +2,8 @@
   "data-heading": "Añada datos para completar su Inventario de Gases de Efecto Invernadero (GEI)",
   "data-details": "Conecte datos de terceros o cargue sus propios datos para compilar su Inventario de GEI con la metodología GPC Básica",
   "data-view-heading": "Revise los datos necesarios para completar el inventario de su ciudad",
-  "data-view-details": "GPC Básico abarca tres sectores principales: Energía Estacionaria, Transporte y Residuos. Complete los datos necesarios para cada sector y construya un inventario completo de GEI. <2>Más información</2>",
-  "stationary-energy": "Energía Estacionaria",
+  "data-view-details": "Seleccione y complete los datos necesarios para el sector relevante para construir un inventario completo de GEI.",
+  "stationary-energy": "Energía estacionaria",
   "stationary-energy-details": "Este sector cubre las emisiones que resultan de la generación y consumo de electricidad, calor y vapor.",
   "stationary-energy-scope": "Alcance requerido para el inventario de GEI Básico: 1, 2",
   "transportation": "Transporte",
diff --git a/app/src/models/ActivityValue.ts b/app/src/models/ActivityValue.ts
index b32e5b108..ded85797f 100644
--- a/app/src/models/ActivityValue.ts
+++ b/app/src/models/ActivityValue.ts
@@ -2,6 +2,7 @@ import * as Sequelize from "sequelize";
 import { DataTypes, Model, Optional } from "sequelize";
 import type { GasValue, GasValueId } from "./GasValue";
 import type { InventoryValue, InventoryValueId } from "./InventoryValue";
+import { DataSource, DataSourceId } from "./DataSource";
 
 export interface ActivityValueAttributes {
   id: string;
@@ -64,6 +65,14 @@ export class ActivityValue
     InventoryValueId
   >;
   createInventoryValue!: Sequelize.BelongsToCreateAssociationMixin<InventoryValue>;
+  // ActivityValue belongsTo DataSource via DataSourceId
+  dataSource!: DataSource;
+  getDataSource!: Sequelize.BelongsToGetAssociationMixin<DataSource>;
+  setDataSource!: Sequelize.BelongsToSetAssociationMixin<
+    DataSource,
+    DataSourceId
+  >;
+  createDataSource!: Sequelize.BelongsToCreateAssociationMixin<DataSource>;
 
   static initModel(sequelize: Sequelize.Sequelize): typeof ActivityValue {
     return ActivityValue.init(
diff --git a/app/src/models/DataSource.ts b/app/src/models/DataSource.ts
index 58f970a90..b95231831 100644
--- a/app/src/models/DataSource.ts
+++ b/app/src/models/DataSource.ts
@@ -31,6 +31,7 @@ import type { Sector, SectorId } from "./Sector";
 import type { SubCategory, SubCategoryId } from "./SubCategory";
 import type { SubSector, SubSectorId } from "./SubSector";
 import { InventoryValue, InventoryValueId } from "./InventoryValue";
+import { ActivityValue, ActivityValueId } from "./ActivityValue";
 
 export interface DataSourceAttributes {
   datasourceId: string;
@@ -723,6 +724,38 @@ export class DataSource
     InventoryValue,
     InventoryValueId
   >;
+  // DataSource hasMany ActivityValue via datasourceId
+  activityValues!: ActivityValue[];
+  getActivityValues!: Sequelize.HasManyGetAssociationsMixin<ActivityValue>;
+  setActivityValues!: Sequelize.HasManySetAssociationsMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
+  addActivityValue!: Sequelize.HasManyAddAssociationMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
+  addActivityValues!: Sequelize.HasManyAddAssociationsMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
+  createActivityValue!: Sequelize.HasManyCreateAssociationMixin<ActivityValue>;
+  removeActivityValue!: Sequelize.HasManyRemoveAssociationMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
+  removeActivityValues!: Sequelize.HasManyRemoveAssociationsMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
+  hasActivityValue!: Sequelize.HasManyHasAssociationMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
+  hasActivityValues!: Sequelize.HasManyHasAssociationsMixin<
+    ActivityValue,
+    ActivityValueId
+  >;
 
   static initModel(sequelize: Sequelize.Sequelize): typeof DataSource {
     return DataSource.init(
diff --git a/app/src/models/EmissionsFactor.ts b/app/src/models/EmissionsFactor.ts
index 848f3adf1..edd5cec5c 100644
--- a/app/src/models/EmissionsFactor.ts
+++ b/app/src/models/EmissionsFactor.ts
@@ -16,6 +16,10 @@ export interface EmissionsFactorAttributes {
   gas?: string;
   units?: string;
   inventoryId?: string | null;
+  region?: string | null;
+  actorId?: string | null;
+  methodologyName?: string | null;
+  reference?: string | null;
   created?: Date;
   lastUpdated?: Date;
 }
@@ -29,6 +33,10 @@ export type EmissionsFactorOptionalAttributes =
   | "gas"
   | "units"
   | "inventoryId"
+  | "region"
+  | "actorId"
+  | "methodologyName"
+  | "reference"
   | "created"
   | "lastUpdated";
 export type EmissionsFactorCreationAttributes = Optional<
@@ -38,8 +46,7 @@ export type EmissionsFactorCreationAttributes = Optional<
 
 export class EmissionsFactor
   extends Model<EmissionsFactorAttributes, EmissionsFactorCreationAttributes>
-  implements EmissionsFactorAttributes
-{
+  implements EmissionsFactorAttributes {
   id!: string;
   gpcReferenceNumber?: string;
   emissionsPerActivity?: number;
@@ -47,6 +54,10 @@ export class EmissionsFactor
   gas?: string;
   units?: string;
   inventoryId?: string | null;
+  region?: string | null;
+  actorId?: string | null;
+  methodologyName?: string | null;
+  reference?: string | null;
   created?: Date;
   lastUpdated?: Date;
 
@@ -179,6 +190,24 @@ export class EmissionsFactor
           },
           field: "inventory_id",
         },
+        region: {
+          type: DataTypes.TEXT,
+          allowNull: true,
+        },
+        actorId: {
+          type: DataTypes.TEXT,
+          allowNull: true,
+          field: "actor_id",
+        },
+        methodologyName: {
+          type: DataTypes.TEXT,
+          allowNull: true,
+          field: "methodology_name",
+        },
+        reference: {
+          type: DataTypes.TEXT,
+          allowNull: true,
+        },
       },
       {
         sequelize,
@@ -191,7 +220,7 @@ export class EmissionsFactor
           {
             name: "EmissionsFactor_pkey",
             unique: true,
-            fields: [{ name: "emissions_factor_id" }],
+            fields: [{ name: "id" }],
           },
         ],
       },
diff --git a/app/src/models/init-models.ts b/app/src/models/init-models.ts
index 3c0684b37..9f4868ca7 100644
--- a/app/src/models/init-models.ts
+++ b/app/src/models/init-models.ts
@@ -285,6 +285,14 @@ export function initModels(sequelize: Sequelize) {
     as: "gasValues",
     foreignKey: "activityValueId",
   });
+  ActivityValue.belongsTo(DataSource, {
+    as: "dataSource",
+    foreignKey: "datasourceId",
+  });
+  DataSource.hasMany(ActivityValue, {
+    as: "activityValues",
+    foreignKey: "datasourceId",
+  });
   ActivityValue.belongsTo(InventoryValue, {
     as: "inventoryValue",
     foreignKey: "inventoryValueId",
diff --git a/app/src/services/api.ts b/app/src/services/api.ts
index 22580cbf8..79891da77 100644
--- a/app/src/services/api.ts
+++ b/app/src/services/api.ts
@@ -31,6 +31,7 @@ export const api = createApi({
     "UserInventories",
     "SubSectorValue",
     "InventoryValue",
+    "ActivityValue",
     "UserData",
     "FileData",
     "CityData",
@@ -402,6 +403,59 @@ export const api = createApi({
       },
       transformResponse: (response: { data: [] }) => response.data,
     }),
+    connectToCDP: builder.mutation({
+      query: ({inventoryId}) => {
+        return{
+          method: 'POST',
+          url: `/inventory/${inventoryId}/cdp`
+        }
+      }
+    }),
+
+    // ActivityValue CRUD
+    getActivityValues: builder.query({
+      query: ({inventoryId, subCategoryIds, subSectorId, methodologyId}: {inventoryId: string, subCategoryIds?: string[], subSectorId?: string, methodologyId?: string }) => ({
+        url: `/inventory/${inventoryId}/activity-value`,
+        params: { subCategoryIds: subCategoryIds?.join(",") ?? undefined, subSectorId: subSectorId ?? undefined },
+        method: "GET",
+      }),
+      transformResponse: (response: any) => response.data,
+      providesTags: ["ActivityValue"],
+    }),
+    createActivityValue: builder.mutation({
+      query: (data) => ({
+        method: "POST",
+        url: `/inventory/${data.inventoryId}/activity-value`,
+        body: data.data,
+      }),
+      transformResponse: (response: any) => response.data,
+      invalidatesTags: ["ActivityValue"],
+    }),
+    getActivityValue: builder.query({
+      query: (data: { inventoryId: string; valueId: string }) => ({
+        method: "GET",
+        url: `/inventory/${data.inventoryId}/activity-value/${data.valueId}`,
+      }),
+      transformResponse: (response: any) => response.data,
+      providesTags: ["ActivityValue"],
+    }),
+    updateActivityValue: builder.mutation({
+      query: (data) => ({
+        method: "PATCH",
+        url: `/inventory/${data.inventoryId}/activity-value/${data.valueId}`,
+        body: data.data,
+      }),
+      transformResponse: (response: any) => response.data,
+      invalidatesTags: ["ActivityValue"],
+    }),
+    deleteActivityValue: builder.mutation({
+      query: (data: { activityValueId: string; inventoryId: string }) => ({
+        method: "DELETE",
+        url: `/inventory/${data.inventoryId}/activity-value/${data.activityValueId}`,
+      }),
+      transformResponse: (response: any) => response.data,
+      invalidatesTags: ["ActivityValue"],
+    }),
   }),
 });
 
@@ -457,5 +511,6 @@ export const {
   useInviteUserMutation,
   useCheckUserMutation,
   useMockDataQuery,
+  useConnectToCDPMutation
 } = api;
 export const { useGetOCCityQuery, useGetOCCityDataQuery } = openclimateAPI;
diff --git a/app/src/util/helpers.ts b/app/src/util/helpers.ts
index 22e1c95b9..ad467b4e4 100644
--- a/app/src/util/helpers.ts
+++ b/app/src/util/helpers.ts
@@ -156,3 +156,38 @@ export function findClosestYear(
     null as PopulationEntry | null,
   );
 }
+
+export function findClosestYearToInventory(
+  populationData: PopulationEntry[] | undefined,
+  year: number,
+  maxYearDifference: number = 10
+): PopulationEntry | null {
+  if (!populationData || populationData.length === 0) {
+    return null;
+  }
+
+  let closestEntry = null;
+  let closestDistance = Infinity; // Initialize with a large number
+
+  populationData.forEach(entry => {
+    // Ensure the entry has a valid population value
+    if (entry.population !== null && entry.population !== undefined) {
+      const currentDistance = Math.abs(entry.year - year);
+      // Update closestEntry if the current entry is closer than the previously stored one
+      if (currentDistance < closestDistance) {
+        closestEntry = entry;
+        closestDistance = currentDistance;
+      }
+    }
+  });
+
+  // After identifying the closest entry, check if it's within the allowable range
+  if (closestEntry && closestDistance <= maxYearDifference) {
+    return closestEntry;
+  } else if (closestEntry) {
+    // If no entry is within the maxYearDifference, return the closest available entry
+    return closestEntry;
+  }
+  
+  return null; // In case all entries are outside the maxYearDifference and no closest entry was found
+}
diff --git a/app/src/util/validation.ts b/app/src/util/validation.ts
index 8f8329918..1ddd1501a 100644
--- a/app/src/util/validation.ts
+++ b/app/src/util/validation.ts
@@ -150,7 +150,7 @@ export const createUserInvite = z.object({
 export type CreateUserInvite = z.infer<typeof createUserInvite>;
 
 export const createActivityValueRequest = z.object({
-  inventoryValueId: z.string().uuid(),
+  inventoryValueId: z.string().uuid().optional(),
   activityData: z.any().optional(),
   metadata: z.any().optional(),
   dataSource: z
diff --git a/app/tests/api/inventory.test.ts b/app/tests/api/inventory.test.ts
index 6137f0846..d4152ee39 100644
--- a/app/tests/api/inventory.test.ts
+++ b/app/tests/api/inventory.test.ts
@@ -24,7 +24,7 @@ import { SubCategory } from "@/models/SubCategory";
 const locode = "XX_INVENTORY_CITY";
 // Matches name given by CDP for API testing
 const cityName = "Open Earth Foundation API City Discloser";
-const cityCountry = undefined;
+const cityCountry = "United Kingdom of Great Britain and Northern Ireland";
 const inventoryName = "TEST_INVENTORY_INVENTORY";
 const sectorName = "XX_INVENTORY_TEST_SECTOR";
 const subcategoryName = "XX_INVENTORY_TEST_SUBCATEGORY";
@@ -375,7 +375,7 @@ describe("Inventory API", () => {
     // assert.equal(totalProgress.total, 27);
   });
 
-  it("should submit an inventory to the CDP test API", async () => {
+  it("should submit an inventory to the CDP test API", { skip: true }, async () => {
     const req = mockRequest({});
     const res = await submitInventory(req, {
       params: { inventory: inventory.inventoryId },
diff --git a/app/tests/cdpservice.test.ts b/app/tests/cdpservice.test.ts
new file mode 100644
index 000000000..033a0d89f
--- /dev/null
+++ b/app/tests/cdpservice.test.ts
@@ -0,0 +1,42 @@
+import { after, before, beforeEach, describe, it, mock } from "node:test";
+
+import { logger } from '@/services/logger';
+import CDPService from '@/backend/CDPService';
+
+import assert from "node:assert";
+
+const TEST_CITY = "Test City";
+const TEST_COUNTRY = "Test Country";
+const TEST_QUESTION = "1";
+const TEST_RESPONSE = ["Test response"];
+
+describe.skip("CDPService", () => {
+  let cityID: string|null = null;
+
+  it("should be in test mode", () => {
+    assert.equal(CDPService.mode, "test");
+  });
+
+  before(async () => {
+    cityID = await CDPService.getCityID(TEST_CITY, TEST_COUNTRY);
+  })
+
+  it("should get a city ID from CDP", async () => {
+    const testCityID = await CDPService.getCityID(TEST_CITY, TEST_COUNTRY);
+    assert.notEqual(testCityID, null);
+  });
+
+  it("should get questions from CDP", async () => {
+    const questions = await CDPService.getQuestions(cityID!);
+    assert.notEqual(questions, null);
+  });
+
+  it("should submit a response to CDP", async () => {
+    const response = await CDPService.submitMatrix(
+      cityID!,
+      TEST_QUESTION,
+      TEST_RESPONSE
+    );
+    assert.notEqual(response, null);
+  });
+});
\ No newline at end of file
diff --git a/global-api/data-coverage/data-coverage.sql b/global-api/data-coverage/data-coverage.sql
index 50e52ea1b..d62f5a93e 100644
--- a/global-api/data-coverage/data-coverage.sql
+++ b/global-api/data-coverage/data-coverage.sql
@@ -21,9 +21,9 @@ insert into data_coverage(locode, year, gpc_reference_number, publisher_id, tota
 /* Scaled by country (e.g. IEA) */
 
 insert into data_coverage(locode, year, gpc_reference_number, publisher_id, total)
-select locode, country_code.year as year, "GPC_refno" as gpc_reference_number, source_name as publisher_id, ROUND((CAST(p1.population as float)/CAST(p2.population as float)) * CAST(emissions_value as float)) as total from geography, population p1, population p2, country_code where geography.locode = p1.actor_id and geography.country = p2.actor_id and p1.year = p2.year and p2.year = country_code.year and geography.country = country_code.country_code;
+select locode, country_code.year as year, "GPC_refno" as gpc_reference_number, source_name as publisher_id, ROUND((CAST(p1.population as float)/CAST(p2.population as float)) * CAST(emissions_value as float)) as total from dim_geography geography, population p1, population p2, country_code where geography.locode = p1.actor_id and geography.country = p2.actor_id and p1.year = p2.year and p2.year = country_code.year and geography.country = country_code.country_code;
 
 /* Scaled by region (e.g. Argentina) */
 
 insert into data_coverage(locode, year, gpc_reference_number, publisher_id, total)
-select locode, regionwide_emissions.year as year, "GPC_refno" as gpc_reference_number, source_name as publisher_id, ROUND((CAST(p1.population as float)/CAST(p2.population as float)) * CAST(emissions_value as float)) as total from geography, population p1, population p2, regionwide_emissions where geography.locode = p1.actor_id and geography.region = p2.actor_id and p1.year = p2.year and p2.year = regionwide_emissions.year and geography.region = regionwide_emissions.region_code;
+select locode, regionwide_emissions.year as year, "GPC_refno" as gpc_reference_number, source_name as publisher_id, ROUND((CAST(p1.population as float)/CAST(p2.population as float)) * CAST(emissions_value as float)) as total from dim_geography geography, population p1, population p2, regionwide_emissions where geography.locode = p1.actor_id and geography.region = p2.actor_id and p1.year = p2.year and p2.year = regionwide_emissions.year and geography.region = regionwide_emissions.region_code;
diff --git a/global-api/importer-mage/cc-mage/custom/activity_subcategory_table.py b/global-api/importer-mage/cc-mage/custom/activity_subcategory_table.py
new file mode 100644
index 000000000..0f9c2c649
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/custom/activity_subcategory_table.py
@@ -0,0 +1,40 @@
+if 'custom' not in globals():
+    from mage_ai.data_preparation.decorators import custom
+if 'test' not in globals():
+    from mage_ai.data_preparation.decorators import test
+
+@custom
+def create_activity_df(*args, **kwargs):
+    """
+    args: The output from any upstream parent blocks (if applicable)
+
+    Returns:
+        Anything (e.g. data frame, dictionary, array, int, str, etc.)
+    """
+    # Load the ef_df from the upstream block
+    ef_df = args[0]
+
+    # Extract columns from ef_df
+    activity = ef_df[['subcategory', 'unit_demoninator']]
+
+    # Rename columns based on the Global-API schema 
+    activity.rename(columns={'unit_demoninator': 'activity_units'}, inplace=True)
+
+    # Add activity name
+    activity['activity_name'] = 'fuel consumption'
+
+    # Add activity_subcategory_type in this case: fuel type
+    activity['activity_subcategory_type'] = activity['subcategory'].apply(lambda x: f'fuel_type:{x}')
+
+    # Drop fuel_type column
+    activity = activity.drop(columns='subcategory')
+
+    # Return the new DataFrame
+    return activity
+
+@test
+def test_output(output, *args) -> None:
+    """
+    Template code for testing the output of the block.
+    """
+    assert output is not None, 'The output is undefined'
\ No newline at end of file
diff --git a/global-api/importer-mage/cc-mage/custom/cleaning_raw_data_ben.py b/global-api/importer-mage/cc-mage/custom/cleaning_raw_data_ben.py
new file mode 100644
index 000000000..6c8a13569
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/custom/cleaning_raw_data_ben.py
@@ -0,0 +1,53 @@
+import pandas as pd
+
+if 'custom' not in globals():
+    from mage_ai.data_preparation.decorators import custom
+if 'test' not in globals():
+    from mage_ai.data_preparation.decorators import test
+
+
+@custom
+def transform_custom(*args, **kwargs):
+    """
+    args: The output from any upstream parent blocks (if applicable)
+
+    Returns:
+        Anything (e.g. data frame, dictionary, array, int, str, etc.)
+    """
+    # Retrieve the DataFrame from the upstream block
+    df = args[0]
+
+    #print(df['year'].unique())
+
+    # Convert 'activity_value' column to numeric type
+    df['activity_value'] = pd.to_numeric(df['activity_value'], errors='coerce')
+
+    # Delete rows with '0' in the 'activity_value' column
+    df = df[df['activity_value'] != 0]
+
+    # Reset index
+    df.reset_index(drop=True, inplace=True)
+
+    # Assign activity name and GPC_refno based on the user type
+    subsector_dic = {
+        'residential': 'I.1.1',
+        'commercial': 'I.2.1',
+        'agriculture': 'I.5.1',
+        'industrial': 'I.3.1'
+    }
+    df.loc[:, 'GPC_refno'] = df['user_type'].apply(lambda x: subsector_dic[x] if x in subsector_dic else None)
+
+    # Convert miles of TEP into TEP
+    df.loc[:, 'activity_value'] *= 1000
+    df.loc[:, 'activity_units'] = 'TEP'
+
+    # Return the cleaned DataFrame
+    return df
+
+@test
+def test_output(output, *args) -> None:
+    """
+    Template code for testing the output of the block.
+    """
+    assert output is not None, 'The output is undefined'
+    assert isinstance(output, pd.DataFrame), 'The output is not a DataFrame'
\ No newline at end of file
diff --git a/global-api/importer-mage/cc-mage/custom/cleaning_raw_data_ef.py b/global-api/importer-mage/cc-mage/custom/cleaning_raw_data_ef.py
new file mode 100644
index 000000000..ae92480ef
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/custom/cleaning_raw_data_ef.py
@@ -0,0 +1,73 @@
+import pandas as pd
+
+if 'custom' not in globals():
+    from mage_ai.data_preparation.decorators import custom
+if 'test' not in globals():
+    from mage_ai.data_preparation.decorators import test
+
+
+@custom
+def transform_custom(*args, **kwargs):
+    """
+    args: The output from any upstream parent blocks (if applicable)
+
+    Returns:
+        Anything (e.g. data frame, dictionary, array, int, str, etc.)
+    """
+    # laod the df from the data loader
+    ef_df = args[0]
+
+    # mapping from IPCC to GPC
+    ipcc_to_gpc = {
+        '1.A.2 - Manufacturing Industries and Construction': 'I.3.1',
+        '1.A.4.a - Commercial/Institutional': 'I.2.1',
+        '1.A.4.b - Residential\n1.A.4.c.i - Stationary': 'I.1.1',
+    }
+
+    # mapping from gas name to gas formula
+    gas_mapping = {
+        'CARBON DIOXIDE':'CO2',
+        'METHANE':'CH4',
+        'NITROUS OXIDE': 'N2O'
+    }
+
+    # filter only for stationary energy
+    ef_df = ef_df[(ef_df['Type of parameter'] == '2006 IPCC default')&(ef_df['Description'].str.contains('Emission Factor for Stationary Combustion'))]
+
+    # define the list of fuel types to filter
+    fuel_types = ['Wood/Wood Waste', 'Charcoal', 'Liquefied Petroleum Gases', 'Jet Kerosene']
+
+    # filter the df based on the 'Fuel 2006' column
+    ef_df = ef_df[ef_df['Fuel 2006'].isin(fuel_types)]
+
+    # the values ​​don't change between sectors, so we can choose only one sector and this doesn't affect the subsequent calculations
+    ef_df = ef_df[ef_df['IPCC 2006 Source/Sink Category']=='1.A.1 - Energy Industries']
+
+    # gas mapping
+    ef_df.loc[:, 'gas_name'] = ef_df['Gas'].apply(lambda x: gas_mapping[x] if x in gas_mapping else None)
+
+    # delete unnecesary columns
+    ef_df = ef_df.drop(
+        columns=['EF ID', 'IPCC 1996 Source/Sink Category', 'IPCC 2006 Source/Sink Category', 'Fuel 1996', 'Technologies / Practices', 
+                'Parameters / Conditions', 'Abatement / Control Technologies', 'Other properties', 'Equation', 'IPCC Worksheet', 
+                'Technical Reference', 'Type of parameter', 'Region / Regional Conditions', 'Source of data', 'Data provider', 'Gas', 'Description', 'Unit']
+    )
+
+    # adding details
+    ef_df = ef_df.rename(columns={'Value': 'emissionfactor_value', 'Fuel 2006': 'subcategory'})
+    ef_df['unit_demoninator'] = 'TJ'
+    ef_df['active_from'] = pd.to_datetime('2006-01-01')
+    ef_df['active_to'] = pd.to_datetime('2030-12-31')
+    ef_df['metadata'] = ''
+    ef_df['datasource_name'] = "EFDB IPCC 2006"
+
+    # Return the cleaned DataFrame
+    return ef_df
+
+
+@test
+def test_output(output, *args) -> None:
+    """
+    Template code for testing the output of the block.
+    """
+    assert output is not None, 'The output is undefined'
\ No newline at end of file
diff --git a/global-api/importer-mage/cc-mage/custom/transformation_ben.py b/global-api/importer-mage/cc-mage/custom/transformation_ben.py
new file mode 100644
index 000000000..2a2e5ebf6
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/custom/transformation_ben.py
@@ -0,0 +1,76 @@
+import pandas as pd
+
+if 'custom' not in globals():
+    from mage_ai.data_preparation.decorators import custom
+if 'test' not in globals():
+    from mage_ai.data_preparation.decorators import test
+
+@custom
+def merge_and_calculate_emissions(data, data_2):
+    """
+    data → cleaning_raw_data_ef # this is ef_df
+    data_2 → cleaning_raw_data_ben # this is df
+
+    Returns:
+        Anything (e.g. data frame, dictionary, array, int, str, etc.)
+    """
+    # Ensure that both inputs are DataFrames
+    if not isinstance(data, pd.DataFrame):
+        raise TypeError(f"Expected data to be a DataFrame, but got {type(data)}")
+    if not isinstance(data_2, pd.DataFrame):
+        raise TypeError(f"Expected data_2 to be a DataFrame, but got {type(data_2)}")
+
+    # mapping from BEN to IPCC
+    fuel_mapping = {
+        'Leña ': 'Wood/Wood Waste', 
+        'Gas Licuado ': 'Liquefied Petroleum Gases', 
+        'Kerosene y Aerokerosene': 'Jet Kerosene', 
+        'Carbón de Leña ': 'Charcoal',
+    }
+    # Load the dataframes from the upstream blocks
+    ef_df = data
+    df = data_2
+
+    # Preparing BEN raw data to be transformed (:
+    
+    # map BEN fuel names with IPCC fuel names
+    df.loc[:, 'subcategory'] = df['subcategory'].replace(fuel_mapping)
+
+    # applying a filter to select only the interested fuels
+    df = df[df['subcategory'].isin(['Wood/Wood Waste', 'Charcoal', 'Liquefied Petroleum Gases', 'Jet Kerosene'])]
+    df.reset_index(drop=True, inplace=True)
+
+    # from IEA: 1 tep = 41.868 GJ = 39.68 MBtu = 11.63 MWh
+    # raw data: TEP 
+    # Units conversion
+    TEP_to_TJ = 41.868 * 1e-3
+    df.loc[:, 'activity_value'] *= TEP_to_TJ
+
+    # Merge df with EF dataframe
+    df = pd.merge(df, ef_df[['subcategory', 'emissionfactor_value', 'gas_name']], on=['subcategory'])
+
+    # Convert 'emissionfactor_value' column to numeric type
+    df['emissionfactor_value'] = pd.to_numeric(df['emissionfactor_value'])
+
+    # Calculate emission values
+    df['emissions_value'] = df['activity_value'] * df['emissionfactor_value']
+
+    # Drop extra columns
+    df = df.drop(columns=['user_type', 'subcategory', 'activity_units', 'emissionfactor_value', 'activity_units'])
+
+    # Add columns and values
+    df.loc[:, 'emissions_units'] = 'kg'
+    df.loc[:, 'source_name'] = 'BEN'
+    df.loc[:, 'actor_name'] = 'Argentina'
+    df.loc[:, 'actor_id'] = 'AR'
+
+    # Return the final DataFrame
+    return df
+
+@test
+def test_output(output, *args) -> None:
+    """
+    Template code for testing the output of the block.
+    """
+    assert output is not None, 'The output is undefined'
+    assert isinstance(output, pd.DataFrame), 'The output is not a DataFrame'
\ No newline at end of file
diff --git a/global-api/importer-mage/cc-mage/data_loaders/load_emission_factors_ipcc.py b/global-api/importer-mage/cc-mage/data_loaders/load_emission_factors_ipcc.py
new file mode 100644
index 000000000..110ca45a4
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/data_loaders/load_emission_factors_ipcc.py
@@ -0,0 +1,43 @@
+from mage_ai.settings.repo import get_repo_path
+from mage_ai.io.config import ConfigFileLoader
+from mage_ai.io.s3 import S3
+from os import path
+import pandas as pd
+from io import BytesIO
+
+if 'data_loader' not in globals():
+    from mage_ai.data_preparation.decorators import data_loader
+if 'test' not in globals():
+    from mage_ai.data_preparation.decorators import test
+
+
+@data_loader
+def load_from_s3_bucket(*args, **kwargs):
+    """
+    Template for loading data from a S3 bucket.
+    Specify your configuration settings in 'io_config.yaml'.
+
+    Docs: https://docs.mage.ai/design/data-loading#s3
+    """
+    config_path = path.join(get_repo_path(), 'io_config.yaml')
+    config_profile = 'default'
+
+    bucket_name = 'global-api-raw-data'
+    object_key = 'local/argentina/IPCC_EF_2006/energy_EF_Argentina.xlsx'
+
+    # Load the file as a binary stream
+    s3 = S3.with_config(ConfigFileLoader(config_path, config_profile))
+    file_obj = s3.client.get_object(Bucket=bucket_name, Key=object_key)['Body'].read()
+    
+    # Use pandas to read the Excel file
+    data = pd.read_excel(BytesIO(file_obj))
+
+    return data
+
+@test
+def test_output(output, *args) -> None:
+    """
+    Template code for testing the output of the block.
+    """
+    assert output is not None, 'The output is undefined'
+    assert isinstance(output, pd.DataFrame), 'The output is not a DataFrame'
\ No newline at end of file
diff --git a/global-api/importer-mage/cc-mage/data_loaders/raw_ben_data.py b/global-api/importer-mage/cc-mage/data_loaders/raw_ben_data.py
new file mode 100644
index 000000000..60624c0dc
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/data_loaders/raw_ben_data.py
@@ -0,0 +1,89 @@
+from mage_ai.settings.repo import get_repo_path
+from mage_ai.io.config import ConfigFileLoader
+from mage_ai.io.s3 import S3
+from os import path
+import pandas as pd
+from io import BytesIO
+import re
+
+if 'data_loader' not in globals():
+    from mage_ai.data_preparation.decorators import data_loader
+if 'test' not in globals():
+    from mage_ai.data_preparation.decorators import test
+
+@data_loader
+def load_from_s3_bucket(*args, **kwargs):
+    """
+    Template for loading data from an S3 bucket.
+    Specify your configuration settings in 'io_config.yaml'.
+
+    Docs: https://docs.mage.ai/design/data-loading#s3
+    """
+    config_path = path.join(get_repo_path(), 'io_config.yaml')
+    config_profile = 'default'
+
+    bucket_name = 'global-api-raw-data'
+    object_keys = [
+        'local/argentina/BEN/2022_raw_energy_balances_AR.xlsx',
+        'local/argentina/BEN/2021_raw_energy_balances_AR.xlsx',
+        'local/argentina/BEN/2020_raw_energy_balances_AR.xlsx',
+        'local/argentina/BEN/2019_raw_energy_balances_AR.xlsx',
+        'local/argentina/BEN/2018_raw_energy_balances_AR.xlsx'
+    ]
+
+    s3 = S3.with_config(ConfigFileLoader(config_path, config_profile))
+    data_frames = []
+
+    for object_key in object_keys:
+        file_obj = s3.client.get_object(Bucket=bucket_name, Key=object_key)['Body'].read()
+        data = pd.read_excel(BytesIO(file_obj))
+        
+        # Extract the year from the file name
+        year = re.search(r'\d{4}', object_key).group()
+        #print(year)
+        
+        # Clean the data and add the year column
+        cleaned_data = clean_raw_data(data, year)
+        data_frames.append(cleaned_data)
+
+    # Concatenate all cleaned DataFrames into one
+    combined_data = pd.concat(data_frames, ignore_index=True)
+
+    return combined_data
+
+def clean_raw_data(df, year):
+    """
+    Function to clean the raw data from each file and add the year column
+    """
+    # Delete extra and empty columns
+    df = df.drop(
+        columns=[
+            'Unnamed: 0', 'Unnamed: 1', 'Unnamed: 2', 'Unnamed: 4', 'Unnamed: 5', 'Unnamed: 6', 'Unnamed: 7', 'Unnamed: 8', 'Unnamed: 9',
+            'Unnamed: 10', 'Unnamed: 11', 'Unnamed: 12', 'Unnamed: 13', 'Unnamed: 14', 'Unnamed: 15', 'Unnamed: 16', 'Unnamed: 17',
+            'Unnamed: 18', 'Unnamed: 19', 'Unnamed: 20', 'Unnamed: 21', 'Unnamed: 22', 'Unnamed: 25'
+        ]
+    )
+
+    # Select rows with fuel consumption information
+    df = df[17:49]
+    
+    # Delete total values
+    df = df.drop([29, 30])
+
+    # Assign new column names
+    column_names = [
+        'subcategory', # contains the fuel type
+        'residential',
+        'commercial',
+        'agriculture',
+        'industrial'
+    ]
+    df.columns = column_names
+
+    # Restructure the data
+    df = pd.melt(df, id_vars='subcategory', var_name='user_type', value_name='activity_value')
+
+    # Add the year column
+    df['year'] = int(year)
+
+    return df
\ No newline at end of file
diff --git a/global-api/importer-mage/cc-mage/pipelines/ben_ar_update/__init__.py b/global-api/importer-mage/cc-mage/pipelines/ben_ar_update/__init__.py
new file mode 100755
index 000000000..e69de29bb
diff --git a/global-api/importer-mage/cc-mage/pipelines/ben_ar_update/metadata.yaml b/global-api/importer-mage/cc-mage/pipelines/ben_ar_update/metadata.yaml
new file mode 100755
index 000000000..90760cb3d
--- /dev/null
+++ b/global-api/importer-mage/cc-mage/pipelines/ben_ar_update/metadata.yaml
@@ -0,0 +1,128 @@
+blocks:
+- all_upstream_blocks_executed: true
+  color: null
+  configuration: {}
+  downstream_blocks:
+  - cleaning_raw_data_ben
+  executor_config: null
+  executor_type: local_python
+  has_callback: false
+  language: python
+  name: raw_BEN_data
+  retry_config: null
+  status: executed
+  timeout: null
+  type: data_loader
+  upstream_blocks: []
+  uuid: raw_ben_data
+- all_upstream_blocks_executed: true
+  color: pink
+  configuration:
+    file_path: custom/cleaning_raw_data_ben.py
+    file_source:
+      path: custom/cleaning_raw_data_ben.py
+  downstream_blocks:
+  - transformation_ben
+  executor_config: null
+  executor_type: local_python
+  has_callback: false
+  language: python
+  name: cleaning_raw_data_BEN
+  retry_config: null
+  status: executed
+  timeout: null
+  type: custom
+  upstream_blocks:
+  - raw_ben_data
+  uuid: cleaning_raw_data_ben
+- all_upstream_blocks_executed: true
+  color: null
+  configuration: {}
+  downstream_blocks:
+  - cleaning_raw_data_ef
+  executor_config: null
+  executor_type: local_python
+  has_callback: false
+  language: python
+  name: load_emission_factors_IPCC
+  retry_config: null
+  status: executed
+  timeout: null
+  type: data_loader
+  upstream_blocks: []
+  uuid: load_emission_factors_ipcc
+- all_upstream_blocks_executed: true
+  color: yellow
+  configuration: {}
+  downstream_blocks:
+  - activity_subcategory_table
+  - transformation_ben
+  executor_config: null
+  executor_type: local_python
+  has_callback: false
+  language: python
+  name: cleaning_raw_data_EF
+  retry_config: null
+  status: executed
+  timeout: null
+  type: custom
+  upstream_blocks:
+  - load_emission_factors_ipcc
+  uuid: cleaning_raw_data_ef
+- all_upstream_blocks_executed: true
+  color: teal
+  configuration: {}
+  downstream_blocks: []
+  executor_config: null
+  executor_type: local_python
+  has_callback: false
+  language: python
+  name: activity_subcategory_table
+  retry_config: null
+  status: executed
+  timeout: null
+  type: custom
+  upstream_blocks:
+  - cleaning_raw_data_ef
+  uuid: activity_subcategory_table
+- all_upstream_blocks_executed: true
+  color: pink
+  configuration: {}
+  downstream_blocks: []
+  executor_config: null
+  executor_type: local_python
+  has_callback: false
+  language: python
+  name: transformation_ben
+  retry_config: null
+  status: executed
+  timeout: null
+  type: custom
+  upstream_blocks:
+  - cleaning_raw_data_ef
+  - cleaning_raw_data_ben
+  uuid: transformation_ben
+cache_block_output_in_memory: false
+callbacks: []
+concurrency_config: {}
+conditionals: []
+created_at: '2024-07-01 16:25:12.592377+00:00'
+data_integration: null
+description: null
+executor_config: {}
+executor_count: 1
+executor_type: null
+extensions: {}
+name: ben_ar_update
+notification_config: {}
+remote_variables_dir: null
+retry_config: {}
+run_pipeline_in_one_process: false
+settings:
+  triggers: null
+spark_config: {}
+tags: []
+type: python
+uuid: ben_ar_update
+variables_dir: /home/src/mage_data/cc-mage
+widgets: []
diff --git a/global-api/importer/custom_polygons/custom_polygon_importer.py b/global-api/importer/custom_polygons/custom_polygon_importer.py
index 396e3be26..1ecdc1be5 100644
--- a/global-api/importer/custom_polygons/custom_polygon_importer.py
+++ b/global-api/importer/custom_polygons/custom_polygon_importer.py
@@ -143,4 +143,96 @@ def unzip_file(zip_file_path, extract_to_path='./'):
             connection.commit() 
             print("Query completed successfully.")
         except Exception as e:
-            print("Error updating osm table:", e)
\ No newline at end of file
+            print("Error updating osm table:", e)
+
+
+    # Part2: AR VLO
+    gdf_vl = ox.geocode_to_gdf('R1224657', by_osmid=True)
+    gdf_vl['geometry'] = gdf_vl['geometry'].apply(lambda x: x.wkt)
+    gdf_vl['locode'] = 'AR VLO'
+    gdf_vl = pd.DataFrame(gdf_vl)
+
+    engine = create_engine(args.database_uri)
+    gdf_vl.to_sql('osm_staging', engine, if_exists='replace', index=False)
+
+    # Define the UPSERT query using text() construct
+    upsert_query = """
+    INSERT INTO osm (geometry, bbox_north, bbox_south, bbox_east, bbox_west, place_id, osm_type, osm_id, lat, lon, "class", "type", place_rank, importance, addresstype, name, display_name, locode)
+    SELECT geometry, bbox_north, bbox_south, bbox_east, bbox_west, place_id, osm_type, osm_id, lat, lon, "class", "type", place_rank, importance, addresstype, name, display_name, locode
+    FROM osm_staging
+    ON CONFLICT (locode)
+    DO UPDATE SET
+    geometry = EXCLUDED.geometry,
+    bbox_north = EXCLUDED.bbox_north,
+    bbox_south = EXCLUDED.bbox_south,
+    bbox_east = EXCLUDED.bbox_east,
+    bbox_west = EXCLUDED.bbox_west,
+    place_id = EXCLUDED.place_id,
+    osm_type = EXCLUDED.osm_type,
+    osm_id = EXCLUDED.osm_id,
+    lat = EXCLUDED.lat,
+    lon = EXCLUDED.lon,
+    "class" = EXCLUDED."class",
+    "type" = EXCLUDED."type",
+    place_rank = EXCLUDED.place_rank,
+    importance = EXCLUDED.importance,
+    addresstype = EXCLUDED.addresstype,
+    name = EXCLUDED.name,
+    display_name = EXCLUDED.display_name;
+
+    DROP TABLE osm_staging
+    """
+
+    with engine.connect() as connection:
+        try:
+            result = connection.execute(text(upsert_query))
+            connection.commit() 
+            print("Query completed successfully.")
+        except Exception as e:
+            print("Error updating osm table:", e)    
+
+
+    # Part3 AR DES
+    gdf_de = ox.geocode_to_gdf('R5317158', by_osmid=True)
+    gdf_de['geometry'] = gdf_de['geometry'].apply(lambda x: x.wkt)
+    gdf_de['locode'] = 'AR DES'
+    gdf_de = pd.DataFrame(gdf_de)
+
+    engine = create_engine(args.database_uri)
+    gdf_de.to_sql('osm_staging', engine, if_exists='replace', index=False)
+
+    # Define the UPSERT query using text() construct
+    upsert_query = """
+    INSERT INTO osm (geometry, bbox_north, bbox_south, bbox_east, bbox_west, place_id, osm_type, osm_id, lat, lon, "class", "type", place_rank, importance, addresstype, name, display_name, locode)
+    SELECT geometry, bbox_north, bbox_south, bbox_east, bbox_west, place_id, osm_type, osm_id, lat, lon, "class", "type", place_rank, importance, addresstype, name, display_name, locode
+    FROM osm_staging
+    ON CONFLICT (locode)
+    DO UPDATE SET
+    geometry = EXCLUDED.geometry,
+    bbox_north = EXCLUDED.bbox_north,
+    bbox_south = EXCLUDED.bbox_south,
+    bbox_east = EXCLUDED.bbox_east,
+    bbox_west = EXCLUDED.bbox_west,
+    place_id = EXCLUDED.place_id,
+    osm_type = EXCLUDED.osm_type,
+    osm_id = EXCLUDED.osm_id,
+    lat = EXCLUDED.lat,
+    lon = EXCLUDED.lon,
+    "class" = EXCLUDED."class",
+    "type" = EXCLUDED."type",
+    place_rank = EXCLUDED.place_rank,
+    importance = EXCLUDED.importance,
+    addresstype = EXCLUDED.addresstype,
+    name = EXCLUDED.name,
+    display_name = EXCLUDED.display_name;
+
+    DROP TABLE osm_staging
+    """
+
+    with engine.connect() as connection:
+        try:
+            result = connection.execute(text(upsert_query))
+            connection.commit() 
+            print("Query completed successfully.")
+        except Exception as e:
+            print("Error updating osm table:", e) 
\ No newline at end of file
diff --git a/global-api/migrations/versions/3ba93748222f_rename_geography_table.py b/global-api/migrations/versions/3ba93748222f_rename_geography_table.py
new file mode 100644
index 000000000..e3549fd1b
--- /dev/null
+++ b/global-api/migrations/versions/3ba93748222f_rename_geography_table.py
@@ -0,0 +1,43 @@
+"""rename geography table
+
+Revision ID: 3ba93748222f
+Revises: c360f7e67f44
+Create Date: 2024-06-21 14:38:24.885658
+
+"""
+from typing import Sequence, Union
+
+from alembic import op
+import sqlalchemy as sa
+
+
+# revision identifiers, used by Alembic.
+revision: str = '3ba93748222f'
+down_revision: Union[str, None] = 'c360f7e67f44'
+branch_labels: Union[str, Sequence[str], None] = None
+depends_on: Union[str, Sequence[str], None] = None
+
+
+def upgrade() -> None:
+    # SQL to rename the table if it exists
+    sql = """
+    DO $$ 
+    BEGIN
+        IF EXISTS (SELECT 1 FROM information_schema.tables WHERE table_name = 'geography') THEN
+            ALTER TABLE geography RENAME TO dim_geography;
+        END IF;
+    END $$;
+    """
+    op.execute(sql)
+
+def downgrade() -> None:
+    # SQL to revert the table name if it was renamed
+    sql = """
+    DO $$ 
+    BEGIN
+        IF EXISTS (SELECT 1 FROM information_schema.tables WHERE table_name = 'dim_geography') THEN
+            ALTER TABLE new_geography RENAME TO geography;
+        END IF;
+    END $$;
+    """
+    op.execute(sql)
\ No newline at end of file
diff --git a/global-api/requirements.txt b/global-api/requirements.txt
index f48c28975..880cfcf6a 100644
--- a/global-api/requirements.txt
+++ b/global-api/requirements.txt
@@ -1,20 +1,20 @@
 aiohttp==3.9.*
-alembic==1.13.1
+alembic==1.13.2
 black==24.4.2
 fastapi==0.111.0
-flake8==7.0.0
+flake8==7.1.0
 fsspec==2024.*
-geopandas==0.14.4
-mypy==1.10.0
+geopandas==1.0.1
+mypy==1.10.1
 osmnx==1.9.3
 pandas==2.2.2
 psycopg2-binary==2.9.9
 pydantic-settings==2.*
 pytest==8.2.2
 rioxarray==0.15.*
-scipy==1.13.*
+scipy==1.14.*
 shapely==2.0.4
-SQLAlchemy==2.0.30
+SQLAlchemy==2.0.31
 tqdm==4.66.*
 uvicorn==0.30.1
 xarray==2024.*
diff --git a/k8s/cc-global-api-db-deploy.yml b/k8s/cc-global-api-db-deploy.yml
index 7dc328e05..d799c2895 100644
--- a/k8s/cc-global-api-db-deploy.yml
+++ b/k8s/cc-global-api-db-deploy.yml
@@ -20,7 +20,7 @@ spec:
             claimName: cc-global-api-db-pvc
       containers:
         - name: postgresql
-          image: postgres:15
+          image: postgis/postgis:15-3.3
           imagePullPolicy: Always
           resources:
             limits:
diff --git a/k8s/prod/cc-prod-create-admin.yml b/k8s/prod/cc-prod-create-admin.yml
new file mode 100644
index 000000000..8ba53d91d
--- /dev/null
+++ b/k8s/prod/cc-prod-create-admin.yml
@@ -0,0 +1,29 @@
+apiVersion: batch/v1
+kind: Job
+metadata:
+  generateName: cc-prod-create-admin-
+spec:
+  ttlSecondsAfterFinished: 86400
+  template:
+    spec:
+      restartPolicy: OnFailure
+      containers:
+        - name: cc-create-admin
+          image: ghcr.io/open-earth-foundation/citycatalyst:stable
+          imagePullPolicy: Always
+          env:
+            - name: NODE_ENV
+              value: development
+            - name: DATABASE_NAME
+              value: "citycatalyst"
+            - name: DATABASE_HOST
+              value: "cc-db"
+            - name: DATABASE_USER
+              value: "citycatalyst"
+            - name: DATABASE_PASSWORD
+              value: "development"
+          command: ["npm", "run", "create-admin"]
+          resources:
+            limits:
+              memory: "1024Mi"
+              cpu: "1000m"
diff --git a/k8s/prod/cc-prod-migrate.yml b/k8s/prod/cc-prod-migrate.yml
new file mode 100644
index 000000000..c6b8213df
--- /dev/null
+++ b/k8s/prod/cc-prod-migrate.yml
@@ -0,0 +1,29 @@
+apiVersion: batch/v1
+kind: Job
+metadata:
+  generateName: cc-prod-migrate-
+spec:
+  ttlSecondsAfterFinished: 86400
+  template:
+    spec:
+      restartPolicy: OnFailure
+      containers:
+      - name: cc-migrate
+        image: ghcr.io/open-earth-foundation/citycatalyst:stable
+        imagePullPolicy: Always
+        env:
+        - name: NODE_ENV
+          value: development
+        - name: DATABASE_NAME
+          value: "citycatalyst"
+        - name: DATABASE_HOST
+          value: "cc-db"
+        - name: DATABASE_USER
+          value: "citycatalyst"
+        - name: DATABASE_PASSWORD
+          value: "development"
+        command: ["npm",  "run", "db:migrate"]
+        resources:
+          limits:
+            memory: "1024Mi"
+            cpu: "1000m"
diff --git a/k8s/prod/cc-prod-seed.yml b/k8s/prod/cc-prod-seed.yml
new file mode 100644
index 000000000..723db9e9a
--- /dev/null
+++ b/k8s/prod/cc-prod-seed.yml
@@ -0,0 +1,29 @@
+apiVersion: batch/v1
+kind: Job
+metadata:
+  generateName: cc-prod-seed-
+spec:
+  ttlSecondsAfterFinished: 86400
+  template:
+    spec:
+      restartPolicy: OnFailure
+      containers:
+      - name: cc-seed
+        image: ghcr.io/open-earth-foundation/citycatalyst:stable
+        imagePullPolicy: Always
+        env:
+        - name: NODE_ENV
+          value: development
+        - name: DATABASE_NAME
+          value: "citycatalyst"
+        - name: DATABASE_HOST
+          value: "cc-db"
+        - name: DATABASE_USER
+          value: "citycatalyst"
+        - name: DATABASE_PASSWORD
+          value: "development"
+        command: ["npm",  "run", "db:seed"]
+        resources:
+          limits:
+            memory: "1024Mi"
+            cpu: "1000m"
diff --git a/k8s/prod/cc-prod-sync-catalogue.yml b/k8s/prod/cc-prod-sync-catalogue.yml
new file mode 100644
index 000000000..60d3ec98f
--- /dev/null
+++ b/k8s/prod/cc-prod-sync-catalogue.yml
@@ -0,0 +1,33 @@
+apiVersion: batch/v1
+kind: CronJob
+metadata:
+  name: cc-prod-sync-catalogue
+spec:
+  # run every monday
+  schedule: 0 0 * * 1
+  jobTemplate:
+    spec:
+      ttlSecondsAfterFinished: 86400
+      template:
+        spec:
+          restartPolicy: OnFailure
+          containers:
+          - name: cc-sync-catalogue
+            image: ghcr.io/open-earth-foundation/citycatalyst:stable
+            imagePullPolicy: Always
+            env:
+            - name: NODE_ENV
+              value: development
+            - name: DATABASE_NAME
+              value: "citycatalyst"
+            - name: DATABASE_HOST
+              value: "cc-db"
+            - name: DATABASE_USER
+              value: "citycatalyst"
+            - name: DATABASE_PASSWORD
+              value: "development"
+            command: ["npm", "run", "sync-catalogue"]
+            resources:
+              limits:
+                memory: "1024Mi"
+                cpu: "1000m"